CN108054669A - The integrated manipulator of electricity grid substation - Google Patents
The integrated manipulator of electricity grid substation Download PDFInfo
- Publication number
- CN108054669A CN108054669A CN201711401550.4A CN201711401550A CN108054669A CN 108054669 A CN108054669 A CN 108054669A CN 201711401550 A CN201711401550 A CN 201711401550A CN 108054669 A CN108054669 A CN 108054669A
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- CN
- China
- Prior art keywords
- button
- roads
- embedding slot
- housing
- label
- 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.)
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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
- H02B15/00—Supervisory desks or panels for centralised control or display
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- Engineering & Computer Science (AREA)
- Power Engineering (AREA)
- Push-Button Switches (AREA)
Abstract
The present invention relates to the integrated manipulator of electricity grid substation, including control button, housing, it is arranged on the positive button embedding slot of housing and is arranged on the in vivo control unit of shell；Control button and corresponding button embedding slot are mating；Button label column is additionally provided with below button embedding slot, control circuit label corresponding with control button is pasted on button label column or control circuit label corresponding with button embedding slot is fitted on button label column；Present invention design is reasonable, compact-sized and easy to use.
Description
Technical field
The present invention relates to the integrated manipulators of electricity grid substation.
Background technology
With going deep into for power grid upgrading, Substation control platform, power distribution cabinet etc. are needed through low pressure controller or light current
It controls to control each action of high-tension circuit, existing control needs operating personnel to appointed place or operation console to each button
It is individually operated, inefficiency is manipulated so as to have, control is inconvenient, and how to provide a kind of integrated controller becomes urgent need solution
Certainly the technical issues of.
The content of the invention
For the above, the technical problems to be solved by the invention be generally speaking to provide it is a kind of design rationally, cost
It is cheap, durable, safe and reliable, easy to operate, time saving and energy saving, save fund, compact-sized and power grid easy to use becomes
The integrated manipulator in power station；The technical issues of solving in detail and acquirement advantageous effect in aftermentioned content and combine specific real
Content in mode is applied to specifically describe.
To solve the above problems, the technical solution used in the present invention is：
A kind of integrated manipulator of electricity grid substation including control button, housing, is arranged on the positive button embedding slot of housing
And it is arranged on the in vivo control unit of shell；Control button and corresponding button embedding slot are mating；Below button embedding slot also
Button label column is provided with, control circuit label corresponding with control button is pasted on button label column or on button label column
It is fitted with control circuit label corresponding with button embedding slot；
Control circuit label includes total control circuit button label, A roads button label, B roads button label and/or C roads button mark
Label；
Control button includes total control circuit button key, A roads button key, B roads button key and/or C roads button key；
Button embedding slot is pressed including total control circuit button embedding slot, A roads button embedding slot, C roads button embedding slot and/or B roads
Button embedding slot；
Control unit includes power supply；Control unit further includes total control circuit button module, A roads button module, C roads button module
And/or B roads button module；Power supply provides electricity to total control circuit button module, A roads button module and/or B roads button module
Energy；
Total control circuit button key, A roads button key, B roads button key and/or C roads button key are placed into corresponding total control circuit
By corresponding total control circuit in button embedding slot, A roads button embedding slot, B roads button embedding slot and/or C roads button embedding slot
Button module, A roads button module, B roads button module and/or C roads button module are connected with power supply.
As being further improved for above-mentioned technical proposal：
The total control circuit button embedding slot includes master switch embedding slot；The total control circuit button key is pressed including master switch
Button, the total control circuit button module include total contact switch, total acousto-optic circuit, warning lamp and are arranged on housing lower end
Pedestal；
The front of master switch button is provided with total printed words, stud bump is provided at the back side of master switch button, total contact is opened
Pass is arranged in master switch embedding slot and corresponding with stud bump；
Stud bump, which pushes, connects total contact switch, total contact switch for total acousto-optic circuit is controlled to be electrically connected to a power source respectively with
And warning lamp is electrically connected to a power source；
The total control circuit button label includes master switch label.
A roads button label includes A button labels；The A roads button embedding slot includes A button embedding slots；The A
Road button key includes A button keys；A roads button module includes lifting motor, A contact switch, A acousto-optic circuits, is vertically arranged
The control contact driving device of lifting is driven in housing and by lifting motor and is arranged on control contact driving device top
A control contact；
The front of A button keys is provided with A printed words, stud bump is provided at the back side of A button keys, A contact switch is arranged on
It is in A buttons embedding slot and corresponding with stud bump；
Stud bump push connect A contact switch, A contact switch for respectively control A acousto-optic circuits be electrically connected to a power source with
And lifting motor is electrically connected to a power source；
Drive gear is set on lifting motor output shaft, the control contact driving device includes what is engaged with drive gear
Drive rack, the Return spring being arranged between drive rack tail end and inner walls control drive rack move distance
Travel switch is arranged on the in vivo guide groove of shell and the ball being arranged between guide groove and drive rack side wall；Lifting electricity
Machine drives the A at the top of drive rack that contact is controlled to expose from the top of housing.
B roads button label includes B button labels；The B roads button embedding slot includes B button embedding slots；The B roads
Button key includes B button keys；B roads button module includes left and right motor, B contact switch, B acousto-optic circuits, is horizontally set on
Linkage telescopic device flexible to the right, the coordinated signals for being arranged on linkage telescopic device right end are driven in housing and by left and right motor
Contact is horizontally set in housing and drives B electric shocks telescopic device flexible to the left by left and right motor and be arranged on B electric shocks and stretches
The B connections of compression apparatus left end are got an electric shock；B electric shocks telescopic device, linkage telescopic device and the control contact driving device structure phase
Together；
The front of B button keys is provided with B printed words, stud bump is provided at the back side of B button keys, B contact switch is arranged on
It is in B buttons embedding slot and corresponding with stud bump；
Stud bump push connect B contact switch, B contact switch for respectively control B acousto-optic circuits be electrically connected to a power source and
Left and right motor is electrically connected to a power source；
Double drive gears, the drive rack of B electric shock telescopic devices and linkage telescopic device are set on the motor output shaft of left and right
Drive rack simultaneously with it is double drive gears engage, the drive rack of B electric shock telescopic devices and the sliding tooth of linkage telescopic device
Item is parallel to be located at double both sides up and down for driving gear；
Double drive gear rotations drive simultaneously：B connections are got an electric shock exposes from the left side of housing, and coordinated signals contact is from the right side of housing
Expose.
C roads button label includes C button labels, and C roads button key includes C button keys, and C roads button is embedded in
Slot includes C button embedding slots, and C roads button module includes being arranged on the positive switching door of housing, switching door is driven to swing folding
Shaft is sleeved in shaft and drives the shutdown torsional spring that shaft is closed, the electric rotating for being arranged on housing and driving shaft to rotate
Machine, the limit switch being arranged on housing are placed on C buttons form, C pull-switches and C acousto-optic-electrics in the groove of housing front
Road；
The front of C button keys is provided with C printed words, line sheet metal, line sheet metal and C are provided at the back side of C button keys
Pull-switch contacts and for two sheet metals to be electrically connected；C pull-switches are for control C acousto-optic circuits and electric rotating respectively
Machine is electrically connected to a power source.
Beneficial effects of the present invention description without being limited thereto, in order to preferably readily appreciate, specific embodiment part into
More preferably detailed description is gone.
Description of the drawings
Fig. 1 is the structure diagram of the present invention.
Fig. 2 is the structure diagram of master control of the present invention.
Fig. 3 is the structure diagram that A controls of the present invention are got an electric shock.
Fig. 4 is the distressed structure schematic diagram of B controls electric shock word of the present invention.
Fig. 5 is the structure diagram of C observation windows of the present invention.
Fig. 6 is the control block diagram of the present invention.
Wherein：1st, housing；2nd, button label column；3rd, button embedding slot；4th, control button；5th, pedestal；6th, master switch is embedded in
Slot；7th, master switch button；8th, master switch label；9th, A button labels；10th, A buttons embedding slot；11st, A button keys；12nd, button is convex
It rises；13rd, drive gear；14th, drive rack；15th, guide groove；16th, ball；17th, A controls contact；18th, travel switch；19th, pull back
Spring；20th, B button labels；21st, B buttons embedding slot；22nd, B button keys；23rd, double drive gears；24th, linkage telescopic device；25th, join
Dynamic control contact；26th, B electric shocks telescopic device；27th, B connections are got an electric shock；28th, C button labels；29th, C buttons embedding slot；30th, C buttons
Key；31st, line sheet metal；32nd, shaft；33rd, switching door；34th, shutdown torsional spring；35th, C buttons form；36th, power supply；37th, total contact
Switch；38th, total acousto-optic circuit；39th, warning lamp；40th, A contact switch；41st, A acousto-optic circuits；42nd, lifting motor；43rd, B contact is opened
It closes；44th, B acousto-optic circuits；45th, left and right motor；48th, C pull-switches；49th, C acousto-optic circuits；50th, electric rotating machine.
Specific embodiment
As shown in figures 1 to 6, the integrated manipulator of the electricity grid substation of the present embodiment including control button 4, housing 1, is set
It puts in 1 positive button embedding slot 3 of housing and the control unit being arranged in housing 1；Control button 4 and corresponding button are embedding
Tankage 3 is mating；Button label column 2 is additionally provided with below button embedding slot 3, is pasted on button label column 2 and control button 4
Corresponding control circuit label is fitted with and 3 corresponding control circuit label of button embedding slot on button label column 2；
Control circuit label includes total control circuit button label, A roads button label, B roads button label and/or C roads button mark
Label；
Control button 4 includes total control circuit button key, A roads button key, B roads button key and/or C roads button key；
Button embedding slot 3 is pressed including total control circuit button embedding slot, A roads button embedding slot, C roads button embedding slot and/or B roads
Button embedding slot；
Control unit includes power supply 36；Control unit further includes total control circuit button module, A roads button module, C roads button mould
Block and/or B roads button module；Power supply 36 is provided to total control circuit button module, A roads button module and/or B roads button module
Electric energy；
Total control circuit button key, A roads button key, B roads button key and/or C roads button key are placed into corresponding total control circuit
By corresponding total control circuit in button embedding slot, A roads button embedding slot, B roads button embedding slot and/or C roads button embedding slot
Button module, A roads button module, B roads button module and/or C roads button module are connected with power supply 36.It should be noted that hair
Acousto-optic circuit can be separately provided, consequently facilitating replace or be integrated together, simplify circuit, to this field
It is common knowledge for technical staff.
Such as Fig. 2,6, total control circuit button embedding slot includes master switch embedding slot 6；Total control circuit button key includes total
Switch button 7, total control circuit button module include total contact switch 37, total acousto-optic circuit 38, warning lamp 39 and are arranged on
The pedestal 5 of 1 lower end of housing；
The front of master switch button 7 is provided with total printed words, the back side of master switch button 7 is provided with stud bump 12, it is total to touch
Point switch 37 is arranged in master switch embedding slot 6 and corresponding with stud bump 12；
Stud bump 12, which pushes, connects total contact switch 37, and total contact switch 37 is used to control total acousto-optic circuit 38 and power supply respectively
36 electrical connections and warning lamp 39 are electrically connected with power supply 36；
Total control circuit button label includes master switch label 8.
As Fig. 3,6, A roads button label include A button labels 9；A roads button embedding slot includes A buttons embedding slot 10；A roads
Button key includes A button keys 11；A roads button module includes lifting motor 42, A contact switch 40, A acousto-optic circuits 41, sets vertically
It puts in housing 1 and the control contact driving device of lifting is driven by lifting motor 42 and is arranged on control contact driving device
The A control contacts 17 on top；
The front of A button keys 11 is provided with A printed words, stud bump 12, A contact switch are provided at the back side of A button keys 11
40 are arranged in A buttons embedding slot 10 and corresponding with stud bump 12；
Stud bump 12, which pushes, connects A contact switch 40, and A contact switch 40 is for control A acousto-optic circuits 41 and power supply respectively
36 electrical connections and lifting motor 42 are electrically connected with power supply 36；
Drive gear 13 is set on 42 output shaft of lifting motor, control contact driving device includes engaging with drive gear 13
Drive rack 14, be arranged between 1 inner wall of 14 tail end of drive rack and housing Return spring 19, control drive rack 14
The travel switch 18 of move distance, the guide groove 15 being arranged in housing 1 and it is arranged on guide groove 15 and 14 side of drive rack
Ball 16 between wall；Lifting motor 42 drives the A at 14 top of drive rack that contact 17 is controlled to expose from the top of housing 1.
As Fig. 4,6, B roads button label include B button labels 20；B roads button embedding slot includes B buttons embedding slot 21；B roads
Button key includes B button keys 22；B roads button module includes left and right motor 45, B contact switch 43, B acousto-optic circuits 44, level and sets
It puts in housing 1 and linkage telescopic device 24 flexible to the right is driven by left and right motor 45, is arranged on 24 right side of linkage telescopic device
The coordinated signals contact 25 at end is horizontally set in housing 1 and B electric shock telescopic devices flexible to the left is driven by left and right motor 45
26 and be arranged on 26 left end of B electric shocks telescopic device B connections get an electric shock 27；B electric shocks telescopic device 26, linkage telescopic device 24 with
Control contact driving device structure identical；
The front of B button keys 22 is provided with B printed words, stud bump 12, B contact switch are provided at the back side of B button keys 22
43 are arranged in B buttons embedding slot 21 and corresponding with stud bump 12；
Stud bump 12, which pushes, connects B contact switch 43, and B contact switch 43 is used to control B acousto-optic circuits 44 and power supply 36 respectively
Electrical connection and left and right motor 45 are electrically connected with power supply 36；
Double drive gears 23 are set on 45 output shaft of left and right motor, the drive rack of B electric shocks telescopic device 26 and linkage are stretched
The drive rack of compression apparatus 24 engages simultaneously with double drive gears 23, the drive rack and linkage telescopic of B electric shocks telescopic device 26
The drive rack of device 24 is parallel to be located at double both sides up and down for driving gear 23；
Double drive gear 23 rotations drive simultaneously：B connections are got an electric shock 27 exposes from the left side of housing 1, and coordinated signals contact 25 is from housing
Expose on 1 right side.
If Fig. 5,6, C roads button label include C button labels 28, C roads button key includes C button keys 30, and C roads button is embedded in
Slot includes C buttons embedding slot 29, and C roads button module includes being arranged on 1 positive switching door 33 of housing, switching door 33 is driven to swing
The shaft 32 of folding, the shutdown torsional spring 34 for being sleeved in shaft 32 and driving the closure of shaft 32 are arranged on housing 1 and with turn
The electric rotating machine 50 of the rotation of axis 32, the limit switch being arranged on housing 1 are placed on C button forms in 1 front groove of housing
35th, C pull-switches 48 and C acousto-optic circuits 49；
The front of C button keys 30 is provided with C printed words, the back side of C button keys 30 is provided with line sheet metal 31, pull-switch
46 is two sheet metals and are arranged in C buttons embedding slot 29, and line sheet metal 31 is contacted with C pull-switches 48 and is used for two
A sheet metal is electrically connected；C pull-switches 48 are electrically connected for control C acousto-optic circuits 49 and electric rotating machine 50 respectively with power supply 36
It connects.
During using the present invention, the control to each circuit is realized, linkage or mutual lock control are realized by B roads.It is above-mentioned still
It is only to illustrate, it is highly practical, cost is reduced, autgmentability is strong.
It is specifically described below, master switch button 7 is put into master switch embedding slot 6 and pushes master switch button 7, pass through button
Protrusion 12 pushes total contact switch 37, powers on and total acousto-optic circuit 38 and warning lamp 39；So as to play music；By total
8 visual understanding of switch label；Similarly, by pushing stud bump 12, circuit is connected, and A acousto-optic circuits 41 pronounce, lifting motor
42- drive gear 13- drive rack 14- A control contacts 17 expose, and safety is directly perceived, and the excess of stroke is prevented by travel switch 18,
It is oriented to by ball 16 and reduces resistance, realized and resetted by Return spring 19；A control contacts can be replaced.B gets an electric shock to stretch and fill
It is that direction changes as its principle to put 26, linkage telescopic device 24, and motor 45- double gears 23 that drive in left and right drive simultaneously
Flexible, design is rationally ingenious, provides integrated, reduction parts, and coordinated signals contact 25, B connections electric shock 27 can be replaced, passed through
Different colours are shown using the light emitting diode or light bulb of different colours, corresponding various words are put by the front slot in housing
Put different articles（C buttons form 35）, circuit, electric rotating machine 50- shaft 32- switching doors 33 are connected by line sheet metal 31
It opens so as to expose article, intuitive and convenient is powered off by limit switch, is realized and is closed by torsional spring.The two switch of the application
Triggering mode is merely illustrative, and can also use other modes, such as knob etc. is not enumerating.
Reasonable, of low cost, durable, safe and reliable, easy to operate, time saving and energy saving, saving fund that the present invention designs,
It is compact-sized and easy to use.
The present invention, which fully describes, to be disclosed in order to more clear, and is not just being enumerated for the prior art.
Finally it should be noted that：The above embodiments are merely illustrative of the technical solutions of the present invention, rather than its limitations；Although
The present invention is described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that：It still may be used
To modify to the technical solution recorded in previous embodiment or carry out equivalent substitution to which part technical characteristic；Make
It is obvious that multiple technical solutions of the present invention, which are combined, for those skilled in the art.And these are changed or replace
It changes, the essence of appropriate technical solution is not made to depart from the spirit and scope of technical solution of the embodiment of the present invention.
Claims (5)
1. a kind of integrated manipulator of electricity grid substation, it is characterised in that：Including control button (4), housing (1), it is arranged on
The positive button embedding slot (3) of housing (1) and the control unit being arranged in housing (1)；Control button (4) is pressed with corresponding
Key embedding slot (3) is mating；Button label column (2) is additionally provided with below button embedding slot (3), is pasted in button label column (2)
There is control circuit label corresponding with control button (4) or be fitted in button label column (2) corresponding with button embedding slot (3)
Control circuit label；
Control circuit label includes total control circuit button label, A roads button label, B roads button label and/or C roads button mark
Label；
Control button (4) includes total control circuit button key, A roads button key, B roads button key and/or C roads button key；
Button embedding slot (3) includes total control circuit button embedding slot, A roads button embedding slot, C roads button embedding slot and/or B roads
Button embedding slot；
Control unit includes power supply (36)；Control unit further includes total control circuit button module, A roads button module, C roads button
Module and/or B roads button module；Power supply (36) gives total control circuit button module, A roads button module and/or B roads button module
Electric energy is provided；
Total control circuit button key, A roads button key, B roads button key and/or C roads button key are placed into corresponding total control circuit
By corresponding total control circuit in button embedding slot, A roads button embedding slot, B roads button embedding slot and/or C roads button embedding slot
Button module, A roads button module, B roads button module and/or C roads button module are connected with power supply (36).
2. the integrated manipulator of electricity grid substation according to claim 1, it is characterised in that:The total control circuit
Button embedding slot includes master switch embedding slot (6)；The total control circuit button key includes master switch button (7), the master control
Circuit button module processed includes total contact switch (37), total acousto-optic circuit (38), warning lamp (39) and is arranged under housing (1)
The pedestal (5) at end；
The front of master switch button (7) is provided with total printed words, the back side of master switch button (7) is provided with stud bump
(12), total contact switch (37) is arranged in master switch embedding slot (6) and corresponding with stud bump (12)；
Stud bump (12), which pushes, connects total contact switch (37), and total contact switch (37) is used to control total acousto-optic circuit respectively
(38) it is electrically connected with power supply (36) and warning lamp (39) is electrically connected with power supply (36)；
The total control circuit button label includes master switch label (8).
3. the integrated manipulator of electricity grid substation according to claim 2, it is characterised in that:A roads button label
Including A button labels (9)；The A roads button embedding slot includes A buttons embedding slot (10)；A roads button key includes A buttons
Key (11)；A roads button module includes lifting motor (42), A contact switch (40), A acousto-optic circuits (41), is vertically arranged
The control contact driving device of lifting is driven in housing (1) and by lifting motor (42) and is arranged on control contact driving dress
The A control contacts (17) at top set end；
The front of A button keys (11) is provided with A printed words, the back side of A button keys (11) is provided with stud bump (12), A is touched
Point switch (40) is arranged in A buttons embedding slot (10) and corresponding with stud bump (12)；
Stud bump (12), which pushes, connects A contact switch (40), and A contact switch (40) is for control A acousto-optic circuits (41) respectively
It is electrically connected with power supply (36) and lifting motor (42) is electrically connected with power supply (36)；
Drive gear (13) is set on lifting motor (42) output shaft, the control contact driving device includes and sliding tooth
The drive rack (14) of wheel (13) engagement, the Return spring being arranged between drive rack (14) tail end and housing (1) inner wall
(19), the travel switch (18) of drive rack (14) move distance, the guide groove (15) being arranged in housing (1) are controlled and is set
Put the ball (16) between guide groove (15) and drive rack (14) side wall；Lifting motor (42) drives drive rack (14) to push up
The A control contacts (17) in portion expose from the top of housing (1).
4. the integrated manipulator of electricity grid substation according to claim 3, it is characterised in that:B roads button label
Including B button labels (20)；The B roads button embedding slot includes B buttons embedding slot (21)；B roads button key includes B buttons
Key (22)；B roads button module includes left and right motor (45), B contact switch (43), B acousto-optic circuits (44), is horizontally set on
Linkage telescopic device (24) flexible to the right is driven in housing (1) and by left and right motor (45), is arranged on linkage telescopic device
(24) the coordinated signals contact (25) of right end, the B for being horizontally set in housing (1) and being stretched to the left by left and right motor (45) driving
Electric shock telescopic device (26) and the B connections electric shock (27) for being arranged on B electric shocks telescopic device (26) left end；B electric shock telescopic devices
(26), linkage telescopic device (24) is identical with the control contact driving device structure；
The front of B button keys (22) is provided with B printed words, the back side of B button keys (22) is provided with stud bump (12), B is touched
Point switch (43) is arranged in B buttons embedding slot (21) and corresponding with stud bump (12)；
Stud bump (12), which pushes, connects B contact switch (43), and B contact switch (43) is used to control B acousto-optic circuits (44) respectively
It is electrically connected with power supply (36) and left and right motor (45) is electrically connected with power supply (36)；
Be set on left and right motor (45) output shaft it is double drive gears (23), the drive rack of B electric shocks telescopic device (26) and
The drive rack of linkage telescopic device (24) engages simultaneously with double drive gears (23), the drive rack of B electric shocks telescopic device (26)
And the parallel both sides up and down for being located at double drive gears (23) of drive rack of linkage telescopic device (24)；
Double drive gears (23) rotate to be driven simultaneously：B connections electric shock (27) is exposed from the left side of housing (1), coordinated signals contact
(25) expose from the right side of housing (1).
5. according to the integrated manipulator of claim 1-4 any one of them electricity grid substations, it is characterised in that:The C roads
Button label includes C button labels (28), and C roads button key includes C button keys (30), and the C roads button embedding slot includes C
Button embedding slot (29), C roads button module include being arranged on housing (1) positive switching door (33), switching door (33) are driven to put
The shaft (32) of dynamic folding, the shutdown torsional spring (34) for being sleeved in shaft (32) and driving shaft (32) closure are arranged on housing
(1) on and the electric rotating machine (50) of shaft (32) rotation, the limit switch being arranged on housing (1) is driven, is placed on housing (1)
C buttons form (35), C pull-switches (48) and C acousto-optic circuits (49) in the groove of front；
The front of C button keys (30) is provided with C printed words, line sheet metal (31) is provided at the back side of C button keys (30), even
Line sheet metal (31) contacts with C pull-switches (48) and for two sheet metals to be electrically connected；C pull-switches (48) are used to distinguish
Control C acousto-optic circuits (49) and electric rotating machine (50) are electrically connected with power supply (36).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711401550.4A CN108054669A (en) | 2017-12-22 | 2017-12-22 | The integrated manipulator of electricity grid substation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711401550.4A CN108054669A (en) | 2017-12-22 | 2017-12-22 | The integrated manipulator of electricity grid substation |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108054669A true CN108054669A (en) | 2018-05-18 |
Family
ID=62131387
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711401550.4A Pending CN108054669A (en) | 2017-12-22 | 2017-12-22 | The integrated manipulator of electricity grid substation |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108054669A (en) |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN204011156U (en) * | 2014-08-06 | 2014-12-10 | 浙江现代电气有限公司 | A kind of automatic change-over |
| CN205943897U (en) * | 2016-08-27 | 2017-02-08 | 何澍炜 | Automatic electric switch |
-
2017
- 2017-12-22 CN CN201711401550.4A patent/CN108054669A/en active Pending
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN204011156U (en) * | 2014-08-06 | 2014-12-10 | 浙江现代电气有限公司 | A kind of automatic change-over |
| CN205943897U (en) * | 2016-08-27 | 2017-02-08 | 何澍炜 | Automatic electric switch |
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Application publication date: 20180518 |
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