TWM610319U - Infrared device with fluid heat dissipation - Google Patents

Abstract

An infrared device with fluid heat dissipation, comprising: the body is a long body made of aluminum extrusion, and the section of the body is concave so that the two ends of the body form two concave end surfaces, and an accommodating space is formed inside the body, At least one fluid channel is provided between the concave end faces with the accommodating space as the center, and each halogen lamp is located in the accommodating space, so that the side position of each halogen lamp corresponds to the side position of the fluid channel, forming each There is a barrier between the halogen lamp and the fluid channel, and the filter is statically placed in the accommodating space; thereby, when the halogen lamp emits full-wavelength colored light through the filter, the color temperature of the full-wavelength colored light is changed, and the filter Infrared color light is emitted to the outside of the light guide plate, and is separated from the halogen lamp by a barrier with the fluid in the fluid channel, so that the fluid flows to perform non-contact heat dissipation on the halogen lamp.

Description

Infrared device with fluid heat dissipation

This creation is related to an infrared device with fluid heat dissipation, especially a fluid in a fluid channel that is separated from the halogen lamp by an interlayer, so that the fluid flows to perform non-contact heat dissipation on the halogen lamp.

Press, infrared rays will penetrate into the depths of human skin 40 mm deep, by promoting the resonance of human cell molecules, while charging and movement to expand blood vessels, so that blood circulation smoothly and produce self-heating, but also increase the temperature of the deep inside the body. Enhance metabolism, activate cell tissue, promote the excretion of toxins and wastes in the body, and relieve fatigue. When the temperature of the body part increases, it can inhibit the proliferation of cancer cells and activate the immune system. In this way, as the body temperature rises1 ℃, and the immune system is activated 5 to 6 times. Therefore, by increasing the temperature of the body part, it can also relieve pain and prevent the proliferation of cancer cells, and activate the immune system to reduce cancer cells.

The second press, U.S. Patent No. 10,245,445, is a conventional infrared lamp tube, which includes: a tubular shell with an internal space therein, and the tubular shell has two lateral open ends; an infrared emitting array, which is arranged in An internal space, and the infrared emitting array includes a plurality of halogen lamp units; a filtrate filled in the tubular housing; a first plug and a second plug, which are respectively fitted to the two lateral openings of the tubular housing End, and the first plug has a protruding filtrate inlet and the second plug has a protruding filtrate outlet, and the filtrate flows into the inner space through the filtrate inlet, and then the filtrate in the inner space The filtrate flows out through the filtrate outlet. However, it is found that the infrared tube has the following problems, as described below:

The filtrate directly impacts the halogen lamp unit for heat dissipation, which causes the problem of damage to the halogen lamp unit. 1. When the filtrate directly impacts the halogen lamp unit, it is easy to cause impurities to adhere to the surface of the halogen lamp unit, which reduces the heat dissipation effect and easily changes the lumen and color temperature of the halogen lamp unit, resulting in the color temperature of the halogen lamp unit. Presents the problem of instability. 2. The filtrate inlet directly protrudes out of the first plug and the filtrate outlet directly protrudes out of the second plug. Obviously, the filtrate inlet and the filtrate outlet are easy to break, making the first plug and the The filtrate leaks out of a breach between the filtrate inlet or between the second plug and the filtrate outlet, which causes the halogen lamp unit to fail to dissipate heat and filter out suitable shades of light, which will cause serious damage to human skin. hurt. 3. In addition, after leaking the filter fluid, the halogen lamp unit cannot dissipate heat and cannot filter out suitable color light, which causes the problem of unstable color temperature of the color light of the halogen lamp unit. Therefore, in view of the above-mentioned problems, the creator conceived an infrared device with fluid heat dissipation, which is the subject of this creation.

The reason is that the main purpose of this creation is to provide an infrared device with fluid heat dissipation. The fluid channel is designed to allow the fluid in the fluid channel to dissipate heat from the halogen lamp, and the filtrate is placed in the accommodating space to solve the problem. The conventional infrared lamp uses the filtrate to directly impact the halogen lamp unit to dissipate heat, which causes the problem of damage to the halogen lamp unit, thereby enhancing the efficiency of the product reliability.

Another purpose of this creation is to provide an infrared device with fluid heat dissipation. The fluid channel is designed to prevent the filtrate from directly impacting the halogen lamp. It is not easy to cause impurities to stick to the surface of the halogen lamp without reducing the heat dissipation effect and maintaining the halogen. The lumen and color temperature of the lamp are used to solve the problem that the color temperature of the conventional infrared lamp halogen lamp unit is unstable, thereby enhancing the stability of the product.

Another purpose of this creation is to provide an infrared device with fluid heat dissipation. The fluid port and the fluid groove are designed in the support to solve the problem that the conventional infrared lamp tube is between the first plug and the filtrate inlet. There is a breach between the second plug and the outlet of the filtrate, causing the halogen lamp unit to be unable to dissipate heat and to filter out the problem of suitable color light, thereby enhancing the safety of the product.

Another purpose of this creation is to provide an infrared device with fluid heat dissipation, which is designed to monitor the color temperature of the color light of the halogen lamp, so as to solve the problem that the color temperature of the conventional infrared lamp in the halogen lamp unit is unstable. Point, and then enhance the effectiveness of product stability.

In order to achieve the above purpose, the technical means used in this creation include: a body, a long body made of aluminum extrusion, and the section of the body is concave so that the two ends of the body form two concave end faces, and An accommodating space is formed inside the body, at least one fluid channel is provided between the concave end faces with the accommodating space as the center, and at least one perforation is provided at the bottom of the body; at least one lamp holder, the The lamp holder should be perforated and combined on the bottom of the body; at least one halogen lamp, the halogen lamp is combined on the lamp holder, and the halogen lamp is located in the accommodating space, so that the side position of the halogen lamp corresponds to The side position of the fluid channel forms a barrier between the halogen lamp and the fluid channel; two supports, each of the supports is sealed on each of the concave end faces, and the bottom of each of the supports is provided with a longitudinal The fluid passage and the inner side of each support are respectively provided with a transverse fluid groove, and the fluid passage is in communication with the fluid groove, and the upper half of the fluid groove corresponds to the fluid channel; two films, each of the The film is respectively arranged between the inner side of each support and each of the concave end faces, and the film is provided with at least one transverse fluid guide hole corresponding to the fluid channel and the upper half of the fluid groove, and The film is used to block the lower half of the fluid groove, so that when a fluid flows through the fluid port, the fluid groove and the fluid channel, the fluid is prevented from flowing through the lamp holder and the halogen lamp; a guide Light plate, the light guide plate is located on the top of the main body; two pressure strips, each of the pressure strips is pressed together on both sides of the main body and the two sides of the light guide plate together, so that the light guide plate can be fixed on the top of the main body; And a filtrate, the filtrate is statically placed in the accommodating space; thereby, when the halogen lamp emits full-wavelength colored light after passing through the filtrate, the color temperature of the full-wavelength colored light is changed to filter out infrared light The colored light is outside the light guide plate, and the fluid in the fluid channel is separated from the halogen lamp by the barrier, so that the fluid flows to perform non-contact heat dissipation of the halogen lamp.

According to the features disclosed above, it can further include at least one printed circuit board assembly, the printed circuit board assembly is electrically connected to the lamp holder, and the printed circuit board assembly is fixed to the bottom side of the body.

According to the aforementioned features, the printed circuit board assembly may include a control chip and a color temperature sensor, the color temperature sensor is electrically connected to the control chip, so that the color temperature sensor can sense the color temperature of the halogen lamp's color light Knowing a color temperature value allows the control chip to control the color temperature of the halogen lamp's color light by the color temperature value.

According to the features disclosed above, it may further include a plurality of first fixing parts, and the support is provided with a plurality of transverse support holes, the film is provided with a plurality of transverse fixing guide holes, and the concave end surface is provided with a plurality of transverse fixing holes, Each of the support holes, each of the fixing guide holes, and each of the fixing holes are corresponding, and each of the first fixing parts penetrates each of the support holes and each of the fixing guide holes to each of the fixing holes.

According to the features disclosed above, the support is provided with a transverse filtrate through hole, and the film is provided with a transverse filtrate through hole, and the filtrate through hole corresponds to the filtrate through hole.

According to the features of the foregoing disclosure, it may further include a reflective plate, the reflective plate is a concave body, and at least one reflective hole is provided at the bottom of the reflective plate, and the reflective plate is placed in the accommodating space, and the reflective hole Corresponding to the perforation, the reflector can be combined with the main body, and the reflector is located under the light guide plate.

According to the features disclosed above, it may further include two adhesive strips, and the top of the body is provided with two grooves, and the bottom of the adhesive strip can be placed in the groove, and the top of the adhesive strip contacts the light guide plate Underside.

According to the features of the previous disclosure, it may further include a plurality of second fixing members, and each of the bead is provided with a plurality of longitudinal bead holes and the two sides of the main body are provided with a plurality of longitudinal fixing grooves, and each bead hole corresponds to each of the fixing grooves, Each of the second fixing members is passed through each of the bead holes to each of the fixing grooves.

According to the features of the foregoing disclosure, the lamp holder may include a nut and a covering kit, the nut may cover the covering kit, the covering kit covers the bottom of the halogen lamp, and the nut has a convex The upper edge thread is correspondingly perforated, and the upper edge thread can be screwed to the bottom of the main body.

According to the aforementioned features, the light guide plate can be made of a light-transmitting structure.

With the help of the lifting technique, this creation not only designs the fluid channel, so that the fluid in the fluid channel dissipates heat from the halogen lamp, and cooperates with the filtrate to be placed in the accommodating space to prevent impurities from sticking to the surface of the halogen lamp. , Without reducing the heat dissipation effect, maintaining the lumen and color temperature of the halogen lamp, and designing the fluid port and the fluid groove in the support, and then designing the color temperature value to monitor the color temperature of the halogen lamp. Solve the problem of damage to the halogen lamp unit of the prior art infrared lamp, the unstable color temperature of the halogen lamp unit, and the problem that the halogen lamp unit cannot dissipate heat and cannot filter out suitable color light, thereby improving product reliability, Product stability and product safety and efficacy are improved.

The following is a specific embodiment to illustrate the implementation of the invention. Those who are familiar with this technique can easily understand the other advantages and effects of the invention from the content disclosed in this specification. The invention can also be implemented or applied by other different specific embodiments, and the details in this specification can also be based on different viewpoints and applications, and various modifications and changes can be made without departing from the spirit of the invention.

First of all, please refer to Figures 1A~11. This invention creates a preferred embodiment of an infrared device with fluid heat dissipation, including: a body 10, a long body made of aluminum extrusion, and the body The cross section of 10 is concave, so that two concave end faces 11 are formed at both ends of the main body 10, and an accommodating space 12 is formed inside the main body 10. The accommodating space 12 is centered between the concave end faces 11 At least one fluid channel 13 is provided, and at least one through hole 14 is provided at the bottom of the main body 10.

At least one lamp holder 20 is combined with the bottom of the main body 10 corresponding to the through hole 14.

At least one halogen lamp 30, the halogen lamp 30 is combined on the lamp holder 20, and the halogen lamp 30 is located in the accommodating space 12, so that the side position of the halogen lamp 30 corresponds to the side position of the fluid channel 13 , Forming a barrier d between the halogen lamp 30 and the fluid channel 13, as shown in FIG. 7 and FIG. 8. In this embodiment, as shown in FIG. 6, the lamp holder 20 may include a screw cap 21 And a covering set 22, the nut 21 can be used to fix the covering set 22, the covering set 22 is covered on the bottom of the halogen lamp 30, so that the covering set 22 is used as a protective body of the halogen lamp 30 , And can effectively isolate the filtrate 80 from leaking and overflowing, and the nut 21 is protruded with an upper edge thread 211, the upper edge thread 211 corresponds to the perforation 14, and the perforation 14 has an internal thread, and the upper edge thread 211 It can be screwed on the bottom of the main body 10 to make the lamp holder 20 stable, so that the halogen lamp 30 can be combined with the lamp holder 20, and the temperature of the halogen lamp 30 can be transferred to the screw through the covering package 22. The cap 21 to the body 10 cooperates with the flow of the fluid F in the fluid channel 13 to achieve a rapid cooling effect, but it is not limited to this.

In addition, in this embodiment, please refer to Figs. 1A, 2 and 8 again, it may further include a reflective plate 31. The reflective plate 31 is a concave body and is provided with at least A reflective hole 311, and the reflective plate 31 is placed in the accommodating space 12, and the reflective hole 311 corresponds to the perforation 14, so that the reflective plate 31 can be combined with the body 10, and the color light of the halogen lamp 30 L is refracted by the reflector 31, but it is not limited to this.

Two supports 40, each of the supports 40 is respectively sealed on each of the concave end faces 11, and the bottom of each of the supports 40 is provided with a longitudinal fluid port 41, and the inside of each of the supports 40 is provided with a transverse fluid The groove 42 is in communication with the fluid passage 41 and the fluid groove 42. The upper half of the fluid groove 42 corresponds to the fluid channel 13, as shown in FIGS. 1A and 1B. In addition, in this embodiment, the bottom of the support 40 is provided with at least one longitudinal positioning hole 45, and the positioning hole 45 is used to fix the main body 10 to a predetermined position, but it is not limited thereto.

Two films 50, each film 50 is respectively arranged between the inner side of each support 40 and each concave end surface 11, and the film 50 is provided with at least one transverse fluid guide hole 51 corresponding to the fluid Channel 13 and the upper half of the fluid groove 42, and the film 50 blocks the lower half of the fluid groove 42 so that a fluid F is in the fluid port 41, the fluid groove 42 and the fluid channel 13 During the flow, the fluid F is prevented from flowing through the lamp holder 20 and the halogen lamp 30, as shown in FIGS. 1A, 1B, 2 and 7~10. In this embodiment, the fluid F is cold air It is constituted by one of flow, cold water flow or refrigerant, and a flow heat exchanger can also be provided. One end of the pipe of the flow heat exchanger is connected to the fluid port 41 so that the fluid F can enter the fluid port. 41. The fluid groove 42 is connected to the fluid channel 13, and is connected to another fluid port 41 at the other end of the fluid heat exchanger, so that the fluid F can flow out of the fluid channel 13, another fluid The groove 42 returns to the other fluid port 41 and returns to the flow heat exchanger to form a circulating heat dissipation system, but it is not limited to this.

Further, in this embodiment, please refer to FIG. 1B and FIG. 2 again, it may further include a plurality of first fixing members 101, and the support 40 is provided with a plurality of transverse support holes 43, and the film 50 is provided with a plurality of The lateral fixing guide holes 52 and the concave end surface 11 are provided with a plurality of lateral fixing holes 111. Each of the support holes 43, each of the fixing guide holes 52, and each of the fixing holes 111 corresponds to each of the first fixing holes. The member 101 passes through each of the support holes 43, each of the fixing guide holes 52 to each of the fixing holes 111, but is not limited thereto.

A light guide plate 60 is located on the top of the main body 10, as shown in FIG. 3. In this embodiment, the light guide plate 60 can be made of a light-transmitting structure, or it can be glass, and the light guide plate 60 The light plate 60 is located above the light reflecting plate 31, but it is not limited to this.

Further, in this embodiment, please refer to Figure 1A, Figure 2, Figure 6 and Figure 8 again, it may further include two rubber strips 61, and the top of the main body 10 is provided with two grooves 15, and the glue The bottom of the strip 61 can be placed in the groove 15 and the top of the rubber strip 61 contacts the bottom surface of the light guide plate 60, but it is not limited to this.

Two pressing bars 70, each of the pressing bars 70 are respectively pressed together on both sides of the main body 10 and the light guide plate 60, so that the light guide plate 60 can be fixed on the top of the main body 10, as shown in FIGS. 3 and 4 In this embodiment, please refer to FIGS. 5 and 8 again, it may further include a plurality of second fixing members 102, and each of the bead 70 is provided with a plurality of longitudinal bead holes 71 and the two sides of the main body 10 are provided There are a plurality of longitudinal fixing grooves 16, each of the bead holes 71 corresponds to each of the fixing grooves 16, and each of the second fixing members 102 penetrates the bead holes 71 to each of the fixing grooves 16.

A filtrate 80, the filtrate 80 is statically placed in the accommodating space 12, in this embodiment, the filtrate 80 can be pure water, and the use of chemical liquids is reduced, as shown in FIG. 8, but not limited to this.

Further, in this embodiment, as shown in FIGS. 9 and 10, the support 40 is provided with a transverse filtrate passage 44, and the film 50 is provided with a transverse filtrate guide hole 53, and the filtrate is passed through The port 44 corresponds to the filtrate guide hole 53, but is not limited to this.

As shown in FIG. 11, it may further include at least one printed circuit board assembly 90, the printed circuit board assembly 90 is electrically connected to the lamp holder 20, and the printed circuit board assembly 90 is fixed to the bottom side of the main body 10, In an embodiment, the printed circuit board assembly 90 includes a control chip 91 and a color temperature sensor 92, the color temperature sensor 92 is electrically connected to the control chip 91, so that the color temperature sensor 92 can sense the halogen lamp The color temperature T of the color light L of 30 is obtained to obtain a color temperature value 921, so that the control chip 91 uses the color temperature value 921 to control the color temperature T of the color light L of the halogen lamp 30. The color temperature T is in the optimal range of 2700K to 3000K. , But not limited to this.

Based on this configuration, when the halogen lamp 30 emits the full-wavelength colored light L through the filter 80, the color temperature T of the full-wavelength colored light L is changed, and the infrared colored light L is filtered out of the light guide plate 60, and The fluid F in the fluid channel 13 is separated from the halogen lamp 30 by the barrier d, so that the fluid F flows to perform non-contact heat dissipation on the halogen lamp 30, so as to maintain the color temperature T at 2700K 3000K is the best range, and the full wavelength range is 375nm~5000nm, including ultraviolet, visible light, and infrared. In addition to being superior to a single wavelength range of light-emitting diode (LED), it cannot filter out suitable color light. , Is also superior to conventional infrared lamps, and further illustrates the effect of the infrared device with fluid heat dissipation in this case to improve conventional infrared lamps, as follows: 1. In this case, the infrared device with fluid heat dissipation design the fluid channel 13 so that the fluid F in the fluid channel 13 dissipates the halogen lamp 30, and cooperates with the filtrate 80 to be statically placed in the accommodating space 12, which is also improved The conventional infrared lamp uses the filtrate to directly impact the halogen lamp unit to dissipate heat, which causes the problem of damage to the halogen lamp unit, thereby enhancing the efficiency of the product reliability. 2. In this case, the fluid channel 13 is designed for an infrared device with fluid heat dissipation to prevent the filtrate 80 from directly impacting the halogen lamp 30, and it is not easy to cause impurities to adhere to the surface of the halogen lamp 30, without reducing the heat dissipation effect, and maintaining the halogen lamp The lumen and color temperature of 30 have also improved the conventional infrared lamp tube to directly impact the halogen lamp unit with the filtrate, which causes the problem of unstable color temperature of the halogen lamp unit's color light, thereby enhancing the effect of improving product stability. 3. In this case, an infrared device with fluid heat dissipation is designed. The fluid port 41 and the fluid groove 42 are in the support 40. The conventional infrared lamp tube is also improved to directly protrude from the first plug at the filter fluid inlet and directly from the filtrate outlet. Protruding out of the second plug, it is obvious that the filtrate inlet and the filtrate outlet are easy to break, causing a breach between the first plug and the filtrate inlet or between the second plug and the filtrate outlet to leak out and filter As a result, the halogen lamp unit is unable to dissipate heat and cannot filter out the problem of suitable color light. It also causes serious damage to human skin, thereby enhancing the safety of the product. 4. In this case, the infrared device with fluid heat dissipation is designed with a color temperature value of 921 to monitor the color temperature T of the color light L of the halogen lamp 30. It also improves the conventional infrared lamp tube to leak the filter liquid, so the halogen lamp unit cannot dissipate heat and filter out suitable color light. , Resulting in the problem that the color temperature of the halogen lamp unit is unstable, and the effect of improving the stability of the product is enhanced. 4. Therefore, the infrared device with fluid heat dissipation in this case can improve product reliability, product stability and product safety, and is better than conventional infrared lamps installed on sauna rooms, seats and bed-type hyperthermia equipment. It can be used in a vertical, horizontal, diagonal or oblique direction, but it is not limited to this. Therefore, in view of the above-mentioned problems, the creator conceived an infrared device with fluid heat dissipation, which is the subject of this creation.

In summary, the technical means disclosed in this creation do have new patent requirements such as "novelty", "progressiveness" and "available for industrial use". I pray that the Jun Bureau will grant patents to encourage creation without any responsibility. Sense of virtue.

However, the drawings and descriptions disclosed above are only the preferred embodiments of this creation. Anyone familiar with the art should still include modifications or equivalent changes made in accordance with the spirit of this case in the scope of the patent application in this case.

10: body 101: The first fixing part 102: second fixing part 11: Concave end face 111: fixed hole 12: accommodating space 13: fluid channel 14: Piercing 15: Groove 16: fixed slot 20: Lamp holder 21: Nut 211: Upper edge thread 22: Covering kit 30: Halogen lamp 31: reflector 311: Reflective hole 40: support 41: fluid port 42: fluid groove 43: bearing hole 44: Filtrate port 45: positioning hole 50: Film 51: fluid guide hole 52: fixed guide hole 53: Filtrate guide hole 60: light guide plate 61: Adhesive strip 70: layering 71: bead hole 80: filtrate 90: printed circuit board assembly 91: control chip 92: Color temperature sensor 921: Color temperature value F: fluid L: Shade T: color temperature d: compartment

Figure 1A is an exploded perspective view of this creation. Figure 1B is a schematic diagram of the creative support, the film and the first fixing member. Figure 2 is a schematic diagram of the creative support sealed on the concave end surface. Figure 3 is a schematic diagram of the creative light guide plate placed on the top of the main body. Figure 4 is a combined three-dimensional view of this creation. Figure 5 is another combined three-dimensional view of this creation. Figure 6 is a schematic diagram of the creative lamp holder corresponding to the perforation combined with the bottom of the main body. Figure 7 is a side view of this creation. Fig. 8 is a cross-sectional view of section 8-8 in Fig. 7; Figure 9 is a top view of this creation. Fig. 10 is a cross-sectional view of section 10-10 in Fig. 9; FIG. 11 is a schematic diagram of the color temperature sensor of the present invention that can sense the color temperature of the color light of the halogen lamp.

10: body

101: The first fixing part

102: second fixing part

11: Concave end face

111: fixed hole

12: accommodating space

13: fluid channel

14: Piercing

20: Lamp holder

21: Nut

211: Upper edge thread

22: Covering kit

30: Halogen lamp

31: reflector

311: Reflective hole

40: support

41: fluid port

42: fluid groove

43: bearing hole

44: Filtrate port

45: positioning hole

50: Film

51: fluid guide hole

52: fixed guide hole

53: Filtrate guide hole

60: light guide plate

61: Adhesive strip

70: layering

71: bead hole

90: printed circuit board assembly

Claims (10)

An infrared device with fluid heat dissipation, including: A body, the body is an elongated body made of aluminum extrusion, and the section of the body is concave so that the two ends of the body form two concave end faces, and an accommodating space is formed inside the body for the accommodating At least one fluid channel is provided between the concave end faces with the set space as the center, and at least one perforation is provided at the bottom of the body; At least one lamp holder, the lamp holder should be perforated and combined with the bottom of the body; At least one halogen lamp, the halogen lamp is combined on the lamp holder, and the halogen lamp is located in the accommodating space, so that the side position of the halogen lamp corresponds to the side position of the fluid channel, forming the halogen lamp and the There is a barrier between the fluid channels; Two supports, each of the supports is sealed on each of the concave end faces, and the bottom of each of the supports is provided with a longitudinal fluid port and the inside of each of the supports is provided with a transverse fluid groove, and the fluid The port is in communication with the fluid groove, and the upper half of the fluid groove corresponds to the fluid channel; Two films, each of which is respectively arranged between the inner side of each of the support and each of the concave end faces, and the film is provided with at least one transverse fluid guide hole, the fluid guide hole corresponding to the fluid channel and the fluid groove The upper half and the lower half of the fluid groove are blocked by the film, so that a fluid flows through the fluid port, the fluid groove and the fluid channel, and prevents the fluid from flowing through the lamp holder and the fluid channel. Halogen lamp A light guide plate, the light guide plate is located on the top of the body; Two pressure strips, each pressure strip is pressed together on both sides of the body and the light guide plate together, so that the light guide plate can be fixed on the top of the body; and A filter liquid, the filter liquid is statically placed in the accommodating space; thereby, when the halogen lamp emits a full-wavelength color light after passing through the filter liquid, the color temperature of the full-wavelength color light is changed, and the infrared color light is filtered out To the outside of the light guide plate, and cooperate with the fluid in the fluid channel to be separated from the halogen lamp by the barrier, so that the fluid flows to perform non-contact heat dissipation of the halogen lamp. The infrared device with fluid heat dissipation according to claim 1, further comprising at least one printed circuit board assembly, the printed circuit board assembly is electrically connected to the lamp holder, and the printed circuit board assembly is fixed to the bottom side of the body. The infrared device with fluid heat dissipation according to claim 2, wherein the printed circuit board assembly includes a control chip and a color temperature sensor, and the color temperature sensor is electrically connected to the control chip to make the color temperature sensor The color temperature of the color light of the halogen lamp can be sensed to obtain a color temperature value, and the control chip can control the color temperature of the color light of the halogen lamp by the color temperature value. The infrared device with fluid heat dissipation according to claim 1, further comprising a plurality of first fixing parts, and the support is provided with a plurality of lateral support holes, the film is provided with a plurality of lateral fixing guide holes, and the concave end surface A plurality of horizontal fixing holes are provided, and each of the support holes, each of the fixing guide holes and each of the fixing holes correspond to each other, and each of the first fixing parts penetrates each of the support holes and each of the fixing guide holes to each The fixing hole. The infrared device with fluid heat dissipation according to claim 4, wherein the support is provided with a horizontal filtrate port, and the film is provided with a horizontal filtrate guide hole, and the filtrate port corresponds to the filtrate Pilot hole. The infrared device with fluid heat dissipation according to claim 1, further comprising a reflector, the reflector is in a concave shape, and at least one reflective hole is provided at the bottom of the reflector, and the reflector is placed in the container. And the reflective hole should be perforated correspondingly, so that the reflective plate can be combined with the main body, and the reflective plate is located under the light guide plate. The infrared device with fluid heat dissipation as described in claim 1, further comprising two adhesive strips, and the top of the body is provided with two grooves, and the bottom of the adhesive strip can be placed in the grooves, and the adhesive The top of the strip contacts the bottom surface of the light guide plate. The infrared device with fluid heat dissipation as described in claim 1, further comprising a plurality of second fixing members, and each of the bead is provided with a plurality of longitudinal bead holes and the two sides of the body are provided with a plurality of longitudinal fixing grooves, each of the bead The holes correspond to the fixing grooves, and each of the second fixing members penetrates through the bead holes to the fixing grooves. The infrared device with fluid heat dissipation according to claim 1, wherein the lamp holder includes a screw cap and a covering set, the nut can cover the covering set, and the covering set covers the halogen lamp The bottom of the nut, and the nut protrudes with an upper-edge thread, the upper-edge thread is correspondingly perforated, and the upper-edge thread can be screwed to the bottom of the main body. The infrared device with fluid heat dissipation according to claim 1, wherein the light guide plate is made of a light-transmitting structure.

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