Summary of the invention
The objective of the invention is in order to overcome the deficiency of above-mentioned background technology, provide a kind of simple in structure and can realize the circuit breaker of circuit breaker connecting axle and the interlocking of isolating switch connecting axle and the operation interlocking mechanism arrangement of isolating switch.
In order to realize above purpose, the operation interlocking mechanism arrangement of a kind of circuit breaker provided by the invention and isolating switch, comprise: a circuit breaker connecting axle and at least one isolating switch connecting axle, one end of described circuit breaker connecting axle links to each other with circuit breaker interlocking output shaft, one end of described every isolating switch connecting axle links to each other with the action bars of different isolating switches respectively, the other end of described every isolating switch connecting axle is respectively equipped with handle hole, be respectively equipped with the handle hole cover plate on described circuit breaker connecting axle and the isolating switch connecting axle, described handle hole cover plate is used to block the handle hole on adjacent circuit breaker connecting axle or the isolating switch connecting axle.
In such scheme, be respectively equipped with locking plate on described circuit breaker connecting axle and the isolating switch connecting axle, position corresponding to adjacent circuit breaker connecting axle or isolating switch connecting axle upper collet on described circuit breaker connecting axle and the isolating switch connecting axle also is respectively equipped with a locked groove, described locking plate and described locked groove form screens, like this, can effectively prevent in the equipment running process because the phenomenon generation that the vibrations of equipment cause circuit breaker connecting axle and isolating switch connecting axle to rotate.
In such scheme, described handle hole cover plate is arranged on the described locking plate.
In such scheme, the number of the locked groove on the described circuit breaker connecting axle is 1.
In such scheme, the number of the locked groove on the described isolating switch connecting axle is 2, and like this, this operation interlocking mechanism arrangement is when positive sequence operation and inverted sequence operation, and circuit breaker connecting axle and isolating switch connecting axle can both be realized interlocking.
The present invention like this, in operating process, has only two handle holes to leak outside at most by add the handle hole cover plate on circuit breaker connecting axle and isolating switch connecting axle, has prevented the generation of misoperation phenomenon effectively; Simultaneously, owing on circuit breaker connecting axle and isolating switch connecting axle, added locking plate and locked groove, prevented effectively in the equipment running process because the phenomenon generation that the vibrations of equipment cause circuit breaker connecting axle and isolating switch connecting axle to rotate.
The present invention is compared with the prior art, and shows that fully its superiority is: simple in structure, can realize the interlocking of circuit breaker connecting axle and isolating switch connecting axle etc.
Description of drawings
Structural representation when Fig. 1 is blocked for the embodiment handle hole;
The structural representation that the circuit breaker connecting axle rotated when Fig. 2 operated for embodiment positive sequence;
The structural representation that the first isolating switch connecting axle rotated when Fig. 3 operated for embodiment positive sequence;
The structural representation that the second isolating switch connecting axle rotated when Fig. 4 operated for embodiment positive sequence;
The structural representation that the 3rd isolating switch connecting axle rotated when Fig. 5 operated for embodiment positive sequence.
Among the figure: circuit breaker connecting axle-1, the first isolating switch connecting axle-2, the second isolating switch connecting axle-3, the three isolating switch connecting axles-4, handle hole-5, handle hole cover plate-6, locking plate-7, locked groove-8.
Embodiment
The present invention is described in further detail below in conjunction with drawings and Examples, but this embodiment should not be construed as limitation of the present invention.
As shown in Figure 1: present embodiment provides the operation interlocking mechanism arrangement of a kind of circuit breaker and isolating switch, comprise: a circuit breaker connecting axle 1, the first isolating switch connecting axle 2, the second isolating switch connecting axle 3 and the 3rd isolating switch connecting axle 4, one end of described circuit breaker connecting axle 1 links to each other with circuit breaker interlocking output shaft, the described first isolating switch connecting axle 2, one end of the second isolating switch connecting axle 3 and the 3rd isolating switch connecting axle 4 links to each other with the action bars of different isolating switches respectively, the described first isolating switch connecting axle 2, the other end of the second isolating switch connecting axle 3 and the 3rd isolating switch connecting axle 4 is respectively equipped with handle hole 5, described circuit breaker connecting axle 1, the first isolating switch connecting axle 2, be respectively equipped with handle hole cover plate 6 on the second isolating switch connecting axle 3 and the 3rd isolating switch connecting axle 4, described handle hole cover plate 6 is used to block the handle hole 5 on adjacent circuit breaker connecting axle 1 or the first isolating switch connecting axle 2 or the second isolating switch connecting axle 3 or the 3rd isolating switch connecting axle 4.Like this, in operating process, have only two handle holes 5 to leak outside (referring to Fig. 2, Fig. 3, Fig. 4 and Fig. 5) at most, prevented the generation of misoperation phenomenon effectively.
As shown in Figure 2: be respectively equipped with locking plate 7 on above-mentioned circuit breaker connecting axle 1, the first isolating switch connecting axle 2, the second isolating switch connecting axle 3 and the 3rd isolating switch connecting axle 4, position corresponding to adjacent circuit breaker connecting axle or isolating switch connecting axle upper collet 7 on described circuit breaker connecting axle 1, the first isolating switch connecting axle 2, the second isolating switch connecting axle 3 and the 3rd isolating switch connecting axle 4 also is respectively equipped with a locked groove 8, and described locking plate 7 forms screens with described locked groove 8.Described handle hole cover plate 6 is arranged on the described locking plate 7.Prevented like this, effectively in the equipment running process because the phenomenon generation that the vibrations of equipment cause circuit breaker connecting axle 1, the first isolating switch connecting axle 2, the second isolating switch connecting axle 3 and the 3rd isolating switch connecting axle 4 to rotate.
The number of the locked groove 8 on the above-mentioned circuit breaker connecting axle 1 is 1.The number of the locked groove 8 on the described first isolating switch connecting axle 2, the second isolating switch connecting axle 3 and the 3rd isolating switch connecting axle 4 is 2, like this, this operation interlocking mechanism arrangement is when positive sequence operation and inverted sequence operation, and circuit breaker connecting axle 1, the first isolating switch connecting axle 2, the second isolating switch connecting axle 3 and the 3rd isolating switch connecting axle 4 can both be realized interlocking.
Certainly, the quantity of above-mentioned isolating switch connecting axle can design according to actual conditions.
Positive sequence operating process of the present invention is as follows:
The first step: as shown in Figure 2: circuit breaker connecting axle 1 is promoted to rotate to an angle by circuit breaker, handle hole cover plate 6 on the circuit breaker connecting axle 1 also rotates thereupon, like this, the handle hole cover plate 6 that blocks the first isolating switch connecting axle, 2 handle holes 5 is opened, and the handle hole 5 of the first isolating switch connecting axle 2 leaks outside; Simultaneously, the locking plate 7 on the circuit breaker connecting axle 1 also rotates thereupon, and like this, the locking plate 7 on the circuit breaker connecting axle 1 is with 2 releases of the first isolating switch connecting axle, and the first isolating switch connecting axle 2 can be operated rotation.
Second step: as shown in Figure 3: key is inserted in the handle hole 5 of the first isolating switch connecting axle 2, and the first isolating switch connecting axle 2 rotated to an angle, the handle hole cover plate 6 of the first isolating switch connecting axle 2 also rotates thereupon, like this, the handle hole cover plate 6 that blocks the second isolating switch connecting axle, 3 handle holes 5 is opened, and the handle hole 5 of the second isolating switch connecting axle 3 leaks outside; Simultaneously, locking plate 7 on the first isolating switch connecting axle 2 also rotates thereupon, like this, locking plate 7 on the first isolating switch connecting axle 2 is with 3 releases of the second isolating switch connecting axle, the second isolating switch connecting axle 3 can be operated rotation, and first locking plate 7 on the isolating switch connecting axle 2 form screens with locked groove 8 on the circuit breaker connecting axle 1, and circuit breaker connecting axle 1 is locked.
The 3rd step: as shown in Figure 4: key is inserted in the handle hole 5 of the second isolating switch connecting axle 3, and the second isolating switch connecting axle 3 rotated to an angle, the handle hole cover plate 6 of the second isolating switch connecting axle 3 also rotates thereupon, like this, the handle hole cover plate 6 that blocks the 3rd isolating switch connecting axle 4 handle holes 5 is opened, the handle hole 5 of the 3rd isolating switch connecting axle 4 leaks outside, and the handle hole 5 on the first isolating switch connecting axle 2 is blocked; Simultaneously, locking plate 7 on the second isolating switch connecting axle 3 also rotates thereupon, like this, locking plate 7 on the second isolating switch connecting axle 3 is with 4 releases of the 3rd isolating switch connecting axle, the 3rd isolating switch connecting axle 4 can be operated rotation, and second locking plate 7 and the locked groove on the first isolating switch connecting axle 28 on the isolating switch connecting axle 3 form screens, and the first isolating switch connecting axle 2 is locked.
The 4th step: as shown in Figure 5: key is inserted in the handle hole 5 of the 3rd isolating switch connecting axle 4, and the 3rd isolating switch connecting axle 4 rotated to an angle, the handle hole cover plate 6 of the 3rd isolating switch connecting axle 4 also rotates thereupon, like this, the handle hole 5 on the second isolating switch connecting axle 3 is blocked; Simultaneously, the locking plate 7 on the 3rd isolating switch connecting axle 4 also rotates thereupon, and like this, the locked groove 8 on the locking plate 7 on the 3rd isolating switch connecting axle 4 and the second isolating switch connecting axle 3 forms screens, and the second isolating switch connecting axle 3 is locked.
Inverted sequence operating process of the present invention is opposite with above-mentioned positive sequence operating process, does not repeat them here.