TW200924628A - Heat exchanger, electronic apparatus receiving box, and electronic apparatus testing box - Google Patents

Abstract

Provided are a heat exchanger having high heat exchange performance and capable of efficiently releasing heat produced inside a closed container to the outside, an electronic apparatus receiving box, and an electronic apparatus testing box. The heat exchanger (1, 2) releases heat produced inside the closed container to the outside. The heat exchanger (1, 2) has a base plate (10) for separating the inside and the outside of the closed container, inner fins (20, 20a) provided in an upright position inside the base plate (10), outer fins (30, 30a) provided in an upright position outside the base plate (10), and a fan (40) fixed to the tips of the inner fins (20, 20a) or of the outer fins (30, 30a). The heat exchanger (1, 2) is installed on the electronic apparatus receiving box (100) and the electronic apparatus testing box (200).

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a heat exchanger, an electronic equipment storage box and an electronic equipment test box including the same. [Prior Art] An electronic device storage box for accommodating an electronic device is required to prevent airtightness such as salt treasure or r shielding dust. In addition, an electronic equipment test box such as an EMC (Electromagnetic Compatibility) test for performing electronic damage is required for electromagnetic wave shielding. Therefore, in the electronic device storage box or the electronic equipment test chamber, the internal portion is partitioned from the outside. On the other hand, since the electronic device housed inside is heated, it is necessary to install the heat exchanger that discharges the heat to the outside in the electronic device storage box or the lightning device test box. However, the heat exchanger must have airtightness. As a conventional heat exchanger having a hermeticity, there is a heat exchange unit as disclosed in Patent Document 1. In the heat exchanger, a plurality of fins are provided inside and outside the sealed cabinet to provide airtightness, and the internal heat is radiated from the inner fins to the outer fins via the casing. [Patent Document 1] JP-A-2001-267774 SUMMARY OF THE INVENTION [Problems to be Solved by the Invention] However, in the above-mentioned conventional 埶六益 J hot father change! § 'In the wrong, the fan is agitating the air around the heat exchanger to improve the heat effect of the door, the hot father change performance is not so 2036-l〇〇〇6-PF; Tungming, 200924628 Bureau, improved room. Therefore, the present invention has been proposed in order to solve the above problems, and will provide a hot father change performance south, which can be efficiently released to the outside in the heat generated in the closed valley. The heat exchange is crying and snow; the electronic s is equipped with a storage box and an electronic equipment test box as a subject. [Technical means to solve the problem] f % / In order to solve the above problem, the invention relating to the first application of the patent scope is: In the heat exchange benefit of releasing the heat generated inside the sealed container to the outside, the 'including' substrate, the inner side and the outer side of the sealed container are separated, and the inner piece is set up in the United States.丨. On the inside of the slab, the outer fin is erected on the outside of the substrate; and is fixed to the front end of the inner fin by a wide fan and a fan. According to the composition of the red, the benefits of + the & /, ° ° by the inner and outer fins sighed inside and outside the substrate 'to ensure the tightness of the closed container, by fixing the fan directly inside the line Since the front end portion of the fin can forcibly stir the air contacting the inner Korean sheet, the heat exchange performance is extremely high, and the heat generated inside the sealed container can be efficiently released to the outside. X, by fixing a few feathers directly to the inner fin #, can reduce the space of the fan to achieve: Close: the effective use of space inside and outside the benefit. Further, since the fan is installed in the heat exchange, it is not necessary to separately provide the fan, and the installation procedure of the individual fans can be omitted. In the heat exchanger according to the second aspect of the invention, in the heat exchanger according to the second aspect of the invention, the inner side of the fan and the surface area of the fan are smaller than the surface area of the outer fin. . 2036-l〇〇〇6^PF; Tungming 200924628 Genkang this ^ _, the composition of the 'fan is set on the side of the inner film system, because the air is directly expanded by Jit Yu Yu, even the fins The surface area is reduced to ensure sufficient heat transfer performance, and the material J used for the inner fins can be reduced; and the space inside and outside the container can be effectively utilized. In the heat exchanger according to the third aspect of the patent application, in the heat exchanger according to the first aspect of the patent application, the inner sheet of the fan is provided, and the sore, θ ° is more than the outer fin The low-level way is constructed. f According to this configuration, the inner fin of the side where the fan is placed, because the air is directly stirred by the fan, even if the height of the fin is low, sufficient heat exchange performance can be ensured, and the use can be reduced. The material of the inner sheet is used, and the space inside and outside the sealed container is effectively utilized. - In the invention of claim 4, in the patent-issued heat exchanger, the inner side of the fan is set to have a size equal to the thickness of the fixed outer casing of the substrate. The way is constructed. According to the configuration of the k, the inner fin of the fan is placed on the substrate, and the fin is removed from the thickness of the outer casing of the closed thief. ^ <Fan side view. /, A fan is seen, which can improve the invention department of the fifth patent application scope of the patent application, and the heat exchange area of the patent application 1 is replaced by the inner side. Each of the fins and the sheet system is provided with a plurality of fins, and the plurality of side fins of the fan are arranged such that the interval between the plurality of fins is smaller than the number of the outer fins. ^ Inter-interval 2036-10006-PF; Tungming 7 200924628 According to the configuration of the head, the fins on the side where the fan is disposed can be reduced by making the interval between the inner fins of the side on which the fan is disposed small The height is such that the protruding height of the fan can be made smaller, so that the overall balance of the size can be improved. The invention of the sixth aspect of the patent application is to release the heat generated inside the sealed container to the outside. In the heat exchanger, including: Separating the inner side and the outer side of the sealed container; the inner side piece is erected on the inner side of the substrate; the ice is, | # u », the outer side piece is erected on the outer side of the substrate; and the fan 'It is fixed to the front end of the outer side. According to this configuration, by providing the inner fin and the outer fin to the inside and outside of the substrate, the sealing property of the sealed container can be ensured, and the fan can be fixed. The heart is at the front end of the outer transfer piece, because the air contacting the outer key piece can be forcibly mixed, so the heat exchange performance is very high, and the heat generated inside the closed container can be efficiently released to the outside. With the i-fan directly fixed to the outside of the "slice" can reduce the fan's installation space, to achieve the effective profit of the space inside and outside the money. Also, because the fan is set in the hot father to change the spider body, so there is no need to set the fan individually, The installation procedure of the fan is omitted. 1 The invention of claim 7 is the heat exchanger towel according to claim 6, wherein the outer surface of the fan is provided with a surface area ratio According to such a configuration, the outer fin surface of the side of the inner fin is configured. According to the configuration, the outer fin of the side where the fan is disposed is directly stirred by the fan. Even if the surface area of the fin is small, it is sufficient. The heat exchange performance 'x can reduce the use of 2〇36-l〇〇〇6_PF for the outer tabs; Tungming 8 200924628 step I", the effective use of the space inside and outside the sealed container to the inside and outside of the closed container. According to the invention of the eighth aspect, in the patent document system, the heat exchanger towel of the crucible, the outer fin/the degree of the fan provided in the fan is lower than the height of the inner fin, and is based on #Μ, χ ; , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Low, , , ..., the father change performance, and can reduce the use of the fins on the outside; and achieve effective use of the space inside and outside the closed container. In the invention system of the ninth aspect of the invention, in the patent application range, the outer fin shell member provided with the fan of the heat exchanger is formed separately from the sealed container of the substrate. Further, a method of sizing equal in size is constructed. According to this, if the outer fin of the fan is placed on the substrate to be fixed ή6 t h to see the outer casing, the thickness of the casing is not visible in the thickness of the casing. ? Out of the road, only the fan is seen, which can improve the invention system of the US patent application. The scope of the patent application is 在, and the above-mentioned outer side error/1 printing knife is set by δ. The plurality of side fins are spaced apart from each other, and are formed in a plurality of outer and outer ways in which the fan is broken. The interval between the latter inner media and the inner fins is reduced according to the interval between the fins of such a type, and the degree of the fan can be reduced by the outer side of the side where the fan is disposed. The height of the fins on the side becomes smaller, so the overall size balance is 2036-10006-PF; Tungming 9 200924628. Harmony can improve the appearance. Guan Shenming's invention section of the 11th patent scope is in the target of patenting a younger brother or a singer. In the heat exchanger according to the sixth aspect of the invention, the heat transfer can be improved by the configuration in which the upper fins are formed in a four-fold manner, and the longitudinal direction of the inner rotor is parallel (fourth). Sex. Meng Weiguan applied for the invention section of the 12th patent range, in the heat exchange crying described in the application of the patent ~ Item 11, ... 4 Shen Shen patents dry said the outer fin system, Say, Λ and the above inner fins and Shangcheng. The squeezing of the extruded shape of the enamel alloy is based on the composition of the aging of the aging, and it is easy to praise the field by simply cutting the extruded shape at an appropriate # degree. White 'long ώ, .. ^ The heart is composed of the substrate and the inner fins and the outer shape of the noisy shape of the heat exchange crying mussels in the formation of high dimensional accuracy, and again, the extruded extruded shape system, D Between the predicate, and because the intensity distribution is light, 'the processing is easy, and the durability is excellent. In the heat exchanger according to Item 12 of the above-mentioned application, the above-mentioned fan system, 1: the patent range is a square frame, and the diagonal of the frame is: The upper side of the upper jaw is slightly short of A, and the line is formed along the above fan. "When the longitudinal direction of the above-mentioned outer Korean piece is configured according to this type, the direction in which the front corner line extends is the side orthogonal to the longitudinal direction of the frame of the fan in which the fan is provided. Both sides: the inner side of the Korean piece or the outer side of the outer side protrudes, even if the width f of the fan piece on the corner is fixed to the above-mentioned fin 2036-10006-PF; Tungxning 1〇200924628 piece of field σ, because the fan The system, in the above-mentioned lack of H ^ turn, so can - part of the position of the photo back to Cui Nan's solid-state fan, while stirring. You, please entertain the air, the relevant patent scope of the 14th In the invention, in the case of the 赦 赦 申请 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 According to this type of self-fi hunting + , , ^, the fan is clamped along the longitudinal direction of the inner fin, and can be right-handed to the Xuanyuan food side (4) due to the agitation of the air, and can improve the appearance. In the invention section of the application for the special music 丨丨铃pq @^ 摩围1b, the heat exchange described in the sixth item is in the patent for the month of August. . In the fan system described above, a plurality of the outer side of the wind is disposed along the longitudinal direction of the cymbal. According to the composition of this type, the π° Α fan system is clamped along the longitudinal direction of the outer fin, and there can be # $ #+ y with ...: 仃 air mixing, and can improve the appearance. d In the invention of the 16th article of the patent range, in the electronic equipment storage box in which the heat exchanger is installed, the reed is covered with a plate such as a top plate or a wall plate. The wall panel includes: a heart material; a frame material disposed on a peripheral portion of the core material; a surface material attached to the core and the both surfaces of the frame member; and the adjacent wall plates are coupled to each other A fitting hole formed by a pair of fitting grooves formed by the adjacent frames 彳 and 彳 C are opposed to each other, and the fitting member embedded in the fitting hole is inserted and adjacent Between the surface materials, the burial λ error is fixed by the e and the packing for ensuring the airtightness, and the airtightness is ensured between the surface of the surface material and the heat exchanger. The heat exchanger is padded. According to the composition of this category, ° In the ',, and the part of the parent exchanger, the airtightness and the 2036-10006-PF; the Tungming 11 200924628 can be obtained as a high-tightness at the joint between the panels, and can be connected to the ancient The airtightness between the substrate of the enamel and the heat exchanger is such that the entire phase of the accommodating phase can be; f is 2; |t - to the occlusion property. As a result, it is preferable to obtain a storage box which is dust-proof and which can maintain the temperature of the inside of the container, and to store the precision machine. ^ In the electronic equipment storage box of the patent application scope of the patent application, the heat exchanger gasket is made of a flexible rubber. According to such a configuration, the heat exchanger can be made to be airtight by a moderate pressure, and the lining treatment for the heat exchanger can be easily performed and the construction can be easily performed. In the invention of the invention, in the electronic equipment storage box of the sixth item of the patent application, the heat exchanger is provided at least on the top plate or the wall plate. According to such a configuration, heat is absorbed from the ceiling portion or the inner wall surface, and heat can be efficiently dissipated from the outside of the roof or the wall. The invention according to claim 19 of the patent application is the electron described in claim 16 In the equipment storage box, the heat exchanger is provided in the longitudinal direction of the inner side of the heat exchanger of the heat exchanger, and the longitudinal direction of the inner fin is along the vertical direction. Since the fins are juxtaposed along the longitudinal joints of the wall panels, the appearance of the chain wash can be obtained by a sharp impression. The invention of the second application of the patent scope is in the scope of the patent application. In the electronic device storage box according to the item 16, the heat exchanger is provided with 2036-10006-pf; Tungming 12 200924628 on the wall plate, and the wall plate is provided on the F, +, and On the outside, a wall cover covering the above-mentioned smuggling device and having a venting opening on the upper and lower sides is provided. According to the structure of the raft, on the inner side of the wall cover, air can be formed between the outer wall passages 7 The flow can be efficiently transferred from the heat exchanger to the outside. The offense of the 21st section of the invention is the mine of the 21st item in the patent application scope; the social record h electronic < storage box An outer wall ventilation fan is provided at least in the upper and lower sides of the outer wall vent of the wall cover. In the configuration of the above, the flow of the working gas inside the wall cover can be forcibly formed. It also promotes the heat dissipation efficiency of the same hot father to the outside. (4) (4) In the invention of the 22nd item, in the electronic equipment storage box of the special equipment 1 ..., the heat exchanger is installed on the top plate, and the right μ, +. relatives suppress the meal D and % ' The above-mentioned upper side of the above-mentioned hot father is set to cover the above heat exchanger and at least cover. In the case of the roof ventilator, the top ventilator's structure, 'the inside of the shell cover, the heat that can be dissipated on the roof' can be efficiently transferred from the heat exchanger to the outside. , 哉 ^ 月 'At least one of the vents on the top of the patent application area, the main y side of the above-mentioned house day of the house/top cover, and the ventilation fan on the roof. According to such a configuration, it is possible to force the production of the topographical air into the inside of the panel, and the heat dissipation efficiency from the heat exchanger to the outside can be further improved. 2036-10〇〇6_PF; TungiTi.ng 13 200924628 In the electronic wound storage case according to the invention of claim 16, the 4=profit range is set to the inner side and the inside.仏, fan,,., 刖 刖 ,, this fan system, the above-mentioned substrate flow of the converter. According to the composition of the above-mentioned hot father, since the hot air of the package device is blown to the inner side Korean film and the base I two by the fan, the heat is efficiently absorbed from the substrate and the outside. In the invention of the 25th item of the substrate, the invention is in the scope of the patent application, and the electronic heat exchanger provided in the heat exchanger is installed. The converter system is at least the above-mentioned substrate is formed of a metal having radio shielding properties: (4) Inspecting the present system, a metal frame (4) (4) having a radio shielding property is provided with a radio wave absorber, and a conductive spacer is provided between the casings of the heat exchanger, and the heat exchanger is installed. . According to such a configuration, in the heat exchanger portion, the airtightness and high heat exchange (four) energy and radio wave shielding properties are obtained, and the radio wave shielding property is also obtained between the frames, and the entire test chamber: two waves Coverage. As a result, a test box having radio wave shielding properties and maintaining the internal temperature at a constant temperature can be obtained, and the precision mechanical electronic device can be housed therein to perform high-accuracy tests. In the invention of the invention of claim 26, in the electronic equipment test box of the twenty-fifth application of the patent application, the conductive gasket is made of a flexible rubber coated with a conductive fiber. Composition. According to such a configuration, 'the conductive gasket has flexibility, and is appropriately pressed between the peripheral portion of the heat exchange and the frame, so that the heat can be exchanged 2036-10006-PF; the peripheral portion of the Tungming 14 200924628 converter An electronic device test box that is electrically connected to the frame and has high extractability. The electric wave concealer is disclosed in the 25th item of the invention of claim 27, and the door opened and closed in the patent and the patent range is set to be free of charge, and the heat exchanger system is provided. On the opposite wall.歹 ... ... 上述 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 根据 A A A A A A A A A A A In the Leizi _ Shen% patent weiwei-sub sigh 4 inspected in the 25th item of the invention section of the patent application scope 2δ, the height dimension of the hot side fin is 俜... The above-mentioned thick sound of the above-mentioned radio wave absorber - according to the composition of this type, is large. The surface is abrupt, and it can be used to increase the heat absorption efficiency of the absorber. [Effects of the Invention] According to the present invention, the heat generated inside the sealed container is efficiently: the raw material, the electronic device storage box, and the external heat exchanger λ can be checked for excellent effects. [Embodiment] With regard to the best form for implementing the heat exchanger and the Thunder morning ton, the ginseng electronic e is also provided with Xuanzang, and Detailed description. First of all, the S brother knows the structure of the heat exchanger in the case of /, ^ & As shown in Figure 1, this is also the case, the parent switch 1 is used, for example, to be used in 2036-100〇6-pF; Tungminq 15 200924628 electronic equipment storage box 100 (refer to Figure 6) Or the heat generated inside the sealed container such as the electronic device test box 20 0 (refer to Fig. 13) is released to the outer casing, and the 4 inch sign includes: the substrate 1 〇, the inner side and the outer side of the sealed container; the inner side; The fins 20 are erected on the inner side of the substrate i ;; the outer dies 3 〇 ′ are erected on the outer side of the substrate 丨 0 ; and the fan 4 〇 is fixed to the front end of the inner fin 20 or the outer fin 30 unit. In the present embodiment, a heat exchanger 场合 is provided as an example in the case where the electronic device storage box 〇〇 第 and the fan 40 are provided on the inner side inner fin 2 所示 shown in FIG. 6 as an example. Description. As shown in Fig. 2, the substrate 10 has a rectangular plate shape when viewed from the front, and when the electronic device storage box 100 is mounted, the inner fins 2 are erected on one side of the indoor side, and the outer side. The fins 3 are erected on the outdoor side

On the other side of the face. In the present embodiment, the substrate 1 is attached to the wall plate, and has a vertically long rectangular shape. At the both ends in the left and right width directions, the adjacent heat exchangers: the connecting portions that are engaged with each other They are formed separately. As shown in Fig. i, one of the joint portions is formed by a ridge formed in the longitudinal direction of the buddha at one end in the width direction of the substrate 10. The other connecting portion 11b is configured by a groove forming member which is formed at one end in the base and - in the visibility direction by the above-mentioned protrusions and ridges which are formed along the longitudinal direction. The connecting portion i 2 11 a composed of the ridges is engaged with the groove of the connecting portion 丨丨b of the adjacent changer 1 to engage the ' ' λ, and the heat exchangers 1 and 1 adjacent to each other are at each other. Directional link. 20 0 system, extending in the longitudinal direction of the base as shown in Fig. 1 and Fig. 2, the inner fin plate 10 is erected at right angles, along the substrate 1 〇 2036-l 〇〇〇 6- PF; Tungming 16 200924628 • and are formed separately (refer to Figure 2(a) and Figure 3). Further, the outer fins 30 are "on the opposite side to the installation surface of the inner fins 2 of the substrate i 0 , and a plurality of the substrates 10 are vertically arranged at right angles. The outer fins 3 are formed so as to extend along the longitudinal direction of the substrate 10 (refer to Figs. 2(c) and 4) and are parallel to the inner fins 2'. The fan 40 is disposed on a plurality of fins on the side of the front end portion, that is, the inner fins 20, 20, and the adjacent inner fins 2〇, 2〇 are spaced apart from each other by an adjacent outer fin. The gap between the sheets 30 and 30 is small. Further, the inner fin 20 is configured to have a lower height than the other outer fin 3 〇. That is, by reducing the arrangement interval of the inner fins 2 () where the fan 40 is provided, the surface area of the fins that affect the heat exchange property is ensured, whereby the height of the inner fins 20 can be lowered to lower the fan 4's. Installation height. The fins of the fan 40 are arranged, that is, the inner fins 2〇, 2〇, and the total surface area is smaller than the outer surface of the other outer fins 3〇, 3〇. 'By increasing the outer fin of the fan 40 that is not set (the surface area of 30' maintains the balance of heat absorption and heat dissipation, improving heat exchange performance. This is because the inner piece 20 is set by the fan 40, the surrounding air When the both sides of the inner fins 20 in the parallel direction (outside in the width direction of the substrate 1) are formed, the grooves 21 for fixing the fan 40 are formed. The 21-series is formed continuously along the longitudinal direction of the inner crotch panel 20, and has a rectangular cross-sectional shape. In the interior of the groove 21, the angled nut 22 (refer to Fig. 1) is accommodated in a non-rotatable manner. By fitting the bolt 41 to the nut 22, the fan 40 is fixed to the front end portion of the inner fin 2〇. On both sides of the groove of the opening portion of the groove 21 2036-1〇〇〇6-PF; Tungrfiing 17 200924628 On the other hand, the curved portions 21a, 21a facing each other are formed, The cap 2 ? ϋ 破 is broken and engaged with the curved portions 21a and 21a, and is not configured to be detached from the groove 21. ^ The substrate 1 〇 and the inner fin 20 and the outer fin of the 々1 are connected by a chain Or the extruded material 5 made of the alloy is integrally formed. The longitudinal direction of the substrate 1 is the extrusion direction. "The fan 4 system includes: the fan body 43 (refer to Fig. 2), The blade 43a of the white 'shape && and the frame 44 accommodates the fan body 43. The frame, ', and the face are roughly square, by the side of the inner fin 20 side t. = a plate 44 & A plate 4 is formed by cutting a second plate 44b provided at a predetermined interval (equal to the bead size of the fan body 43) and a connecting plate connecting the first plate 4a and the first plate 44b. Each of the alloys is formed. The first plate and the second plate are aligned with each other, and are arranged in parallel with the substrate 1 。. The first plate and the second plate 44b are generally square in shape, at the center. In the section, a larger circular hole 44d (refer to the 2nd (&) figure) is formed. The wind flows through the hole. The connecting plate is formed by a plate in which the outer edges of the first plate and the first plate 44b are intermittently connected, and the wind also flows from the side surface of the fan 4〇 through the gap between the connecting plates and the fourth plate. In the 44 series, in the diagonal (the first plate 4 and the pair of diagonals of the second shirt), the diagonal direction of the square is extended along the inner fin 2 of the fan 40. The longitudinal direction is configured as follows. The other diagonal line is configured along the width direction of the substrate 10. In the vicinity of the corners of both ends of the diagonal, the bolt through hole (not The figure is shown in the section - 2036-10006-pf; Tungming 18 200924628 • Board 44 & and the second board are formed separately. Further, in the frame 44, the woven through-hole system * is configured and arranged in a portion corresponding to the groove formed at both ends of the inner side piece 2A. The screw is inserted into the threaded through hole on both sides in the width direction from the inside to the inside, and the fan 4 is bolted by the nut in each groove. It is fixed to the inner fin 2 . Front end. At this time, the fan body 43 returns to the Han box secret if. , (by the area surrounded by the outer peripheral portion of the blade 43 a), because the inner phase of the μ μ μ 0 円 , side, ', 曰 . 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 The wind flow that occurred in 40 was effectively used. As shown in the 2nd (a) and qth & ^ diagrams, the fan 40 is tied along the inner side, and the longitudinal direction of the continuation 20 is 拙 拙 机 >&& Set a few. The rear plurality of fans 4 are arranged at equal intervals, and the diagonal lines of the longitudinal direction of the inner fins 20 of the respective fans are arranged in the same manner as in the line. In this way, each of the 40 systems is straightened on the positioned-mu, such as an I line, which improves the appearance. Next, the structure of the electronic equipment storage box 100 (closed container) in which the teachings are transferred 55 1 , ι 1 ΠΠ „ „ 破 破 破 破 破 破 破 以 以 以 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子Ty ang 1 connection structure. Also, in 笫 2 FI ζ; Λ * / ' brother 2 to 4, in the direction of the wall 120, the setting of a... As shown in Fig. 6, in the case where the wall plate 12〇t is in the direction of the Adu, the two heat exchangers 1 are arranged in a state of abbreviated as follows. The corpse is different in different 'section shapes. As shown in Figure 6, the electronic % $ & y electric ten " and the storage box 100 series 'with 11 sheets or siding 120, etc. a wide S is covered by the top plate body in a state of air, as shown in Fig. 8, the wall plate m -, ,, the heart material 丄d, and the frame disposed on the peripheral portion of the core material 121 is 1? 'Ke, and the surface material 123 attached to both sides of the core material ΐ2ι 19 2036-10006-pp; Tungming 200924628 and the frame material 122. Further, as shown in Fig. 9, the adjacent wall plate 1 2 0, 12 0 are tied to each other, The fitting member 126 fitted to the fitting hole 125 is inserted into the fitting hole 1.25' formed by the pair of fitting grooves 124 formed by the adjacent frame members 2, 2, 122 facing each other, Further, between the adjacent surface materials 123 and the crucibles 23, by providing the gasket 1 30 for ensuring airtightness, the airtight state is kept fixed. As shown in Fig. 8, the wall panel 12 is attached. The rectangular material is formed in a rectangular shape on the front side, and the core material 1 21 and the surface material! 23 are also formed in a rectangular planar shape, and the frame material 12 2 is assembled in a rectangular shape. The core material 121 is, for example, made of hard polystyrene. It is composed of a heat insulating material such as a foam material (polyurethane f0am) or a polyurethane (p〇lys1; yrene) foam material, and improves the heat insulation effect of the electronic device storage box 〇〇 (refer to Fig. 6). The 121-type material is not limited to the above-mentioned materials, and may be formed by arranging the slabs in a honeycomb shape, for example. The frame material 122 is formed of a rubbing material made of Lu or Ming alloy. The frame material 122 is configured to have The hollow portion is formed in a cylindrical shape. The vertical (four) cores are arranged at the left and right ends of the core #(3) by being extended in the vertical direction. In the face, the fitting member 126 (refer to Fig. 9) is formed by the fitted aged gullies 124. In detail, as shown in Fig. 9, the fitting groove 124 » eight mouths / what 兮 兮 goods The T-shaped shape is formed to the outer peripheral side of the ❹12〇 (the side of the adjacent wall panel 12) and the foot opening of the word is formed. The two sides of the opening portion of the fitting 胄 124 extend to The outer ridges 12 of the outer frame of the outer frame of the frame material 12 are "formed". This ridge 12 4 a system, the stone finch is connected to ±, and the rib portion 123a 2036-10006-PF of the surface material 123 to be described later; the arrangement space of Tungming 200924628, and the connection wall is opposite to 120 and 120 each other' It is ensured that it is inserted into the wall panels 120, 12. Between the pads 13. The effect of the insertion space. In the outer surface of the vertical frame member 122a to which the surface material 123 is joined, the grooves 122c extending in the vertical direction are formed in a plurality of rows at predetermined intervals. By providing the groove, the adhesive for attaching the surface material 123 can be inserted into the inside of the groove 122c, and the adhesion of the frame member 122 and the surface member 123 can be improved. As shown in Fig. 8, the horizontal frame members 122b and i22b which are arranged to extend in the horizontal direction at the upper and lower end portions of the core member 121 are formed in a rectangular pipe shape in cross section. Further, in the hollow portion of the vertical frame material ma or the horizontal frame member 12.2b, ribs may be provided to reinforce. The vertical frame member 122a is disposed so as to protrude from the upper and lower sides of the core member 121 so as to extend from the upper end to the lower end of the wall plate 120, and the horizontal frame member 122b is affixed to each other by the holding core. The back surfaces 122d and L22d of the pair of vertical frame members 22a and 122a of the pair of materials 12 are arranged. That is, the horizontal frame members 122b and 122b are sandwiched between the upper and lower portions between the pair of vertical frame members 122a and 122a. Thereby, the fitting groove 124 is formed from the upper end of the wall plate 120 to the entire length of the lower end, and is formed of a face material 123, and is made of a plate material of aluminum or aluminum alloy, and is electrically conductive. The surface material 123 is provided so as to cover the core material 12i and the both sides of the indoor side and the outdoor side of the frame member 122, and is integrally formed. The surface material 123 is formed on the outer peripheral surface of the frame member 122 at a peripheral portion of the four sides of the frame member 122 by a predetermined length (see FIGS. 9 and 10(a) for details). The outer surface side surface of the surface material 123 of at least one of the pair of surface materials 123 and 123 attached to the indoor side and the outdoor side (the surface opposite to the surface to which the material is connected to 2036-10006-pf; Tungming 21 200924628) On the other hand, the conductive paint 1 2 9 (refer to Fig. 9) was applied to one side. In the present embodiment, the conductive paint 1 2 9 is applied to the outer surface side surface of the surface material 丄 2 3 on the indoor side. The conductive paint 129 is applied to the surface of the rib 123a. , electric power steep material 1.09 series, by conductive agent and resin binder (binder), bismuth into an electric agent, nickel particles or powder of silver, copper, carbon, etc.; as a resin binder, acrylic (acrylic), vinyl, ep〇xy, alkyd, etc. are utilized. The conductive paint 129 is in contact with each other in the 'bonding agent' by the conductive agent, and the conductive material is visualized. Further, an anodizing treatment is applied to the surface on which the surface material 123 # and the conductive paint 129 are not applied. The plate connecting portions of the opposing niches 1 20 and 120 are as shown in the figure of Fig. 9 and the figure of Fig. 9(a). In the board connecting portion, the vertical frame members 122a and 122a of the wall panels 12A and 12B are opposed to each other, and the individual fitting grooves 24 and the second series are fitted to each other, and the intersecting hole 125 having a H-shaped cross section is formed. The outer peripheral shape of the fitting hole 125' is the same as the inner peripheral shape of the fitting hole m, that is, the aged joint member (2) having a cross-sectional shape in which the cross section of the T-shaped section is connected is inserted. The fitting hole 125 is formed so as to span the entire length from the upper end to the lower end of the wall panel 12A. The wall panels 120, 2 are placed. The top: rear 'fitting member 126' is from the wall panel i2. , 12. The top of the is inserted. The splicing member 1 26 is formed of an extruded material made of Ming or Ming alloy and is fitted in the same manner as the merging hole 125. As described above, the frame member 122 and the fitting structure #(10) are formed by the extruded material of high-precision or aluminum alloy, and the wall plates 120 and 120 are fixed in a shape that does not collide with each other. 2036-l〇〇〇6^pp.Tungming 22 200924628 The spacer 1 3 〇 is provided in terms of the gap between the vertical frames i22a, 122a of the adjacent wall panels 120, 120. The liner 1 30 is bent at both sides of the kneading groove 12 4 of the vertical plate 12.2 a and is placed in contact with the rib 1 2 3 a of the surface material 12 3 . In the present embodiment, between the ribs 123a, 123a of the surface material} 23, 1 23 on the indoor side, that is, between the ribs 123a, 123a to which the conductive paint 129 is applied, the spacer 130 is Settings. As shown in Fig. 10, the spacer 130 is formed of a thick sheet-like member at both ends in the width direction, and is disposed in a gap extending between the ribs 123a and 123a in the vertical direction. The surface of the flexible core material 130a is covered with a conductive conductive material 13〇b (refer to FIG. 10(b)), and the entire gasket has conductivity. . The core material 130a is composed of, for example, a rubber or a resin or a sponge made of urethane. The conductive material 13〇|;) is, for example, a cloth-like member of a nylon (ny 1 on) material to which a clock layer is applied, and is surrounded by the core member 130a.

The spacer 1 30 is inserted into the gap between the ribs 123a and 1 23a by press-fitting the rubber pad 1 31 for press-fitting. The rubber gasket 13 is formed of an elastic body such as rubber or resin, and a plurality of wrinkles 3 1 b are formed on both sides of the sheet portion 1 31 a extending in the vertical direction along the gap. (Refer to Figure 10 (b)). According to this configuration, the spacer 13 is deformed in a substantially U-shaped cross section, and is pressed against the rib 123a of the surface material 1 2 3 by the wrinkle 1 31 b. Further, when the spacer 130 is made of rubber, the adhesion to the rib 123a of the surface material 123 is high by the restoring force of the spacer 130. Between the ribs 2036-10006-PF of the surface materials 123, 123 to which the conductive paint 129 is not applied; Tungming 23 200924628 ^3a, 123a (in the present embodiment, the ribs 123a, 123a on the outdoor side) The spacer pad 130 may not be provided, and only the rubber pad ΐ3ι may be inserted (refer to the upper side of the first drawing (a)). According to such a configuration, the soundproofness and water repellency on the outdoor side can be ensured. As shown in the left side portion of Fig. 6 and Fig. 11, the corner post 140 is provided in terms of the four corner portions of the wall surface of the electronic device storage box 100. The corner post 140 is made of extruded material made of aluminum or aluminum alloy. In the joint surface of the corner post 140 and the adjacent wall panel 12°, and formed in the wall 2 . The fitting groove i4i having the same cross-sectional shape of the fitting groove 124 is formed. In the rain of the opening portion of the fitting groove 141, the ridge 14U which is extended on the side of the adjacent wall 110 is formed. The rib 141a#, the pad 1 inserted between the corner post 14 和 and the siding 1 和 , , ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ 查 查 查 查 查 查 查 查 查 查 查 查 查 查 查 查 查 查 查 查 查 查Effect of the insertion space of 30 ^ adjacent wall panel 120 and corner post 14. The joint structure is the same as the joint structure of the adjacent earth plates 1.20 1.20. In other words, when the wall panel and the corner post are opposed to each other by 14°, the respective fitting grooves 124 and 141 are fitted to each other, and the H-shaped relief hole 125 is formed. In terms of the fitting hole 125, the fitting member 1.2 6 is fitted and inserted. The conductive paint 129 is applied to the surface of the corner post 140, fc匕, the inner side of the groove (4). The outline of the conductivity is set in the gap of the indoor side between the adjacent wall 120 and the corner post 140. The ribs 123 & and the corner posts 140 coated with the conductive paint 129 on the indoor side are placed again. The liner 13 is inserted and inserted from the indoor side by a rubber gasket m for press-fitting. In this way, the wall is opposite to the indoor side of the table 2036-10006-PF; Tungming 200924628 face and pad 13. Conductivity is obtained by electrically connecting the indoor side surface of the corner post 140. The spacer 130 may not be provided in the gap on the outdoor side between the adjacent wall 120 and the corner #14, and only the rubber pad 1 31 is inserted in order to ensure soundproofness and water repellency. In the lower part of Figs. 6 and n, there is a door 15. The wall panel 120a is illustrated. The door 150 is configured to shield radio waves when closed. As shown in Fig. η, the η(10) system includes a door body plate 154 and a door frame member 155. At least one of the peripheral portion of the door body plate 154 or the abutting portion of the door frame 154 and the door body plate 154 (in the present embodiment, only the door frame 155 155) is provided with a conductive door pad 256. The door main body plate 154 is the same as the normal wall panel L2, and is provided with a plate-like turn 151 placed inside, disposed on the periphery of the paste 151: four frame members 152, and attached to the core member 151 and the frame The conductive surface material ι 53 on both sides of the indoor side and the outdoor side of the material 152. The material of the core material (5), the frame material 152, and the conductive surface material 153 is the same as that of the core material m, the frame material 122, and the surface material 123 of the wall panel (10). The conductive paint 129 is applied to the surface of the indoor side surface of the surface material 153 on the indoor side. On the periphery of the door body panel 154, the door frame member 155 is formed by the "n-frame member 1 55" and the extruded shape made of Ming or Ming alloy. In the aspect of the vertical door frame 155a in which the mountain extends in the vertical direction, and the wall panel 12. The fitting groove of the same cross-sectional shape of the melon groove 124 is formed. On both sides of the opening portion of the melon sigma groove 155b, a ridge 155c extending on the side of the adjacent corner post 140 is formed. This ridge is an effect of ensuring the insertion space of the spacer 130 when the slab 2036-10006-PF; Tungming 200924628 <4 has the wall 120a of the door body panel 154 and the corner post 丨4〇. When the wall plate 120a and the corner post 140 are opposed to each other, the respective splicing grooves 155b and 141 are fitted to each other, and the H-shaped fitting hole i25 is formed. In terms of the funnel hole 12t), the fitting member 126 is fitted and inserted. Further, the vertical door frame material (not shown) on the opposite side to the vertical door frame material 1 55a on the side of the corner post 14 is also formed in the same configuration, and is connected to the adjacent wall plate 12A (refer to Fig. 6) via the fitting member. In the inner peripheral surface of the door frame 155, the door receiving plate 155d that receives the door body plate 154 is formed when the door J 5 is closed. In terms of the door receiving plate 155d, a conductive door gasket 1 56 is provided. Door padding! The 56-series is composed of the same material as the π-pad 1130, and the surface of the core material having a soft rubber loss is covered with a conductive material having conductivity. The door pad 1 5 6 system is formed in a substantially cross-sectional shape (roughly L-shaped), and is pressed and deformed between the door main body plate 154 and the door receiving plate 155d. Therefore, the door is lined with a lining, and the door body plate 1 55 ′ is contacted between the door receiving plate 1 55d and the door body plate 1 54 with proper pressure to ensure electrical conductivity and airtightness. The door body panel 1 54 is supported by the door frame member 155 so as to be freely openable and closable via a hinge 1 54e. Between the frame member 152 of the door body panel 154 and the outer side surface of the vertical door frame material 15 5 a of the door frame material 155, a rubber pad 丨 54f is provided in the inner side portion of the hinge 154 e. This rubber gasket} 54f is fixed to the frame material 152 of the door body panel 154. Although not shown, the horizontal door frame material extending in the horizontal direction is formed in a hollow shape having a substantially rectangular shape in section 2Q36-10006-PF; Tungming 26 200924628, and the door receiving plate extending on the inner peripheral surface side of the door frame material is form. In terms of the inner side of the door receiving panel, the same door gasket as the conductive door gasket 156 is provided. Fig. 12 is a perspective view showing the structure of the wall panel and the ceiling of the indoor corner portion as viewed from obliquely downward. As shown in Fig. 12, the top plate 110 is also the same as the wall panel 12, and includes a plate-shaped core material, a frame member 112 disposed on the peripheral portion of the core member ill, and attached to the frame member 112. A pair of surface materials 113 on both sides of the core material iu and the frame member 112. The core material m, the frame material ιΐ2, and the surface material 113 are respectively made of the same material as the core material 121, the frame material 122, and the surface material 123 of the wall panel 12A. The frame material U2 exhibits a profile moment shape. In the pair of upper and lower surface materials 113, the upper surface material is 11%, and extends outward from the outer periphery of the rectangle by a predetermined length. The top plate n of this type. And siding 12. The system is connected and cleaned via the connecting member 114. The connecting member 114 is disposed on the upper portion of the wall panel, and the water along the upper side of the wall panel 12 is formed, and q 〇 v, 丄 flat material 1 2 2 b is formed. The connecting member 4 is made of extruded aluminum or aluminum alloy extruded material. The connecting member 11* has a vertical wall portion and covers the wall panel 12. Near the upper end surface of the outdoor side; and holding the plate portion 114 b, supporting the top of the upper edge of the top plate 110; the abutting plate portion 114 c 'and the upper plate of the top plate π 〇 & u The extension of the peripheral portion of the upper surface material n3a is 丨I 3c abutment; and the extension 邱 l extension 邛 md, than the vertical wall portion n4 side. The vertical wall portion 114a, 蕻Af by covering difficult 12G Near the upper end of the chamber phase, to prevent electric waves from coming out of the joint member n, intrusion or leakage of the gap between the Tiquu-(9)~ and the wall panel (10)

Question the radio wave concealing performance. Gudu "A

b. The support plate portion 114b is formed to extend horizontally, and supports the lower peripheral edge portion of the top plate u direction I 110 from the lower side, and prevents 2036-10006-PF; Tungming ^ 200924628 f electric wave from the joint member 114 and the surface material The gap of 113a invades or leaks, and the radio shielding performance is improved. The abutting plate portion 丨 2 4c has a front end portion extending to a position at which the front end portion of the I extending portion 11 4d is aligned. The plate portion 114 is abutted between the upper end faces of the connecting members u 4 and the support plate portion n4b and the top plate ι. In terms of the surface material 113 & of the conductive material, the lengthwise plate shape: the conductive sheet (-_15 is provided to be configured to further improve the radio shielding performance and ensure airtightness).

In terms of the inner side upper end surface of the wall panel 120, the cover member 66 covering the inner side upper end surface and the support plate portion 丨4b of the k-structure member 4 is further provided with an I member 11 6 system, and is made of aluminum. Or an extruded shape made of an aluminum alloy, which is formed in a L-shaped cross section. The recessed portion (1) is formed in the abutting surface of the wall 120 of the cover member 116 and the abutting surface of the supporting pole portion 114b. In this recessed portion 116a, the elongated plate-shaped conductive spacer 115 is disposed, In the corners of the upper end of the indoor corner of the electronic device, it is ensured that the electrical insulation of the wall plate 120 and the cover member is improved. = corner portion 'in the upper portion of the orthogonal wall panel 12H2G and the knives of the top panel 110, the joint portions of the cover members 116, u6 which are adjacent to each other are attached, and the angle between the wall portion 120 and the wall 120 is placed. A corner member 117 is provided in the vicinity of the upper end of the main body 140. The corner cover member m has a cover portion 117a having an L-shaped cross section extending in three directions extending in the longitudinal direction of the vertical and horizontal panels (extending in the horizontal direction) ), iub (extending in the horizontal direction), 117c (extending in the direction of the straight direction) °The angle cover member (1) is composed of an electrically conductive Ming or Ming jin to form an angular display member 11 7 system, and the cover portion is 7 ,工工,me 2〇36-i〇〇〇6_pF;Tungming 200924628 Knife=Extrusion shape formation, by three parties The cover portions 11 7a and 11 7b extending in the horizontal direction and located on the cover member 116 are formed to have a wider width than the member member 116, and are completely covered by the cover member 丄16. The cover portion 丨丨7c extending in the vertical direction and covering the corner post 140 is formed to have a wider width than the corner post 140, and the side end portion of the corner plate 4 and the side plates of the inspection plates 120 on both sides thereof are also covered. When the corner cover member 117 is formed, the upper end portions of the wall plates 12A, 12B and the corner post 14〇 are completely covered by the entrance corner portion of the corner portion where the gap between the top plate 110 and the top plate 110 is likely to occur. Improve the shielding performance of the electric wave, and ensure the airtightness. The 'hot father's changer, a 1 called "丨小取, is set in the board Uq and the wall panel (10) of the electronic storage storage box (10). The connection structure of the heat exchange 1 1 and the wall panel 120 is explained in accordance with Fig. 1 and Fig. 2 to Fig. 7. Again, because of the arrangement of the heat exchanger 1 and the top plate 110/heat exchanger i and cooked 12G Connection structure (4), so the connection structure of the heat exchange 1 1 and the wall plate 12Q is explained, and the heat is omitted. Description of the connection structure of the converter 1 and the top plate 110. As shown in Figs. 6 and 7, the heat exchanger 1 is provided on the wall panel 2, the inner fin 2, and the outer fin 3 The longitudinal direction is configured to be along the wrong direction. Further, a plurality of fans 4. The longitudinal direction of the inner fins 20 and the outer fins 30 are juxtaposed, that is, in the straight line. The directions are arranged at intervals of a predetermined interval. The heat exchangers are provided in plural (4) 12Q, and are arranged side by side in the width direction thereof. As described above, the inner fins 20 and the outer fins 3 are longitudinally elongated. Direction 2036-10006-PF; Tungming 200924628 • Constructed in the wrong direction because of the inner Korean film 2. "The inside and outside of the sub-equipment storage box 1 〇°, the appearance of the chain washing can be obtained by the apparent impression of the side-by-side fins 30 along the longitudinal joint of the wall panel 120. In the height direction of the wall, the joint portions of the two hot-female changers 1, 1 are θ) # the width direction end of the substrate 10 of the device 1: the heat exchange of the square enters the ridge by the technique - 〇° The connecting portion 11a is configured to be inserted into a groove formed by the adjacent heat exchanger 1 at the end portion in the visibility direction: the reversed portion lrb is engaged (refer to Fig. 5). 1 and 5, the heat exchanger _ is abutted against the outer surface of the chest plate. The inner side 4; ^ S ^ P -4- ^ ^ 1 (7) side, % piece 20 series, "= The size is the same as the 禺^ η μ 〇 ^ ^ , and the ruler of the siding 12 〇 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The inside wall of the cockroach faces the indoor dog. So 'from 4◦. In addition, it is set in the heat exchanger 1 (refer to the first ^ = the inner only fan test 7 (seven) sinister 12 map), and the high-yield thickness of the inner fin 2〇 The same is formed ^ ^ ", and the top 11 is not seen! The heat exchanger i is formed without being protruded from the side. The wall plate i material 16 两侧 on both sides in the width direction of the heat exchanger 1 facing the room is provided with a support frame system along the longitudinal direction of the heat exchanger 1, and a frame member 122 of the wall plate 120 (refer to 8 and the ninth holding frame material (10) u extruded aluminum or aluminum alloy is formed and formed in the same manner as shown in the figure. In the side of the tubular portion of the heat exchanger crotch side portion of the support frame 160, it is engaged with the inner side of the inner fin 20 (the inner ditch portion 2036 to 100〇6-PF; Tungniing 30) The rib portion 123_a 21b of the end portion of the 1st, 1st, and 1st, and the rib portion 1 2 3 a of the surface material 12 3 on the inner side is formed in the support portion. In terms of the outdoor side (external side) of the heat exchange, the segment portion 0 60b where the outer surface material i 23 is engaged is formed.

In the frame material 160, the end gas on the side opposite to the end portion on the side of the heat exchanger 1 is formed so that the end portion in the width direction of the substrate 1G of the reader 1 is located at a position having a length inside the width direction. In terms of the outer side in the width direction thereof, the table (4) is only 123 and the substrate 1 of the heat exchanger 1. A heat exchanger with a pepper pad 161 for ensuring airtightness is provided. The heat exchanger gasket 161 is made of a flexible rubber and is formed in a longitudinally long rod shape along the longitudinal direction of the heat exchanger. In the position on the outdoor side (outside side) of the end portion on the side opposite to the heat exchanger 1 side end portion of the support frame #(10), the outer surface material 123 is curved along the opposite side end portion. The groove m is formed in the heat exchanger 161. The heat exchanger is housed in the recessed groove. The heat exchanger is provided with a spacer ι61, and has a d area larger than the sectional area of the groove 162, and is accommodated in a compressed state. The groove 162 is brought into contact with the substrate 10 of the heat exchanger 1. The heat exchanger is used between the substrate 1 of the heat exchanger 1 and the surface material 123 of the wall plate 12. The pad 161 is adhered to the joint portion between the heat exchanger and the wall panel 12, and the airtightness of the outer side and the inner side can be ensured. Further, the heat exchanger 1 is separated as shown in Fig. 7 The wall panels 120 and 120' that are provided to each other are also provided in the top panel n. The heat exchange is provided in the wall panel 12G, and is installed from the vicinity of the floor to the vicinity of the ceiling. The space worker 7Q is configured to be 2036-10006-PF; Tungrning 200924628. It is disposed on the top plate 110. The switch system is disposed above the storage space 170 of the electronic device. Further, the circulation fan 171 is provided inside the electronic device storage case 100, and is configured to circulate air in the room. As shown in Fig. 7, in the outer side of the wall plate 120 in which the heat exchanger is disposed, the wall cover 180 which covers the heat exchanger 1 and has the outer wall vents 181a, 181b on the upper and lower sides is provided. The end portion of the rib 18 〇 & It is fixed to the outer surface of the wall panel 120. The rib (10) is a height dimension larger than the height dimension of the outer fins 3 of the heat exchanger 1, (the outer surface of the wall panel 120 and the rectangle of the wall cover m) The separation distance of the panel is ensured that the air circulation space is secured inside the wall cover 180. The lower end of the wall cover 18 is located at the distance from the electronic device _ 又 : :: π and straight The height of the interval, the inner and outer sides of the connecting wall cover 1δ〇 The outer outer f vent 1813 is formed. Further, the upper end of the wall cover is located at the height of the k-electronic device storage box 10 〇 v 板 5 5 5 / ' ' ' ' ' ' ' 连通 连通 连通The outer wall vent 1 81 b of the inner side and the outer side of the inner side L* 80 is formed. The outer wall ventilating fan 182b is provided on the upper side outer wall vent 181b of the upper side of the wall cover 180 (refer to Fig. 7) It is broken by 3 and is set to be broken. The outer wall ventilating fan 182 is configured to suck the air oxygen inside the dam plate 18 0 and discharge it to the outside. In this case, on the inner side of the wall cover 180, #ά曰, the heat is dissipated from the outer fins 30, and the warm air rises, and the air is ventilated by the upper wall Ϊ80. 2036-1〇〇Q6_pp Tungming 32 200924628 Efficiently carried out (refer to the thick-line arrow in Fig. 7 and the position of the outer wall ventilation air 182 is not limited to the upper outer wall ventilation 181 181b, and the lower side outer 2 ventilation σ! a may be provided on the outer wall vents of the upper and lower sides by 18 lb. Further, it may be provided at any position inside the wall cover 180. On the upper side of the page board 11, the heat exchange is covered. And a cover plate 19M having at least one pair of roof upper vents 191, 191. Item cover f

It is made of a plate made of Shao or Ming alloy and is formed in a box shape in which the bottom is opened. The top cover 19G has a rectangular parallelepiped shape and has an upper horizontal plate portion 190a and a vertical plate portion 19b. The vertical plate portion 19 is composed of two pairs of plates 190c, 190c, ... which are parallel to each other, and has a height dimension larger than the height dimension of the outer side fin 3G of the heat exchanger (the outer surface of the top plate 110 and the top cover) The separation distance of the horizontal plate portion 19〇a of the plate 190) is ensured by the air/'U·through space inside the top cover 1 g 〇. The roof upper vents 191 and 191 are provided in the counter 90c 190c constituting the vertical plate portion ig〇b, and are disposed on the plate 19 which is disposed in the direction orthogonal to the longitudinal direction of the outer fins 3 of the heat exchanger 1. Hey. 19 〇 屋顶 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上The widths of the heat exchangers: 1 are the same or a relatively wide width is formed. On the inside of the vents 191, 191 on the roof, the ventilation fans 1 92, 92 on the roof are respectively provided. , is fixed to the inner side of the louver door 91b. The ventilating fan is installed on the roof of one of the vents 1 91, and the external air is sucked into the top cover 1 9 〇 2036-10006-PF; Tungming 33 200924628 Γ Γ Γ 方 方 方 方 方 ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° ° 191 191 191 191 191 191 191 191 191 191 191 191 191 In addition, the ventilating fan on the roof does not have to be installed in the vents m and 191 on both houses, and may be installed in at least one of the houses = the upper vent 191. Any position on the inner side of the plate 190 is also possible. The effect of the heat exchanger! and the electronic device housing phase 100. According to this kind of heat exchanger!, by the inner fin 2〇 and the outer diaphragm 30 knife 々!| s straight The sealing property of the inside and outside of the substrate process can ensure the electronic device storage box _ sealed container, and it is possible to prevent salt damage or dust from being blocked in the electronic device storage box (10). In the front end portion of the inner side of the moon 20, since the air that is in contact with the internal Korean film can be forcibly and directly mixed, the heat exchange performance is extremely high, and the electronic device can be stored. Efficiently released to the outer side, and by directly fixing the fan 40 to the inner fin 2〇, the installation space of the fan 4 can be reduced, and the space in the electronic device storage box 1 can be effectively utilized. The fan 4 is disposed in the heat exchanger 1 itself, and the fan is separately arranged as in the conventional case, and the installation procedure of the individual fan can be omitted. In this embodiment, the substrate 1 and the inner fin are used. Sheet 2 〇 and outer ', s piece 30 series, The extruded shape made of aluminum or aluminum alloy is formed integrally, so that the complicated shape heat exchanger composed of the above-mentioned parts is 2〇36-l〇〇〇6_pF; Tungming 34 200924628 body' by only squeezing The shape material is cut at an appropriate length and can be easily manufactured. The extruded shape of the alloy or the alloy is high in dimensional accuracy, and since the distribution of strength is light, it is easy to handle on site. Further, in the electronic wound storage case 1 of the present embodiment, the surface material H3 of the sheet 1〇〇 or the surface material 113 of the wall plate 12G is also composed of a (four) chain alloy. The appearance of the heat exchanger 1 is improved. In the present embodiment, the fan 4 is provided with the inner fin 2, and the surface area thereof is smaller than the surface area of the outer Korean piece 30, but the inner fin 2 on the side where the fan is provided. Because the air is directly mixed by the fan 4〇, even if the surface area is small, sufficient teaching exchange performance can be ensured, and the use of the inner slab (four) material can be reduced to achieve weight reduction and reach the electrons. Efficient use of the internal space of the equipment storage box i. Further, the fan 40 is provided with the inner fin 2, even if its height is higher than that of the outer fin 3. The low-height method is constructed in the same manner as above; the full-size: heat-exchange performance 'can reduce the amount of material used for the inner side and the fins 2 而 to achieve weight reduction' and the internal space of the electronic device Effective use of the effect achieved. Further, in the present embodiment, the fan 40 is provided with a plurality of inner key sheets 2. The spacing between each other is smaller than that of the outside. The distance between the other sides is small, but the interval between the inner fins on the side where the fan 40 is provided is reduced, so that the height can be reduced, because the degree of the fan 40 can be made small, so the whole The balance of the dimensions is balanced to improve the aesthetics of the heat exchanger. Further, the heat exchanger 1 of this type is constructed in such a manner that the longitudinal direction of the outer fins 3 is parallel to the longitudinal direction of the inner fins 2. , so: by 2036-l〇〇〇6-PF; Tungming 35 200924628 substrate 1〇 'heat transfer easy' can improve heat transfer, and because the substrate ι and the inner fin 20 and the outer fin 30 can be used by Since the extruded material is integrally formed, the manufacturing process can be facilitated. Further, the fan 40 is provided with a frame 44 which is slightly square in front, since the diagonal direction of the frame 44 extends along the fan 4〇. The longitudinal direction of the inner crocodile 20 is set to form a 'frame so that the direction of extension in the diagonal line' will be on the inner side of the piece 2. Two of the sides orthogonal to the longitudinal direction of the longitudinal direction = P protrudes outward in the width direction of the inner side sheet 20, even if the fan 4 is passed through the angle: '. Fixed to the piece '2. In this case, the fan body 43 having the width = is attached to the cymbal 2. The part of the position: turn, so with the fan 4. The flow of air that occurs can all contact the inner crucible sheet 20. In other words, the air can be stirred while the fan 4 is firmly fixed. π 〃 又 ’ ” because of the fan 40 system, along the length of the inner fins 2 并 arranged in parallel to be positioned, can be efficient and can improve the appearance. In the electronic money storage box (10) of the present embodiment, please use the body of the device to receive the t-body = 11D or sex. Thereby, it is possible to obtain an electronic device storage box i which is dustproof and can hold the inside: . ' can be better -- electronic equipment. Sodium fines machinery, especially heat exchangers, as shown in Figure 7, for the matching wall panels m2 纯 and pure UQ: broken setting

Tungming 2036-1OOO6-PF; 36 200924628

Since the mode of 170 is arranged, heat generated from the storage space (7) of the electronic device can be efficiently released to the outside. x, as in the case of the thick arrow in Fig. 7, because the air in the electronic device storage box (10) is circulated by the circulation fan 171, the electronic device housing 100 does not have a high temperature, and the electrons can be secured. The equipment can be stored in a wide range of places. The s D is again provided in the wall 120 of the hot-female changer, by providing the wall cover 18' with the outer wall vents 181a, mb in the wall cover. The inner side's form a flow of air that can be radiated from the outer fins of the heat exchange @i as outwards: efficient heat dissipation. In particular, by providing the outer wall ventilating fan m on the outer wall vent mb on the upper side of the wall cover 180, since the air inside the siding 180 can be forcibly sucked up and released to the outside, the heat exchange "" The heat dissipation efficiency of the outer fins 30 of 1 is further improved. Further, on the upper side of the top plate 110, by providing a top cover 19'' having a pair of roof upper vents 191, 191 on the inside of the top cover 19A, a flow of air can be formed, which can be obtained from the heat exchanger j. The outer fins 3 有 efficiently dissipate heat toward the outside. In particular, on the roof of the top cover 190, the vent 191, by slamming the roof ventilating fan 192, because the air inside the top cover i 90 can be forcibly circulated 'so the fins from the outer side of the heat exchanger 1 The heat dissipation efficiency of 30 is further improved. In addition, the electronic device storage box 100 of this type has radio wave shielding properties, and is also made of aluminum or aluminum alloy because the hot parent exchange 1 is used. Therefore, the electronic device storage box 1 has radio wave shielding performance. Therefore, performance tests such as EMC test of high-precision electronic equipment can be performed inside. However, in this % system, it is desirable to install the fan 4 on the front end portion of the outer fin 2036-l〇〇Qg_pp.Tungming 37 200924628 30 of the heat exchanger i. Further, in the above embodiment, the heat exchanger 1 is disposed on both the top plate 110 and the soil plate 12, but is not limited thereto, and is disposed on the top plate U0 or the wall plate corresponding to the necessary heat exchange efficiency. Any of the 120 can also be. Next, the structure of the electronic device test box 2 (closed container) and the heat exchanger 2 provided in the electronic device test box 20 0 will be described.

As shown in Fig. 3, such an electronic device test box 2 is provided, and the heat exchanger according to the present invention 2 is provided with a 'test box body 201 system, and is made of a metal frame having a radio wave shielding property. The radio wave absorber 230 is placed inside the body 21 0 and configured. The frame Μ 210 is formed in a box shape of a rectangular parallelepiped, and one opening is formed, and the opening 211 is formed. In this opening 211, the door 2.2 that is freely opened and closed is replaced by a hot parent, and is provided in the '2 system. The wall opposite the door 2.2 ,, that is, the back of the door 22.0. As shown in FIG. 1 3, FIG. 4, and FIG. 16, the side surface of the standing plate 222 of the peripheral portion (2) of the door 22A provided at the abutting portion of the test #mesh main body 201 and η 22〇, The metal finger 223 is attached, and the lining 224 having a shielding property of radio waves is attached to the periphery 221 of the door 220. Further, the test box body 201 includes an LED lamp 250 (refer to FIG. 15), and is provided on the inner surface side of the upper wall of the housing 210; the EMI conduit 26 (refer to the figure 16) is placed in the housing. 21 背面 back side; heat exchanger 2; antenna 28 〇 (refer to Figs. 14 to 16), is disposed on the inner side of the side wall of the frame 21 以及 and the ampoule unit 290 (refer to Figs. 14 and 15) Figure) 'Electronic device p is fixed. 2036-10〇〇6-PF; Tungming 38 200924628 Frame 21 〇, as shown in Figures 14 to 16 , a plurality of metal plates 212 are welded to a frame that becomes a skeleton (not shown) It is formed in a box shape of a substantially rectangular parallelepiped having an opening 211 on the front side. The frame 21 is made of a conductive metal plate 212 and a frame (not shown). Therefore, it has a predetermined rigidity, has high durability, and has shielding properties from radio waves from the outside. Further, since the plate 212 and the frame (not shown) are joined by welding, the sealing property of the casing 21 (i.e., the shielding property of radio waves) is improved. The plate 212 and the frame (not shown) are formed of an alloy or a smelting alloy. As described above, in the case where the plate 212 and the frame (not shown) are formed of the alloy or the alloy, the desired rigidity can be maintained, and the weight of the frame 210 can be achieved. The luster, so the frame 2i can be seen back. The metal system in which X' is formed into the plate 212 and the frame (not shown) is not limited to Ming or! Lu alloy, pure metal other than Ming (for example, steel [Μ(4)],

Alloys other than copper or other alloys (for example, stainless steel, etc., may also be used. > Body 210, framed and surface-capable electronic devices such as the above] are formed by forming a frame 21 by using Ming or Shao alloy. The light weight and the improvement of the electric wave shielding, the appearance of the 5th phase is 20 〇 、 % % % % % % 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被 被The inside of the test box body 2 〇1 is placed in a state in which the radio wave to be radiated and the reflection of the inner surface of each of the plates 212 are formed such that the type of the electromagnetic wave absorber 23 is not in the present invention. 2036-l〇〇〇6_PF; Tungming 39 200924628 is limited to the use of a known radio wave absorber H 1 7 that is internally radiated. The use of a resistive radio wave absorber, a 4-electron wave absorber, and a magnetic lightning wave (4) Chopping and trapping

Any one of the radio wave absorber, the body, and the like may be used, and any of the single layer type and the multilayer type may be used. Specifically, for example, (M) M includes a thickness of λ/4. The pole of the pole 212, the side of the side, the wavelength of the radio wave radiated by the X-ray inside the test chamber, and the surface impedance value are roughly equal to the impedance of the free space (lffipedance, 376·7 coffee impedance diaphragm) In the order of the side of the plate 212 of the frame, the absorption film includes a resistive film (impedance touch Ω), a spacer (38_), an impedance, and a gate. (Resistance 280 Ω), spacer (38mm), protective film (electromagnetic wave absorber of two kinds of radio waves of the nameplate or aluminum (around the periphery of the surface 2 and the periphery of the toilet), (3) Compounds such as titanium hydroxide The formed electric-induced radio wave absorption sheet '(4) is a magnetic wave absorbing sheet formed of a compound such as errite or carb〇nyi iron, (5) a resin such as polyurethane and a radio wave absorbing sheet in which a composite of a magnetic body is formed, and (8) a radio wave absorbing a magnetic body and a resisting body Any one of the body (for example, Ή^才> (registered trademark) (Toyo Service Co., Ltd.)) can be used. Here, the λ/4 type radio wave absorber 23A will be described. For example, a radio wave that is radiated from an electronic device such as a mobile phone is a structure that is received by an electronic device such as a mobile phone. The radio wave is absorbed by the Q23Q system to prevent radio waves emitted from the electronic device. The inner surface of the electronic equipment test chamber 200 is reflected and resonated to prevent a decrease in test accuracy. ^ 2036 10006-PF; Tungming 40 200924628 Radio wave absorber. 2 3 0 system, as shown in Fig. 17, is integrated in a sheet shape The formation of the structure includes: the back plate 2 3 0 a; the spacer 2 3 0 b is disposed on the indoor side of the back plate 230a; and the impedance film 230c is disposed on the indoor side thereof to have a 1/4 transmission of the electric wave And the protective film 203d is disposed on the inner side of the protective film. The back plate 230a is made of a conductive material (for example, aluminum or aluminum alloy, etc.). The back plate 230a and the frame 210 are Free, disassembled (tape, not shown) is provided, and the radio wave absorber 23 is detachably attached to the housing 21 0. The spacer 230b has radio wave permeability and is used for the impedance diaphragm 230c and The interval of the back surface plate 230a is set to λ /4, and has a degree of weight reduction of the wave absorber 230 of /4. Further, here, the electric wave wi is radiated from an electronic device such as a mobile phone (not shown). When the wavelength is assumed to be λ, the spacer 23 〇b is formed, and if the electric wave can pass, it may be formed of any material, for example, it may be formed of styrene. When it is formed of foamed styrene, electricity can be obtained and the thickness of the spacer 23Ob can be easily adjusted, and the surface resistance value becomes substantially equal to

On the indoor side of 230c, a resistive diaphragm 2 3 0 c is laminated, and the impedance of the surface p space (37 (anti-diaphragm 230c, ITOCIndium Tin diaphragm, etc. protective film 2 3 0 d system, is in the impedance diaphragm Forming, protective impedance cymbal 23〇2036-1〇〇〇5-pf; Tungming 41 200924628 θ Here, the field wave incident from the vertical direction of the radio wave absorber 23◦ is taken as an example, and the radio wave absorption of the above configuration is explained. The role of the body chat. The electronic device such as the mobile phone is activated by the radio wave, and after passing through the 蒦 film 23〇d, 1/2 of the impedance film 230c is transmitted, and the remaining 1/2 is reflected. This is to transmit the radio wave as the radio wave W2 and the reflected radio wave as the radio wave Μ 3. The wave W2 enters the inside of the spacer 2鸠, and then reflects on the back surface 23〇a having shielding properties, thereby becoming a radio wave material. In the case of reflection, the phase of the radio wave is reversed. Such a $, the electric wave of the impedance film 230c is 4, and the electric wave W3 reflected by the impedance film 23 is at the thickness of the spacer 23〇b. Twice (ie, λ "X 2 and /2" phase of the chopping boundary 3 and the wave W4 Therefore, the radio wave W3 and the radio wave system are canceled each other, and as a result, it is incident on the impedance diaphragm 23〇c = the electric wave W1 appears to be absorbed. By providing the above-described radio wave absorber 23 0 on the inner surface of the casing 210, The predetermined radio wave can be absorbed. Therefore, the accuracy of the test of the electronic device can be improved. The surface of the radio wave absorber 203 is flat (flat type), which is desirable, for example, and has a wave type or a mountain type. In the case of a radio wave absorber such as a quadrangular pyramid type, increasing the inside (volume) of the electronic device test chamber 2' can reduce the size of the outer shape of the electronic device test box 200. LED (Light Emitting Diode) The lamp 25 is a device for illuminating the interior of the electronic device test box 200, and is disposed on the upper wall of the casing 210 as indicated by the first $g. Thus, for example, in the test electronics During the period of the device P 'by illuminating the inside of the test chamber 2 of the electronic device, 2036-10006-PF; Tungming 42 200924628 can visually confirm the electronic device P. The LED lamp 25 is different from the fluorescent lamp because the lamp A few noises when flashing It does not occur, so it can be suitably used for illumination of the inside of the test chamber 2 of the electronic device. The installation position, number, arrangement, etc. of the LED 帛25G can be appropriately set, and is not limited to the 15th. The illumination system inside the illumination test chamber 200 is not limited to the LED lamp 25, for example, a halogen lamp or a bulb. EMKElectro Magnetic lnterference • Electromagnetic interference) Fig. 16 is a view of preventing electromagnetic interference. A cable (not shown) connected to the electronic device P or the like is inserted from the outside of the casing 2 to the inside of the casing, as shown in Fig. 16, The insulating-resistance spacer 261 is fixed to the back surface of the casing 21〇. By this, the cable can be routed from the outside of the electronic equipment test box 200 to the inside via the EM1 conduit 26, and because it acts by the waveguide I as a conduit (the radio wave of a wavelength longer than the predetermined wavelength is not transmitted) ), it is possible to shield the intrusion of the electric wave from the insertion portion of the cable to appropriately maintain the shielding of the radio wave of the electronic device inspection box 20 0 . Further, the predetermined length (e.g., 100 n or more) of the electric winding can appropriately prevent electromagnetic interference by the cable arranging by the inside of the EMI duct 26 〇. Further, in the case of the cable, the interference absorber (not shown) that absorbs the interference inside the conduction cable through the portion inside the EMI duct 26 and the predetermined outer circumference δ ' of the front and rear portions is covered. Specifically, for example, an EMI belt system such as Osamu (registered trademark) (Toyo Service Co., Ltd.): The cable is wound back at a predetermined length (for example, 3 or more). Therefore, because 2036-10006-PF; Tungroing 4 3 200924628 is radiation and transmission that can suppress interference from electric power, the electric wave accepted by the electronic device p can be used by the test single female. The illustration shows the measurement with high precision. Such a ΕΜΙ duct 260 is a factory, # / is a die casting (cHecast) system, as shown in Figure 16, a plurality of grooves 262 & formed on the side of the electric winding (the side of the frame 210) . By electrically passing the groove (10), the inside of the EMI conduit 26 is prevented from moving in the up and down direction, and the battery can be positioned. Further, in the case where the leg duct 260 passes through a plurality of electric powers, since the electric power is filled by the side wall portion (metal) of the groove 26.2, the shielding property of the radio wave of the electronic test chamber 200 can be appropriately maintained. Further, since the electric windings can be wired in parallel, for example, it is easy to mount in the case where the ground wire or the like which is electrically connected to each other is attached. The antenna 28Q is 'the day when the radio wave is received between the electronic device P. As shown in Fig. 14 to Fig. 16, the connector 28 of the soil fixed to the frame '210 is used via the antenna. The waveguide 282 is provided. In the antenna .280, a cable (not shown) is connected, and the cable (not shown to be pulled out to the electronics test chamber by the waveguide m) is connected to the wave transmitting and receiving unit. (No picture is not 〇 , 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 η η η η η η η η η η The function of the electric wave received by the antenna 280 is the function of the radio wave. The connection benefit 281 is used to fix the antenna η s 282, and is fixed in the state of the side wall of the body 21 0. Hard connector 281 loose 2〇36-l〇〇〇6~PF; Tungming 44 200924628 On, turn the antenna with the waveguide 282, change the scare &#丄change the direction of the antenna 280. The device 281 is locked and the antenna is re-fixed by the guide tube 282, which is a way to change the direction of the antenna 280. The polarization plane of the radio wave radiated from the antenna 2δ〇 is grasped. And the polarization plane of the radio wave radiated from the antenna of the electronic cymbal and the P, and the polarization plane In parallel or perpendicularly, the vehicle of the antenna 2δ〇 can be rotated and adjusted. Further, the plane of polarization is the surface of the vibration of the wave of the electric field in the electromagnetic wave, ^ This is called a plane-shaped electromagnetic wave called linear polarization. In the normal day, the large-wave line is linearly polarized. The 281 connector 281 is connected to the left (horizontal direction) of the other (prepared) connector 2δ3 as shown in Fig. 14 and f16. Therefore, since the antenna waveguide 282 can be mounted to a desired position, the antenna can be placed at a desired position. Further, such a connector 2δ3 is provided on the upper and lower sides of the connector 281. It is also possible to provide two or more of the right and left sides of the connector 281. The antenna waveguide 282 is 'cylindrical and curved in an L shape, for example, by A metal waveguide made of an alloy or the like has radio wave concealing properties. The antenna waveguide 2S2#, the connected electronic device test box (10) '' is connected to the antenna 280 in its hollow portion (internal) : Electrical environment (not shown) is wired. Also 'waveguide tube 2 In the front end of the 82, a rectangular grounding plate is fixed. Further, the cross section of the waveguide waveguide 282 is not limited to a circular shape, for example, an angular shape. The method of # 282 is set based on the wavelength of the radio wave that is not transmitted to its internal 2〇36-l〇〇〇6-.PF; Tungming 45 200924628. Specifically, the antenna waveguide 2 8 2 The inner diameter and the length are set such that radio waves longer than a predetermined wavelength are not transmitted inside, whereby the shielding property of radio waves in the electronic device test chamber 2 can be appropriately maintained. Further, when the antenna is placed close to a metal object, the eddy current flows in the metal object, and re-radiation of the radio wave occurs, and the radio wave interference of the sample is appropriately affected. Therefore, as shown in Fig. 16, it is desirable to provide a side wall of the frame 21 〇 in the vicinity of the antenna 280 (the antenna 280 system is located on the magnetic piece 285). In this way, the influence of the re-radiation of the radio wave according to the eddy current as described above can be reduced. The mounting unit 290 is a unit for fixing the electronic device p to the inside of the casing 21, As shown in Figs. 14 and 5, the fixing plate 291 which is provided so as to cover the bottom surface of the casing 210 in a comprehensive manner, and the fixing plate 291 which can be detachably fixed to the fixing plate 291 can be held. The fixed electronic device (the holding fixture 292 of P) is configured. The fixing plate 291 is a flat plate-like rectangular plate as shown in Fig. 14, and a plurality of bolt holes 29 丨&amp for fixing and fixing the jig 292. The bolt holes 291a are provided in a plurality of ways in which the fixing position of the fixing jig 292 is changed to a desired position, and the left and right directions are juxtaposed on the front surface of the casing 210. Further, the electric wave absorption is set. The electric wave absorbing sheet is also above the fixing plate 291, and The fixing plate 291 may be formed of a member having radio wave absorbing properties.

The fixed fixture 292 is held, as shown in Fig. 15, which is a side view of L 2036-10006-PF; Tungming 4 6 200924628 sub-shaped member, and a bolt hole 292a for bolting the bolt B to the bottom is formed. The fixing jig 292 is fixed to the fixing plate 291 by the bolt hole 292a being bolted to the screw hole 291a of the fixing plate 291. The mounting plate 293 and the fixture 294 are mounted while holding the fixture 292 side & The female watch pulls the 293 series, which is _ ---------------- = keep the jig. Further, the fixing means is called ', and the insertion portion 2 for holding the electronic device ρ while holding the electronic device is formed. This solid U 294 system is detachably mountable to the mounting plate 2 93' corresponding to the requirement 'changeable mounting direction or mounting position of the electronic device P. In the early element (not shown), the unit that measures the radio wave "j" received by the electronic device p, Φ, that is, the detection state of the radio wave of the electronic device p, determines that the electronic device p is normal (four) and transmits various instructions. A unit that can be operated by the electronic device P. The test unit of this type can be connected to the electronic device P as a test object via a cable (not shown). /, limb, g, one end of the cable is The connection unit is connected to the electronic device P via the coffee duct (10), and is connected to the electronic device P. In addition, on the other end of the cable, the user can freely disassemble & The connection connection (not shown) of the ground connection to the electronic device p is set. As shown in the figure of the brother 1 4, p 9 9 η " ^ L , Q mn 22〇, can be passed through the chain It is rotatably attached to the side of the electronic device test ρ.,.., 目200, and can be appropriately opened and closed. This door 220 is formed by a plate 225 of the genus I. The window 226 2036-10〇〇 6-PF; Tungming 47 200924628 is formed on the front side of the front side of the board 2 2 5. Again, the above-mentioned electric wave suction The body 2 30 series is formed to cover the inner surface of the plate 225. Further, the metal system ' forming the plate 2 25 is not particularly limited in the present invention, and is not only pure metal (for example, aluminum, steel, copper, etc.). An alloy (for example, an aluminum alloy or a stainless steel) may be used. The window 2 2 6 is a rectangular glass plate 227 having a transmissive property to visible light, thereby performing the test of the electronic device p via the window 226 (glass) 227) "Because the inside of the electronic device test chamber 2 can be visually recognized from the outside, for example, the presence or absence of lighting of the incoming call lamp of the electronic device p that receives the radio wave can be confirmed. The electric wave of the window 226 (the glass plate 227) has the reflectivity (breaking property) of the radio wave. Thereby, the shielding property of the radio wave of the electronic device test H 2QG can be appropriately maintained. As such a glass plate 227, For example, an article in which an IT0 (Indium Tin 〇 xide •• indium tin oxide) film is formed on at least one surface of the glass plate 227 can be used. The glass plate 227 is also provided with electric waves as shown in FIG.

A shielding pad 226c (e.g., a conductive rubber pad) is fixed to be disposed on the door 22. The groove 226b around the opening 226a for the window. By this means, since the shielding of the radio waves in the peripheral portion of the window 226 (glass plate 227) can be ensured, the shielding property of the radio wave of the electronic device test box 200 can be appropriately maintained. In the inside of the electronic D and the s-type check box 200, the electric wave radiated from the electronic device p or the antenna 280 or the like is directly irradiated to the window 226 (glass plate 2 27), where m is a radio wave at the window 226 (glass) The surface of the plate is reflected and the resonance phenomenon of the electric wave occurs. So the window 2 2 6 is 'desirably set as far as possible to 2036-10006-PF; Tungirling 48 200924628 from the electronic device p or the antenna 2 8 〇箄 # # & Μ $ Look for a location where the radiated radio waves cannot be illuminated. Here, the resonance phenomenon of the radio wave is a phenomenon in which the radio wave is reflected by the antenna or the like on the wall surface inside the test chamber from the antenna or the like, and the radio wave is repeatedly reflected by the antenna or the like. As shown in Fig. 14 and Fig. 16, the force is broken and a is placed on the erecting plate 2 2 2 of the peripheral portion 221 of the door 2 as the abutting portion of the test box body 201 and the door 220, The cross-section LB»jx-αλ rr 1 ... The wide-bone L-shaped metal plate is formed in a rectangular frame-like stage, and one surface of the L-shape is abutted on the inner surface of J, and is welded or the like. fixed. Further, the finger portion 223 is mounted on the outer peripheral side surface of the rising portion of the standing plate 222 by the ancient <4 text. On the other hand, in the outer portion of the standing plate 222 of the peripheral portion 221 of the door 220, a cushioning 224 having a shielding wave of +" is included. One finger portion 223 is also called a shadow. You, snield finger, fmger strip, in this embodiment, AA ^ s α will correspond to the tooth of the comb which becomes a comb-like metal plate of a roughly comb shape, and is arc-shaped in cross section. The plate spring structure formed by bending is biased in the vertical direction of the mounting surface and has shielding properties of electric waves. The metal system forming such a finger 223 is not particularly limited in the present invention, and is not only pure metal, but also human μ Α σ σ gold is also possible. In particular, it is desirable to use a copper alloy. The copper alloy tooth with copper as the main body has a high electrical conductivity, so that the shielding of the radio wave of the finger portion 223 can be improved. Further, L1 is the elasticity of the copper alloy. Since the performance is excellent, the contact resistance can be reduced. As such a steel alloy, for example, beryllium copper alloy or the like is exemplified. The lining 2 2 4 system is a flexible (buffering) sponge material with a conductive fabric (fabnc) ) the covered object has the 'transparent nature of the electric wave. This Pad 224 2036-10006-PF; Tungming 49 200924628 - is attached to the outer peripheral side of the finger 223 (standing plate 222) provided on the entire circumference of the peripheral portion 221 of the door 220. Further, as a conductive fabric, The fiber is locked by the lock; the object of the coating is 箄 与 与 山 山 山 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 衬垫 衬垫 衬垫 衬垫 衬垫 衬垫 衬垫 衬垫 衬垫 衬垫 衬垫 衬垫 衬垫 衬垫. As shown in Fig. 6, when the door & 关闭 is closed, the finger 223 is elastically abutted at the opening edge portion 2118 of the test box body 2〇1, and the spacer 2.24 is attached to the opening edge of the test box body 2〇1. The portion 2Ub (elastically abuts. Thereby, since the gap between the test box body 201 and the door 220 is physically occluded by the fingers 223 and the spacer 224, the intrusion from the abutment portion of the test box body 201 and the door 220 is intruded. In the general radio wave system, the diffraction loss is caused by the finger portion or the spacer 224, and the radio wave invading from the abutting portion can be effectively shielded. Further, since the finger portion 223 is attached to the standing plate 222, the door 2 is closed. At the time of 20, the restoring force of the finger portion 2 2 3 which is deformed by the test box main body 2 01 is the opening and closing of the door 2.20 (to the left-right direction of Fig. 6) (to be vertical (up and down direction of Fig. 6). Thereby, the door opening 2' of the door 2 2 0 according to the restoring force of the finger portion 2 2 3 can be prevented and the door 2 2 can be 0 is fixed in the closed state. Further, since the spacer 224 is attached to the outer peripheral side of the finger portion 223, the shielding function of the finger portion 223 can be effectively shielded according to the function of the shielding function of the spacer 224. The abutment portion of the test box body 2 〇1 and the door 2 2 0 intrudes into a general wave. Further, even if the shielding function of either of the finger portion 223 or the spacer 224 is lowered, the other shielding function can prevent the deterioration of the radio wave shielding performance of the electronic device test box 200. 2036~10006-PF; Tungming 50 200924628 The "finger part" 2 2 3 system may be directly attached to the peripheral portion 221 of the door 220 without passing through the vertical plate 2 2 2 . Further, the spacer 224 is attached to the opening edge portion 211a of the test box body 201. 2 2 0 ' But the text is also available on the side of the test chamber body 2 〇 1 . Further, the finger portion 2 2 3 and the spacer 224 may be attached to both the door 220 and the test box body 2〇1. / The heat exchange crying 2 system mounted on the electronic device test box 2 of the above configuration, as shown in Figs. 14 and 16 , mainly includes a substrate 1 〇, a side tab 20a, an outer sheet 30a, The fan is configured to be four turns. The heat exchange H 2 system 'fan 4G of the present embodiment is attached to the front end portion of the outer fin (10). The substrate ίο and the inner crocodile piece 20a and the outer side piece 3〇a are integrally formed by the squeezing -6 of the chain alloy. In this way, you can earn a balance: you can ensure that the airtightness f is also conductive, and you can stay in the heart: wave shielding. In addition, the electromagnetic wave generated by the motor of the rotary fan 4 fi and the motor of the "fan" is not bubbled to the inner side of the electronic test chamber 2, which is available in a better environment. The extruded shape 6 is a cross-sectional shape of the extruded shape 5 shown in Fig. 1 in the same shape ', and the first is opposite. That is, the inner side of the i-th image, the fin 2 Ml,,, The sheet side missing piece 30a, the first η is the external training of the extruded shape 6, the sheet 30a 'the outer fin 3 fin of the first figure-, on the outer side, the inner side of the side piece 6 of the fin 3Ga In terms of the outer side of the outer side of the degree, the fixed fan 4 is formed by a wide width of the second Μ 1 ,, and the extruded shape "1" of the first drawing is formed. Thereby, it is used as the fan 4. It is set to the front:: the same shape. 30a >30a-# , ig ^ , , ^ The side of the plurality of laterally adjacent outer fins only 3 Q a, 3 0 a between each other 51 2〇36-i〇〇〇6-PF; Tungming 200924628 The structure is configured to be smaller than the interval between the adjacent inner fins 20a and 2a. Further, the outer fin 3〇a is formed such that its height is lower than that of the other inner fin 2 〇a. In other words, by setting the interval between the outer tabs 3a of the fan 40 to be small, the surface area of the fins that affect heat exchange properties is ensured, whereby the height of the outer fins 30a can be reduced, and the fan 40 can be suppressed. Installation height.

The outer fins 3〇a and 3〇a.. of the fan 40 are configured such that the total surface area thereof is smaller than the total surface area of the other inner fins 2a, 2〇, and the like. The heat exchange performance is improved by increasing the surface area of the fan 4 which is not disposed, and maintaining the heat absorption and heat balance. This is because the outer fin 3°a is made by the fan 4Q being set to 'the ambient air is stirred' to make the surface material, and high heat exchange performance can be obtained. Further, since the fan 40 is the same as the fan 4' shown in the figure, the fan 4 is omitted. Description of the monomer. As shown in Fig. 14 and the 19th, the 15th fan, the fan 40 series is placed in the longitudinal direction of the outer Korean piece 30a by the yam, and the slaves are sighed (in this embodiment, two) )). A number of fans are connected to each other. The fans are arranged along the outer fins i 3Da/, and the diagonals of the winds in the longitudinal direction are arranged in the same manner as the I* arrangement. Shoot this, A Ding Yue 踝 you * straight up. The θ fan 40 is disposed in a line that is positioned. The heat exchanger 2 of this type is fixed to the AND gate 22. The opposite: the 13th circle and the 14th figure. The heat exchanger 2 is formed on the wall surface 214 (that is, the back moon core of the frame 210 and the outer fin 3 (the wall surface 214 of the door 220 facing the fin) and the longitudinal direction is horizontally oriented in the horizontal direction 2036. -l〇〇〇6_PF;Tungm.ng 52 200924628 by the women's wear. The heat exchanger 2 is a rectangular heat exchanger opening formed in the plate 212 of the wall surface 214 as shown in Fig. 14 and Fig. In the case of the sigh of the sigh of the sigh of the sigh of the sigh of the sigh When looking at the side of the door, because the heat exchange ° ° 2 is not taken out of the road, you can get a clear appearance of the chain wash, and get a well-designed electronic equipment test box. 2 0 〇.

- The radio wave absorber 203 is laid on the peripheral portion of the substrate 1 of the heat exchanger 2 fixed to the casing 21, and the crucible. Radio wave absorber 2 3 〇 System: The substrate i is laid on the inner sheet. The peripheral portion of the peripheral portion is in a state in which the radio wave absorber 23D is disposed so as to surround the inner fin 2a. Here, the inner fin core has a height dimension larger than the thickness of the radio wave absorber 230, and the front end portion of the inner fin 2a is formed to protrude from the inner surface of the radio wave absorber 23a. Thereby, heat generated from the electronic device p can be efficiently absorbed, and the inside of the electronic device test box 200 can be maintained in a good temperature environment. The peripheral portion of the heat exchanger opening 215 of the plate 212 of the casing 210 and the substrate of the heat exchanger 2! Between the peripheral portions of the crucible, a conductivity profile 270 is set. The conductive „ 27() system is formed in a sheet shape and is provided across the entire length of the peripheral portion of the substrate 1 〇 of the hot parent device 2. The conductive spacer 270 is a flexible core material. The surface is covered with a conductive material having conductivity, and the entire surface of the gasket is electrically conductive. The core material is made of, for example, rubber or resin or urethane (10). The conductive material is, for example, a conductive fiber of a cloth material to which a recording layer is applied, 2036-10006-PF; Tungming 53 200924628 material is attached to the periphery of the core material. By heat exchange as described above The device 2 is mounted in the electronic equipment test box 200' in the portion of the heat exchanger 2, and the airtightness and high heat exchange property and the wave shielding property are obtained. Further, since the conductive gasket 250 is provided in the heat exchanger 2 Since it is between the heat exchanger 2 and the casing 2 i , the radio shielding property is obtained between the heat exchanger 2 and the casing 2 i. Therefore, the radio shielding property can be obtained in the entire electronic equipment test box 200. , can be shielded with electric waves and (can keep the inside in one The electronic device test box 20 at a constant temperature stores the precision machine electronic device p inside and can perform high-accuracy tests. In particular, the conductive pad 270 is used because the rubber having the flexibility is covered with conductive fibers. However, the conductive pad 2.7 has a flexible peripheral portion between the peripheral portion of the hot parent exchange 2 and the frame 21 0, and the peripheral portion and the frame 21 of the hot parent can be exchanged. It is possible to provide an electronic device test box 2 with high radio shielding power. The above description describes the implementation of the heat exchanger 2 and the electronic device storage box 1 (= and the electronic equipment test box 2◦. The embodiment is not limited thereto, and the specific configuration can be appropriately changed without departing from the scope of the present invention. For example, in the above-described embodiment, the inner fin 20 (20a) and the outer side are provided. The longitudinal direction of the segment 30 (30a) is cypress jade/one cymbal, and you are flattened to each other, but it is not limited to this, and the configuration is orthogonal to each other. However, the inner fin 20 is made (2〇) a) the same direction as the longitudinal direction of the outer fin 30 (30a) Since the substrate 10 and the inner 鲑μ 20 (20a) and the outer fin 3 are integrally formed by the extruded material, the UUa is manufactured; the omission of the hand π and the improvement of the precision of the product are achieved. It is preferable to be 2036-10006-PF; Tungming 54 200924628. Further, the size or arrangement interval of the inner fin 20 (20a) and the outer fin 30 (30a) is not limited to the above embodiment, corresponding It is of course possible to change the heat exchangeability flb or the leaves.

In addition, the heat exchanger (i) of the heat exchanger (i) of the electronic device storage box 100 and the top plate 110 is provided with a heat exchanger spacer 61, which is electrically conductive, but is not required to be shielded by radio waves. It is not conductive or flexible. In this way, airtightness can be ensured. Further, the heat exchanger gasket 16H is formed so as to be inserted into the recess 162:rod of the surface material 123. However, the present invention is not limited thereto. For example, it is formed in a sheet shape on the substrate 10 of the heat exchanger 1. It is also possible to lay between the surface material 1 and 23 . Further, the constituent members of the heat exchanger block_2 are not limited to aluminum alloys made of aluminum, and if they are electrically conductive, other materials such as stainless steel or copper may be used. BRIEF DESCRIPTION OF THE DRAWINGS The best first embodiment of the heat exchanger of the present invention is a cross-sectional view for carrying out the present invention; the most 'second (c) diagram of the heat exchanger is the second (a) The figure is a front view for carrying out a preferred embodiment of the present invention, and the second (b) is a rear view of the side view thereof. The heat exchanger arrangement of the invention is shown in the figure 3 for indicating the state of the present invention. Front side perspective view; month heat exchanger arrangement plural Fig. 4 shows a back side perspective view for the 2036-10006-pf; Tungrrdng 55 200924628 - the same picture; A plan view of a plurality of states in which the heat exchanger of the present invention is arranged; FIG. 6 is a perspective view showing a preferred embodiment of the electronic device storage box according to the present invention; A cross-sectional view of a preferred embodiment of the electronic device storage case of the present invention; (Fig. 8 is an exploded perspective view of the wall panel of the electronic device storage box; and the figure is a connection between the wall panels of the electronic device storage box; Stereoscopic view of the structure; 1 0 (a) A cross-sectional view showing a connection structure between the panels of the electronic device storage box, and a tenth (fifth) diagram showing a cross-sectional view of the conductive lining before fixing; a ten Ώ A showing a cross section of the connection structure between the wall and the corner post of the electronic squeaking storage box Fig. 12 is a perspective view showing the connection structure of the wall panel and the ceiling panel of the indoor side corner portion of the electronic device storage box from obliquely downward; Fig. 13 is a view showing an electronic device for implementing the present invention; A perspective view of a preferred embodiment of the test box; Figure 14 is a horizontal cross-sectional view showing the best mode for carrying out the electronic device test box of the present invention; and Figure 15 is a view showing an electronic device test for implementing the present invention. a vertical cross-sectional view of the best form of the box; the 16th line shows the electronic device test 2036-10006-PF for implementing the present invention; Tungming 56 200924628 « - a vertical cross-sectional view of the best form of the box; 1 7 shows a cross-sectional view of a radio wave absorber. [Description of main components] 1~ heat exchanger; 5~ extruded material; 10 0~ substrate; 11 a, 11 b~ joint; 2 0~ inside fin; 21~ditch; 2la...bend; 21 b~ditch frame part; 22~nut; 3 0~outer fin; 4 0 ~fan; 41~bolt; 44~box; 4 a ~ first board; 4 4 b ~ second board; 4 4 c ~ link board; 1 0 0 ~ electronic equipment storage box; 110 ~ top board; 111 ~ core material; 112 ~ frame material; 11 3 ~ surface material ; 11 7 ~ corner cover member; 1 2 0 ~ wall panel; 1.21 ~ anger material; 1 2 2 ~ frame material; 1 2 3 ~ surface material; 1 2 3 a ~ rib; 124 ~ fitting groove; 5~Ping hole; 12 6~ fitting member; 1 3 0~ overview; 150~ door; 154~ door body plate; 1 5 5 ~ strict, frame material; 1 5 6~ door pad; 1 6 0~ support frame material; 160a, 160b~ section; 1 6 heat exchanger pad 1 6 2~ groove; 1 8 0~ wall cover; 203 6-10006-PF; Tungining 57 200924628 181a ~ outer wall ventilation 181b 182~ outer wall ventilation fan; 190~191- vent on the roof; 192-2~ heat exchanger 2 0a- 3 0a~ outer binding piece, 2 0 0~201~ test box body; 210~ 2.2 0 〜 door . 230- 270~ Conductive lining. ~ outer wall vent; top cover, ventilation fan on the roof; inner fin; electronic equipment test box, frame; radio wave absorber; 2036-10006-PF; Tungming

Claims (1)

200924628 X. Patent application scope: 1 · A kind of hot parent exchanger 'in the heat exchanger for discharging heat generated inside the sealed container to the outside, including: the substrate 'separates the inner side and the outer side of the above closed container The inner fins 'are erected on the inner side of the substrate; the outer side' is erected on the outer side of the substrate; and the fan' is fixed to the front end of the inner fin. The heat exchanger according to claim 1, wherein the inner fin of the fan is configured such that a surface area thereof is smaller than a surface area of the outer fin. The heat exchanger according to claim 1, wherein the inner fin of the fan is configured to have a height lower than a south of the outer fin. The heat exchanger according to claim 1, wherein the inner fin of the fan is provided with a height equal to a thickness of an outer casing of the sealed container to which the crucible of the substrate is fixed. The way is constructed. 5. The heat exchanger according to claim 2, wherein the inner fin and the outer fin are respectively provided in plurality, and the plurality of inner fins disposed by the fan are spaced apart from each other by a ratio of A plurality of outer fins are arranged to have a small interval therebetween. 6. A heat father exchange, in a heat exchanger for discharging heat generated inside the sealed container to the outside, comprising: a substrate separating the inner side and the outer side of the sealed container; 59 2036-10006 - PF; Tungming 200924628 The inner fin is erected on the inner side of the substrate; the outer 'fin is erected on the outer side of the substrate; and the fan is fixed to the front end of the outer fin. 7. The heat exchanger according to claim 6, wherein the outer fan piece # of the fan is configured such that a surface area thereof is smaller than a surface area of the inner side piece. 8 · As claimed in the patent range, the fan is placed on the outer side of the upper side and the height is low. The heat exchanger according to Item 6, wherein the fin system has a height higher than that of the inner fin. 9. The outer side of the sealed container in which the outer sheet is provided as the sixth fan of the patent application is fixed. . The heat exchanger according to the above aspect, wherein the height is a size equal to the thickness of the shell material of the substrate, and the heat exchanger according to claim 6, wherein the inner fin is A plurality of the outer fin fins are provided, and a plurality of the outer fins provided by the fan are spaced apart from each other such that a plurality of the inner fins are spaced apart from each other. 1 . The heat exchanger according to claim 5, wherein the outer fin structure and the escapement are formed in an ancient-parallel manner, wherein the direction is 112, as described in claim 11 The heat exchanger, wherein the upper inner slab and the outer outer slab are integrally formed by an extruded shape made of Shao or Ming alloy.丨 3. The heat exchanger according to claim 12, wherein the upper 2036-10 〇〇 6-PF; Tungming 60 200924628 is a fan system having a front 砉 'face narrow and slightly square frame ' extending direction The longitudinal direction of the outer fin is set along the f, +, and π ή [ [the inner (4) line of the fan. In the inner (four) piece 1 1 4. For the heat exchanger described in the patent wei Μβ ^ % -, the upper 逑 is arranged in parallel. The above-mentioned inner side of the π is a heat exchanger of the above-mentioned (4) and the upper phase "the longitudinal direction of the upper side W to be set is set in a plurality of sub-columns." 1 6 · — 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子 电子The wall panel includes: a core material disposed on the peripheral frame material of the core material, a surface material attached to the core material and the spoon, and the upper surface of the upper frame material; and (4) the above-mentioned wall plate俭 俭 俭 俭 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入 插入The surface material is provided to secure the gasket for airtightness, and a gasket for the heat exchanger for air ducting is provided between the surface material and the substrate of the heat exchanger. The mine is as described in the scope of the patent application. Also, the inner phase, 18 such as... The enamel is made of rubber with softness. The electronic (four) storage box according to the above item, wherein the heat exchanger is provided with at least a seesaw or a wall. The electronic device storage box according to claim 16, wherein the heat exchanger is disposed on the wall plate, and the heat exchanger is The longitudinal direction of the inner fin and the outer fin are along the vertical direction. The electronic device storage box according to claim 16, wherein the heat exchanger is provided on the wall plate, and the heat is provided on the outer side of the wall plate on which the heat exchanger is disposed. The exchanger has a wall cover with an outer wall vent on the upper and lower sides. The electronic device storage box according to claim 20, wherein at least one of the outer wall vents on the upper and lower sides of the wall cover is provided with an outer wall ventilation fan. 2. The electronic device storage box according to claim 16, wherein the heat exchanger is disposed on the top plate, and is provided on an upper side of the top plate on which the hot parent exchange is provided. The electronic device storage box according to claim 22, wherein at least one of the vent openings on the roof of the top cover is provided with a ceiling ventilation fan. (3) The electronic device storage box according to Item 16, wherein a fan is disposed at a front end of the inner fin. 24. The heat exchanger system, the portion, 2036-10006-PF; Tungming 200924628 wherein the heat exchanger is configured such that at least the substrate is formed of a metal having radio shielding properties, and a test box system is disposed, and radio wave absorption is laid inside a metal frame having radio shielding properties. The body is configured such that a conductive spacer is provided between the peripheral portion of the heat exchanger and the frame, and the heat exchanger is attached. [2] The electronic device test box according to item 25 of the patent application, wherein the conductive gasket is formed by coating a flexible rubber with a conductive fiber. The electronic device test box according to claim 5, wherein in the frame body, a freely closed door is provided, and the heat exchanger is disposed on a wall surface opposite to the door. 2 8 ·If the scope of application for patents is 25th, the electronic equipment test box of the households mentioned above shall be the inner side of the upper heat exchanger, and the height dimension of the recorded film is 'the thickness of the above-mentioned electromagnetic wave absorber ta 2036-10006- PF; Tungming 63