CN203481166U - Electromagnetic release - Google Patents
Electromagnetic release Download PDFInfo
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- CN203481166U CN203481166U CN201320603685.XU CN201320603685U CN203481166U CN 203481166 U CN203481166 U CN 203481166U CN 201320603685 U CN201320603685 U CN 201320603685U CN 203481166 U CN203481166 U CN 203481166U
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- armature
- torsion spring
- connecting wall
- magnetictrip
- hole
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Abstract
The utility model discloses an electromagnetic release. The electromagnetic release comprises an armature support, an armature rotatably arranged on the armature support, a magnet yoke fixed on the armature support and matched with the armature, a pin shaft erected on the armature support, and a reaction torsion spring sleeved outside the pin shaft, one end of the reaction torsion spring is arranged on the armature support, the other end of the reaction torsion spring is in a linkage with the armature, and a gear structure for adjusting one end of the reaction torsion spring and a gear arranging structure for the continuous gear shifting of one end of the reaction torsion spring are formed on a connecting wall of the armature support. According to the electromagnetic release, different resetting elasticity of the reaction torsion spring is achieved through the switching of different gears of an end part of one end of the reaction torsion spring at the gear structure so that the requirement of various releasing current for a breaker is met; and continuous switching between different gears of one end of the reaction torsion spring is achieved through the gear arranging structure so that the adjusting efficiency is improved.
Description
Technical field
The utility model relates to breaker technical field, relates to especially a kind of magnetictrip for circuit breaker.
Background technology
Magnetictrip is as a kind of protective device, and when in circuit, short circuit current surpasses set point, magnetictrip action, threads off operating mechanism, and circuit breaker trip, realizes the protection to circuit breaker place circuit and load equipment.
Magnetictrip mainly comprises support, rotate the armature be arranged on support, be placed in yoke between support and armature and provide the instantaneous trip reaction spring of reseting elasticity for armature.Traditional magnetictrip, normally moulding hook in armature and yoke, is hooked on one end of instantaneous trip reaction spring on armature, and the other end is hooked in yoke, according to the length that need to set instantaneous trip reaction spring of drop-away current.Yet, in the prior art, if when drop-away current is regulated, or be exactly manually to change the shape of armature or armature bracket, the tensile elongation of instantaneous trip reaction spring is changed, thereby realize the adjusting to instantaneous trip electric current; Be exactly that the shape that manually changes instantaneous trip reaction spring changes spring force, thereby realize the adjusting to instantaneous trip electric current.Certainly, above-mentioned two kinds to shift gears be all manually operated, poor accuracy, and degree of regulation is unstable.
In order to solve the problems of the technologies described above, in prior art, there is not needing changing the magnetictrip that armature bracket or armature shape can change drop-away current, as Chinese patent literature CN 102779698 A disclose a kind of electromagnetic release mechanism for low-voltage circuit breaker, comprise support, armature, yoke, described support comprises two side and the connecting wall that is connected two side, on each sidewall, be equipped with a pivotable groove, described armature comprises actuation plate, two pivot boss of giving prominence to from edge, the actuation plate left and right sides, with the release link that is positioned at actuation plate top, each pivot boss of described armature is arranged in the corresponding pivotable groove on rack side wall, the prior art also comprises back-moving spring, described back-moving spring is a torsion spring being set on described bearing pin, also comprise a hook regulating part with the relative static setting of rack side wall, hook regulating part offers a plurality of hook grooves, described torsion spring one end is hooked in the release link of armature, and one end is hooked on this hook regulating part in corresponding hook groove, by being hooked in different hook grooves, adjust the reseting elasticity of spring, thereby regulate the required electromagnetic force of threading off.In addition, in the prior art, rack side wall is provided with a convex shape breach, and described armature is provided with positive stop lug boss, this positive stop lug boss is arranged in described convex shape breach and can moves back and forth at breach, and described convex shape breach has the function of the spacing armature anglec of rotation.
But, in use there is following problem in the prior art: 1, in the prior art, torsion spring one end directly hangs in the hook hole of hook regulating part, because this hook regulating part is placed in component internal, when regulating the elastic force of torsion spring, first need to remove part assembly, then torsion spring one end is taken out from hook hole, and then torsion spring one end is inserted in another hook hole, whole adjustment process wastes time and energy, complicated operation; 2, in the prior art, torsion spring is only placed in one side sidewall of support, and what torsion spring applied armature is bias power, affects the rotation of armature, thereby affects the adhesive action of armature; 3, in the prior art, positive stop lug boss is molded on the actuation plate of armature, because actuation plate is bound to rotate to the direction away from yoke under the effect of back-moving spring elastic force, a wherein sidewall of support is in order to be embedded in the convex shape breach of moulding on it positive stop lug boss, must need to extend to the direction away from yoke, thereby cause increasing with material, production cost improves.
Utility model content
For this reason, technical problem to be solved in the utility model is that the magnetictrip that overcomes prior art regulates torsion spring elastic force to waste time and energy, and the problem of inconvenient operation, provides a kind of adjusting torsion spring elastic force magnetictrip fast and easily.
A kind of magnetictrip with province's material position limiting structure is further provided.
For solving the problems of the technologies described above, the utility model is a kind of magnetictrip, comprises armature bracket; Armature, is rotatably arranged on described armature bracket; Yoke, is fixed on described armature bracket, and is equipped with described armature; Bearing pin, is erected on described armature bracket; Reactive torsion spring, is set on described bearing pin, and its one end is arranged on described armature bracket, the other end and the interlock of described armature; On the connecting wall of described armature bracket, form for regulating the shift structure of described reactive torsion spring one end setting position, and the gear of shifting gears continuously for described reactive torsion spring one end is dredged structure.
Described shift structure comprises the through hole that takes shape in described connecting wall, and by described through hole one edge forming at least one lever of extending to relative side, between described lever and adjacent described lever or described lever and adjacent described through hole top or following between leave the gear gap for the insertion of described reactive torsion spring one end.
It is that described lever is with its extension but the passage leaving between the side of the described through hole not contacting, so that at least two described gear gaps are communicated with that described gear is dredged structure.
Described armature bracket also comprises two side, described connecting wall be connected in two described between sidewall; The left and right side of described through hole lays respectively on described sidewall and described connecting wall.
Described magnetictrip also comprises position limiting structure, for limiting described armature, is subject to described reactive torsion spring reseting elasticity to return back to initial position.
Described armature top is fixed with reset push rod, for impacting the operating mechanism action of circuit breaker, realizes the disconnected lock of circuit breaker; Described position limiting structure comprises and being molded on described reset push rod and to the outstanding positive stop lug boss of described connecting wall direction of described yoke, and the described passage embedding for described positive stop lug boss, the lower limb of described passage be described armature while returning back to initial position described in positive stop lug boss against position-limited edge.
Described armature top is fixed with reset push rod, for impacting the operating mechanism action of circuit breaker, realizes the disconnected lock of circuit breaker; Described position limiting structure comprises and being molded on described reset push rod and to the outstanding positive stop lug boss of described connecting wall direction of described yoke, and be molded over the position-limited edge on described connecting wall, described position-limited edge is the top edge of described connecting wall, when described armature returns back to initial position under the effect of described reactive torsion spring reseting elasticity, described positive stop lug boss is resisted against the top edge of described connecting wall.
Described reactive torsion spring comprises having the torsion spring of bilateral symmetry setting and be connected in the flexible connecting rod between torsion spring described in two, described in two, torsion spring has respectively one for inserting the external part in described gear gap, and described flexible connecting rod is resisted against the side that described armature is rotated by described yoke adhesive.
Described through hole is two that coordinate with the described external part position of torsion spring described in two respectively; Described shift structure has two described levers.
Described armature comprises adhesive plate and the two bendings projections that form from described adhesive plate dual-side bending, the symmetric position of bending projection described in two respectively two of moulding be suitable for the pin-and-hole that described bearing pin passes.
Technique scheme of the present utility model has the following advantages compared to existing technology:
1, in the utility model, on the connecting wall of its armature bracket, form for the gear that regulates the shift structure of reactive torsion spring one end setting position and shift gears continuously for reactive torsion spring one end and dredge structure, without manually changing the shape of armature bracket or reactive torsion spring, can conveniently realize the elastic force of reactive torsion spring is regulated, thereby regulate the required electromagnetic force of threading off, can meet the circuit breaker of different Interruption requirements, and realized the continuous gearshift of reactive torsion spring, and then realize the continuous adjusting of drop-away current, and need not remove other group inner parts, easy to operate.
2, in the utility model, its shift structure comprises the through hole taking shape on connecting wall, and by through hole one edge forming at least one lever of extending to relative side, between lever and adjacent lever or lever and adjacent through hole top or below between leave the gear gap that insert reactive torsion spring one end, said structure is arranged so that one end of reactive torsion spring can regulate between a plurality of gears, reseting elasticity that can multistage adjusting reactive torsion spring, thus the demand of the circuit breaker of different Interruptions can be adapted to.
3, in the utility model, it is that lever is with its extension but the passage leaving between the side of the through hole not contacting that gear is dredged structure, one end of reaction spring can freely switched by this passage between each gear gap, the adjusting efficiency of drop-away current is improved greatly, and operation easily.
4, in the utility model, also comprise for limiting armature and be subject to reactive torsion spring reseting elasticity to return back to the position limiting structure of initial position, by the restriction of position limiting structure, guaranteed the reliability of armature work.
5. in the utility model, position limiting structure comprises and being molded on reset push rod to the outstanding positive stop lug boss of connecting wall direction, and the passage embedding for positive stop lug boss, the lower limb of passage be armature while returning back to initial position positive stop lug boss against position-limited edge, this kind arranges structure and shift structure and gear are dredged to shaping structures is integrated, all be molded on the connecting wall of armature bracket, saved the part of for spacing breach is set, rack side wall being extended to yoke direction in prior art, reduced production cost, and structure is compacter.
6, in the utility model, position limiting structure comprises and being molded on reset push rod to the outstanding positive stop lug boss of the connecting wall direction of yoke, and be molded over the position-limited edge on connecting wall, position-limited edge is the top edge of connecting wall, when armature returns back to initial position under the effect of reactive torsion spring reseting elasticity, positive stop lug boss is resisted against the top edge of connecting wall, and this kind of structure setting takes full advantage of the structure of armature bracket, the processing technology of having simplified position limiting structure, has reduced production cost.
Accompanying drawing explanation
For content of the present utility model is more likely to be clearly understood, according to specific embodiment of the utility model also by reference to the accompanying drawings, the utility model is described in further detail, wherein below
Fig. 1 is the perspective view of the utility model magnetictrip;
Fig. 2 is the perspective view of another angle of the utility model magnetictrip;
Fig. 3 is the structural representation of armature bracket of the present utility model;
Fig. 4 is the structural representation of armature of the present utility model;
Fig. 5 is the structural representation of reactive torsion spring of the present utility model.
In figure, Reference numeral is expressed as: 1-armature, 11-reset push rod, 111-positive stop lug boss, 12-adhesive plate, 121-bending projection, 122-pin-and-hole, 2-yoke, 3-armature bracket, 31-sidewall, 32-connecting wall, 34-pivoting hole, 321-passage, 322-lever, 323-gear gap, 4-bearing pin, 5-reactive torsion spring, 51-torsion spring, 52-flexible connecting rod, 53-external part.
Embodiment
Below in conjunction with accompanying drawing, embodiment of the present utility model is elaborated.Should be understood that, embodiment described herein only, for description and interpretation the utility model, is not limited to the utility model.
Embodiment 1
The preferred embodiment of the present utility model going out as shown in Figure 1 and Figure 2, a kind of magnetictrip, the yoke 2 that comprises armature bracket 3, is rotatably arranged on armature 1 on armature bracket 3, is fixed on described armature bracket 3 and is equipped with described armature 1, be erected at the bearing pin 4 on described armature bracket 3 and be set on described bearing pin 4 and one end is arranged on described armature bracket 3, the reactive torsion spring 5 of the other end and 1 interlock of described armature.
In order to regulate the torsion spring elastic force that is arranged on the described reactive torsion spring 5 between described armature bracket 3 and described armature 1, thereby realize the adjusting to instantaneous trip electric current, on the connecting wall 32 of the described armature bracket 3 in the present embodiment, form for regulating the shift structure of described reactive torsion spring 5 one end setting positions, by described shift structure, regulate the position of described reactive torsion spring 5 one end, thereby can regulate the elastic force of described reactive torsion spring 5, the gear also forming for coordinating with described shift structure on described connecting wall 32 is dredged structure, described gear is dredged structure for realizing the quick gearshift continuously of described reactive torsion spring 5 one end, and then regulate the different elastic force of described reactive torsion spring 5.
The described magnetictrip of the present embodiment, by the adjusting of described shift structure, degree of regulation is higher, described magnetictrip reliable operation after adjusting, and by described gear, dredge the cooperation of structure, the gear of one end of described reactive torsion spring 5 is regulated more efficient and convenient, do not need to remove other assemblies.
In the present embodiment, as shown in Figure 3, described shift structure comprises the through hole that takes shape in described connecting wall 32, and this through hole can be also other polygons for square, can be even circle, but in the present embodiment, be preferably square.Described through hole one edge forming at least one lever 322 extending to a relative side side, between adjacent described lever 322 or described bar 322 with the top of adjacent described through hole or below, leave the gear gap 323 for one end insertion of described reactive torsion spring 5.In the present embodiment, the quantity of described lever 322 is preferably two, between two described levers 322 and the bottom and upper segment of adjacent described through hole, form altogether three described gear gaps 323, described reactive torsion spring 5 one end can regulate between gear gap 323 described in each.
Ground matches, again as shown in Figure 3, it is that described lever 322 is with its extension but the passage 321 leaving between the side of the described through hole not contacting that described gear in the present embodiment is dredged structure, described passage 321 makes between gear gap 323, to be communicated with described in each, one end of described reactive torsion spring 5 can freely be switched between gear gap 323 continuously by described passage 321 described in each, and the elastic force of described reactive torsion spring 5 regulates between each gear.
Described armature bracket 3 also comprises two side 31, described connecting wall 32 be connected in two described between sidewall 31, the left and right side of described through hole lays respectively on described sidewall 31 and described connecting wall 32.In order to make described reactive torsion spring 5 one end more firmly reliable when gear gap 323 is interior described in each, extend to sidewall 31 directions in the junction of described connecting wall 32 and described sidewall 31 in described lever 322 and described gear gap 323, make described lever 322 and 323 junction, described gear gap have a bending angle, can be so that one end of described reactive torsion spring 5 be placed in the bending angle place in described gear gap 323 by this bending angle, make one end of described reactive torsion spring 5 better fixing, reliably firm when work.Armature bracket comprises two side 31, described connecting wall 32 be connected in two described between sidewall 31.
On above basis, the described electromagnetic release mechanism of the present embodiment also includes position limiting structure, for limiting described armature 1, is subject to described reactive torsion spring 5 reseting elasticities and returns back to by the initial position before described yoke 2 adhesives.Described armature 1 comprises adhesive plate 12 and the two bending projections 121 that form from the 12 dual-side bendings of described adhesive plate, the symmetric position of bending projection 121 described in two respectively two of moulding be suitable for the pin-and-hole 122 that described bearing pin 4 passes.
Particularly, as shown in Figure 4, described armature 1 top is fixedly connected with or straight forming has reset push rod 11, described reset push rod 11 extends along the opposite direction of described adhesive plate 12, when described adhesive plate 12 is subject to described yoke 2 magnetic attraction adhesives rotation, described reset push rod 11 impacts the operating mechanism action of circuit breaker, thereby realizes the disconnected lock of circuit breaker; Described position limiting structure comprises and being molded on described reset push rod 11 and to the outstanding positive stop lug boss 111 of described connecting wall 32 directions of described yoke 2, and described positive stop lug boss 111 is preferably square, can certainly be set to triangle or circle, is not restricted herein.Described position limiting structure also comprises the position-limited edge being used in conjunction with described positive stop lug boss 111.As shown in Figures 2 and 3, in the present embodiment, described position limiting structure comprises and is molded on described reset push rod 11 and to the outstanding positive stop lug boss 111 of described connecting wall 32 directions of described yoke 2, and being molded over the position-limited edge on described connecting wall 32, described position-limited edge is the top edge of described connecting wall 32.When the disconnected lock of circuit breaker, described armature 1 under the reseting elasticity effect of described reactive torsion spring 5 to revolution, when described armature 1 returns back to by initial position before described yoke 2 magnetic attractions, on described armature 1, the described positive stop lug boss 111 of moulding is resisted against the top edge of described connecting wall 32, and realization is spacing to described armature 1.Top edge by making full use of described connecting wall 32 in the present embodiment, as for to the spacing position-limited edge of described armature 1, is not only saved material, and has been simplified processing technology step, has reduced production cost, and this kind arrange compact conformation, and it is also convenient to install.
In addition, as shown in Figure 5, described reactive torsion spring 5 comprises having the torsion spring 51 of bilateral symmetry setting and be connected in the flexible connecting rod between torsion spring 51 52 described in two, described in two, torsion spring 51 has respectively one for inserting the external part 53 in described gear gap 323, and described flexible connecting rod 52 is preferably and the identical material of described reactive torsion spring 5.During use, two symmetrically arranged described torsion springs 51 are placed in respectively between the described bending projection 121 of described armature 1 and the sidewall pivoting hole 34 of adjacent described armature bracket 3, the bilateral symmetry position of two symmetrical described torsion springs 51 that make described reactive torsion spring 5 in described bearing pin 4, described flexible connecting rod 52 is resisted against the described adhesive plate 12 of described armature 1 towards a side of described yoke 2 directions, and described adhesive plate 12 is subject to the side that described yoke 2 magnetic attractions rotate.So-called against refer to that described flexible connecting rod 52 keeps in touch with described adhesive plate 12 always, can certainly be by described flexible connecting rod 52 side corresponding to described adhesive plate 12 be coupled together, both are kept in touch, but described flexible connecting rod 52 is in described armature 1 turning course, and the reseting elasticity by described reactive torsion spring 5 can a side corresponding to described adhesive plate 12 keep in touch.
In the present embodiment, as shown in Figure 3, described through hole is preferably two that coordinate with described external part 53 positions of torsion spring described in two 51 respectively, and two through holes are all preferably square opening.Corresponding two described shift structures also all preferably have two described levers 322.
In the present embodiment, it is more reliable for described armature 1 is rotated on described armature bracket 3, as depicted in figs. 1 and 2, the symmetric position place that described armature 1 is formed with 121, two described bending projections 121 of two described bending projections along described adhesive plate 12 dual-side bendings respectively two of moulding is suitable for the described pin-and-hole 122 that described bearing pin 4 passes.Described armature bracket 3 two described in sidewall 31 in relevant position, form respectively for described bearing pin 4 through and described pivoting hole 34 that described bearing pin 4 is supported.During installation, described bearing pin 4 is first through two described pin-and-holes 122 in two described bending projections 121 of described armature 1, two described pin-and-holes are stretched out at the two ends of described bearing pin 4, then, by the two ends of described bearing pin 4 respectively through described armature bracket 3 two described in described pivoting hole 34 on sidewall 31, and the axle head that makes described bearing pin 4 clamps and be fixed in described pivoting hole 34, both can not relatively rotate.
Replaceable execution mode as embodiment 1, the difference of the present embodiment and embodiment mono-is: described positive stop lug boss 111 is embedded in described passage 321, and the lower limb of described passage 321 is described position-limited edge, when the disconnected lock of circuit breaker, described armature 1 under the reseting elasticity effect of described reactive torsion spring 5 to revolution, when described armature 1 returns back to by initial position before described yoke 2 adhesives, on described armature 1, the described positive stop lug boss 111 of moulding is resisted against the lower limb of described passage 321, and realization is spacing to described armature 1.
The present embodiment takes full advantage of described passage 321 structures, using the lower limb of described passage 321 as described position-limited edge, this kind takes shape in described shift structure and described position limiting structure the structure of one, process simple and convenient, when the many gears of the reseting elasticity of realizing described reactive torsion spring 5 regulate, simplified as much as possible the structure of the present embodiment electromagnetic release mechanism, and described shift structure and described position limiting structure all take shape in the production material that is conducive to save described armature bracket 3 on the described connecting wall 32 of described armature bracket 3, reduced production cost.
In the present embodiment, because the position of described position-limited edge is different from the position of position-limited edge in embodiment 1, therefore it is also different from the position of the positive stop lug boss 111 on push rod 11 that resets described in embodiment 1 to be molded over the position of the described positive stop lug boss 111 on described reset push rod 11, the described positive stop lug boss 111 of the present embodiment is with respect to the described positive stop lug boss 111 in embodiment 1, position more on the lower, so that described positive stop lug boss 111 is embedded in described passage 321, particularly, in use, when the disconnected lock of circuit breaker, armature 1 under the reseting elasticity effect of reactive torsion spring 5 to revolution, when described armature 1 returns back to by initial position before yoke 2 adhesives, on described armature 1, the described positive stop lug boss 111 of moulding is resisted against the lower limb of described passage 321 just, the location of realization to described armature 1.
Obviously, above-described embodiment is only for example is clearly described, and the not restriction to execution mode.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without also giving all execution modes.And the apparent variation of being extended out thus or change are still among protection range of the present utility model.
Claims (10)
1. a magnetictrip, comprises
Armature bracket (3);
Armature (1), is rotatably arranged on described armature bracket (3);
Yoke (2), is fixed on described armature bracket (3) upper, and is equipped with described armature (1);
Bearing pin (4), is erected on described armature bracket (3);
Reactive torsion spring (5), is set in described bearing pin (4) upper, and it is upper that its one end is arranged on described armature bracket (3), the other end and described armature (1) interlock;
It is characterized in that:
On the connecting wall (32) of described armature bracket (3), form for regulating the shift structure of described reactive torsion spring (5) one end setting position, and the gear of shifting gears continuously for described reactive torsion spring (5) one end is dredged structure.
2. magnetictrip according to claim 1, it is characterized in that: described shift structure comprises the through hole that takes shape in described connecting wall (32), and by described through hole one edge forming at least one lever (322) of extending to relative side, between adjacent described lever (322) or described lever (322) with adjacent described through hole top or below, leave the gear gap (323) for the insertion of described reactive torsion spring (5) one end.
3. magnetictrip according to claim 2, it is characterized in that: it is that described lever (322) is with its extension but the passage (321) leaving between the side of the described through hole not contacting, so that at least two described gear gaps (323) are communicated with that described gear is dredged structure.
4. magnetictrip according to claim 3, is characterized in that: described armature bracket (3) also comprises two side (31), described connecting wall (32) be connected in two described between sidewall (31); The left and right side of described through hole lays respectively on described sidewall (31) and described connecting wall (32).
5. according to the magnetictrip described in claim 3 or 4, it is characterized in that: described magnetictrip also comprises position limiting structure, for limiting described armature (1), be subject to described reactive torsion spring (5) reseting elasticity to return back to initial position.
6. magnetictrip according to claim 5, is characterized in that: described armature (1) top is fixed with reset push rod (11), for impacting the operating mechanism action of circuit breaker, realizes the disconnected lock of circuit breaker;
Described position limiting structure comprises that to be molded over described reset push rod (11) upper and to the outstanding positive stop lug boss (111) of described connecting wall (32) direction of described yoke (2), and the described passage (321) embedding for described positive stop lug boss (111), the lower limb of described passage (321) be described armature (1) while returning back to initial position described in positive stop lug boss (111) against position-limited edge.
7. magnetictrip according to claim 5, is characterized in that: described armature (1) top is fixed with reset push rod (11), for impacting the operating mechanism action of circuit breaker, realizes the disconnected lock of circuit breaker;
Described position limiting structure comprises that to be molded over described reset push rod (11) upper and to the outstanding positive stop lug boss (111) of described connecting wall (32) direction of described yoke (2), and be molded over the position-limited edge on described connecting wall (32), described position-limited edge is the top edge of described connecting wall (32), when described armature (1) returns back to initial position under described reactive torsion spring (5) reseting elasticity effect, described positive stop lug boss (111) is resisted against the top edge of described connecting wall (32).
8. magnetictrip according to claim 7, it is characterized in that: described reactive torsion spring (5) comprises having the torsion spring (51) of bilateral symmetry setting and be connected in the flexible connecting rod (52) between torsion spring described in two (51), torsion spring described in two (51) has respectively one for inserting the external part (53) in described gear gap (323), and described flexible connecting rod (52) is resisted against described armature (1) towards a side of described yoke (2) direction.
9. magnetictrip according to claim 8, is characterized in that: described through hole is two that coordinate with described external part (53) position of torsion spring described in two (51) respectively; Described shift structure has two described levers (322).
10. magnetictrip according to claim 9, it is characterized in that: described armature (1) comprises adhesive plate (12) and the two bendings projections (121) that form from described adhesive plate (12) dual-side bending, the symmetric position of bending projection (121) described in two respectively two of moulding be suitable for the pin-and-hole (122) that described bearing pin (4) passes.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320603685.XU CN203481166U (en) | 2013-09-27 | 2013-09-27 | Electromagnetic release |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320603685.XU CN203481166U (en) | 2013-09-27 | 2013-09-27 | Electromagnetic release |
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| Publication Number | Publication Date |
|---|---|
| CN203481166U true CN203481166U (en) | 2014-03-12 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201320603685.XU Expired - Lifetime CN203481166U (en) | 2013-09-27 | 2013-09-27 | Electromagnetic release |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108257832A (en) * | 2018-04-02 | 2018-07-06 | 浙江智美电气有限公司 | A kind of adjustable small-sized heavy current breaker of drop-away current |
| CN109243934A (en) * | 2018-10-01 | 2019-01-18 | 无锡新宏泰电器科技股份有限公司 | A kind of magnetictrip |
-
2013
- 2013-09-27 CN CN201320603685.XU patent/CN203481166U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108257832A (en) * | 2018-04-02 | 2018-07-06 | 浙江智美电气有限公司 | A kind of adjustable small-sized heavy current breaker of drop-away current |
| CN108257832B (en) * | 2018-04-02 | 2019-06-07 | 浙江智美电气有限公司 | A kind of adjustable small-sized heavy current breaker of drop-away current |
| CN109243934A (en) * | 2018-10-01 | 2019-01-18 | 无锡新宏泰电器科技股份有限公司 | A kind of magnetictrip |
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