CN212463711U - Electronic engineering control device - Google Patents
Electronic engineering control device Download PDFInfo
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- CN212463711U CN212463711U CN202021105970.5U CN202021105970U CN212463711U CN 212463711 U CN212463711 U CN 212463711U CN 202021105970 U CN202021105970 U CN 202021105970U CN 212463711 U CN212463711 U CN 212463711U
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Abstract
The utility model relates to an electronic engineering control device, which comprises a body frame, a clapboard layer, a refrigeration bent tube layer, a refrigeration water tank, a refrigeration fan group, a storage layer and a vacuum air pump, wherein the interior of the body frame is divided into an installation space and an equipment space through the clapboard layer, the upper part of the equipment space is respectively provided with the refrigeration water tank and the refrigeration fan group, the lower part of the equipment space is divided into the storage layer, the interior of the installation space is fixedly connected with at least two metal plates, the installation space is divided into installation layers through the metal plates, the bottom of the metal plate on each installation layer is provided with the refrigeration bent tube layer, the metal plates are provided with ventilation through holes penetrating through the refrigeration bent tube layer, the inner wall of the installation space is inserted with the refrigeration tube layer, the refrigeration water tank is sequentially communicated with the refrigeration bent tube layer, the air heat dissipation flow technology structure is realized, and the cooling and heat dissipation are carried out through the refrigerating layer.
Description
Technical Field
The utility model relates to an electronic engineering controlling means belongs to electronic engineering technical field.
Background
Electronic engineering, also known as "weak current technology" or "information technology", can be further subdivided into electrical measurement technology, adjustment technology and electronic technology, electronic engineering is a subclass of electrical engineering and is an engineering oriented to the electronic field, wherein a weak current control box is an important component of electronic engineering, and the heat dissipation performance directly determines the good and functional performance of a weak current system, so that the use of a weak current control box device of electronic engineering with good heat dissipation performance is very necessary.
SUMMERY OF THE UTILITY MODEL
Problem to above-mentioned prior art exists, the utility model provides an electronic engineering controlling means has realized the air heat dissipation flow technology structure to and cool down the heat dissipation through the refrigeration layer, played the operation of light current control box under the temperature environment of moderate degree, guarantee light current system normal use.
In order to achieve the above object, the utility model discloses a following technical scheme realizes: an electronic engineering control device comprises a body frame, a partition plate layer, a refrigerating bent pipe layer, a refrigerating water tank, a refrigerating fan group, a storage layer and a vacuum air extractor, wherein the inside of the body frame is divided into an installation space and an equipment space through the partition plate layer, the upper part of the equipment space is respectively provided with the refrigerating water tank and the refrigerating fan group, the lower part of the equipment space is divided into the storage layer, the inside of the installation space is fixedly connected with at least two metal plates, the installation space is divided into installation layers through the metal plates, the bottom of each metal plate on each installation layer is provided with the refrigerating bent pipe layer, the metal plates are provided with ventilation air through holes penetrating through the refrigerating bent pipe layer, the inner wall of the installation space is inserted with the refrigerating pipe layer, the refrigerating water tank is sequentially communicated with the refrigerating bent pipe layer, and the outward side of the refrigerating fan group is provided with an air inlet filter layer in threaded connection, the air inlet filtering layer is communicated with the outside of the body frame, an air inlet main pipeline communicated with the refrigerating fan set is arranged on the surface of one side, close to the installation space, of the partition plate layer, the air inlet main pipeline is connected with air inlet nozzles arranged in each installation layer respectively, an air outlet through hole communicated with the outside is formed in the surface, far away from the equipment space, of the installation layer at the lowest part in the installation space, and the air outlet through hole is connected with the vacuum air extractor in a threaded mode.
The storage layer is internally divided into a component box and a maintenance box by an L-shaped clapboard.
And two ends of the upper surface of the metal plate are respectively provided with a row of ventilation through holes.
Two refrigeration fans are arranged in the refrigeration fan set.
Each layer is provided with two air inlet nozzles which are clamped in the layered layer.
To sum up, the utility model provides an electronic engineering control device, when in use, a power supply element is installed on an installation layer in an installation space, a refrigeration water tank and a refrigeration fan set are started, a micro booster pump is arranged in the refrigeration water tank, the pressure is increased by the micro booster pump, refrigeration liquid is conveyed to a refrigeration pipe layer in the installation space through an outlet end of the refrigeration water tank, the liquid cooling installation space is carried out, two metal plates are arranged in the installation space, a refrigeration bent pipe layer communicated with the refrigeration pipe layer is arranged at the bottom of the metal plates, the metal plates are separated into each installation layer to be cooled, the refrigeration pipe layer is communicated with an upper inlet end of the refrigeration water tank to circulate the refrigeration liquid, two air inlet nozzles are respectively arranged in each installation layer, the air inlet nozzles are communicated with the refrigeration fan set to carry out the internal air circulation of the installation layers, and a part, carry out cooling heat dissipation effect, because set up two circulation air through holes on the metal sheet, circulation air through hole carries out the circulation of air exchange on the metal sheet through every layer in the installation space, carry to the outside through the vacuum air extractor, have circulation of air heat dissipation effect, realized the air heat dissipation flow technology structure to and cool down the heat dissipation through the refrigeration layer, played the operation of light current control box under the temperature environment of moderate degree, guarantee light current system normal use.
Drawings
Fig. 1 is a schematic structural diagram of the present invention;
FIG. 2 is a schematic view of the structure of the ventilation through hole and the cooling bent pipe layer; in the figure: the device comprises a body frame 1, an installation space 11, an equipment space 12, a ventilation through hole 13, a metal plate 16, an installation layering 17, a partition plate layer 2, a main air inlet pipe 21, an air inlet nozzle 22, a refrigeration bent pipe layer 3, a refrigeration water tank 4, a refrigeration pipe layer 41, a refrigeration fan set 5, an air inlet filter layer 51, a storage layer 6, a component box 61, a maintenance box 62, a vacuum air extractor 7 and an air outlet through hole 71.
Detailed Description
The present invention will be further explained with reference to the accompanying drawings.
As shown in fig. 1 to 2, the present invention relates to an electronic engineering control device, which comprises a body frame 1, a partition layer 2, a cooling bent pipe layer 3, a cooling water tank 4, a cooling fan set 5, a storage layer 6 and a vacuum air extractor 7, wherein the body frame 1 is internally divided into an installation space 11 and an equipment space 12 by the partition layer 2, the upper part of the equipment space 12 is respectively provided with the cooling water tank 4 and the cooling fan set 5, the lower part of the equipment space 12 is divided into the storage layer 6, at least two metal plates 16 are fixedly connected in the installation space 11, the installation space 11 is divided into installation sub-layers 17 by the metal plates 16, the bottom of each metal plate 16 on each installation sub-layer 17 is provided with the cooling bent pipe layer 3, the metal plates 16 are provided with a ventilation hole 13 penetrating through the cooling bent pipe layer 3, the inner wall of the installation space 11 is inserted with a cooling pipe layer 41, the refrigeration water tank 4 communicate the refrigeration pipe layer 41 and the refrigeration bending pipe layer 3 in proper order, the outside one side of refrigeration fan group 5 set up threaded connection filter layer 51 that admits air, the filter layer 51 that admits air communicate body frame 1 outside, baffle layer 2 be close to 11 side surfaces of installation space and be provided with the trunk line 21 that admits air that communicates refrigeration fan group 5, trunk line 21 that admits air be connected with respectively and arrange the suction nozzle 22 in every layer of installation layering 17 in, installation space 11 in the installation layering of the bottommost install the surface of keeping away from equipment space 12 one side and seted up the outside through-hole 71 of giving vent to anger of intercommunication, through-hole 71 of giving vent to anger in-thread connection vacuum air extractor 7.
The storage layer 6 is divided into a component box 61 and a maintenance box 62 by an L-shaped partition plate.
Two ends of the upper surface of the metal plate 16 are respectively provided with a row of ventilation through holes 13.
Two refrigeration fans are arranged in the refrigeration fan set 5.
Two air inlet nozzles 22 are clamped in each layer of installation layer 17.
To sum up, the utility model provides an electronic engineering control device, when in use, by installing a power supply element on the installation layer in the installation space, starting a refrigeration water tank and a refrigeration fan set, wherein a micro booster pump is arranged in the refrigeration water tank, then increasing the pressure by the micro booster pump, conveying refrigeration liquid to a refrigeration pipe layer in the installation space through an outlet end of the refrigeration water tank, cooling the installation space by the liquid, two metal plates are arranged in the installation space, a refrigeration bent pipe layer communicated with the refrigeration pipe layer is arranged at the bottom of the metal plates, realizing the separation of each installation layer from the metal plates for cooling, and further, the refrigeration pipe layer is communicated with an upper inlet end of the refrigeration water tank for circulating the refrigeration liquid, two air inlet nozzles are respectively arranged in each installation layer, the air inlet nozzles are communicated with the refrigeration fan set for installing the internal air circulation of the layers, so as to take away, carry out cooling heat dissipation effect, because set up two circulation air through holes on the metal sheet, circulation air through hole carries out the circulation of air exchange on the metal sheet through every layer in the installation space, carry to the outside through the vacuum air extractor, have circulation of air heat dissipation effect, realized the air heat dissipation flow technology structure to and cool down the heat dissipation through the refrigeration layer, played the operation of light current control box under the temperature environment of moderate degree, guarantee light current system normal use.
Claims (5)
1. The electronic engineering control device is characterized by comprising a body frame (1), a partition plate layer (2), a refrigerating bent pipe layer (3), a refrigerating water tank (4), a refrigerating fan set (5), a storage layer (6) and a vacuum air extractor (7), wherein the inside of the body frame (1) is separated into an installation space (11) and an equipment space (12) through the partition plate layer (2), the upper part of the equipment space (12) is respectively provided with the refrigerating water tank (4) and the refrigerating fan set (5), the lower part of the equipment space (12) is separated into the storage layer (6), the inside of the installation space (11) is fixedly connected with at least two metal plates (16), the installation space (11) is separated out of installation layers (17) through the metal plates (16), the bottom of each metal plate (16) on each installation layer (17) is provided with the refrigerating bent pipe layer (3), the metal plate (16) is provided with a ventilation through hole (13) penetrating through the refrigeration bent tube layer (3), the inner wall of the installation space (11) is inserted with a refrigeration tube layer (41), the refrigeration water tank (4) is sequentially communicated with the refrigeration tube layer (41) and the refrigeration bent tube layer (3), one outward side of the refrigeration fan set (5) is provided with a threaded connection air inlet filter layer (51), the air inlet filter layer (51) is communicated with the outside of the body frame (1), the surface of one side, close to the installation space (11), of the partition plate layer (2) is provided with an air inlet main pipeline (21) communicated with the refrigeration fan set (5), the air inlet main pipeline (21) is respectively connected with an air inlet nozzle (22) arranged in each layer of installation layers (17), the surface, far away from one side of the equipment space (12), of the installation space (11) at the lowest part is provided with an air outlet through hole (71) communicated with the outside, the air outlet through hole (71) is internally threaded with a vacuum air pump (7).
2. An electronic engineering control device according to claim 1, characterized in that the storage layer (6) is internally divided into a component box (61) and a maintenance box (62) by an L-shaped partition.
3. The electronic engineering control device according to claim 1, wherein a row of ventilation holes (13) are respectively formed at two ends of the upper surface of the metal plate (16).
4. An electronic engineering control device according to claim 1, characterized in that two cooling fans are arranged inside the cooling fan set (5).
5. An electronic engineering control device according to claim 1, characterized in that two air inlet nozzles (22) are clamped in each installation layer (17).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021105970.5U CN212463711U (en) | 2020-06-15 | 2020-06-15 | Electronic engineering control device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021105970.5U CN212463711U (en) | 2020-06-15 | 2020-06-15 | Electronic engineering control device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN212463711U true CN212463711U (en) | 2021-02-02 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202021105970.5U Active CN212463711U (en) | 2020-06-15 | 2020-06-15 | Electronic engineering control device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN212463711U (en) |
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2020
- 2020-06-15 CN CN202021105970.5U patent/CN212463711U/en active Active
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