CN105161328B - The spring assembly of operation mechanism with three-position switch - Google Patents
The spring assembly of operation mechanism with three-position switch Download PDFInfo
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- CN105161328B CN105161328B CN201510594246.0A CN201510594246A CN105161328B CN 105161328 B CN105161328 B CN 105161328B CN 201510594246 A CN201510594246 A CN 201510594246A CN 105161328 B CN105161328 B CN 105161328B
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- spring
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- spring base
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01H—ELECTRIC SWITCHES; RELAYS; SELECTORS; EMERGENCY PROTECTIVE DEVICES
- H01H3/00—Mechanisms for operating contacts
- H01H3/22—Power arrangements internal to the switch for operating the driving mechanism
- H01H3/30—Power arrangements internal to the switch for operating the driving mechanism using spring motor
- H01H3/3047—Power arrangements internal to the switch for operating the driving mechanism using spring motor adapted for operation of a three-position switch, e.g. on-off-earth
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- Driving Mechanisms And Operating Circuits Of Arc-Extinguishing High-Tension Switches (AREA)
- Springs (AREA)
Abstract
The invention discloses a kind of three-station spring assembly, include the front and rear panels fixed by support column, operating shaft is provided between front and rear panels, output shaft, provided with arm of turning right in operating shaft, for supporting straight pin, straight pin is fixed by shelves card, provided with arm of turning left on output shaft, for fixing pivot pin, pivot pin two ends are provided with cylinder and through hole, coordinate provided with positioning grain and the positioning boss on spring bushing, energy-stored spring one is installed on spring base, spring base side is used to support straight pin provided with groove, spring base opposite side is provided with guide rod, guide rod one end is provided with screw, the other end is fixed on spring base 8, energy-stored spring other end is installed on spring bushing, spring bushing is provided with positioning boss and pilot hole, screw one end is provided with stud, the other end is provided with step, the screw of stud and spring base coordinates.The present invention compared with prior art, solves the problem of existing three-station energy-stored spring dismounting is inconvenient.
Description
Technical field
The present invention relates to power equipment manufacturing technology field, the spring of particularly a kind of operation mechanism with three-position switch is filled
Put.
Background technology
The division operation of switchgear is realized using spring energy-storage operating mechanism, is the conventional hand in current switchgear
Section.Publication number CN16418115A, CN201022063Y, CN103021721A describe conventional switch spring operating mechanism.
CN16418115A discloses a kind of stored energy mechanism, including energy storage pillar, energy storage bar and energy-stored spring.Roundlet in the middle of energy storage pillar
Post and the interstitial hole of energy storage bar do gap cooperation.When it is assembled, using special tooling compressed energy-storage spring and then it need to could fix
Energy storage bar and energy storage support.CN201022063Y is disclosed energy-stored spring and fixed using pin, it is necessary to make during installation and removal
With special tooling compressed energy-storage spring, pin is then extracted, energy storage device is removed.Existing three-station spring operating mechanism
Energy-stored spring is that a pin is respectively mounted on the connecting lever of on-load switch operating shaft and ground connection operating shaft by elder generation, then will be described
The two ends of energy-stored spring are directly hung to what is fixed on two pins.Because the elasticity of the energy-stored spring is stronger, installing
It is required for carrying out precompressed energy-stored spring by special tooling during with dismounting, installs or take out pin, operation is more complicated, therefore brings
The inconvenience of installation and removal.During frock improper use simultaneously, also there is spring ejection, jeopardize the safety of operating personnel.Above-mentioned bullet
Spring mode of operation process is more, than relatively time-consuming, is limited by frock and safety, it is impossible to energy-stored spring pre-assembled.
The content of the invention
It is an object of the invention to provide a kind of three-station spring assembly, it can effectively solve the problem that energy-stored spring is dismounted
The problem of inconvenience and the potential safety hazard existed.
In order to solve the above problems, the technical scheme of this three-station spring assembly is：A kind of three-station spring
Device, includes the foreboard 1 fixed by support column 12 and back plate 6, and operating shaft 2, output shaft 3 are provided between foreboard 1 and back plate 6,
Provided with two pieces of arms 2.1 of turning right in operating shaft 2, for supporting straight pin 9, straight pin 9 is fixed by shelves card 10, in output shaft 3
Provided with two pieces of arms 3.1 of turning left, for fixing pivot pin 4, the two ends of pivot pin 4 are provided with the middle of cylinder 4.1, pivot pin 4 and are provided with through hole 4.3
With locating slot 4.2, locating slot 4.2 coordinates with the positioning boss 5.1 on spring bushing 5, and the one end of energy-stored spring 7 is installed on spring base
On 8, the side of spring base 8 is provided with semi-circular recesses 8.3, to be supported on straight pin 9, and the opposite side of spring base 8 is provided with guide rod
8.1, the one end of guide rod 8.1 is provided with screw 8.2, and the other end is fixed on spring base 8, and the other end of energy-stored spring 7 is installed on spring
On bushing 5, spring bushing 5 is provided with positioning boss 5.1 and pilot hole 5.2, and guide rod 8.1 can pass through pilot hole 5.2, screw 11 1
End is provided with stud 11.1, and one end is provided with step 11.2, and the screw 8.2 of stud 11.1 and spring base 8 coordinates, the step of screw 11
11.2 and guide rod 8.1 can pass through the through hole 4.3 on pivot pin 4.
Pivot pin 4 and straight pin 9 are used to fix energy-stored spring.Pivot pin 4 is devised, the two ends of pivot pin 4 are cylindrical pin pin structure,
The locating slot 4.2 being oriented to retaining spring bushing 5,4.2 months convexes of locating slot are provided with the middle of middle rectangular parallelepiped structure, cuboid
The gap of platform 5.1 coordinates.The operation of screw 11 for convenience, has opened through hole 4.3 in the middle of pivot pin 4, and the diameter of through hole 4.3 is more than screw
11 step 11.2 and the external diameter of guide rod 8.1, less than the external diameter of positioning boss 5.1, the external diameter of step 11.2 of screw 11 is more than
The aperture of pilot hole 5.2.Through hole 4.3 is when mounting and dismounting energy-stored spring 7, and interior hex tool twists screw 11 through through hole 4.3,
Play a part of being oriented to and position, can prevent energy-stored spring 7 from directly being come off from operating mechanism.The cylinder at the two ends of pivot pin 4
4.1 coordinate with the circular holes of two pieces of arms 3.1 of turning left on output shaft 3, and arm 3.1 of turning left is welded on output shaft 3.Cylinder（4.1）
First it is arranged on arm of turning left（3.1）Circular hole in, then by pivot pin（4）Turn left arm（3.1）It is welded on output shaft（3）On, pivot pin 4 can not
Dismounting, it is ensured that pivot pin 4 loosening, deformation will not occur because of frequent dismounting.When mounting and dismounting energy-stored spring, it is not necessary to pacify again
Dress or dismounting pivot pin 4 and straight pin 9.
Add the length of the guide rod 8.1 of spring base 8, and devise at one end screw 8.2 and with the stud of screw 11
11.1 coordinate.The length sum of guide rod 8.1 and stud 11.1 is more than the length of the nature of energy-stored spring 7.In assembling energy storage
During spring, it is not necessary to other specific purpose tool compression springs, directly compressed by the driving spring bushing 5 of 11 precession screw of screw 8.2
Energy-stored spring 7.Potential safety hazard during compression spring is eliminated, labor intensity is reduced.Therefore installed in three station operating mechanisms
Or during debugging, spring base 8, spring bushing 5, energy-stored spring 7 and screw 11 can be subjected to assembling in advance standby.Change tradition
Assembly technology can only fix the pattern of energy-stored spring by the pin on three station operating mechanisms, can shift to an earlier date or arranged side-by-side storage
The pre-assembled of energy spring, optimized production process saves assembly work.
The installation method one of three-station spring assembly：
1st, energy-stored spring 7 is first loaded into spring base 8 along guide rod 8.1；
2nd, the pilot hole 5.2 of spring bushing 5 is loaded into spring base 8 along guide rod 8.1 again；
3 and then screw 11 through pilot hole 5.2 is screwed into the screw 8.2 of spring base 8；
4th, the screw-in depth of adjusting screw 11, is arrived by the step 11.2 of the compressed energy-storage spring 7 of spring bushing 5 to screw 11
The distance of the semi-circular recesses 8.3 of spring base 8 is less than the distance of pivot pin 4 and straight pin 9；
5th, the semi-circular recesses 8.3 of the spring base 8 compressed are caught in straight pin 9, then worn the instrument of stubborn screw 11
Cross the rotation of the through hole 4.3 in the middle of pivot pin 4 and move back screw 11, the positioning boss 5.1 of spring bushing 5 is imported into the intermediate throughholes of pivot pin 4
4.3；
6th, finally screw 11 is exited from the screw 8.2 of spring base 8, completes the installation of energy-stored spring 7.
The method for dismounting one of three-station spring assembly：
The 1st, screw 11 is screwed in the screw 8.2 of spring base 8 through the through hole 4.3 in the middle of pivot pin 4, is pressed by spring bushing 5
Contracting energy-stored spring 7；
2nd, the screw-in depth of adjusting screw 11, is arrived by the step 11.2 of the compressed energy-storage spring 7 of spring bushing 5 to screw 11
The distance of the semi-circular recesses 8.3 of spring base 8 is less than the distance of pivot pin 4 and straight pin 9；
3rd, spring base 8, spring bushing 5, energy-stored spring 7 are removed from three station operating mechanisms；
4th, screw 11 is screwed out into screw 8.2, first takes out spring bushing 5, further take out energy-stored spring 7, complete energy-stored spring
Dismounting.
The external diameter of the step 11.2 of screw 11 can also be more than the aperture of the through hole 4.3 of pivot pin 4.Installation and removal method with
Above method difference is：Screw 11 cannot pass through through hole 4.3.
The installation method two of three-station spring assembly：
1st, energy-stored spring 7 is loaded into spring base 8 along guide rod 8.1；
2nd, the pilot hole 5.2 of spring bushing 5 is loaded into spring base 8 along guide rod 8.1 again；
3 and then pilot hole 5.2 of the through hole 4.3 along spring bushing 5 of the stud 11.1 of screw 11 through pivot pin 4 is screwed into
The screw 8.2 of spring base 8；
4th, the screw-in depth of adjusting screw 11, the positioning boss of spring bushing 5 is imported the locating slot 4.2 of pivot pin 4, passed through
The semi-circular recesses 8.3 of the compressed energy-storage spring 7 of spring bushing 5 to spring base 8 are caught in straight pin 9；
5th, screw 11 is screwed out, is exited from the screw 8.2 of spring base 8, the installation of energy-stored spring 7 is completed.
The method for dismounting two of three-station spring assembly：
The 1st, screw 11 is screwed in the screw 8.2 of spring base 8 through the through hole 4.3 in the middle of pivot pin 4, is pressed by spring bushing 5
Contracting energy-stored spring 7；
2nd, the screw-in depth of adjusting screw 11, is arrived by the step 11.2 of the compressed energy-storage spring 7 of spring bushing 5 to screw 11
The distance of the semi-circular recesses 8.3 of spring base 8 is less than the distance of pivot pin 4 and straight pin 9；
3rd, spring base 8 is spun off from straight pin 9；
4th, screw 11 is screwed out into screw 8.2, first takes out spring base 8, further take out energy-stored spring 7, then take out spring bushing
5, finally take out the dismounting that screw 11 completes energy-stored spring.
Due to using above-mentioned technical proposal, the present invention has the advantages that compared with prior art：
1. simple in construction, convenient disassembly of the invention.Only need to a screw and just easily install or remove energy-stored spring, be not required to
Want special tooling compressed energy-storage spring.
2. the present invention can save significantly on the time of installation, debugging and maintenance.Due to no special tooling compression spring
Technological requirement, reduces the assembly difficulty of energy-stored spring, the pre-assembled of energy-stored spring can be organized in advance, therefore saved assembler
When, improve the efficiency and safety of assembling.
Brief description of the drawings
Fig. 1 is the left view schematic diagram of the present invention.
Fig. 2 is that Fig. 1 faces partial sectional view.
Fig. 3 is pivot pin sectional view.
Fig. 4 is spring bushing sectional view.
Fig. 5 is the partial sectional view of spring base.
Description of reference numerals：1. the operating shaft 2.1 of foreboard 2. is turned right, the output shaft 3.1 of arm 3. is turned left the pivot pin 4.1 of arm 4.
The energy-stored spring 8. of 6. back plate of cylinder 4.2 locating slot, 4.3 through hole, 5. spring bushing, 5.1 positioning boss, 5.2 pilot hole 7.
The step of 11.1 stud of spring base 8.1 guide rod, 8.2 screw, 8.3 groove, 9. straight pin, 10. block card, 11. screw 11.2
12 support columns.
Embodiment
The invention will be further described below in conjunction with the accompanying drawings：
Embodiment 1：Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5 three-station spring assembly, include what is fixed by support column 12
Foreboard 1 and back plate 6, are provided with operating shaft 2, output shaft 3 between foreboard 1 and back plate 6, provided with two pieces of arms of turning right in operating shaft 2
2.1, for supporting straight pin 9, straight pin 9 is fixed by shelves card 10, provided with two pieces of arms 3.1 of turning left on output shaft 3, for solid
Dead axle pin 4, the two ends of pivot pin 4 are provided with cylinder 4.1 and through hole 4.3, provided with positioning grain 4.2 and the positioning boss on spring bushing 5
5.1 coordinate, and energy-stored spring 7 one is installed on spring base 8, and the side of spring base 8 is provided with groove 8.3, to be supported in straight pin 9
On, axle bush pad can also be increased between groove 8.3 and straight pin 9, the opposite side of spring base 8 is provided with guide rod 8.1, guide rod 8.1
One end is provided with screw 8.2, and the other end is fixed on spring base 8, and the other end of energy-stored spring 7 is installed on spring bushing 5, Spring liner
Set 5 is provided with positioning boss 5.1 and pilot hole 5.2, and the one end of screw 11 is provided with stud 11.1, and one end is provided with step 11.2, stud
11.1 coordinate with the screw 8.2 of spring base 8, and the external diameter of step 11.2 is less than through hole 4.3, more than pilot hole 5.2.
Referring to accompanying drawing 1, the cylinder 4.1 of pivot pin 4 and the hole turned left on arm 3.1 coordinate fixed rear left connecting lever 3.1 and output
Axle 3 is welded and fixed.
The installation method of three-station spring assembly：
1st, energy-stored spring 7 is loaded into spring base 8 along guide rod 8.1；
2nd, the pilot hole 5.2 of spring bushing 5 is loaded into spring base 8 along guide rod 8.1 again；
3 and then screw 11 through pilot hole 5.2 is screwed into the screw 8.2 of spring base 8；
4th, the screw-in depth of adjusting screw 11, is arrived by the step 11.2 of the compressed energy-storage spring 7 of spring bushing 5 to screw 11
The distance of the semi-circular recesses 8.3 of spring base 8 is less than the distance of pivot pin 4 and straight pin 9；
5th, the semi-circular recesses 8.3 of the spring base 8 compressed are caught in straight pin 9, then worn the instrument of stubborn screw 11
Cross the rotation of the through hole 4.3 in the middle of pivot pin 4 and move back screw 11, the positioning boss 5.1 of spring bushing 5 is imported into the intermediate throughholes of pivot pin 4
4.3；
6th, finally screw 11 is exited from the screw 8.2 of spring base 8, completes the installation of energy-stored spring 7.
The method for dismounting of three-station spring assembly：
The 1st, screw 11 is screwed in the screw 8.2 of spring base 8 through the through hole 4.3 in the middle of pivot pin 4, is pressed by spring bushing 5
Contracting energy-stored spring 7；
2nd, the screw-in depth of adjusting screw 11, is arrived by the step 11.2 of the compressed energy-storage spring 7 of spring bushing 5 to screw 11
The distance of the semi-circular recesses 8.3 of spring base 8 is less than the distance of pivot pin 4 and straight pin 9；
3rd, spring base 8, spring bushing 5, energy-stored spring 7 are removed from three station operating mechanisms；
4th, screw 11 is screwed out into screw 8.2, first takes out spring bushing 5, further take out energy-stored spring 7, complete energy-stored spring
Dismounting.
Embodiment 2：Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5 three-station spring assembly, include what is fixed by support column 12
Foreboard 1 and back plate 6, are provided with operating shaft 2, output shaft 3 between foreboard 1 and back plate 6, provided with two pieces of arms of turning right in operating shaft 2
2.1, for supporting straight pin 9, straight pin 9 is fixed by shelves card 10, provided with two pieces of arms 3.1 of turning left on output shaft 3, for solid
Dead axle pin 4, the two ends of pivot pin 4 are provided with cylinder 4.1 and through hole 4.3, provided with positioning grain 4.2 and the positioning boss on spring bushing 5
5.1 coordinate, and energy-stored spring 7 one is installed on spring base 8, and the side of spring base 8 is provided with groove 8.3, to be supported in straight pin 9
On, axle bush pad can also be increased between groove 8.3 and straight pin 9, the opposite side of spring base 8 is provided with guide rod 8.1, guide rod 8.1
One end is provided with screw 8.2, and the other end is fixed on spring base 8, and the other end of energy-stored spring 7 is installed on spring bushing 5, Spring liner
Set 5 is provided with positioning boss 5.1 and pilot hole 5.2, and the one end of screw 11 is provided with stud 11.1, and one end is provided with step 11.2, stud
11.1 coordinate with the screw 8.2 of spring base 8, and step 11.2 can not pass through the through hole 4.3 on pivot pin 4.
Referring to accompanying drawing 1, Fig. 2, the cylinder 4.1 on pivot pin 4 coordinates with the hole on arm 3.1 of turning left to be fixed, determining on pivot pin 4
Position groove 4.2 coordinates with the positioning boss 5.1 on spring bushing 5, and the one end of energy-stored spring 7 is set on spring bushing 5, other end set
The side of guide rod 8.1 is carried loaded on spring base 8, guide rod 8.1 is passed through inside energy-stored spring 7, through the pilot hole of spring bushing 5
5.2, reach in the through hole 4.3 of pivot pin 4.Three-station any operative positions（Separating brake, combined floodgate, ground connection）The quilt of energy-stored spring 7
Compression, the reaction force of energy-stored spring 7 is on spring bushing 5 and spring base 8, and spring base 8 is by the active force of groove 8.3 in straight pin
On 9, the one end of energy-stored spring 7 is supported；Spring bushing 5, in pivot pin 4, supports energy-stored spring 7 another by the active force of boss 5.1
End.
With reference to Fig. 1, Fig. 2, three-station spring assembly is installed as follows：Positioning boss 5.1 on spring bushing 5 is packed into
Locating slot 4.2 on pivot pin 4, one end of energy-stored spring 7 under free state is set on spring bushing 5, other end is set in
Spring base 8 carries the side of guide rod 8.1, and guide rod 8.1 is passed through inside energy-stored spring 7, through the pilot hole 5.2 of spring bushing 5, stretched
Into the through hole 4.3 of pivot pin 4, the end of stud 11.1 of screw 11 is put in into the screw of precession spring base 8 in the through hole 4.3 of pivot pin 4
In 8.2, the step 11.2 of screw 11 is stuck in outside the through hole 4.3 of pivot pin 4, and spring base 8 is by guide rod 8.1 by screw 11 to Zola
Dynamic, energy-stored spring 7 switchs to compressive state by free state, and energy-stored spring 7 is adjusted according to the distance between straight pin 9 and pivot pin 4
Suitable decrement, the groove 8.3 on spring base 8 is positioned on straight pin 9, screw 11 is exited into screw 8.2, three works completely
Bit switch spring assembly installation.
With reference to Fig. 1, Fig. 2, the dismounting of three-station spring assembly is as follows：The end of stud 11.1 of screw 11 is put in into pivot pin 4
Through hole 4.3 in precession spring base 8 screw 8.2 in, the step 11.2 of screw 11 is stuck in outside the through hole of pivot pin 4, spring base 8 lead to
Cross guide rod 8.1 to be pulled to the left by screw 11, energy-stored spring 7 is further compressed, the groove 8.3 on pivot pin 4 to spring base 8
Distance is less than the distance that it arrives straight pin 9 so that groove 8.3 departs from straight pin 9, straight pin 9 no longer support spring seat 8, cylinder
The no longer stress of pin 9, takes out shelves card 10, takes out straight pin 9；Screw 11 is screwed out to the screw 8.2 of spring base 8, guide rod 8.1 is to the right
Promote, spring base 8 is overall to be promoted to the right, the decrement of energy-stored spring 7 is reduced to zero and affranchised state, and energy-stored spring is without compression
Power, screw 8.2 is exited by screw 11 completely, and the positioning boss 5.1 of spring bushing 5 departs from the locating slot 4.2 of pivot pin 4, energy storage bullet
Spring 7 can depart from spring bushing 5 and spring base 8, and three-station spring assembly dismounting is completed.
Claims (2)
1. the spring assembly of operation mechanism with three-position switch, including support column（12）, foreboard（1）, back plate（6）, operating shaft（2）、
Output shaft（3）, arm of turning right（2.1）, arm of turning left（3.1）, support column（12）Fixed front plate（1）And back plate（6）, foreboard（1）With it is rear
Plate（6）Between be provided with operating shaft（2）And output shaft（3）, operating shaft（2）Provided with two pieces of arms of turning right（2.1）For supporting straight pin
（9）, straight pin（9）Pass through shelves card（10）It is fixed, output shaft（3）Provided with two pieces of arms of turning left（3.1）For fixing pivot pin（4）,
It is characterized in that：Pivot pin（4）Two ends are provided with cylinder（4.1）, middle be provided with through hole 4.3, locating slot（4.2）, locating slot（4.2）
With spring bushing（5）Positioning boss（5.1）Coordinate, the one end of energy-stored spring 7 is installed on spring base（8）The upper other end is installed on bullet
Spring bushing（5）, spring base（8）Side is provided with semi-circular recesses（8.3）It is supported in straight pin（9）On, spring base（8）Opposite side is
Guide rod（8.1）, guide rod（8.1）One end be provided with screw（8.2）And and screw（11）Stud（11.1）Coordinate, screw
（11）Step（11.1）External diameter is more than guide rod（8.1）External diameter be less than positioning boss（5.1）External diameter, guide rod（8.1）
External diameter is less than through hole（4.3）Aperture.
2. the assembly method of the spring assembly of operation mechanism with three-position switch according to claim 1, it is characterised in that：
（One）The installation method of three-station spring assembly：
1., first by energy-stored spring（7）Along guide rod（8.1）Load spring base（8）；
2., again by spring bushing（5）Pilot hole（5.2）Along guide rod（8.1）Load spring base（8）；
3. and then by screw（11）Through pilot hole（5.2）It is screwed into spring base（8）Screw（8.2）；
4., adjusting screw（11）Screw-in depth, pass through spring bushing（5）Compressed energy-storage spring（7）To screw（11）Step
（11.2）To spring base（8）Semi-circular recesses（8.3）Distance be less than pivot pin（4）With straight pin（9）Distance；
5., by the spring base compressed（8）Semi-circular recesses（8.3）It is caught in straight pin（9）, then revolve and move back screw（11）, will
Spring bushing（5）Positioning boss（5.1）Import pivot pin（4）Intermediate throughholes（4.3）；
6., finally by screw（11）From spring base（8）Screw（8.2）In exit, complete energy-stored spring（7）Installation；
（Two）The method for dismounting of three-station spring assembly：
1., by screw（11）Through pivot pin（4）Middle through hole（4.3）Screw in spring base（8）Screw（8.2）, pass through spring
Bushing（5）Compressed energy-storage spring（7）；
2., adjusting screw（11）Screw-in depth, pass through spring bushing（5）Compressed energy-storage spring（7）To screw（11）Step
（11.2）To spring base（8）Semi-circular recesses（8.3）Distance be less than pivot pin（4）With straight pin（9）Distance；
3., by spring base（8）, spring bushing（5）, energy-stored spring（7）Removed from three station operating mechanisms；
4., by screw（11）Screw out screw（8.2）, first take out spring bushing（5）, further take out energy-stored spring（7）, complete energy storage bullet
The dismounting of spring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510594246.0A CN105161328B (en) | 2015-09-18 | 2015-09-18 | The spring assembly of operation mechanism with three-position switch |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510594246.0A CN105161328B (en) | 2015-09-18 | 2015-09-18 | The spring assembly of operation mechanism with three-position switch |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105161328A CN105161328A (en) | 2015-12-16 |
| CN105161328B true CN105161328B (en) | 2017-10-27 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510594246.0A Active CN105161328B (en) | 2015-09-18 | 2015-09-18 | The spring assembly of operation mechanism with three-position switch |
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| CN (1) | CN105161328B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106731066A (en) * | 2017-01-19 | 2017-05-31 | 安徽省通源环保科技有限公司 | The spring connecting structure of filter plate unit |
| CN108682590A (en) * | 2018-06-07 | 2018-10-19 | 河南森源电气股份有限公司 | A kind of operating mechanism |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2341258Y (en) * | 1998-01-20 | 1999-09-29 | 余姚市高压电器开关厂 | Energy storing structure for spring operating mechanism |
| CN103021721A (en) * | 2012-12-14 | 2013-04-03 | 北海银河开关设备有限公司 | Three-position switch spring operating mechanism |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US7397007B2 (en) * | 2004-05-04 | 2008-07-08 | Siemens Power Transmission & Distribution, Inc. | Assembly for controlling the force applied to a pantograph |
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2015
- 2015-09-18 CN CN201510594246.0A patent/CN105161328B/en active Active
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2341258Y (en) * | 1998-01-20 | 1999-09-29 | 余姚市高压电器开关厂 | Energy storing structure for spring operating mechanism |
| CN103021721A (en) * | 2012-12-14 | 2013-04-03 | 北海银河开关设备有限公司 | Three-position switch spring operating mechanism |
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| Publication number | Publication date |
|---|---|
| CN105161328A (en) | 2015-12-16 |
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Effective date of registration: 20210913 Address after: 536000 2 / F and 3 / F, information center building, Yinhe software science and Technology Park, 11 Tibet Road, Beihai City, Guangxi Zhuang Autonomous Region Patentee after: Dikang Electric Co.,Ltd. Address before: 536000 the Guangxi Zhuang Autonomous Region Beihai Haicheng District Tibet Road 11 Galaxy Science and Technology Park Complex Building Patentee before: BEIHAI GALAXY SWITCH DEVICES Co.,Ltd. |