TWM273765U - Water-cooling type heat sink device also having ventilation effect for mechanical case - Google Patents
Water-cooling type heat sink device also having ventilation effect for mechanical case Download PDFInfo
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M273765 四、創作說明（1) 【新型所屬之技術領域】 本創作係有關一種兼具機箱通風效果的水冷式散熱裝 置，係熱交換器在風扇的組合上，由熱交換器出水端一體 結合一泵浦，再由泵浦出口接頭接出一出水管與一吸熱體 之入水口相接，使導入吸熱體内之冷水液，在從吸熱體之 出水口送出時，乃帶走吸熱體内之溫度，回流入熱交換 器，俾水液沿著熱交換器水液流道管的流動過程，被風扇 不斷吹風之散熱鰭片會吸走水液流道管内水液的溫度，讓 水溫冷卻，並再被泵浦傳送至吸熱體，如此，水液吸熱冷 卻的循環流動，據以吸熱體安裝在電腦機箱内之熱源件 僅須將熱交換器固定在機箱後部預留之透氣網孔處， 簡便的達成熱源件優異的散熱效果，而風扇對熱交換 器吹風時將空氣往機箱外送風之作用，乃可加速冷空氣從 機箱前緣入氣孔進入，一併使機箱内產生良好通風效果 者。 【先前技術】 按電腦主機C P U在資料處理上會產生工作溫度，若 溫度過高，電腦容易當機，傳統係在C P U處理器上安裝 散熱座來吸收C P U的工作溫度，並以風扇對散熱座送 風，來防止溫度過高。唯，今日C PU的運作速度愈來愈 快，處理的資料愈來愈龐大，單靠傳統散熱器有時已不敷 A ;習用台灣專利公告第5 8 5 3 0 7號「中央處理器 水冷式散熱器用之水箱隱藏裝置」，係在散熱座上接設進 水管、出水管來與一裝在磁碟機位置之水箱與泵浦連結，M273765 IV. Creation Description (1) [Technical Field to which the New Type belongs] This creation relates to a water-cooled heat dissipation device that also has the ventilation effect of the chassis. The heat exchanger is combined with the fan, and the water outlet of the heat exchanger is integrated into one. The pump is connected to a water outlet by a pump outlet connector and a water inlet of a heat sink, so that the cold water liquid introduced into the heat sink will be taken away from the heat sink when it is sent out. The temperature flows back into the heat exchanger, and the water flows along the water-liquid flow channel tube of the heat exchanger. The cooling fins that are constantly blown by the fan will suck the temperature of the liquid in the liquid-flow channel tube, allowing the water temperature to cool. , And then pumped to the heat-absorbing body. In this way, the cyclic flow of water-liquid heat absorption and cooling, according to which the heat source of the heat-absorbing body installed in the computer case, only needs to fix the heat exchanger at the ventilation mesh reserved in the rear of the case It can easily achieve the excellent heat dissipation effect of the heat source. The function of the fan to send air to the outside of the chassis when the fan blows the heat exchanger is to accelerate the entry of cold air from the air inlet of the front edge of the chassis. Who produce good ventilation. [Previous technology] According to the computer host CPU, the data processing temperature will be generated. If the temperature is too high, the computer will easily crash. Traditionally, a heat sink is installed on the CPU processor to absorb the CPU's operating temperature, and the fan is used to cool the heat sink. Supply air to prevent excessive temperature. However, the operation speed of CPU is getting faster and faster today, and the data processed is getting larger and larger. Sometimes traditional A radiators are no longer enough for A; It is customary to use Taiwan Patent Bulletin No. 5 8 5 3 0 7 "CPU Cooling The water tank concealing device for the radiator "is connected to the water inlet and outlet pipes on the heat sink to connect with a water tank and pump installed in the position of the disk drive.
M273765 四、創作說明（2) 雖泵浦運作會使水箱内之水液進出散熱座，短期間或許有 助於散熱效果的提昇，但由於水箱採自然冷卻方式來降 溫，若電腦長時間工作，其水冷散熱的輔助效能即不顯 著；另一習用台灣專利公告第5 9 5 7 5 8號「抽取式水 冷散熱裝置」，係磁碟機處安裝之水冷盒，以馬達送出冷 水給散熱座，而散熱座導出之熱水，則通過一散熱模組 後，再由一馬達泵浦抽送回水冷盒内冷卻，其雖可明顯提 昇電腦C P U處理器的散熱效果，唯其構造組件相當複 雜，製作成本甚高，組裝步驟更不便利，且又浪費了磁碟 機插槽的空間，非理想之創作。 ¥新型内容】 基於電腦D I Y改裝市場之經濟、安裝與效能多重考 量，符合經濟效益、改裝簡單，且效能表現優異的水冷式 散熱裝置為首要條件。 本創作之主要目的係提供一種兼具機箱通風效果的水 冷式散熱裝置，係包括一熱交換器、一風扇、一泵浦及一 吸熱體，該熱交換器上具有複數水液流道管，每一水液流 道管之身部形成有散熱鰭片，該風扇係組合在熱交換器一 邊外部，而泵浦之出水接頭則接出一出水管與吸熱體之入 水口相接，且吸熱體之出水口則接出一回流管；主要_在 於，該， ® 熱交換器，其複數水液流道管之下部，相通的結合有 一底水箱，及上部結合有一上水箱；該底水箱内具有二道 擋水牆，使底水箱内形成有一進水室、一底分流室及一出M273765 IV. Creation Instructions (2) Although the pump will cause the liquid in the water tank to enter and exit the heat sink, it may help improve the heat dissipation effect in a short period of time, but because the water tank uses natural cooling to cool down, if the computer works for a long time, Its auxiliary effect of water cooling is not significant; another conventional use is Taiwan Patent Bulletin No. 5 9 5 7 5 8 "extractable water cooling device", which is a water cooling box installed at the disk drive, and sends cold water to the heat sink with the motor. The hot water derived from the heat sink is passed through a heat sink module, and then pumped back to the water cooling box for cooling by a motor pump. Although it can significantly improve the heat dissipation effect of the computer CPU processor, its structural components are quite complicated, making The cost is very high, the assembly steps are more inconvenient, and the space of the drive slot is wasted, which is not an ideal creation. ¥ New content] Based on the multiple considerations of economy, installation, and efficiency of the computer D I Y conversion market, a water-cooled heat sink that is economical, simple to modify, and excellent in performance is the primary requirement. The main purpose of this creation is to provide a water-cooled heat-dissipating device that also has the ventilation effect of the chassis. It includes a heat exchanger, a fan, a pump, and a heat-absorbing body. The heat exchanger has a plurality of water-liquid flow passage tubes. The body of each water-liquid flow channel pipe is formed with heat dissipation fins. The fan is assembled outside one side of the heat exchanger, and the water outlet of the pump is connected to a water outlet pipe that is connected to the water inlet of the heat sink and absorbs heat. A return pipe is connected to the water outlet of the body; the main part is that the ® heat exchanger has a bottom water tank connected to the lower part of the plurality of water-liquid flow passage tubes, and an upper water tank connected to the upper part; With two water retaining walls, a water inlet chamber, a bottom shunt chamber and an outlet are formed in the bottom water tank.
M273765 四、創作說明（3) 水室，且底水箱外部，具有 具有一與出水室相通之外螺 出之回流管，則接設在進水 一道隔水牆，使上水箱内部 二分流室，且第一上分流室 底水箱進水室及底分流室相 的水液流道管分別與底水箱 該， 泵浦，其抽水端乃形成 頭直接螺合在熱交換器下部 浦直接固著在熱交換器 液； 藉上述構件組合，僅須 預留之透氣孔處，再將吸熱 交換器上泵浦運作及風扇運 具裝置構件一體整合簡便安 熱交換器送風將空氣往機箱 緣入氣窗孔加速冷空氣的進 通風效果者。 本創作之次一目的係提 散熱裝置，其中，該結 之上水箱，其第一上分 的設有一加水嘴與外界相通 一嘴蓋鎖閉封蓋，俾只要打 一與進水室相通之進水頭，及 紋接頭，該由吸熱體出水口接 頭上；而該上水箱，其内具有 形成有一第一上分流室及一第 乃由對應的水液流道管分別與 通，而第二上分流室則由對應 之底分流室及出水室相通； 為一内螺紋套管頭，由該套管 底水箱外部之外螺紋接頭上， 上，從底水箱出水室内抽出水 熱交換器固定在電腦機箱後部 體組裝在熱源件上，即能由熱 轉，達到熱源件散熱的效能， 裝不佔空間的特性，且風扇對 外排送風的作用，乃使機箱前 入，一併讓機箱内部產生良好 供二種兼具機箱通風效果的水 合在熱交換器複數水液流道管 流室及第二上分流室，其個別 ，且該二加水嘴常態的分別被 開二嘴蓋，即能方便的從二加M273765 IV. Creation instructions (3) The water tank, and the bottom of the water tank, has a return pipe with a screw-out that communicates with the water outlet chamber. And the first upper split chamber bottom water tank inlet chamber and bottom split chamber phase water and liquid flow pipe are respectively connected with the bottom tank, the pump, the pumping end of which forms a head directly screwed to the lower part of the heat exchanger directly fixed to the pump Heat exchanger fluid; With the combination of the above components, it is only necessary to reserve the ventilation holes, and then integrate the pump operation on the heat exchanger and the components of the fan carrier device to integrate the installation of the heat exchanger. The air is sent to the edge of the chassis by the heat exchanger. Accelerate the effect of cold air intake and ventilation. The second purpose of this creation is to raise the heat dissipation device. Among the water tanks above the knot, the first upper part is provided with a water nozzle to communicate with the outside and a mouth cover to lock the cover. It only needs to be connected to the water inlet chamber. The water inlet head and the corrugated joint are connected to the water outlet joint of the heat-absorbing body; and the upper water tank has a first upper shunt chamber and a first water-liquid flow passage tube formed therein. The two upper shunt chambers are connected by the corresponding bottom shunt chamber and the water outlet chamber; it is an internally threaded casing head, which is fixed on the externally threaded joint outside the bottom water tank of the casing, and the water heat exchanger is fixed from the bottom water tank outlet chamber. The rear part of the computer case is assembled on the heat source, that is, the heat can be transferred from the heat source to achieve the heat dissipation performance of the heat source. The installation does not occupy space, and the fan exhausts air to the outside. Produces two types of hydration in the heat exchanger, a plurality of water-liquid flow passage tube flow chambers, and a second upper shunt chamber, which are good for the two types of cabinet ventilation effects, and the two water nozzles are normally opened with two mouth covers, respectively. Convenient from two plus
M273765 四、創作說明（4) 水嘴進行循環水液的加水及補水工作。 本創作之另一目的係提供一種兼具機箱通風效果的水 冷式散熱裝置，其中，該吸熱體係由一吸熱座、一組合在 吸熱座上之盒蓋、一貼靠在盒蓋上部之固定板所構成，該 吸熱座底面，為與熱源件接觸之吸熱面，上部具有複數支 散熱柱，且散熱柱間隙預定處，設有一 V形隔片，隔出水 液流道；而盒蓋組合在吸熱座上讓散熱柱部形成為水室， 其上部即為該一入水口及一出水口 ，並形成有一凸部，該 入水口接收來自泵浦送出之冷水液，使冷水液由V形隔片 一邊區域進入，並藉V形隔片導流到另一邊區域從出水口 的過程中，讓每一散熱柱的熱溫，均能有效的被冷水 液吸收帶走；且該固定板上相對於盒蓋上部之凸部形狀， 具有一框槽，俾框槽框套在盒蓋凸部上，即可由固定板上 設置之複數結合孔，利用螺絲之鎖固，便捷的將吸熱體安 裝在熱源件上者。 【實施方式】 一種兼具機箱通風效果的水冷式散熱裝置，如圖1 ， 係包括一熱交換器1 0 、一風扇2 0 、一泵浦3 0及一吸 熱體4 0 ，該熱交換器1 0上具有複數水液流道管1 1 ， 每一水液流道管1 1之身部形成有散熱鰭片1 2 ，如圖 I，該風扇2 0係組合在熱交換器1 0 —邊外部，配合圖 3 ，而泵浦3 0之出水接頭3 1則接出一出水管5 0與吸 熱體4 0之入水口 4 1相接，且吸熱體4 0之出水口 4 2 則接出一回流管5 1 ;主要在於，該，M273765 4. Creation instructions (4) The water nozzle performs the work of adding and replenishing the circulating water. Another object of this creation is to provide a water-cooled heat sink with ventilation effect of the chassis. The heat absorption system consists of a heat absorption base, a box cover combined on the heat absorption base, and a fixed plate attached to the upper part of the box cover. The bottom surface of the heat-absorbing seat is a heat-absorbing surface that is in contact with the heat source. The upper part has a plurality of heat-dissipating columns, and a predetermined gap between the heat-dissipating columns is provided with a V-shaped septum to isolate the water and liquid flow channels. The seat allows the cooling column part to form a water chamber, and the upper part is the water inlet and a water outlet, and a convex part is formed. The water inlet receives the cold water liquid sent from the pump, so that the cold water liquid passes through the V-shaped septum. One side area enters, and the V-shaped spacer guides the flow to the other side area from the water outlet, so that the heat temperature of each cooling column can be effectively taken away by the cold water; and the fixed plate is relatively The shape of the convex part of the upper part of the box cover has a frame groove, and the frame frame groove is sleeved on the convex part of the box cover, and the plurality of combining holes provided on the fixing plate can be locked by screws to conveniently install the heat absorber on the heat source. The former. [Embodiment] A water-cooled heat-dissipating device with ventilation effect of a chassis, as shown in FIG. 1, includes a heat exchanger 10, a fan 20, a pump 30, and a heat absorbing body 40. The heat exchanger There are a plurality of water-liquid flow channel pipes 1 1 on 10, and a body of each water-liquid flow channel pipe 11 is formed with a radiating fin 1 2. As shown in FIG. 1, the fan 20 is combined in a heat exchanger 1 0 — 3, and the water outlet joint 3 1 of the pump 30 is connected to a water outlet pipe 50 connected to the water inlet 41 of the heat absorption body 40, and the water outlet 4 2 of the heat absorption body 40 is connected. Out a return tube 5 1; mainly lies in that,
M273765 四、創作說明（5) 熱交換器10 ，如圖2 、4 、5 ，其複數水液流道管 1 1之下部，相通的結合有一底水箱6 0 ，及上部結合有 一上水箱7 0 ;該底水箱6 0内具有二道擋水牆6 1 ，使 底水箱6 0内形成有一進水室6 2 、一底分流室6 3及一 出水室6 4 ，且底水箱6 0外部，具有一與進水室6 2相 通之進水頭6 5 ，及具有一與出水室6 4相通之外螺紋接 頭6 6 ，配合圖3 ，該由吸熱體4 0出水口 4 2接出之回 流管5 1 ，則接設在進水頭6 5上；如圖2 、4、5 ，而 該上水箱7 0 ，其内具有一道隔水牆7 1 ，使上水箱7 0 内部形成有一第一上分流室7 2及一第二分流室7 3 ，且 —上分流室7 2乃由對應的水液流道管1 1分別與底水 箱6 0之進水室6 2及底分流室6 3相通，而第二上分流 室7 3則由對應的水液流道管1 1分別與底水箱6 0之底 分流室6 3及出水室6 4相通；該， 泵浦3 0 ，其抽水端乃形成為一内螺紋套管頭3 2 ， 由該套管頭3 2直接螺合在熱交換器1 0下部底水箱6 0 外部之外螺紋接頭6 6上，使泵浦3 0直接固著在熱交換 器1 0上，從底水箱6 0出水室6 4内抽出水液； 藉上述構件組合，如圖3 ，僅須熱交換器1 0固定在 電腦機箱8 0後部預留之透氣孔處，再將吸熱體4 0組裝 在熱源件（圖未示）上，即能由熱交換器1 0上泵浦3 0 iPi乍及風扇2 0運轉，達到熱源件散熱的效能，具裝置構 件一體整合簡便安裝不佔空間的特性，且風扇2 0對熱交 換器1 0送風將空氣往機箱8 0外排送風的作用，乃使機M273765 IV. Creation instructions (5) The heat exchanger 10 is shown in Figures 2, 4, and 5. The lower part of the plurality of water-liquid flow channel pipes 11 is connected with a bottom water tank 6 0 and the upper water tank 7 0 The bottom water tank 60 has two water retaining walls 6 1, so that a water inlet chamber 6 2, a bottom shunt chamber 6 3 and a water outlet chamber 6 4 are formed in the bottom water tank 60, and the bottom water tank 60 is outside, It has a water inlet head 6 5 which communicates with the water inlet chamber 6 2 and a male screw joint 6 6 which communicates with the water outlet chamber 6 4. According to FIG. 3, the return flow from the water outlet 4 2 of the heat sink 40 is returned. The pipe 5 1 is connected to the water inlet 65; as shown in Figures 2, 4, and 5, the upper water tank 70 has a partition wall 7 1 therein, so that the first water tank 7 0 is formed with a first Upper shunt chamber 7 2 and a second shunt chamber 7 3, and—the upper shunt chamber 7 2 is composed of the corresponding water-liquid flow channel pipe 1 1 and the water inlet chamber 6 2 and the bottom shunt chamber 6 3 of the bottom water tank 60 respectively. The second upper shunt chamber 7 3 is connected to the bottom shunt chamber 6 3 and the water outlet chamber 64 by the corresponding water-liquid flow channel pipe 11 respectively; the pump 30 is pumped at its pumping end. Formed into one The internally threaded casing head 32 is directly screwed onto the lower bottom tank 60 of the heat exchanger 10 and the external external threaded joint 6 6 so that the pump 30 is directly fixed to the heat exchanger. On 10, draw the liquid from the bottom water tank 60 and the water outlet chamber 64. With the combination of the above components, as shown in Figure 3, only the heat exchanger 10 needs to be fixed at the ventilation hole reserved at the rear of the computer case 80, and then The heat absorbing body 40 is assembled on a heat source (not shown), that is, it can be pumped by the heat exchanger 10, the 30 iPi, and the fan 20, to achieve the heat dissipation performance of the heat source. It does not take up space, and the fan 20 sends air to the heat exchanger 10 and sends air to the outside of the chassis 80.
第10頁 M273765 四、創作說明（6)Page 10 M273765 IV. Creation Instructions (6)
箱8 0前緣入氣窗孔加速冷 内部產生良好通風效果。 也就是，配合圖1、2 在風扇20的組合上，由熱 出水室6 3之外螺紋接頭6 0 ，再由泵浦3 0出口接頭 熱體4 0之入水口 4 1相接 液，在從吸熱體之出水口 4 内之溫度，回流入熱交換器 入熱交換器1 0 ，係由底水 室6 2，並沿著導通的水 第一上分流室7 2 、底分流 再向下流動到出水室6 4 ; 流道管1 1的流動過程，被 1 2會吸走水液流道管1 1 並於出水室6 4處’如圖3 體40，如此，水液吸熱冷 0安裝在電腦機箱80内之 0固定在機箱80後部預留 成熱源件優異的散熱效果， 時將空氣往機箱8 0外送 箱8 0前緣入氣孔進入， 果。 本創作實施上，其中， 空氣的進入，一併讓機箱8 0 、3、4、5，熱交換器10 交換器1 0下部底水箱6 0之 6出水端一體結合一泵浦3 3 1接出一出水管5 0與一吸 ，使導入吸熱體4 0内之冷水 2送出時，乃帶走吸熱體40 1 0 ;如圖5 ，此回流液回流 箱6 0外部進水頭6 5進入進 液流道管1 1 ，依續的流動到 室6 3 、第二上分流室7 3 ， 俾水液沿著熱交換器1 0水液 風扇2 0不斷吹風之散熱鰭片 内水液的溫度’讓水溫冷卻’ ，再被泵浦3 0抽傳送至吸熱 卻的循環流動，據以吸熱體4 熱源件上，僅須將熱交換器1 之透氣網孔處，即可簡便的達 而風扇2 0對熱交換器10吹 風之作用，乃可加速冷空氣從 一併使機箱内產生良妤通風效 如圖1 、2 ，該結合在熱交換The front air inlet opening of the box 80 accelerates the cooling and produces good ventilation inside. That is, with the combination of Figures 1 and 2 on the fan 20, the hot water outlet chamber 63 externally threaded joint 60, and then the pump 30 outlet joint hot body 40 water inlet 41 is wetted, and From the temperature in the water outlet 4 of the heat absorbing body, it flows back into the heat exchanger and enters the heat exchanger 10, which is from the bottom water chamber 6 2 and along the conducting water, the first upper shunt chamber 7 2, the bottom shunt and then down Flow to the outlet chamber 6 4; the flow process of the flow channel pipe 1 1 will be sucked away by the liquid flow channel pipe 1 1 and placed at the outlet chamber 6 4 'as shown in Figure 3 body 40, so the water liquid absorbs heat and cools 0 The 0 installed in the computer case 80 is fixed at the rear of the case 80 and is reserved for excellent heat dissipation of the heat source. When the air is entered into the 80 hole in the front edge of the case 80, the box is delivered. In the implementation of this creation, in which the air enters, the casings 80, 3, 4, 5, and the heat exchanger 10, the exchanger 10, and the bottom end of the bottom water tank 6 and 6 are combined with a pump 3 3 1 connection. Take out a water pipe 50 and a suction, so that when the cold water 2 introduced into the heat absorbing body 40 is sent out, the heat absorbing body 40 1 0 is taken away; as shown in FIG. 5, this reflux liquid returns to the tank 60 and the external water inlet 6 5 enters. The liquid inlet channel pipe 1 1 flows to the chamber 6 3 and the second upper shunt chamber 7 3 in succession, and the water liquid flows along the heat exchanger 10, the water liquid fan 20, and the water in the cooling fins of the cooling fins is continuously blown. The temperature is 'let the water cool down', and then pumped by 30 pumps to the heat-absorbing but circulating flow. According to the heat-absorbing body 4 heat source, only the ventilation mesh of heat exchanger 1 can be easily reached. The fan 20 blows the heat exchanger 10, which can accelerate the cold air from one side and produce a good ventilation effect in the chassis as shown in Figures 1 and 2. This combination is in heat exchange
第11頁 M273765 四、創作說明（7) 器1 0複數水液流道管1 1上部之上水箱7 0 ，其第一上 分流室7 2及第二上分流室7 3 ，其個別的設有一加水嘴 7 4與外界相通，且該二加水嘴7 4常態的分別被一嘴蓋 7 5鎖閉封蓋，依水液由上往下流動的作用，俾只要打開 二嘴蓋7 5 ，即能方便的從二加水嘴7 4進行循環水液的 加水及補水工作。 再者，本創作實施上，其中，如圖6 ，該吸熱體4 0 係由一吸熱座4 ·3、一組合在吸熱座4 3上之盒蓋4 4、 一貼靠在盒蓋4 4上部之固定板4 5所構成，該吸熱座4 3底面，為與熱源件接觸之吸熱面，上部具有複數支散熱 30 ，且散熱柱430間隙預定處，設有一 V形隔片 4 6 ，隔出水液流道；而盒蓋4 4組合在吸熱座4 3上讓 散熱柱4 3 0部形成為水室，其上部即為該一入水口 4 1 及一出水口 4 2 ，並形成有一凸部4 7 ，該入水口 4 1接 收來自泵浦3 0送出之冷水液，使冷水液由V形隔片4 6 一邊區域進入，並藉V形隔片4 6導流到另一邊區域從出 水口 42排出的過程中，讓每一散熱柱430的熱溫，均 能有效的被冷水液吸收帶走；且該固定板4 5上相對於盒 蓋44上部之凸部47形狀，具有一框槽450 ，俾框槽 450框套在盒蓋44凸部47上，即可由固定板45上 $應熱源件預留之鎖固孔所設置之複數結合孔4 5,1 ，利 P螺絲之鎖固，便捷的將吸熱體4 0安裝在熱源件上。 整體而言，本創作的巧妙的讓水冷散熱所必備的構件 或構造，一體的由熱交換器的結構創新加以整合，使在獲Page 11 M273765 IV. Creation instructions (7) The device 10 has a plurality of water-liquid flow channel pipes 1 1 above the upper water tank 70, the first upper shunt chamber 7 2 and the second upper shunt chamber 7 3. The individual settings There is a water nozzle 74 which is in communication with the outside, and the two water nozzles 74 are normally closed by one mouth cover 75, respectively. According to the action of water flowing from top to bottom, as long as the two mouth cover 75 is opened, That is, the water can be added and replenished easily from the two water nozzles 74. Furthermore, in the implementation of this creation, as shown in FIG. 6, the heat absorbing body 40 is composed of a heat absorbing base 4 · 3, a lid 4 combined on the heat absorbing base 4 3, and a lid abutting on the lid 4 4 The upper part is composed of a fixed plate 45. The bottom surface of the heat absorption seat 4 3 is a heat absorption surface contacting the heat source. The upper part has a plurality of heat dissipation 30, and a predetermined gap of the heat dissipation column 430 is provided with a V-shaped spacer 4 6. Water outlet liquid flow path; and the cover 4 4 is combined with the heat absorption seat 4 3 to form the water column 4 30 as a water chamber, and the upper part is the one water inlet 4 1 and one water outlet 4 2, and a protrusion is formed. The water inlet 4 1 receives the cold water liquid sent from the pump 30, so that the cold water liquid enters from one side of the V-shaped septum 4 6 and is guided by the V-shaped septum 4 6 to the other side to exit from During the discharge of the water port 42, the heat temperature of each cooling column 430 can be effectively taken away by the cold water; and the shape of the convex portion 47 on the fixing plate 45 opposite to the upper part of the box cover 44 has a frame. The groove 450 and the frame 450 are sleeved on the convex portion 47 of the box cover 44, and the multiple knots can be set by the locking holes on the fixing plate 45 reserved by the heat source. 5,1 hole 4, the locking screw Lee P, convenient heat absorbing member 40 mounted on the heat source member. On the whole, the ingenious components or structures necessary for water cooling in this creation are integrated by the structural innovation of the heat exchanger.
第12頁 M273765 四、創作說明（8) 得經濟效益與散熱效能成效優異的成本上，還具有安裝簡 便，及兼具機箱通風之多重效益，堪稱為理想之創作。 上述說明，僅為本創作較佳具體實施例，舉凡就實施 例所作之簡單等效改變，仍應屬本創作技術範疇。Page 12 M273765 IV. Creative Instructions (8) The cost of obtaining economic benefits and excellent heat dissipation performance is also easy to install and has the multiple benefits of chassis ventilation, which can be called an ideal creative work. The above description is only a preferred specific embodiment of this creation, and any simple equivalent changes made to the embodiment should still belong to the scope of this creation technology.
第13頁 M273765 圖式簡單說明 【圖示簡單說明】 圖1係本創作構造外觀示意圖 圖2係本創作構造分解示意圖 圖3係本創作實施狀態示意圖 圖4係本創作熱交換器構造外觀上視圖 圖5係本創作構造剖視圖 圖6係本創作吸熱體構造分解示意圖 【主要元件符號說明】Page 13 M273765 Simple description of the diagram [Simplified description of the diagram] Figure 1 is the schematic diagram of the appearance of the creative structure. Figure 2 is the schematic diagram of the exploded structure of the creative. Figure 3 is the schematic diagram of the implementation status of the creative. Figure 4 is the top view of the structural appearance of the creative heat exchanger. Fig. 5 is a sectional view of the structure of the original creation Fig. 6 is a schematic diagram of the structure of the heat sink of the original creation [Description of the main component symbols]
第14頁 熱 交 換 器 1 0 水 液 流 道 管 1 1 散 熱 鰭 片 1 2 風 扇 2 0 泵 浦 3 0 出 水 接 頭 3 1 套 接 頭 3 2 吸 敎 犛 4 0 入 水 α 4 1 出 水 σ 4 2 吸 熱 座 4 3 散 熱 柱 4 3 0 盒 蓋 4 4 固 定 板 4 5 框 槽 4 5 0 結 合 孔 4 5 1 V 形 隔 片 4 6 凸 部 4 7 出 水 管 5 0 回 流 管 5 1 底 水 箱· 6 0 擋 水 牆 6 1 進 水 室 6 2 底 分 流 室 6 3 出 水 室 6 4 進 水 頭 6 5 外 螺 紋 接 頭 6 6 上 水 箱 7 0 隔 水 牆 7 1 第 一 分 流 室 7 2 第 _ _丨丨— 上 分 流 室 7 3 加 水 嘴 7 4 M273765Page 14 Heat exchanger 1 0 Water-liquid flow pipe 1 1 Radiating fins 1 2 Fan 2 0 Pump 3 0 Outlet connection 3 1 Set of connection 3 2 Suction 4 0 Water inlet α 4 1 Water outlet σ 4 2 Heat sink 4 3 Cooling column 4 3 0 Box cover 4 4 Fixing plate 4 5 Frame slot 4 5 0 Joint hole 4 5 1 V-shaped spacer 4 6 Convex part 4 7 Outlet pipe 5 0 Return pipe 5 1 Bottom water tank · 6 0 Water blocking Wall 6 1 Water inlet chamber 6 2 Bottom diverter chamber 6 3 Water outlet chamber 6 4 Water inlet head 6 5 Male threaded joint 6 6 Upper water tank 7 0 Rim wall 7 1 First diverter chamber 7 2 _ _ 丨 丨 — Upper diverter Room 7 3 Water nozzle 7 4 M273765
第15頁Page 15
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW94200291U TWM273765U (en) | 2005-01-07 | 2005-01-07 | Water-cooling type heat sink device also having ventilation effect for mechanical case |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW94200291U TWM273765U (en) | 2005-01-07 | 2005-01-07 | Water-cooling type heat sink device also having ventilation effect for mechanical case |
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| Publication Number | Publication Date |
|---|---|
| TWM273765U true TWM273765U (en) | 2005-08-21 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW94200291U TWM273765U (en) | 2005-01-07 | 2005-01-07 | Water-cooling type heat sink device also having ventilation effect for mechanical case |
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| TW (1) | TWM273765U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102917570A (en) * | 2011-08-05 | 2013-02-06 | 仪信股份有限公司 | Liquid-state cooling system |
| CN106852096A (en) * | 2017-04-20 | 2017-06-13 | 石家庄东远散热技术有限公司 | A kind of water-cooling heat radiating device |
| CN112230737A (en) * | 2020-11-24 | 2021-01-15 | 滨州学院 | Heat dissipation machine case for computer |
| CN113225974A (en) * | 2020-02-06 | 2021-08-06 | 酷基因科技有限公司 | Liquid cooling device with pumping structure |
-
2005
- 2005-01-07 TW TW94200291U patent/TWM273765U/en not_active IP Right Cessation
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102917570A (en) * | 2011-08-05 | 2013-02-06 | 仪信股份有限公司 | Liquid-state cooling system |
| CN106852096A (en) * | 2017-04-20 | 2017-06-13 | 石家庄东远散热技术有限公司 | A kind of water-cooling heat radiating device |
| CN106852096B (en) * | 2017-04-20 | 2023-10-03 | 石家庄盈博智能科技有限公司 | Water-cooling heat dissipation device |
| CN113225974A (en) * | 2020-02-06 | 2021-08-06 | 酷基因科技有限公司 | Liquid cooling device with pumping structure |
| CN112230737A (en) * | 2020-11-24 | 2021-01-15 | 滨州学院 | Heat dissipation machine case for computer |
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