CN108539741A - A kind of dispatching automation of electric power systems device - Google Patents
A kind of dispatching automation of electric power systems device Download PDFInfo
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- CN108539741A CN108539741A CN201810456075.9A CN201810456075A CN108539741A CN 108539741 A CN108539741 A CN 108539741A CN 201810456075 A CN201810456075 A CN 201810456075A CN 108539741 A CN108539741 A CN 108539741A
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J3/00—Circuit arrangements for ac mains or ac distribution networks
Abstract
The invention discloses a kind of dispatching automation of electric power systems devices, including electronic box, a driving space is provided in the electronic box, two groups of attaching spaces are symmetrically arranged with before and after the driving space in end wall, driving space lower end wall is symmetrical to be fixedly connected with a support column, it is provided with a bindiny mechanism between two support columns, it is provided with a power space in the left end wall of the driving space, the power space left end wall is provided with an elevating mechanism, and a transmission mechanism is provided in the power space.In present invention work, the multistage distribution to electric system is steadily efficiently realized by machine driving, and the structure of the device is simple, high degree of automation.
Description
Technical field
The present invention relates to electric power distribution field, specially a kind of dispatching automation of electric power systems device.
Background technology
Currently, electric power is a kind of huge energy of demand can save electricity to greatest extent to the reasonable distribution of electric power
Can, the service efficiency to electric energy is improved, and need the real-time control of manpower mostly to the scheduling of electric power at this stage, it cannot be to distribution
System realizes automated machineization transmission, increases the consumption of manpower, reduces working efficiency.
Invention content
The purpose of the present invention is to provide a kind of dispatching automation of electric power systems devices, to solve to carry in above-mentioned background technology
The problem of going out.
To achieve the above object, the present invention provides the following technical solutions：A kind of dispatching automation of electric power systems device, including
Electronic box, is provided with a driving space in the electronic box, and two groups of attaching spaces are symmetrically arranged in end wall before and after the driving space,
End wall of the attaching space far from driving space is fixedly connected with a binding post, end of the attaching space close to driving space
Wall is provided with the push plate being slidably connected with attaching space, and end face of the push plate far from driving space is fixedly connected with distribution electricity
Stake, the electric stake left and right sides of distribution are symmetrically arranged with a compression bullet being fixedly connected with end face of the push plate far from driving space
Spring, the one end of the holddown spring far from driving space is fixedly connected with end wall of the attaching space far from driving space, described to connect
End face of the terminal far from driving space is fixedly connected with a cable, and the cable other end passes through electronic box and is located at free surrounding space,
The push plate is provided with a push rod close to the end face in driving space, and the push rod passes through attaching space close to the one end in driving space
Close to the end wall for driving space and in driving space, the push rod is fixedly connected with a movement close to the one end in driving space
Plate is provided with first driven shaft, the first driven shaft right end and driving space right end wall rotation connection in the driving space,
Driving space lower end wall is symmetrical to be fixedly connected with a support column, and the first driven shaft left end runs through Right side support column
And hold and connect with Right side support axis of a cylinder, the first elliptic cam is fixedly connected in the middle part of the first driven shaft, described first is oval
Cam rear and front end is connect with two pieces of movable plates before and after right side close to the end face Contact Transmission of first driven shaft respectively, the movement
End face of the plate far from first driven shaft be symmetrical to be fixedly connected with a limit spring, the rear side limit spring far from first from
One end of moving axis is fixedly connected with driving space aft bulkhead, the front side limit spring one end and driving far from first driven shaft
Space front bulkhead is fixedly connected, and a power space is provided in the left end wall of the driving space, is set on the left of the first driven shaft
It is equipped with second driven shaft, the second driven shaft right end is connect through Left-side support column and being held with Left-side support axis of a cylinder, and described the
Two driven shaft left ends pass through driving space left end wall and in the power spaces, and the is fixedly connected in the middle part of the second driven shaft
Two elliptic cams, the first elliptic cam rear and front end of stating is respectively with two pieces of movable plates before and after left side close to second driven shaft
End face Contact Transmission connects, and is provided with a bindiny mechanism between two support columns, the power space left end wall is provided with
One elevating mechanism is provided with a transmission mechanism in the power space, and ejection sky is provided in the power space left end wall
Between, slidably connect a transverse slat in the ejection space, the apical axis left end pass through power space left end wall and with transverse slat right end
Face is fixedly connected, and the transverse slat left side is fixedly connected with a plug, and the space left end wall that is located in is fixedly connected with a socket,
The transverse slat left side is symmetrical above and below to be fixedly connected with an adjustable spring, and the adjustable spring left end and ejection space left end wall are solid
Fixed connection, the socket left side are fixedly connected with an electric wire, and the electric wire other end connect with the cable other end and connects jointly
Device is connect, the connector left side is fixedly connected with an output line.
Preferably, the bindiny mechanism includes connecting rod, a rotation is fixedly connected on the right side of the connecting rod upper surface
Motor, electric rotating machine left side be connected by power have a rotary shaft, and the first driven shaft left end is symmetrical above and below to be provided with
One sliding groove, the second driven shaft right end is symmetrical above and below to be provided with the second sliding groove, and the first driven shaft left end suit is slided
Dynamic to be connected with a lantern ring, the lantern ring inner ring surface is symmetrical above and below to be fixedly connected with a key block, and the key block is slided with the first sliding groove
Dynamic connection, the lantern ring outer ring surface are symmetrically set with a cyclic annular T-slot, and the ring-type T-slot outer end face connection is extraneous empty
Between, a T-bar is slidably connected in ring-type T-slot downside, the T-bar lower end passes through outer end face on the downside of cyclic annular T-slot
And it is connect with rotary shaft threaded engagement.
Preferably, the elevating mechanism includes hydraulic block, a hydraulic space, the hydraulic pressure are provided in the hydraulic block
Symmetrical above and below in space to slidably connect a partition board, end face of the partition board far from hydraulic space center is fixedly connected with a support
Bar, is provided with a connection in the hydraulic space left end wall and is separated into three hydraulic spaces by partition board and be put into hydraulic pipeline, described
It is provided with a hydraulic pump in hydraulic pipeline, it is symmetrical above and below in the power space left end wall to be provided with a translation slot, the translation
A translation key is slidably connected in slot, translation slot right side connection power space, the supporting rod is far from hydraulic space
One end of the heart is fixedly connected with a sliding shoe, and the sliding shoe left end passes through translation slot and is fixedly connected with translation key right side,
The sliding shoe right side is fixedly connected with a translation bar, and the translation bar is fixedly connected with one in the middle part of the end face of hydraulic block
Supporting block is connected by connecting spring between two pieces of supporting blocks, and the translation bar right end is fixedly connected with a mandril, described
Mandril is fixedly connected with half ring set close to one end of hydraulic block, and a connection power space is provided in the half ring set inner ring surface
Half slot, the half slot is provided with an electromagnet from center of circle distalmost end, is provided with a sliding block in the half slot, described half
Circular groove inner ring surface is connected to power space, and the sliding block is fixedly connected with one close to the end face in the half slot center of circle and runs through half slot inner ring
Face and the link block for being located at power space, the link block are fixedly connected with a rotation close to the one end in the half slot inner ring surface center of circle
Key.Preferably,
The transmission mechanism includes rotary electric machine, and the rotary electric machine front end face be connected by power has a rotation axis, the rotation axis
Front end is symmetrical above and below to be provided with the first keyway, and the rotation axis front end is provided with a driving shaft, right above and below the active shaft rear end
Title is provided with the second keyway, front and back in the power space to be symmetrically arranged with a rotating bar, the rear side rotating bar and driving shaft
It is fixedly connected, power space front bulkhead is rotatably connected to an impeller-hub, and the front side rotating bar is fixed with shaft rear end is pushed
It connects, is fixedly connected by rotational pin between two rotating bar right ends, it is back-shaped to be connected with one for suit in the middle part of the rotational pin
Block, the back-shaped piece of left side are fixedly connected with apical axis, a transmission gear, the driving cog are fixedly connected in the middle part of the rotation axis
Wheel right side is connected by meshing transmission and has a driven gear, and the driven gear center is fixedly connected with third driven shaft, the third
Driven shaft rear and front end is rotatablely connected with end wall before and after power space respectively, is provided on front side of the driven gear driven with third
The first conical gear that axis is fixedly connected, the first conical gear right side is connected by meshing transmission and has the second conical gear, described
Second conical gear center is fixedly connected with a transmission shaft, and the second driven shaft left end is fixedly connected with a disk, the circle
End face of facing left is provided with a circular groove, and the circular groove limiting slot symmetrical above and below, end face of the limiting slot far from the circular groove center of circle is fixed
It is connected with a compressed spring, the compressed spring is fixedly connected with a fore-set, the power space close to the one end in the circular groove center of circle
Lower face is fixedly connected with a connecting pole, and the transmission shaft right end is through connecting pole and is connect with connecting pole bearing, the transmission
Axis right end is fixedly connected with a ratchet gear, and the ratchet gear is connect with fore-set Contact Transmission.
Preferably, second driven shaft rotates 90 degree when the rotation axis rotates 180 degree.
Compared with prior art, the beneficial effects of the invention are as follows：In present invention work, when electric system needs to distribute electric power
When, rotary electric machine rotates clockwise, and drives rotation axis rotation, and turning for ratchet gear is realized by the transmission of each gear and axis
It is dynamic, but do not do work, disk does not rotate, and elevating mechanism works at this time, hydraulic pump works, and band dynamic dividing plate is transported to hydraulic space center
It is dynamic, it is by the transmission of connecting rod, two and half ring sets are close with driving shaft to rotation axis, until position is distinguished in the rear and front end of rotation key
In in the first keyway and the second keyway, electromagnet does not work at this time, makes sliding block that can be slided in half slot, passes through the biography of rotation key
Dynamic, the rotation of rotation axis has driven the rotation of driving shaft, to which rotational pin pushes back-shaped piece to move downward, to make apical axis to the left
Movement, plug is connect with socket, level-one electric power distribution of this device to electric system is so realized, when the rotary electric machine inverse time
When needle rotates, under the cooperation of elevating mechanism, socket and plug still connects, while ratchet gear rotation acting is to drive circle
Disk rotates, and drives second driven shaft rotation, to drive the rotation of the second elliptic cam, two, left side push rod is ejected outward, is made
Distribution electric stake in two, left side contacts connection with binding post, realizes three-class power distribution, if electric rotating machine works at this time, drives rotation
Shaft rotation is dynamic, by T-bar to being driven, so that lantern ring is moved downward and key block is driven to be connect with the second sliding groove, to make second from
While moving axis rotates, first driven shaft also begins to rotate, and the first elliptic cam drives right side with the rotation of first driven shaft
Two push rods move out, and distribution electric stakes in two, right side is made contact connection, realization Pyatyi electric power distribution, if rotating with binding post
Motor rotates counterclockwise, and elevating mechanism does not work, then driving shaft does not rotate, and bindiny mechanism does not work, and at this time only second
Driven shaft rotates, and the electric stakes of distribution of two, left side is made to contact connection with binding post, realization two level electric power distribution, if bindiny mechanism's also work
Make, first driven shaft is connected to second driven shaft, the distribution electricity stake before and after driving space in end wall is all connected to binding post, then
Level Four electric power distribution is realized, this device can realize the one two three four Pyatyi multi-stage powers distribution to electric system, and lead to
Machine driving is crossed, enables devices to steadily be efficiently completed required electric power distribution, improves working efficiency.
Description of the drawings
Fig. 1 is a kind of overlooking structure diagram of dispatching automation of electric power systems device entirety complete section of the present invention；
Fig. 2 is the main structure diagram of bindiny mechanism's complete section in a kind of dispatching automation of electric power systems device entirety of the present invention；
Fig. 3 is the main structure diagram of elevating mechanism complete section in a kind of dispatching automation of electric power systems device of the present invention；
Fig. 4 is the vertical view enlarged structure schematic diagram of transmission mechanism complete section in a kind of dispatching automation of electric power systems device of the present invention.
Specific implementation mode
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation describes, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
- 4 are please referred to Fig.1, a kind of embodiment provided by the invention：A kind of dispatching automation of electric power systems device, including electricity
Case 1, is provided with a driving space 2 in the electronic box 1, and it is empty in end wall to be symmetrically arranged with two groups of contacts before and after the driving space 2
Between 3, end wall of the attaching space 3 far from driving space 2 is fixedly connected with a binding post 12, and the attaching space 3 is close to driving
The end wall in dynamic space 2 is provided with the push plate 9 being slidably connected with attaching space 3, and end face of the push plate 9 far from driving space 2 is solid
Surely it is connected with a distribution electricity stake 11, electric 11 left and right sides of stake of distribution is symmetrically arranged with one with push plate 9 far from driving space 2
The holddown spring 10 that end face is fixedly connected, the one end of the holddown spring 10 far from driving space 2 is with attaching space 3 far from driving
The end wall in space 2 is fixedly connected, and end face of the binding post 12 far from driving space 2 is fixedly connected with a cable 13, the electricity
13 other end of cable passes through electronic box 1 and is located at free surrounding space, and the push plate 9 is provided with a push rod 8 close to the end face in driving space 2,
The push rod 8 passes through attaching space 3 close to the end wall in driving space 2 and positioned at driving space 2 close to the one end in driving space 2
Interior, the push rod 8 is fixedly connected with a movable plate 6 close to the one end in driving space 2, and first is provided in the driving space 2
Driven shaft 4,4 right end of the first driven shaft and driving 2 right end wall of space rotation connection, described 2 lower end wall of driving space or so
It is symmetrical to be fixedly connected with a support column 14,4 left end of the first driven shaft through Right side support column 14 and with Right side support column 14
Bearing connects, and 4 middle part of the first driven shaft is fixedly connected with the first elliptic cam 5,5 rear and front end of the first elliptic cam
It is connect respectively close to the end face Contact Transmission of first driven shaft 4 with two pieces of movable plates 6 before and after right side, the movable plate 6 is far from
The end face of one driven shaft 4 is symmetrical to be fixedly connected with a limit spring 7, and the rear side limit spring 7 is far from first driven shaft 4
One end be fixedly connected with driving space aft bulkhead, the one end of the front side limit spring 7 far from first driven shaft 4 and driving are empty
Between front bulkhead be fixedly connected, be provided with a power space 21 in the 2 left end wall of driving space, 4 left side of the first driven shaft
It is provided with second driven shaft 17,17 right end of the second driven shaft connects through Left-side support column 14 and with 14 bearing of Left-side support column
It connects, 17 left end of the second driven shaft passes through driving 2 left end wall of space and in power space 21, the second driven shaft 17
Middle part is fixedly connected with the second elliptic cam 18, and 5 rear and front end of the first elliptic cam of stating is moved with two pieces before and after left side respectively
Movable plate 6 is connected close to the end face Contact Transmission of second driven shaft 4, and a bindiny mechanism is provided between two support columns 14
16,21 left end wall of the power space is provided with an elevating mechanism 49, and a transmission mechanism 83 is provided in the power space 21,
It is provided with an ejection space 82 in 21 left end wall of the power space, a transverse slat 77 is slidably connected in the ejection space 82,
51 left end of the apical axis passes through 21 left end wall of power space and is fixedly connected with 77 right side of transverse slat, and 77 left side of the transverse slat is solid
Surely it is connected with a plug 79, the 82 left end wall of space that is located in is fixedly connected with a socket 80, above and below 77 left side of the transverse slat
Symmetrical to be fixedly connected with an adjustable spring 78,78 left end of the adjustable spring is fixedly connected with ejection 82 left end wall of space, described
80 left side of socket is fixedly connected with an electric wire 80, and 80 other end of the electric wire is connect jointly with 13 other end of cable and connector
32,32 left side of the connector is fixedly connected with an output line 68.A kind of dispatching automation of electric power systems device
Valuably, the bindiny mechanism 16 includes connecting rod 15, and a rotation is fixedly connected on the right side of 15 upper surface of the connecting rod
Motor 23,23 left side be connected by power of the electric rotating machine have a rotary shaft 24, and 4 left end of the first driven shaft is symmetrical above and below to be set
It is equipped with the first sliding groove 30,17 right end of the second driven shaft is symmetrical above and below to be provided with the second sliding groove 22, and described first is driven
4 left end of axis suit slidably connects a lantern ring 28, and 28 inner ring surface of the lantern ring is symmetrical above and below to be fixedly connected with a key block 29, described
Key block 29 is connect with the first sliding groove sliding 30, and 28 outer ring surface of the lantern ring is symmetrically set with a cyclic annular T-slot 27, described
27 outer end face of cyclic annular T-slot is connected to free surrounding space, and a T-bar 25, the T are slidably connected in 27 downside of ring-type T-slot
25 lower end of shape bar passes through cyclic annular 27 downside outer end face of T-slot and is connect with 24 threaded engagement of rotary shaft, and effect is first driven
Axis 4 is sequentially connected with second driven shaft 17 by key block 29, is moved synchronously to reach.
Valuably, the elevating mechanism 49 includes hydraulic block 65, and a hydraulic space 69, institute are provided in the hydraulic block 65
State it is symmetrical above and below in hydraulic space 69 slidably connect a partition board 67, end face of the partition board 67 far from 69 center of hydraulic space is solid
Surely it is connected with a supporting rod 64, be provided with a connection in 69 left end wall of the hydraulic space is separated into three hydraulic pressure skies by partition board 67
Between be put into hydraulic pipeline 66, be provided with a hydraulic pump 70 in the hydraulic pipeline 66, in 21 left end wall of the power space up and down
It is symmetrically arranged with a translation slot 58, a translation key 71 is slidably connected in the translation slot 58,58 right side of translation slot connects
Logical power space 21, the one end of the supporting rod 64 far from 69 center of hydraulic space is fixedly connected with a sliding shoe 57, the cunning
57 left end of motion block passes through translation slot 58 and is fixedly connected with 71 right side of translation key, and 57 right side of the sliding shoe is fixedly connected with
One translation bar 54, the translation bar 54 are fixedly connected with a supporting block 56, two pieces of branch in the middle part of the end face of hydraulic block 65
It is connected by connecting spring 63 between bracer 56,54 right end of translation bar is fixedly connected with a mandril 55, and the mandril 55 leans on
One end of nearly hydraulic block 65 is fixedly connected with half ring set 72, and a connection power space is provided in half ring set, 72 inner ring surface
21 half slot 59, the half slot 59 are provided with an electromagnet 73 from center of circle distalmost end, one are provided in the half slot 59
Sliding block 60,59 inner ring surface of the half slot are connected to power space 21, and the sliding block 60 is fixed close to the end face in 59 center of circle of half slot
It is connected with a link block 61 through 59 inner ring surface of half slot and positioned at power space, the link block 61 is in half slot 59
The one end in the anchor ring center of circle is fixedly connected with a rotation key 62, and effect is to pass rotation axis 47 by rotation key 62 with driving shaft 50
Dynamic connection, drives rotating bar 43 to rotate.
Valuably, the transmission mechanism 83 includes rotary electric machine 46, and 46 front end face be connected by power of the rotary electric machine has one
Rotation axis 47,47 front end of the rotation axis is symmetrical above and below to be provided with the first keyway 53, and 47 front end of the rotation axis is provided with a master
Moving axis 50,50 rear end of the driving shaft is symmetrical above and below to be provided with the second keyway 52, front and back in the power space 21 to be symmetrical arranged
There are a rotating bar 43, the rear side rotating bar 43 to be fixedly connected with driving shaft 50,21 front bulkhead of the power space rotation connection
There are an impeller-hub 42, the front side rotating bar 43 to be fixedly connected with 42 rear end of impeller-hub, between two rotating bars, 43 right end
It is fixedly connected by rotational pin 45,45 middle part suit of the rotational pin is connected with one back-shaped piece 44, back-shaped piece of 44 left sides
It is fixedly connected with apical axis 51,47 middle part of the rotation axis is fixedly connected with a transmission gear 48,48 right side engagement of the transmission gear
It is sequentially connected with a driven gear 39,39 center of the driven gear is fixedly connected with third driven shaft 38, and the third is driven
38 rear and front end of axis is rotatablely connected with end wall before and after power space 21 respectively, the front side of the driven gear 39 be provided with third from
The first conical gear 41 that moving axis 38 is fixedly connected, first conical gear, 41 right side are connected by meshing transmission and have the second circular cone tooth
Wheel 40,40 center of the second conical gear is fixedly connected with a transmission shaft 36, and 17 left end of the second driven shaft is fixedly connected
There are a disk 33,33 left side of the disk to be provided with a circular groove 34,34 limiting slot 75 symmetrical above and below of the circular groove, the limit
End face of the slot 75 far from 34 center of circle of circular groove is fixedly connected with a compressed spring 76, and the compressed spring 76 is close to 34 center of circle of circular groove
One end is fixedly connected with a fore-set 37, and 21 lower face of power space is fixedly connected with a connecting pole 74, the transmission shaft 36
Right end is connect through connecting pole 74 and with 74 bearing of connecting pole, and 36 right end of the transmission shaft is fixedly connected with a ratchet gear 35,
The ratchet gear 35 is connect with 37 Contact Transmission of fore-set, and effect is that the power for generating rotary electric machine 46 passes to device
All parts.
Valuably, second driven shaft rotates 90 degree when the rotation axis 47 rotates 180 degree, and effect is to make to insert
First 79 and the electric stake of distribution 11 be able to connect with socket 80 and binding post 12 simultaneously
Specifically used mode：In present invention work, when electric system needs to distribute electric power, rotary electric machine 46 rotates clockwise,
It drives rotation axis 47 to rotate, the rotation of ratchet gear 35 is realized by the transmission of each gear and axis, but do not do work, disk 33 is not
Rotation, the at this time work of elevating mechanism 49, hydraulic pump 7 work, and band dynamic dividing plate 67 passes through connecting rod to 69 center movement of hydraulic space
Transmission, two and half ring sets 72 are close to rotation axis 47 and driving shaft 50, up to the rear and front end of rotation key 62 is located at the
In one keyway 53 and the second keyway 52, electromagnet 73 does not work at this time, makes sliding block 60 that can be slided in half slot 59, passes through rotation key
62 transmission, the rotation of rotation axis 47 have driven the rotation of driving shaft 50, to which rotational pin 45 pushes back-shaped piece 45 to move downward,
To make apical axis 51 move downward, plug 79 is connect with socket 80, so realizes level-one electricity of this device to electric system
Power is distributed, and when rotary electric machine 46 rotates counterclockwise, under the cooperation of elevating mechanism 49, socket 80 is still connected with plug 79,
The rotation of ratchet gear 35 simultaneously does work that disk 33 is driven to rotate, and second driven shaft 17 is driven to rotate, to which drive second is ellipse
Boss wheel 18 rotates, and two, left side push rod 8 is ejected outward, and distribution electric stake 11 in two, left side is made to contact connection with binding post 12,
It realizes three-class power distribution, if electric rotating machine 23 works at this time, drives rotary shaft 24 to rotate, by T-bar 25 to being driven, make set
Ring 28, which moves downward, drives key block 29 to be connect with the second sliding groove 22, to make while second driven shaft 17 rotates, first
Driven shaft 4 also begins to rotate, and the first elliptic cam 5 drives the outside of two, right side push rod 8 with the rotation of first driven shaft 4
Movement makes distribution electric stake 11 in two, right side contact connection with binding post 12, Pyatyi electric power distribution is realized, if 49 inverse time of rotary electric machine
Needle rotates, and elevating mechanism 49 does not work, then driving shaft does not rotate, and bindiny mechanism 16 does not work, and only second is driven at this time
Axis 17 rotates, and so that distribution electric stake 11 in two, left side is contacted connection with binding post 12, two level electric power distribution is realized, if bindiny mechanism 16
Also it works, first driven shaft 4 is connected to second driven shaft 17, distribution electricity stake 11 and wiring before and after driving space 2 in end wall
Column 12 is all connected to, then realizes level Four electric power distribution, this device can be realized to the multistage electricity of one two three four Pyatyis of electric system
Power is distributed, and by machine driving, enables devices to steadily be efficiently completed required electric power distribution, improves working efficiency.
It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie
In the case of without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter
From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power
Profit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent requirements of the claims
Variation is included within the present invention.Any reference signs in the claims should not be construed as limiting the involved claims.
Claims (5)
1. a kind of dispatching automation of electric power systems device, including electronic box, it is characterised in that：Driving sky is provided in the electronic box
Between, two groups of attaching spaces, end of the attaching space far from driving space are symmetrically arranged with before and after the driving space in end wall
Wall is fixedly connected with a binding post, and end wall of the attaching space close to driving space is provided with to be slidably connected with attaching space
Push plate, end face of the push plate far from driving space are fixedly connected with a distribution electricity stake, and the electric stake left and right sides of the distribution is symmetrical
It is provided with a holddown spring being fixedly connected with end face of the push plate far from driving space, the holddown spring is far from driving space
One end is fixedly connected with end wall of the attaching space far from driving space, and end face of the binding post far from driving space is fixedly connected
There are a cable, the cable other end to pass through electronic box and be located at free surrounding space, end face setting of the push plate close to driving space
There are a push rod, the push rod to pass through attaching space empty close to the end wall in driving space and positioned at driving close to the one end in driving space
In, the push rod close to driving space one end be fixedly connected with a movable plate, be provided in the driving space first from
Moving axis, the first driven shaft right end and driving space right end wall rotation connection, driving space lower end wall are symmetrical solid
Surely it is connected with a support column, the first driven shaft left end, which runs through Right side support column and held with Right side support axis of a cylinder, to be connect, described
It is fixedly connected with the first elliptic cam in the middle part of first driven shaft, first elliptic cam rear and front end is respectively with before and after right side two
Block movable plate is close to the end face Contact Transmission connection of first driven shaft, the end face of the movable plate far from first driven shaft or so pair
Title is fixedly connected with a limit spring, and the one end of the rear side limit spring far from first driven shaft and driving space aft bulkhead are solid
Fixed connection, the one end of the front side limit spring far from first driven shaft are fixedly connected with driving space front bulkhead, the driving
It is provided with a power space in the left end wall of space, is provided with second driven shaft on the left of the first driven shaft, described second is driven
Axis right end, which runs through Left-side support column and held with Left-side support axis of a cylinder, to be connect, and the second driven shaft left end passes through driving space left end
Wall and in the power space, is fixedly connected with the second elliptic cam in the middle part of the second driven shaft, described to state first oval convex
Wheel rear and front end is connect with two pieces of movable plates before and after left side close to the end face Contact Transmission of second driven shaft respectively, two branch
A bindiny mechanism is provided between dagger, the power space left end wall is provided with an elevating mechanism, is set in the power space
It is equipped with a transmission mechanism, an ejection space is provided in the power space left end wall, is slidably connected in the ejection space
One transverse slat, the apical axis left end pass through power space left end wall and are fixedly connected with transverse slat right side, and the transverse slat left side is solid
Surely it is connected with a plug, the space left end wall that is located in is fixedly connected with a socket, the transverse slat left side fixation symmetrical above and below
It is connected with an adjustable spring, the adjustable spring left end is fixedly connected with ejection space left end wall, and the socket left side is fixed
It is connected with an electric wire, the electric wire other end is connect jointly with the cable other end and connector, and the connector left side is fixed
It is connected with an output line.
2. a kind of dispatching automation of electric power systems device according to claim 1, it is characterised in that：Bindiny mechanism's packet
Connecting rod is included, an electric rotating machine, electric rotating machine left side be connected by power are fixedly connected on the right side of the connecting rod upper surface
There is a rotary shaft, the first driven shaft left end is symmetrical above and below to be provided with the first sliding groove, above and below the second driven shaft right end
It is symmetrically arranged with the second sliding groove, the first driven shaft left end, which is set with, slidably connects a lantern ring, on the lantern ring inner ring surface
It is symmetrically fixedly connected with a key block down, the key block is slidably connected with the first sliding groove, and the lantern ring outer ring surface is symmetrical to be set
It is equipped with a cyclic annular T-slot, the ring-type T-slot outer end face is connected to free surrounding space, and the ring-type T-slot slidably connects in downside
One T-bar, the T-bar lower end pass through outer end face on the downside of cyclic annular T-slot and are connect with rotary shaft threaded engagement.
3. a kind of dispatching automation of electric power systems device according to claim 1, it is characterised in that：The elevating mechanism packet
Hydraulic block is included, is provided with a hydraulic space in the hydraulic block, it is symmetrical above and below in the hydraulic space to slidably connect a partition board,
End face of the partition board far from hydraulic space center is fixedly connected with a supporting rod, and one is provided in the hydraulic space left end wall
Connection is separated into three hydraulic spaces by partition board and is put into hydraulic pipeline, and a hydraulic pump is provided in the hydraulic pipeline, described dynamic
It is symmetrical above and below in the left end wall of power space to be provided with a translation slot, slidably connect a translation key, the translation in the translation slot
Slot right side is connected to power space, and the one end of the supporting rod far from hydraulic space center is fixedly connected with a sliding shoe, described
Sliding shoe left end passes through translation slot and is fixedly connected with translation key right side, and the sliding shoe right side is fixedly connected with a translation
Bar, the translation bar are fixedly connected with a supporting block in the middle part of the end face of hydraulic block, pass through company between two pieces of supporting blocks
Spring connection is connect, the translation bar right end is fixedly connected with a mandril, and the mandril is fixedly connected with close to one end of hydraulic block
Half ring set, the half slot in a connection power space is provided in the half ring set inner ring surface, and the half slot is farthest from the center of circle
End is provided with an electromagnet, and a sliding block, half slot inner ring surface connection power space, the cunning are provided in the half slot
Block is fixedly connected with a link block through half slot inner ring surface and positioned at power space close to the end face in the half slot center of circle, described
Link block is fixedly connected with a rotation key close to the one end in the half slot inner ring surface center of circle.
4. a kind of dispatching automation of electric power systems device according to claim 1, it is characterised in that：The transmission mechanism packet
Rotary electric machine is included, the rotary electric machine front end face be connected by power has a rotation axis, and the rotation axis front end is symmetrical above and below to be provided with
First keyway, the rotation axis front end are provided with a driving shaft, and the active shaft rear end is symmetrical above and below to be provided with the second keyway, institute
It is symmetrically arranged with a rotating bar before and after stating in power space, the rear side rotating bar is fixedly connected with driving shaft, and the power is empty
Between front bulkhead be rotatably connected to an impeller-hub, the front side rotating bar is fixedly connected with shaft rear end is pushed, two rotating bars
It is fixedly connected by rotational pin between right end, suit is connected with one back-shaped piece in the middle part of the rotational pin, the back-shaped piece of left side
It is fixedly connected with apical axis, a transmission gear is fixedly connected in the middle part of the rotation axis, is connected by meshing transmission on the right side of the transmission gear
There are a driven gear, the driven gear center to be fixedly connected with third driven shaft, third driven shaft rear and front end difference
It is rotatablely connected with end wall before and after power space, the first circle being fixedly connected with third driven shaft is provided on front side of the driven gear
Bevel gear, the first conical gear right side are connected by meshing transmission and have the second conical gear, and second conical gear center is solid
Surely it is connected with a transmission shaft, the second driven shaft left end is fixedly connected with a disk, and the disk left side is provided with a circle
Slot, the circular groove limiting slot symmetrical above and below, end face of the limiting slot far from the circular groove center of circle is fixedly connected with a compressed spring, institute
It states compressed spring and is fixedly connected with a fore-set close to the one end in the circular groove center of circle, power space lower face is fixedly connected with a company
Column is connect, the transmission shaft right end is connect through connecting pole and with connecting pole bearing, and the transmission shaft right end is fixedly connected with a spine
Gear, the ratchet gear are connect with fore-set Contact Transmission.
5. a kind of dispatching automation of electric power systems device according to claim 1, it is characterised in that：The rotation axis rotation
Second driven shaft rotates 90 degree at 180 degree.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810456075.9A CN108539741A (en) | 2018-05-14 | 2018-05-14 | A kind of dispatching automation of electric power systems device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810456075.9A CN108539741A (en) | 2018-05-14 | 2018-05-14 | A kind of dispatching automation of electric power systems device |
Publications (1)
| Publication Number | Publication Date |
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| CN108539741A true CN108539741A (en) | 2018-09-14 |
Family
ID=63475823
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN201810456075.9A Withdrawn CN108539741A (en) | 2018-05-14 | 2018-05-14 | A kind of dispatching automation of electric power systems device |
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| Country | Link |
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| CN (1) | CN108539741A (en) |
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| CN111934135A (en) * | 2020-08-12 | 2020-11-13 | 潘学勇 | High-voltage cable connector |
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Application publication date: 20180914 |