CN108418117A - A kind of modified electric power equipment management device - Google Patents
A kind of modified electric power equipment management device Download PDFInfo
- Publication number
- CN108418117A CN108418117A CN201810108861.XA CN201810108861A CN108418117A CN 108418117 A CN108418117 A CN 108418117A CN 201810108861 A CN201810108861 A CN 201810108861A CN 108418117 A CN108418117 A CN 108418117A
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- China
- Prior art keywords
- slot
- communications
- block
- liaison
- electric power
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Classifications
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02B—BOARDS, SUBSTATIONS OR SWITCHING ARRANGEMENTS FOR THE SUPPLY OR DISTRIBUTION OF ELECTRIC POWER
- H02B1/00—Frameworks, boards, panels, desks, casings; Details of substations or switching arrangements
- H02B1/26—Casings; Parts thereof or accessories therefor
- H02B1/46—Boxes; Parts thereof or accessories therefor
-
- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02B—BOARDS, SUBSTATIONS OR SWITCHING ARRANGEMENTS FOR THE SUPPLY OR DISTRIBUTION OF ELECTRIC POWER
- H02B1/00—Frameworks, boards, panels, desks, casings; Details of substations or switching arrangements
- H02B1/26—Casings; Parts thereof or accessories therefor
- H02B1/46—Boxes; Parts thereof or accessories therefor
- H02B1/48—Mounting of devices therein
-
- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02B—BOARDS, SUBSTATIONS OR SWITCHING ARRANGEMENTS FOR THE SUPPLY OR DISTRIBUTION OF ELECTRIC POWER
- H02B1/00—Frameworks, boards, panels, desks, casings; Details of substations or switching arrangements
- H02B1/56—Cooling; Ventilation
- H02B1/565—Cooling; Ventilation for cabinets
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- Engineering & Computer Science (AREA)
- Power Engineering (AREA)
- Current-Collector Devices For Electrically Propelled Vehicles (AREA)
Abstract
The invention discloses a kind of modified electric power equipment management devices,Including equipment box,Cavity is equipped in the equipment box right end face,Sliding is connected with electric power integration element in the cavity,Electric power integration element crests end face is equipped with radiating groove,Radiating subassembly is equipped in the cavity,Insertion groove is equipped in the cavity inner left wall,The inserting column to be connected with the insertion groove is installed in the electric power integration element left end face,It is passed through up and down in the inserting column and is equipped with the first communications and liaison slot,The first recessed channel is equipped in the insertion groove in bottom,Left and right extension is equipped in the equipment box on the upside of the insertion groove raises chamber,It is described to raise intracavitary sliding and be connected with and raise block,Described raise is equipped with push lifting device in block,The communications and liaison that raise between chamber and the insertion groove are equipped with the second communications and liaison slot,The second communications and liaison trench bottom tip is oppositely arranged with first recessed channel,Sliding is connected with the locking block for setting of extending up and down in the second communications and liaison slot.
Description
Technical field
The present invention relates to electric power equipment management technical field, specially a kind of modified electric power equipment management device.
Background technology
Electric power equipment management case is commonly used in electric power integration field, is mainly used for installing electric power integration element, electricity
Needing to be powered after the installation of power integrated component could run, and the electric power integration component mounting operation step in tradition is complicated and powers
Connective stability is poor, seriously reduces installation effectiveness and exists simultaneously some potential safety problems, and the electric power integration member in tradition
Heat dissipation effect is poor after mounting for part, and duration causes the damage of electric power integration element.
Invention content
It is in the prior art for overcoming the purpose of the present invention is to provide a kind of modified electric power equipment management device
State defect.
A kind of modified electric power equipment management device according to the present invention, including equipment box, the equipment box right end face
It is interior to be equipped with cavity, it is slid in the cavity and is connected with electric power integration element, electric power integration element crests end face is equipped with
Radiating groove, radiating subassembly is equipped in the cavity, and the radiating subassembly includes being set in the cavity roof and being dissipated with described
The telescopic chute that heat channel is oppositely arranged, what can be slid up and down in the telescopic chute is provided with expansion plate, the expansion plate top end surface
It is interior to be equipped with loading chamaer, it is installed with radiator fan in the loading chamaer, hydraulic pressure dress is fixed in the telescopic chute inner roof wall
It sets, the hydraulic stem of the hydraulic device stretches into the telescopic chute and bottom tip is fixed with the expansion plate top end surface and connected
It connects, insertion groove is equipped in the cavity inner left wall, be installed in the electric power integration element left end face to be inserted with described
The inserting column for entering slot mating connection passes through in the inserting column and is equipped with the first communications and liaison slot up and down, equipped with the in bottom in the insertion groove
One recessed channel, is equipped with the chamber that raises that left and right extends in the equipment box on the upside of the insertion groove, described to raise intracavitary sliding and match
Conjunction, which is connected with, raises block, and described raise is equipped with push lifting device in block, described to raise communications and liaison between chamber and the insertion groove and be equipped with the
Two communications and liaison slots, the second communications and liaison trench bottom tip are oppositely arranged with first recessed channel, sliding in the second communications and liaison slot
It is connected with the locking block for setting of extending up and down, extension tip is fixed with the block bottom end face that raises at the top of the locking block
It is connected, the first slippage slot of setting of extending upwards, first slippage slot is equipped in the second communications and liaison slot inner left wall
Extension tip in top raises the setting of chamber communications and liaison with described, and the second slippage slot is equipped in the first slippage slot inner left wall, described
Sliding is connected with slipping block in second slippage slot, and the second spiral shell shape for being equipped with setting of extending up and down is coordinated in the slipping block
Bar, the second spiral shell shape bar top extension tip is rotatably assorted with the second slippage slot inner roof wall to be connect, the second spiral shell shape
Bar bottom extension tip and the first motor power being fixedly arranged in the second slippage slot inner bottom wall are connected, the sliding
Block right end face, which is installed with, stretches into first slippage slot and slides therewith first ramp-like piece of mating connection, and described second is logical
Join and be equipped with the second recessed channel on the right side of slot in inner wall, the first power transmission block, the lock are installed on inner wall on the right side of second recessed channel
Gu being equipped with left and right in block across equipped with third communications and liaison slot, the interior sliding of the third communications and liaison slot is connected with sliding plate, the cunning
It moves tip on the left of plate and is installed with and stretch into first slippage slot and slide therewith second ramp-like piece of mating connection, the sliding
The first electricity slot to be connected with the first power transmission block, the third communications and liaison slot inner bottom wall are equipped in plate right end face
Equipped with leading shifting slot, it is described lead move sliding in slot be connected with connect with the sliding plate secure fit lead shifting block, it is described to lead
Described lead in shifting slot moved on the right side of block is equipped with elastic component, and air switching device, the air switch are additionally provided in the equipment box
Device includes deep gouge and air switch.
Further technical solution, the first recessed channel inner bottom wall is interior to be equipped with push button, the push button and first electricity
Motivation is electrically connected.
Further technical solution, the push lifting device include raising block cooperation installation and setting of extending up and down with described
First spiral shell shape bar, the first spiral shell shape bar bottom extension tip with it is described raise intracavitary bottom wall and be rotatably assorted connect, described first
Spiral shell shape bar is connected with second motor power raised in intracavitary roof is fixedly arranged on.
Further technical solution, the insertion groove inner left wall is interior to be equipped with the second electricity slot, inserting column left side tip
It is installed with the second power transmission block to be connected with the second electricity slot, the second electricity slot and the first electricity slot
With electric connection.
Further technical solution, the deep gouge are set in the equipment box below the slot, and the air is opened
Pass is fixedly installed in the deep gouge.
The configuration of the present invention is simple, it is easy to operate, it slides cooperation by being equipped with cavity in equipment box right end face, in cavity and connects
It is connected to electric power integration element, electric power integration element crests end face is equipped with radiating groove, radiating subassembly, radiating subassembly packet are equipped in cavity
The telescopic chute for being set in cavity roof and being oppositely arranged with radiating groove is included, being provided with for being slid up and down in telescopic chute is flexible
Plate, expansion plate top end surface is interior to be equipped with loading chamaer, and radiator fan is installed in loading chamaer, fixes and sets in telescopic chute inner roof wall
There is hydraulic device, the hydraulic stem of hydraulic device stretches into telescopic chute and bottom tip is fixedly connected with expansion plate top end surface, empty
It is equipped with insertion groove in chamber inner left wall, the fixed inserting column to be connected with insertion groove in electric power integration element left end face,
It is passed through up and down in inserting column and sets the first communications and liaison slot, set the first recessed channel in bottom in insertion groove, set in the equipment box on the upside of insertion groove
What left and right was extended raises chamber, raises intracavitary sliding mating connection and raises block, raises and set push lifting device in block, raise chamber and insertion groove
Between communications and liaison set the second communications and liaison slot, the second communications and liaison trench bottom tip is oppositely arranged with the first recessed channel, sliding in the second communications and liaison slot
Be connected the locking block for extending be arranged up and down, and extension tip is connect with block bottom end face secure fit is raised at the top of locking block,
The first slippage slot that setting of extending upwards is set in second communications and liaison slot inner left wall extension tip and raises chamber at the top of the first slippage slot
Communications and liaison are arranged, and the second slippage slot is set in the first slippage slot inner left wall, mating connection slipping block, sliding are slid in the second slippage slot
The second spiral shell shape bar of lower setting of extending, the second spiral shell shape bar top extension tip and the second slippage slot inner roof wall are installed in cooperation in block
Be rotatably assorted connection, the second spiral shell shape bar bottom extension tip and the first motor power being fixedly arranged in the second slippage slot inner bottom wall
It is connected, fixed first ramp-like piece for stretching into the first slippage slot and sliding mating connection therewith of slipping block right end face, the
Set the second recessed channel on the right side of two communications and liaison slots in inner walls, fixed first power transmission block on inner wall on the right side of the second recessed channel is set in locking block
Left and right slides mating connection sliding plate across third communications and liaison slot is set in third communications and liaison slot, tip is fixed on the left of sliding plate stretches into the
Second ramp-like piece of mating connection is slid in one slippage slot and therewith, is set in sliding plate right end face to match with the first power transmission block
The first electricity slot of connection is closed, third communications and liaison slot inner bottom wall, which is set, leads shifting slot, leads to move in slot to slide to be connected and be fixed with sliding plate
What is be connected leads shifting block, leads leading in shifting slot on the right side of shifting block and sets elastic component, and lock fit connection work is automatically controlled to realize
Make and automatically control safe power supply connection work, substantially increases the stability and Supply Security of locking, have simultaneously
The service life of electric power integration element can be improved in heat sinking function.
Description of the drawings
Fig. 1 is a kind of modified electric power equipment management device internal structure schematic diagram in the present invention；
Fig. 2 is the close-up schematic view of A in Fig. 1；
Fig. 3 is the close-up schematic view of B in Fig. 1.
Specific implementation mode
With reference to Fig. 1-Fig. 3, the present invention is described in detail.
- Fig. 3 referring to Fig.1, a kind of modified electric power equipment management device according to an embodiment of the invention, including equipment box
6,6 right end face of the equipment box is interior to be equipped with cavity 61, is slid in the cavity 61 and is connected with electric power integration element 610,
610 top end surface of electric power integration element is equipped with radiating groove 6108, and radiating subassembly, the heat dissipation group are equipped in the cavity 61
Part includes being set to the telescopic chute 70 being oppositely arranged in 61 roof of the cavity and with the radiating groove 6108, the telescopic chute 70
In can slide up and down be provided with expansion plate 71, be equipped with loading chamaer in 71 top end surface of the expansion plate, it is solid in the loading chamaer
Dingan County is equipped with radiator fan 72, and hydraulic device 73, the liquid of the hydraulic device 73 are fixed in 70 inner roof wall of the telescopic chute
Compression bar 74 stretches into the telescopic chute 70 and bottom tip is fixedly connected with 71 top end surface of the expansion plate, and the cavity 61 is left
It is equipped with insertion groove 63 in the inner wall of side, is installed in 610 left end face of electric power integration element to match with the insertion groove 63
The inserting column 611 of connection is closed, is passed through up and down in the inserting column 611 and is equipped with the first communications and liaison slot 6112, in the insertion groove 63 in bottom
Equipped with the first recessed channel 632, be equipped with that left and right extends in the equipment box 6 of the upside of the insertion groove 63 raises chamber 64, described
Raise sliding in chamber 64 and be connected with and raise block 641, described raise is equipped with push lifting device in block 641, it is described raise chamber 64 with
Communications and liaison are equipped with the second communications and liaison slot 65, the 65 bottom tip of the second communications and liaison slot and first recessed channel between the insertion groove 63
632 are oppositely arranged, and the locking block 651 for being connected with setting of extending up and down, the locking are slid in the second communications and liaison slot 65
651 top extension tip of block is connect with the 641 bottom end face secure fit of block that raises, 65 inner left wall of the second communications and liaison slot
Interior the first slippage slot 66 equipped with setting of extending upwards, first slippage slot, 66 top extension tip lead to the chamber 64 that raises
Connection setting, 66 inner left wall of the first slippage slot is interior to be equipped with the second slippage slot 67, the interior sliding cooperation of second slippage slot 67
It is connected with slipping block 671, coordinates in the slipping block 671 and upper and lower the second spiral shell shape bar 672 for extending and being arranged is installed, described second
672 top extension tip of spiral shell shape bar is rotatably assorted with 67 inner roof wall of the second slippage slot and connect, 672 bottom of the second spiral shell shape bar
Portion's extension tip and 673 power of the first motor being fixedly arranged in 67 inner bottom wall of the second slippage slot are connected, the cunning
It moves 671 right end face of block and is installed with and stretch into first slippage slot 66 and slide therewith first ramp-like piece 674 of mating connection,
It is equipped with the second recessed channel 68 in second communications and liaison slot, the 65 right side inner wall, the is installed on second recessed channel, 68 right side inner wall
One power transmission block 681, left and right is equipped in the locking block 651 across equipped with third communications and liaison slot 69, sliding in the third communications and liaison slot 69
Shifting is connected with sliding plate 691, and 691 left side tip of the sliding plate, which is installed with, to be stretched into first slippage slot 66 and therewith
Be connected second ramp-like piece 693 of sliding, be equipped in 691 right end face of the sliding plate to the first power transmission block
681 the first electricity slots 692 being connected, 69 inner bottom wall of third communications and liaison slot, which is equipped with to lead, moves slot 694, and described lead moves slot 694
Interior sliding is connected with leading of connect with 691 secure fit of the sliding plate and moves block 695, described to lead the institute moved on the right side of block 695
It states to lead to move and is equipped with elastic component 696 in slot 694, air switching device, the air switching device packet are additionally provided in the equipment box 6
Include deep gouge 90 and air switch 91.
Valuably or illustratively, push button 633, the push button 633 and institute are equipped in 632 inner bottom wall of the first recessed channel
The electric connection of the first motor 673 is stated, driving work is automatically controlled to realize.
Valuably or illustratively, the push lifting device include with it is described raise block 641 cooperation installation and up and down extend set
The the first spiral shell shape bar 642 set, the 642 bottom extension tip of the first spiral shell shape bar are rotatably assorted company with 64 inner bottom wall of chamber that raises
It connecing, the first spiral shell shape bar 642 is connected with 643 power of the second motor raised in 64 inner roof wall of chamber is fixedly arranged on,
To realize automatically control it is described raise the work that slides up and down that block 641 drives the locking block 651, and then realize and automatically control
Firm locking work.
Valuably or illustratively, the second electricity slot 631, the inserting column 611 are equipped in 63 inner left wall of the insertion groove
Left side tip is installed with the second power transmission block 6111 to be connected with the second electricity slot 631, the second electricity slot
631 with the first electricity slot 692 be electrically connected, to improve the safety of power supply.
Valuably or illustratively, the deep gouge 90 is set in the equipment box 6 of 63 lower section of the slot, the sky
Air cock 91 is fixedly installed in the deep gouge 90, can be realized when fault occurs for the present apparatus by the air switch 91
It automatically powers off, to increase electrical safety.
When original state, expansion plate 71 shrink in the telescopic chute 70 and bottom end face and lead shifting block 61 roofs of cavity it is neat
It is flat, the pressure on top surface for moving block 695 by elastic component 696 is led positioned at the left-most position moved in slot 694 is led, at this point, moving block 695 by leading
691 right end face of sliding plate is driven to be slid completely into third communications and liaison slot 69, meanwhile, so that sliding plate 691 is driven second ramp-like piece 693
Utmostly stretch out outside 651 left end face of locking block, at this point, slipping block 671 is located at the lowest position in the second slippage slot 67,
Meanwhile first ramp-like piece 674 lowest position being located in the first slippage slot 66 is driven by slipping block 671, at this point, raising block
641 are located at the top position raised in chamber 64, meanwhile, drive 651 top section of locking block utmostly to stretch by raising block 641
It raises in chamber 64,651 bottom end of locking block is made to be slid completely into the second communications and liaison slot 65, at this point, making the drive of locking block 651 second tiltedly
Shape block 693 is utmostly far from first ramp-like piece 674.
When needing installation, electric power integration element 610 is pushed completely into cavity 61, at this point, making electric power integration element 610
Inserting column 611 is driven to be fully inserted into insertion groove 63, meanwhile, make inserting column 611 that the second power transmission block 6111 be driven to be fully inserted into second
In electric slot 631, at this point, make the first communications and liaison slot 6112 in inserting column 611 respectively with the second communications and liaison slot 65 and the first recessed channel 632
In relative position, then, the rotation of the first spiral shell shape bar 642 is controlled by the second motor 643, and then by the first spiral shell shape bar 642
It drives and raises block 641 gradually along the bottom direction sliding raised in chamber 64, at this point, driving locking block 651 gradual by raising block 641
Bottom direction sliding in the second communications and liaison slot 65, meanwhile, so that 651 bottom tip of locking block is gradually stretched into the first communications and liaison slot 6112
It is interior, it is slid into when raising the lowest position in chamber 64 until raising block 641, at this point, driving locking block 651 by raising block 641
Bottom tip utmostly stretches into the first recessed channel 632, meanwhile, make the drive of locking block 651 second ramp-like piece 693 and first is oblique
674 complete top pressure of shape block is connected, at this point, 69 right side tip of third communications and liaison slot and the second recessed channel 68 is made to be in completely opposite
Position, simultaneously as 651 bottom tip of locking block utmostly stretches into the first recessed channel 632, and then by locking block 651
It is abutted against with push button 633, the second 672 turns of spiral shell shape bar is driven at this point, sending signal by push button 633 and controlling the first motor 673
It is dynamic, and then drive top-direction of the slipping block 671 gradually in the second slippage slot 67 to slide by the second spiral shell shape bar 672, meanwhile, make
Slipping block 671 drives the first ramp-like piece 674 gradually top-direction sliding in the first slippage slot 66, at this point, making first ramp-like
Block 674 and second ramp-like piece of 693 top pressures sliding are connected, and then drive sliding plate 691 and sliding by second ramp-like piece 693
The shifting block 695 of leading of 691 bottom of plate overcomes 696 pressure on top surface of elastic component gradually along the right direction sliding led in shifting slot 694, meanwhile,
691 right side tip of sliding plate is set gradually to stretch into the second recessed channel 68, until slipping block 671 slides into the second slippage slot 67
When top position, at this point, first ramp-like piece of 674 right end face is made to coordinate with second ramp-like piece of 693 left end face top pressures sliding
Connection, meanwhile, make second ramp-like piece 693 to be slid completely into third communications and liaison slot 69, is slid at this point, being driven by second ramp-like piece 693
691 right side tip of plate utmostly stretches into the second recessed channel 68, meanwhile, make the first electricity in 691 right end face of sliding plate
The 681 fully mated connection of slot 692 and the first power transmission block is run finally by control hydraulic device 73, and the promotion of hydraulic stem 74 is made to stretch
Control hydraulic device 73 is out of service after contracting plate 71 stretches into radiating groove 6108, then opens radiator fan 72, thus can be to electric power
Heat dissipation is blowed in integrated component 610.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, by being equipped with sky in equipment box right end face
Chamber, the interior sliding of cavity are connected with electric power integration element, and electric power integration element crests end face is equipped with radiating groove, is equipped in cavity
Radiating subassembly, radiating subassembly include the telescopic chute for being set in cavity roof and being oppositely arranged with radiating groove, in telescopic chute can on
Lower sliding is provided with expansion plate, and loading chamaer is equipped in expansion plate top end surface, radiator fan is installed in loading chamaer, stretches
It is fixed with hydraulic device in contracting slot inner roof wall, the hydraulic stem of hydraulic device stretches into telescopic chute and bottom tip and expansion plate top
End surface is fixedly connected, and is equipped with insertion groove in cavity inner left wall, in electric power integration element left end face it is fixed to insertion
The inserting column that slot is connected passes through in inserting column and sets the first communications and liaison slot, the first recessed channel, insertion groove are set in bottom in insertion groove up and down
Set that left and right extends in the equipment box of upside raises chamber, raises intracavitary sliding and is connected and raises block, raises to set in block and raises dress
It sets, raises communications and liaison between chamber and insertion groove and set the second communications and liaison slot, the second communications and liaison trench bottom tip is oppositely arranged with the first recessed channel,
Sliding is connected the locking block of setting of extending up and down in second communications and liaison slot, and extension tip and block bottom end is raised at the top of locking block
Face secure fit connects, and the first slippage slot of setting of extending upwards, the first slippage slot top are set in the second communications and liaison slot inner left wall
Extension tip is arranged with chamber communications and liaison are raised, and the second slippage slot is set in the first slippage slot inner left wall, slides and matches in the second slippage slot
It closes and connects slipping block, the second spiral shell shape bar for installing lower setting of extending, the second spiral shell shape bar top extension tip are coordinated in slipping block
It is rotatably assorted and connect with the second slippage slot inner roof wall, the second spiral shell shape bar bottom extension tip and be fixedly arranged on the second slippage slot inner bottom wall
The first interior motor power is connected, and slipping block right end face is fixed to be stretched into the first slippage slot and slide cooperation company therewith
First ramp-like piece connect, sets the second recessed channel on the right side of the second communications and liaison slot in inner wall, on the right side of the second recessed channel fixed first on inner wall
Power transmission block sets left and right in locking block across third communications and liaison slot is set, mating connection sliding plate is slid in third communications and liaison slot, sliding plate is left
Side tip is fixed to stretch into the first slippage slot and slides therewith second ramp-like piece of mating connection, and use is set in sliding plate right end face
With the first electricity slot being connected with the first power transmission block, third communications and liaison slot inner bottom wall, which is set, leads shifting slot, leads and moves sliding cooperation in slot
What connection was connect with sliding plate secure fit leads shifting block, leads leading in shifting slot on the right side of shifting block and sets elastic component, is controlled automatically to realize
Lockmaking determines mating connection work and automatically controls safe power supply connection work, substantially increases stability and the power supply of locking
Safety, while the service life that there is heat sinking function electric power integration element can be improved.
Those skilled in the art can define, can in the case of not departing from overall spirit and the design of the present invention
To make the various modifications for above example.It each falls within protection scope of the present invention.The protection scheme of the present invention
It is subject to claims appended hereto.
Claims (5)
1. a kind of modified electric power equipment management device, including equipment box, it is characterised in that：It is set in the equipment box right end face
There is cavity, is slid in the cavity and be connected with electric power integration element, electric power integration element crests end face is equipped with heat dissipation
Slot, is equipped with radiating subassembly in the cavity, the radiating subassembly include be set in the cavity roof and with the radiating groove
The telescopic chute being oppositely arranged, what can be slid up and down in the telescopic chute is provided with expansion plate, is set in the expansion plate top end surface
There is loading chamaer, radiator fan is installed in the loading chamaer, is fixed with hydraulic device in the telescopic chute inner roof wall, institute
The hydraulic stem for stating hydraulic device stretches into the telescopic chute and bottom tip is fixedly connected with the expansion plate top end surface, described
It is equipped with insertion groove in cavity inner left wall, is installed in the electric power integration element left end face to coordinate with the insertion groove
The inserting column of connection passes through in the inserting column and is equipped with the first communications and liaison slot up and down, equipped with the first recessed channel in bottom in the insertion groove,
Be equipped with the chamber that raises that left and right extends in the equipment box on the upside of the insertion groove, it is described raise intracavitary sliding and be connected with push away
Block is risen, described raise is equipped with push lifting device in block, described to raise communications and liaison between chamber and the insertion groove and be equipped with the second communications and liaison slot, institute
It states the second communications and liaison trench bottom tip to be oppositely arranged with first recessed channel, slides and be connected in the second communications and liaison slot
The locking block of lower setting of extending, locking block top extension tip are connect with the block bottom end face secure fit that raises, institute
It states and is equipped with the first slippage slot that extension is arranged upwards in the second communications and liaison slot inner left wall, extension tip at the top of first slippage slot
The setting of chamber communications and liaison is raised with described, is equipped with the second slippage slot in the first slippage slot inner left wall, in second slippage slot
It slides and is connected with slipping block, coordinate in the slipping block and upper and lower the second spiral shell shape bar for extending and being arranged is installed, described second
Extension tip is rotatably assorted with the second slippage slot inner roof wall at the top of spiral shell shape bar connect, and the second spiral shell shape bar bottom is extended last
The tip and the first motor power being fixedly arranged in the second slippage slot inner bottom wall are connected, and the slipping block right end face is solid
Equipped with stretching into first slippage slot and slide therewith first ramp-like piece of mating connection, inner wall on the right side of the second communications and liaison slot
It is inside equipped with the second recessed channel, the first power transmission block is installed on the inner wall of the second recessed channel right side, a left side is equipped in the locking block
The right side, which passes through, is equipped with third communications and liaison slot, is slid in the third communications and liaison slot and is connected with sliding plate, tip on the left of the sliding plate
Second ramp-like piece for stretching into first slippage slot and sliding therewith mating connection is installed with, in the sliding plate right end face
Equipped with the first electricity slot to be connected with the first power transmission block, the third communications and liaison slot inner bottom wall is equipped with and leads shifting slot,
It is described lead move sliding in slot be connected with connect with the sliding plate secure fit lead shifting block, the institute led on the right side of shifting block
It states to lead to move and is equipped with flexible part in slot, air switching device is additionally provided in the equipment box, the air switching device includes heavy
Slot and air switch.
2. a kind of modified electric power equipment management device according to claim 1, it is characterised in that：First recessed channel
Push button is equipped in inner bottom wall, the push button is electrically connected with first motor.
3. a kind of modified electric power equipment management device according to claim 1, it is characterised in that：The push lifting device packet
Include with it is described raise block cooperation installation and up and down extend setting the first spiral shell shape bar, the first spiral shell shape bar bottom extension tip with
The intracavitary bottom wall that raises is rotatably assorted connection, the first spiral shell shape bar and is fixedly arranged on second electricity raised in intracavitary roof
Motivation power is connected.
4. a kind of modified electric power equipment management device according to claim 1, it is characterised in that：On the left of the insertion groove
Be equipped with the second electricity slot in inner wall, on the left of the inserting column tip be installed with to be connected with the second electricity slot second
Power transmission block, the second electricity slot and the first electricity slot and electric connection.
5. a kind of modified electric power equipment management device according to claim 1, it is characterised in that：The deep gouge is set to
In the equipment box below the slot, the air switch is fixedly installed in the deep gouge.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810108861.XA CN108418117A (en) | 2018-02-05 | 2018-02-05 | A kind of modified electric power equipment management device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810108861.XA CN108418117A (en) | 2018-02-05 | 2018-02-05 | A kind of modified electric power equipment management device |
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| Publication Number | Publication Date |
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| CN108418117A true CN108418117A (en) | 2018-08-17 |
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| CN201810108861.XA Pending CN108418117A (en) | 2018-02-05 | 2018-02-05 | A kind of modified electric power equipment management device |
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105281230A (en) * | 2015-11-16 | 2016-01-27 | 张家港沙工科技服务有限公司 | Fan-angle-adjustable power distribution cabinet |
| CN105356331A (en) * | 2015-11-16 | 2016-02-24 | 张家港沙工科技服务有限公司 | Air-cooled distribution box of high stability |
| CN107342550A (en) * | 2017-01-10 | 2017-11-10 | 沈军 | A kind of power distribution cabinet of stable power-supplying |
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2018
- 2018-02-05 CN CN201810108861.XA patent/CN108418117A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105281230A (en) * | 2015-11-16 | 2016-01-27 | 张家港沙工科技服务有限公司 | Fan-angle-adjustable power distribution cabinet |
| CN105356331A (en) * | 2015-11-16 | 2016-02-24 | 张家港沙工科技服务有限公司 | Air-cooled distribution box of high stability |
| CN107342550A (en) * | 2017-01-10 | 2017-11-10 | 沈军 | A kind of power distribution cabinet of stable power-supplying |
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