CN206892280U - A kind of testing agency for RCCB intelligent detection equipment - Google Patents
A kind of testing agency for RCCB intelligent detection equipment Download PDFInfo
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- CN206892280U CN206892280U CN201720778919.2U CN201720778919U CN206892280U CN 206892280 U CN206892280 U CN 206892280U CN 201720778919 U CN201720778919 U CN 201720778919U CN 206892280 U CN206892280 U CN 206892280U
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Abstract
It the utility model is related to a kind of testing agency for RCCB intelligent detection equipment.The main unreasonable structure for solving the problems, such as the testing agency for RCCB intelligent detection equipment.Including slide rail；The fore-stock and after-poppet for being arranged on slide rail and being slidably connected with slide rail；Pushing handle cylinder and the tested cylinder being fixed on fore-stock；The reset cylinder being fixed on after-poppet；Preceding electrode assemblie and preceding electrode propulsion cylinder on fore-stock；Rear electrode assemblie and rear electrode propulsion cylinder on after-poppet, preceding electrode assemblie and rear electrode assemblie is relative is arranged on fore-stock and after-poppet, pushing handle cylinder is provided with fork.The testing agency that this is used for RCCB intelligent detection equipment is simple in construction, accurate positioning, has the quality of detection concurrently while detection efficiency is ensured, has the advantages of rational in infrastructure, convenient and practical.
Description
Technical field
This practicality is newly related to a kind of testing agency for RCCB intelligent detection equipment.
Background technology
Breaker is a kind of conventional protection electrical equipment, plays a part of overload and short-circuit protection in supply line, in order to
Ensure the product quality of breaker, breaker must be detected with breaker electric leak detecting device when breaker dispatches from the factory, examined
The important component that unit is breaker electric leak detecting device is surveyed, is directly connected to the detection quality of breaker.It is existing to be used to leak
There is complicated, poor location, detection efficiency bottom in the testing agency of electrical circuit breakers intelligent detection equipment, detection quality is difficult to ensure that
The problem of.
Utility model content
In order to overcome the shortcomings of background technology, the utility model provides a kind of for RCCB intelligent detection equipment
Testing agency, mainly solve the problems, such as the unreasonable structure of the testing agency for RCCB intelligent detection equipment, should
Testing agency for RCCB intelligent detection equipment is simple in construction, accurate positioning, simultaneous while detection efficiency is ensured
Have the quality of detection, there is the advantages of rational in infrastructure, convenient and practical.
Technical scheme is used by the utility model：A kind of detection machine for RCCB intelligent detection equipment
Structure, including slide rail；The fore-stock and after-poppet for being arranged on slide rail and being slidably connected with slide rail；The pushing hands being fixed on fore-stock
Handle cylinder and tested cylinder；The reset cylinder being fixed on after-poppet；Preceding electrode assemblie and preceding electrode on fore-stock push away
Inlet casing；Rear electrode assemblie and rear electrode propulsion cylinder on after-poppet, described preceding electrode assemblie and rear electrode assemblie
Relative is arranged on fore-stock and after-poppet, and described pushing handle cylinder is provided with fork.
Further, sliding block, described preceding branch are equipped between described slide rail and fore-stock and slide rail and after-poppet
It is two that frame, which includes sliding floor, mounting seat, location-plate and positioning press strip, described mounting seat, is fixed on above-mentioned slip bottom
On plate, described location-plate is fixed in above-mentioned mounting seat, and described positioning press strip is fixed on front side of location-plate, described rear branch
Frame is identical with fore-stock structure, and is oppositely arranged.
Further, described pushing handle cylinder is two, is fixed on by pushing handle cylinder block on location-plate, described
Tested cylinder is two, is arranged on the right side of pushing handle cylinder, and described reset cylinder is two, is set with tested cylinder face
Put.
Further, described preceding electrode assemblie includes front air cylinder seat, preceding jacking cylinder, preceding switching cylinder, preceding electrode peace
Seat, advancing slip moving axis, preceding electrode fixed plate and at least two preceding electrodes are filled, before described preceding electrode is fixed in electrode fixed plate,
Described preceding electrode mounting seat is provided with forward recess, and described advancing slip moving axis is fixed in forward recess, and described preceding electrode is fixed
Plate is slidably connected with advancing slip moving axis, and described preceding switching cylinder is connected with preceding electrode fixed plate, and described preceding jacking cylinder is fixed
On front air cylinder seat, described preceding electrode mounting seat is in preceding jacking cylinder.
Further, described rear electrode assemblie includes exhaust hood seat, rear jacking cylinder, switches cylinder, rear electrode peace afterwards
Fill seat, rear sliding axle, electrode, clamp, cylinder frame, sliding electrode, electrode guide holder, electrode slide rail and electrode gas after at least two
Cylinder, described rear electrode mounting seat are provided with rearward recess, and described rear sliding axle is fixed in rearward recess, and described clamp is located at
Afterwards in the rearward recess between electrode and rear electrode, described rear switching cylinder is connected with clamp, after described cylinder frame is fixed on
The side of electrode mounting seat, described rear switching cylinder and electrode cylinder are fixed on cylinder frame, and described electrode slide rail is fixed
It is fixed in rear electrode mounting seat and with cylinder frame homonymy, described sliding electrode on electrode guide holder, described electrode gas
Cylinder is connected with electrode guide holder, and described rear jacking cylinder is fixed on exhaust hood seat, after described rear electrode mounting seat is located at
In jacking cylinder.
Further, described preceding electrode propulsion cylinder includes sliding cylinder seat, cylinder body, floating junction and connection
Bar, described cylinder body are fixed on sliding cylinder seat, and described cylinder body passes through above-mentioned floating junction and connecting rod
It is connected, described connecting rod and mounting seat is inconsistent.
Further, described rear electrode propulsion cylinder is identical with preceding electrode propulsion cylinder structure.
Further, described preceding electrode assemblie is two.
Further, described rear electrode assemblie is two.
Further, described reset cylinder and tested cylinder are provided with liftout set.
The beneficial effects of the utility model are：Due to taking above-mentioned technical proposal, this is used for RCCB Intelligent Measurement
The testing agency of equipment is simple in construction, accurate positioning, has the quality of detection concurrently while detection efficiency is ensured, there is structure to close
Reason, it is convenient and practical the advantages of.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation of fore-stock.
Fig. 3 is the structural representation of preceding electrode assemblie.
Fig. 4 is the structural representation of rear electrode assemblie.
Fig. 5 is the structural representation of rear electrode assemblie.
100, slide rail in figure；200th, fore-stock；300th, after-poppet；210th, pushing handle cylinder；220th, tested cylinder；310th, it is multiple
Position cylinder；400th, preceding electrode assemblie；500th, preceding electrode propulsion cylinder；600th, rear electrode assemblie；700th, rear electrode propulsion cylinder；
211st, fork；110th, sliding block；260th, sliding floor；230th, mounting seat；240th, location-plate；250th, press strip is positioned；212nd, pushing handle
Cylinder block；410th, front air cylinder seat；420th, preceding jacking cylinder；430th, preceding switching cylinder；440th, preceding electrode mounting seat；450th, front slide
Axle；460th, preceding electrode fixed plate；470th, preceding electrode；441st, forward recess；610th, exhaust hood seat；620th, rear jacking cylinder；630th, after
Switch cylinder；640th, rear electrode mounting seat；650th, rear sliding axle；660th, rear electrode；670th, clamp；680th, cylinder frame；641st, it is sliding
Moving electrode；642nd, electrode guide holder；643rd, electrode slide rail；644th, electrode cylinder；645th, rearward recess；510th, sliding cylinder seat；
520th, cylinder body；530th, floating junction；540th, connecting rod；311st, liftout set.
Embodiment
The utility model embodiment is described further below in conjunction with the accompanying drawings.
As shown in Figures 1 to 5, a kind of testing agency for RCCB intelligent detection equipment, including slide rail 100；
The fore-stock 200 and after-poppet 300 for being arranged on slide rail 100 and being slidably connected with slide rail 100；It is fixed on fore-stock 200
Pushing handle cylinder 210 and tested cylinder 220；The reset cylinder 310 being fixed on after-poppet 300；Before on fore-stock 200
Electrode assemblie 400 and preceding electrode propulsion cylinder 500；Rear electrode assemblie 600 and rear electrode propulsion cylinder on after-poppet 300
700, described preceding electrode assemblie 400 and rear electrode assemblie 600 is relative is arranged on fore-stock 200 and after-poppet 300 is described
Pushing handle cylinder 210 be provided with fork 211.
When use, electrode assemblie 400 inserts the binding post progress of breaker before preceding electrode propulsion cylinder 500 drives
Detection, similarly, the binding post of the insertion of electrode assemblie 600 breaker is detected after rear electrode propulsion cylinder 700 drives, in addition
Pushing handle cylinder 210 drives fork 211 to promote the switch of breaker to realize opening and breaking for breaker.
In the utility model, it is all provided between described slide rail 100 and fore-stock 200 and slide rail 100 and after-poppet 300
There is sliding block 110, described fore-stock 200 includes sliding floor 260, mounting seat 230, location-plate 240 and positioning press strip 250, fixed
Position press strip 250 is used to aid in compressing breaker to be detected, lifts the stability that breaker is fixed, and positioning is more accurate；It is described
Mounting seat 230 be two, be fixed on above-mentioned sliding floor 260, described location-plate 240 is fixed on above-mentioned mounting seat
On 230, described positioning press strip 250 is fixed on the front side of location-plate 240, described after-poppet 300 and the structure phase of fore-stock 200
Together, and it is oppositely arranged, the accommodating cavity of breaker to be checked is formed between after-poppet 300 and fore-stock 200, is available for two breakers same
When detect, improve the efficiency of detection.
In the utility model, described pushing handle cylinder 210 is two, and it is fixed to be fixed on by pushing handle cylinder block 212
On the plate 240 of position, described tested cylinder 220 is two, is arranged on the right side of pushing handle cylinder 210, described reset cylinder 310
For two, set with the face of tested cylinder 220.
In the utility model, described preceding electrode assemblie 400 includes front air cylinder seat 410, preceding jacking cylinder 420, preceding cut
Ventilation cylinder 430, preceding electrode mounting seat 440, advancing slip moving axis 450, preceding electrode fixed plate 460 and at least two preceding electrodes 470, it is described
Preceding electrode 470 be fixed on before in electrode fixed plate 460, described preceding electrode mounting seat 440 is provided with forward recess 441, described
Advancing slip moving axis 450 be fixed in forward recess 441, described preceding electrode fixed plate 460 is slidably connected with advancing slip moving axis 450, institute
The preceding switching cylinder 430 stated is connected with preceding electrode fixed plate 460, and described preceding jacking cylinder 420 is fixed on front air cylinder seat 410
On, described preceding electrode mounting seat 440 is in preceding jacking cylinder 420, due to using above-mentioned technical proposal, passing through preceding switching gas
Electrode fixed plate 460, to adjust the position of the distance between electrode and electrode, passes through preceding jacking cylinder 420 before cylinder 430 promotes
The height of electrode can be adjusted, the breaker of different model is adapted to this.
In the utility model, described rear electrode assemblie 600 include exhaust hood seat 610, rear jacking cylinder 620, after cut
Take a breath cylinder 630, rear electrode mounting seat 640, rear sliding axle 650, electrode 660 after at least two, clamp 670, cylinder frame 680, sliding
Moving electrode 641, electrode guide holder 642, electrode slide rail 643 and electrode cylinder 644, described rear electrode mounting seat 640 are provided with
Rearward recess 645, described rear sliding axle 650 are fixed in rearward recess 645, and described clamp 670 is located at rear electrode 660 and rear electricity
In rearward recess 645 between pole 660, described rear switching cylinder 630 is connected with clamp 670, and described cylinder frame 680 is fixed on
The side of electrode mounting seat 640 afterwards, described rear switching cylinder 630 and electrode cylinder 644 are fixed on cylinder frame 680, described
Electrode slide rail 643 be fixed in rear electrode mounting seat 640 and be fixed on the homonymy of cylinder frame 680, described sliding electrode 641
On electrode guide holder 642, described electrode cylinder 644 is connected with electrode guide holder 642, and described rear jacking cylinder 620 is fixed
On exhaust hood seat 610, described rear electrode installs 640 in rear jacking cylinder 620, due to using above-mentioned technical side
Case, clamp 670 is driven by rear switching cylinder 630, to adjust the position of the distance between electrode and electrode, passes through rear jacking
Cylinder 620 can adjust the height of electrode, the breaker of different model be adapted to this, while drive by electrode cylinder 644
Sliding electrode 641, individually some binding post in breaker can be detected.
In the utility model, described preceding electrode propulsion cylinder 500 include sliding cylinder seat 510, cylinder body 520,
Floating junction 530 and connecting rod 540, described cylinder body 520 are fixed on sliding cylinder seat 510, described cylinder body
520 are connected by above-mentioned floating junction 530 with connecting rod 540, and described connecting rod 540 and mounting seat 230 are inconsistent；It is described
Rear electrode propulsion cylinder 700 it is identical with the preceding structure of electrode propulsion cylinder 500.
In the utility model, described preceding electrode assemblie 400 is two；Described rear electrode assemblie 600 is two；Institute
The reset cylinder 310 and tested cylinder 220 stated are provided with liftout set 311.
The testing agency that this is used for RCCB intelligent detection equipment is simple in construction, accurate positioning, is ensureing detection effect
Have the quality of detection while rate concurrently, there is the advantages of rational in infrastructure, convenient and practical.
Every technical staff's notice：Although the utility model describes according to above-mentioned embodiment, this
The invention thought of utility model is not limited to that utility model, any repacking with inventive concept, will all include this specially
In sharp scope of patent protection.
Claims (10)
- A kind of 1. testing agency for RCCB intelligent detection equipment, it is characterised in that：Including slide rail；It is arranged on slide rail Fore-stock and after-poppet upper and be slidably connected with slide rail；Pushing handle cylinder and the tested cylinder being fixed on fore-stock；It is fixed Reset cylinder on after-poppet；Preceding electrode assemblie and preceding electrode propulsion cylinder on fore-stock；On after-poppet Electrode assemblie and rear electrode propulsion cylinder afterwards, described preceding electrode assemblie and rear electrode assemblie it is relative be arranged on fore-stock and after On support, described pushing handle cylinder is provided with fork.
- A kind of 2. testing agency for RCCB intelligent detection equipment according to claim 1, it is characterised in that： Sliding block is equipped between described slide rail and fore-stock and slide rail and after-poppet, described fore-stock includes sliding floor, peace It is two to fill seat, location-plate and positioning press strip, described mounting seat, is fixed on above-mentioned sliding floor, described location-plate It is fixed in above-mentioned mounting seat, described positioning press strip is fixed on front side of location-plate, described after-poppet and fore-stock structure phase Together, and it is oppositely arranged.
- A kind of 3. testing agency for RCCB intelligent detection equipment according to claim 2, it is characterised in that： Described pushing handle cylinder is two, is fixed on by pushing handle cylinder block on location-plate, and described tested cylinder is two, if Put on the right side of pushing handle cylinder, described reset cylinder is two, is set with tested cylinder face.
- A kind of 4. testing agency for RCCB intelligent detection equipment according to claim 1, it is characterised in that： Described preceding electrode assemblie includes front air cylinder seat, preceding jacking cylinder, preceding switching cylinder, preceding electrode mounting seat, advancing slip moving axis, preceding electricity Pole fixed plate and at least two preceding electrodes, before described preceding electrode is fixed in electrode fixed plate, described preceding electrode mounting seat Forward recess is provided with, described advancing slip moving axis is fixed in forward recess, and described preceding electrode fixed plate is slided with advancing slip moving axis to be connected Connect, described preceding switching cylinder is connected with preceding electrode fixed plate, and described preceding jacking cylinder is fixed on front air cylinder seat, described Preceding electrode mounting seat is in preceding jacking cylinder.
- A kind of 5. testing agency for RCCB intelligent detection equipment according to claim 1, it is characterised in that： Described rear electrode assemblie includes exhaust hood seat, rear jacking cylinder, switches cylinder, rear electrode mounting seat, rear sliding axle, at least afterwards Electrode, clamp, cylinder frame, sliding electrode, electrode guide holder, electrode slide rail and electrode cylinder after two, described rear electrode peace Dress seat is provided with rearward recess, and described rear sliding axle is fixed in rearward recess, described clamp located at rear electrode and rear electrode it Between rearward recess in, described rear switching cylinder is connected with clamp, and described cylinder frame is fixed on the side of rear electrode mounting seat, Described rear switching cylinder and electrode cylinder is fixed on cylinder frame, described electrode slide rail be fixed in rear electrode mounting seat and With cylinder frame homonymy, described sliding electrode is fixed on electrode guide holder, and described electrode cylinder is connected with electrode guide holder, Described rear jacking cylinder is fixed on exhaust hood seat, and described rear electrode mounting seat is in rear jacking cylinder.
- A kind of 6. testing agency for RCCB intelligent detection equipment according to claim 2, it is characterised in that： Described preceding electrode propulsion cylinder includes sliding cylinder seat, cylinder body, floating junction and connecting rod, and described cylinder body is consolidated Be scheduled on sliding cylinder seat, described cylinder body is connected by above-mentioned floating junction with connecting rod, described connecting rod with Mounting seat is inconsistent.
- A kind of 7. testing agency for RCCB intelligent detection equipment according to claim 6, it is characterised in that： Described rear electrode propulsion cylinder is identical with preceding electrode propulsion cylinder structure.
- A kind of 8. testing agency for RCCB intelligent detection equipment according to claim 4, it is characterised in that： Described preceding electrode assemblie is two.
- A kind of 9. testing agency for RCCB intelligent detection equipment according to claim 4, it is characterised in that： Described rear electrode assemblie is two.
- 10. a kind of testing agency for RCCB intelligent detection equipment according to claim 1, its feature exist In：Described reset cylinder and tested cylinder are provided with liftout set.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720778919.2U CN206892280U (en) | 2017-06-30 | 2017-06-30 | A kind of testing agency for RCCB intelligent detection equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720778919.2U CN206892280U (en) | 2017-06-30 | 2017-06-30 | A kind of testing agency for RCCB intelligent detection equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206892280U true CN206892280U (en) | 2018-01-16 |
Family
ID=61297817
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720778919.2U Active CN206892280U (en) | 2017-06-30 | 2017-06-30 | A kind of testing agency for RCCB intelligent detection equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206892280U (en) |
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2017
- 2017-06-30 CN CN201720778919.2U patent/CN206892280U/en active Active
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CP01 | Change in the name or title of a patent holder | ||
| CP01 | Change in the name or title of a patent holder |
Address after: 325000 Liujiang Road 258, Liushi Town, Yueqing City, Wenzhou City, Zhejiang Province (in Yueqing Jinbainian Hotel Investment Management Co., Ltd.) Patentee after: Ben long Automation Technology Co., Ltd. Address before: 325000 Liujiang Road 258, Liushi Town, Yueqing City, Wenzhou City, Zhejiang Province (in Yueqing Jinbainian Hotel Investment Management Co., Ltd.) Patentee before: Zhejiang dragon automation technology Co., Ltd. |