TWM279915U - Water-cooling heat dissipation mechanism - Google Patents

Description

/ M279915

[Technical field to which the new type belongs] This creation relates to a water-cooled heat-dissipating device (such as a CPU) type heat dissipation mechanism in a computer, especially an application structure of the water-cooled type heat sink on the computer. [Previous technology] According to the press, the computing functions of today's computers are becoming more and more powerful, and their operators are rapidly improving. ❿Its overall shape, structure, and connection with the motherboard; ： 疋 Break through the traditional nest 窠, it can be described as the computer industry Major reforms = The generation of central processing units with super-speed computing functions has also made Central Tiger Lizhai produce higher temperatures when processing different instructions, so how to use ~ 's heat conduction and heat dissipation system to make the central processing unit The allowable warm production and regular work have been regarded by the industry as a very important issue. And yes, that is, a water-cooled heat dissipation system is designed by the industry. Please refer to the figure below. The water-cooled heat dissipation system 100a includes a heat sink 10a installed on the central processor 2 0a, and a heat sink 1 Both ends of 〇a are provided with a water outlet 101a and a water inlet 102a respectively. The water inlet 102a is connected with a pipe 103 & to a water outlet 20a of a water pump 20a, and a heat sink. The water outlet 10a of 丨 〇a is then connected to the pipeline 104a to the water inlet 30a of a water-cooled row 30a. The water-cooled row 30a may be composed of a plurality of heat sink fins 30a, and the water-cooled row 30. The water outlet 302a of a is connected to the water inlet 40a of the water tank 40a, and the water outlet of the water tank 40a is connected to the water tube 40 & 1 to the water pump 20a. The water outlet 202a is used to form a water-cooled circulating heat dissipation system 100a. Use =, the cold water is transported by the water pump 20a to the heat sink 10a for heat exchange, and then the hot water flows out, and the hot water flows in through the pipeline 04a In the water-cooled row 30 &

Page 5-M279915 * > IV. Creation instructions (2) Form A after heat exchange > _ Continue the cycle K2 from "pipe 3 ° cut back to the water tank for 1 fly heat exchange heat treatment. l〇a, water pump; 0: Cooling system 100 "is composed of two roads connected in series between independent disperse base devices: 3 °; and water tank 40a, plus each water-cooled Cooling system: body V ::: 304a, 402a, resulting in the whole room, which is a problem for installations that occupy a lot of space towards ts. For the bound computer host, it is undoubtedly another-want to unravel the line; year ii: Zhisuo j 3 asked the stomach, the creator of this case then engaged in good work, and thus has the original creation of "water; active research and reform [new type] Contents] One of the purposes of this creation is to directly use the shell as a heat transfer structure to reduce water-cooled materials and reduce weight. Another purpose of this creation is to install a liquid directly in the casing, which has a water tank to store water and circulate water to improve heat exchange efficiency. One of the characteristics of this creation is that it conducts and dissipates heat, and includes a shell with good quality. The shell is formed with a kind of guide, which provides integrated drive with heat dissipation and a water-cooled simplified water mechanism that connects the hot-water-cooled heat source to the receiving room. This kind of water-cooling device can have a discrete thermal mechanism, which is the volume of the cold-type heat-dissipating mechanism, and further saves the heat-dissipating mechanism. It makes the entire mechanism have a dedicated heat source function at the same time, and the heat-dissipating mechanism is used to conduct heat from one side of the heat source to metal. Material 'for a liquid-driven device

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M279915 Fourth, the creation instructions (3), and on the 1-there is-human water π and water outlet connected to the water inlet and outlet and connected to a water-cooled drain. each. Set it to, the mechanism is installed on the heat source: 'the shell is metal heat conductive: quality: ... moving on the heat source', the metal guide can be used to attach to the room, and carry out with the cooling liquid inside it ;;: The mass transfers heat energy to the accommodating device to transfer the heat-exchanged liquid to water, and the human side body drives the other feature of this creation; the circulation of the taxi. A flow channel is formed. The flow channel can be tied to a plurality of concave bottom surfaces to increase the heat exchange area. In addition, a wide-body driving device system consisting of a 5-post or spiral groove member, a stator cavity, and a stator member is formed. The rotor is structured by the rotor, while the stator contains the wind. The rotor contains the magnetic poles and blades. The drive unit is installed in the housing, the coil and the iron core. When the fluid system is located directly above the flow path, Internal time, the linear velocity of each point of the impeller and impeller of the rotor member is slightly equal to _ = ind. Here, the liquid velocity and the speed of heat exchange are accelerated. To make the flow velocity of the liquid set up faster, [Embodiment] The details of this creation will be described below. However, the attached figure only mentions the technical valley, and it is limited with the illustration of the diagram. ^ Refer to ㈣W and make the following: For Ϊ 七 = 二, the water-cooled heat-dissipating mechanism 100 is used as a mechanism. The mechanism 100 includes a raft;) exothermic, where the water-cooled diffuser ... 入 s, # 双 体 1, shell One of the outer surfaces of the body that is in contact with the CPU 2 0 0 is made of Meng * thermal material.

M279915 3. Creation instructions (4) The outer surface bottom surface 11 and CPU2nnte # are made of other materials with high thermal conductivity. The thermally conductive material can be copper. A housing is formed in the housing I and a flow channel 13 is formed. First, the recesses 13i are arranged at the bottom surface of the valley chamber 12, and in the embodiment, the flow channel 13 is driven by a plurality of j-solid driving devices 2, and is driven by two x12 liquids. Equipped with -liquid 1 and stator member 23 ^ Zhaoyigongji 2 is composed of rotor member 2i and stator cavity 22 212; = Cheng, # 子 件 21 includes magnetic pole 211 and impeller 233 pens It includes the circuit board 231, the coil 2 3 2 and the iron core. The impeller 21 2 of the sub-component 21 is located in the flow path 1 3, and the liquid drive device 2 is installed in the housing 12 of the housing. Directly above. 1 As shown in the first and third figures in April and April, a water inlet 4 is provided on the casing 1 and a water inlet 15 is connected to the accommodation chamber 12, and the top surface of the casing 1 is connected to 5 There are fork seal ring 16 and upper cover I? 〇 骋!明 #Refer to the fourth figure, 'When the liquid drive device 2 is to be assembled in the casing and disposed within 12', let the rotor member 21 and the stator member 23 be installed with the rafter first. ^ 2 2 "After riding the liquid The driving device 2 is assembled in the accommodation chamber 1 2 so that the impeller 212 of the f sub-member 21 is directly corresponding to the bottom space σ of the accommodation chamber 12 / guaidao 1 3 ′ Finally, it is placed on the top surface of the housing 1 The seal ring 16 is used, and then the screw cap king element 18 is used to lock the upper cover 17 to the top surface of the housing 1 to complete the assembly. As shown in the fifth figure, when the water-cooled heat-dissipating mechanism 100 is to be installed above the CPU 2000, it is necessary to lock a CPU fixing seat 201 with a bolt element 2 02 on the top surface of the housing 1 first. , Then lock the CPU mount 201 to the motherboard

Page 8 M279915 IV. Creation instructions (5) 3 0 0 (as shown in the sixth figure), make the case 1 touch CpiJ 2000; then use one end of the official road 3 to connect to the case The water inlet 4 and the water outlet 15 of the body 1 are connected to the other end of the Z channel 3 on a water-cooled row 4, which has a box 41, and a box 41 is formed on each side of the box 41 The water inlet area 42 and / the water outlet area 43, the water inlet 14 of the carcass 1 is connected to the water outlet area 43 through the pipeline 3, and the water outlet 15 of the shell 1 is connected to the water inlet area 42 through the pipeline 3. In the middle of the box 1, a plurality of fins 44 are stacked, so that the hot water in the water inlet area 42 is exchanged by these fins 44 to form cold water, and reaches the water outlet area 43. Of course, there may also be a cooling fan 45 on the side of the heat sinks to accelerate the heat exchange effect. Please refer to the seventh figure for the lock setting. During use, the gold material of the casing 丨 can be used to transfer the heat generated after the CPU 200 runs to the accommodation heat, and the liquid drive device 2 will displace the The cold water is transported from i 2 to the accommodating chamber 12 through the pipeline 3 and the water inlet 14 of the casing 1. The area 43 can exchange heat with the cold water, and then use the liquid to drive the hot water after the heat exchange. Through the water outlet 15 of the casing] and the water inlet area 42 of the hot / cold row 4 so that the hot water in the water inlet area 42 is heat exchanged from the water to the water 44 to form cold water, and then flow Move to the water outlet area to produce /...^ tablets for the next heat exchange. Please refer to the eighth figure for the pinned flow *, which is another embodiment of this creation. The flow channel 13 on the bottom surface of the housing 12 can be arranged by a plurality of convex pillars 132, and the contents are shown in the ninth figure. This is another embodiment of this creation. The flow channel 13 at the bottom surface of the housing chamber 12 can also be formed by a plurality of spiral grooves 133. Long attack

Page 9 M279915 t% Xi, creation instructions (6) In this creation, since the housing 1 of the water-cooled heat dissipation mechanism 100 is directly used as a heat transfer, the composition of the water-cooled heat dissipation mechanism 100 can be simplified. Structure, greatly reducing the volume of the overall structure, thereby saving materials and weight. And the liquid drive device 2 is directly installed in the casing 1, so that the entire mechanism 100 has the functions of water storage in the water tank, circulation of the flow, and removal of heat from the heat source; at the same time: the impeller 212 of the rotor member 21 Located "directly above the flow channel 1": Under the rotation of the impeller jl2, 'the liquid flow velocity here is slightly equal to the linear velocity of each point of the impeller 21 2 and it is passed on to it. 9A —, Jie faster, to improve heat exchange effectiveness. "In summary, the liquid flow rate within 12 is the same as that of the" water-cooled heat dissipation mechanism from the structure disclosed above '4 to the effect described. And this application has not been seen in publications and has not been used publicly. It has been chromium. The person M is a step and so on. The novelty, novelty, description, and description of the new patents that have already been paid are only examples of the creation, and the features and scope of the creation are bound by ^ Fu, both Should be covered within the scope of the patent application or repair of the following case _

苐 Page 10 M279915 Schematic description [Schematic description] The first diagram is the appearance of a conventional water-cooled heat dissipation system. The second picture is a three-dimensional exploded view of this creation. The third picture is a three-dimensional exploded view of another perspective of this creation. The fourth picture is a combined sectional view of this creation. The fifth picture is the three-dimensional appearance of the creation and the CPU mount. The sixth picture is a three-dimensional external view of the original installation after being connected to the water cooling radiator and installed to the CPU. The seventh picture is an action sectional view of the original installation after being installed in the CPU. The eighth figure is a three-dimensional appearance diagram of another embodiment of the present invention. The ninth figure is a three-dimensional appearance view of another embodiment of the present invention. [Representative Symbols of Components] [Knowledge] Water-cooled cooling system 100a CPU 2 0 a Water pump 2 0 a Radiating fins 3 0 3a Water outlet 101a, 201a, 302 Water inlet 102a > 2 0 2a, 301 pipes 103a, 104a, 3 04a, [this creation] water-cooled heat dissipation mechanism 100 housing 1 heat sink 1 0 a water-cooled row 3 0 a water tank 4 0 a, 401 40 2a outer bottom surface 11

M279915 Brief description of the drawing room 12 flow channel 1 3 recess 1 3 1 convex column 1 3 2 spiral groove 1 3 3 water inlet 1 4 water outlet 1 5 seal 1 6 cap 17 bolt element 1 8, 2 0 2 Liquid drive device 2 Rotor component 2 1 Magnetic pole 2 11 Impeller 212 Stator cavity 2 2 Stator component 2 3 Circuit board 2 3 1 Coil 2 3 2 Iron core 2 3 3 Pipe 3 Water-cooled drain 4 Box 41 Water inlet area 4 2 Water outlet Zone 4 3 Heat sink 44 Cooling fan 4 5 CPU 200 Fixture 201 Motherboard 300

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Claims (1)

M279915 V. Applying for a patent Fan Yuan 1. A water-cooled government-heating organization 'used to conduct and dissipate hot green heat includes: The surface is provided with a filling body ---- filled in the volume 2. in the outside 3. structure 4. Its shell sealing ring 5. Middle the stream 6. Middle the stream 7. Middle the stream 8. The liquid is turned to have at least a thermal material, the receiving water port and a moving device 'cooling fluid patent The scope is formed in the shell patent scope belongs to the thermal conductive material patent scope. The shell is equipped with the metal guide capacity. / 杂 体 置 f 内 如 申 # The table is inherited as the gold body of the Yancheng Qingyan. The contact with the heat source is made of φ. The inner surface of the casing and the bottom surface of the outer surface are formed with # 'as the core force. In addition, the water outlet of the casing is connected to the accommodation chamber; it is installed in the accommodation of the casing. Indoor, to drive the device to generate cyclic flow. The water-cooled heat-dissipating mechanism described in item 1, the bottom of the body. The water-cooled heat sink described in item 1 or 2 is made of copper or aluminum. The water-cooled heat-dissipating mechanism according to item 1 has an upper cover, and is arranged side by side between the upper cover and the casing. The water-cooled heat-dissipating mechanism described in item 1 of the patent application scope, wherein t # is formed by a plurality of recesses. tThe water-cooled heat-dissipating mechanism described in item 1 of the scope of the patent application is composed of a plurality of convex columns. The water-cooled heat-dissipating mechanism described in item 1 of the scope of patent application, is formed by a plurality of spiral grooves. According to the water-cooled heat-dissipating mechanism described in item 1 of the scope of the patent application, the body driving device is composed of a rotor component, a fixed cavity and a stator component. The sub-component includes a magnetic pole and an impeller, and the stator component includes electricity. Page 13 M279915 5. Scope of patent application Road boards, coils and iron cores. 9. The water-cooled heat dissipation mechanism according to item 8 of the scope of patent application, wherein the impeller train of the rotor member is located directly above the flow channel. 10. The water-cooled heat dissipation mechanism according to item 1 of the scope of the patent application, wherein the water inlet and the water outlet of the casing are connected with a pipeline to a water-cooled row, and the water-cooled row has a box body A water inlet area and a water outlet area are respectively formed on both sides, and a plurality of heat sinks are stacked at the middle of the box body. 11. The water-cooled heat dissipation mechanism according to item 10 of the scope of patent application, wherein a heat dissipation fan may be fixed at the side of the heat sink. Page 14