CN106919234B - A kind of computer hardware Special heat dissipating case - Google Patents

A kind of computer hardware Special heat dissipating case Download PDF

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Publication number
CN106919234B
CN106919234B CN201710110878.4A CN201710110878A CN106919234B CN 106919234 B CN106919234 B CN 106919234B CN 201710110878 A CN201710110878 A CN 201710110878A CN 106919234 B CN106919234 B CN 106919234B
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China
Prior art keywords
heat dissipation
dissipation tank
hole
tank ontology
symmetrically
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CN106919234A (en
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不公告发明人
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HUNAN ZHONGPU TECHNOLOGY Co.,Ltd.
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Lin Xing Xing
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    • GPHYSICS
    • G06COMPUTING; CALCULATING; COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F1/00Details not covered by groups G06F3/00 – G06F13/00 and G06F21/00
    • G06F1/16Constructional details or arrangements
    • G06F1/18Packaging or power distribution
    • G06F1/181Enclosures
    • GPHYSICS
    • G06COMPUTING; CALCULATING; COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F1/00Details not covered by groups G06F3/00 – G06F13/00 and G06F21/00
    • G06F1/16Constructional details or arrangements
    • G06F1/20Cooling means

Abstract

The present invention relates to a kind of heat dissipation tank more particularly to a kind of computer hardware Special heat dissipating casees.The technical problem to be solved in the present invention is to provide one kind effectively to be radiated to computer hardware, can will generate heat smaller and the higher hardware separation of fever computer hardware Special heat dissipating case.In order to solve the above-mentioned technical problems, the present invention provides such a computer hardware Special heat dissipating casees, include heat dissipation tank ontology, mounting plate, the first magnetic patch, rotating plate, the first strainer, second magnetic patch etc.;The left side and right side of heat dissipation tank ontology are symmetrically provided with first through hole, mounting plate are respectively connected between the intrinsic antetheca of heat dissipation tank and rear wall, the middle part of mounting plate is provided with fourth hole, and the roof center of heat dissipation tank ontology is provided with third through-hole.The present invention is by the way that baffle to be inserted into third through-hole and fourth hole, so that the fever of the left and right being placed on the intrinsic mounting plate of heat dissipation tank two is smaller and the higher hardware that generates heat is isolated.

Description

A kind of computer hardware Special heat dissipating case
Technical field
The present invention relates to a kind of heat dissipation tank more particularly to a kind of computer hardware Special heat dissipating casees.
Background technique
Computer is commonly called as computer, is a kind of electronic computer device for supercomputing, can carry out numerical value calculating, and can To carry out logic calculation, also has the function of store-memory.It is that can be run according to program, it is automatic, high speed processing mass data Modernize intelligent electronic device.It is made of hardware system and software systems, the computer for being fitted without any software is referred to as naked Machine.Supercomputer, industrial control computer, network computer, personal computer, five class of embedded computer can be divided into, compared with Advanced computer has biocomputer, photonic computer, quantum computer etc..
The heat dissipation tank of existing computer hardware includes mainly cabinet in topology layout, opens up heat dissipation in the end of cabinet Window realizes the purpose of heat dissipation by radiator, since the thermal component in computer hardware mainly includes mainboard and hard disk.However By computer hardware other do not generate heat or generate heat lesser room temperature equipment RAM card, buzzer etc. also with mainboard and hardware It is installed together, this just easilys lead to increase memory in the heat transfer to RAM card, buzzer that mainboard and hard disk distribute The heat of card, buzzer, while also increasing the working strength of radiator fan.
Therefore need to research and develop one kind and can effectively be radiated to computer hardware, can will fever is smaller and fever compared with The computer hardware Special heat dissipating case of high hardware separation, come overcome in the prior art can not effectively to computer hardware into The shortcomings that row heat dissipation, the smaller and fever higher hardware separation that can not will generate heat.
Summary of the invention
(1) technical problems to be solved
The present invention can not effectively radiate to computer hardware in order to overcome in the prior art, can not will generate heat The shortcomings that smaller and fever higher hardware separation, the technical problem to be solved in the present invention is to provide one kind can be effectively to meter Calculation machine hardware is radiated, can will generate heat smaller and the higher hardware separation of fever computer hardware Special heat dissipating case.
(2) technical solution
In order to solve the above-mentioned technical problems, the present invention provides such a computer hardware Special heat dissipating casees, include Heat dissipation tank ontology, mounting plate, the first magnetic patch, rotating plate, the first strainer, the second magnetic patch, baffle and rubber block, a left side for heat dissipation tank ontology Side and right side are symmetrically provided with first through hole, are respectively connected with mounting plate between the intrinsic antetheca of heat dissipation tank and rear wall, mounting plate Middle part is provided with fourth hole, and the roof center of heat dissipation tank ontology is provided with third through-hole, and the bottom wall central of heat dissipation tank ontology is provided with Third groove, the roof right part of heat dissipation tank ontology are provided with the second groove, baffle are equipped in third groove, and baffle passes through third through-hole And fourth hole, baffle top right side are connected with rubber block, rubber block and the second groove cooperate, the left side and the right side of heat dissipation tank ontology The mode that side lower part is connected by hinge is connected with rotating plate, is respectively connected with the first strainer, the front and rear sides of rotating plate in the middle part of rotating plate It is symmetrically connected with the second magnetic patch, two wall of front and back at left and right sides of heat dissipation tank ontology is symmetrical above and below to be provided with the first groove, The first magnetic patch is respectively connected in first groove.
It preferably, further include having cover board, screw rod and fixture block, the left side of heat dissipation tank ontology and right upper portion are connected by hinge The mode connect is connected with cover board, is symmetrically provided with the second through-hole before and after the left part of left side cover board and the right part of right side cover board, rotating plate Lower part front and back is symmetrically provided with threaded hole, and the mode being connected through a screw thread in threaded hole is connected with screw rod, and the outer surface of screw rod is opened There is the internal screw thread with external screw thread cooperation, fixture block is respectively connected on screw rod, the horizontal length of the second through-hole is 4 centimetres, the second through-hole Horizontal width be 6 centimetres, the horizontal length of fixture block is 3 centimetres, and the horizontal width of fixture block is 5 centimetres.
Preferably, further include having cooling mechanism, be symmetrically connected with cooling mechanism in the middle part of the front side of heat dissipation tank ontology and rear side, Cooling mechanism includes filter screen frame, first motor, runner, bull stick, connecting rod, elevating lever, cylinder body, air inlet pipe, check valve and piston, It is symmetrically connected with filter screen frame in the middle part of the front side of heat dissipation tank ontology and rear side, antetheca is equipped with first motor, the first electricity in filter screen frame Be connected with runner on rear side of machine, be connected with bull stick on runner, one end of the right end rotary type connection connecting rod of bull stick, connecting rod it is another End rotary type is connected with elevating lever, and cylinder body is connected at the top of filter screen frame, is equipped with piston in cylinder body, the bottom wall central of cylinder body is provided with Fifth hole, elevating lever pass through fifth hole, and the top of elevating lever and the bottom centre of piston connect, roof of cylinder body or so pair Title is connected with escape pipe, and the lower right side of cylinder body is connected with air inlet pipe, is respectively connected with check valve on air inlet pipe and escape pipe.
It preferably, further include having fixed link and wirerope, the top or so of heat dissipation tank ontology is symmetrically connected with fixed link, lid Wirerope is respectively connected on plate, wirerope is each attached in fixed link.
Preferably, further include having handle, aperture is uniformly provided on mounting plate, is connected with handle at the top of baffle.
Preferably, first motor is servo motor.
Working principle: in use, the smaller and higher hardware that generates heat that will generate heat first is placed on the intrinsic peace of heat dissipation tank In loading board, baffle is inserted into third through-hole and fourth hole first, so that the rubber block on baffle is stuck in the second groove admittedly It lives calmly, then the smaller and higher hardware that generates heat that will generate heat is individually positioned in the left and right two on the intrinsic mounting plate of heat dissipation tank, This makes it possible to the smaller heat be isolated on a mounting board with the higher hardware that generates heat, prevent from generating heat higher hardware that will generate heat Amount is transmitted to the lesser hardware of fever.Then, the rotating plate of the left and right sides is closed, at this time the second magnetic patch and heat dissipation tank on rotating plate The first magnetic patch on ontology is attracting, and rotating plate is fixed, because of the effect of the first strainer on rotating plate, can prevent it is extraneous compared with Big impurity also can effectively come to carry out computer hardware into while spilling into hot tank ontology the effect for influencing heat dissipation Heat dissipation, so that the intrinsic heat loss of heat dissipation tank.
Because further including having cover board, screw rod and fixture block, the left side of heat dissipation tank ontology is connected by hinge with right upper portion Mode be connected with cover board, the second through-hole is symmetrically provided with before and after the left part of left side cover board and the right part of right side cover board, under rotating plate Portion front and back is symmetrically provided with threaded hole, and the mode being connected through a screw thread in threaded hole is connected with screw rod, and the outer surface of screw rod is provided with With the internal screw thread of external screw thread cooperation, fixture block is respectively connected on screw rod, the horizontal length of the second through-hole is 4 centimetres, the second through-hole Horizontal width is 6 centimetres, and the horizontal length of fixture block is 3 centimetres, and the horizontal width of fixture block is 5 centimetres, is dissipated when to computer hardware Heat is completed, and cover board and rotating plate all in opened condition when, after first closing rotating plate, then the cover board on both sides closed, rotation Dynamic 90 ° of fixture block, cover board is fixed on rotating plate.This makes it possible to prevent extraneous dust from entering heat dissipation tank by the first strainer In ontology, the effect of heat dissipation is influenced.
Because further including having cooling mechanism, it is symmetrically connected with cooling mechanism in the middle part of the front side of heat dissipation tank ontology and rear side, is dissipated Heat engine structure includes filter screen frame, first motor, runner, bull stick, connecting rod, elevating lever, cylinder body, air inlet pipe, check valve and piston, is dissipated It is symmetrically connected with filter screen frame in the middle part of the front side of hot tank ontology and rear side, antetheca is equipped with first motor, first motor in filter screen frame Rear side be connected with runner, be connected with bull stick on runner, one end of the right end rotary type connection connecting rod of bull stick, the other end of connecting rod Rotary type is connected with elevating lever, is connected with cylinder body at the top of filter screen frame, is equipped with piston in cylinder body, and the bottom wall central of cylinder body is provided with the Five through-holes, elevating lever pass through fifth hole, and the top of elevating lever and the bottom centre of piston connect, the roof bilateral symmetry of cylinder body It is connected with escape pipe, the lower right side of cylinder body is connected with air inlet pipe, is respectively connected with check valve on air inlet pipe and escape pipe, works as needs When smaller to the fever being placed on the intrinsic mounting plate of heat dissipation tank of generate heat higher hardware radiates, control the first One motor rotates clockwise, and first motor drives runner to rotate clockwise, and then driven by rotating wheel bull stick rotates clockwise, bull stick band The right end of dynamic connecting rod rotates clockwise, and the left end of connecting rod pulls elevating lever to move downward, so that elevating lever pulls piston in cylinder body It inside moves downward, at this point, extraneous cooler gas is entered in cylinder body by escape pipe, and cylinder because there is check valve Intracorporal gas is entered in heat dissipation tank ontology by air inlet pipe, when piston moves downward to a certain degree when, control first electricity Machine rotates counterclockwise, and first motor drives runner to rotate counterclockwise, and then driven by rotating wheel bull stick rotates counterclockwise, bull stick band The right end of dynamic connecting rod rotates counterclockwise, and the left end of connecting rod pushes elevating lever to move upwards, so that elevating lever pushes piston in cylinder body It inside moves upwards, because there is check valve, escape pipe will not be passed through by entering the cooler gas in the external world sucked in cylinder body Refluence is gone out the external world, and the intrinsic hot-air of heat dissipation tank will not be entered in cylinder body by air inlet pipe.Pass through control first Motor allows piston constantly to move up and down in cylinder body along inverse alternate rotation, so that extraneous cooler gas enters heat dissipation tank In ontology, to achieve the purpose that effectively to radiate to computer hardware, and during first motor rotation, can also it send out Heat generates heat, because there is filter screen frame, first motor can be radiated by filter screen frame, improves first motor Service life.
Because further including having fixed link and wirerope, the top or so of heat dissipation tank ontology is symmetrically connected with fixed link, cover board On be respectively connected with wirerope, wirerope is each attached in fixed link, when need by cover plate support live be in an open state when, usually need It to rely on and manually maintain, at this moment, only wirerope need to be utilized to hold and covered by the way that wirerope to be fixed in fixed link Plate does not need to close cover board, solution can effectively prop up cover board during keeping carrying out radiating to computer hardware The purpose propped up.
Because further including having handle, it is uniformly provided with aperture on mounting plate, is connected with handle at the top of baffle, because of mounting plate On uniformly open foraminate effect so that placing computer hardware on a mounting board can also be carried out effectively by aperture Heat dissipation, holds handle by hand and baffle is inserted into third through-hole and fourth hole, so more convenient, quick.
Because first motor is servo motor, servo motor can be more convenient to adjust its revolving speed, keep its operation more accurate.
(3) beneficial effect
The present invention is by the way that baffle to be inserted into third through-hole and fourth hole, so that being placed on the intrinsic peace of heat dissipation tank The fever of left and right two in loading board is smaller to be isolated with the higher hardware that generates heat, the heat biography for preventing from generating heat higher hardware It is delivered to the lesser hardware of fever, because of the effect of the first strainer on rotating plate, extraneous biggish impurity can be prevented into spilling into It while influencing the effect of heat dissipation in hot tank ontology, also can effectively radiate to computer hardware, so that heat dissipation The intrinsic heat loss of case, and it is provided with cover board, screw rod and fixture block, 90 ° of turn fixture block, cover board is fixed on rotating plate. This makes it possible to prevent extraneous dust from entering in heat dissipation tank ontology by the first strainer, and it is provided with the edge of cooling mechanism By by control first motor along inverse alternate rotation, piston being allowed constantly to move up and down in cylinder body, so that extraneous cooler gas Body enters in heat dissipation tank ontology, and to achieve the purpose that effectively to radiate to computer hardware, and first motor rotates During, it can also generate heat and generate heat, because there is filter screen frame, first motor can be carried out scattered by filter screen frame Heat improves the service life of first motor.
Detailed description of the invention
Fig. 1 is the first schematic perspective view of heat dissipation tank ontology of the present invention.
Fig. 2 is the first schematic view of the front view of heat dissipation tank ontology of the present invention.
Fig. 3 is second of schematic perspective view of heat dissipation tank ontology of the present invention.
Fig. 4 is the schematic perspective view of rotating plate of the present invention.
Fig. 5 is the third schematic perspective view of heat dissipation tank ontology of the present invention.
Fig. 6 is the schematic view of the front view of cooling mechanism of the present invention.
Fig. 7 is second of schematic view of the front view of heat dissipation tank ontology of the present invention.
Fig. 8 is the third schematic view of the front view of heat dissipation tank ontology of the present invention.
The label in accompanying drawing is: 1- heat dissipation tank ontology, 2- first through hole, 3- mounting plate, the first groove of 4-, the first magnetic of 5- Block, 6- rotating plate, the first strainer of 7-, the second magnetic patch of 8-, 9- cover board, the second through-hole of 10-, 11- third through-hole, 12- baffle, 13- rubber Blob of viscose, the second groove of 14-, 15- fourth hole, 16- third groove, 17- threaded hole, 18- screw rod, 19- fixture block, 20- heat dissipation machine Structure, 201- filter screen frame, 202- first motor, 203- runner, 204- bull stick, 205- connecting rod, 206- elevating lever, 207- cylinder body, 208- fifth hole, 209- air inlet pipe, 210- check valve, 211- piston, 212- escape pipe, 21- fixed link, 22- wirerope, 23- aperture, 24- handle.
Specific embodiment
The present invention is further illustrated with reference to the accompanying drawings and examples.
Embodiment 1
A kind of computer hardware Special heat dissipating case includes as shown in figures 1-8 heat dissipation tank ontology 1, mounting plate 3, the first magnetic Block 5, rotating plate 6, the first strainer 7, the second magnetic patch 8, baffle 12 and rubber block 13, the left side of heat dissipation tank ontology 1 are symmetrically opened with right side There is first through hole 2, mounting plate 3 is respectively connected between the antetheca and rear wall in heat dissipation tank ontology 1, the middle part of mounting plate 3 is provided with Fourth hole 15, the roof center of heat dissipation tank ontology 1 are provided with third through-hole 11, and the bottom wall central of heat dissipation tank ontology 1 is provided with third Groove 16, the roof right part of heat dissipation tank ontology 1 are provided with the second groove 14, are equipped with baffle 12 in third groove 16, baffle 12 passes through Third through-hole 11 and fourth hole 15,12 top right side of baffle are connected with rubber block 13, and rubber block 13 and the second groove 14 cooperate, The mode that the left side of heat dissipation tank ontology 1 and lower right side are connected by hinge is connected with rotating plate 6, is respectively connected in the middle part of rotating plate 6 First strainer 7, the front and rear sides of rotating plate 6 are symmetrically connected with the second magnetic patch 8, the front and back of 1 left and right sides of heat dissipation tank ontology Two walls are symmetrical above and below to be provided with the first groove 4, and the first magnetic patch 5 is respectively connected in the first groove 4.
Embodiment 2
A kind of computer hardware Special heat dissipating case includes as shown in figures 1-8 heat dissipation tank ontology 1, mounting plate 3, the first magnetic Block 5, rotating plate 6, the first strainer 7, the second magnetic patch 8, baffle 12 and rubber block 13, the left side of heat dissipation tank ontology 1 are symmetrically opened with right side There is first through hole 2, mounting plate 3 is respectively connected between the antetheca and rear wall in heat dissipation tank ontology 1, the middle part of mounting plate 3 is provided with Fourth hole 15, the roof center of heat dissipation tank ontology 1 are provided with third through-hole 11, and the bottom wall central of heat dissipation tank ontology 1 is provided with third Groove 16, the roof right part of heat dissipation tank ontology 1 are provided with the second groove 14, are equipped with baffle 12 in third groove 16, baffle 12 passes through Third through-hole 11 and fourth hole 15,12 top right side of baffle are connected with rubber block 13, and rubber block 13 and the second groove 14 cooperate, The mode that the left side of heat dissipation tank ontology 1 and lower right side are connected by hinge is connected with rotating plate 6, is respectively connected in the middle part of rotating plate 6 First strainer 7, the front and rear sides of rotating plate 6 are symmetrically connected with the second magnetic patch 8, the front and back of 1 left and right sides of heat dissipation tank ontology Two walls are symmetrical above and below to be provided with the first groove 4, and the first magnetic patch 5 is respectively connected in the first groove 4.
It further include having cover board 9, screw rod 18 and fixture block 19, the left side of heat dissipation tank ontology 1 and right upper portion are connected by hinge The mode connect is connected with cover board 9, is symmetrically provided with the second through-hole 10 before and after the left part of left side cover board 9 and the right part of right side cover board 9, turns The lower part of plate 6 front and back is symmetrically provided with threaded hole 17, and the mode being connected through a screw thread in threaded hole 17 is connected with screw rod 18, screw rod 18 outer surface is provided with the internal screw thread with external screw thread cooperation, and fixture block 19 is respectively connected on screw rod 18, and the level of the second through-hole 10 is long Degree is 4 centimetres, and the horizontal width of the second through-hole 10 is 6 centimetres, and the horizontal length of fixture block 19 is 3 centimetres, and the level of fixture block 19 is wide Degree is 5 centimetres.
Embodiment 3
A kind of computer hardware Special heat dissipating case includes as shown in figures 1-8 heat dissipation tank ontology 1, mounting plate 3, the first magnetic Block 5, rotating plate 6, the first strainer 7, the second magnetic patch 8, baffle 12 and rubber block 13, the left side of heat dissipation tank ontology 1 are symmetrically opened with right side There is first through hole 2, mounting plate 3 is respectively connected between the antetheca and rear wall in heat dissipation tank ontology 1, the middle part of mounting plate 3 is provided with Fourth hole 15, the roof center of heat dissipation tank ontology 1 are provided with third through-hole 11, and the bottom wall central of heat dissipation tank ontology 1 is provided with third Groove 16, the roof right part of heat dissipation tank ontology 1 are provided with the second groove 14, are equipped with baffle 12 in third groove 16, baffle 12 passes through Third through-hole 11 and fourth hole 15,12 top right side of baffle are connected with rubber block 13, and rubber block 13 and the second groove 14 cooperate, The mode that the left side of heat dissipation tank ontology 1 and lower right side are connected by hinge is connected with rotating plate 6, is respectively connected in the middle part of rotating plate 6 First strainer 7, the front and rear sides of rotating plate 6 are symmetrically connected with the second magnetic patch 8, the front and back of 1 left and right sides of heat dissipation tank ontology Two walls are symmetrical above and below to be provided with the first groove 4, and the first magnetic patch 5 is respectively connected in the first groove 4.
It further include having cover board 9, screw rod 18 and fixture block 19, the left side of heat dissipation tank ontology 1 and right upper portion are connected by hinge The mode connect is connected with cover board 9, is symmetrically provided with the second through-hole 10 before and after the left part of left side cover board 9 and the right part of right side cover board 9, turns The lower part of plate 6 front and back is symmetrically provided with threaded hole 17, and the mode being connected through a screw thread in threaded hole 17 is connected with screw rod 18, screw rod 18 outer surface is provided with the internal screw thread with external screw thread cooperation, and fixture block 19 is respectively connected on screw rod 18, and the level of the second through-hole 10 is long Degree is 4 centimetres, and the horizontal width of the second through-hole 10 is 6 centimetres, and the horizontal length of fixture block 19 is 3 centimetres, and the level of fixture block 19 is wide Degree is 5 centimetres.
Further include having cooling mechanism 20, be symmetrically connected with cooling mechanism 20 in the middle part of the front side of heat dissipation tank ontology 1 and rear side, dissipates Heat engine structure 20 includes filter screen frame 201, first motor 202, runner 203, bull stick 204, connecting rod 205, elevating lever 206, cylinder body 207, air inlet pipe 209, check valve 210 and piston 211, the front side of heat dissipation tank ontology 1 and rear side middle part are symmetrically connected with filter screen frame 201, antetheca is equipped with first motor 202 in filter screen frame 201, and the rear side of first motor 202 is connected with runner 203, on runner 203 It is connected with bull stick 204, one end of the right end rotary type connection connecting rod 205 of bull stick 204, the other end rotary type connection of connecting rod 205 There is an elevating lever 206, the top of filter screen frame 201 is connected with cylinder body 207, piston 211 is equipped in cylinder body 207, in the bottom wall of cylinder body 207 The heart is provided with fifth hole 208, and elevating lever 206 passes through fifth hole 208, the top of elevating lever 206 and the bottom centre of piston 211 The roof bilateral symmetry of connection, cylinder body 207 is connected with escape pipe 212, and the lower right side of cylinder body 207 is connected with air inlet pipe 209, into Check valve 210 is respectively connected on tracheae 209 and escape pipe 212.
Embodiment 4
A kind of computer hardware Special heat dissipating case includes as shown in figures 1-8 heat dissipation tank ontology 1, mounting plate 3, the first magnetic Block 5, rotating plate 6, the first strainer 7, the second magnetic patch 8, baffle 12 and rubber block 13, the left side of heat dissipation tank ontology 1 are symmetrically opened with right side There is first through hole 2, mounting plate 3 is respectively connected between the antetheca and rear wall in heat dissipation tank ontology 1, the middle part of mounting plate 3 is provided with Fourth hole 15, the roof center of heat dissipation tank ontology 1 are provided with third through-hole 11, and the bottom wall central of heat dissipation tank ontology 1 is provided with third Groove 16, the roof right part of heat dissipation tank ontology 1 are provided with the second groove 14, are equipped with baffle 12 in third groove 16, baffle 12 passes through Third through-hole 11 and fourth hole 15,12 top right side of baffle are connected with rubber block 13, and rubber block 13 and the second groove 14 cooperate, The mode that the left side of heat dissipation tank ontology 1 and lower right side are connected by hinge is connected with rotating plate 6, is respectively connected in the middle part of rotating plate 6 First strainer 7, the front and rear sides of rotating plate 6 are symmetrically connected with the second magnetic patch 8, the front and back of 1 left and right sides of heat dissipation tank ontology Two walls are symmetrical above and below to be provided with the first groove 4, and the first magnetic patch 5 is respectively connected in the first groove 4.
It further include having cover board 9, screw rod 18 and fixture block 19, the left side of heat dissipation tank ontology 1 and right upper portion are connected by hinge The mode connect is connected with cover board 9, is symmetrically provided with the second through-hole 10 before and after the left part of left side cover board 9 and the right part of right side cover board 9, turns The lower part of plate 6 front and back is symmetrically provided with threaded hole 17, and the mode being connected through a screw thread in threaded hole 17 is connected with screw rod 18, screw rod 18 outer surface is provided with the internal screw thread with external screw thread cooperation, and fixture block 19 is respectively connected on screw rod 18, and the level of the second through-hole 10 is long Degree is 4 centimetres, and the horizontal width of the second through-hole 10 is 6 centimetres, and the horizontal length of fixture block 19 is 3 centimetres, and the level of fixture block 19 is wide Degree is 5 centimetres.
Further include having cooling mechanism 20, be symmetrically connected with cooling mechanism 20 in the middle part of the front side of heat dissipation tank ontology 1 and rear side, dissipates Heat engine structure 20 includes filter screen frame 201, first motor 202, runner 203, bull stick 204, connecting rod 205, elevating lever 206, cylinder body 207, air inlet pipe 209, check valve 210 and piston 211, the front side of heat dissipation tank ontology 1 and rear side middle part are symmetrically connected with filter screen frame 201, antetheca is equipped with first motor 202 in filter screen frame 201, and the rear side of first motor 202 is connected with runner 203, on runner 203 It is connected with bull stick 204, one end of the right end rotary type connection connecting rod 205 of bull stick 204, the other end rotary type connection of connecting rod 205 There is an elevating lever 206, the top of filter screen frame 201 is connected with cylinder body 207, piston 211 is equipped in cylinder body 207, in the bottom wall of cylinder body 207 The heart is provided with fifth hole 208, and elevating lever 206 passes through fifth hole 208, the top of elevating lever 206 and the bottom centre of piston 211 The roof bilateral symmetry of connection, cylinder body 207 is connected with escape pipe 212, and the lower right side of cylinder body 207 is connected with air inlet pipe 209, into Check valve 210 is respectively connected on tracheae 209 and escape pipe 212.
It further include having fixed link 21 and wirerope 22, the top or so of heat dissipation tank ontology 1 is symmetrically connected with fixed link 21, lid Wirerope 22 is respectively connected on plate 9, wirerope 22 is each attached in fixed link 21.
Further include having handle 24, aperture 23 is uniformly provided on mounting plate 3, the top of baffle 12 is connected with handle 24.
First motor 202 is servo motor.
Working principle: in use, the smaller and higher hardware that generates heat that will generate heat first is placed on the peace in heat dissipation tank ontology 1 In loading board 3, baffle 12 is inserted into third through-hole 11 and fourth hole 15 first, so that the rubber block 13 on baffle 12 is stuck in It is fixed in two grooves 14, then the smaller and higher hardware that generates heat that will generate heat is individually positioned in the mounting plate 3 in heat dissipation tank ontology 1 On left and right two, this makes it possible to generate heat, the smaller and higher hardware of generating heat is isolated on mounting plate 3, prevents from generating heat The heat transfer of higher hardware is to the lesser hardware of generating heat.Then, the rotating plate 6 of the left and right sides is closed, at this time on rotating plate 6 Second magnetic patch 8 and the first magnetic patch 5 on heat dissipation tank ontology 1 are attracting, and rotating plate 6 is fixed, because of the first strainer 7 on rotating plate 6 Effect, extraneous biggish impurity can be prevented into while spilling into hot tank ontology the effect for influencing heat dissipation, also can It is effective to radiate to computer hardware, so that the heat loss in heat dissipation tank ontology 1.
Because further including having cover board 9, screw rod 18 and fixture block 19, the left side of heat dissipation tank ontology 1 and right upper portion pass through conjunction The mode of page connection is connected with cover board 9, is symmetrically provided with the second through-hole before and after the left part of left side cover board 9 and the right part of right side cover board 9 10, the lower part of rotating plate 6 front and back is symmetrically provided with threaded hole 17, and the mode being connected through a screw thread in threaded hole 17 is connected with screw rod 18, the outer surface of screw rod 18 is provided with the internal screw thread with external screw thread cooperation, is respectively connected with fixture block 19 on screw rod 18, the second through-hole 10 Horizontal length is 4 centimetres, and the horizontal width of the second through-hole 10 is 6 centimetres, and the horizontal length of fixture block 19 is 3 centimetres, fixture block 19 Horizontal width be 5 centimetres, when to computer hardware radiate complete, and cover board 9 and rotating plate 6 all in opened condition when, first will After rotating plate 6 is closed, then the cover board 9 on both sides closed, 1990 ° of turn fixture block, cover board 9 is fixed on rotating plate 6.Thus can It enough prevents extraneous dust from entering in heat dissipation tank ontology 1 by the first strainer 7, influences the effect of heat dissipation.
Because further including having cooling mechanism 20, cooling mechanism is symmetrically connected in the middle part of the front side of heat dissipation tank ontology 1 and rear side 20, cooling mechanism 20 includes filter screen frame 201, first motor 202, runner 203, bull stick 204, connecting rod 205, elevating lever 206, cylinder Body 207, air inlet pipe 209, check valve 210 and piston 211, the front side of heat dissipation tank ontology 1 and rear side middle part are symmetrically connected with strainer Frame 201, antetheca is equipped with first motor 202 in filter screen frame 201, and the rear side of first motor 202 is connected with runner 203, runner 203 On be connected with bull stick 204, one end of the right end rotary type connection connecting rod 205 of bull stick 204, the other end rotary type of connecting rod 205 connects It is connected to elevating lever 206, the top of filter screen frame 201 is connected with cylinder body 207, is equipped with piston 211, the bottom wall of cylinder body 207 in cylinder body 207 Center is provided with fifth hole 208, and elevating lever 206 is in fifth hole 208, the top of elevating lever 206 and the bottom of piston 211 The roof bilateral symmetry of heart connection, cylinder body 207 is connected with escape pipe 212, and the lower right side of cylinder body 207 is connected with air inlet pipe 209, It is respectively connected with check valve 210 on air inlet pipe 209 and escape pipe 212, when needs are to the mounting plate 3 being placed in heat dissipation tank ontology 1 On fever it is smaller and when the higher hardware of generating heat is radiated, control first motor 202 first rotates clockwise, first motor 202 drive runners 203 rotate clockwise, and then runner 203 drives bull stick 204 to rotate clockwise, and bull stick 204 drives connecting rod 205 Right end rotate clockwise, the left end of connecting rod 205 pulls elevating lever 206 to move downward, so that elevating lever 206 pulls piston 211 Moved downward in cylinder body 207, at this point, because there is check valve 210, extraneous cooler gas by escape pipe 212 into Enter into cylinder body 207, and the gas in cylinder body 207 is entered in heat dissipation tank ontology 1 by air inlet pipe 209, when piston 211 is downward When moving to a certain degree, control first motor 202 is rotated counterclockwise, and first motor 202 drives runner 203 to turn counterclockwise It is dynamic, and then runner 203 drives bull stick 204 to rotate counterclockwise, bull stick 204 drives the right end of connecting rod 205 to rotate counterclockwise, connecting rod 205 left end pushes elevating lever 206 to move upwards, so that elevating lever 206 pushes piston 211 to move upwards in cylinder body 207, because To there is check valve 210, entering the cooler gas in the external world sucked in cylinder body 207 will not be flow backwards by escape pipe 212 It goes out the external world, and the hot-air in heat dissipation tank ontology 1 will not be entered in cylinder body 207 by air inlet pipe 209.Pass through control the One motor 202 allows piston 211 constantly to move up and down in cylinder body 207 along inverse alternate rotation so that extraneous cooler gas into Enter into heat dissipation tank ontology 1, to achieve the purpose that effectively to radiate to computer hardware, and first motor 202 rotates During, it can also generate heat and generate heat, because there is filter screen frame 201, first motor 202 can pass through filter screen frame 201 radiate, and improve the service life of first motor 202.
Because further including having fixed link 21 and wirerope 22, the top or so of heat dissipation tank ontology 1 is symmetrically connected with fixed link 21, wirerope 22 is respectively connected on cover board 9, and wirerope 22 is each attached in fixed link 21, when needing to support cover board 9 to beat When open state, it usually needs it relies on and manually maintains, it at this moment, only need to be by the way that wirerope 22 be fixed in fixed link 21 i.e. Can, cover board 9 is held using wirerope 22, during keeping carrying out radiating to computer hardware, does not need to close cover board 9 It closes, solves the purpose that can effectively support to cover board 9.
Because further including having handle 24, aperture 23 is uniformly provided on mounting plate 3, the top of baffle 12 is connected with handle 24, Because being uniformly provided with the effect of aperture 23 on mounting plate 3, so that the computer hardware being placed on mounting plate 3 also can be by small Hole 23 is effectively radiated, and holds handle 24 by hand baffle 12 is inserted into third through-hole 11 and fourth hole 15 It is interior, it is so more convenient, quick.
Because first motor 202 is servo motor, servo motor can be more convenient to adjust its revolving speed, keep its operation more accurate.
The preferred embodiment of the present invention above described embodiment only expresses, the description thereof is more specific and detailed, but simultaneously Limitations on the scope of the patent of the present invention therefore cannot be interpreted as.It should be pointed out that for those of ordinary skill in the art For, without departing from the inventive concept of the premise, several deformations can also be made, improves and substitutes, these belong to this hair Bright protection scope.Therefore, the scope of protection of the patent of the invention shall be subject to the appended claims.

Claims (6)

1. a kind of computer hardware Special heat dissipating case, which is characterized in that include heat dissipation tank ontology (1), mounting plate (3), first Magnetic patch (5), rotating plate (6), the first strainer (7), the second magnetic patch (8), baffle (12) and rubber block (13), heat dissipation tank ontology (1) Left side and right side are symmetrically provided with first through hole (2), are respectively connected with mounting plate between the antetheca and rear wall in heat dissipation tank ontology (1) (3), the middle part of mounting plate (3) is provided with fourth hole (15), and the roof center of heat dissipation tank ontology (1) is provided with third through-hole (11), the bottom wall central of heat dissipation tank ontology (1) is provided with third groove (16), and the roof right part of heat dissipation tank ontology (1) is provided with second Groove (14), third groove (16) is interior to be equipped with baffle (12), and baffle (12) passes through third through-hole (11) and fourth hole (15), gear Plate (12) top right side is connected with rubber block (13), and rubber block (13) and the second groove (14) cooperate, a left side for heat dissipation tank ontology (1) The mode that side and lower right side are connected by hinge is connected with rotating plate (6), is respectively connected with the first strainer (7) in the middle part of rotating plate (6), The front and rear sides of rotating plate (6) are symmetrically connected with the second magnetic patch (8), two wall of front and back at left and right sides of heat dissipation tank ontology (1) It is symmetrical above and below to be provided with the first groove (4), the first magnetic patch (5) are respectively connected in the first groove (4).
2. a kind of computer hardware Special heat dissipating case according to claim 1, which is characterized in that further include have cover board (9), The mode that screw rod (18) and fixture block (19), the left side of heat dissipation tank ontology (1) and right upper portion are connected by hinge is connected with lid It is symmetrically provided with the second through-hole (10) before and after plate (9), the left part of left side cover board (9) and the right part of right side cover board (9), rotating plate (6) Lower part front and back is symmetrically provided with threaded hole (17), and the mode being connected through a screw thread in threaded hole (17) is connected with screw rod (18), spiral shell The outer surface of bar (18) is provided with the internal screw thread with external screw thread cooperation, is respectively connected with fixture block (19), the second through-hole on screw rod (18) (10) horizontal length is 4 centimetres, and the horizontal width of the second through-hole (10) is 6 centimetres, and the horizontal length of fixture block (19) is 3 lis Rice, the horizontal width of fixture block (19) are 5 centimetres.
3. a kind of computer hardware Special heat dissipating case according to claim 2, which is characterized in that further include having cooling mechanism (20), it is symmetrically connected with cooling mechanism (20) in the middle part of the front side of heat dissipation tank ontology (1) and rear side, cooling mechanism (20) includes filter Screen frame (201), first motor (202), runner (203), bull stick (204), connecting rod (205), elevating lever (206), cylinder body (207), Air inlet pipe (209), check valve (210) and piston (211), the front side of heat dissipation tank ontology (1) and rear side middle part are symmetrically connected with filter Screen frame (201), filter screen frame (201) interior antetheca are equipped with first motor (202), and first motor is connected with runner on rear side of (202) (203), it is connected with bull stick (204) on runner (203), one end of right end rotary type connection connecting rod (205) of bull stick (204), even The other end rotary type of bar (205) is connected with elevating lever (206), and cylinder body (207), cylinder body are connected at the top of filter screen frame (201) (207) piston (211) are equipped in, the bottom wall central of cylinder body (207) is provided with fifth hole (208), and elevating lever (206) passes through the 5th The top of through-hole (208), elevating lever (206) is connect with the bottom centre of piston (211), the roof bilateral symmetry of cylinder body (207) It is connected with escape pipe (212), the lower right side of cylinder body (207) is connected with air inlet pipe (209), air inlet pipe (209) and escape pipe (212) check valve (210) are respectively connected on.
4. a kind of computer hardware Special heat dissipating case according to claim 3, which is characterized in that further include having fixed link (21) it is symmetrically connected with fixed link (21) with wirerope (22), the top or so of heat dissipation tank ontology (1), cover board is all connected on (9) Have wirerope (22), wirerope (22) is each attached on fixed link (21).
5. a kind of computer hardware Special heat dissipating case according to claim 4, which is characterized in that further include having handle (24), it is uniformly provided with aperture (23) on mounting plate (3), handle (24) is connected at the top of baffle (12).
6. a kind of computer hardware Special heat dissipating case according to claim 5, which is characterized in that first motor (202) is Servo motor.
CN201710110878.4A 2017-02-28 2017-02-28 A kind of computer hardware Special heat dissipating case Active CN106919234B (en)

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CN205540466U (en) * 2016-01-20 2016-08-31 融厚(天津)网络科技有限公司 Computer hardware mainframe box convenient to heat dissipation
CN205750711U (en) * 2016-06-04 2016-11-30 湖南工学院 The heat dissipation tank of computer hardware
CN106304771A (en) * 2015-06-05 2017-01-04 中兴通讯股份有限公司 A kind of radiating piece, communication equipment cooling system and communication equipment heat dissipating method

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CN201429818Y (en) * 2009-07-03 2010-03-24 济南腾越电子有限公司 External circulating heat radiator for ruggedized computer
CN105892590A (en) * 2015-05-25 2016-08-24 周奋豪 Partition plate in computer host
CN106304771A (en) * 2015-06-05 2017-01-04 中兴通讯股份有限公司 A kind of radiating piece, communication equipment cooling system and communication equipment heat dissipating method
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