CN109960385A - Have the radiator that fan may be reversed and has the motherboard of radiator - Google Patents
Have the radiator that fan may be reversed and has the motherboard of radiator Download PDFInfo
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- CN109960385A CN109960385A CN201711435087.5A CN201711435087A CN109960385A CN 109960385 A CN109960385 A CN 109960385A CN 201711435087 A CN201711435087 A CN 201711435087A CN 109960385 A CN109960385 A CN 109960385A
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- radiator
- fan
- blower module
- central processing
- steering assembly
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
- G06F1/16—Constructional details or arrangements
- G06F1/18—Packaging or power distribution
- G06F1/183—Internal mounting support structures, e.g. for printed circuit boards, internal connecting means
- G06F1/184—Mounting of motherboards
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
- G06F1/16—Constructional details or arrangements
- G06F1/20—Cooling means
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- Engineering & Computer Science (AREA)
- Theoretical Computer Science (AREA)
- Human Computer Interaction (AREA)
- Physics & Mathematics (AREA)
- General Engineering & Computer Science (AREA)
- General Physics & Mathematics (AREA)
- Computer Hardware Design (AREA)
- Power Engineering (AREA)
- Cooling Or The Like Of Electrical Apparatus (AREA)
Abstract
The present invention discloses a kind of motherboard for having the radiator that fan may be reversed and having radiator, has the radiator that fan may be reversed for radiating to multiple electronic components, electronic component is set to around central processing unit.Radiator includes radiator, fan group frame, steering assembly and control circuit.Radiator has multiple radiating areas, and each radiating area is to thermally conductive to electronic component.Fan group frame includes multiple blower modules, and fan group erection is placed on radiator, and a blower module is at least correspondingly arranged on each radiating area.Steering assembly connects fan group frame, to drive each blower module with the axial turning parallel with the upper surface of radiator.The operating state of control circuit detecting electronic component and central processing unit, corresponds to operating state and controlling steering assembly overturns an at least blower module in radiating area.
Description
Technical field
A kind of radiator, espespecially a kind of radiator for having multiple turnable fans.
Background technique
As science and technology is maked rapid progress, the level of the application of computer is more and more wide, people for computer demand also more and more
Height, reaction complicated particularly with operation need to be applied quickly, such as e-sports, and exquisite is that computer efficiency is high and preferable
Stability.
However operational effectiveness and stability about computer, chief are motherboard, central processing unit and electronics zero
The running of part, traditional manufacturer provides the central processing unit of high-order to promote the overall operation of computer, however central processing
Device needs a large amount of and stable power supplys in running, in this way, will generate during the electronic component running on motherboard a large amount of
Thermal energy, serious person will accumulate in inside host and can not dissipate outward easily, so that central processing unit and electronic component etc. overheat
And be lost, thus reduce operational effectiveness.
For electronic component, such as power supply part, a large amount of thermal energy can be generated in running, generally mostly use heat dissipation metal
Plate and heat-conducting medium, it is thermally conductive through the mode of contact power supply part, heat is conducted to heat sink to achieve the effect that heat dissipation, such as
This, whether there is or not the distinguished and admirable efficiency that will affect heat dissipation for the environment around heat sink table, will also influence the efficiency of motherboard.
In addition, the blower module of the radiator of conventional central processor can be basically divided into two kinds of radiating modes, Yi Zhongfeng
The wind direction of fan flows downward from heat sink, and heat is excluded；The wind direction of another fan is flowed with the direction of parallel circuit boards,
Heat is excluded.Although the former can exclude the heat that part electronic component generates, the thermal Finite that can be excluded, therefore dissipate
Thermal effect is limited.The latter for electronic component, have no it is distinguished and admirable by electronic component generate heat lead it is scattered so that electronic component
Lasting abrasion.
Summary of the invention
In view of the above problems, one or more embodiments of the invention propose a kind of radiator for having and fan may be reversed, and are used for
It radiates to multiple electronic components, the electronic component is set to around central processing unit, and radiator includes radiator, wind
Fan group frame, steering assembly and control circuit.Radiator has multiple radiating areas, and each radiating area is to lead electronic component
Heat.Fan group frame includes multiple blower modules, and fan group erection is placed on radiator, and is at least correspondingly arranged one on each radiating area
A blower module.Steering assembly connects fan group frame, to drive each blower module with the axial direction parallel with the upper surface of radiator
Overturning.Control circuit signal connects electronic component, central processing unit, blower module and steering assembly, and control circuit detects electronics
The operating state of part and central processing unit corresponds to operating state and controls steering assembly and cause an at least blower module in radiating area
Overturning.
If the radiator of fan may be reversed in above-mentioned tool, in one embodiment, control circuit includes control unit and detects
Survey unit.Detecting unit connects control unit, and detecting unit is detected in the temperature and clock pulse of electronic component and central processing unit extremely
Few one transmits detection signal to control unit according to detecting result, and control unit corresponds to transmission according to each detection signal
Enabling signal at least blower module into radiating area, makes its actuation.The also corresponding energizing signal that transmits of control unit is to steering group
Part makes it drive an at least blower module according to above-mentioned axial turning.
If the radiator of fan may be reversed in above-mentioned tool, in one embodiment, enabling signal includes setting blower module
Velocity of rotation, rotate in the forward direction or at least one of counter-rotating.
If the radiator of fan may be reversed in above-mentioned tool, in one embodiment, energizing signal includes setting steering assembly
The direction of driving fan module overturning and the angle of overturning.
If the radiator of fan may be reversed in above-mentioned tool, in one embodiment, steering assembly include pedestal, connecting line and
Steering motor, pedestal are set on circuit board, and steering motor is connect with fan group frame, steering motor and via connecting line and pedestal
Connection.
A kind of motherboard includes circuit board, multiple electronic components, central processing unit, radiator, fan group frame, steering group
Part and control circuit.Central processing unit and multiple electronic components are set on circuit board.Radiator is set on electronic component
And central processing unit is not contacted, and radiator has multiple radiating areas.Fan group frame includes multiple blower modules, and fan group is set up
It is placed on radiator, and is at least correspondingly arranged a blower module on each radiating area.Steering assembly connects fan group frame, with driving
Each blower module is with an axial turning parallel with the upper surface of radiator.Control circuit signal connects electronic component, centre
Device, blower module and steering assembly are managed, control circuit detects the operating state of electronic component and central processing unit, corresponding running shape
State and control steering assembly cause radiating area in an at least blower module overturning.
Such as above-mentioned motherboard, in one embodiment, control circuit includes control unit and detecting unit.Detecting unit connects
Control unit is connect, detecting unit detects at least one of temperature and the clock pulse of electronic component and central processing unit person, according to detecting
As a result an at least detection signal is transmitted to control unit, and control unit corresponds to transmission enabling signal extremely according to each detection signal
An at least blower module, makes its actuation in radiating area.The also corresponding transmission energizing signal of control unit makes its driving to steering assembly
At least a blower module is according to above-mentioned axial turning.
Such as above-mentioned motherboard, in one embodiment, enabling signal includes the velocity of rotation of setting blower module, positive rotation
Turn or at least one of counter-rotating.
Such as above-mentioned motherboard, in one embodiment, energizing signal includes setting steering assembly driving fan module overturning
Direction and overturning angle.
Such as above-mentioned motherboard, in one embodiment, steering assembly includes pedestal, connecting line and steering motor, and pedestal is set
It is placed on circuit board, steering motor is connect with fan group frame.Steering motor is simultaneously connect via connecting line with pedestal.
The radiator of fan may be reversed in disclosed tool according to an embodiment of the present invention, in central processing unit and electronic component
A large amount of thermal energy are generated in running, via the temperature of control circuit detecting central processing unit and electronic component, corresponding control fan
Module is operated to change motherboard, electronic component and the temperature of central processing unit, maintains the efficiency and stability of motherboard.Control
Circuit also controls steering assembly, enables blower module according to an axial turning, the difference of blower module flip angle, generation it is distinguished and admirable
It is i.e. different, the thermal energy that electronic component or central processing unit generate can be corresponded in due course to radiate.In addition, blower module can also subregion
Operating, radiates for specific electronic component, effectively reaches above-mentioned maintenance motherboard (electronic component, central processing unit)
The purpose of efficiency and stability.
Below in conjunction with the drawings and specific embodiments, the present invention will be described in detail, but not as a limitation of the invention.
Detailed description of the invention
The schematic diagram of radiator installing one embodiment of kenel of fan may be reversed in Figure 1A system tool of the invention.
The schematic diagram of radiator installing one embodiment of kenel of fan may be reversed in Figure 1B system tool of the invention.
The schematic diagram of radiator installing one embodiment of kenel of fan may be reversed in Fig. 1 C system tool of the invention.
Fig. 2A is the structural schematic diagram of an embodiment of multiple blower modules and steering assembly of the invention.
Fig. 2 B is the usage state diagram of an embodiment of multiple blower modules and steering assembly of the invention.
Fig. 3 A is the usage state diagram of an embodiment of multiple blower modules and steering assembly of the invention.
Fig. 3 B is the usage state diagram of an embodiment of multiple blower modules and steering assembly of the invention.
Fig. 3 C is the usage state diagram of an embodiment of multiple blower modules and steering assembly of the invention.
Fig. 4 is the configuration diagram that the present invention has one embodiment of radiator that fan may be reversed.
Fig. 5 A is the use state diagram for the embodiment that the present invention has the radiator that fan may be reversed.
Fig. 5 B is the use state diagram for the embodiment that the present invention has the radiator that fan may be reversed.
Fig. 5 C is the use state diagram for the embodiment that the present invention has the radiator that fan may be reversed.
Fig. 6 is the configuration diagram of an embodiment of motherboard of the invention.
Fig. 7 is the schematic diagram of an embodiment of the radiator installing kenel of motherboard of the invention.
Wherein, appended drawing reference
100 ... radiator 200 ... motherboards
1 ... radiator 10/a~f ... radiating area
2 ... blower module 20 ... fan group framves
21 ... frame 22 ... fans
3 ... control circuit 31 ... control units
32 ... detecting unit 4 ... electronic components
5 ... steering assembly 51 ... pedestals
52 ... connecting line 53 ... steering motors
6 ... circuit board 7 ... central processing units
Specific embodiment
Technical solution of the present invention is described in detail in the following with reference to the drawings and specific embodiments, to be further understood that
The purpose of the present invention, scheme and effect, but it is not intended as the limitation of scope of the appended claims of the present invention.
Figure 1A to Fig. 1 C is please referred to, the radiator that fan may be reversed in tool respectively of the invention installs one embodiment of kenel
Schematic diagram.For the radiator 100 for radiating to multiple electronic components 4, the electronic component 4 is set to centre
It manages around device 7, radiator 100 includes radiator 1, fan group frame 20, steering assembly 5 (refering to Fig. 2A to Fig. 2 B) and control
Circuit 3.Radiator 1 can be thermally conductive to electronic component 4, wherein the upper surface of radiating area is divided into multiple radiating areas 10, it is each to dissipate
Hot-zone 10 can be used to electronic component 4 thermally conductive to corresponding electronic component 4 such as neighbouring or positioned at 10 lower section of radiating area.?
In one embodiment, electronic component 4 refers to the part of power supply, such as capacitor.Radiator 1 is made of metal, and in one embodiment, is dissipated
Hot device 1 has the structure of fin.Install radiator 1 kenel it is not restricted, can with circuit board 6, central processing unit 7 and
The setting of electronic component 4 and it is different.As shown in Figure 1A, in this embodiment, the general L-shaped state of radiator 1.And in Figure 1B and Fig. 1 C
In, radiator 1 is horizontal type or straight kenel.
Please refer to Fig. 2A to Fig. 2 B, the structure of an embodiment of multiple blower modules respectively of the invention and steering assembly
Schematic diagram.
Fan group frame 20 includes multiple blower modules 2, and fan group frame 20 is set on radiator 1, and on each radiating area 10
It is correspondingly arranged a blower module 2.Wherein blower module 2 includes frame 21 and fan 22, and fan 22 is set in frame 21.Turn
Fan group frame 20 is connected to component 5, steering assembly 5 is to drive each blower module 2 with the pivot parallel with the upper surface of radiator 1
Shaft Z overturning is overturn using the axial direction that pivotal axis Z extends as symmetry axis.
More specific description, in this embodiment, steering assembly 5 include pedestal 51, connecting line 52 and steering motor 53, base
Seat 51 is set on circuit board 6, and steering motor 53 is connect with the blower module 2 of fan group frame 20, steering motor 53 and via company
Wiring 52 is connect with pedestal 51, in this way, steering motor 53 can receive the signal enabling operating of the transmission of control circuit 3, drives each wind
Module 2 is fanned so that the extension of pivotal axis Z is axially symmetry axis and is overturn.
Please refer to Fig. 3 A to Fig. 3 C, the use of an embodiment of multiple blower modules respectively of the invention and steering assembly
State diagram.
As shown in Figure 3A, in this embodiment, 5 more than one of steering assembly, steering assembly 5 are respectively arranged at " L " type
1 both ends of radiator, steering assembly 5 connects the blower module 2 of fan group frame 20, in this way, a steering assembly 5 can drive radiating area a
The blower module 2 of~d can drive the blower module 2 of radiating area e~f with second with first axis X overturning, another steering assembly 5
Axial Y overturning achievees the effect that subregion manufactures distinguished and admirable, subregion heat dissipation.And in some embodiments, a blower module 2 can select
Select the driving by one of two steering assemblies 5, and according to axially different overturning, such as the blower module 2 of above-mentioned radiating area d then can be according to
The axial direction Y of first axis X or second overturning.The present invention is not limited thereto,
As shown in Fig. 3 B to Fig. 3 C, each blower module 2 can be separately connected steering assembly 5, and such each blower module 2 turns over
The degree in the direction and overturning that turn is not necessarily identical, and in this embodiment, the blower module 2 of radiating area d then may be selected according to first
The axial direction Y of axial X or second overturning, depending on its group connects steering assembly 5.The present invention is not limited thereto system, should regard user and
It is installed needed for manufacturer.
In one embodiment, radiator 100 further includes liquid cooling structure (not shown go out), liquid cooling structure include reservoir,
Water pump and transfer tube, transfer tube are respectively communicated with reservoir, water pump and radiator 1, and reservoir contains water cooling liquid, and water cooling liquid can pass
Flowing in defeated pipe, water pump can drive water cooling liquid stream dynamic, and guiding water cooling liquid passes in and out radiator 1, in this way, water cooling liquid stream is through radiator
When 1, can absorb radiator 1 heat, by heat band for radiator 1 outside, return to reservoir.With this circulation process, there is side
The effect for helping radiator 1 to radiate.Above-mentioned water cooling liquid can add distilled water and addition by propylene glycol (or some other alcohols)
Agent (pigment, funcitonal rust-proof agent) etc. is formed.In some embodiments, water cooling liquid is pure water or distilled water.
Referring to Fig. 4, having the configuration diagram for one embodiment of radiator that fan may be reversed for the present invention.Control circuit
3 signals connection central processing unit 7, electronic component 4, steering assembly 5 and blower module 2, control circuit 3 can detect electronic component 4
And the operating state of central processing unit 7.
Further instruction, control circuit 3 include control unit 31 and detecting unit 32.Detecting unit 32 and control unit
31 connections, detecting unit 32 can detect at least one of temperature and the clock pulse of electronic component 4 and central processing unit 7 person, according to
Detecting result transmits detection signal to control unit 31, and control unit 31 judges the radiating area of whichever according to each detection signal
Blower module 2 in 10 needs to start operating, to reduce the temperature of corresponding electronic component 4 or central processing unit 7, and corresponds to biography
Blower module 2 of the enabling signal into radiating area 10 is sent, its operating is made.The also corresponding transmission energizing signal of control unit 31 extremely turns to
Component 5 makes it drive the blower module 2 on the radiating area 10 of corresponding electronic component 4 or central processing unit 7 according to above-mentioned axial direction (the
One axial direction X or the second axial direction Y) it is that symmetry axis is overturn.
In other words, user can preset a temperature limit value or a clock pulse limits value in control unit 31, such as in base
This input-output system (Basic Input/Output System, BIOS) is inner to set the temperature limit value or clock pulse limitation
Value.When detecting unit 32 transmits detection signal to control unit 31, control unit 31 according to detection signal judge electronic component 4 or
Whether the temperature or clock pulse that central processing unit 7 operates exceed temperature limit value or clock pulse limits value.When control unit 31 judges electricity
The operational temperature or clock pulse of sub- part 4 or central processing unit 7 have exceeded setting value (i.e. overheat or overclocking), and control unit 31 is pair
The operating of blower module 2 or overturning that the radiating area 10 corresponding to the electronic component 4 or central processing unit 7 should be controlled, generate distinguished and admirable
By heat derives, electronic component 4 or central processing unit 7 is made not to overheat and keep stability.By the fan of driving overturning, operating
Module 2 can be one or multiple, should regard user setting and 32 detecting result of detecting unit and blower module 2 with turn
Depending on the case where being installed to component 5.
Among the above, enabling signal includes the velocity of rotation of setting blower module 2, rotate in the forward direction or counter-rotating at least
One.Such as 22 revolving speed per minute (rpm) of fan of setting blower module 2, it is to be rotated in a manner of clockwise or with the inverse time
The time that the mode of needle rotates and fan 22 rotates, the enabling signal that each blower module 2 is received are not necessarily identical.Overturning
Signal includes the direction of setting 5 driving fan module 2 of steering assembly overturning and the angle of overturning.Such as setting steering assembly 5 drives
Dynamic blower module 2 overturns or turns counterclockwise according to the positive hour hands of the pivotal axis Z, and the angle (degree of overturning) of overturning,
User can be pre-set in basic input output system or application program.The velocity of rotation of blower module 2, positive reverse rotation
With distinguished and admirable difference caused by the direction of overturning, angle, the effect of heat dissipation is also different, therefore user can be directed to each blower module
2 operation mode is set separately to reach optimal heat dissipation effect.
In one embodiment, control circuit 3 is also connect with above-mentioned water pump signal, and control circuit 3 is further transmitted signal, is opened
Dynamic water pump, carries out liquid (water) cold heat dissipation.
Fig. 5 A to Fig. 5 C is please referred to, the embodiment respectively of the invention for having the radiator that fan may be reversed uses shape
State schematic diagram.Electronic component 4, such as power supply part are distributed with below radiating area a~f, the state of each power supply part division of labor is different,
Therefore when central processing unit 7 operates, there is different power supply requirements, the power supply Part temperature below radiating area a~d increases,
The demand for having subregion to radiate at this time, blower module 2 must operate in radiation processes, i.e. the rotation of fan 22 generates distinguished and admirable, under
It states the overturning mode more specific description for blower module 2.
As shown in Figure 5A, in this embodiment, for neighbouring or high temperature or overclocking below radiating area a~d electricity
Sub- part 4 and/or central processing unit 7, the blower module 2 that control circuit 3 can control steering assembly 5 to drive radiating area a~d turn over
Turn, and the blower module 2 of other radiating areas e, f are not overturn then.Turn as with embodiment shown in Fig. 3 B, control circuit then be can control
The blower module 2 of radiating area a is driven individually to overturn to component 5, the blower module 2 of other radiating areas b~f does not overturn then, should regard
Depending on the setting and detecting result of control circuit 3.
As shown in Figure 5 B, in this embodiment, for neighbouring or high temperature or overclocking below radiating area e, f electronics
Part 4 and/or central processing unit 7, control circuit 3 control steering assembly 5 and the blower module 2 of radiating area e, f are driven to overturn together,
And the blower module 2 of other radiating areas a~d is not overturn then.
As shown in Figure 5 C, in this embodiment, for neighbouring or high temperature or overclocking below radiating area b, f electronics
The electronic component 4 and/or central processing unit 7 of part 4 and/or 7 high temperature of central processing unit or overclocking, the fan mould of radiating area b, f
Block 2 can simultaneously or do not overturn simultaneously, to achieve the effect that heat dissipation.
Therefore, by the above embodiments, it is known that there are many overturnings that mode can realize blower module 2, when multiple heat dissipations
When the blower module 2 in area 10 (such as radiating area a~d) is driven by same steering assembly 5, the blower module 2 of radiating area a~d is turned over
The direction that turns, angle are consistent (be all clockwise or be all counterclockwise).Opposite, if being separately connected respectively by multiple steering assemblies 5
The blower module 2 of radiating area a~f, then the blower module 2 of driven radiating area a~d can overturn respectively, operate, each fan mould
The reverses direction or flip angle of block 2 may be different, just as above-mentioned, should decide to move to component depending on the demand of user or dealer
5 with the configuration of fan group frame 20 (blower module 2), there is no restriction by the present invention.
Characteristic of the user according to electronic component 4, central processing unit 7, driven 2 operating condition of blower module (is turned
Speed, fan direction of rotation and rotational time), roll over condition (flip angle, reverses direction) be set separately in control circuit 3,
Blower module 2 is so set to reach best heat dissipation effect at running (operating of blower module 2 and overturning).In this way, power supply part
The higher region of temperature, which can pass through different settings from the lower region of power supply Part temperature, makes the operating of blower module 2 to distinguish
Corresponding heat dissipation is more able to maintain the stability of host and high-effect other than the advantage of energy conservation.
In one embodiment, have the radiator 100 that fan may be reversed and the centre with heat sink (not shown go out)
It manages the collocation of device 7 to use, heat sink is equipped with fan (not shown go out), this fan generates distinguished and admirable from heat sink toward circuit board 6
Direction flowing, have may be reversed fan radiator 100 because blower module 2 may be reversed, therefore it is generated it is distinguished and admirable can be effective
Avoid it is distinguished and admirable caused by the fan with heat sink repeal by implication, thus can reach best heat dissipation effect.
In another embodiment, the distinguished and admirable side with parallel circuit boards 6 caused by fan on the heat sink of central processing unit 7
To flowing, therefore for electronic component 4, and the heat of its generation can not be effectively taken away, collocation, which has, may be reversed dissipating for fan
Thermal 100 can also assist in the heat dissipation of central processing unit 7 other than the heat for generating electronic component 4 is led and dissipated.
Fig. 6 to Fig. 7 is please referred to, Fig. 6 is the configuration diagram of an embodiment of motherboard of the invention.Fig. 7 is the present invention
Motherboard radiator 1 install kenel an embodiment schematic diagram.Motherboard 200 include circuit board 6, central processing unit 7,
Multiple electronic components 4, radiator 1, multiple blower modules 2 and control circuit 3.About circuit board 6, central processing unit 7, multiple
Electronic component 4, radiator 1, multiple blower modules 2 and control circuit 3, referring again to Figure 1A to Fig. 1 C and related description.
About the setting and its structure of fan group frame 20, multiple blower modules 2 and steering assembly 5, referring again to Fig. 2A
To Fig. 3 C and related description；The operating of blower module 2 and the control steering assembly 5 on radiating area 10 are controlled about control circuit 3
Driving fan module 2 is overturn, referring again to Fig. 4 and related description；Enabling signal, energizing signal about the transmission of control circuit 3
Please refer to above-mentioned related description；About having 100 use state of radiator that fan may be reversed, referring again to Fig. 5 A to 5C and phase
It speaks on somebody's behalf bright, herein no longer superfluous words.
One embodiment of the invention explanation, central processing unit and electronic component generate a large amount of thermal energy in running, via control
The temperature of circuit detecting central processing unit and electronic component, corresponding control blower module operating is to change motherboard, electronic component
With the temperature of central processing unit, the efficiency and stability of motherboard are maintained.Electronic component is distributed on circuit board, neighbouring heat dissipation dress
It sets or is located at below radiator.In one embodiment, control circuit further controls steering assembly, enables blower module according to one
Axial turning, the difference of blower module flip angle, the distinguished and admirable i.e. difference of generation can correspond to electronic component or central processing in due course
The thermal energy that device generates radiates.
In addition, blower module can also subregion overturning and operating, when the electronic component temperature change of specific position is larger, control
On the one hand circuit processed controls the blower module operating of corresponding position, on the one hand control the overturning of steering assembly driving fan module,
To change the temperature of the electronic component of specific position, so that it will not there is a phenomenon where overheat, it is known that have the heat dissipation that fan may be reversed
Device has the advantages that energy conservation.The operating of above-mentioned control circuit control blower module, revolving speed, Positive work comprising setting fan
Or except antiport and fan rotation time, also comprising the setting reverses direction of blower module, flip angle and turn over
The time etc. maintained after turning reaches control air quantity, air inlet or takes out wind action and effectively reach above-mentioned maintenance motherboard (electronics zero
Part, central processing unit) efficiency and stability purpose.
Certainly, the present invention can also have other various embodiments, without deviating from the spirit and substance of the present invention, ripe
It knows those skilled in the art and makes various corresponding changes and modifications, but these corresponding changes and change in accordance with the present invention
Shape all should fall within the scope of protection of the appended claims of the present invention.
Claims (10)
1. a kind of have the radiator that fan may be reversed, which is characterized in that for radiating to multiple electronic components, and those
Electronic component is set to around a central processing unit, which includes:
One radiator, with multiple radiating areas, and respectively, the radiating area is thermally conductive to the electronic component at least one；And
One fan group frame, include multiple blower modules, the fan group erection be placed on the radiator, and respectively on the radiating area at least
It is correspondingly arranged the blower module；
One steering assembly connects the fan group frame, with drive respectively the blower module with parallel with the upper surface of the radiator one
Axial turning；And
One control circuit, signal connect those electronic components, the central processing unit, those blower modules and the steering assembly, should
Control circuit detects those electronic components and the operating state of the central processing unit, corresponds to the operating state and controls the steering group
Part causes an at least blower module in those radiating areas to overturn.
2. as described in claim 1 have the radiator that fan may be reversed, which is characterized in that the control circuit includes:
One control unit；And
One detecting unit connects the control unit, which detects those electronic components and the temperature of the central processing unit
With at least one of clock pulse person, an at least detection signal is transmitted to the control unit, the control unit foundation according to detecting result
The respectively detection signal, and transmission one enabling signal at least blower module into those radiating areas is corresponded to, make its actuation, the control
Unit processed also one energizing signal of corresponding transmission makes it drive an at least blower module according to the axial turning to steering assembly.
3. as claimed in claim 2 have the radiator that fan may be reversed, which is characterized in that the enabling signal includes that setting should
The velocity of rotation of blower module rotates in the forward direction or at least one of counter-rotating.
4. as claimed in claim 2 have the radiator that fan may be reversed, which is characterized in that the energizing signal includes that setting should
The angle in direction and overturning that steering assembly drives the blower module to overturn.
5. as described in claim 1 have the radiator that fan may be reversed, which is characterized in that the steering assembly includes a base
Seat, a connecting line and a steering motor, the pedestal are set on the circuit board, which connect and pass through with the fan group frame
It is connect by the connecting line with pedestal.
6. a kind of motherboard, characterized by comprising:
One circuit board；
Multiple electronic components are set on the circuit board；
One central processing unit is set on the circuit board；
One radiator is set on those electronic components and does not contact the central processing unit, and the radiator has multiple dissipate
Hot-zone；
One fan group frame, include multiple blower modules, the fan group erection be placed on the radiator, and respectively on the radiating area at least
It is correspondingly arranged the blower module；
One steering assembly connects the fan group frame, with drive respectively the blower module with parallel with the upper surface of the radiator one
Axial turning；And
One control circuit, signal connect those electronic components, the central processing unit, those blower modules and the steering assembly, should
Control circuit detects those electronic components and the operating state of the central processing unit, corresponds to the operating state and controls the steering group
Part causes an at least blower module in those radiating areas to overturn.
7. motherboard as claimed in claim 6, which is characterized in that the control circuit includes:
One control unit；And
One detecting unit connects the control unit, which detects those electronic components and the temperature of the central processing unit
With at least one of clock pulse person, an at least detection signal is transmitted to the control unit, the control unit foundation according to detecting result
The respectively detection signal, and transmission one enabling signal at least blower module into those radiating areas is corresponded to, make its actuation, the control
Unit processed also one energizing signal of corresponding transmission makes it drive an at least blower module according to the axial turning to steering assembly.
8. motherboard as claimed in claim 7, which is characterized in that the enabling signal includes to set the rotation speed of the blower module
It spends, rotate in the forward direction or at least one of counter-rotating.
9. motherboard as claimed in claim 7, which is characterized in that the energizing signal includes to set the steering assembly to drive the wind
Fan the direction of module overturning and the angle of overturning.
10. motherboard as claimed in claim 6, which is characterized in that the steering assembly includes a pedestal, a connecting line and one turn
To motor, which is set on the circuit board, which connect with the fan group frame and via the connecting line and pedestal
Connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711435087.5A CN109960385A (en) | 2017-12-26 | 2017-12-26 | Have the radiator that fan may be reversed and has the motherboard of radiator |
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| CN201711435087.5A CN109960385A (en) | 2017-12-26 | 2017-12-26 | Have the radiator that fan may be reversed and has the motherboard of radiator |
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| CN109960385A true CN109960385A (en) | 2019-07-02 |
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| KR102573924B1 (en) * | 2023-01-20 | 2023-09-01 | 이현호 | Device for cooling cpu |
| CN117369600A (en) * | 2023-10-25 | 2024-01-09 | 北京盟创科技有限公司 | Computer storage device with heat dissipation function |
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| CN117369600A (en) * | 2023-10-25 | 2024-01-09 | 北京盟创科技有限公司 | Computer storage device with heat dissipation function |
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