CN114975022A - Interlock assembly of energy storage type electric operating mechanism - Google Patents

Abstract

The invention relates to an interlocking assembly of an energy storage type electric operating mechanism, comprising a mechanism frame, an interlocking component and a casing. The interlocking component includes a manual push block, a micro-switch group, a connecting rod, and a A rocker arm, a padlock plate slidably arranged on the mechanism frame and matched with the manual push block, a linkage plate coordinated with the padlock plate, and a trip button lever, the manual push block can trigger the micro switch group, and can realize When the micro switch group is turned on or off, the rocker arm moves with the manual push block and abuts on the operating handle of the electric operating mechanism, and can realize the locking of the rocker arm and the operating handle, and the linkage plate follows the padlock. The plate acts and can resist the tripping button rod, and realizes the locking of the linkage plate and the tripping button rod. The invention has the advantages of simple structure, stable and reliable performance, convenient operation and high safety.

Description

Interlock assembly of energy storage type electric operating mechanism

technical field

The invention relates to the technical field of circuit breakers, in particular to an interlock assembly of an energy storage type electric operating mechanism.

Background technique

A circuit breaker is a power distribution appliance used in the power grid, which can connect, carry and break currents under normal circuit conditions, as well as under specified abnormal conditions (such as overload, short circuit, undervoltage, and single-phase grounding faults). When) switch on, carry a certain time and break current. The electric operating mechanism is a special accessory for the molded case circuit breaker. After working with the circuit breaker, the circuit breaker can be electrically closed, opened and re-buckled at a long distance to realize the centralized and automatic control of the transmission and distribution network. In order to protect the personal safety of maintenance personnel and avoid misoperation, the existing energy storage electric operating mechanism of the circuit breaker is equipped with an interlock assembly, which can prevent others from opening or closing the circuit breaker at will. However, the structure design of the existing interlocking assembly is unreasonable, the interlocking of the interlocking assembly is unreliable, and even there are potential safety hazards, so the interlocking assembly has complex structure, unstable performance, low safety, and poor operation. Convenience flaw.

SUMMARY OF THE INVENTION

The purpose of the present invention is to overcome the defects of the prior art and provide an interlock assembly of an energy storage type electric operating mechanism with simple structure, stable and reliable performance, convenient operation and high safety.

In order to achieve the above purpose, the present invention adopts an interlock assembly of an energy storage type electric operating mechanism, which includes a mechanism frame, an interlock assembly arranged on the mechanism frame, and a casing covered on the mechanism frame. The lock assembly includes a manual push block slidably arranged on the mechanism frame, a micro switch group used to control the power-on or power-off of the motor of the electric operating mechanism, a connecting rod that cooperates with the manual push block, and a rocker arm that cooperates with the connecting rod. 2. The padlock piece that is slidably arranged on the mechanism frame and is matched with the manual push block, the linkage plate and the trip button rod that is linked with the padlock piece. The manual push block can trigger the micro-switch group and realize the micro-motion When the switch group is turned on or off, the rocker arm moves with the manual push block and interferes with the operating handle of the electric operating mechanism, and can realize the locking of the rocker arm and the operating handle, and the linkage plate moves with the padlock. And can resist the tripping button rod, and realize the locking of the linkage plate and the tripping button rod.

The beneficial effects of the above structure are: the interlock assembly adopts the rocker arm structure design, the structure design is simple, the interlock is reliable, the interlock assembly can lock the electric and manual closing functions of the energy storage type electric operating mechanism, and The circuit breaker is locked in the tripping state, which can avoid misoperation and ensure the personal safety of maintenance personnel. During operation, when the manual push block is moved to the electric position, the manual push block drives the rocker arm to rotate through the connecting rod. When the push block is moved to the manual position (the electric function is turned off), pull up the padlock and hang the padlock, the padlock can drive the action of the linkage plate, and the linkage plate touches the trip button rod, and the trip button rod can turn the circuit breaker. It is kept in the tripping state, so that the electric operating mechanism cannot be closed manually or electrically, so that the locking of the energy storage type electric operating mechanism can be realized. The locking assembly can lock the electric function and manual function, which can effectively avoid misoperation and has higher safety performance. Therefore, the interlock assembly of the energy storage type electric operating mechanism has the advantages of simple structure, stable and reliable performance, convenient operation and high safety.

In particular, the padlock piece is provided with an L-shaped padlock hole matched with the manual push block, and the L-shaped padlock hole includes a horizontal section and a vertical section that communicates with the horizontal section. There is an interlocking piece inserted in the L-shaped padlock hole. When the manual push block slides to the electric position, the interlocking piece moves with the manual push block and can move back and forth in the horizontal section. When the block is slid to the manual position, the interlocking piece can move back and forth in the vertical section. When the manual push block is in the electric position, the rocker arm can lock the operating handle with the action of the manual push block, the user cannot close the switch manually, and the padlock piece cannot be pulled out to realize the interlock between the padlock piece and the manual push block; when the manual push block is used When it is in the manual position, the electric function is closed, the user can pull out the padlock and hang the padlock, and the padlock can lock the trip button lever in the trip state through the linkage plate, so that the electric operating mechanism cannot be manually or electrically closed. The interlocking assembly of the structural design is simple in structure and reliable in interlocking, thereby helping to improve the working reliability of the interlocking assembly of the energy storage type electric operating mechanism.

In particular, the interlocking piece has a clamping block, and one end of the connecting rod has a clamping hole, the clamping block is engaged in the clamping hole, and constitutes the clamping cooperation between the connecting rod and the interlocking piece, The other end of the connecting rod is connected to one end of the rocker arm, and one end of the rocker arm is provided with an arc-surface convex limit part matched with the operating handle, and the arc-surface convex limit part moves with the rocker arm and can be buckled It is closed in the arc-shaped groove at one end of the operating handle, and constitutes an arc-surface convex limit part that cooperates with the limit of the operating handle. The arc-shaped convex limit part of the rocker arm is buckled in the arc-shaped groove of the operating handle, which can ensure that the rocker arm can reliably lock the operating handle, and the interlocking between the rocker arm and the operating handle is more reliable, which is beneficial to improve the interlocking. The working reliability of the assembly.

In particular, the manual push block is respectively provided with an interlocking block matched with the trip button lever and the closing button lever. When the manual push block slides to the electric position, the interlocking block interferes with the The tripping button lever and the closing button lever can realize the locking of the interlocking block with the tripping button lever and the closing button lever. When the manual push block slides to the manual position, the interlocking block slides into the giving way slot, and the unlocking of the interlocking block, the tripping button rod and the closing button rod can be realized. When the manual push block is moved to the electric position, the interlock block of the manual push block can lock the trip button lever and the closing button lever, so that the user cannot manually press the trip button lever and the closing button lever to realize manual operation. Locked, when the manual push block is moved to the manual position, the electric function is closed, the trip button lever and the closing button lever lose the restriction of the interlock block, and the user can operate it manually, which is beneficial to improve the reliability of the interlock assembly. sex.

In particular, one side of the padlock sheet is provided with a guide hole, the mechanism frame is provided with a guide column matched with the guide hole, the guide column is inserted in the guide hole, and constitutes the padlock sheet and the guide column. The other side of the padlock piece is provided with a guide block, the mechanism frame is provided with a guide groove matched with the guide block, and the guide block moves with the padlock piece and can reciprocate in the guide groove , and a tension spring is arranged between the padlock sheet and the mechanism frame, and one end of the padlock sheet has a handle part passing through the locking hole of the housing. The padlock plate and the mechanism frame are assembled by snap fit, which is convenient for the assembly of the padlock plate and the mechanism frame, the assembly efficiency is higher, and the padlock plate can be reliably moved on the mechanism frame, which is beneficial to improve the reliability of the interlock assembly. sex.

In particular, the other end of the rocker arm is provided with a positioning hole, the positioning hole is rotatably arranged on the positioning shaft of the mechanism frame, and the rocker arm is provided with a guide sliding hole, and the mechanism frame is provided with a guide sliding hole inserted through the guide sliding hole. When the rocker arm rotates, the guide rod can reciprocate in the guide sliding hole. The rocker arm is rotatably arranged on the positioning shaft of the mechanism frame, so as to facilitate the assembly of the rocker arm and the mechanism frame, the assembly is more convenient, and the rocker arm can be reliably operated, which is beneficial to improve the working reliability of the interlock assembly.

In particular, the linkage plate is provided with a positioning card hole, and the positioning card hole is rotatably arranged on the positioning block of the mechanism frame. The arc surface contact part moves with the linkage plate and can abut on the limit block of the trip button rod, and constitutes the limit match between the linkage plate and the trip button rod, and the other end of the linkage plate has a padlock plate. In cooperation with the camber linkage portion, the padlock piece is provided with an camber bump that matches the camber link portion, and the camber bump moves with the padlock piece and can abut on the camber link portion, and constitutes a padlock The linkage between the film and the linkage plate. The linkage plate is rotatably arranged on the mechanism frame, so as to facilitate the assembly of the linkage plate and the mechanism frame, and the arc surface abutting part abuts on the trip button rod, which can ensure the reliable locking of the linkage plate and the trip button rod, and the arc surface on the padlock plate The convex block is in contact with the arc-surface linkage part, the padlock piece and the linkage plate will not be stuck or stuck, and the transmission between the padlock plate and the linkage plate is more reliable.

In particular, the micro switch group includes a bracket arranged on the mechanism frame and a micro switch arranged in the bracket, the manual push block is linked with a toggle lever, and the toggle lever follows the manual push block. Action and can trigger the micro switch to realize the on or off of the micro switch. The manual push block triggers the micro switch through the lever, so that the transmission between the manual push block and the micro switch is more reliable, which is beneficial to improve the working reliability of the interlock assembly.

In particular, the bracket is provided with a guide protruding strip, the manual push block has a guide rail groove slidably arranged on the guide protruding strip, and the manual push block has a dial slidably arranged in the switching hole of the housing A moving block, the other end of the manual push block is provided with a sliding block, the mechanism frame is provided with a sliding hole matched with the sliding block, and the sliding block moves with the manual pushing block and can slide in the sliding hole The inner reciprocating action is formed, and the sliding connection between the sliding block and the mechanism frame is formed. The manual push block and the bracket are connected by sliding connection and cooperation, which is convenient for the assembly of the manual push block and the bracket, and can ensure that the manual push block can move reliably on the bracket, which is beneficial to improve the working reliability of the interlock assembly.

In particular, the manual push block is provided with an elastic switching block, and the bracket is respectively provided with a first positioning hole and a second positioning hole matched with the elastic switching block, and the elastic switching block moves with the manual push. The block moves, and the elastic switching block can switch back and forth between the first positioning hole and the second positioning hole. When the elastic switching block of the manual push block is engaged in the first positioning hole, the micro switch is disconnected and the electric function is closed, so that the energy storage type electric operating mechanism can be manually operated; when the elastic switching block of the manual push block is engaged When it is in the second positioning hole, the inching switch is turned on, the electric function is turned on, the manual push block drives the rocker arm through the connecting rod, the rocker arm touches the operating handle, and the operating handle cannot be rotated, so the energy storage operating mechanism cannot Manual operation.

Description of drawings

FIG. 1 is a perspective view of an energy storage type electric operating mechanism according to an embodiment of the present invention.

FIG. 2 is an exploded view of an energy storage type electric operating mechanism according to an embodiment of the present invention.

3 is an internal structural diagram of an energy storage type electric operating mechanism according to an embodiment of the present invention.

FIG. 4 is an assembly diagram of a manual push block and a padlock piece according to an embodiment of the present invention.

5 is a perspective view of an operating handle according to an embodiment of the present invention.

6 is a perspective view of a linkage plate according to an embodiment of the present invention.

7 is a perspective view of a manual push block according to an embodiment of the present invention.

8 is a perspective view of a rocker arm according to an embodiment of the present invention.

FIG. 9 is a perspective view of a micro switch assembly according to an embodiment of the present invention.

Detailed ways

As shown in FIGS. 1 to 9 , the embodiment of the present invention is an interlock assembly of an energy storage type electric operating mechanism, including a mechanism frame 10 , an interlock assembly 20 arranged on the mechanism frame 10 , and a cover on the mechanism frame 10 . On the housing 11, the interlock assembly 20 includes a manual push block 21 slidably arranged on the mechanism frame 10, a micro switch group 22 for controlling the power-on or power-off of the motor of the electric operating mechanism, and a manual push block 21. The connecting rod 23 for interlocking cooperation, the rocker arm 24 for interlocking and matching with the connecting rod 23, the padlock piece 25 which is slidably arranged on the mechanism frame 10 and cooperates with the manual push block 21, the linkage plate 26 which is interlocking and cooperates with the padlock piece 25, The trip button lever 27, the manual push block 21 can trigger the micro switch group 22, and can realize the on or off of the micro switch group 22, the rocker arm 24 moves with the manual push block 21 and interferes On the operating handle 12 of the electric operating mechanism, the rocker arm 24 and the operating handle 12 can be locked, and the linkage plate 26 moves with the padlock piece 25 and can abut on the trip button lever 27, and realizes the linkage plate 26 Locking with trip button lever 27. The padlock piece 25 is provided with an L-shaped padlock hole 251 matched with the manual push block 21. The L-shaped padlock hole 251 includes a horizontal section 252 and a vertical section 253 that communicates with the horizontal section 252. The manual push block 21 has an interlocking piece 211 inserted in the L-shaped padlock hole 251. When the manual push block 21 slides to the electric position, the interlocking piece 211 moves with the manual push block 21 and can be in The horizontal section 252 reciprocates, and when the manual push block 21 slides to the manual position, the interlocking piece 211 can reciprocate in the vertical section 253 . When the manual push block is in the electric position, the rocker arm can lock the operating handle with the action of the manual push block, the user cannot close the switch manually, and the padlock piece cannot be pulled out to realize the interlock between the padlock piece and the manual push block; when the manual push block is used When it is in the manual position, the electric function is closed, the user can pull out the padlock and hang the padlock, and the padlock can lock the trip button lever in the trip state through the linkage plate, so that the electric operating mechanism cannot be manually or electrically closed. The interlocking assembly of the structural design is simple in structure and reliable in interlocking, thereby helping to improve the working reliability of the interlocking assembly of the energy storage type electric operating mechanism.

As shown in FIGS. 3 to 5 , the interlocking piece 211 has a clamping block 212 , one end of the connecting rod 23 has a clamping hole 231 , and the clamping block 212 is engaged in the clamping hole 231 , and The connecting rod 23 and the interlocking piece 211 are snap-fitted together, and the other end of the connecting rod 23 is connected to one end of the rocker arm 24, and one end of the rocker arm 24 has an arc-surface convex limiting portion matched with the operating handle 12. 241 , the curved convex limiting portion 241 moves with the rocker arm 24 and can be buckled in the curved groove 121 at one end of the operating handle 12 , and constitutes a connection between the curved convex limiting portion 241 and the operating handle 12 . Limit fit. The arc-shaped convex limit part of the rocker arm is buckled in the arc-shaped groove of the operating handle, which can ensure that the rocker arm can reliably lock the operating handle, and the interlocking between the rocker arm and the operating handle is more reliable, which is beneficial to improve the interlocking. The working reliability of the assembly. The manual push block 21 is respectively provided with an interlocking block 213 that cooperates with the trip button rod 27 and the closing button rod 28. When the manual push block 21 slides to the electric position, the interlocking block 213 abuts on the tripping button rod 27 and the closing button rod 28, and can realize the locking of the interlocking block 213 with the tripping button rod 27 and the closing button rod 28. The tripping button rod 27 and the closing button The rods 28 are respectively provided with relinquishment slots 270 matched with the interlocking blocks 213 . When the manual push block 21 slides to the manual position, the interlocking blocks 213 slide into the receding slots 270 , and the interlocking blocks 213 can be realized. Unlock with the trip button lever 27 and the closing button lever 28 . When the manual push block is moved to the electric position, the interlock block of the manual push block can lock the trip button lever and the closing button lever, so that the user cannot manually press the trip button lever and the closing button lever to realize manual operation. Locked, when the manual push block is moved to the manual position, the electric function is closed, the trip button lever and the closing button lever lose the restriction of the interlock block, and the user can operate it manually, which is beneficial to improve the reliability of the interlock assembly. sex. One side of the padlock piece 25 is provided with a guide hole 254, and the mechanism frame 10 is provided with a guide post 101 matched with the guide hole 254. The guide post 101 is inserted into the guide hole 254 and constitutes a padlock The sheet 25 is slidably connected with the guide post 101, the other side of the padlock sheet 25 is provided with a guide block 255, the mechanism frame 10 is provided with a guide groove 102 matched with the guide block 255, the guide block 255 It moves with the padlock piece 25 and can reciprocate in the guide groove 102 , and a tension spring 29 is arranged between the padlock piece 25 and the mechanism frame 10 . The handle part 250. The padlock plate and the mechanism frame are assembled by snap fit, which is convenient for the assembly of the padlock plate and the mechanism frame, the assembly efficiency is higher, and the padlock plate can be reliably moved on the mechanism frame, which is beneficial to improve the reliability of the interlock assembly. sex. The other end of the rocker arm 24 is provided with a positioning hole 242, the positioning hole 242 is rotatably arranged on the positioning shaft 103 of the mechanism frame 10, and the rocker arm 24 is provided with a guide sliding hole 243, and the mechanism frame 10 is provided with an interpenetrating hole 243. When the guide rod 104 in the guide sliding hole 243 is guided and the rocker arm 24 rotates, the guide rod 104 can reciprocate in the guide sliding hole 243 . The rocker arm is rotatably arranged on the positioning shaft of the mechanism frame, so as to facilitate the assembly of the rocker arm and the mechanism frame, the assembly is more convenient, and the rocker arm can be reliably operated, which is beneficial to improve the working reliability of the interlock assembly.

As shown in Figures 2, 3, 6, and 7, the linkage plate 26 is provided with a positioning card hole 261, and the positioning card hole 261 is rotatably arranged on the positioning block 105 of the mechanism frame 10. One end of the linkage plate 26 There is an arc surface abutting portion 262 matched with the trip button lever 27 . The arc surface abutting portion 262 moves with the linkage plate 26 and can abut on the limit block 271 of the trip button lever 27 , and constitutes the linkage plate 26 The other end of the linkage plate 26 has a padlock piece 25 to match the arc surface linkage portion 263, and the padlock plate 25 is provided with a camber linkage portion 263 to match with the position limit of the trip button lever 27. The cambered projections 256 , the cambered projections 256 move with the padlock piece 25 and can abut on the cambered linkage portion 263 , and constitute the linkage between the padlock piece 25 and the linkage plate 26 . The linkage plate is rotatably arranged on the mechanism frame, so as to facilitate the assembly of the linkage plate and the mechanism frame, and the arc surface abutting part abuts on the trip button rod, which can ensure the reliable locking of the linkage plate and the trip button rod, and the arc surface on the padlock plate The convex block is in contact with the arc-surface linkage part, the padlock piece and the linkage plate will not be stuck or stuck, and the transmission between the padlock plate and the linkage plate is more reliable. The micro switch group 22 includes a bracket 221 arranged on the mechanism frame 10 and a micro switch 222 arranged in the bracket 221. The manual push block 21 is linked with a toggle lever 30. The toggle lever 30 moves with the manual push block 21 and can trigger the micro switch 222 to realize the on or off of the micro switch 222 . The manual push block triggers the micro switch through the lever, so that the transmission between the manual push block and the micro switch is more reliable, which is beneficial to improve the working reliability of the interlock assembly. The bracket 221 is provided with a guide protruding strip 223 , the manual push block 21 has a guide rail groove 214 slidably arranged on the guide protruding strip 223 , and the manual push block 21 has a switch slidably disposed on the housing 11 . The toggle block 215 in the hole 112, the other end of the manual push block 21 is provided with a sliding block 216, the mechanical frame 10 is provided with a sliding hole 106 matched with the sliding block 216, the sliding block 216 is The block 216 moves with the manual push block 211 and can reciprocate in the sliding hole 106 , and constitutes a sliding connection between the sliding block 215 and the mechanism frame 10 . The manual push block and the bracket are connected by sliding connection and cooperation, which is convenient for the assembly of the manual push block and the bracket, and can ensure that the manual push block can move reliably on the bracket, which is beneficial to improve the working reliability of the interlock assembly. The manual push block 21 is provided with an elastic switching block 217 , the bracket 221 is respectively provided with a first positioning hole 224 and a second positioning hole 225 which are matched with the elastic switching block 217 . 217 moves with the manual push block 21 , and the elastic switching block 217 can switch back and forth between the first positioning hole 224 and the second positioning hole 225 . When the elastic switching block of the manual push block is engaged in the first positioning hole, the micro switch is disconnected and the electric function is closed, so that the energy storage type electric operating mechanism can be manually operated; when the elastic switching block of the manual push block is engaged When it is in the second positioning hole, the inching switch is turned on, the electric function is turned on, the manual push block drives the rocker arm through the connecting rod, the rocker arm touches the operating handle, and the operating handle cannot be rotated, so the energy storage operating mechanism cannot Manual operation.

The interlock assembly adopts the rocker structure design, the structure design is simple, and the interlock is reliable. The interlock assembly can lock the electric and manual closing functions of the energy storage electric operating mechanism, and lock the circuit breaker in the tripping state. , which can avoid misoperation and ensure the personal safety of maintenance personnel. During operation, when the manual push block is moved to the electric position, the manual push block drives the rocker arm to rotate through the connecting rod. When the push block is moved to the manual position (the electric function is turned off), pull up the padlock and hang the padlock, the padlock can drive the action of the linkage plate, and the linkage plate touches the trip button rod, and the trip button rod can turn the circuit breaker. It is kept in the tripping state, so that the electric operating mechanism cannot be closed manually or electrically, so that the locking of the energy storage type electric operating mechanism can be realized. The locking assembly can lock the electric function and manual function, which can effectively avoid misoperation and has higher safety performance. Therefore, the interlock assembly of the energy storage type electric operating mechanism has the advantages of simple structure, stable and reliable performance, convenient operation and high safety.

Claims (10)

1. An interlock assembly of an energy storage type electric operating mechanism, comprising a mechanism frame, an interlock assembly arranged on the mechanism frame, and a casing covered on the mechanism frame, characterized in that: the interlock assembly It includes a manual push block that is slidably arranged on the mechanism frame, a micro switch group used to control the power-on or power-off of the motor of the electric operating mechanism, a connecting rod that cooperates with the manual push block, a rocker arm that cooperates with the connecting rod, and a sliding block. A padlock piece arranged on the mechanism frame and matched with a manual push block, a linkage plate linked with the padlock piece, and a trip button lever, the manual push block can trigger the micro switch group, and can realize the micro switch group The rocker arm moves with the manual push block and resists the operating handle of the electric operating mechanism, and can realize the locking of the rocker arm and the operating handle, and the linkage plate moves with the padlock piece and can It interferes with the tripping button rod, and realizes the locking of the linkage plate and the tripping button rod. 2. The interlock assembly of an energy storage type electric operating mechanism according to claim 1, wherein the padlock plate is provided with an L-shaped padlock hole matched with a manual push block, and the L-shaped padlock The hole includes a horizontal section and a vertical section communicating with the horizontal section. The manual push block has an interlocking piece inserted in the L-shaped padlock hole. When the manual push block slides to the electric position, the The interlocking piece moves with the manual push block and can reciprocate in the horizontal section. When the manual push block slides to the manual position, the interlocking piece can reciprocate in the vertical section. 3 . The interlock assembly of an energy storage type electric operating mechanism according to claim 2 , wherein the interlocking piece has a clamping block, one end of the connecting rod has a clamping hole, and the clamping The block is snapped into the snap hole, and constitutes the snap fit of the connecting rod and the interlocking piece. The limit part is lifted from the arc surface, and the arc surface convex limit part moves with the rocker arm and can be buckled in the arc groove at one end of the operating handle, and constitutes the limit match between the arc surface convex limit part and the operation handle. . 4. The interlock assembly of the energy storage type electric operating mechanism according to claim 1 or 2, characterized in that: said manual push block is respectively provided with a trip button rod and a closing button rod matched with Interlocking block, when the manual push block slides to the electric position, the interlocking block is in contact with the tripping button rod and the closing button rod, and the interlocking block and the tripping button rod and the closing button can be realized. The locking of the lever, the release button lever and the closing button lever are respectively provided with a give way slot matched with the interlock block, when the manual push block slides to the manual position, the interlock block slides to the give way slot It can realize the unlocking of the interlocking block, the tripping button lever and the closing button lever. 5. The interlock assembly of an energy storage type electric operating mechanism according to claim 1 or 2, wherein a guide hole is provided on one side of the padlock piece, and a guide hole is provided on the mechanism frame. The matching guide column is inserted into the guide hole and constitutes a sliding connection between the padlock piece and the guide column. The other side of the padlock piece is provided with a guide block, and the mechanism frame is provided with a guide The guide groove is matched with the block, the guide block moves with the padlock piece and can reciprocate in the guide groove, and a tension spring is arranged between the padlock piece and the mechanism frame, and one end of the padlock piece has a pass through the housing. the handle part of the locking hole. 6. The interlock assembly of the energy storage type electric operating mechanism according to claim 1 or 2, wherein the other end of the rocker arm is provided with a positioning hole, and the positioning hole is rotatably arranged at the positioning of the mechanism frame A guide sliding hole is arranged on the shaft and the rocker arm, and a guide rod inserted in the guide sliding hole is arranged on the mechanism frame. When the rocker arm rotates, the guide rod can reciprocate in the guide sliding hole. 7. The interlock assembly of an energy storage type electric operating mechanism according to claim 1 or 2, wherein the linkage plate is provided with a positioning card hole, and the positioning card hole is rotatably arranged on a positioning block of the mechanism frame In the above, one end of the linkage plate has an arc surface abutting portion matched with the trip button rod. The limit match of the linkage plate and the trip button rod, the other end of the linkage plate has a padlock piece that matches the arc surface linkage portion, and the padlock plate is provided with an arc surface bump that matches the arc surface linkage portion. The cambered protrusion moves with the padlock piece and can abut on the cambered surface linkage portion, and constitutes the interlocking cooperation between the padlock piece and the linkage plate. 8. The interlock assembly of an energy storage type electric operating mechanism according to claim 1 or 2, wherein the micro-switch group comprises a bracket arranged on the mechanism frame, and a micro-switch arranged in the bracket. The manual push block is linked with a toggle lever, and the toggle lever moves with the manual push block and can trigger the micro switch to realize the on or off of the micro switch. 9 . The interlock assembly of an energy storage type electric operating mechanism according to claim 8 , wherein the bracket is provided with a guide ridge, and the manual push block has a guide ridge slidably arranged on the guide ridge. 10 . There is a guide groove on the manual push block, and the manual push block has a toggle block that is slidably arranged in the switching hole of the housing, the other end of the manual push block is provided with a slider, and the mechanism frame is provided with a sliding block The sliding hole is matched with the block, and the sliding block moves with the manual push block and can reciprocate in the sliding hole, and constitutes the sliding connection and cooperation between the sliding block and the mechanism frame. 10 . The interlock assembly of an energy storage type electric operating mechanism according to claim 9 , wherein an elastic switching block is provided on the manual push block, and an elastic switching block is provided on the bracket respectively. 11 . The matching first positioning hole and the second positioning hole, the elastic switching block moves with the manual push block, and the elastic switching block can switch back and forth between the first positioning hole and the second positioning hole.

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