CN209659866U - A kind of server radiating auxiliary device - Google Patents

A kind of server radiating auxiliary device Download PDF

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Publication number
CN209659866U
CN209659866U CN201920232825.4U CN201920232825U CN209659866U CN 209659866 U CN209659866 U CN 209659866U CN 201920232825 U CN201920232825 U CN 201920232825U CN 209659866 U CN209659866 U CN 209659866U
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Prior art keywords
condenser pipe
heat sink
frame
water pump
pipe
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CN201920232825.4U
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Chinese (zh)
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李树兵
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李树兵
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Abstract

The utility model discloses a kind of server radiating auxiliary devices, are radiated by heat sink to server, and the coolant liquid automatic cycle flowing in the condenser pipe when temperature is higher in heat sink carries out auxiliary heat dissipation.Carry out the switch that water pump is controlled heat sink temperature detection with this using the sensitive sheet metal of different heat expansion, it is more energy saving.It is characterized in that multiple heat sinks are equidistantly placed in body frame, the both ends of the heat sink are connected with body frame top and bottom respectively, two condenser pipes are equipped in the heat sink, and it is symmetrical, the condenser pipe is multiple S type bending tube, condenser pipe in two neighboring heat sink corresponds, the upper end of the condenser pipe is connected by connecting tube condenser pipe corresponding with side upper end, and it is interconnected, the lower end of the condenser pipe is connected by connecting tube condenser pipe corresponding with other side lower end, and it is interconnected, two condenser pipe lower ends in the heat sink of body frame side are connected by connecting tube, and it is interconnected.

Description

A kind of server radiating auxiliary device
Technical field
A kind of server radiating auxiliary device of the utility model is related to the device that a kind of pair of server carries out auxiliary heat dissipation, Belong to computer equipment field.In particular to a kind of to be radiated by heat sink to server, and radiate when temperature is higher Coolant liquid automatic cycle flowing in condenser pipe in plate carries out the device of auxiliary heat dissipation.
Background technique
Server, also referred to as servomechanism are to provide the equipment of the service of calculating, and for common computer, server is steady Qualitative, safety, performance etc. are all more outstanding, since its efficient service ability can generate a large amount of heat at work Amount causes integrity service device temperature to increase, and more than after certain safe temperature, is likely to result in system crash or service life Reduction, the cooling system for being consequently adapted to server is particularly important, is generally carried out in the prior art using the mode of fan exhaust Heat dissipation, low efficiency, speed are slow.
Notification number CN204948593U discloses a kind of server cabinet water-cooling heat radiating device comprising accommodates multiple services The cabinet body of device is arranged at intervals with multiple water-cooled plates in cabinet body, and server is placed between two neighboring water-cooled plate;The back of cabinet body Multiple fans air-cooled for cabinet body are set, and when which uses water-cooling, water-cooling system is compared and its power consumption of air cooling system Want high.
Summary of the invention
In order to improve above situation, a kind of server radiating auxiliary device of the utility model provides one kind and passes through heat sink It radiates to server, and the coolant liquid automatic cycle flowing in the condenser pipe when temperature is higher in heat sink is assisted The device of heat dissipation.It carries out controlling water pump to heat sink temperature detection with this using the sensitive sheet metal of different heat expansion and open It closes, it is more energy saving.
A kind of server radiating auxiliary device of the utility model is achieved in that a kind of server radiating of the utility model Auxiliary device is by fixed plate, connecting tube, heat sink, cutting ferrule, double thermal conductive metal plates, outlet pipe, water pump, water inlet pipe, body frame, cold Solidifying pipe, heading, mandril, spring and conduit composition, multiple heat sinks are equidistantly placed in body frame, the both ends difference of the heat sink It is connected with body frame top and bottom, two condenser pipes is equipped in the heat sink, and symmetrical, the condenser pipe is more Secondary S type bending tube, the condenser pipe in two neighboring heat sink correspond, and the upper end of the condenser pipe passes through connecting tube and side Corresponding condenser pipe upper end is connected, and is interconnected, and the lower end of the condenser pipe is corresponding cold by connecting tube and the other side Solidifying pipe lower end is connected, and is interconnected, and two condenser pipe lower ends in the heat sink of body frame side pass through connecting tube Be connected, and be interconnected, two condenser pipe upper ends in the heat sink of the body frame other side be equipped with respectively water inlet pipe and Outlet pipe, water pump are placed in body frame over top, and the water inlet on the water pump is connected with water inlet pipe, going out on the water pump The mouth of a river is connected with outlet pipe, and the condenser pipe in the water pump and multiple heat sinks, which is formed, is closed water route, in the closure water route It is equipped with coolant liquid, two groups of fixed plates are respectively placed at the top of body frame on frame and bottom frame, and fixed plate described in one group is by two Fixed plate forms, and is provided with mounting hole in the fixed plate, double thermal conductive metal plates are placed in the lower section of water pump, and double thermal conductive metal plates one End is placed on heat sink by cutting ferrule, and double thermal conductive metal plates are made of two thermal conductive metal plates, and two heat-conducting metals The thermal expansion coefficient of piece is different, and the water pump bottom is equipped with conduit, and mandril is placed in conduit, and the switch phase on one end and water pump Right, heading is placed on the mandril other end, and the bottom of the heading and double thermal conductive metal plates are in contact, and is equipped with bullet on the mandril Spring, and be located between heading and water pump bottom, the heat dissipation plate surface is provided with multiple grooves.
Beneficial effect.
One, it is radiated using water cooling cooperation heat sink, good heat dissipation effect, speed are fast.
Two, it carries out controlling water pump to heat sink temperature detection with this using the sensitive sheet metal of different heat expansion and open It closes, it is more energy saving.
Three, auxiliary device is built-in also external in server, easy to install and use.
Detailed description of the invention
Fig. 1 is a kind of three-dimensional structure diagram of server radiating auxiliary device of the utility model.
Fig. 2 is a kind of front view of server radiating auxiliary device of the utility model.
Fig. 3 is a kind of structural schematic diagram of server radiating auxiliary device heat sink of the utility model.
Fig. 4 is a kind of structural schematic diagram of server radiating auxiliary device of the utility model, only shows bimetallic Control planning between piece and water pump.
In attached drawing
Wherein are as follows: fixed plate (1), connecting tube (2), heat sink (3), cutting ferrule (4), double thermal conductive metal plates (5), outlet pipe (6), water pump (7), water inlet pipe (8), body frame (9), condenser pipe (10) are headed a ball (11), mandril (12), spring (13), conduit (14).
Specific embodiment:
A kind of server radiating auxiliary device of the utility model is achieved in that by fixed plate (1), connecting tube (2), dissipates Hot plate (3), cutting ferrule (4), double thermal conductive metal plates (5), outlet pipe (6), water pump (7), water inlet pipe (8), body frame (9), condenser pipe (10), it heads a ball (11), mandril (12), spring (13) and conduit (14) composition, multiple heat sinks (3) are equidistantly placed in body frame (9) Interior, the both ends of the heat sink (3) are connected with body frame (9) top and bottom respectively, and two are equipped in the heat sink (3) A condenser pipe (10), and it is symmetrical, the condenser pipe (10) is multiple S type bending tube, the condensation in two neighboring heat sink (3) It manages (10) to correspond, the upper end of the condenser pipe (10) passes through connecting tube (2) and side corresponding condenser pipe (10) upper end phase Connection, and be interconnected, the lower end of the condenser pipe (10) passes through connecting tube (2) and the other side corresponding condenser pipe (10) lower end It is connected, and is interconnected, two condenser pipe (10) lower ends being located in the heat sink (3) of body frame (9) side passes through connection Pipe (2) is connected, and is interconnected, and is located at two condenser pipe (10) upper ends point in the heat sink (3) of body frame (9) other side It is not equipped with water inlet pipe (8) and outlet pipe (6), water pump (7) is placed in body frame (9) over top, the water inlet on the water pump (7) Be connected with water inlet pipe (8), the water outlet on the water pump (7) is connected with outlet pipe (6), the water pump (7) and it is multiple dissipate Condenser pipe (10) in hot plate (3) forms closure water route, and the closure water route is built-in with coolant liquid, and two groups of fixed plates (1) are respectively It is placed at the top of body frame (9) on frame and bottom frame, fixed plate described in one group (1) is made of two fixed plates (1), described solid Mounting hole is provided on fixed board (1), double thermal conductive metal plates (5) are placed in the lower section of water pump (7), and double thermal conductive metal plates (5) one end is logical It crosses cutting ferrule (4) to be placed on heat sink (3), double thermal conductive metal plates (5) are made of two thermal conductive metal plates, and two thermally conductive The thermal expansion coefficient of sheet metal is different, and water pump (7) bottom is equipped with conduit (14), and mandril (12) is placed in conduit (14), and Switch on one end and water pump (7) is opposite, and heading (11) is placed on mandril (12) other end, the bottom of the heading (11) and double Thermal conductive metal plate (5) is in contact, and is equipped with spring (13) on the mandril (12), and is located at heading (11) and water pump (7) bottom Between, heat sink (3) surface is provided with multiple grooves.
In use, be first fixed on fixed plate (1) on server internal side wall or exterior side wall by screw, And then the utility model is fixed on server internal side wall or exterior side wall, and make multiple heat sinks (3) Side and server side wall are in contact fitting, and then absorb to server heat and then radiate, when heat sink (3) heat dissipation not When being able to satisfy the radiating and cooling requirement of server, heat sink (3) is more than certain temperature, and double thermal conductive metal plates (5) are placed in heat sink (3) on, double thermal conductive metal plates (5) are made of two thermal conductive metal plates, and the thermal expansion coefficient of two thermal conductive metal plates is not Together, and then double thermal conductive metal plates (5) are bent upwards and jack up heading (11), and mandril (12) pushes up upwards, push up lower water pump (7) switch, Water pump (7) work drives the coolant liquid in condenser pipe (10) to circulate, the heat dissipation of auxiliary heat dissipation plate (3), when heat sink (3) temperature After degree is fallen, double thermal conductive metal plates (5) reset, and heading (11) mandril (12) resets downwards under spring (13) effect, water pump (7) Switch disconnects, and water pump (7) no longer works, and reaches energy-saving and environment-friendly effect with this;
The condenser pipe (10) is the design of multiple S type bending tube, can increase flowing of the coolant liquid in heat sink (3) Time, and then improve cooling effect;
Heat sink (3) surface is provided with the design of multiple grooves, increases the contact area with outside air, radiating efficiency It is high;
Reach and radiated by heat sink (3) to server, and the condenser pipe when temperature is higher in heat sink (3) (10) the coolant liquid automatic cycle flowing in carries out the purpose of auxiliary heat dissipation.
Above-described embodiment is the preferred embodiment of the utility model, is not intended to limit the utility model the range of implementation. Any those skilled in the art improve in the invention scope for not departing from the utility model when can make a little, i.e., all It is the same improvement done according to the utility model, should be the scope of the utility model and covered.
It should also be noted that, unless otherwise clearly defined and limited, term " being placed in ", " connected ", " connects " installation " Connect " it shall be understood in a broad sense, for example, it may be flanging connection, rivet interlacement, pin connection, bonding connection and welded connecting etc. are solid Determine connection type, be also possible to be threadedly coupled, snap connection and detachable connection methods or the integrally connected such as connect with hinge, It is also possible to be electrically connected, or is connected directly, the company inside two elements can also be can be indirectly connected through an intermediary It is logical.For the ordinary skill in the art, above-mentioned term in the present invention specific can be understood with concrete condition Meaning.

Claims (4)

1. a kind of server radiating auxiliary device, it is characterized in that: by fixed plate, connecting tube, heat sink, cutting ferrule, double heat-conducting metals Piece, outlet pipe, water pump, water inlet pipe, body frame, condenser pipe, heading, mandril, spring and conduit composition, multiple heat sinks are equidistantly set In in body frame, the both ends of the heat sink are connected with body frame top and bottom respectively, and two are equipped in the heat sink A condenser pipe, and it is symmetrical, the condenser pipe in two neighboring heat sink corresponds, and the upper end of the condenser pipe passes through connecting tube Condenser pipe corresponding with side upper end is connected, and is interconnected, and the lower end of the condenser pipe passes through connecting tube and the other side pair The condenser pipe lower end answered is connected, and is interconnected, and two condenser pipe lower ends in the heat sink of body frame side pass through Connecting tube is connected, and be interconnected, two condenser pipe upper ends in the heat sink of the body frame other side be equipped with respectively into Water pipe and outlet pipe, water pump are placed in body frame over top, and the water inlet on the water pump is connected with water inlet pipe, the water pump On water outlet be connected with outlet pipe, condenser pipe in the water pump and multiple heat sinks forms closure water route, the closure Water route is built-in with coolant liquid, and two groups of fixed plates are respectively placed at the top of body frame on frame and bottom frame, open in the fixed plate There is mounting hole, double thermal conductive metal plates are placed in the lower section of water pump, and double thermal conductive metal plate one end are placed on heat sink by cutting ferrule, Double thermal conductive metal plates are made of two thermal conductive metal plates, and the thermal expansion coefficient of two thermal conductive metal plates is different, the water Pump bottom is equipped with conduit, and mandril is placed in conduit, and the switch on one end and water pump is opposite, and heading is placed on the mandril other end, The bottom of the heading and double thermal conductive metal plates are in contact, and spring are equipped on the mandril, and be located at heading and water pump bottom Between.
2. a kind of server radiating auxiliary device according to claim 1, it is characterised in that the condenser pipe is multiple S type Bending tube.
3. a kind of server radiating auxiliary device according to claim 1, it is characterised in that the heat dissipation plate surface is provided with Multiple grooves.
4. a kind of server radiating auxiliary device according to claim 1, it is characterised in that fixed plate described in one group is by two A fixed plate composition.
CN201920232825.4U 2019-02-25 2019-02-25 A kind of server radiating auxiliary device Active CN209659866U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201920232825.4U CN209659866U (en) 2019-02-25 2019-02-25 A kind of server radiating auxiliary device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201920232825.4U CN209659866U (en) 2019-02-25 2019-02-25 A kind of server radiating auxiliary device

Publications (1)

Publication Number Publication Date
CN209659866U true CN209659866U (en) 2019-11-19

Family

ID=68524972

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201920232825.4U Active CN209659866U (en) 2019-02-25 2019-02-25 A kind of server radiating auxiliary device

Country Status (1)

Country Link
CN (1) CN209659866U (en)

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