CN209199735U - A kind of low-voltage coil air passage structure - Google Patents

Abstract

This application involves a kind of low-voltage coil air passage structures, including main body and impingement plate, the surrounding of the main body is equipped with heat dissipation coverboard, and to be flexibly connected between main body and heat dissipation coverboard, the main body is internally provided with fixed mechanism, and center line intersects between main body and fixed mechanism, the main body is fixed with interface agency close to the two sides of heat dissipation coverboard.The beneficial effect of the application is: by pushing the buckle column on air flue slide plate manually, so as to make mounting groove and pinch plate horizontally slip between air flue slide plate, and mounting groove and pinch plate will can be slidably mounted between regulating mechanism and frame, so as to which mounting groove and pinch plate are installed fixed card buckle in other equipment, and the main body between regulating mechanism and frame and the coverboard that radiates can be protected, so as to which low-voltage coil air flue is carried out latch plate button, and convenient for heat dissipation coverboard protection in low-voltage coil airway surface, consequently facilitating low-voltage coil air flue carries out heat dissipation.

Description

A kind of low-voltage coil air passage structure

Technical field

This application involves low-voltage coil air flue technical field, specially a kind of low-voltage coil air passage structure.

Background technique

With the development that urban and rural power grids are built, because dry-type transformer has oil-free, fire prevention, non-maintaining, safe and reliable etc. Advantage is applied to the places such as skyscraper and commercial center, petrochemical industry more and more, for reduce temperature rise, high-low pressure around Group can increase by one layer or several layers of air flues, to cause the loss of low-voltage coil air flue huge, it is therefore desirable to low to dry-type transformer Coil airway is pressed to carry out structural improvement.

Low-voltage coil air flue in the market, air flue I-shaped stay are solid formula, are distributed in coil width to ventilation and heat is logical The air flue between adjacent two stays is crossed, due to there is the thickness of stay, occupies part heat dissipation area, therefore it is insufficient to radiate, Heat dissipation effect is poor, and internal structure maintenance is also less susceptible, to be easy to cause inner components failure, and installs and uses and also compares It is cumbersome, to be not easy to its equipment of staff's internal regulation, and internal a large amount of dusts can be often remained, to influence low The problem of pressing coil airway normal use.

Summary of the invention

The application's is designed to provide a kind of low-voltage coil air passage structure, to solve city mentioned above in the background art Low-voltage coil air flue on field, air flue I-shaped stay are solid formula, are distributed in coil width to ventilation and heat passes through adjacent two Air flue between stay occupies part heat dissipation area, therefore it is insufficient to radiate due to there is the thickness of stay, and heat dissipation effect is poor, And internal structure maintenance is also less susceptible, to be easy to cause inner components failure, and install and use it is also comparatively laborious, thus It is not easy to its equipment of staff's internal regulation, and internal can often remain a large amount of dusts, to influence low-voltage coil air flue The problem of normal use.

To achieve the above object, the application provides the following technical solutions: a kind of low-voltage coil air passage structure, including main body and Impingement plate, the surrounding of the main body are equipped with heat dissipation coverboard, and to be flexibly connected between main body and heat dissipation coverboard, the main body It is internally provided with fixed mechanism, and center line intersects between main body and fixed mechanism, the main body is close to the two sides of heat dissipation coverboard It is fixed with interface agency, the two sides up and down of the interface agency are connected with cooling mechanism, and between interface agency and cooling mechanism To be fixedly connected, the upper and lower ends of the cooling mechanism are equipped with mounting post, and are fixed company between cooling mechanism and mounting post It connects, the cooling mechanism is provided with frame close to the side of mounting post, and to be fixedly connected between frame and mounting post, the frame The two sides up and down of frame are equipped with air flue slide plate, and the interface agency is equipped with air flue spring close to the inside side of cooling mechanism Column, and to be fixedly connected between cooling mechanism and air flue spring stack, the impingement plate is fixed on cooling mechanism close to air flue spring The side of column, the two sides up and down of the air flue slide plate are provided with buckle column, and to be flexibly connected between air flue slide plate and buckle column, The buckle column is internally connected with pinch plate, and to be flexibly connected between pinch plate and buckle column, above and below the buckle column Two sides are connected with mounting groove, regulating mechanism are equipped on the inside of the air flue slide plate, and be between air flue slide plate and regulating mechanism It is flexibly connected.

Preferably, the bottom end of the regulating mechanism is fixed with support frame, and center line phase between regulating mechanism and support frame It hands over, to be fixedly connected between the mounting groove and buckle column, and air flue slide plate is configured to sliding knot by buckle column and mounting groove Structure.

Preferably, to be fixedly connected between the impingement plate and air flue spring stack, and cooling mechanism passes through impingement plate and gas Road spring stack is configured to elastic construction.

Preferably, the fixed mechanism includes supporting plate, partition, flap and connecting rod, and on the inside of fixed mechanism Lower two sides are connected with supporting plate, and to be flexibly connected between fixed mechanism and supporting plate, be equipped on the inside of the supporting plate every Plate, and flap is fixed on the inside of the partition, and between partition and flap between supporting plate and partition to be fixedly connected Center line intersection.

Preferably, the flap is internally connected with connecting rod, and to be flexibly connected between flap and connecting rod, and And partition is configured to snap-in structure by flap and connecting rod.

Preferably, the cooling mechanism includes bolt column, lifting net, limited post and sliding slot column, the cooling mechanism it is interior Sliding slot column is installed in the middle part of portion, and to be fixedly connected between cooling mechanism and sliding slot column, the sliding slot column is internally provided with limit Position column, the two sides up and down of the sliding slot column are fixed with lifting net, and going up and down is to be flexibly connected between net and sliding slot column.

Preferably, two sides are provided with bolt column up and down for the inside of the lifting net, and are spiral shell between bolt column and lifting net Line connection, and go up and down that limited post is crossed by Netcom and sliding slot column is configured to lifting structure.

Preferably, the regulating mechanism includes fixed plate, sieve plate and card slot column, and is pacified in the middle part of the inside of regulating mechanism Equipped with card slot column, the two sides up and down of the card slot column are provided with sieve plate, and center line intersects between regulating mechanism and sieve plate, The interface agency includes adjustable column, portable pillar, baffle, mesh enclosure and interface holes, and is welded with and connects in the middle part of the inside of interface agency Oral pore, the interface agency are connected with mesh enclosure, and the inside inner wall of interface agency and the inside of mesh enclosure close to the two sides of interface holes It is fitted closely between inner wall, the bottom end of the mesh enclosure is fixed with baffle, and the bottom of the baffle is provided with portable pillar, and portable pillar It is to be fixedly connected between baffle.

Preferably, the two sides up and down of the sieve plate are connected with fixed plate, and are fixed company between fixed plate and sieve plate It connects, and regulating mechanism is configured to detaching structure by card slot column and sieve plate.

Preferably, the bottom of the portable pillar is fixed with adjustable column, and to be fixedly connected between portable pillar and adjustable column, institute It states to be flexibly connected between interface agency and adjustable column, and interface agency is configured to rotational structure by adjustable column and interface holes.

Compared with prior art, the application has the beneficial effect that:

1, the application air flue slide plate is configured to slide construction by buckle column and mounting groove, and cooling mechanism passes through impingement plate Be configured to elastic construction with air flue spring stack, by pushing the buckle column on air flue slide plate manually, so as to make mounting groove and Pinch plate horizontally slips between air flue slide plate, and mounting groove and pinch plate can will be slidably mounted on regulating mechanism and frame Between, so as to which mounting groove and pinch plate are installed fixed card buckle in other equipment, and regulating mechanism and frame can be protected Between main body and heat dissipation coverboard, so as to by low-voltage coil air flue carry out latch plate button, and convenient for heat dissipation coverboard protect Shield is in low-voltage coil airway surface, consequently facilitating low-voltage coil air flue carries out heat dissipation, by between cooling mechanism and frame Between impingement plate and air flue spring stack, so as to which main body, heat dissipation coverboard and regulating mechanism and frame are kept certain Heat-dissipating space is distributed in coil width to and capable of passing through phase so that facilitating low-voltage coil air flue I-shaped stay is solid formula Air flue between adjacent two stays is aerated heat dissipation, and air flue spring stack is so as to reduce the impact pressure in the external world, from And internal protection can be carried out to low-voltage coil air flue.

2, the application partition is configured to snap-in structure by flap and connecting rod, by manually adjusting in fixed mechanism Supporting plate can be fastened on regulating mechanism and frame so as to drive the flap and connecting rod on fixed mechanism by supporting plate Between frame, so as to protect main body and heat dissipation coverboard between supporting plate, and heat dissipation coverboard can be fixed on main body, branch Between support and regulating mechanism, so as to work normally low-voltage coil air flue, and heat dissipation coverboard can be fixed on Main body surrounding, so as to prevent to occur situations such as heat dissipation is insufficient, and heat dissipation effect is poor.

3, the application goes up and down Netcom and crosses limited post and sliding slot column is configured to lifting structure, by lifting net cooling mechanism with Lifting activity between sliding slot column is fastened on sliding slot column and limited post so as to go up and down net lifting carriage, and can prevent Dust enters between main body, support frame and regulating mechanism, is worked normally to facilitate low-voltage coil air flue, and can incite somebody to action The filtering of surrounding dust is online in lifting, and when low-voltage coil air flue is worked normally, so as to pass through cooling mechanism Lifting net between sliding slot column carries out external cooling, and by turning the bolt column on cooling mechanism so as to will go up and down net It is fixed between sliding slot column and limited post, and facilitates staff and adjust its internal heat dissipation structures.

4, the application regulating mechanism is configured to detaching structure by card slot column and sieve plate, by turning regulating mechanism manually Between card slot column, so as to by regulating mechanism sieve plate and fixed plate carry out disassembly processing, and facilitate work people The internal structure components of member's maintenance conditions low-voltage coil air flue, consequently facilitating zero between disassembly main body and the coverboard that radiates Part, and dust processing can be carried out between main body and heat dissipation coverboard, to facilitate between service body and heat dissipation coverboard to dissipate Heat.

5, the application interface agency is configured to rotational structure by adjustable column and interface holes, by manually adjusting interface agency In mesh enclosure so as to drive adjustable column, portable pillar and the baffle rotary moveable between interface holes, and mesh enclosure can be rotated It is fastened between interface agency and interface holes, so as to avoid connection equipment from blocking its heat dissipation equipment, and is convenient for low-voltage coil Air flue carries out internal heat dissipating dredging, and can be avoided the thickness due to there is connection equipment stay, and occupies the heat dissipation of part Area, so that the air flue facilitated between two adjacent stays is aerated heat dissipation work.

Detailed description of the invention

Fig. 1 is a kind of structural schematic diagram of low-voltage coil air passage structure of the application；

Fig. 2 is a kind of fixed mechanism structural schematic diagram of low-voltage coil air passage structure of the application；

Fig. 3 is a kind of cooling mechanism structural schematic diagram of low-voltage coil air passage structure of the application；

Fig. 4 is a kind of regulating mechanism structural schematic diagram of low-voltage coil air passage structure of the application；

Fig. 5 is a kind of interface agency structural schematic diagram of low-voltage coil air passage structure of the application.

In figure: 1, main body；2, fixed mechanism；201, supporting plate；202, partition；203, flap；204, connecting rod；3, it connects Mouth mechanism；301, adjustable column；302, portable pillar；303, baffle；304, mesh enclosure；305, interface holes；4, cooling mechanism；401, bolt Column；402, net is gone up and down；403, limited post；404, sliding slot column；5, frame；6, mounting post；7, impingement plate；8, air flue spring stack；9, Air flue slide plate；10, regulating mechanism；1001, fixed plate；1002, sieve plate；1003, card slot column；11, mounting groove；12, pinch plate； 13, column is buckled；14, radiate coverboard；15, support frame.

Specific embodiment

Below in conjunction with the attached drawing in the embodiment of the present application, technical solutions in the embodiments of the present application carries out clear, complete Site preparation description, it is clear that described embodiments are only a part of embodiments of the present application, instead of all the embodiments.It is based on Embodiment in the application, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment shall fall in the protection scope of this application.

In the description of the present application, unless otherwise indicated, the meaning of " plurality " is two or more；Term " on ", The orientation or positional relationship of the instructions such as "lower", "left", "right", "inner", "outside", " front end ", " rear end ", " head ", " tail portion " is It is based on the orientation or positional relationship shown in the drawings, is merely for convenience of description the application and simplifies description, rather than instruction or dark Show that signified device or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as pair The limitation of the application.In addition, term " first ", " second ", " third " etc. are used for description purposes only, and should not be understood as instruction or Imply relative importance.

Fig. 1-5 is please referred to, the application provides a kind of technical solution: a kind of low-voltage coil air passage structure, including it is main body 1, solid Determine mechanism 2, supporting plate 201, partition 202, flap 203, connecting rod 204, interface agency 3, adjustable column 301, portable pillar 302, Baffle 303, mesh enclosure 304, interface holes 305, cooling mechanism 4, bolt column 401, lifting net 402, limited post 403, sliding slot column 404, Frame 5, mounting post 6, impingement plate 7, air flue spring stack 8, air flue slide plate 9, regulating mechanism 10, fixed plate 1001, sieve plate 1002, Card slot column 1003, mounting groove 11, pinch plate 12, buckle column 13, heat dissipation coverboard 14 and support frame 15, the surrounding of main body 1 are equipped with Radiate coverboard 14, and to be flexibly connected between main body 1 and heat dissipation coverboard 14, and main body 1 is internally provided with fixed mechanism 2, and main Center line intersects between body 1 and fixed mechanism 2, and main body 1 is fixed with interface agency 3, fixed machine close to the two sides of heat dissipation coverboard 14 Structure 2 includes supporting plate 201, partition 202, flap 203 and connecting rod 204, and the inside of fixed mechanism 2 is connected with two sides up and down Supporting plate 201, and to be flexibly connected between fixed mechanism 2 and supporting plate 201, the inside of supporting plate 201 is equipped with partition 202, And to be fixedly connected between supporting plate 201 and partition 202, the inside of partition 202 is fixed with flap 203, and partition 202 and hinge Center line intersects between carrier bar 203, and flap 203 is internally connected with connecting rod 204, and flap 203 and connecting rod 204 it Between to be flexibly connected, and partition 202 is configured to snap-in structure by flap 203 and connecting rod 204, solid by manually adjusting The supporting plate 201 in mechanism 2 is determined so as to drive the flap 203 and connecting rod 204 on fixed mechanism 2, and can will be propped up Frame plate 201 is fastened between regulating mechanism 10 and frame 5, so as to protect main body 1 and heat dissipation coverboard 14 in supporting plate 201 Between, and heat dissipation coverboard 14 can be fixed between main body 1, support frame 15 and regulating mechanism 10, so as to make low-voltage line Circle air flue is worked normally, and heat dissipation coverboard 14 can be fixed on 1 surrounding of main body, is not filled so as to prevent to occur to radiate Point, situations such as heat dissipation effect is poor, the two sides up and down of interface agency 3 are connected with cooling mechanism 4, and interface agency 3 and cooling mechanism 4 Between to be fixedly connected, the upper and lower ends of cooling mechanism 4 are equipped with mounting post 6, and are solid between cooling mechanism 4 and mounting post 6 Fixed connection, cooling mechanism 4 include bolt column 401, lifting net 402, limited post 403 and sliding slot column 404, the inside of cooling mechanism 4 Middle part is equipped with sliding slot column 404, and to be fixedly connected between cooling mechanism 4 and sliding slot column 404, the inside setting of sliding slot column 404 There is limited post 403, the two sides up and down of sliding slot column 404 are fixed with lifting net 402, and it is living for going up and down between net 402 and sliding slot column 404 Dynamic connection goes up and down the inside of net 402 or more two sides and is provided with bolt column 401, and is spiral shell between bolt column 401 and lifting net 402 Line connection, and go up and down net 402 and lifting structure is configured to by limited post 403 and sliding slot column 404, it is being dissipated by lifting net 402 Lifting activity between heat engine structure 4 and sliding slot column 404 is fastened on 404 He of sliding slot column so as to go up and down 402 lifting carriage of net Limited post 403, and can pre- dust protection enter between main body 1, support frame 15 and regulating mechanism 10, to facilitate low-voltage coil Air flue is worked normally, and can be filtered surrounding dust on lifting net 402, and when low-voltage coil air flue carries out normally When work, so as to carry out external cooling by the lifting net 402 between cooling mechanism 4 and sliding slot column 404, and by turning Bolt column 401 on cooling mechanism 4 is fixed between sliding slot column 404 and limited post 403 so as to go up and down net 402, and is had Help staff and adjust its internal heat dissipation structures, cooling mechanism 4 is provided with frame 5, and frame 5 close to the side of mounting post 6 To be fixedly connected between mounting post 6, the two sides up and down of frame 5 are equipped with air flue slide plate 9；

Interface agency 3 is equipped with air flue spring stack 8, and cooling mechanism 4 and air flue bullet close to the inside side of cooling mechanism 4 To be fixedly connected between spring column 8, impingement plate 7 is fixed on cooling mechanism 4 close to the side of air flue spring stack 8, impingement plate 7 and air flue To be fixedly connected between spring stack 8, and cooling mechanism 4 is configured to elastic construction by impingement plate 7 and air flue spring stack 8, passes through Impingement plate 7 and air flue spring stack 8 between cooling mechanism 4 and frame 5, so as to by main body 1, heat dissipation coverboard 14 and adjust Certain heat-dissipating space of mechanism 10 and the holding of frame 5 is saved, so that facilitating low-voltage coil air flue I-shaped stay is solid formula, Be distributed in coil width to, and heat dissipation can be aerated by the air flue between adjacent two stays, and air flue spring stack 8 from And can reduce extraneous impact pressure, and so as to carry out internal protection to low-voltage coil air flue, up and down the two of air flue slide plate 9 Side is provided with buckle column 13, and to be flexibly connected between air flue slide plate 9 and buckle column 13, buckle column 13 is internally connected with buckle Plate 12, and to be flexibly connected between pinch plate 12 and buckle column 13, the two sides up and down of buckle column 13 are connected with mounting groove 11, air flue The inside of slide plate 9 is equipped with regulating mechanism 10, and to be flexibly connected between air flue slide plate 9 and regulating mechanism 10, regulating mechanism 10 Bottom end be fixed with support frame 15, and center line intersects between regulating mechanism 10 and support frame 15, mounting groove 11 and buckle column 13 Between to be fixedly connected, and air flue slide plate 9 is configured to slide construction by buckle column 13 and mounting groove 11, by pushing gas manually Buckle column 13 on road slide plate 9, so as to make mounting groove 11 and pinch plate 12 horizontally slip between air flue slide plate 9, and energy Mounting groove 11 and pinch plate 12 will be enough slidably mounted between regulating mechanism 10 and frame 5, so as to by mounting groove 11 and card Buckle 12 installs fixed card buckle in other equipment, and can protect main body 1 and the radiation shell between regulating mechanism 10 and frame 5 Plate 14, so as to which low-voltage coil air flue is carried out latch plate button, and convenient for the heat dissipation protection of coverboard 14 in low-voltage coil gas Road surface, consequently facilitating low-voltage coil air flue carries out heat dissipation；

Regulating mechanism 10 includes fixed plate 1001, sieve plate 1002 and card slot column 1003, and in the inside of regulating mechanism 10 Portion is mounted on card slot column 1003, and the two sides up and down of card slot column 1003 are provided with sieve plate 1002, and regulating mechanism 10 and strainer Center line intersects between plate 1002, and the two sides up and down of sieve plate 1002 are connected with fixed plate 1001, and fixed plate 1001 and strainer To be fixedly connected between plate 1002, and regulating mechanism 10 is configured to detaching structure by card slot column 1003 and sieve plate 1002, By turning the card slot column 1003 between regulating mechanism 10 manually, so as to by the sieve plate 1002 in regulating mechanism 10 and admittedly Fixed board 1001 carries out disassembly processing, and facilitates the internal structure components of staff's maintenance conditions low-voltage coil air flue, from And the components between main body 1 easy to disassemble and heat dissipation coverboard 14, and dust can be carried out between main body 1 and heat dissipation coverboard 14 Processing, to facilitate between service body 1 and heat dissipation coverboard 14 to radiate, interface agency 3 includes adjustable column 301, portable pillar 302, baffle 303, mesh enclosure 304 and interface holes 305, and interface holes 305, interface agency 3 are welded in the middle part of the inside of interface agency 3 Two sides close to interface holes 305 are connected with mesh enclosure 304, and between the inside inner wall of interface agency 3 and the inside inner wall of mesh enclosure 304 It fits closely, the bottom end of mesh enclosure 304 is fixed with baffle 303, and the bottom of baffle 303 is provided with portable pillar 302, and portable pillar 302 To be fixedly connected between baffle 303, the bottom of portable pillar 302 is fixed with adjustable column 301, and portable pillar 302 and adjustable column 301 Between to be fixedly connected, is flexibly connected between interface agency 3 and adjustable column 301, and interface agency 3 by adjustable column 301 and Interface holes 305 are configured to rotational structure, drive adjustable column by manually adjusting the mesh enclosure 304 in interface agency 3 301, portable pillar 302 and baffle 303 rotary moveable between interface holes 305, and mesh enclosure 304 can be rotated and be fastened on interface message processor (IMP) Between structure 3 and interface holes 305, so as to avoid connection equipment from blocking its heat dissipation equipment, and carried out convenient for low-voltage coil air flue Internal heat dissipating dredging, and can be avoided the thickness due to there is connection equipment stay, and the heat dissipation area of part is occupied, thus The air flue facilitated between two adjacent stays is aerated heat dissipation work；

The working principle of the present embodiment: the low-voltage coil air passage structure, between cooling mechanism 4 and frame 5 Impingement plate 7 and air flue spring stack 8, so as to which main body 1, heat dissipation coverboard 14 and regulating mechanism 10 and frame 5 are kept certain Heat-dissipating space be distributed in coil width to and capable of passing through so that facilitating low-voltage coil air flue I-shaped stay is solid formula Air flue between adjacent two stays is aerated heat dissipation, and air flue spring stack 8 is so as to reduce extraneous impact pressure, So as to carry out internal protection to low-voltage coil air flue, by manually adjusting the mesh enclosure 304 in interface agency 3 so as to band Dynamic adjustable column 301, portable pillar 302 and baffle 303 rotary moveable between interface holes 305, and mesh enclosure 304 can be rotated and be engaged Between interface agency 3 and interface holes 305, so as to avoid connection equipment from blocking its heat dissipation equipment, and it is convenient for low-voltage coil Air flue carries out internal heat dissipating dredging, and can be avoided the thickness due to there is connection equipment stay, and occupies the heat dissipation of part Area, so that the air flue facilitated between two adjacent stays is aerated heat dissipation work, by turning regulating mechanism manually Card slot column 1003 between 10, so as to by regulating mechanism 10 sieve plate 1002 and fixed plate 1001 carry out at disassembly Reason, and facilitate the internal structure components of staff's maintenance conditions low-voltage coil air flue, consequently facilitating dismantling main body 1 and dissipating Components between hot coverboard 14, and dust processing can be carried out between main body 1 and heat dissipation coverboard 14, to help to safeguard It radiates between main body 1 and heat dissipation coverboard 14, by going up and down lifting activity of the net 402 between cooling mechanism 4 and sliding slot column 404, Be fastened on sliding slot column 404 and limited post 403 so as to which 402 lifting carriage of net will be gone up and down, and can pre- dust protection enter main body 1, it between support frame 15 and regulating mechanism 10, is worked normally to facilitate low-voltage coil air flue, and can be by surrounding ash Dirt filters on lifting net 402, and when low-voltage coil air flue is worked normally, so as to pass through 4 He of cooling mechanism Lifting net 402 between sliding slot column 404 carries out external cooling, and by turn the bolt column 401 on cooling mechanism 4 so as to Lifting net 402 is fixed between sliding slot column 404 and limited post 403, and facilitates staff and adjusts its internal heat dissipation structures, By manually adjusting the supporting plate 201 in fixed mechanism 2 so as to driving flap 203 and the connecting rod on fixed mechanism 2 204, and supporting plate 201 can be fastened between regulating mechanism 10 and frame 5, so as to by main body 1 and heat dissipation coverboard 14 Heat dissipation coverboard 14 can be fixed between main body 1, support frame 15 and regulating mechanism 10 by protection between supporting plate 201, from And low-voltage coil air flue can be made to be worked normally, and heat dissipation coverboard 14 can be fixed on 1 surrounding of main body, so as to pre- Situations such as anti-appearance heat dissipation is insufficient, and heat dissipation effect is poor, by pushing the buckle column 13 on air flue slide plate 9 manually, so as to So that mounting groove 11 and pinch plate 12 is horizontally slipped between air flue slide plate 9, and mounting groove 11 and pinch plate 12 will can be slided It is mounted between regulating mechanism 10 and frame 5, so as to which mounting groove 11 and pinch plate 12 are installed fixed card buckle in other equipment On, and main body 1 between regulating mechanism 10 and frame 5 and heat dissipation coverboard 14 can be protected, so as to by low-voltage coil air flue Latch plate button is carried out, and convenient for the heat dissipation protection of coverboard 14 in low-voltage coil airway surface, consequently facilitating low-voltage coil air flue Heat dissipation is carried out, here it is the working principles of the low-voltage coil air passage structure.

Although the application is described in detail with reference to the foregoing embodiments, for those skilled in the art, It is still possible to modify the technical solutions described in the foregoing embodiments, or part of technical characteristic is carried out etc. With replacement, within the spirit and principles of this application, any modification, equivalent replacement, improvement and so on should be included in this Within the protection scope of application.

Claims (10)

1. a kind of low-voltage coil air passage structure, including main body (1) and impingement plate (7), it is characterised in that: the four of the main body (1) Heat dissipation coverboard (14) is installed, and to be flexibly connected between main body (1) and heat dissipation coverboard (14) week, the inside of the main body (1) It is provided with fixed mechanism (2), and center line intersects between main body (1) and fixed mechanism (2), the main body (1) is close to radiation shell The two sides of plate (14) are fixed with interface agency (3), and the two sides up and down of the interface agency (3) are connected with cooling mechanism (4), and connect To be fixedly connected between mouth mechanism (3) and cooling mechanism (4), the upper and lower ends of the cooling mechanism (4) are equipped with mounting post It (6), and is to be fixedly connected between cooling mechanism (4) and mounting post (6), side of the cooling mechanism (4) close to mounting post (6) It is provided with frame (5), and to be fixedly connected between frame (5) and mounting post (6), the two sides up and down of the frame (5) are equipped with Air flue slide plate (9), the interface agency (3) are equipped with air flue spring stack (8) close to the inside side of cooling mechanism (4), and dissipate To be fixedly connected between heat engine structure (4) and air flue spring stack (8), the impingement plate (7) is fixed on cooling mechanism (4) close to air flue The side of spring stack (8), the two sides up and down of the air flue slide plate (9) are provided with buckle column (13), and air flue slide plate (9) and buckle To be flexibly connected between column (13), buckle column (13) is internally connected with pinch plate (12), and pinch plate (12) and buckle To be flexibly connected between column (13), the two sides up and down of buckle column (13) are connected with mounting groove (11), the air flue slide plate (9) Inside be equipped with regulating mechanism (10), and to be flexibly connected between air flue slide plate (9) and regulating mechanism (10).

2. a kind of low-voltage coil air passage structure according to claim 1, it is characterised in that: the bottom of the regulating mechanism (10) End is fixed with support frame (15), and center line intersects between regulating mechanism (10) and support frame (15), the mounting groove (11) and To be fixedly connected between buckle column (13), and air flue slide plate (9) is configured to sliding knot by buckle column (13) and mounting groove (11) Structure.

3. a kind of low-voltage coil air passage structure according to claim 1, it is characterised in that: the impingement plate (7) and air flue To be fixedly connected between spring stack (8), and cooling mechanism (4) is configured to elastic knot by impingement plate (7) and air flue spring stack (8) Structure.

4. a kind of low-voltage coil air passage structure according to claim 1, it is characterised in that: the fixed mechanism (2) includes Supporting plate (201), partition (202), flap (203) and connecting rod (204), and two sides connect up and down for the inside of fixed mechanism (2) Be connected to supporting plate (201), and to be flexibly connected between fixed mechanism (2) and supporting plate (201), the supporting plate (201) it is interior Side is equipped with partition (202), and to be fixedly connected between supporting plate (201) and partition (202), the inside of the partition (202) It is fixed with flap (203), and center line intersects between partition (202) and flap (203).

5. a kind of low-voltage coil air passage structure according to claim 4, it is characterised in that: the flap (203) it is interior Portion is connected with connecting rod (204), and to be flexibly connected between flap (203) and connecting rod (204), and partition (202) is logical It crosses flap (203) and connecting rod (204) and is configured to snap-in structure.

6. a kind of low-voltage coil air passage structure according to claim 1, it is characterised in that: the cooling mechanism (4) includes Bolt column (401), lifting net (402), limited post (403) and sliding slot column (404), the inside middle part peace of the cooling mechanism (4) Equipped with sliding slot column (404), and to be fixedly connected between cooling mechanism (4) and sliding slot column (404), the sliding slot column (404) it is interior Portion is provided with limited post (403), and the two sides up and down of the sliding slot column (404) are fixed with lifting net (402), and go up and down net (402) It is to be flexibly connected between sliding slot column (404).

7. a kind of low-voltage coil air passage structure according to claim 6, it is characterised in that: described to go up and down the interior of net (402) Portion is provided with bolt column (401) two sides up and down, and to be threadedly coupled between bolt column (401) and lifting net (402), and is gone up and down Net (402) is configured to lifting structure by limited post (403) and sliding slot column (404).

8. a kind of low-voltage coil air passage structure according to claim 1, it is characterised in that: the regulating mechanism (10) includes Fixed plate (1001), sieve plate (1002) and card slot column (1003), and card slot is mounted in the middle part of the inside of regulating mechanism (10) The two sides up and down of column (1003), the card slot column (1003) are provided with sieve plate (1002), and regulating mechanism (10) and sieve plate (1002) center line intersects between, and the interface agency (3) includes adjustable column (301), portable pillar (302), baffle (303), net (304) and interface holes (305) are covered, and are welded with interface holes (305) in the middle part of the inside of interface agency (3), the interface agency (3) Two sides close to interface holes (305) are connected with mesh enclosure (304), and the inside of the inside inner wall of interface agency (3) and mesh enclosure (304) It is fitted closely between inner wall, the bottom end of the mesh enclosure (304) is fixed with baffle (303), and the bottom of the baffle (303) is provided with Portable pillar (302), and be to be fixedly connected between portable pillar (302) and baffle (303).

9. a kind of low-voltage coil air passage structure according to claim 8, it is characterised in that；The sieve plate (1002) it is upper Lower two sides are connected with fixed plate (1001), and to be fixedly connected between fixed plate (1001) and sieve plate (1002), and are adjusted Mechanism (10) is configured to detaching structure by card slot column (1003) and sieve plate (1002).

10. a kind of low-voltage coil air passage structure according to claim 8, it is characterised in that；The bottom of the portable pillar (302) Portion is fixed with adjustable column (301), and to be fixedly connected between portable pillar (302) and adjustable column (301), the interface agency (3) To be flexibly connected between adjustable column (301), and interface agency (3) is configured to revolve by adjustable column (301) with interface holes (305) Rotation structure.