CN208753305U - Water-cooling head buckle structure - Google Patents

Abstract

The utility model provides a kind of water-cooling head buckle structure, using being installed in a water-cooling head, and it is sticked with the water-cooling head and is connected in the motherboard with a heater element, the water-cooling head buckle structure includes a fastener, the perforation that there is the fastener a hollow aperture and plural number to be arranged along a side of the fastener, the plural number perforation wears fixation with for the plural fixing piece on the motherboard, and the aperture of the fastener is set on water-cooling head, and the water-cooling head is enabled to accept the fastener；By the fastener of the utility model the perforation position that adjustment meets heater element can be designed according to the label and specifications and models of the heater element on motherboard.

Description

Water-cooling head buckle structure

Technical field

The utility model relates to a kind of water-cooling head buckle structure, espespecially a kind of water cooling for reducing cost and improving production efficiency Head buckle structure.

Background technique

With the development of science and technology the operation frequency of electronic product (such as computer, servomechanism or communication cabinet) is getting faster, make The generated thermal energy in running is obtained also to increase therewith, opposite radiating requirements also improve, wherein for servomechanism, because of servo Device be directed to big data and cloud calculation processing so that it is existing it is air-cooled can not bear current electronic product such as central processing Device (CPU), the radiating requirements for showing card chip (GPU), north and south bridge chip or ASIC chip, therefore dealer just develops a water-cooled plate The radiating requirements of number in satisfaction.

The structure of existing general water-cooled plate (Cold Plate) designs, the bottom plate and a bronze medal being usually made of a copper material The upper cover plate that material is constituted is constituted, and the upper cover plate lid closes on which floor plate, has phase on the upper cover plate and the side of bottom plate It is corresponding plural number lockhole, by plural screw piece sequentially wear the upper cover plate the plural number lockhole and lower cover the plural number lockhole extremely Screw lock is fixed in the lockhole having on a corresponding motherboard, enable the water-cooled plate locking the motherboard a heater element (such as Central processing unit (CPU), display card chip (GPU) or ASIC chip) on, to carry out water-cooling to the heater element.

And the lock of the plural number locking hole of plural number locking hole and lower cover plate of upper cover plate of existing water-cooled plate itself itself Solid hole position is designed according to the specifications and models of the heater element of the motherboard and the demand of label, because of different size model Heater element (such as central processing unit, display card chip (GPU), north and south bridge chip or ASIC chip) if need different locking holes The water-cooled plate of position, such as the central processing unit (such as INTEL I3-CPU or INTEL I7-CPU) with label different size model With regard to needing the water-cooled plate of a different locking hole sites of corresponding design (as the water-cooled plate of corresponding INTEL I3-CPU designs 4 locks Solid hole is provided at four corners of water-cooled plate or the water-cooled plate of corresponding INTELI5-CPU designs 6 locking holes and is provided with water-cooled plate At upper and lower periphery), or the central processing unit (such as INTEL I7-CPU or AMD Ryzen7-CPU) of different labels is also required to pair The water-cooled plate that another money difference locking hole site should be designed (is opened as the water-cooled plate of corresponding INTEL I7-CPU designs 5 locking holes Be located at water-cooled plate edge or corresponding A MD Ryzen7-CPU water-cooled plate design 8 locking holes be provided with water-cooled plate a left side, At right periphery) so that leading to the poor universality of water-cooled plate, production plant is enabled to need to design its correspondence for per a water-cooled plate The mold of motherboard and heater element causes need to be fabricated separately, designs that research and develop at high cost and cost of manufacture high, and is also unable to reach The problems such as risk height can not be unified and be managed to mass production.

In addition, both the upper cover plate and bottom plate of existing water-cooled plate are distinctly individually to be added with computer numerical control equipment (CNC) Manufactured by work, and the upper cover plate is connected with bottom plate using hard solder, but because upper cover plate is both identical with bottom plate Copper material is constituted, and the two must additionally reserve the locking hole site mutually to lock with motherboard thereon so that the upper cover plate with Bottom plate, which integrally needs to extend outward in manufacture, has more position to open up locking hole, leads to the whole big and preponderance of water-cooled plate, into And cost also opposite promotion.

Utility model content

One purpose of the utility model provide it is a kind of with reach save cost water-cooling head buckle structure.

The another object of the utility model is providing a kind of structure design that a fastener is combined by modular water-cooling head, It can reach mass production, increase stable processing procedure, reduction research and development cost, reduce control risk and reduce the water-cooling head fastener knot of weight Structure.

The another object of the utility model is providing one kind by one with metal material forging processing (as being hot-forged processing) side The lower part that the top that formula is formed is formed in such a way that metal material cuts pin processing (such as CNC processing) with one utilizes structure in conjunction with welding manner It designs at the structure of water-cooling head, is formed so that top can effectively be saved with CNC processing method, save the top in processing procedure to reach On time water-cooling head buckle structure.

In order to achieve the above object, the utility model provides a kind of water-cooling head buckle structure, using being installed in a water-cooling head, and with The motherboard with a heater element that the water-cooling head is sticked connects, the water-cooling head buckle structure be characterized in include:

One fastener, with a hollow aperture and plural perforation, the aperture and the plural number perforation are extended through in the fastener On, which is arranged along a side of the fastener, wears fixation with for the plural fixing piece having on the motherboard, should The aperture of fastener is set on the water-cooling head, and the water-cooling head is enabled to accept the fastener.

The water-cooling head buckle structure, in which: the water-cooling head include a top, one with the top mutually cover conjunction lower part, One import, an outlet and a water space capacity, the import and outlet are respectively communicated with the water space capacity, which opens up respectively with outlet On the top, a working fluid flows into the water space capacity by the import.

The water-cooling head buckle structure, in which: the top be equipped with a top end part and one from the outer peripheral edge of the top end part to The side end of lower extension, the import and the outlet, which extend through, to be provided on the top end part, which is equipped with a combined area, should Combined area is located at the side end on a position of bottom end, which is installed in the aperture, and the combination of the side end One outside in area is connected with the side of the fastener of the adjacent aperture, and the top is defined jointly with the side end and the lower part Aforementioned water space capacity.

The water-cooling head buckle structure, in which: the fastener has one to be installed with space, this is installed with, and space is recessed to be formed in this On the other side of fastener, and it is connected to the aperture, which is located in this and is installed in space, which is exposed to this and is installed with space The other side of the concordant adjacent fastener in side.

The water-cooling head buckle structure, in which: the lower part is equipped with plurality of radiating fins and a groove, the plural number heat radiating fin Piece is arranged on the side of the lower part in the water space capacity, and the groove is recessed to be formed on the side of the lower part, and is enclosed It is wound on outside the corresponding plurality of radiating fins, which is connected with the bottom end in face of the side end.

The water-cooling head buckle structure, in which: the top be equipped with a top end part and one from the outer peripheral edge of the top end part to The side end of lower extension, the import and the outlet, which extend through, to be provided on the top end part, which is equipped with a combined area, should Combined area is located at a position of the side end adjacent to bottom end, which is installed in the aperture.

The water-cooling head buckle structure, in which: the side of the lower part is connected in face of the fastener, which is equipped with multiple Number radiating fin, plural through-hole and a groove, the plurality of radiating fins are arranged in one of the lower part in the water space capacity On side, the groove is recessed to be formed on the side of the lower part, and is centered around outside the corresponding plurality of radiating fins, the groove with face The bottom end of the side end is connected, which is applied on the corner of the lower part.

The water-cooling head buckle structure, in which: the fastener is equipped with plural protrusion, which is set to the corresponding plural number On the side of the fastener of through-hole, and there is a connecting hole in the plural number protrusion, the plural connecting hole is with for plural engaging member It wears and is fixed in the corresponding plural number through-hole, the other side of the fastener is enabled mutually to be tightly engaged into the side of the corresponding lower part.

The water-cooling head buckle structure, in which: the fastener has one to be installed with space, this is installed with, and space is recessed to be formed in this On the other side of fastener, and it is connected to the aperture, which is located in corresponding this and is installed in space, the concordant phase in the other side of the lower part The other side of the adjacent fastener.

The water-cooling head buckle structure, in which: one end of one first connector, the outlet are docked in the import on the top Dock one end of one second connector, first connector, the second connector the other end respectively with for a corresponding water pipe It connects, and is respectively provided with one first intercommunicating pore and one second intercommunicating pore in first connector, the second connector, first company Through-hole, the second intercommunicating pore pass through the import and the outlet water space capacity respectively.

The water-cooling head buckle structure, in which: the top with the connection type of the lower part is connect with welding manner, should The connection type of top and the fastener be by welding manner, screw connection manner, compress connection, gluing or clamping or interlocking in a manner of connect It connects.

The water-cooling head buckle structure, in which: the top with the connection type of the lower part is connect with welding manner, should The connection type of lower part and the fastener be in a screw connection manner, welding manner, compress connection, gluing or clamping or interlocking mode connect It connects.

The water-cooling head buckle structure, in which: the top is metal material to forge made by processing method, the lower part Be metal material to cut made by pin processing method, the top and lower part are same metal material, the metal material be copper, iron, Aluminium, stainless steel, titanium or its alloy material.

The water-cooling head buckle structure, in which: the fastener is metal material, and the metal material be aluminium, it is iron, stainless Steel, titanium or its alloy material, the fastener are made by machining, die-casting process, punch process or forging processing method.

The water-cooling head buckle structure, in which: the lower part of the water-cooling head is sticked on the heater element of the motherboard, should Motherboard is equipped with a fixed plate, which is set on the side of the fixed plate, and the plural number fixing piece has plural spiral shell Zygostyle and plural positioning column, a part of perforation screw togather column for the plural number in the fixed plate and wear fixation, and the plural number spiral shell Zygostyle is screwed with corresponding plural spiral lock, and it is fixed that the perforation of another part is worn for the plural number positioning column in the fixed plate Position.

The water-cooling head buckle structure, in which: the lower part of the water-cooling head is sticked on the heater element of the motherboard, should Motherboard is equipped with a fixed plate and plural extension, which is set on the side of the fixed plate, and the plural number is fixed Part has plural positioning column, which wears positioning for the plural number positioning column in the fixed plate, which sets In the two opposite sides side of the fixed plate, to grip the fastener.

It is designed by this water-cooling head buckle structure of the utility model, so that can be according to the label of the heater element on motherboard And specifications and models design adjustment meets the perforation position of heater element, and also effectively reaches saving research and development cost, reduces and be produced into Sheet and reduction water-cooling head buckle structure overall weight.

Detailed description of the invention

Figure 1A is the perspective exploded view of the first embodiment of the utility model.

Figure 1B is another view stereo decomposition diagram of the first embodiment of the utility model.

Fig. 2A is the Three-dimensional combination diagram of the first embodiment of the utility model.

Fig. 2 B is the three-dimensional combination partial cutaway schematic of the first embodiment of the utility model.

Fig. 3 A is the state sample implementation decomposition diagram of the first embodiment of the utility model.

Fig. 3 B is the state sample implementation combination diagram of the first embodiment of the utility model.

Fig. 4 A is the perspective exploded view of the second embodiment of the utility model.

Fig. 4 B is the Three-dimensional combination diagram of the second embodiment of the utility model.

Fig. 5 is the perspective exploded view of the 3rd embodiment of the utility model.

Fig. 5 A is the Three-dimensional combination diagram of the 3rd embodiment of the utility model.

Fig. 5 B is the three-dimensional combination partial cutaway schematic of the 3rd embodiment of the utility model.

Fig. 6 A is the state sample implementation decomposition diagram of the 3rd embodiment of the utility model.

Fig. 6 B is the state sample implementation combination diagram of the 3rd embodiment of the utility model.

Description of symbols: water-cooling head 2；Import 211；Outlet 212；Top 214；Top end part 2141；Side end 2142；Knot Close area 2143；Lower part 215；Radiating fin 2151；Groove 2153；Through-hole 2154；Water space capacity 216；First connector 25；First Intercommunicating pore 251；Second connector 26；Second intercommunicating pore 261；Fastener 3；Aperture 31；Perforation 32；It is installed with space 33；Protrusion 34；Even Connect hole 341；Engaging member 4；Motherboard 5；Fixed plate 51；Fixing piece 52；Screw togather column 521；Positioning column 522；Extension 53；Fever member Part 6；Water pipe 7；Spiral lock 8.

Specific embodiment

The above-mentioned purpose and its structure of the utility model and characteristic functionally, by the preferred embodiment according to institute's accompanying drawings It is explained.

A kind of water-cooling head buckle structure of the utility model system please refers to the vertical of the first embodiment that Figure 1A is the utility model Body decomposition diagram；Figure 1B is another view stereo decomposition diagram of the first embodiment of the utility model；Fig. 2A is this reality With the Three-dimensional combination diagram of novel first embodiment；Fig. 2 B is the three-dimensional combination part of the first embodiment of the utility model Diagrammatic cross-section；Fig. 3 A is the state sample implementation decomposition diagram of the first embodiment of the utility model；Fig. 3 B is the utility model First embodiment state sample implementation combination diagram.The water-cooling head buckle structure application is installed in a water-cooling head 2, sets to connect It is sticked again on a tool heater element motherboard after the water-cooling head 2, wherein the motherboard 5 is equipped with a fixed plate 51 and plural number is fixed Part 52, the plural number fixing piece 52 be set to the fixed plate 51 side on, and the plural number fixing piece 52 with plural number screw togather column 521 and Plural positioning column 522, the water-cooling head 2 include that a top 214, a lower part 215, an import 211, one outlet 212 and an appearance water are empty Between 216, wherein the import 211 and outlet 212 are provided on the top 214 respectively, which is respectively communicated with exporting 212 The water space capacity 216, and the top 214 is metal material (such as copper, iron, aluminium, stainless steel, titanium or its alloy material) to forge Made by (such as hot forging) processing method, 214 system of top lid is closed on the side of the lower part 215, in the top of the present embodiment 214 Connection type with lower part 215 is to be connected as one to be constituted aforementioned water-cooling head 2 with welding manner, but do not regard it as and be limited.And it should Top 214 is equipped with a top end part 2141 and the side end 2142 that extends downwardly from the outer peripheral edge of the top end part 2141, the import 211 extend through and are provided on the top end part 2141 on the top 214 with outlet 212, the side end 2142 on the top 214 and top Aforementioned water space capacity 216 is defined in portion 2141 and lower part 215 jointly, and a working fluid (such as pure water) is flowed by the import 211 should Water space capacity 216.

The side end 2142 is equipped with a combined area 2143, which is located at the side end 2142 adjacent to its bottom end One position, the lower part 215 are that metal material (such as copper, iron, aluminium, stainless steel, titanium or its alloy material) is to cut pin processing (such as Computer numerical controls equipment, CNC processing) made by mode, and the lower part 215 and top 214 are same metal material, Yu Benshi The lower part 215 and top 214 for applying example are copper material explanation.And the lower part 215 is equipped with plurality of radiating fins 2151 and a groove 2153, which is arranged on the side of the lower part 215 in the water space capacity 216, the groove 2153 On the recessed side for being formed in the lower part 215, and be centered around outside the corresponding plurality of radiating fins 2151, the groove 2153 with face The bottom end of the side end 2142 is connected.

And the water-cooling head buckle structure of the utility model includes a fastener 3, which is metal material such as aluminium, iron, no The constituent of steel, commercial pure titanium, titanium or its alloy material or plastic cement or metal and plastic cement of becoming rusty, and in 3 table of the fastener of the present embodiment It is shown as aluminium material, and shape is in an explanation in rectangular shape, in when it is implemented, the fastener 3 can also design alternative other materials And other shapes (such as square shape or diamond shaped).And the fastener 3 is with machining (such as CNC processing), die-casting process, punching press Made by processing or forging processing method, which is connected with the top 214 of the corresponding water-cooling head 2, which has one It is installed with the hollow aperture 31 in space 33, one and plural perforation 32, the aperture 31 and 32 system of plural number perforation are not connected to the Rong Shuikong Between 216, the aperture 31 and the plural number perforation 32 extend through on the fastener 3, and indicate the width of the aperture 31 in the present embodiment Degree is greater than the width on the top 214 of the water-cooling head 2 and is less than the width of the lower part 215 of the water-cooling head 2.And 32 system of plural number perforation It is arranged along a side of the fastener 3, wears fixation with for the plural fixing piece 52 on the motherboard 5, is indicated in the present embodiment The plural number perforation 32 is 6 perforations 32, wherein 4 perforations 32 are screwed togather with the plural number in the fixed plate 51 for the motherboard 5 Column 521 (such as 4 screw togather column 521) wears fixation, and the plural number is enabled to screw togather column 521 and corresponding plural spiral lock 8 (such as 4 screws) It is screwed, (such as 2 positioning columns of plural number positioning column 522 of remaining 2 perforation 32 in the fixed plate 51 for the motherboard 5 522) positioning and fixation are worn, enable the lower part 215 of the water-cooling head 2 can consolidate be sticked the motherboard 5 heater element 6 (as in Central processor (CPU), display card chip (GPU) or ASIC chip) on, to carry out Water-cooling circulating heat dissipation to the heater element 6.

And in the fastener of the present embodiment 3 be the corresponding heater element 6 be as Intel (INTEL) label central processing unit (such as CPU-I3), and arrange in pairs or groups and meet the explanation of motherboard 5 of aforementioned heater element 6 (such as CPU-I3), however, it is not limited to this.And it is somebody's turn to do Hole site, shape and the quantity of the plural number perforation 32 opened up on fastener 3 can be in advance according to the label of the heater element 6 and rule The Demand Design of lattice number, adjustment is provided with the perforation position on the fastener 3 and size, shape and the quantity of perforation, and arranges in pairs or groups Meet correspondence to lock the motherboard 5 fixed plate 51 on the position for screwing togather column 521 and positioning column 522, shape and quantity.

Furthermore the aperture 31 of the fastener 3 is set on the water-cooling head 2, and water-cooling head 2 is enabled to accept the fastener 3 (as being socketed), and The combined area 2143 of aforementioned side end 2142 is installed in the aperture 31, the outside of the combined area 2143 of the side end 2142 and phase The side of the fastener 3 of the adjacent aperture 31 is connected, and the part and top end part 2141 of the adjacent top end part in side end 2142 are then Positioned at the aperture 31 surface and it is exposed outside.And side end 2142 and the fastener 3 on the top 214 are indicated in the present embodiment Connection type is with welding manner (such as tin welding) connection, and however, it is not limited to this, in when it is implemented, interlocking side also can be selected Formula, screw connection manner or gluing or snap fit connection.This is installed on the recessed other side for being formed in the fastener 3 in space 33, and even Lead to the aperture 31, and the lower part 215 is located in corresponding this and is installed in space 33, the other side (i.e. lower part 215 of the lower part 215 It is exposed to the side for being installed with space 33) other side of the concordant adjacent fastener 3.

In an alternate embodiment, change the top end part that the width for being installed with space 33 of the fastener 3 is equal to the top 214 by design The width of 214 outer peripheral edges, and 214 outer peripheral edge of top end part on the top 214 is contained in this and is installed in space 33, and the fastener 3 with Top 214 is connected with compressing connection type, such as when connecting fixed with the plural number fixing piece 52 of fixed plate 52 by the fastener 3 The engaging force generated, enables the fastener 3 that can generate a downward pressure and is compressed and connected to the top 214, and then allows the water Cold head 2 can be more close to be stabilized on heater element 6.

So the top 214 formed by forging processing method is welded with the lower part 215 for cutting the formation of pin (such as CNC) processing method Binding is integrated the design for constituting modular water-cooling head 2 and being combined with the fastener 3 that can be produced according to label and specifications and models, removes The heater element 6 of the applicable each label of modular water-cooling head 2 and a plurality of different size models, to reach, commonality is high, section Management cost is saved, control risk is reduced, increases to produce and stablize and improve production efficiency, and also effectively reaches mass production and reduction Outside the effect of cost, and manufacturing and researching and developing the upper locking mode that need to be only directed to different heat element 6 and label and specifications and models The face shaping for designing the fastener 3 and 32 position of perforation thereon are corresponded to, shortens the development time effectively to reach and reduces research and development The effect of cost.

Further, since the modular water-cooling head 2 of the utility model itself is not provided with the function with the locking of 5 phase of motherboard Can, opposite modular water-cooling head 2 itself does not need to reserve the extra lockhole position locked with 5 phase of motherboard yet, allows the module The water-cooling head 2 of change can reach mitigation overall weight on the whole and reduce cost, and the top 214 of the water-cooling head 2 of aforementioned modules It is formed in the way of forging processing (such as hot forging processing), so that pin processing (such as CNC processing) can effectively be solved to cut in processing procedure process Very complicated and the too long problem of processing time, and then effectively reach and reduce cost.

In addition, the docking of import 211 one on the top 214 penetrates through one end of the first connector 25 of the aperture 31, should go out Mouthfuls 212 docking one penetrate through one end of the second connector 26 of the aperture 31, first connector, the second connector 25,26 The other end is then exposed outside the top of aperture 31, and the other end of first connector, the second connector 25,26 respectively with for A corresponding water pipe 7 connects, and be respectively provided in first connector, the second connector 25,26 one first intercommunicating pore 251 and One second intercommunicating pore 261, first intercommunicating pore, the second intercommunicating pore 251,261 pass through 212 connection of the import 211 and outlet respectively The water space capacity 216, and first connector, the second connector 25,26 are separately connected a water-cooling heat radiating device (comprising water of radiation Row and pumping, do not show in figure) two water pipes 7, this will be received in the plurality of radiating fins 2151 in the water space capacity 216 by enabling After the heat and working fluid of heater element 6 carry out heat exchange heat dissipation, pass through the working fluid with heat by the outlet 212 Second intercommunicating pore 261 and connection a water pipe 7 and be flowed into pumping, then again by pumping drive and flow to water of radiation row Inside radiate, then working fluid after cooling then via in another water pipe 7 of connection pass through second intercommunicating pore 261 and In import 211 to the water space capacity 216, circulation cooling of not cutting off the water supply always, to achieve the effect that water-cooling.

Therefore, it by the design of this water-cooling head buckle structure of the utility model, saves cost so that effectively reaching, mitigate weight Amount and mass production, and also effectively reach improving production efficiency.

Please refer to the perspective exploded view for the second embodiment that Fig. 4 A is the utility model；Fig. 4 B is the utility model The Three-dimensional combination diagram of second embodiment.The structure and connection relationship and effect of the water-cooling head buckle structure of the present embodiment are big Cause is identical as the structure of the water-cooling head buckle structure of aforementioned first embodiment and connection relationship and effect, therefore does not go to live in the household of one's in-laws on getting married again herein State, the present embodiment mainly by the side end 2142 on the top 214 of aforementioned first embodiment and fastener 3 with welding manner in conjunction with, The side for changing the design lower part 215 is connect in face of the fastener 3 namely the present embodiment indicates aforementioned lower part 215 and the fastener 3 Connection type is to combine in a screw connection manner, and however, it is not limited to this, in when it is implemented, being alternatively chosn to welding manner or interlocking Mode or clamping or gluing mode connect.And the lower part 215 is equipped with plural through-hole 2154, which is applied under this On the corner (four corners of such as lower part 215) in portion 215, the plural number through-hole 2154 is with for plural 4 (such as screw of engaging member Part) wear fixation.And the fastener 3 is equipped with plural protrusion 34, which is set to the button of the corresponding plural number through-hole 2154 On the side of tool 3, indicate that the plural number protrusion 34 is located on the side of the fastener 3 of the adjacent aperture 31 in the present embodiment, and this is multiple There is a connecting hole 341, which is worn admittedly with for the plural number engaging member 4 (such as screw piece) in number protrusion 34 In fixed extremely corresponding plural number through-hole 2154, the other side of the fastener 3 and the side of the corresponding lower part 215 is enabled mutually to be tightly engaged into.

In an alternate embodiment, the connection type of the fastener 3 and lower part 215 is to compress connection type, such as by the button The engaging force that tool 3 generates when connecting fixed with the plural number fixing piece 52 of fixed plate 52, enables the fastener 3 that can generate one and is pressed downward Power compresses the lower part 215 and is connected, and then the water-cooling head 2 can be more close to be stabilized on heater element 6.

Please refer to the perspective exploded view for the 3rd embodiment that Fig. 5 is the utility model；Fig. 5 A is the utility model The Three-dimensional combination diagram of 3rd embodiment；Fig. 5 B is the three-dimensional combination part section signal of the 3rd embodiment of the utility model Figure；Fig. 6 A is the state sample implementation decomposition diagram of the 3rd embodiment of the utility model；Fig. 6 B is that the third of the utility model is real Apply the state sample implementation combination diagram of example.The structure and connection relationship and effect of the water-cooling head buckle structure of the present embodiment are substantially It is identical as the structure of the water-cooling head buckle structure of aforementioned second embodiment and connection relationship and effect, therefore do not repeat again herein, Mainly the hole site of perforation 32, quantity and shape are corresponding hairs to the present embodiment by the fastener 3 of aforementioned second embodiment and thereon Thermal element 6 is such as Intel (INTEL) label third generation central processing unit (such as referred to as CPU-I3), and arranges in pairs or groups and meet the host Plate 5 and column 521 and positioning column 522 are screwed togather thereon, change and be designed as the fastener 3 and the thereon hole site of perforation 32, quantity and shape Be corresponding heater element 6 be as the 9th generation central processing unit of INTEL label (as referred to as CPU-I9), and arrange in pairs or groups meet the host It plate 5 and thereon positioning column 522 and is not provided with and screws togather column 521；Namely Fig. 6 A, Fig. 6 B are referred to, the present embodiment indicates being somebody's turn to do for the fastener 3 Plural perforation 32 is 4 perforations 32, the plural number positioning column of 4 perforations 32 in the fixed plate 51 for the motherboard 5 522 (such as 4 positioning columns 522) wear positioning and fixation, and are not provided in the fixed plate 51 of the motherboard 5 and aforementioned screw togather column 521. In addition, aforementioned motherboard 5 has plural extension 53, which is set to the two opposite sides side of the fixed plate 51, should Plural extension 53 grips the fastener 3 to assist, and to consolidate the fastener 3, fixes the water-cooling head 2 stabilization indirectly and is sticked On the heater element 6.

It is following to lift actual implementation explanation:

When the heater element 6 on the motherboard 5 is such as the 9th generation central processing unit of INTEL label (such as referred to as CPU-I9) When, user (or dealer) directly locks original modular water-cooling head 2 intrinsic corresponding such as AMD label central processing unit at this time Fastener 3 the 4 spiral shell demolition of plural number engaging member is unloaded down thereon, modular water-cooling head 2 is directly then replaced another Fastener 3 and thereon perforation 32 are corresponding such as the 9th generation central processing unit of INTEL label (such as referred to as CPU-I9), and multiple by this Number engaging member 4 wears the plural number connecting hole 341 and is threaded into the plural number through-hole 2154 of the lower part 215, enables corresponding INTEL label Fastener 3 connect with modular water-cooling head 2 after, then 4 perforations 32 of the fastener 3 are directly inserted in the corresponding motherboard 5 On the plural number positioning column 522 (such as 4 positioning columns 522) on position and fix, while plural number extension 53 of the fixed plate 51 The side that the fastener 3 can be gripped, make the lower part 215 of the water-cooling head 2 be sticked on the heater element 6 carry out Water-cooling circulating dissipate Heat.

In an embodiment, which has plurality of radiating fins (not shown), which is set to the fastener On 3 side, the plurality of radiating fins is will receive heat that the water-cooling head 2 transmits rapidly to external radiation on the fastener 3 Heat dissipation, to reach improving heat radiation efficiency.

So the design combined by the water-cooling head 2 of the utility model aforementioned modules with the locking of 3 phase of fastener, makes modularization Water-cooling head 2 can apply the fastener 3 of different moneys (such as according to the label and specifications and models or heat dissipation characteristics and ability of heater element 6 Corresponding different labels, the fastener 3 of specifications and models central processing unit or the fastener 3 with radiating fin 2151), allow modular water Cold head 2 can reach commonality height, effectively to achieve the effect that reduce cost and mass production, and also can reach fastener 3 and module 2 assembly and replace of the water-cooling head convenience of change is good.

Claims (16)

1. a kind of water-cooling head buckle structure, using being installed in a water-cooling head, and there is a fever member with what the water-cooling head was sticked One motherboard of part connects, the water-cooling head buckle structure be characterized in include:

One fastener extends through on the fastener with a hollow aperture and plural perforation, the aperture and the plural number perforation, should Plural perforation is arranged along a side of the fastener, wears fixation with for the plural fixing piece having on the motherboard, the fastener Aperture be set on the water-cooling head, enable the water-cooling head accept the fastener.

2. water-cooling head buckle structure according to claim 1, it is characterised in that: the water-cooling head include a top, one with should Top mutually covers the lower part of conjunction, an import, an outlet and a water space capacity, the import and outlet and is respectively communicated with the water space capacity, should Import and outlet are provided with the top respectively, and a working fluid flows into the water space capacity by the import.

3. water-cooling head buckle structure according to claim 2, it is characterised in that: the top is equipped with a top end part and one from this The side end that the outer peripheral edge of top end part extends downwardly, the import and the outlet, which extend through, to be provided on the top end part, the side Portion is equipped with a combined area, which is located at the side end on a position of bottom end, which is installed in the aperture, And an outside of the combined area of the side end is connected with the side of the fastener of the adjacent aperture, and the top and the side end And aforementioned water space capacity is defined in the lower part jointly.

4. water-cooling head buckle structure according to claim 2, it is characterised in that: the fastener has one to be installed with space, the appearance It is formed on the other side of the fastener if space is recessed, and is connected to the aperture, which is located in this and is installed in space, the lower part It is exposed to the other side of the concordant adjacent fastener in the side for being installed with space.

5. water-cooling head buckle structure according to claim 3, it is characterised in that: the lower part is equipped with plurality of radiating fins and one Groove, the plurality of radiating fins are arranged on the side of the lower part in the water space capacity, and the groove is recessed to be formed in this It on the side of lower part, and is centered around outside the corresponding plurality of radiating fins, which is connected with the bottom end in face of the side end.

6. water-cooling head buckle structure according to claim 2, it is characterised in that: the top is equipped with a top end part and one from this The side end that the outer peripheral edge of top end part extends downwardly, the import and the outlet, which extend through, to be provided on the top end part, the side Portion is equipped with a combined area, which is located at a position of the side end adjacent to bottom end, which is installed in the aperture.

7. water-cooling head buckle structure according to claim 6, it is characterised in that: the side of the lower part with face the fastener phase Connection, the lower part are equipped with plurality of radiating fins, plural through-hole and a groove, the plurality of radiating fins and are arranged in the Rong Shuikong On the side of the interior lower part, the groove is recessed to be formed on the side of the lower part, and is centered around the corresponding plural number heat radiating fin Outside piece, which is connected with the bottom end in face of the side end, which is applied on the corner of the lower part.

8. water-cooling head buckle structure according to claim 7, it is characterised in that: the fastener is equipped with plural protrusion, the plural number Protrusion is set on the side of the fastener of the corresponding plural number through-hole, and has a connecting hole in the plural number protrusion, the plural connection Hole is fixed in the corresponding plural number through-hole with so that plural engaging member is worn, and enables the one of the other side of the fastener and the corresponding lower part Side is mutually tightly engaged into.

9. water-cooling head buckle structure according to claim 8, it is characterised in that: the fastener has one to be installed with space, the appearance It is formed on the other side of the fastener if space is recessed, and is connected to the aperture, which is located in corresponding this and is installed in space, should The other side of the concordant adjacent fastener in the other side of lower part.

10. water-cooling head buckle structure according to claim 2, it is characterised in that: the import docking one first on the top One end of one second connector, the other end difference of first connector, the second connector are docked in one end of connector, the outlet It is connected with for a corresponding water pipe, and is respectively provided with one first intercommunicating pore and one in first connector, the second connector Second intercommunicating pore, first intercommunicating pore, the second intercommunicating pore pass through the import and the outlet water space capacity respectively.

11. water-cooling head buckle structure according to claim 2, it is characterised in that: the connection type on the top and the lower part It is to be connected with welding manner, the connection type of the top and the fastener is with welding manner, screw connection manner, compresses connection, gluing Or clamping or interlocking mode connect.

12. water-cooling head buckle structure according to claim 2, it is characterised in that: the connection type on the top and the lower part It is to be connected with welding manner, the connection type of the lower part and the fastener is in a screw connection manner, welding manner, compresses connection, gluing Or clamping or interlocking mode connect.

13. water-cooling head buckle structure according to claim 2, it is characterised in that: the top is that metal material is added with forging Made by work mode, which is metal material to cut made by pin processing method, and the top and lower part are same metal material, The metal material is copper, iron, aluminium, stainless steel, titanium or its alloy material.

14. water-cooling head buckle structure according to claim 1, it is characterised in that: the fastener is metal material, and the metal Material is aluminium, iron, stainless steel, titanium or its alloy material, which is with machining, die-casting process, punch process or forging Made by processing method.

15. water-cooling head buckle structure according to claim 2, it is characterised in that: the lower part of the water-cooling head is sticked in the master On the heater element of machine plate, which is equipped with a fixed plate, which is set on the side of the fixed plate, and this is multiple Number fixing piece screws togather column with plural number and plural positioning column, a part of perforation screw togather column for the plural number in the fixed plate and wear If it is fixed, and the plural number screws togather column and is screwed with corresponding plural spiral lock, the perforation of another part is in the fixed plate The plural number positioning column wears positioning.

16. water-cooling head buckle structure according to claim 2, it is characterised in that: the lower part of the water-cooling head is sticked in the master On the heater element of machine plate, which is equipped with a fixed plate and plural extension, which is set to the fixed plate On side, and the plural number fixing piece has plural positioning column, which wears for the plural number positioning column in the fixed plate Positioning, which is set to the two opposite sides side of the fixed plate, to grip the fastener.