A connecting rod type operating mechanism with energy storage indication for circuit breaker

Abstract

This paper proposes a connecting rod type operating mechanism with energy storage indication for circuit breaker. The interior of the circuit breaker includes an opening and closing mechanism, an energy storage mechanism and an energy storage indication mechanism. The opening and closing mechanism is connected to the energy storage mechanism, and the upper end of the opening and closing mechanism is connected to the energy storage indication mechanism. The overall connecting rod adopts a modular design, which makes it convenient for the overall circuit breaker to be connected to other equipment, and also facilitates the replacement of internal components. It can also realize three-phase linkage control of closing, energy storage and opening, thereby realizing energy storage type opening and closing control, and can also indicate the three states of closing, energy storage and opening in real time, which is convenient for personnel to use. The energy storage function is enough to realize manual or electric multi-form control outside the circuit breaker, and a coil and a pin are arranged above the half-shaft to drive the two half-shafts through the pin, so that both double-pole switches are tripped, thereby realizing the control function.

Description

Technical Field

[0001] This article belongs to the technical field of circuit breaker energy storage indication connecting rod operation, and specifically relates to a connecting rod type operating mechanism with energy storage indication for circuit breaker. Background Art

[0002] Circuit breakers are categorized by their scope of use into high-voltage and low-voltage circuit breakers. Low-voltage circuit breakers, also known as automatic switches or "air switches," also refer to low-voltage circuit breakers. They function as both manual switches and automatic protection against loss of voltage, undervoltage, overload, and short-circuit. They are used to distribute electrical energy, infrequently start asynchronous motors, and protect power lines and motors. They automatically disconnect circuits in the event of severe overloads, short circuits, or undervoltage faults. Their functionality is equivalent to a combination of a fuse-type switch and an over- and under-temperature relay. Furthermore, interrupting the fault current generally requires no component changes, making them widely used.

[0003] The traditional operating mechanism mainly realizes the closing and opening operations by setting several through shafts between the two side plates and utilizing the linkage between the components on the through shafts. The overall structure is complex and the spatial layout is unreasonable, so it needs to be improved. Summary of the Invention

[0004] In order to solve the above problems, this paper proposes a connecting rod type operating mechanism with energy storage indication for circuit breaker, the interior of the circuit breaker includes an opening and closing mechanism, an energy storage mechanism and an energy storage indication mechanism, the opening and closing mechanism is connected to the energy storage mechanism, the upper end of the opening and closing mechanism is connected to the energy storage indication mechanism, the opening and closing mechanism includes a closing button, an opening and closing double knife, an opening and closing half shaft, an opening and closing shaft plate, a trigger connecting rod, an opening and closing connecting rod, an opening and closing fan plate, an opening and closing guide connecting plate and a spring trigger connecting rod, the energy storage mechanism includes an energy storage fan plate, an energy storage connecting rod, an energy storage cam, an energy storage double knife, an energy storage A half shaft and an energy storage spring, the energy storage indicating mechanism includes an energy storage opening and closing indicating plate and a linkage long connecting rod, the energy storage double-knife and opening and closing double-knife are both vertically arranged above the operating mechanism, the outer side of the upper end of the energy storage double-knife is connected to the energy storage indicating mechanism, the lower end of the energy storage double-knife is connected to the outer side of the arc surface of the energy storage fan plate by a snap connection, the lower end of the energy storage fan plate is connected to the energy storage spring through an energy storage connecting rod, the ends of the energy storage spring are respectively connected to the energy storage connecting rod and the spring trigger connecting rod, the upper end of the spring trigger connecting rod is connected to the middle arc guide groove of the opening and closing guide connecting plate, the opening and closing The upper end of the gate guide connecting plate is connected to the opening and closing connecting rod, the middle part of the opening and closing connecting rod is connected to the opening and closing fan plate in an external connecting rod style, the upper end of the opening and closing connecting rod is connected to the opening and closing shaft plate, the upper end of the opening and closing connecting rod is laterally protruding and fixedly connected to the trigger connecting rod, the outer side of the arc surface of the opening and closing fan plate is connected to the bottom of the opening and closing double knives in a card-connected style, the inner side of the opening and closing shaft plate is connected to one end of the linkage long connecting rod, the other end of the linkage long connecting rod is connected to the energy storage opening and closing indicator plate, the opening and closing half-shaft and the upper part of the opening half-shaft are connected to the coil through a thimble, and the overall connection The rods all use a modular design, which makes it easy for the entire circuit breaker to be connected to other equipment, and it is also convenient for internal parts to be replaced. It can also realize three-phase linkage control of closing, energy storage and opening, thereby realizing energy storage type opening and closing control, and can also indicate the three states of closing, energy storage and opening in real time, which is convenient for personnel to use. The energy storage function is enough to realize manual or electric multi-form control outside the circuit breaker, and a coil and a thimble are set above the half-axis to drive the two half-axis through the thimble, so that both double-pole switches are tripped, thereby realizing the control function.

[0005] The energy storage cam is in the shape of a circular hook type rotating cam. The center of the energy storage cam is axially led out from the outside of the circuit breaker. The outer side of the circular hook of the energy storage cam is pressed down and connected to the outer side of the middle rotating shaft of the energy storage connecting rod. The energy storage cam can be used to directly store energy inside the circuit breaker from the outside of the circuit breaker, which is convenient for setting various manual or electric control elements, thereby improving the adaptability of the circuit breaker.

[0006] The energy storage connecting rod is a three-section inverted T-shaped axial connecting rod. The transverse outer end of the bottom connecting rod of the energy storage connecting rod is axially connected to the inside of the circuit breaker, the transverse inner end of the bottom connecting rod of the energy storage connecting rod is axially connected to the end of the energy storage spring, and the end of the middle connecting rod of the energy storage connecting rod is vertically axially connected to one arc-shaped end of the energy storage fan plate. The other arc-shaped end of the energy storage fan plate is connected to the lower end of the energy storage double knife by clamping. The energy storage fan plate and the energy storage spring are conveniently connected through the energy storage connecting rod, and the energy storage connecting rod can also be pressed down by the middle energy storage cam to achieve the compression effect of the energy storage spring.

[0007] The energy storage double-pole is in the shape of a vertical strip plate. The upper end of the energy storage double-pole is axially connected to the energy storage half-shaft, the outer side of the upper end of the energy storage double-pole is fit-connected to the outer side of the energy storage opening and closing indicator plate, the inner side of the bottom end of the energy storage double-pole is connected to the internal rotating shaft of the circuit breaker, and the outer side of the bottom end of the energy storage double-pole is connected to the energy storage fan plate by clipping. The energy storage double-pole is linked to the energy storage fan plate and the energy storage indicator plate for linkage control, and can also be controlled and linked through the energy storage half-shaft, thereby realizing the overall connection linkage effect of the energy storage mechanism.

[0008] The opening and closing double knives are in the shape of vertical strip plates. The upper end of the energy storage double knives is axially connected to the opening half-shaft, the inner side of the bottom end of the opening and closing double knives is connected to the internal rotating shaft of the circuit breaker, and the outer side of the bottom end of the opening and closing double knives is connected to the opening and closing fan plate by clipping. The opening and closing fan plate is controlled in linkage through the opening and closing double knives, thereby realizing the locking and control of the entire opening and closing mechanism, and the linkage effect is controlled through the opening and closing half-shaft.

[0009] The opening and closing connecting rod is a three-section horizontal T-shaped axial connecting rod. The upper end of the vertical connecting rod of the opening and closing connecting rod is axially connected to the opening and closing shaft plate and the trigger connecting rod. The lower end of the vertical connecting rod of the opening and closing connecting rod is axially connected to the upper end of the opening and closing guide connecting plate. The middle horizontal connecting rod of the opening and closing connecting rod is axially connected to the opening and closing fan plate. The lower end of the opening and closing guide connecting plate is axially connected to the inside of the circuit breaker. The upper end outer surface of the opening and closing guide connecting plate is axially connected to the opening and closing connecting rod. The middle part of the opening and closing guide connecting plate is provided with an arc guide groove. The upper lower surface of the opening and closing guide connecting plate is connected to the arc groove guide inside the circuit breaker through a guide column. The inner side of the arc guide groove in the middle of the opening and closing guide connecting plate is connected to the spring trigger connecting rod. The shape of the spring trigger connecting rod is a right-angle plate. The spring The upper end of the trigger link is connected to the inner side of the arc guide groove in the middle of the opening and closing guide link plate, and the lower end of the spring trigger link is connected to the end of the energy storage spring. The opening and closing link is respectively used to realize the linkage control of the trigger link, the opening and closing fan plate, the opening and closing shaft plate and the opening and closing guide link plate, so as to not only realize the overall opening and closing linkage control, but also realize the linkage of the energy storage spring to the opening and closing mechanism through the opening and closing guide link plate, and the opening and closing fan plate realizes the overall control of the opening and closing link from the middle, the trigger link can realize the opening and closing effect of the circuit breaker, and the opening and closing shaft plate can realize the linkage control of the opening and closing indicator plate, so that the control of the overall opening and closing mechanism can be realized through the opening and closing double knives.

[0010] The opening and closing fan plate is in the shape of a fan-shaped rotating plate. The lower end of the opening and closing fan plate is axially connected to the inside of the circuit breaker. The lower surface of the opening and closing fan plate is connected to the arc groove inside the circuit breaker through a guide column. The arc-shaped outer end of the opening and closing fan plate is connected to the lower end of the opening and closing double knives by clamping. The opening and closing fan plate can be used to retract or expand the connecting rod from the middle of the opening and closing connecting rod, thereby further realizing the linkage of the overall opening and closing mechanism.

[0011] The outer ends of the energy storage half-shaft and the opening half-shaft are both connected to the half-shaft pull rod, the outer side of the energy storage half-shaft is connected to the closing button guide, and the outer side of the opening half-shaft is connected to the opening button guide. By arranging the opening and closing coils, undervoltage coils, etc. on the outer side of the half-shaft that can be installed on the top of the mechanism, the front and rear half-shafts are driven by the thimble to make the two double-pole trip, thereby realizing the function.

[0012] The energy storage opening and closing indicator panel includes an energy storage indicator panel and an opening and closing indicator panel. The outer side of the energy storage indicator panel is connected to the outer side of the upper end of the energy storage double-pole. The lower end of the opening and closing indicator panel is connected to the opening and closing shaft plate through a linkage long connecting rod. Both ends of the linkage long connecting rod are respectively connected to the opening and closing indicator panel and the opening and closing shaft plate through hooks. An avoidance bent rod is provided in the middle of the linkage long connecting rod. The energy storage opening and closing indicator panel can realize the display of three forms of indicator panels, so that the actual use effect and status of the circuit breaker can be observed conveniently and intuitively.

[0013] Beneficial effects:

[0014] The entire connecting rod adopts a modular design, which makes it easy for the entire circuit breaker to be connected to other equipment and to replace internal components. It can also realize three-phase linkage control of closing, energy storage and opening, thereby realizing energy storage type opening and closing control, and can also indicate the three states of closing, energy storage and opening in real time, which is convenient for personnel to use. The energy storage function is enough to realize manual or electric multi-form control outside the circuit breaker, and a coil and a thimble are set above the half-shaft to drive the two half-shafts through the thimble, so that both double-pole switches are tripped, thereby realizing the control function.

[0015] The energy storage cam can directly store energy inside the circuit breaker from the outside of the circuit breaker, making it easy to set various manual or electric control elements, thereby improving the adaptability of the circuit breaker.

[0016] The energy storage double-pole linkage type is used to respectively carry out linkage control with the energy storage fan plate and the energy storage indicator plate, and can also be controlled and linked through the energy storage half-axis, thereby realizing the overall connection linkage effect of the energy storage mechanism.

[0017] The opening and closing double knives are used to realize linkage control of the opening and closing fan plates, thereby locking and controlling the entire opening and closing mechanism, and the linkage effect is controlled through the opening and closing half-axes.

[0018] The opening and closing connecting rod is used to realize linkage control of the trigger connecting rod, opening and closing fan plate, opening and closing shaft plate and opening and closing guide connecting plate respectively, so as to not only realize the overall opening and closing linkage control, but also realize linkage with the spring trigger connecting rod through the opening and closing guide connecting plate to realize the linkage of the energy storage spring to the opening and closing mechanism, while the opening and closing fan plate realizes overall control of the opening and closing connecting rod from the middle, the trigger connecting rod can realize the opening and closing effect of the circuit breaker, and the opening and closing shaft plate can realize linkage control of the opening and closing indicator plate, so that the control of the overall opening and closing mechanism can be realized through the opening and closing double knives.

[0019] The over-opening and closing fan plate can realize the recovery or expansion of the connecting rod from the middle of the opening and closing connecting rod, thereby further realizing the linkage of the entire opening and closing mechanism.

[0020] The function can be achieved by setting a design that can install the opening and closing coils, undervoltage coils, etc. on the outside of the half-shaft, which can be installed on the top of the mechanism. The front and rear half-shafts can be moved by the thimble to trip the two double-pole devices.

[0021] Through the energy storage opening and closing indicator board, which can display three forms of indicators, the actual use effect and status of the circuit breaker can be observed conveniently and intuitively. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] Figure 1 This is an internal schematic diagram of the energy release closing mechanism of a connecting rod type operating mechanism with energy storage indication for a circuit breaker;

[0023] Figure 2 This is an internal schematic diagram of the closing pre-energy storage of a linkage type operating mechanism with energy storage indication for a circuit breaker;

[0024] Figure 3 This is a schematic diagram of the internal tripping mechanism of the pre-energy storage half-axis of the opening circuit breaker with energy storage indication of the connecting rod type operating mechanism;

[0025] In the figure; 1. Closing button, 2. Opening button, 3. Energy storage fan plate, 4. Energy storage cam, 5. Energy storage connecting rod, 6. Energy storage spring, 7. Energy storage opening and closing indicator plate, 8. Half-shaft pull rod, 9. Energy storage double-pole, 10. Energy storage half-shaft, 11. Opening and closing double-pole, 12. Opening and closing half-shaft, 13. Linkage long connecting rod, 14. Opening and closing shaft plate, 15. Trigger connecting rod, 16. Opening and closing connecting rod, 17. Opening and closing fan plate, 18. Opening and closing guide connecting plate, 19. Spring trigger connecting rod. DETAILED DESCRIPTION

[0026] In order to deepen the understanding of the present invention, the present invention will be further described in detail below with reference to the embodiments and drawings. The embodiments are only used to explain the present invention and do not constitute a limitation on the scope of protection of the present invention.

[0027] Closing button 1, opening button 2, energy storage fan plate 3, energy storage cam 4, energy storage connecting rod 5, energy storage spring 6, energy storage opening and closing indicator plate 7, half-shaft pull rod 8, energy storage double knife 9, energy storage half-shaft 10, opening and closing double knife 11, opening and closing half-shaft 12, linkage long connecting rod 13, opening and closing shaft plate 14, trigger connecting rod 15, opening and closing connecting rod 16, opening and closing fan plate 17, opening and closing guide connecting plate 18, spring trigger connecting rod 19.

[0028] like Figure 1 、 2 , 3 shown;

[0029] A connecting rod type operating mechanism with energy storage indication for a circuit breaker, the interior of the circuit breaker includes an opening and closing mechanism, an energy storage mechanism and an energy storage indication mechanism, the opening and closing mechanism is connected to the energy storage mechanism, and the upper end of the opening and closing mechanism is connected to the energy storage indication mechanism, the opening and closing mechanism includes a closing button 1, an opening and closing double knife 11, an opening and closing half shaft 12, an opening and closing shaft plate 14, a trigger connecting rod 15, an opening and closing connecting rod 16, an opening and closing fan plate 17, an opening and closing guide connecting plate 18 and a spring trigger connecting rod 19, the energy storage mechanism includes an energy storage fan plate 3, an energy storage connecting rod 5, an energy storage cam 4, an energy storage double knife 9, an energy storage half shaft 10 and an energy storage spring 6, the energy storage indication mechanism includes an energy storage opening and closing indicator plate 7 and a linkage long connecting rod 13, the energy storage double knife 9 and the opening and closing The double blades 11 of the gate are both vertically arranged above the operating mechanism. The outer side of the upper end of the energy storage double blades 9 is connected to the energy storage indicating mechanism. The lower end of the energy storage double blades 9 is connected to the outer side of the arc surface of the energy storage fan plate 3 by snap-connection. The lower end of the energy storage fan plate 3 is connected to the energy storage spring 6 through the energy storage connecting rod 5. The ends of the energy storage spring 6 are respectively connected to the energy storage connecting rod 5 and the spring trigger connecting rod 19. The upper end of the spring trigger connecting rod 19 is connected to the middle arc guide groove of the opening and closing guide connecting plate 18. The upper end of the opening and closing guide connecting plate 18 is connected to the opening and closing connecting rod 16. The middle external connecting rod of the opening and closing connecting rod 16 is connected to the opening and closing fan plate 17. The upper end of the opening and closing connecting rod 16 is connected to the opening and closing shaft plate 14. The upper end of the opening and closing connecting rod 16 protrudes laterally. It is fixedly connected to the trigger link 15, the outer side of the arc surface of the opening and closing fan plate 17 is connected to the bottom of the opening and closing double knife 11 in a snap-fitting manner, the inner side of the opening and closing shaft plate 14 is connected to one end of the linkage long connecting rod 13, and the other end of the linkage long connecting rod 13 is connected to the energy storage opening and closing indicator plate 7, the opening and closing half-shaft 12 and the upper part of the opening half-shaft are connected to the coil through a thimble, the shape of the energy storage cam 4 is a circular hook type rotating cam, the center of the circle of the energy storage cam 4 is axially derived from the outside of the circuit breaker, the outer side of the circular hook of the energy storage cam 4 is pressed down with the outer side of the middle rotating shaft of the energy storage connecting rod 5, the energy storage connecting rod 5 is a three-section inverted T-shaped axial connecting rod, the horizontal outer end of the bottom connecting rod of the energy storage connecting rod 5 is axially connected to the inside of the circuit breaker, and the bottom of the energy storage connecting rod 5 The transverse inner end of the connecting rod is axially connected to the end of the energy storage spring 6, the end of the middle connecting rod of the energy storage connecting rod 5 is vertically axially connected to one arc-shaped end of the energy storage fan plate 3, and the arc-shaped other end of the energy storage fan plate 3 is connected to the lower end of the energy storage double knife 9 by clamping. The energy storage double knife 9 is in the shape of a vertical strip plate. The upper end of the energy storage double knife 9 is axially connected to the energy storage half shaft 10, and the upper end outer side of the energy storage double knife 9 is fitted and connected to the outer side of the energy storage opening and closing indicator plate 7. The inner side of the bottom end of the energy storage double knife 9 is connected to the internal rotating shaft of the circuit breaker, and the outer side of the bottom end of the energy storage double knife 9 is connected by clamping to the energy storage fan plate 3. The opening and closing double knife 11 is in the shape of a vertical strip plate. The upper end of the energy storage double knife 9 is axially connected to the opening half shaft, and the inner side of the bottom end of the opening and closing double knife 11 is connected to the internal rotating shaft of the circuit breaker.The outer side of the bottom end of the opening and closing double knife 11 is connected with the opening and closing fan plate 17 by clamping, and the opening and closing connecting rod 16 is a three-section horizontal T-shaped axial connecting rod. The upper end of the vertical connecting rod of the opening and closing connecting rod 16 is axially connected with the opening and closing shaft plate 14 and the trigger connecting rod 15. The lower end of the vertical connecting rod of the opening and closing connecting rod 16 is axially connected with the upper end of the opening and closing guide connecting plate 18. The middle horizontal connecting rod of the opening and closing connecting rod 16 is axially connected with the opening and closing fan plate 17. The lower end of the opening and closing guide connecting plate 18 is axially connected with the inside of the circuit breaker. The outer surface of the upper end of the gate guide connecting plate 18 is axially connected to the opening and closing connecting rod 16, and an arc guide groove is provided through the middle of the opening and closing guide connecting plate 18. The lower surface of the upper end of the opening and closing guide connecting plate 18 is connected to the arc groove guide inside the circuit breaker through a guide column. The inner side of the arc guide groove in the middle of the opening and closing guide connecting plate 18 is connected to the spring trigger connecting rod 19. The shape of the spring trigger connecting rod 19 is a right-angled plate. The upper end of the spring trigger connecting rod 19 is connected to the inner side of the arc guide groove in the middle of the opening and closing guide connecting plate 18. The guide is connected, the lower end of the spring trigger connecting rod 19 is connected to the end of the energy storage spring 6, the opening and closing fan plate 17 is in the shape of a fan-shaped rotating plate, the lower end of the opening and closing fan plate 17 is axially connected to the inside of the circuit breaker, the lower surface of the opening and closing fan plate 17 is connected to the arc groove guide inside the circuit breaker through a guide column, the arc outer end of the opening and closing fan plate 17 is connected to the lower end of the opening and closing double knife 11, the outer ends of the energy storage half shaft 10 and the opening half shaft are connected to the half shaft pull rod 8, the outer side of the energy storage half shaft 10 is connected to the closing half shaft The button 1 is conductively connected, the outer side of the opening half-axis is conductively connected to the opening button 2, the energy storage opening and closing indicator plate 7 includes an energy storage indicator plate and an opening and closing indicator plate, the outer side of the energy storage indicator plate is connected to the outer side of the upper end of the energy storage double knife 9, the lower end of the opening and closing indicator plate is connected to the opening and closing shaft plate 14 through a linkage long connecting rod 13, and the two ends of the linkage long connecting rod 13 are respectively connected to the opening and closing indicator plate and the opening and closing shaft plate 14 through a hook, and an avoidance bent rod is provided in the middle of the linkage long connecting rod 13.

[0030] Implementation examples;

[0031] Closing part: The operator can press the closing button 1 or pull the half-shaft pull rod 8 to rotate the energy storage half-shaft 10, the energy storage double-pole 9 is tripped, the energy storage fan plate 3 rebounds, the energy storage spring 6 releases energy, and moves the energy storage connecting rod 5 to move upward, so that the opening and closing double-pole 11 and the opening and closing half-shaft 12 are closed together.

[0032] When the trigger link 15 is closed, it also drives the opening and closing shaft plate 14 to rotate, and the trigger link 15 on the opening and closing shaft plate 14 pushes the moving contact to close. The rotation of the opening and closing shaft plate 14 is linked to the long link 13, driving the opening and closing indication to switch (close).

[0033] Energy storage part: The operator rotates the energy storage cam 4 electrically or manually. While the energy storage cam 4 rotates, the energy storage connecting rod 5 is downwardly extended to compress the energy storage spring 6, thereby completing energy storage. After energy storage is completed, the energy storage connecting rod 5 drives the energy storage double knife 9 and the energy storage half shaft 10 to close together. When the energy storage double knife 9 is closed, the energy storage indication is switched.

[0034] Tripping part: The operator can press the trip button 2 or the pull rod to pull the tripping and closing half-shaft 12 to rotate, and the tripping and closing double-pole 11 will trip. After tripping, the tripping and closing fan plate 17 drives the tripping and closing connecting rod 16 to move, and the tripping and closing connecting rod 16 drives the tripping and closing shaft plate 14 to rotate. The tripping and closing connecting rod 16 on the tripping and closing shaft plate 14 pulls the contact connecting rod to trip, and the rotation of the tripping and closing shaft plate 14 drives the tripping and closing indication to switch (trip) through the linkage long connecting rod 13.

[0035] Reserved function: the opening and closing coils, undervoltage coils, etc. can be installed on the top of the mechanism, and the front and rear half shafts can be driven by the ejector pin to trip the two double-pole switches, thereby realizing the function.

[0036] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention should be included in the scope of protection of the present invention.

Claims

1. A connecting rod type operating mechanism with energy storage indication for a circuit breaker, wherein the circuit breaker comprises an opening and closing mechanism, an energy storage mechanism and an energy storage indication mechanism, wherein the opening and closing mechanism is connected to the energy storage mechanism, and the upper end of the opening and closing mechanism is connected to the energy storage indication mechanism, characterized in that: The opening and closing mechanism includes a closing button, an opening and closing double knife, an opening and closing half shaft, an opening and closing shaft plate, a trigger connecting rod, an opening and closing connecting rod, an opening and closing fan plate, an opening and closing guide connecting plate and a spring trigger connecting rod. The energy storage mechanism includes an energy storage fan plate, an energy storage connecting rod, an energy storage cam, an energy storage double knife, an energy storage half shaft and an energy storage spring. The energy storage indicating mechanism includes an energy storage opening and closing indicating plate and a linkage long connecting rod. The energy storage double knife and the opening and closing double knife are both vertically arranged above the operating mechanism. The outer side of the upper end of the energy storage double knife is connected to the energy storage indicating mechanism. The lower end of the energy storage double knife is connected to the outer side of the arc surface of the energy storage fan plate by clamping. The lower end of the energy storage fan plate is connected to the energy storage spring through the energy storage connecting rod. The ends of the energy storage spring are respectively It is connected to the energy storage connecting rod and the spring trigger connecting rod, the upper end of the spring trigger connecting rod is connected to the middle arc guide groove of the opening and closing guide connecting plate, the upper end of the opening and closing guide connecting plate is connected to the opening and closing connecting rod, the middle external connecting rod of the opening and closing connecting rod is connected to the opening and closing fan plate, the upper end of the opening and closing connecting rod is connected to the opening and closing shaft plate, the upper end of the opening and closing connecting rod is laterally protruding and fixed and connected to the trigger connecting rod, the outer side of the arc surface of the opening and closing fan plate is connected to the bottom of the opening and closing double knives in a snap-fit ​​manner, the inner side of the opening and closing shaft plate is connected to one end of the linkage long connecting rod, the other end of the linkage long connecting rod is connected to the energy storage opening and closing indicator plate, the opening and closing half-shaft and the upper part of the opening half-shaft are connected to the coil through a thimble.

2. A connecting rod type operating mechanism with energy storage indication for a circuit breaker according to claim 1, characterized in that: The energy storage cam is in the shape of a circular hook type rotating cam, the center of the energy storage cam is axially led out from the outside of the circuit breaker, and the outer side of the circular hook of the energy storage cam is pressed down and connected to the outer side of the middle rotating shaft of the energy storage connecting rod.

3. The connecting rod type operating mechanism with energy storage indication for circuit breaker according to claim 1, characterized in that: The energy storage connecting rod is a three-section inverted T-shaped axial connecting rod. The horizontal outer end of the bottom connecting rod of the energy storage connecting rod is axially connected to the inside of the circuit breaker, the horizontal inner end of the bottom connecting rod of the energy storage connecting rod is axially connected to the end of the energy storage spring, the end of the middle connecting rod of the energy storage connecting rod is vertically axially connected to one arc-shaped end of the energy storage fan plate, and the other arc-shaped end of the energy storage fan plate is clamped and connected to the lower end of the energy storage double knife.

4. A connecting rod type operating mechanism with energy storage indication for a circuit breaker according to claim 1, characterized in that: The energy storage double-pole is shaped like a vertical strip plate. The upper end of the energy storage double-pole is axially connected to the energy storage half-shaft, the outer side of the upper end of the energy storage double-pole is fit-connected to the outer side of the energy storage opening and closing indicator plate, the inner side of the bottom end of the energy storage double-pole is connected to the internal rotating shaft of the circuit breaker, and the outer side of the bottom end of the energy storage double-pole is clamped and connected to the energy storage fan plate.

5. The connecting rod type operating mechanism with energy storage indication for circuit breaker according to claim 1, characterized in that: The double-knife opening and closing switch is in the shape of a vertical strip plate. The upper end of the energy storage double-knife is axially connected to the opening half-shaft, the inner side of the bottom end of the double-knife opening and closing switch is connected to the internal rotating shaft of the circuit breaker, and the outer side of the bottom end of the double-knife opening and closing switch is connected to the opening and closing fan plate by clamping.

6. A connecting rod type operating mechanism with energy storage indication for a circuit breaker according to claim 1, characterized in that: The opening and closing connecting rod is a three-section horizontal T-shaped axial connecting rod, the upper end of the vertical connecting rod of the opening and closing connecting rod is axially connected to the opening and closing shaft plate and the trigger connecting rod, the lower end of the vertical connecting rod of the opening and closing connecting rod is axially connected to the upper end of the opening and closing guide connecting plate, the middle horizontal connecting rod of the opening and closing connecting rod is axially connected to the opening and closing fan plate, the lower end of the opening and closing guide connecting plate is axially connected to the inside of the circuit breaker, the upper end outer surface of the opening and closing guide connecting plate is axially connected to the opening and closing connecting rod, the middle part of the opening and closing guide connecting plate is provided with an arc guide groove, the upper end lower surface of the opening and closing guide connecting plate is connected to the arc groove inside the circuit breaker through a guide column, the inner side of the arc guide groove in the middle of the opening and closing guide connecting plate is connected to the spring trigger connecting rod, the shape of the spring trigger connecting rod is a right-angle plate, the upper end of the spring trigger connecting rod is connected to the inner side of the arc guide groove in the middle of the opening and closing guide connecting plate, and the lower end of the spring trigger connecting rod is connected to the end of the energy storage spring.

7. The connecting rod type operating mechanism with energy storage indication for circuit breaker according to claim 1, characterized in that: The opening and closing fan plate is shaped as a fan-shaped rotating plate. The lower end of the opening and closing fan plate is axially connected to the inside of the circuit breaker. The lower surface of the opening and closing fan plate is connected to the arc groove inside the circuit breaker through a guide column. The arc-shaped outer end of the opening and closing fan plate is connected to the lower end of the opening and closing double knife by clamping.

8. The connecting rod type operating mechanism with energy storage indication for circuit breaker according to claim 1, characterized in that: The outer ends of the energy storage half-shaft and the opening half-shaft are both connected to the half-shaft pull rod, the outer side of the energy storage half-shaft is connected to the closing button, and the outer side of the opening half-shaft is connected to the opening button.

9. The connecting rod type operating mechanism with energy storage indication for circuit breaker according to claim 1, characterized in that: The energy storage opening and closing indicator plate includes an energy storage indicator plate and an opening and closing indicator plate. The outer side of the energy storage indicator plate is fitted and connected to the outer side of the upper end of the energy storage double knife. The lower end of the opening and closing indicator plate is connected to the opening and closing shaft plate through a linkage long connecting rod. The two ends of the linkage long connecting rod are respectively connected to the opening and closing indicator plate and the opening and closing shaft plate through hooks. An avoidance bent rod is provided in the middle of the linkage long connecting rod.

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