CN208806489U - Combined intelligent power grid control cabinet - Google Patents

Combined intelligent power grid control cabinet Download PDF

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Publication number
CN208806489U
CN208806489U CN201821815340.XU CN201821815340U CN208806489U CN 208806489 U CN208806489 U CN 208806489U CN 201821815340 U CN201821815340 U CN 201821815340U CN 208806489 U CN208806489 U CN 208806489U
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CN
China
Prior art keywords
cabinet
locking pin
cavity
installation cavity
power grid
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201821815340.XU
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Chinese (zh)
Inventor
李�杰
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North China Electric Power University
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North China Electric Power University
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Filing date
Publication date
Application filed by North China Electric Power University filed Critical North China Electric Power University
Priority to CN201821815340.XU priority Critical patent/CN208806489U/en
Application granted granted Critical
Publication of CN208806489U publication Critical patent/CN208806489U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The utility model proposes a kind of combined intelligent power grid control cabinets, including cabinet body, cabinet body includes the first mounting plate for being set to cabinet body both ends, first installation cavity there are two being all provided on every one first mounting plate, one first support plate is slidably fitted in every one first installation cavity, a limiting device is equipped between every one first support plate and the first installation cavity, there are two the second mounting plates for setting between two the first mounting plates, one second support plate is slidably fitted in every one second mounting plate, one first locking device is provided in every one second support plate and the second mounting plate, the two sides of cabinet body are respectively arranged with a vertical supporting plate, one first cabinet door is hinged in each vertical supporting plate, one second cabinet door is slidably fitted in every one first cabinet door, one second locking device is provided between every one first cabinet door and the second cabinet door, this reality With it is novel have be adjustably controlled cabinet size, Telescopic Fixed reliable, easy to operate, at low cost feature.

Description

Combined intelligent power grid control cabinet
Technical field
The utility model relates to power supply technique fields, more particularly, to a kind of combined intelligent power grid control cabinet.
Background technique
Control cabinet is to be assembled in switchgear, measuring instrumentss, protection electric appliance and ancillary equipment according to electrical wiring requirement In closed or semi-closed metal safe or on Folding-Screen width, arrangement meets the requirement of electric system normal operation, and easy access is not endangered And the person and surrounding safety, it is usually used in each sending out, matching, in electric substation.
The problem of existing control cabinet is primarily present is that the installation space of control cabinet is fixed, and volume is big, is occupied Space is big, if the quantity of the installation cavity used is few, the part installation cavity of control cabinet is vacant, wastes the sky in control cabinet Between;If desired installation cavity is more, and the installation cavity in control cabinet is unable to satisfy, it is necessary to customize a big control cabinet, wave again It is time-consuming and at high cost.
Therefore, it is necessary to a kind of combined intelligent power grid control cabinets for being able to solve the above problem.
Utility model content
The utility model proposes a kind of combined intelligent power grid control cabinets, have and are adjustably controlled cabinet size, Telescopic Fixed Reliably, feature easy to operate, at low cost.
The technical solution of the utility model is achieved in that
Combined intelligent power grid control cabinet, including cabinet body, the cabinet body include be horizontally placed on the cabinet body both ends One mounting plate, is all provided with that there are two horizontally disposed first installation cavity, each first installations on each first mounting plate The bottom of chamber is equipped with one first guide rail, and one first support plate is slidably fitted on each first guide rail, each described It is equipped with a limiting device between first support plate and first installation cavity, is provided with two between two first mounting plates A second mounting plate setting up and down, is all provided with that there are two the second installation cavitys being oppositely arranged on each second mounting plate, often It is slidably fitted with one second support plate in one second installation cavity, one first dress is equipped in each second support plate With chamber, it is provided with one first locking device in each first assembly cavity and second installation cavity, the two of the cabinet body Side is respectively arranged with a vertical supporting plate, and each vertical supporting plate is hinged with one close to one end of the cabinet body front end One cabinet door is equipped with a third installation cavity in each first cabinet door, is slidably fitted in each third installation cavity One second cabinet door, the inner wall of each first cabinet door are equipped with one second assembly cavity, each second assembly cavity with it is described One second locking device is provided between third installation cavity.
As a kind of perferred technical scheme, one end that each first support plate stretches out first installation cavity is solid Due on the inner wall of the vertical supporting plate, one end that each second support plate stretches out second installation cavity is both secured to On the inner wall of the vertical supporting plate.
As a kind of perferred technical scheme, each limiting device includes a spacing block set, and each described first A limit chamber is equipped in support plate, each spacing block set passes through a limit spring and is fixed in the limit chamber, often The first limiting groove matched there are two being all provided on the inner wall of one first installation cavity with the spacing block set.
As a kind of perferred technical scheme, each first locking device include one be set to it is described first assembly The vertical supporting plate is stretched out in intracavitary control-rod, one end of each control-rod, described in each control-rod stretches out One end of vertical supporting plate is provided with one first swing handle, and the other end of each control-rod is assembled with described first Cavity wall is threaded togather, and the end of each control-rod other end is equipped with a cylindrical bump, each circle Stud bumps are mounted on a bearing, and each bearing is both secured in a horizontal push, and each horizontal push is not One end of the fixed bearing is equipped with a pushing tow inclined-plane, abuts against one vertically arranged first on each pushing tow inclined-plane One end of locking pin, each first locking pin and the pushing tow contact of incline plane is equipped with a pushing tow mating surface, each described It is equipped with a through-hole in second support plate, the other end of each first locking pin both passes through the through-hole, and each described Two installation cavity wall both ends are respectively equipped with one first latch recess, and each first locking pin is inserted into first locking In groove.
As a kind of perferred technical scheme, a first annular groove, Mei Yisuo are equipped on each through-hole wall It states and is equipped with a first annular baffle being set in the first annular groove in the middle part of the first locking pin, each described first A first back-moving spring is provided between ring baffle and the inner wall of the first annular groove.
As a kind of perferred technical scheme, the bottom of each first assembly cavity is equipped with a sliding recess, each The bottom of the horizontal push is equipped with second guide rail compatible with the sliding recess.
As a kind of perferred technical scheme, each second locking device include one be installed on it is described second assembly Intracavitary shaft is respectively and fixedly provided with a cam in each shaft, is equipped with an annular on the lateral surface of each cam and leads Rail is slidably fitted with one second locking pin on each ring-shaped guide rail, and one end of each second locking pin is equipped with One second ring baffle, the bottom of each second ring baffle are equipped with the ring-shaped slide of one with ring-shaped guide rail cooperation Groove, the other end of each second locking pin stretch out second assembly cavity, and each second cabinet door is close to described The both ends of second assembly cavity side are respectively equipped with one second latch recess, and each second locking pin is inserted into described second In latch recess.
As a kind of perferred technical scheme, one first screw thread is equipped on an inner wall of each second assembly cavity Hole, the threaded one end of each shaft are connected in first threaded hole, another inner wall of each second assembly cavity It is equipped with the second threaded hole, the other end of each shaft stretches out second assembly cavity by second threaded hole, often To be threadedly coupled between one shaft and second threaded hole, each shaft stretches out one end of second assembly cavity Equipped with the second swing handle.
As a kind of perferred technical scheme, it is recessed that one second annular is equipped on the inner wall of each second assembly cavity Slot, each second ring baffle are all set in the second annular groove, the top of each second ring baffle A second back-moving spring is provided between the inner wall of the second annular groove.
As a kind of perferred technical scheme, it is threaded with a gag lever post on each second swing handle, it is each One end that the gag lever post stretches out on the outside of second swing handle is provided with a third swing handle, each second dress With one second limiting groove is equipped on cavity outer wall, the other end of each gag lever post is inserted into second limiting groove It is interior.
Using above-mentioned technical proposal, the utility model has the following beneficial effects:
Since combined intelligent power grid control cabinet includes cabinet body, cabinet body includes the first mounting plate and the second mounting plate, and first It is slidably fitted with the first support plate in mounting plate, is slidably fitted with the second support plate in the second mounting plate, the second support plate and the The first locking device is provided between two mounting plates, when not in use, the first locking pin is inserted into the first latch recess, is being used When the second support plate, the first swing handle is rotated, drives control-rod to turn and be displaced outwardly, so that horizontal push be driven to be moved out Dynamic, pushing tow inclined-plane drives pushing tow mating surface to move down, so that the first locking pin moves down, realizes the second support plate and the second installation Unlock between plate pulls out the second support plate, can expand the use space of control cabinet, does not need to customize control again Cabinet, save the cost, and Telescopic Fixed reliable reliability is improved, it is easy to operate;It is perpendicular that the two sides of cabinet body are respectively arranged with one It is hinged with one first cabinet door to support plate, in each vertical supporting plate, is slidably fitted with the second cabinet door in the first cabinet door, first It is provided with the second locking device between cabinet door and the second cabinet door, when using the second cabinet door, the second swing handle is rotated, thus band Turn axis and cam are rotated, so that the second locking pin be driven to move down, are detached from out of second latch recess, realize first The unlock of cabinet door and the second cabinet door, so that Telescopic Fixed reliable reliability is improved, and easy to operate, it is easy to use.
It is multiple due to being provided with first between the first annular baffle of annular groove and the first locking pin in the first assembly cavity Position spring, when horizontal push is displaced outwardly, first back-moving spring moves down the first locking pin using own resilient, ensure that The accuracy that first locking pin moves down, while first annular baffle plate setting is in first annular groove, ensure that the first locking pin Bottom is not contacted with the first assembly cavity bottom, to improve the reliability of locking.
Since the bottom of the first assembly cavity is equipped with a sliding recess, the bottom of horizontal push is equipped with one and mutually fits with sliding recess The second guide rail matched, the second guide rail slide in sliding recess, to make horizontal push that can only be slided in a certain range It is dynamic, it avoids horizontal push from assembling cavity wall with first and contacts, to extend the service life of the utility model.
Due to being threadedly coupled between the second assembly cavity and shaft, it is ensured that after second swing handle that stops operating, Shaft and cam will not unexpectedly be touched because of staff to rotate, and causes to be not fixed firmly, to improve fixed Reliability.
It is multiple due to being provided with second between the second ring baffle of annular groove and the second locking pin in the second assembly cavity Position spring, in cam rotation, the second locking pin can be subjected to displacement with the rotation of cam, when cam diameter becomes larger, the second locking Pin can move down therewith, conversely, the second locking pin can move up therewith when cam diameter becomes smaller, while second back-moving spring itself Elastic force ensure that the accuracy that the second locking pin moves down, while the second ring baffle is set in second annular groove, is improved The reliability of locking.
Due to being threaded with a gag lever post on every one second swing handle, one is equipped on every one second assembly cavity outer wall Second limiting groove, the other end of each gag lever post are inserted into the second limiting groove, when using the second locking device, will be limited Position bar is inserted into the second limiting groove, to improve fixed reliability.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, before not making the creative labor property It puts, is also possible to obtain other drawings based on these drawings.
Fig. 1 is the structural schematic diagram of the utility model;
Fig. 2 be in Fig. 1 A-A to structural schematic diagram;
Fig. 3 is the schematic enlarged-scale view in Fig. 1 at B;
Fig. 4 is the schematic enlarged-scale view in Fig. 1 at C;
Fig. 5 is the schematic enlarged-scale view in Fig. 2 at D;
Fig. 6 is the cooperation schematic diagram of cam and the second locking pin in Fig. 6.
Wherein: 1, cabinet body;2, the first mounting plate;3, the first installation cavity;4, the first guide rail;5, the first support plate;6, second Mounting plate;7, the second installation cavity;8, the second support plate;9, the first assembly cavity;10, vertical supporting plate;11, the first cabinet door;12, Three installation cavitys;13, the second cabinet door;14, the second assembly cavity;15, spacing block set;16, limit chamber;17, limit spring;18, first Limiting groove;19, control-rod;20, the first swing handle;21, cylindrical bump;22, bearing;23, horizontal push;24, pushing tow Inclined-plane;25, the first locking pin;26, pushing tow mating surface;27, through-hole;28, the first latch recess;29, first annular groove;30, First annular baffle;31, first back-moving spring;32, sliding recess;33, the second guide rail;34, shaft;35, cam;36, annular Guide rail;37, the second locking pin;38, the second ring baffle;39, ring-shaped slide groove 3;40, the second latch recess;41, second turn Dynamic handle;42, the first threaded hole;43, the second threaded hole;44, second annular groove;45, second back-moving spring;46, gag lever post; 47, third swing handle;48, the second limiting groove.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without creative efforts Every other embodiment obtained, fall within the protection scope of the utility model.
As Fig. 1 and Fig. 2 jointly shown in, combined intelligent power grid control cabinet, including cabinet body 1, cabinet body 1 includes being horizontally placed on First mounting plate 2 at 1 both ends of cabinet body, is all provided with that there are two horizontally disposed first installation cavitys 3 on every one first mounting plate 2, each The bottom of first installation cavity 3 is equipped with one first guide rail 4, is slidably fitted with one first support plate 5 on every one first guide rail 4, It is equipped with a limiting device between every one first support plate 5 and the first installation cavity 3, is provided with two between two the first mounting plates 2 A second mounting plate 6 setting up and down is all provided on every one second mounting plate 6 there are two the second installation cavity 7 being oppositely arranged, each It is slidably fitted with one second support plate 8 in second installation cavity 7, is equipped with one first assembly cavity 9 in every one second support plate 8, It is provided with one first locking device in every one first assembly cavity 9 and the second installation cavity 7, the two sides of cabinet body 1 are respectively arranged with one Vertical supporting plate 10, each vertical supporting plate 10 are hinged with one first cabinet door 11 close to one end of 1 front end of cabinet body, and every one first It is equipped with a third installation cavity 12 in cabinet door 11, one second cabinet door 13 is slidably fitted in each third installation cavity 12, it is each The inner wall of first cabinet door 11 is equipped with one second assembly cavity 14, is respectively provided between every one second assembly cavity 14 and third installation cavity 12 There is one second locking device.
One end that every one first support plate 5 stretches out the first installation cavity 3 is both secured on the inner wall of vertical supporting plate 10, each One end that second support plate 8 stretches out the second installation cavity 7 is both secured on the inner wall of vertical supporting plate 10.
As shown in figure 3, each limiting device includes a spacing block set 15, a limit is equipped in every one first support plate 5 Position chamber 16, each spacing block set 15 are fixed in limit chamber 16 by a limit spring 17, the inner wall of every one first installation cavity 3 On be all provided with that there are two the first limiting grooves 18 for matching with spacing block set 15.
As shown in figure 4, every one first locking device includes a control-rod 19 being set in the first assembly cavity 9, it is each Vertical supporting plate 10 is stretched out in one end of control-rod 19, and one end that each control-rod 19 stretches out vertical supporting plate 10 is provided with one First swing handle 20, the other end of each control-rod 19 link together with 9 inner thread of the first assembly cavity, each control The end of 19 other end of bar is equipped with a cylindrical bump 21, and each cylindrical bump 21 is mounted on a bearing 22, each Bearing 22 is both secured in a horizontal push 23, and one end of the unlocked bearing 22 of each horizontal push 23 is equipped with a pushing tow inclined-plane 24, a first vertically arranged locking pin 25 is abutted against on each pushing tow inclined-plane 24, and every one first locking pin 25 and pushing tow are oblique One end that face 24 contacts is equipped with a pushing tow mating surface 26, and a through-hole 27, every one first lock are equipped in every one second support plate 8 The other end of rationed marketing 25 both passes through through-hole 27, and every one second installation cavity, 7 inner wall both ends are respectively equipped with one first latch recess 28, Every one first locking pin 25 is inserted into the first latch recess 28, and the first locking device can realize the expansion of the use space of control cabinet Big and diminution, does not need to customize control cabinet again, save the cost, and improve Telescopic Fixed reliable reliability, operation letter It is single.
Wherein, a first annular groove 29 is equipped on each 27 inner wall of through-hole, the middle part of every one first locking pin 25 is equal First annular baffle 30 in first annular groove 29, each first annular baffle 30 and first annular groove are set to equipped with one A first back-moving spring 31 is provided between 29 inner wall, when horizontal push 23 is displaced outwardly, first back-moving spring 31 is utilized Own resilient moves down the first locking pin 25, ensure that the accuracy that the first locking pin 25 moves down, while first annular baffle 30 are set in first annular groove 29, ensure that 25 bottom of the first locking pin is not contacted with 9 bottom of the first assembly cavity, to mention The high reliability of locking.
The bottom of every one first assembly cavity 9 is equipped with a sliding recess 32, and the bottom of each horizontal push 23 is equipped with one Second guide rail 33 compatible with sliding recess 32, the second guide rail 33 slides in sliding recess 32, to make horizontal push 23 It can only be slided in a certain range, avoid horizontal push 23 from contacting with 9 inner wall of the first assembly cavity, to extend this reality With novel service life.
As shown in figure 5, every one second locking device includes a shaft 34, Mei Yizhuan being installed in the second assembly cavity 14 It is respectively and fixedly provided with a cam 35 on axis 34, a ring-shaped guide rail 36, each ring-shaped guide rail 36 are equipped on the lateral surface of each cam 35 On be slidably fitted with one second locking pin 37, one end of every one second locking pin 37 is equipped with one second ring baffle 38, often The bottom of one second ring baffle 38 is equipped with a ring-shaped slide groove 39 cooperated with ring-shaped guide rail 36, every one second locking pin 37 other end stretches out the second assembly cavity 14, and every one second cabinet door 13 is set respectively close to the both ends of 14 side of the second assembly cavity There is one second latch recess 40, every one second locking pin 37 is inserted into the second latch recess 40, when using the second cabinet door 13, The second swing handle 41 is rotated, so that shaft 34 and cam 35 be driven to be rotated, to drive the second locking pin 37 to moving down It is dynamic, it is detached from out of second latch recess 40, the unlock of the first cabinet door 11 and the second cabinet door 13 is realized, to improve Telescopic Fixed Reliable reliability, and it is easy to operate, it is easy to use.
Wherein, one first threaded hole 42, one end of each shaft 34 are equipped on an inner wall of every one second assembly cavity 14 It is threadedly connected in the first threaded hole 42, another inner wall of every one second assembly cavity 14 is equipped with the second threaded hole 43, Mei Yizhuan The other end of axis 34 stretches out the second assembly cavity 14 by the second threaded hole 43, is spiral shell between each shaft 34 and the second threaded hole 43 Line connection, one end that each shaft 34 stretches out the second assembly cavity 14 are equipped with the second swing handle 41, it is ensured that stop operating the After two swing handles 41, shaft 34 and cam 35 will not unexpectedly be touched because of staff and be rotated, and cause to fix Loosely, to improve fixed reliability.
A second annular groove 44 is equipped on the inner wall of every one second assembly cavity 14, every one second ring baffle 38 is all provided with It is placed in second annular groove 44, is respectively provided between the top of every one second ring baffle 38 and the inner wall of second annular groove 44 There is a second back-moving spring 45, when cam 35 rotates, the second locking pin 37 can be subjected to displacement with the rotation of cam 35, cam 35 When diameter becomes larger, the second locking pin 37 can move down therewith, conversely, the second locking pin 37 can be on when 35 diameter of cam becomes smaller It moves, while the own resilient of second back-moving spring 45 ensure that the accuracy that the second locking pin 37 moves down, while the second annular gear Plate 38 is set in second annular groove 44, improves the reliability of locking.
A gag lever post 46 is threaded on every one second swing handle 41, each gag lever post 46 stretches out the second swing handle The one end in 41 outsides is provided with a third swing handle 47, and it is recessed that one second limit is equipped on every one second assembly cavity, 14 outer wall Slot 48, the other end of each gag lever post 46 are inserted into the second limiting groove 48.
The utility model use process is as follows:
The first step is the first swing handle 20 of rotation, and control-rod 19 and horizontal push 23 is driven to be displaced outwardly, to make the One locking pin 25 is detached from out of first latch recess 28 under the action of 31 elastic force of first back-moving spring, realizes the second support plate 8 With the unlock between the second mounting plate 6;
Second step is to pull out vertical supporting plate 10, and the first support plate 5 and the second support plate 8 is driven to be moved out simultaneously Dynamic, the spacing block set 15 in limiting device is detached from the first limiting groove 18, and 3 inner wall compressive spacing block set of the first installation cavity, 15 He Limit spring 17, when vertical supporting plate 10 moves to certain position, effect of the spacing block set 15 by 17 elastic force of limit spring, It moves up in the first limiting groove 18 of insertion, so that vertical supporting plate 10 can not continue to move to;
Third step is the first swing handle 20 of rotation, and control-rod 19 and horizontal push 23 is driven to move inward, to make the One locking pin 25 moves up under 24 impetus of pushing tow inclined-plane, is inserted into the first latch recess 28, realizes the second support plate 8 and the second locking between mounting plate 6;
4th step is rotation third swing handle 47, and gag lever post 46 is driven to be detached from out of second limiting groove 48, rotation the Two swing handles 41 drive shaft 34 and cam 35 to rotate, so that the miner diameter end of cam 35 leaves the second locking pin 37, thus the Two locking pins 37 move down under the effect of 45 elastic force of second back-moving spring, are detached from the second latch recess 40, realize unlock, pull After second cabinet door 13 to designated position, second handle is rotated backward again, so that the miner diameter end of cam 35 and the second locking pin 37 Bottom abuts against together, so that the second locking pin 37 be pushed to move up the second latch recess 40 of insertion, rotates third again and turns Dynamic handle 47, drives gag lever post 46 to be inserted into the second limiting groove 48, realizes locking.
To sum up, the utility model proposes combined intelligent power grid control cabinet, have and be adjustably controlled cabinet size, stretch solid Fixed reliable, easy to operate, at low cost feature.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Within the spirit and principle of utility model, any modification, equivalent replacement, improvement and so on should be included in the utility model Protection scope within.

Claims (10)

1. combined intelligent power grid control cabinet, including cabinet body, which is characterized in that the cabinet body includes being horizontally placed on the cabinet body First mounting plate at both ends, is all provided with that there are two horizontally disposed first installation cavitys on each first mounting plate, each described The bottom of first installation cavity is equipped with one first guide rail, is slidably fitted with one first support plate on each first guide rail, A limiting device is equipped between each first support plate and first installation cavity, between two first mounting plates It is arranged there are two the second mounting plate setting up and down, is all provided with that there are two second be oppositely arranged peaces on each second mounting plate It behave affectedly, one second support plate is slidably fitted in each second installation cavity, is equipped in each second support plate It is provided with one first locking device in one first assembly cavity, each first assembly cavity and second installation cavity, it is described The two sides of cabinet body are respectively arranged with a vertical supporting plate, and each vertical supporting plate is cut with scissors close to one end of the cabinet body front end It is connected to one first cabinet door, a third installation cavity is equipped in each first cabinet door, is slided in each third installation cavity Dynamic to be equipped with one second cabinet door, the inner wall of each first cabinet door is equipped with one second assembly cavity, each second assembly One second locking device is provided between chamber and the third installation cavity.
2. combined intelligent power grid control cabinet according to claim 1, which is characterized in that each first support plate is stretched One end of first installation cavity is both secured on the inner wall of the vertical supporting plate out, and each second support plate stretches out institute The one end for stating the second installation cavity is both secured on the inner wall of the vertical supporting plate.
3. combined intelligent power grid control cabinet according to claim 1, which is characterized in that each limiting device wraps A spacing block set is included, a limit chamber is equipped in each first support plate, each spacing block set passes through a limit Spring is fixed in the limit chamber, be all provided on the inner wall of each first installation cavity there are two with the spacing block set match The first limiting groove closed.
4. combined intelligent power grid control cabinet according to claim 1, which is characterized in that each first locking device It include a control-rod being set in first assembly cavity, the vertical supporting is stretched out in one end of each control-rod Plate, one end that each control-rod stretches out the vertical supporting plate are provided with one first swing handle, each control The other end of bar links together with the first assembly cavity inner thread, and the end of each control-rod other end is all provided with There is a cylindrical bump, each cylindrical bump is mounted on a bearing, and each bearing is both secured to a level On push rod, one end of each unlocked bearing of horizontal push is equipped with a pushing tow inclined-plane, each pushing tow inclined-plane On abut against a first vertically arranged locking pin, one end of each first locking pin and the pushing tow contact of incline plane is equal Equipped with a pushing tow mating surface, a through-hole, the other end of each first locking pin are equipped in each second support plate Both passing through the through-hole, each second installation cavity wall both ends are respectively equipped with one first latch recess, and each described the One locking pin is inserted into first latch recess.
5. combined intelligent power grid control cabinet according to claim 4, which is characterized in that on each through-hole wall Equipped with a first annular groove, one is equipped in the middle part of each first locking pin and is set in the first annular groove First annular baffle is provided with one first reset between each first annular baffle and the inner wall of the first annular groove Spring.
6. combined intelligent power grid control cabinet according to claim 4, which is characterized in that each first assembly cavity Bottom is equipped with a sliding recess, and the bottom of each horizontal push is equipped with one compatible with the sliding recess second Guide rail.
7. combined intelligent power grid control cabinet according to claim 1, which is characterized in that each second locking device Include a shaft being installed in second assembly cavity, is respectively and fixedly provided with a cam in each shaft, it is each described convex It is equipped with a ring-shaped guide rail on the lateral surface of wheel, one second locking pin is slidably fitted on each ring-shaped guide rail, it is each One end of second locking pin is equipped with one second ring baffle, the bottom of each second ring baffle be equipped with one with The ring-shaped slide groove of the ring-shaped guide rail cooperation, the other end of each second locking pin stretch out second assembly Chamber, each second cabinet door is respectively equipped with one second latch recess close to the both ends of second assembly cavity side, each Second locking pin is inserted into second latch recess.
8. combined intelligent power grid control cabinet according to claim 7, which is characterized in that each second assembly cavity One first threaded hole is equipped on one inner wall, the threaded one end of each shaft is connected in first threaded hole, each Another inner wall of second assembly cavity is equipped with the second threaded hole, and the other end of each shaft passes through second screw thread Second assembly cavity is stretched out in hole, is threadedly coupled between each shaft and second threaded hole, each shaft The one end for stretching out second assembly cavity is equipped with the second swing handle.
9. combined intelligent power grid control cabinet according to claim 7, which is characterized in that each second assembly cavity A second annular groove is equipped on inner wall, each second ring baffle is all set in the second annular groove, often A second back-moving spring is provided between the top of one second ring baffle and the inner wall of the second annular groove.
10. combined intelligent power grid control cabinet according to claim 8, which is characterized in that each second turning handle It is threaded with a gag lever post on hand, one end that each gag lever post stretches out on the outside of second swing handle is provided with one Third swing handle is equipped with one second limiting groove on each second assembly cavity outer wall, each gag lever post it is another One end is inserted into second limiting groove.
CN201821815340.XU 2018-11-06 2018-11-06 Combined intelligent power grid control cabinet Expired - Fee Related CN208806489U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201821815340.XU CN208806489U (en) 2018-11-06 2018-11-06 Combined intelligent power grid control cabinet

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201821815340.XU CN208806489U (en) 2018-11-06 2018-11-06 Combined intelligent power grid control cabinet

Publications (1)

Publication Number Publication Date
CN208806489U true CN208806489U (en) 2019-04-30

Family

ID=66239550

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201821815340.XU Expired - Fee Related CN208806489U (en) 2018-11-06 2018-11-06 Combined intelligent power grid control cabinet

Country Status (1)

Country Link
CN (1) CN208806489U (en)

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