M263489 捌、新型說明： 【新型所屬之技術領域】 本創作係關於一種熱交換5|，+、4 又供裔尤指一種裝設於戶外型 電信機箱中，用以對機箱内部之傳給 < 供^ 寻輸δ又備施以散熱作用的 熱交換器設計。 【先前技術】 係作為電信局機房與一般用 局機房與用戶端間之距離過 設置該戶外型電信機箱，且 按，戶外型電信機箱主要 戶端中繼連接之用途，當電信 遠時，則於機房與用戶端之間 戶外型電#機相係以光纖及電增合 — 取久电、免刀別與機房及用戶端連接 ’藉此，使電信局機房傳遞至用0山 土 吁迅主用戶端的訊號不會因距離過 运而衣減，以石隹保用戶端之電信品質。 /另該戶外型電信機箱内部係設有各式傳輸設備，為了 妥善保護傳輸設備，戶外型電信機箱需設計成完全密閉式 、達到防7jC及防塵的效果’而該機箱於實際運作時，由 於傳輸設備會產生高溫，為使該機箱可穩定運作，通常會 :機相内邛之預疋位置設置熱交換器，藉由熱交換器對機 :中之傳輸设備所產生的高溫施以熱交換，將其高溫熱量 散至外界空間，使機箱之運作更為穩定。 ^如第/、圖所不，一般戶外型電信機箱（2 0 )側邊係 叹有自外側貫穿至内部的通σ ( 2丄），該$ 口（ 2丄 )係用以提供熱父換器（3 〇 ) $置其中，習知熱交換器 ^ 3 〇 )主要係具有一設置於戶外型電信機箱（2 〇 )内 Ρ且固叹於其通口（21)之中空殼體（31)，該殼 M263489 體（3 1 )内部水平設置隔板（3 2 )，藉以使殼體 3 1 1 )及下側散熱空間（ 設有穿孔（3 2 1 )，穿孔 之冷凝器（3 3 )，又，殼 内部之一側，係對應下侧散 (34)及通風口（3己） 2 0 )外部之一側，亦對應 抽風機（3 4 )及通風口（ 1 1 )可藉由相對應之抽風 之設計，以導入外界之冷空 循環流動，而下側散熱空間 風機（3 4 )及通風口（ 3 〇)内部因傳輸設備運作而 出其中且循環流動，當熱空 )日可，其熱空氣之熱量係藉 上側散熱空間（3丄i )中 )中之Q空氣進行熱交換作 1 )中之循環流動空氣，將 機箱（2 0 )内部所產生之 間（3 1 2 )的過程中，即 箱（2 〇 )内部之傳輸設備 )之運作更為穩定。 3 0 )主要係利用冷凝器 1 )内部形成上側散熱空間（ 3 12)，且隔板（32)上 (3 2 1 )中設置具有冷凝管 體（3 1 )位於機箱（2 0 ) 熱空間（3 1 2 )設有抽風機 ，而殼體（3 1 )位於機箱（ 上側散熱空間（3 1 1 )設有 3 5)。 藉此，上側散熱空間（3 機（34)及通風口（35) 氣，並使冷空氣可進出其中且 (3 1 2 )亦藉由相對應之抽 5 )之設計，以導入機箱（2 產生之熱空氣，使熱空氣可進 氣進入下側散熱空間（3 1 2 由冷凝器（3 3 )而被傳導至 ’且與上側散熱空間（3 1 1 用，並由上側散熱空間（3 1 該熱量攜至外界空間，因此， 熱空氣在不斷進出下側散熱空 可達到散熱降溫的效果，使機 溫度得以降低，令機箱（2 〇 又5前述習知熱交換器（ M263489 33)之熱傳導功能，使下側散熱空間（ * 氣熱量可被傳導至上側散二::工 進行熱交換作田、- ]〈d丄1 )中，方能順利 (3 3 ) s' 以、到散熱降溫的效果，目此，冷凝器 (3 0)戶^1達到極佳的熱傳導功能，對於該熱交換器 交換写（/Q之散熱效果影響甚矩，惟由於該習知熱 二 =凝器（33)係設置於隔板（η) 之穿孔（321)中，其隔板（32)之 孔徑亦不會過大，且為 （3 2(Π内部過多的”^，：：換…㈧佔編“ 立式寻方^ 交換器（30)係設計成直 (30)縱向方向，短邊（b)2邊（a)位於熱交換器 橫 （b)位於熱交換器（3〇)之 才戸、向方向，而由於隔板（3 2 ) 此，机署於’ J ζ )對應紐邊（b )方向，因 此5又置於该隔板（3 2 )之穿孔f q 9 n、 Γ 〇 ο χ ^ ^ 芽孔（3 2 1 )中的冷凝器 3 )之肢積大小亦無法過大，故i 限，導致其熱傳導功匕 八…面積係相虽有 X 、、 b ’進而造成該熱交換器（30 )之政熱效果無法進一步提升。 、 【新型内容】 因此，為改善前述習知埶 ^ ^-- ψ ^ r …又換益之缺點，本創作者乃 ^ ^ ^ ^ ^ , 布精此έ又计，使該熱交換 口口袤，又方《戶外型電信機箱 ，藉以提升散熱效果，為其主要=熱的面積可大幅增加 為達到前述創作目的，本創 於提供-種熱交換器’主^所運用的技術手段係在 相對rftW ^ 糸八有—中空外殼座，外殼座 兩側分別具有第一、第二側板，第-、第二侧板設有 M263489 通風口及定位孔，定位孔中設置抽風機，該外殼座内部設 置對應其高度的隔板，使外殼座内部於隔板兩側形成分隔 獨立之第一、第二腔室，該隔板上設有一個（含）以上可 佈滿該隔板的固定孔，固定孔設置具導熱功能的散熱板， 散熱板分別朝第一、第二腔室延伸出若干散熱鰭片。M263489 新型 Description of the new type: [Technical field to which the new type belongs] This creation is about a type of heat exchange 5 |, +, and 4 especially for a type installed in an outdoor telecommunications case for transmission to the inside of the case < Designed for heat exchangers with δ and δ for heat dissipation. [Previous technology] The outdoor telecommunication box is set as the distance between the telecommunications office room and the general office room and the user terminal, and the outdoor telecommunication box is mainly used for relay connection of the client. When the telecommunications is far away, then The outdoor type electric machine between the machine room and the user end is connected by optical fiber and electricity — taking long electricity, no need to connect with the machine room and the user end ', so that the telecommunications office machine room can be transmitted to 0 The signal of the main client will not be reduced due to the distance, and the telecommunication quality of the client is guaranteed by Shi Jie. / In addition, the outdoor telecommunications case is equipped with various transmission equipment. In order to properly protect the transmission equipment, the outdoor telecommunication case must be designed to be completely enclosed, to prevent the effect of 7jC and dust. ' The transmission equipment will generate high temperature. In order to make the chassis work stably, usually: a heat exchanger is set at the pre-position in the machine phase, and the heat generated by the transmission equipment in the machine: Exchange, dissipating its high-temperature heat to the outside space, making the operation of the chassis more stable. ^ As shown in the figure /, the side of the general outdoor telecommunication case (2 0) has a sigma (2 丄) that runs from the outside to the inside. The $ port (2 丄) is used to provide hot-swapping. The device (3 〇) is placed inside, and the conventional heat exchanger ^ 3 〇) is mainly provided with a hollow housing (21) located in the outdoor telecommunications cabinet (20) and sighed at its port (21) ( 31), a partition (3 2) is horizontally arranged inside the shell M263489 body (3 1), so that the shell 3 1 1) and the lower side heat dissipation space (with perforations (3 2 1), perforated condenser (3 3), and one side of the inside of the shell corresponds to the lower side (34) and the vent (3) 2 0) and one side of the outer side also corresponds to the exhaust fan (3 4) and the vent (1 1). With the corresponding ventilation design, the cold air circulation flow of the outside is introduced, and the internal cooling fan (34) and the vent (30) are circulated and flowed due to the operation of the transmission equipment. ) Yes, the heat of the hot air is the heat exchange of the Q air in the upper heat dissipation space (3 丄 i) for the circulating air in 1), and the inside of the chassis (2 0) During the process (3 1 2) generated by the Ministry, that is, the operation of the transmission equipment inside the box (20) is more stable. 3 0) The main use of the condenser 1) is to form an upper heat radiation space (3 12) inside, and a condenser pipe body (3 1) is provided in the partition (32) (3 2) to be located in the chassis (2 0) thermal space (3 1 2) is provided with an exhaust fan, and the casing (3 1) is located in the casing (the upper side heat dissipation space (3 1 1) is provided with 3 5). With this, the upper side of the heat dissipation space (3 machines (34) and vents (35), and allows cold air to enter and exit, and (3 1 2) is also correspondingly pumped 5) design to introduce the chassis (2 The hot air is generated so that the hot air can be drawn into the lower heat dissipation space (3 1 2 is conducted by the condenser (3 3) to the upper heat dissipation space (3 1 1 and used by the upper heat dissipation space (3 1 This heat is carried to the outside space. Therefore, the hot air can continuously enter and exit the lower side of the cooling space to achieve the effect of cooling and cooling, so that the temperature of the machine can be reduced, and the case (20 and 5 of the conventional heat exchanger (M263489 33)) The heat conduction function enables the lower side heat dissipation space (* air heat can be conducted to the upper side to dissipate heat: 2: heat exchange in the field,-] <d 丄 1), it can be smoothly (3 3) s' to the heat dissipation and cooling For this reason, the condenser (3 0) ^ 1 achieves an excellent heat transfer function, which has a great impact on the heat exchange effect of the heat exchanger exchange write (/ Q, but because the conventional heat two = condenser ( 33) is set in the perforation (321) of the partition (η), and the aperture of the partition (32) will not be too large And (3 2 (There are too many inside ^^ :: change ... ㈧ 占 编 "vertical square ^ The exchanger (30) is designed to be straight (30) in the longitudinal direction, and the short side (b) 2 sides (a ) Is located in the horizontal direction of the heat exchanger (b) is located in the direction of the heat exchanger (30), and due to the partition (3 2), the machine is placed in the direction of 'J ζ' corresponding to the direction of the edge (b), so 5 and the perforation fq 9 n, Γ 〇ο χ ^ ^ placed in the partition (3 2), the condenser 3) in the bud hole (3 2 1) cannot be too large, so i is limited, leading to its Heat conduction work ... Although the area phase has X, and b ', the political and thermal effect of the heat exchanger (30) cannot be further improved. [New content] Therefore, in order to improve the previous knowledge 习 ^-ψ ^ r… and the disadvantages of the benefit, the creator is ^ ^ ^ ^ ^, the cloth is refined and calculated to make the heat exchange mouth, and the "outdoor telecommunications case, to enhance the cooling effect, as its main = The area of heat can be greatly increased. In order to achieve the above-mentioned creative purpose, the original method is to provide-a kind of heat exchanger 'main technology used in the relative rftW ^ 糸 八 有-hollow shell There are first and second side plates on both sides of the housing seat, and the first and second side plates are provided with M263489 vents and positioning holes. An exhaust fan is set in the positioning holes. A partition plate corresponding to the height is provided inside the housing seat. The inside of the housing seat is formed on the two sides of the partition plate to form separate first and second chambers. The partition plate is provided with one or more fixing holes that can be filled with the partition plate. Plate, the heat dissipation plate extends a plurality of heat dissipation fins toward the first and second chambers, respectively.
藉由上述結構之組合，由於外殼座内部設有對應其高 度的隔板，使外殼座内部於隔板兩侧形成分隔獨立之第一 、第二腔室，且隔板設有佈滿之散熱板，進而使熱交換器 内部所能提供之導熱面積大幅增加，因此，可使第二腔室 中之熱空氣熱量，更為迅速的被傳導至第一腔冑，以利於 進行熱交換作用’故可進一步提升該熱交換器之散熱效果 【實施方式】 為使#審查委員可確實了解本創作之結構設計， 圖力效，…舉出-具體實施例，並配With the combination of the above structures, since the inside of the housing seat is provided with partitions corresponding to its height, the inside of the housing seat forms separate first and second chambers on both sides of the partition, and the partition is provided with a full heat dissipation. Plate, which in turn greatly increases the heat transfer area that can be provided inside the heat exchanger, so that the hot air heat in the second chamber can be more quickly transferred to the first chamber, which is conducive to heat exchange ' Therefore, the heat dissipation effect of the heat exchanger can be further improved. [Embodiment] In order to make the #examiners surely understand the structure design of this creation, figure the effect, and give-specific examples, and match
及第==作二具體實施設計’請參閱第-圖、第二 ^, 本創作熱交換器主要係具有一中*县太 外殼座（1 ΓΜ 甲工長方 )，該外殼座（1 〇 )内部之容¥介門乂 側的縱向高度Γ <令置空間則 外殼座 側板（ a)大於上下側的橫向寬度（b)，且 ;0)具有前後相對之第—側板（i i)及第 ，第一、第二側板（1 1) 、Γ Ί 0、 別設有自外側會 （1 2 )上 另目卜側貝穿至外殼座（工0)内 1 ) > ( 1 ? 1 λ I 的通風口（1 1 )及定位孔（1 1 2 ) 、（ i 7 M263489 各定位孔（1 1 2 ) 2 2 )中分別設置抽風機（1 請配合參閱第三圖及第四圖所示，外殼座（1 〇)内 部設置對應於該外殼座（1 〇 )容置空間前後側之縱向高 度（a )的隔板（1 4 )，藉以使外殼座（1 〇 )内部於 隔板（1 4 )兩側形成分隔獨立之第一腔室（1 5 )及第 二腔室（1 6 )，第一、第二腔室（丄5 )、（丄6 )分 別對應第一、第二側板（丄）、（丄2 )位置，該隔板 (1 4 )上設有一個（含）以上可佈滿該隔板（丄4 )的 固定孔（141)，固定孔（141)中設置具有導熱功 成的散熱板（1 7 ) ’散熱板（丄7 )與固定孔（丄4工 ^間呈密封狀態，且散熱板（丄7)分別朝第一、第二腔 室（15) 、 （16)延伸出若干散熱鰭片（171)。 前述散熱板（17)於各散熱韓片（171)上方及 下方，分別設有螺孔（172)，隔板（14)於固定孔 (1 4 1 )上^及下方分別對應前述螺孔（1 7 2 )設有 穿孔（1 4 2 ) ，Μ以媳糾， 曰 & i、如螺絲......等之固定元件穿過 穿孔（1 4 2 )鎖設於螺$ 「 ,^、 螺孔（1 7 2 )之中，使散熱板（ 17)固疋於隔板旧 ^ ^ r . 7 w 丄4 )固疋孔（1 4 1 )中；另該散 熱板（1 7 )亦可以煜 接方式固定於隔板（14)之固定 孔（1川巾，同樣可達到固定 前述隔板（丄4 ) ^丄 的。 板（1”-側延伸出L導熱性之材質製纟，而散熱 直接固設貼合於隔板右干散熱鰭片（”1)’另側則 1 4 )上’藉此，亦可·達到熱傳導 M263489 之效果。 前述第—、第二側板（i i)、 (111)、 工2)上之通風口And the first == the second specific implementation design 'please refer to the first figure, the second ^, this creative heat exchanger is mainly equipped with a middle school county shell (1 Γ 甲 甲 工 方), the shell seat (1 〇 ) Internal capacity ¥ Longitudinal height at the side of the door Γ < To set the space, the side plate of the housing seat (a) is larger than the lateral width of the upper and lower sides (b), and; 0) has the first and second side plates (ii) and First, the first and second side plates (1 1), Γ Ί 0, and the other side plates are inserted from the outer side (1 2) into the shell seat (work 0) 1) > (1? 1 The ventilation holes (1 1) and positioning holes (1 1 2) of λ I, (i 7 M263489 positioning holes (1 1 2) 2 2) are respectively provided with exhaust fans (1 please refer to the third and fourth figures for cooperation) As shown in the figure, a partition plate (1 4) corresponding to the longitudinal height (a) of the front and rear sides of the housing space of the housing seat (10) is provided inside the housing seat (10), so that the inside of the housing seat (10) is separated from the housing. The two sides of the plate (1 4) form separate first and second chambers (1 5 and 16), and the first and second chambers (丄 5) and (丄 6) correspond to the first and second chambers, respectively. Second side plate (丄),丄 2) position, the partition plate (1 4) is provided with one or more fixing holes (141) which can be filled with the partition plate (丄 4), and the fixing hole (141) is provided with heat dissipation with heat conduction function. The plate (1 7) is sealed between the heat sink (丄 7) and the fixing hole (丄 4 丄), and the heat sink (丄 7) extends toward the first and second chambers (15) and (16), respectively. A plurality of heat dissipation fins (171). The aforementioned heat dissipation plate (17) is provided with screw holes (172) above and below each of the heat dissipation fins (171), and the partition plate (14) is fixed on the fixing hole (1 4 1) ^ The lower part and the lower part are respectively provided with perforations (1 4 2) corresponding to the aforementioned screw holes (1 7 2), and M is rectified. The fixing elements such as & i, such as screws, etc. pass through the perforations (1 4 2 ) Locked in the screw holes ^, ^, the screw holes (1 7 2), so that the heat sink (17) is fixed in the old partition ^ ^ r. 7 w 丄 4) fixed hole (1 4 1) In addition, the heat dissipation plate (1 7) can also be fixed to the fixing hole (1 chuan towel) of the partition plate (14) in the same manner. The plate (1 "-side) can also be fixed. Extending L thermal conductivity material, and heat dissipation is directly fixed and attached to the insulation The right dry cooling fin ("1) 'on the other side is 1 4)', so that the effect of heat conduction M263489 can also be achieved. One of the aforementioned first and second side plates (ii), (111), and 2) Vent
丄及抽風機（lQ 際欲達成之通風循璜4 數量，可依實 风循％效果而適當增加苴盤旦 器之散熱降溫效果可達到 /、數里，使該熱交換 )、（121)及抽風機⑴；：數？通風口（111 可為以下所揭示之較佳實施方式：里及其設置位置， 該外殼座（1 0 )之第一腔 分隔板（1 5 1 )，萨以㈣ 1 5 )内部水平設置 ) 猎以使第一腔室（1 、 通風空間，第一側柘f 7 J、 （丄5 )形成上、下 -卜__ 板（11)制上、下通風空間，設有 下相對之通風口（…），該二通風口（111 ^分別設有二相鄰之定位孔（112)，定位孔（1 )中設置抽風機（13)，又，第二側板（12)上 方具有一通風口（121 ) ，、gn / 1 W 1 ) ’通風口（ 1 2 1 )下方分別 δ又有二相鄰之定位^ 1 1 <疋位孔（1 2 2 )，定位孔（2 2 2 )中設 置抽風機（1 3 )，藉此，使第一、第二腔室（丄i )、 (12)可利用通風口（ 1 1 1 )、（ 1 2 1 )及抽風機 (1 3 )之設計，達到極佳的通風循環效果。 再請參閱第三圖所示，前述隔板（i 4 )具有數個等 間距排列且分別呈上下對應併列之固定孔（1 4 1 )，使 各固定孔（1 4 1 )中設置具散熱鰭片（1 7 1 )之散熱 板（1 7 )後，該散熱板（1 7 )可佈滿於隔板（1 4 ) 上’藉以使該隔板（1 4 )所提供之導熱面積大幅增加。 鈾述第一、第二側板（11) 、（12)之通風口 （ M263489 1 2 1 )中可設置濾網，藉以阻絕空氣中之 111). 塵粒。 V、^使用時’如第五圖所示’該外殼座（1 第一側板（Ί Ί、v 之 丄1 )係直接固定於戶外型電信機箱（？ η 之通口（ ？ Ί、 U ) 乙丄）中，使其第一側板（1 1 )朝向機箱Γ 9 0 )外部 ^ ^ c ° ’而第二侧板（1 2 )則朝向機箱（2 0 )内卸 ，藉由第—、笛n, / Ρ χ χ χ } 弟二側板（1 1 ) 、（ 1 2 )上之通風口 ( 機（丄3 、（ 1 2 1 )及抽風機（1 3 )設計，當各抽風Radiator and exhaust fan (4 quantity of ventilation cycle to be achieved in lQ, can be appropriately increased according to the actual wind cycle% effect, and the cooling and cooling effect of the pandan device can reach /, miles, so that the heat exchange), (121) And exhaust fan 数;: number? The air vent (111 may be a preferred embodiment disclosed below: the inside and its setting position, the first cavity partition plate (1 5 1) of the housing seat (1 0), and the Saer ㈣ 15) are horizontally arranged inside ) Hunting so that the first chamber (1, ventilation space, the first side 柘 f 7 J, (丄 5) forms the upper and lower-Bu __ board (11) system of upper and lower ventilation space, with a lower opposite Vent (...), the two vents (111 ^ are respectively provided with two adjacent positioning holes (112), an exhaust fan (13) is arranged in the positioning holes (1), and a second fan is provided above the second side plate (12) Vent (121), gn / 1 W 1) 'There are two adjacent positioning δ below the vent (1 2 1) ^ 1 1 < Hole hole (1 2 2), positioning hole (2 2 2) The exhaust fan (1 3) is provided, so that the first and second chambers (丄 i), (12) can use the vents (1 1 1), (1 2 1) and the exhaust fan (1 3) design, to achieve excellent ventilation cycle effect. Please refer to the third figure, the aforementioned partition (i 4) has a plurality of fixed holes (1 4 1) arranged at equal intervals and arranged side by side, respectively. Make each fixing hole (1 4 1) After the heat radiation plate (1 7) with heat radiation fins (1 7 1) is provided, the heat radiation plate (1 7) can be covered on the partition plate (1 4), so that the partition plate (1 4) provides The heat conduction area is greatly increased. Filters can be installed in the vents (M263489 1 2 1) of the first and second side plates (11), (12) to block 111) dust particles in the air. When V, ^ are used 'as shown in the fifth figure', the housing base (1 the first side plate (Ί Ί, v 丄 1)) is directly fixed to the outdoor telecommunication case (? Η port (? Ί, U) (Ii)) so that the first side plate (1 1) faces the outside of the chassis Γ 9 0) and the second side plate (1 2) faces toward the inside of the chassis (2 0). Flute n, / Ρ χ χ χ} The vents (machines (丄 3, (1 2 1)) and exhaust fans (1 3) on the side plates (1 1) and (1 2) are designed.
運作時，外界之冷空氣可進出第一腔室（ )而於其中掂與、—▲ 、丄b 流動，機箱（2 0 )内部因傳輸設備運作 而產生之熱空翁， 虱亦可進出第二腔室（16)而於其中循 %流動，藉此，木 傾 /虽熱二軋進入第二腔室（16)時，其熱 ^ 了里係藉由散熱板（1 7 )之散熱鰭片（1 7 1 ) :被傳‘至第-腔室（1 5)中，並與第-腔t (15) 中之冷空氣進行埶交換 …又？吳fF用，再由第一腔室（15 循環流動空氣，賊1 i為曰 n, a將其熱置攜至外界空間，0此，機箱（2During operation, cold air from the outside can enter and exit the first chamber (), and 掂 ,,-▲, 丄 b flow in it. The hot air inside the chassis (20) due to the operation of the transmission equipment, lice can also enter and exit the first chamber. The two chambers (16) flow in%, whereby the wood tilting / though hot second rolling enters the second chamber (16), which heats up the heat dissipation fins through the heat dissipation plate (1 7). Sheet (1 7 1): Passed 'into the first chamber (1 5) and exchanged with the cold air in the first chamber t (15) ... and again? Wu fF is used, and then the first chamber (15 circulating air, thief 1 i is called n, a to carry it to the external space, 0, the chassis (2
〇 )内部所產生之埶处名少τ · …二軋在不斷進出第二腔室（16)的 U ’即可達到散熱降溫的效果’使該機箱（2 0)内 部之溫度降低，令其運作更為穩定順暢。 由上述結構特徵及組合方式 • 乃久本創作熱交換器之特點在於 •孩外威座（1 〇 )内部設置 直對應其内部容置空間前後側 之縱向高度（a )的隔板（丄4〕 八t 、 丄4 )，使隔板（1 4 )兩側 刀別形成第一、第二腔室（"I ς、 π , , , 1 b ) 、 （ 1 Θ )，令隔板（ 1 4 )較大面積之兩側部位可分 J刀別朝向第一、第二腔室（ 10 M263489 (16) ’再者’隔板（14)上所設置的散熱 反（1 7 )，亦佈滿於該隔板（i 4 )上，進而使教交換. !内部所能提供之導熱面積大幅增加，因此，可使第二腔. 至（1 6 )中之熱空氣熱量，更為迅速的被傳導至第—腔 室（1 5 )中，以利於進行熱交換作用，故可進一步提升 该熱交換器（3 〇 )之散熱降溫效果。 由以上的說明可知，本創作熱交換可使其内部之導熱 面積大幅增加，藉以提升散熱效果，故適合應用於戶外型 電信機箱内部，其確為一相當優異之設計。 _ 【圖式簡單說明】 (一） 圖式部分 第一圖係本創作之前侧立體外觀圖。 第二圖係本創作之後側立體外觀圖。 第二圖係本創作外殼座内部之立體分解圖。 第四圖係本創作之剖視圖。 第五圖係本創作應用於戶外型電信機箱時之示意圖。 第六圖係習知熱交換器之示意圖。 _ (二） 元件代表符號 (1 0 )外殼座 (111)通風口 (121)通風口 (1 4 )隔板 (1 4 2 )穿孔 (1 5 1 )分隔板 (1 1 )第一側板 (1 2 )第二側板 (1 3 )抽風機 (141)固定孔 (1 5 )第一腔室 (1 6 )第二腔室 11 M263489 (1 7 )散熱板 (1 7 2 )螺孔 (2 1 )通口 (3 1 )殼體 (3 1 2 )下側散熱空間 (3 2 1 )穿孔 (3 4 )抽風機 (1 7 1 )散熱鰭片 (2 0 )機箱 (3 0 )熱交換器 (3 1 1 )上側散熱空間 (3 2 )隔板 (3 3 )冷凝器 (3 5 )通風口〇) The name of the place where it is generated is less τ ·… The second rolling continuously U 'in and out of the second chamber (16) can achieve the effect of heat dissipation and cooling to reduce the temperature inside the case (20), so that Operation is more stable and smooth. Based on the above structural features and combination methods • The characteristics of Nakumoto's creative heat exchanger are: • The outer seat (10) has internal partitions (丄 4) that correspond directly to the vertical height (a) of the front and rear sides of its internal accommodation space. Eight t, 丄 4), so that the two sides of the partition plate (1 4) form the first and second chambers (" I ς, π,,, 1 b), (1 Θ), and make the partition plate (1 4) The two sides of the larger area can be divided into J-knifes facing the first and second chambers (10 M263489 (16) 'Further' the heat dissipation counter (1 7) provided on the partition (14), also Filled on the partition (i 4), so that the teaching exchange.! The internal heat conduction area can be greatly increased, so that the heat of the hot air in the second cavity to (1 6) can be more quickly. It is conducted to the first chamber (1 5) to facilitate the heat exchange effect, so the heat dissipation and cooling effect of the heat exchanger (30) can be further improved. From the above description, it can be known that the heat exchange of this creation can make it The internal heat conduction area has been greatly increased to improve the heat dissipation effect, so it is suitable for use in outdoor telecommunications cases. It is indeed a phase Excellent design. _ [Simplified illustration of the drawing] (1) The first drawing of the drawing part is the three-dimensional appearance of the front side of the creation. The second drawing is the three-dimensional appearance of the side after the creation. The second drawing is inside the housing base of the creation. A three-dimensional exploded view. The fourth figure is a cross-sectional view of this creation. The fifth figure is a schematic diagram when this creation is applied to an outdoor telecommunications case. The sixth picture is a schematic diagram of a conventional heat exchanger. 1 0) shell seat (111) vent (121) vent (1 4) partition (1 4 2) perforated (1 5 1) partition plate (1 1) first side plate (1 2) second side plate ( 1 3) Exhaust fan (141) Fixing hole (1 5) First chamber (1 6) Second chamber 11 M263489 (1 7) Radiator plate (1 7 2) Screw hole (2 1) Port (3 1 ) Housing (3 1 2) Lower side heat dissipation space (3 2 1) Perforation (3 4) Exhaust fan (1 7 1) Heat dissipation fins (2 0) Enclosure (3 0) Heat exchanger (3 1 1) Upper side Cooling space (3 2) partition (3 3) condenser (3 5) vent
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