M408058 五、新型說明： 【新型所屬之技術領域】 本創作有關於室外機箱’特別是一種具有溫控系統及節能 熱交換器的室外機箱結構。 【先前技術】 目前室外機箱廣泛地使用於通訊機地台及電力設備等電 子設備’習知室外機箱為了將電子設備運作時所發出的廢熱排 出室外機箱，常見的機箱設計為：使用冷氣機對密閉的室外機 柏進行降温；或者室外機箱外殼設有開孔，使外界空氣可進出 室外機箱換氣而進行熱交換。 别述一種常見的機箱設計皆有其缺點，位於冷地時，外界 為低溫環境，仍使用冷氣機降溫相當地浪費能源；於空氣中砂 塵1較咼之地區使用外界換氣結構也會使得砂塵進入室外機 箱而損害電子設備。因此習知技術存在節能及耐候性無法兼顧 的缺點。 【新型内容】 為了改良此習知技術節能及耐候性無法兼顧的缺點，本創 作提供一種具有溫控系統之室外機箱結構，係應用於容置一電 子设備’本創作之具有溫控系統之室外機箱結構包含：一本 體、一冷卻裝置、一熱交換器、一電池及一加熱器。 本體包含：一設備艙、一冷氣艙、一換氣艙、一電源艙。 電子備谷置於設備艙内，而使電子設備與外界環境隔 3 古冷触置設置於冷氣艙’連接設傷艙，當外界環境之溫度 同於一南溫上限時，冷卻裝置啟動而冷卻電子設備。 熱交換器設置於本體内，包含：—循環側及一換氣側，循 裱侧位於韻納而與外界魏_;魏懈減擒内並與 心外界％境細。當外界魏之溫度低於高溫上限時，電子設 備所生之廢紐過魏轉遞至賊側，再自換細傳遞至外 界環境而排出本體。 電池設置於電源艙内，電性連接電子設備，供應電子設備 備用電源。 加熱器設置於電源艙内以加熱電池，當外界環境之温度低 於一低溫下限時，加熱器啟動而對電池加熱。 因此本創作之具有溫控系統之室外機箱結構不但有良好 的耐候性，更兼顧節能。 【實施方式】 參閱第1圖及第2圖所示本創作實施例示意圖，本創作之 具有溫控系統之室外機箱結構應用於容置一電子設備1〇1 (例 如：無線射頻設備、傳輸設備、室外通訊設備、IT機櫃、電 腦電信設備或光化箱，本創作不限於此），以提供電子設備1〇1 一恆溫密閉工作環境，本實施例包含：一本體100、一冷卻裝 置200、一熱交換器300、一電池400、一加熱器500及一控 制器600。 M408058 參閱第2圖及第3圖，本體100較佳地為金屬製成之箱 體’包含：一設備臉110、一冷氣艙120、一換氣搶130及一 電源艙140。本體1〇〇外表較佳地設有複數値氣孔122八32， 氣孔122/132應有一定傾角，防止雨水順著氣孔進入本體 所有氣孔122/132具有防護網，以防止蟲和齟齒類動物侵入， 並便於清潔維持或更換。本體1〇〇頂部較佳地為防積水設計， 並且本體100外表較佳地為防水設計。M408058 V. New description: [New technology field] This creation has an outdoor chassis structure, especially an outdoor chassis structure with a temperature control system and an energy-saving heat exchanger. [Prior Art] At present, outdoor chassis are widely used in communication equipment platforms and electronic equipment such as power equipment. [Inventional outdoor chassis In order to discharge waste heat from the operation of electronic equipment to the outdoor chassis, the common chassis design is: using air conditioners. The enclosed outdoor unit cypress cools down; or the outdoor enclosure has an opening to allow outside air to enter and exit the outdoor enclosure for heat exchange. There is a disadvantage in the description of a common chassis design. When it is located in a cold place, the outside world is a low-temperature environment, and the air conditioner is still used to cool down the energy. The use of the external ventilation structure in the dusty area of the air is also caused by the dust. Enter the outdoor chassis and damage the electronic device. Therefore, conventional techniques have disadvantages in that energy saving and weather resistance cannot be balanced. [New content] In order to improve the shortcomings of this conventional technology, such as energy saving and weather resistance, the present invention provides an outdoor chassis structure with a temperature control system, which is used for housing an electronic device. The outdoor chassis structure comprises: a body, a cooling device, a heat exchanger, a battery and a heater. The body comprises: a equipment compartment, a cold air compartment, a ventilation compartment, and a power compartment. The electronic reserve is placed in the equipment compartment, and the electronic equipment is separated from the external environment. The ancient cold touch is placed in the cold air tank to connect the injured cabin. When the temperature of the external environment is the same as the upper temperature limit of the south, the cooling device is started and cooled. Electronic equipment. The heat exchanger is disposed in the body, and includes: a circulation side and a ventilation side, and the circulation side is located in the rhyme and the outside Wei _; Wei Lai is reduced in the sputum and is close to the outside world. When the temperature of the outside Wei is lower than the upper limit of the high temperature, the waste generated by the electronic equipment is transferred to the thief side by Wei, and then transferred to the external environment to discharge the body. The battery is installed in the power compartment, electrically connected to the electronic device, and supplies the backup power of the electronic device. The heater is disposed in the power compartment to heat the battery. When the temperature of the external environment is lower than a lower temperature limit, the heater is activated to heat the battery. Therefore, the outdoor chassis structure with the temperature control system of this creation not only has good weather resistance, but also considers energy saving. [Embodiment] Referring to the schematic diagrams of the present embodiment shown in FIG. 1 and FIG. 2, the outdoor chassis structure with the temperature control system of the present invention is applied to accommodate an electronic device 1〇1 (for example, a radio frequency device and a transmission device). The present invention includes: a body 100, a cooling device 200, and an outdoor communication device, an IT cabinet, a computer telecommunication device, or an actinic box, which is not limited to the present invention, to provide an electronic device. A heat exchanger 300, a battery 400, a heater 500, and a controller 600. M408058 Referring to Figures 2 and 3, the body 100 is preferably a metal case </ RTI> comprising: a device face 110, a cold air compartment 120, a ventilation squirt 130 and a power compartment 140. The body 1 is preferably provided with a plurality of helium holes 122 8 32. The air holes 122/132 should have a certain inclination angle to prevent rainwater from entering the body along the air holes. All air holes 122/132 have a protective net to prevent insects and caries. Invasion and easy maintenance or replacement. The top of the body 1 is preferably designed to prevent water accumulation, and the exterior of the body 100 is preferably waterproof.
電子設備101設置於設備艙11〇内，設備艙11〇為密閉艙 室而使得電子設備101與外界環境隔絕（但未絕熱），而可達 到防塵耐⑽功效’於本實施财，設備艙⑽内溫度較佳地 不得高於-預設之工作溫度（於本實施财紐地為航， 但本創作不限於此），以維持電子設備1〇1正常運作。設備艙 no包含-設備艙門m，以供裝卸或是維修電子設備ι〇ι。設 備艙門111應為防水設計，並應安裝防盜鎖。The electronic device 101 is disposed in the equipment compartment 11〇, and the equipment compartment 11〇 is a closed compartment, so that the electronic equipment 101 is isolated from the external environment (but not insulated), and the dustproof and resistant (10) effect can be achieved. In the implementation, the equipment compartment (10) The temperature is preferably not higher than the preset operating temperature (in the present implementation, the flight is not limited to this), in order to maintain the normal operation of the electronic device 1.1. Equipment compartment no contains - equipment door m for loading and unloading or repairing electronic equipment ι〇ι. The equipment door 111 should be waterproof and should be fitted with an anti-theft lock.
參閲第2圖及第4圖，冷卻震置設置於冷驗12〇 ^ 冷部裝置200連接設備㈣〇而對設備㈣〇進行降溫以冷; 設備搶110⑽電子設備1G1，冷卻裝置較佳地為一冷氣機 但本創作不限此（例如，冷卻裝置也以為一電子致冷裳置》 冷氣搶I2G包含—魏簡⑵，縣械精修冷卻裝3 ’冷氣艙門121設有複數個氣孔122，供冷卻裝置·康 廢熱排放餅界觀巾。#料魏溫度高雜錄HO内工 作溫度時，需啟動冷卻妓·將電子設請產生的廢熱由 5 M408058 設傷艙110強制排出至外界環境中。於本實施例中，較佳地當 外界環境温度高於一預設之高溫上限38°C (本創作不限於此） 時則啟動冷卻裝置200。冷氣艙門121應為防水設計，並應安 装防盜鎖。 參閱第2圖、第3圖，熱交換器300包含：一循環侧310 及一換氣侧320。循環側310位於設備艙11〇内而與設備艙110 内空氣進行熱交換;換氣侧320則位於換氣艙130内，換氣艙 130開設有複數個氣孔132而使得換氣側320可接觸外界環境 空氣進行熱交換。當外界環境溫度低於設備艙110内工作溫度 40 C時’可藉由外界環境溫度及設備艙110内工作溫度之溫差 驅動（熱能由熱處自然傳遞至冷處）而將電子設備101所生之 廢熱透過循環側31〇傳遞至換氣側320，再自換氣侧320傳遞 至外界環境而排出本體100。於本實施例中，較佳地當外界環 境溫度低於預設之高溫上限38°C時則啟動熱交換器300，並關 閉冷卻裝置200以避免能源浪費。於本實施例中較佳地，當外 界環境溫度高於預設之高溫上限38〇C時，若冷卻裝置200無 法啟動’則啟動熱交換器300。 再者當外界環境溫度遠低於設備艙110内工作溫度40〇c 時’外界魏溫度與設錄110扣作溫度之溫差即足以驅動 設備艙110内之空氣直接透過金屬本體100與外界環境空氣進 行熱交換，而將廢熱由本體100内排出至外界環境，不需透過 熱交換器。耻於本實細+預設當外界環境溫度低於一 6 低溫下限20°C時（本創作不限於此）則關閉熱交換器300以 避免能源浪費。 參閱第5圖及第6圖，循環側310及換氣側320之間以一 熱管模組330相連接。熱管模組330包含複數個單向熱管331 平行設置橫跨循環側310及換氣側320，當循環側310之溫度 高於換氣侧320時，熱能由循環側310傳遞至換氣側320 ;當 循環側310之溫度低於換氣側320時，則熱能無法自換氣側 320傳遞至循環側310 ;當循環側310與換氣側320之溫度差 大於3°C即可驅動熱能傳遞。各熱管331之間以複數個金屬鰭 片332橫跨連結以增加熱管模組330的熱交換面積。循環侧 310包含至少一循環風扇311，帶動設備艙110内之空氣於備 艙内循環流動流經熱管模組330，而與熱管模組330進行熱交 換將電子設備101所生之廢熱傳遞至熱管模組330。循環風扇 311上較佳地設置有一光觸煤空氣潔淨裝置301，設備艙11〇 内之空氣於備艙内循環流動時先經過光觸煤空氣潔淨裝置3〇1 淨化後再由循環風扇311導引流經熱管模組330。當外界環境 溫度低於備艙内工作溫度40t時，外界環境溫度低於設備艙 110内工作溫度之溫差即足以驅動廢熱透過熱管331自循環側 310傳遞至換氣侧320。換氣侧320包含至少一換氣風扇321， 帶動外界環境空氣流經熱管模組330 ’熱管模組330接觸外界 環境空氣進行熱交換而將廢熱傳遞至外界環境而排出本體 1〇〇。換氣風扇321上較佳地也設置有一光觸煤空氣潔淨裝置 3〇1 ’外界環境空氣先經過光觸煤空氣潔淨裝置3〇1淨化後再 由換氣風扇321導引流經熱管模組33〇。前述之循環風扇m 及換氣風扇321較佳地為離心直流調速風機或轴流直流調速 風機。 電池400為備用電源，可為任意形式之儲電設備，例如一 貍鐵電池或者是-贿電池，賴作稀於此，電池電極銅排 應加裝絕緣保護蓋。電池4〇〇設置於電源艙14〇内，電性連接 電子設備10卜冷卻裝置200、熱交換H 300、及加熱器500， 較佳地可供刖述機櫃内設備使用至少8小時。加熱器5〇〇緊鄰 電池400設置於電源餘14〇内’當電源搶14〇内部空氣溫度低 於〇°C時’需啟動加熱器500對電池_加熱，避免電池4〇〇 因低溫而失效。電源艙140包含一電源艙門141以供裝卸或是 維修電池400及加熱器5〇〇，電源艙門141應為防水設計，並 應安裝防盜鎖。電稀⑽較佳地具有排氫裝置、防齟齒類動 物（例如蟲、鼠等）侵入的防護網。電源艙14〇應滿足兼容業 界多種主流規格蓄電池的安裝，電源艙14〇内應設置可供電池 400抗震加固用的托盤、護攔（四面及頂部）及角鋼立柱等抗 震裝置’護欄上應在適當預留安裝加固孔。 控制器600連接前述之冷卻裝置200、熱交換器300及加 熱器500。當外界環境溫度高於預設之高溫上限38。(：時控制器 600啟動冷卻裝置2〇〇。當外界環境溫度高於預設之高溫上限 38 C時’若冷卻裝置2〇〇無法啟動，則控制器_啟動熱交換 M408058 器300。當外界環境溫度低於低溫下限坑時則控制器_關 閉熱交換器3GG。當電源艙14G内部空氣溫度低於此時，控 制器600啟動加熱器500對電池4〇〇加熱。 控制器600較佳地透過一實體線路通訊痒（例如脱85、 RJ45，本解靴定實雜路觀埠之驗）或者是—無線信 號通訊琿（例如ffiEE802.lla/b/g/n，本創作不限定無線信號通 訊痒之規格），而連接至網際網路，以便於監控中心監控控制 鲁器600。 玉二 再者，控制器600較佳地具有超溫告警、煙霧告警、門禁 告警、溫控設備故障告警、水浸告警、防雷器故障/失效告警 等警告功能。當本體1〇〇内溫度超出規定範圍時，應能發出高 溫/低溫告¥告警’並能將告警信駄_量的方式傳給監控 。中心。當本體1GG巾發生燃燒和出現煙斜應能發出告警信 號’並能將告警信號以開關量的方式傳給監控中心。當非法侵 _ 入(非法開鎖或撬門)發生時’應發出侵入告警信號，並能將告 警信號以開關量的方式傳給監控中心。當本體1〇_溫控設備 失效時(例如冷卻裝置、熱交換器3⑻或加熱器5⑽失效）， 應能發出溫控設備失效告警信號，同時將告警信號以開關量的 方f傳給監控中心。當本體100内水侵入或淹沒規定高度時， 應此發出告警信號，並能將告警信號以開關量的方式傳給監控 中心。當防雷器出現故障/失效時應發出告警信號，並能將告 警信息傳給監控中心。 9 參閱第7圖及第8圖所示本創作之熱交換系統圖，本創作 之冷卻裝置200、熱交換器3〇〇較佳地可整合為一。 參閱第7圖’當外界環境溫度介於高溫上限38。(：及低温 下限20t之間時，控制器_可睛啟動冷卻褒置2⑽及熱 交換器300 ’外界環境空氣先經過光觸煤空氣潔淨裝置3〇1淨 化再桃經熱父換器300完成熱交換動作後排出至外界環境； 叹備艙110内之空氣於備艙内循環流動時先經過光觸煤空氣 潔淨裝置301淨化後再流經熱交換器3〇〇 ;設備艙11〇内之空 氣在熱交換H 3GG中與外界魏空氣進行熱交換而完成第一 人冷部’再通過冷卻襄置綱完成第二次冷卻後回流至設備搶 110内。再者控制器6〇〇也可以關閉冷卻裝置，僅執行第 —次冷卻。 參閱第8圖’當外界環境溫度高於高溫上限38°C時，熱 父換器300無法將廢熱由設備射1〇嶋出至外界環境，因此 控制器_關閉熱交換器300而不引入外界環境空氣，同時啟 動冷卻裝置胁設備艙no内之空氣藉由冷卻裝置降溫。 其中’控制器600可以僅開啟第一風扇（另參閱第5圖）；或 者疋以-則將已通過絲触氣潔淨裝置3G1之設備搶11〇 内空氣導入一旁通流道而不經過熱交換器3〇〇 ,再導引流入冷 卻裝置200降溫後回流至設備艙u〇。 藉由前述之技術手段’本創作之具有溫控系統之室外機箱 結構不但有良好的耐錄，更兼顧了節能，有效改善習知技術 M408058 之缺點。 、雖,、沐卿的技躺容已細較佳實施綱露如上，然其 並非用以蚊本_，任何料此郷者，林雌本創作之 精神所作些許之更動與潤飾，皆應涵蓋於本創作的射内，因 此本創作之賴範㈣視後附之申料概騎界定者為準。 【圖式簡單說明】 第1圖為本創作實施例示意圖。 第2圖為本創作實施例透視圖。 第3圖為本創作實施例正視圖。 第4圖為本創作實施例側視圖（冷氣艙）。 第5圖為本創作中熱交換器示意圖。 第6圖為第5圖中熱管模組示意圖。 第7圖為本創作之熱交換系統圖（一）。 第8圖為本創作之熱交換系統圖（二）。 【主要元件符號說明】 1〇〇 本體 1〇1 電子設備 110 設備艙 111 設備艙門 120 冷氣艙 121 冷氣艙門 122/132 氣孔 11 M408058 130 換氣艙 140 電源餘 141 電源艙門 200 冷卻裝置 300 熱交換器 301 光觸煤空氣潔淨裝置 310 循環側 311 循環風扇 320 換氣側 321 換氣風扇 330 熱管模組 331 熱管 332 籍片Referring to Figures 2 and 4, the cooling vibration is set in the cold test 12〇^ the cold unit 200 is connected to the equipment (4), and the equipment (4) is cooled to cool; the equipment is grabbed 110 (10) electronic equipment 1G1, and the cooling device is preferably It is an air-conditioner, but this creation is not limited to this (for example, the cooling device is also considered to be an electronic cooling skirt). The air-conditioning I2G includes - Wei Jian (2), the county mechanical finishing cooling installation 3 'air-conditioning door 121 has a plurality of air holes 122, for the cooling device · Kang waste heat discharge cake boundary towel. #料魏温高录 HO operating temperature, you need to start cooling 妓 · The waste heat generated by the electronic device is forced to discharge to the outside by 5 M408058 In the embodiment, in the embodiment, the cooling device 200 is preferably activated when the ambient temperature is higher than a preset upper limit of 38 ° C (the present invention is not limited thereto). The cold air door 121 should be waterproof. The anti-theft lock should be installed. Referring to Figures 2 and 3, the heat exchanger 300 includes a circulation side 310 and a ventilation side 320. The circulation side 310 is located in the equipment compartment 11〇 and is heated to the air in the equipment compartment 110. Exchange; the ventilation side 320 is located in the gas exchange compartment 130, The cabin 130 is provided with a plurality of air holes 132 so that the ventilation side 320 can be in contact with the ambient air for heat exchange. When the ambient temperature is lower than the operating temperature of the equipment compartment 110, the ambient temperature and the equipment compartment 110 can be used. The temperature difference driving of the working temperature (the heat is naturally transferred from the heat to the cold place), the waste heat generated by the electronic device 101 is transmitted to the ventilation side 320 through the circulation side 31〇, and then transmitted from the ventilation side 320 to the external environment to discharge the body. 100. In this embodiment, the heat exchanger 300 is preferably activated when the ambient temperature is lower than the preset upper temperature limit of 38 ° C, and the cooling device 200 is turned off to avoid energy waste. Ground, when the ambient temperature is higher than the preset upper temperature limit of 38〇C, if the cooling device 200 fails to start, the heat exchanger 300 is started. Further, when the ambient temperature is much lower than the operating temperature in the equipment compartment 110, 40〇c The temperature difference between the external temperature and the temperature of the device 110 is sufficient to drive the air in the equipment compartment 110 to directly exchange heat with the ambient air through the metal body 100, and the waste heat is from the body 100. Out of the external environment, there is no need to pass through the heat exchanger. It is ashamed to be true + preset when the ambient temperature is lower than a lower limit of 20 ° C (the present creation is not limited to this), the heat exchanger 300 is turned off to avoid energy Referring to Figures 5 and 6, the circulation side 310 and the ventilation side 320 are connected by a heat pipe module 330. The heat pipe module 330 includes a plurality of one-way heat pipes 331 arranged in parallel across the circulation side 310 and changing On the gas side 320, when the temperature of the circulation side 310 is higher than the ventilation side 320, the heat energy is transferred from the circulation side 310 to the ventilation side 320; when the temperature of the circulation side 310 is lower than the ventilation side 320, the heat energy cannot be self-ventilated. Side 320 is passed to recycle side 310; thermal energy transfer is driven when the temperature difference between recycle side 310 and venting side 320 is greater than 3 °C. A plurality of metal fins 332 are connected across the heat pipes 331 to increase the heat exchange area of the heat pipe module 330. The circulation side 310 includes at least one circulation fan 311, and the air in the equipment compartment 110 is circulated and flowed through the heat pipe module 330 in the backup cabin, and the heat exchange with the heat pipe module 330 transfers the waste heat generated by the electronic device 101 to the heat pipe. Module 330. Preferably, the circulating fan 311 is provided with a light-contacting coal air cleaning device 301. The air in the equipment compartment 11 is first circulated through the light-contact coal air cleaning device 3〇1 and then circulated by the circulating fan 311. The heat pipe module 330 is drained. When the ambient temperature is lower than the operating temperature in the standby tank by 40t, the temperature difference between the ambient temperature and the operating temperature in the equipment compartment 110 is sufficient to drive the waste heat to pass through the heat pipe 331 from the circulation side 310 to the ventilation side 320. The ventilation side 320 includes at least one ventilation fan 321 for driving ambient air to flow through the heat pipe module 330. The heat pipe module 330 contacts the ambient air for heat exchange to transfer the waste heat to the external environment to discharge the body. Preferably, the ventilation fan 321 is also provided with a light-contact coal air cleaning device 3〇1 'the ambient air is first purified by the light-contacting coal air cleaning device 3〇1, and then guided by the ventilation fan 321 to flow through the heat pipe module. 33〇. The circulating fan m and the ventilation fan 321 are preferably centrifugal DC speed control fans or axial flow speed control fans. The battery 400 is a backup power source, and can be any type of power storage device, such as a sturdy iron battery or a bribe battery. The battery electrode copper row should be provided with an insulating protection cover. The battery 4 is disposed in the power compartment 14 ,, electrically connected to the electronic device 10, the cooling device 200, the heat exchange H 300, and the heater 500, preferably for use in the cabinet for at least 8 hours. The heater 5 is placed next to the battery 400 in the remaining 14 电源 of the power supply. 'When the power supply is 14 〇, the internal air temperature is lower than 〇 ° C. 'The heater 500 is required to start the battery _ heating to prevent the battery 4 from failing due to low temperature. . The power compartment 140 includes a power supply door 141 for loading and unloading or servicing the battery 400 and the heater 5A. The power supply door 141 should be waterproof and should be fitted with an anti-theft lock. The electric thinner (10) preferably has a protective net for intrusion of a hydrogen discharge device and an anti-caries animal (e.g., insect, mouse, etc.). The power supply compartment 14〇 shall be installed in accordance with various mainstream battery specifications in the industry. The power supply compartment shall be provided with a shock-proof device such as a tray, a barrier (four sides and a top) and an angle steel column for the earthquake-resistant reinforcement of the battery 400. Install the reinforcement holes as appropriate. The controller 600 is connected to the aforementioned cooling device 200, heat exchanger 300, and heater 500. When the ambient temperature is higher than the preset upper temperature limit of 38. (: When the controller 600 starts the cooling device 2 〇〇. When the ambient temperature is higher than the preset upper temperature limit 38 C. 'If the cooling device 2 〇〇 fails to start, the controller _ starts the heat exchange M408058 device 300. When the outside world When the ambient temperature is lower than the low temperature lower limit pit, the controller turns off the heat exchanger 3GG. When the internal air temperature of the power supply compartment 14G is lower than this time, the controller 600 activates the heater 500 to heat the battery 4. The controller 600 preferably Communication through a physical line itch (such as off 85, RJ45, this solution to determine the real roadside observation) or wireless signal communication 珲 (such as ffiEE802.lla / b / g / n, this creation does not limit wireless signals The communication itch specification is connected to the Internet to facilitate the monitoring center monitoring and controlling the device 600. Further, the controller 600 preferably has an over temperature alarm, a smoke alarm, an access control alarm, and a temperature control device failure alarm. Warning function such as flooding alarm, lightning arrester failure/failure alarm, etc. When the temperature inside the main body 1 is out of the specified range, it should be able to issue a high temperature/low temperature warning alarm and transmit the alarm signal to the quantity. monitor. Center: When the body 1GG towel burns and smoke appears, it can send out an alarm signal 'and can transmit the alarm signal to the monitoring center in a switching manner. When illegal intrusion (illegal unlocking or trick) occurs, 'should be issued Intrusion alarm signal, and can transmit the alarm signal to the monitoring center in a switching manner. When the body 1〇_temperature control device fails (for example, the cooling device, heat exchanger 3 (8) or heater 5 (10) fails), temperature control should be issued. The device fails the alarm signal and transmits the alarm signal to the monitoring center in the amount of the switch. When the water in the body 100 invades or floods the specified height, an alarm signal should be sent and the alarm signal can be transmitted to the switch. The monitoring center should send an alarm signal when the lightning arrester fails/fail, and can transmit the alarm information to the monitoring center. 9 Refer to the heat exchange system diagram of the creation shown in Figure 7 and Figure 8, cooling of the creation. The device 200 and the heat exchanger 3 can preferably be integrated into one. Referring to Fig. 7 'When the ambient temperature is between the upper limit of 38 and the lower limit of 20 seconds, the controller _ can be activated. Dynamic cooling device 2 (10) and heat exchanger 300 'The ambient air is first cleaned by the light-contact coal air cleaning device 3〇1 and then the peach heat exchanger 300 is discharged to the external environment after the heat exchange operation is completed; When the air circulates in the storage tank, it is first purified by the photo-contacting coal air cleaning device 301 and then flows through the heat exchanger 3; the air in the equipment compartment 11 is heat exchanged with the external Wei air in the heat exchange H 3GG. Complete the first person cold section' and then return to the equipment grab 110 after the second cooling by the cooling set. In addition, the controller 6〇〇 can also turn off the cooling device and perform only the first cooling. See Figure 8. 'When the ambient temperature is higher than the upper limit of 38 ° C, the hot parent converter 300 cannot discharge the waste heat from the equipment to the outside environment, so the controller turns off the heat exchanger 300 without introducing ambient air. The air in the equipment compartment no of the cooling device is started to be cooled by the cooling device. Wherein the controller 600 can only turn on the first fan (see also Figure 5); or 疋-- then the air that has passed through the silk-air cleaning device 3G1 can be introduced into a bypass channel without heat exchange. After being cooled, the device 3 is cooled and then returned to the equipment compartment. By the above-mentioned technical means, the outdoor chassis structure with the temperature control system of the present invention not only has good recording resistance, but also considers energy saving, and effectively improves the shortcomings of the conventional technology M408058. Although, Mu Qing’s technical lying has been better than the implementation of the above, but it is not used for mosquitoes. Anyone who expects this, the spirit of the creation of Lin’s creation should be covered. In the creation of this creation, therefore, the scope of this creation (4) is subject to the definition of the attached plan. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view of an embodiment of the present invention. Figure 2 is a perspective view of the present embodiment. Figure 3 is a front elevational view of the present embodiment. Figure 4 is a side view (air-conditioned compartment) of the present embodiment. Figure 5 is a schematic diagram of the heat exchanger in the creation. Figure 6 is a schematic view of the heat pipe module in Figure 5. Figure 7 is a diagram of the heat exchange system of the creation (1). Figure 8 is a diagram of the heat exchange system of the creation (2). [Main component symbol description] 1〇〇 body 1〇1 electronic device 110 equipment compartment 111 equipment door 120 cold air compartment 121 cold air door 122/132 air hole 11 M408058 130 air exchange 140 power supply 141 power door 200 cooling device 300 Heat exchanger 301 Photo-contact coal air cleaning device 310 Circulation side 311 Circulating fan 320 Ventilation side 321 Ventilation fan 330 Heat pipe module 331 Heat pipe 332
400 電池 500 加熱器 600 控制器400 battery 500 heater 600 controller
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