CN208403718U - A kind of cabinet with radiator - Google Patents
A kind of cabinet with radiator Download PDFInfo
- Publication number
- CN208403718U CN208403718U CN201820140635.5U CN201820140635U CN208403718U CN 208403718 U CN208403718 U CN 208403718U CN 201820140635 U CN201820140635 U CN 201820140635U CN 208403718 U CN208403718 U CN 208403718U
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- China
- Prior art keywords
- heat
- radiator
- accommodating chamber
- sink unit
- pedestal
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Abstract
The utility model is a kind of cabinet with radiator, belong to furniture or office accommodation field, there is a problem of that ventilation and heat is bad for existing cabinet body, using following technical scheme: a kind of cabinet with radiator, including the accommodating chamber and one group or two pack heat dissipation devices for accommodating article, the limit hole being adapted to radiator is opened up in the accommodating chamber cavity wall, for the limit hole for limiting radiator, the radiator makes accommodating chamber ventilation and heat.Air inside accommodating chamber is sent to outside accommodating chamber or for generating moving air by inside air band people's accommodating chamber outside accommodating chamber by radiator in the utility model, to realize the ventilation and heat of accommodating chamber；Shell is connected with pedestal by snap fit in radiator, can disposably be installed, easy to assembly.
Description
Technical field
The utility model belongs to furniture or office accommodation field, in particular to a kind of cabinet with radiator.
Background technique
It is easily destroyed to prevent electronic equipment to be exposed to outer, or convenient for arranging, usual electronic equipment, which is placed on, to be had
In the cabinet body for storing function.And as the power of electronic equipment is continuously increased, heat that electronic equipment generates during the work time
Also it is continuously increased, to make the heat in cabinet body shed outward, the mode generallyd use is to open up through-hole or through slot on the cabinet.By
Sluggish in air circulation in the accommodation space relative closure of cabinet body, even if opening up through-hole or through slot, the accommodation space of cabinet body is also held very much
Easy accumulation of heat, electronic equipment are not available due to radiating bad often；Therefore the ventilation and heat of cabinet body is to need what is solved to ask
Topic.
Utility model content
There is a problem of that ventilation and heat is bad for existing cabinet body, the utility model provides a kind of storage with radiator
Cabinet further has the effect that easy to assembly with good result of ventilating heat dissipation.
The utility model is as follows using technical solution: a kind of cabinet with radiator, including for accommodating article
Accommodating chamber and one group or two pack heat dissipation devices open up the limit hole being adapted to radiator in the accommodating chamber cavity wall, described
For limit hole for limiting radiator, the radiator makes accommodating chamber ventilation and heat.
Air inside accommodating chamber is sent to outside accommodating chamber or will be outside accommodating chamber for generating moving air by radiator
Air band people's accommodating chamber inside, to realize the ventilation and heat of accommodating chamber.
Further, the radiator includes being mounted on from limit hole from the intracavitary outer two sides of receiving and being mutually clamped respectively
Shell and pedestal, and the heat-sink unit for generating moving air, the heat-sink unit is located in pedestal, and is limited by shell
Position.Shell and pedestal are mutually clamped, and can disposably be installed, easy to assembly；Heat-sink unit is located in pedestal, and by shell
Limit, this structure limit heat-sink unit by shell and pedestal, it are made to be not easy to shake at work, ensure that whole steady
It is qualitative.
Further, the shell is equipped with heat dissipating housing of the limit on the outside of the accommodating chamber in cavity wall and is connected in limit hole
Hollow mounting portion, the hollow mounting portion protrude from heat dissipating housing arrangement, the thickness phase of height outstanding and accommodating chamber cavity wall
Adaptation.Hollow mounting portion protrudes from the sky that heat dissipating housing is arranged such that pedestal is located in accommodating chamber, and heat-sink unit is communicated with accommodating chamber
Between it is larger, air circulation can be promoted；The height that hollow mounting portion protrudes from heat dissipating housing is adapted with the thickness of accommodating chamber cavity wall,
This makes shell and pedestal that need not reserve gap when assembling, convenient for the assembly of shell and pedestal.
Further, the pedestal is equipped with the installation position for limiting heat-sink unit, is equipped in the installation position multiple
The limited post being arranged symmetrically, limits heat-sink unit in vertical plane；Shell and pedestal clamping after, heat-sink unit front with
Cavity wall offsets on the inside of the edge and accommodating chamber of hollow mounting portion, limits heat-sink unit in the horizontal plane.This setting
So that heat-sink unit position is limited, it is effectively prevent to shake in the operating condition.
Further, the barb of the multiple arrangements symmetrical above and below of hollow mounting portion projection, the hook portion of the barb outwardly,
Notch corresponding with barb position is opened up on the pedestal, the barb and notch are clamped.When installing radiator, shell is first
It being limited in limit hole, barb protrudes out cavity wall on the inside of accommodating chamber after installation, and pedestal and heat-sink unit are installed with shell again, point
It is other that the opposite power in direction is applied to shell and pedestal, so that barb and notch are clamped, that is, complete the positioning of shell and pedestal, assembly
It is more convenient.
Further, the junction of the heat dissipating housing and hollow mounting portion forms limited step, the limited step limit
Cavity wall on the outside of accommodating chamber at the limit hole.This structure makes heat dissipating housing be in cavity wall on the outside of accommodating chamber, hollow installation position
In limit hole, after limited step position is fixed, shell completes limit, convenient for assembly.
Further, the radiator includes two heat-sink units being arranged side by side, and each heat-sink unit limit is one
In a installation position, the shell be equipped with multiple arrangements symmetrical above and below retaining convex rib, the retaining convex rib be located at two barbs it
Between, for resisting heat-sink unit, make to limit heat-sink unit stress equalization.When heat-sink unit is two, the hollow mounting portion of shell
It is only capable of limiting the edge of heat-sink unit, if being located at the position in hollow mounting portion without limit to two heat-sink units
Position, then heat-sink unit can cause the position being located in hollow mounting portion to tilt outward due to discontinuity equalization, and limit convex is arranged
Muscle can prevent heat-sink unit from tilting, and guarantee heat-sink unit stress equalization.
Further, the hollow mounting portion is equipped with multiple reinforcing ribs, and the reinforcing rib is hollow from hollow mounting portion
Cavity wall extends on barb, which is provided with therefrom that cavity inner wall is to the inclined inclined-plane of barb, for increasing the intensity of barb simultaneously
Make barb that there is elasticity.When dismounting shell, since barb protrudes out hollow mounting portion, certain pressure need to be applied to barb,
So that shell dismounting is more smooth, this requires barbs to have certain elasticity for meeting, and the inclined-plane of formation can make barb have elasticity；
In addition, barb should also have some strength other than providing certain elasticity when barb and notch are clamped, it just can guarantee that installation is strong
Degree, reinforcing rib some be located on hollow mounting portion and can meet intensity requirement.
Further, it is set on the pedestal there are two baffle is reinforced, the reinforcement baffle is used between two installation positions
Heat-sink unit is separated, and reinforces pedestal；The heat-sink unit is connected with end with the connecting line of connector, and a relief hole opens up
Between two reinforcement baffles, the connector and connecting line extend outside the base from relief hole.Reinforce baffle as two installation positions
Differentiation partition and for increasing the intensity of pedestal, guarantee the intensity of its upper and lower two sides, pedestal effectively prevent to be crushed out of shape；Heat dissipation
Ability ventilation and heat after unit is powered, thus connecting line and connector are both needed to stretch out from radiator, there are many kinds of connectors, excellent
USB joint is selected, can connect with the electronic equipment with USB interface, can especially be connect with computer host box, it is easy to use.
Further, the pedestal is equipped with the intercommunicating pore with blend stop, the position and heat-sink unit position of the intercommunicating pore
It is corresponding, communicate heat-sink unit with accommodating chamber.The purpose that blend stop is arranged is to prevent finger or big adamant and heat-sink unit
Contact had not only been avoided that people was injured but also can prevent destruction of the adamant to heat-sink unit.
The utility model band the utility model has the advantages that radiator in the utility model will be accommodated for generating moving air
The air in intracavitary portion is sent to outside accommodating chamber or by inside air band people's accommodating chamber outside accommodating chamber, to realize the ventilation of accommodating chamber
Heat dissipation；Shell is connected with pedestal by snap fit in radiator, can disposably be installed, easy to assembly.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of cabinet entirety；
Fig. 2 is the structural schematic diagram of radiator；
Fig. 3 is the assembling structure schematic diagram of radiator；
Fig. 4 is the assembling structure schematic diagram of radiator other direction；
In figure, 1- accommodating chamber；11- limit hole；2- radiator；21- shell；211- heat dissipating housing；The hollow mounting portion of 212-；
213- barb；214- limited step；215- retaining convex rib；216- reinforcing rib；22- pedestal；The installation position 221-；2211- limited post；
222- notch；223- reinforces baffle；224- intercommunicating pore；2241- blend stop；225- relief hole；23- heat-sink unit；231- connecting line；
2311- connector.
Specific embodiment
Below with reference to the attached drawing of the utility model, the technical solution of the utility model embodiment is explained and illustrated,
But following embodiments are only the preferred embodiment of the utility model, and not all.Based on the implementation example in the implementation mode, this field
Technical staff's obtained other embodiments without making creative work, belong to the protection model of the utility model
It encloses.
The cabinet with radiator of the present embodiment, as shown in Figures 1 to 4, including the accommodating chamber for accommodating article
1 and one group or two pack heat dissipation devices 2, the limit hole 11 being adapted to radiator 2 is opened up in 1 cavity wall of accommodating chamber, it is described
For limit hole 11 for limiting radiator 2, the radiator 2 makes 1 ventilation and heat of accommodating chamber.
Air inside accommodating chamber 1 is sent to 1 outside of accommodating chamber or will accommodated by radiator 2 for generating moving air
Inside air band people's accommodating chamber 1 outside chamber 1, to realize the ventilation and heat of accommodating chamber 1.
The radiator 2 includes being mounted on inside and outside accommodating chamber 1 from limit hole 11 respectively and being mutually clamped shell
21 and pedestal 22, and the heat-sink unit 23 for generating moving air, the heat-sink unit 23 be located in pedestal 22, and outer
Shell 21 limits.Shell 21 and pedestal 22 are mutually clamped, and can disposably be installed, easy to assembly；Heat-sink unit 23 is located at bottom
It in seat 22, and is limited by shell 21, this structure limits heat-sink unit 23 by shell 21 and pedestal 22, makes it at work
It is not easy to shake, ensure that whole stability.
The shell 21, which is equipped with, to be limited the heat dissipating housing 211 in 1 outside cavity wall of accommodating chamber and is connected in limit hole 11
Hollow mounting portion 212, the hollow mounting portion 212 protrudes from the arrangement of heat dissipating housing 211, height outstanding and 1 chamber of accommodating chamber
The thickness of wall is adapted.Hollow mounting portion 212 protrudes from heat dissipating housing 211 and is arranged such that pedestal 22 is located in accommodating chamber 1, and heat dissipation is single
The space that member 23 is communicated with accommodating chamber 1 is larger, can promote air circulation；Hollow mounting portion 212 protrudes from the height of heat dissipating housing 211
Degree is adapted with the thickness of 1 cavity wall of accommodating chamber, this makes shell 21 and pedestal 22 that need not reserve gap when assembling, and is convenient for shell
21 and pedestal 22 assembly.
The pedestal 22 is equipped with the installation position 221 for limiting heat-sink unit 23, is equipped in the installation position 221 multiple
The limited post 2211 being arranged symmetrically, limits heat-sink unit 23 in vertical plane；After shell 21 and pedestal 22 are clamped, heat dissipation
23 front of unit and the edge and 1 inside cavity wall of accommodating chamber of hollow mounting portion 212 offset, and make heat-sink unit 23 in the horizontal plane
It is limited.This setting effectively prevent it to shake in the operating condition so that 23 position of heat-sink unit is limited.
The barb 213 of the multiple arrangements symmetrical above and below of 212 projection of hollow mounting portion, the hook portion of the barb 213 outwardly,
Notch 222 corresponding with 213 position of barb is opened up on the pedestal 22, the barb 213 is clamped with notch 222.It is dissipated in installation
When thermal 2, shell 21 is first limited in limit hole 11, and barb 213 protrudes out 1 inside cavity wall of accommodating chamber, pedestal after installation
22 install with shell 21 again with heat-sink unit 23, respectively the power opposite with the application direction of pedestal 22 to shell 21, so that barb 213
It is clamped with notch 222, that is, completes the positioning of shell 21 and pedestal 22, assembled more convenient.
The junction of the heat dissipating housing 211 and hollow mounting portion 212 forms limited step 214, and the limited step 214 limits
1 outside cavity wall of accommodating chamber at limit hole 11.This structure makes heat dissipating housing 211 be in 1 outside cavity wall of accommodating chamber, hollow
Mounting portion 212 is located in limit hole 11, and after 214 position of limited step is fixed, shell 21 completes limit, convenient for assembly.
The radiator 2 includes two heat-sink units 23 being arranged side by side, and each limit of heat-sink unit 23 is pacified at one
It fills in position 221, the shell 21 is equipped with the retaining convex rib 215 of multiple arrangements symmetrical above and below, and the retaining convex rib 215 is located at two
Between barb 213, for resisting heat-sink unit 23, make to limit 23 stress equalization of heat-sink unit.When heat-sink unit 23 is two, outside
The hollow mounting portion 212 of shell 21 is only capable of limiting the edge of heat-sink unit 23, if in being located to two heat-sink units 23
Position in empty mounting portion 212 is without limit, then heat-sink unit 23 can cause to be located at hollow installation due to discontinuity equalization
Position in portion 212 tilts outward, setting retaining convex rib 215 can prevent heat-sink unit 23 tilt, guarantee heat-sink unit 23 by
Power is balanced.
The hollow mounting portion 212 is equipped with multiple reinforcing ribs 216, and the reinforcing rib 216 is from hollow mounting portion 212
Cavity inner wall extends on barb 213, which is provided with therefrom that cavity inner wall is to the inclined inclined-plane of barb 213, for increasing barb
213 intensity simultaneously makes barb 213 have elasticity.When dismounting shell 21, since barb 213 protrudes out hollow mounting portion 212, need pair
Barb 213 applies certain pressure, can just make the dismounting of shell 21 more smooth, this requires barbs 213 to have certain bullet
Property, the inclined-plane of formation can make barb 213 have elasticity；In addition, barb 213 is in addition to providing when barb 213 and notch 222 are clamped
Certain elasticity is outer to should also have some strength, just can guarantee installation strength, reinforcing rib 216 some be located at hollow mounting portion
Intensity requirement can be met on 212.
It is set on the pedestal 22 there are two baffle 223 is reinforced, the reinforcement baffle 223 is used between two installation positions 221
In separating heat-sink unit 23, and reinforce pedestal 22；The heat-sink unit 23 has 231 phase of connecting line of connector 2311 with end
Even, a relief hole 225 is provided between two reinforcements baffles 223, and the connector 2311 and connecting line 231 are from relief hole 225
It stretches out outside pedestal 22.Reinforce baffle 223 as the differentiation partition of two installation positions 221 and the intensity for reinforcing pedestal 22, guarantees
The intensity of its upper and lower two sides effectively prevent pedestal 22 to be crushed out of shape；Ability ventilation and heat after heat-sink unit 23 is powered, thus connect
Line 231 and connector 2311 are both needed to stretch out from radiator 2, and there are many kinds of connectors 2311, preferably USB joint, can be with band
There is the electronic equipment of USB interface to connect, can especially be connect with computer host box, it is easy to use.
The pedestal 22 is equipped with the intercommunicating pore 224 with blend stop 2241, the position of the intercommunicating pore 224 and heat-sink unit 23
Position is corresponding, communicates heat-sink unit 23 with accommodating chamber 1.The purpose that blend stop 2241 is arranged is to prevent finger or big adamant
It is contacted with heat-sink unit 23, has not only been avoided that people is injured but also can prevent destruction of the adamant to heat-sink unit 23.
Above description is only a specific implementation of the present invention, but the protection scope of the utility model is not limited to
In this, one skilled in the art should be understood that the utility model includes but is not limited to attached drawing and specific embodiment above
Described in content.The modification of any function and structure principle without departing from the utility model is intended to be included in the model of claim
In enclosing.
Claims (10)
1. a kind of cabinet with radiator, including the accommodating chamber (1) for accommodating article, which is characterized in that further include one
Group or two pack heat dissipation devices (2) open up the limit hole (11) being adapted to radiator (2) in accommodating chamber (1) cavity wall, described
For limit hole (11) for limiting radiator (2), the radiator (2) makes accommodating chamber (1) ventilation and heat.
2. the cabinet according to claim 1 with radiator, which is characterized in that the radiator (2) includes point
It is not mounted on inside and outside accommodating chamber (1) at limit hole (11) and is mutually clamped shell (21) and pedestal (22), and be used for
The heat-sink unit (23) of moving air is generated, the heat-sink unit (23) is located in pedestal (22), and is limited by shell (21).
3. the cabinet according to claim 2 with radiator, which is characterized in that the shell (21) is equipped with limit and exists
Heat dissipating housing (211) on the outside of accommodating chamber (1) in cavity wall and the hollow mounting portion (212) being connected in limit hole (11), it is described
Hollow mounting portion (212) protrudes from heat dissipating housing (211) arrangement, and height outstanding is adapted with the thickness of accommodating chamber (1) cavity wall.
4. the cabinet according to claim 3 with radiator, which is characterized in that the pedestal (22) is equipped with and is used for
The installation position (221) of heat-sink unit (23) is limited, is equipped with multiple limited posts being arranged symmetrically in the installation position (221)
(2211), heat-sink unit (23) is limited in vertical plane；After shell (21) and pedestal (22) clamping, heat-sink unit (23)
Front offsets with cavity wall on the inside of the edge and accommodating chamber (1) of hollow mounting portion (212), makes heat-sink unit (23) in the horizontal plane
It is limited.
5. the cabinet according to claim 3 with radiator, which is characterized in that the hollow mounting portion (212) is convex
If the barb (213) of multiple arrangements symmetrical above and below, the hook portion of the barb (213) outwardly, opens up and is fallen on the pedestal (22)
The corresponding notch (222) in hook (213) position, the barb (213) and notch (222) are clamped.
6. the cabinet according to claim 3 with radiator, which is characterized in that the heat dissipating housing (211) with it is hollow
The junction of mounting portion (212) forms limited step (214), and the limited step (214) is limited in the appearance at limit hole (11)
Receive cavity wall on the outside of chamber (1).
7. the cabinet according to claim 5 with radiator, which is characterized in that the radiator (2) includes two
A heat-sink unit (23) being arranged side by side, each heat-sink unit (23) limit is in an installation position (221), the shell (21)
It is equipped with the retaining convex rib (215) of multiple arrangements symmetrical above and below, the retaining convex rib (215) is used between two barbs (213)
In resisting heat-sink unit (23), make to limit heat-sink unit (23) stress equalization.
8. the cabinet according to claim 5 with radiator, which is characterized in that on the hollow mounting portion (212)
Equipped with multiple reinforcing ribs (216), the reinforcing rib (216) extends to barb from the hollow cavity wall of hollow mounting portion (212)
(213) on, it which is provided with therefrom that cavity inner wall is to barb (213) inclined inclined-plane, for increasing the intensity of barb (213) and making
Barb (213) has elasticity.
9. the cabinet according to claim 7 with radiator, which is characterized in that there are two being set on the pedestal (22)
To reinforce baffle (223), the reinforcement baffle (223) is between two installation positions (221), for separating heat-sink unit (23), and
Reinforce pedestal (22)；The heat-sink unit (23) is connected with end with the connecting line (231) of connector (2311), a relief hole
(225) it is provided between two reinforcement baffles (223), the connector (2311) is stretched with connecting line (231) from relief hole (225)
Pedestal (22) is outside out.
10. the cabinet according to claim 2 with radiator, which is characterized in that the pedestal (22) is equipped with band
The position of the intercommunicating pore (224) of blend stop (2241), the intercommunicating pore (224) is corresponding with heat-sink unit (23) position, keeps heat dissipation single
First (23) are communicated with accommodating chamber (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820140635.5U CN208403718U (en) | 2018-01-26 | 2018-01-26 | A kind of cabinet with radiator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820140635.5U CN208403718U (en) | 2018-01-26 | 2018-01-26 | A kind of cabinet with radiator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208403718U true CN208403718U (en) | 2019-01-22 |
Family
ID=65121759
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820140635.5U Active CN208403718U (en) | 2018-01-26 | 2018-01-26 | A kind of cabinet with radiator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208403718U (en) |
-
2018
- 2018-01-26 CN CN201820140635.5U patent/CN208403718U/en active Active
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20211020 Address after: 310018 room 1303, building 2, yuzhicheng, Nanyuan street, Yuhang District, Hangzhou City, Zhejiang Province Patentee after: Hangzhou Xiaogan Technology Co.,Ltd. Address before: 310018 room 1002, Jinsha Century Towers, Jianggan District economic and Technological Development Zone, Hangzhou, Zhejiang Patentee before: HANGZHOU XIAOGAN INDUSTRIAL DESIGN Co.,Ltd. |
|
| TR01 | Transfer of patent right |