CN208637323U - The connection structure of disconnecting switch moving contact component and lower wire outlet seat - Google Patents
The connection structure of disconnecting switch moving contact component and lower wire outlet seat Download PDFInfo
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- CN208637323U CN208637323U CN201821190847.0U CN201821190847U CN208637323U CN 208637323 U CN208637323 U CN 208637323U CN 201821190847 U CN201821190847 U CN 201821190847U CN 208637323 U CN208637323 U CN 208637323U
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- spring
- wire outlet
- lower wire
- disconnecting switch
- outlet seat
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Abstract
The utility model relates to the connection structures of a kind of disconnecting switch moving contact component and lower wire outlet seat, including disconnecting switch moving contact component, copper rod and lower wire outlet seat, the disconnecting switch moving contact component is equipped with the first screw hole, lower wire outlet seat is equipped with the second screw hole, one end of copper rod is equipped with external screw thread, copper rod is equipped in the second screw hole that externally threaded one end is extend on lower wire outlet seat and is threadedly coupled with lower wire outlet seat, it further include screw, the other end of the copper rod is equipped with first through hole, after one end of the screw is threadedly coupled after first through hole with the first screw hole on disconnecting switch moving contact component, the other end of copper rod and disconnecting switch moving contact component are fastened.The utility model has the advantages that easy for installation.
Description
Technical field
The utility model relates to high-voltage electrical cabinet technical fields, and in particular to a kind of disconnecting switch moving contact component and it is lower go out
The connection structure of line seat.
Background technique
The word explanation of switch is to open and close.It refers to that one can make open circuit, make current interruptions or make it
Flow to the element of other circuits.The most common switch is the electromechanical equipment for allowing people to operate, wherein there is one or several contacts.Contact
" closed " (closed) indicate contact conducting, allow electric current flow through；" open circuit " (open) of switch indicates that contact is not turned on shape
At open circuit, electric current is not allowed to flow through.The developing history of switch is developed to from the original knife switch for needing manual hand manipulation
The present intelligent switch applied in various large electrics control equipment, the function of switch is more and more, and safety is also got over
Come higher, rotary switch is a kind of common switch, by the way that rotary operator to be locked in the spy with rotary operating device
The corresponding specific position of state is determined to prevent rotary operating device from being operated without permission.Rotary isolation switch is widely applied
In electric system, for example, photovoltaic, wind-powered electricity generation etc..Such as in photovoltaic system, the lesser electric current that is generated in each photovoltaic cell
It is combined in parallel so as to the electric current or general power needed for being provided using system.
Currently, common rotary separation switch includes an operating mechanism and several contact modules, in the contact module
Equipped with moving contact component, traditional moving contact component is riveted by two panels movable contact spring, and the movable contact spring is by conductive metallic material
It is made.When connection, for static contact between the movable contact spring of moving contact, movable contact spring bending clamps the stationary contact of static contact, when separating, moves
Contact overcomes resistance to leave static contact.Multiple division moving contact and static contact, the movable contact spring can be repeatedly bent, and conductive metal is dynamic
Contact occurs plastic deformation and changes so as to cause the spacing of two panels movable contact spring, poor contact when being easy to cause connection, seriously
Ablation contact.Meanwhile needing to overcome frictional force when the contact of two-piece type moving contact, the speed with disjunction can be reduced on, it is unfavorable
In quick disjunction with connect moving contact and static contact.In order to solve above-mentioned technical problem, conventional method is to disconnect position in mechanism
Set terminal is arranged metal parts and attracts plasma-arc, to extinguish electric arc；Or intensity and thickening material by reinforcing part
Plastic deformation and the big technological deficiency of frictional force are solved, but this conventional solution will increase the volume of switch, increase
Add the cost of product.
In addition, between existing moving contact component and lower wire outlet seat be attached by copper rod, frame mode is,
Screw thread is respectively set in the both ends of copper rod, opens up threaded hole on lower wire outlet seat, and threaded hole is opened up on moving contact component, installation
When, one end of copper rod is threadedly coupled with the threaded hole of moving contact component first, lower wire outlet seat and copper rod are then subjected to screw thread again
Connection, however, after copper rod and moving contact component fastening, since copper rod is already bent into type, the position of the copper rod other end
Specified place generally can not be reached, although can be attached by the way of rotating lower wire outlet seat with copper rod, with
After lower wire outlet seat is attached, due to being three-phase outlet, three lower wire outlet seats cannot cause only in the same horizontal position
Three lower wire outlet seats can be made to be located in the same horizontal position by way of making copper rod modification, such connection structure is during installation
It is not only time-consuming and laborious, but also have the hidden danger of damage copper rod.
Summary of the invention
The purpose of the utility model is to provide the connection structure of a kind of disconnecting switch moving contact component and lower wire outlet seat, this realities
With it is novel have the advantages that it is easy for installation.
Realize that the technical solution of above-mentioned purpose is as follows:
The connection structure of disconnecting switch moving contact component and lower wire outlet seat, including disconnecting switch moving contact component, copper rod with
And lower wire outlet seat, the disconnecting switch moving contact component are equipped with the first screw hole, lower wire outlet seat is equipped with the second screw hole, copper rod
One end is equipped with external screw thread, and copper rod is equipped with externally threaded one end and extend into the second screw hole on lower wire outlet seat and lower wire outlet seat screw thread
Connection, further includes screw, and the other end of the copper rod is equipped with first through hole, one end of the screw pass through after first through hole with every
It is after being threadedly coupled from the first screw hole on switch moving contact head component, the other end of copper rod and disconnecting switch moving contact component is tight
Gu.
Using such connection structure, after first the other end of copper rod and disconnecting switch moving contact component can be fastened, then
One end of copper rod and lower wire outlet seat are attached.After the other end and disconnecting switch the moving contact component fastening of copper rod, copper
The position of stick one end is positioned, in this way, for one end of multiple (three-phase outlet) copper rods, their position can be with
Positioned at sustained height, therefore, after these copper rods and the fastening of disconnecting switch moving contact component, will not deform, it is clear that such
It is time saving and energy saving and very convenient that structure has the advantages that installation.
Detailed description of the invention
Fig. 1 is the vertical graph structure signal of the disconnecting switch moving contact component of the utility model and the connection structure of lower wire outlet seat
Figure；
Fig. 2 is the schematic diagram after the partly cut-away of Fig. 1；
Fig. 3 is the perspective view of disconnecting switch moving contact component；
Fig. 4 is the schematic diagram of the section structure of disconnecting switch moving contact component；
Fig. 5 is the schematic diagram of mounting base in the utility model；
Fig. 6 is the sectional view of the movable contact spring and mounting base in the utility model；
Fig. 7 is the structural schematic diagram of the movable contact spring in the utility model；
Fig. 8 is the structural schematic diagram of the grading shield in the utility model；
1 is pedestal, and 2 be insulation spindle, and 2a is slot, and 2b is sheath, and 2c is floor, and 3 be mounting base, and 3a is bending section, 3b
It is movable contact spring for guide portion, 4,4a is the first mounting hole, and 4b is the second mounting hole, and 5 be support rod, and 6 be the first spring, and 7 be lining
Pad, 8 be grading shield, and 8a is axis, and 8b is pilot hole, and 9 be spring, and 10 be bolt, and 11 be nut, and 12 be sleeve, and 13 be lower outlet
Seat, 14 be copper rod, and 15 be screw, and 16 be grading ring.
Specific embodiment
As shown in Figures 1 to 8, the connection structure of the disconnecting switch moving contact component of the utility model and lower wire outlet seat, packet
Disconnecting switch moving contact component, copper rod and lower wire outlet seat are included, the relationship to every part and between them carries out detailed below
Illustrate:
As shown in Figure 1 to Figure 3, disconnecting switch moving contact component is equipped with the first screw hole, disconnecting switch moving contact component packet
Pedestal 1, insulation spindle 2, at least one dynamic contact mechanism are included, the pedestal 1 is hollow frame, the both ends point of insulation spindle 2
It is not flexibly connected with pedestal 1, the both ends of insulation spindle 2 cooperate with the interporal lacuna being arranged on pedestal 1 respectively, and insulation spindle 2 is empty
The heart, several slot 2a is offered on the outer circumference surface of insulation spindle 2, insulation spindle 2 is formed by Mold Making, passes through design
After these slots 2a, materials on the one hand can be saved, on the other hand can mitigate the weight of insulation spindle 2.The circumferential surface of insulation spindle 2
On be provided with sheath 2b, the rectangular in cross-section of sheath 2b is equipped with floor 2c in the outside wall surface of sheath 2b, and one end of floor 2c is prolonged
It reaches on the outer peripheral surface of insulation spindle 2 and is fixed with outer peripheral surface, the insulation spindle 2 is preferentially used with sheath 2b and floor 2c
Integrally formed structure.
As shown in Figures 3 to 6, insulation spindle 2 is equipped with radial through-hole, and each dynamic contact mechanism includes mounting base 3, first
Elastic parts and at least two movable contact springs 4, mounting base 3 are fabricated for conductive material, and one end of mounting base 3 and pedestal 1 are solid
Fixed connection, the other end and one end logical first of movable contact spring 4 elastic parts of mounting base 3 are hinged, and the other end of movable contact spring 4 passes through
The radial through-hole of insulation spindle 2.First elastic parts includes support rod 5, the first spring 6 and liner 7, and support rod 5 passes through peace
Seat 3 and movable contact spring 4 are filled, in this way, movable contact spring 4 can be rotated centered on support rod 5, and the other end of movable contact spring 4 passes through
The radial through-hole of insulation spindle 2, since sheath 2b is connected to the radial through-hole on insulation spindle 2, movable contact spring 4 is passing through insulation master
Sheath 2b is then passed through after the radial through-hole of axis 2, therefore, sheath 2b forms supporting role to movable contact spring 4.First spring 6
It covers on support rod 5, one end of the first spring 6 and the lateral wall of movable contact spring 4 are supported, the other end and the liner 7 of the first spring 6
One end is supported, and under the elastic acting force of the first spring 6, liner 7 is pushed against between the first spring and insulation spindle 2.
As shown in Figure 4 and Figure 6, mounting base 3 includes bending section 3a and guide portion 3b, one end of bending section 3a and guide portion
After one end connection of 3b, 90 degree of angle, the other end and pedestal 1 of bending section 3a are formed between bending section 3a and guide portion 3b
It is bolted.
As shown in Fig. 4 to Fig. 8, dynamic contact mechanism further includes pressing component and connecting component, each 4 other end of movable contact spring
Outer side surface on be all connected with one press component, pressure component include grading shield 8, spring 9, set on the inner wall of grading shield 8
There is an axis 8a, movable contact spring 4 is equipped with the first mounting hole 4a, one end of axis 8a and the first mounting hole clearance fit, and 9 sets of the spring exists
On axis 8a, one end and the grading shield 8 of spring 9 are supported, and the side wall of the other end and movable contact spring 4 of spring 9 is supported.It is also set on movable contact spring
There is the second mounting hole 4b, grading shield 8 is equipped with pilot hole 8b, and the connecting component passes through pilot hole 8b and the second mounting hole 4b
It connect grading shield 8 with movable contact spring 4, and opposite movable contact spring can form displacement to grading shield 8 after compressed spring under external force.
In addition, guaranteeing there is no current potential between each position of annular by pressing component that not only high-pressure uniform can be distributed in around object
Difference, to achieve the effect that press.
As shown in Fig. 4 to Fig. 8, the connecting component includes bolt 10 and nut 11, on same dynamic contact mechanism, bolt
10 one end is successively from the pilot hole 8b of a grading shield 8, the second mounting hole 4b of movable contact spring 4, another movable contact spring 4
Second mounting hole 4b, another grading shield 8 pilot hole 8b after connect with nut 11, so that grading shield 8 is hinged on movable contact spring 4
On, also, this articulated manner can reach corresponding hinged purpose using a bolt 10 and nut 11, without increasing other
Part, i.e., simply and conveniently.When there is external force on grading shield 8, for example, static contact is along grading shield when closing a floodgate with static contact
The 8 squeezing action power radially generated, the squeezing action power make 8 compressed spring 9 of grading shield, so that grading shield 8 generates displacement, and
Grading shield 8 makes grading shield 8 keep supporting with static contact under the active force of spring 9, to guarantee that dynamic/static contact closes a floodgate reliable
Property.
As shown in Fig. 4 to Fig. 8, connecting component further includes sleeve 12, and 12 sets of the sleeve is on bolt 11, one end of sleeve 12
It is supported with the inner sidewall of a movable contact spring 4, the other end of sleeve 12 and the inner sidewall of another movable contact spring 4 are supported.When sound is touched
After the squeezing action power that head generates when closing a floodgate is transmitted on movable contact spring 4, limited by position of the sleeve 12 to two movable contact springs 4
System, not only can deform or be displaced to avoid movable contact spring 4, and can guarantee it is that grading shield 8 generates displacement, further guarantee
The reliability closed a floodgate.
As depicted in figs. 1 and 2, lower wire outlet seat 13 is equipped with the second screw hole, and one end of copper rod 14 is equipped with external screw thread, copper rod 14
It is threadedly coupled in the second screw hole being extend on lower wire outlet seat 13 equipped with externally threaded one end with lower wire outlet seat 13, further includes screw
15, the other end of the copper rod 15 is equipped with first through hole, and one end of the screw 15 is moved after passing through first through hole with disconnecting switch
After the first screw hole on contact assembly is threadedly coupled, the other end of copper rod 14 and disconnecting switch moving contact component are fastened.It is described
The other end of copper rod 14 is in flat.Using such connection structure, first the other end of copper rod 14 can be moved with disconnecting switch
After contact assembly fastening, then one end of copper rod 14 and lower wire outlet seat 13 be attached.The other end due to copper rod 14 be isolated
After switch moving contact head component fastening, the position of 14 one end of copper rod is positioned, in this way, for multiple (three-phase outlet) copper rods 14
One end for, their position can be located at sustained height, and therefore, these copper rods and disconnecting switch moving contact component fasten
Afterwards, it will not deform.
It as depicted in figs. 1 and 2, further include grading ring 16, the copper rod 14 is equipped with externally threaded one end and is equipped with the shaft shoulder, presses
16 sets of ring on copper rod 14, grading ring 16 is pressed between the shaft shoulder on copper rod 14 and lower wire outlet seat 13.Pass through grading ring 16
High-pressure uniform can be distributed in around object, guarantee there is no potential difference between each position of annular, to achieve the effect that press.
Claims (9)
1. the connection structure of disconnecting switch moving contact component and lower wire outlet seat, including disconnecting switch moving contact component, copper rod and
Lower wire outlet seat, the disconnecting switch moving contact component be equipped with the first screw hole, lower wire outlet seat be equipped with the second screw hole, the one of copper rod
End is equipped with external screw thread, and copper rod is equipped with externally threaded one end and extend into the second screw hole on lower wire outlet seat to be connected with lower wire outlet seat screw thread
It connects, which is characterized in that further include screw, the other end of the copper rod is equipped with first through hole, and one end of the screw passes through first
After being threadedly coupled after through-hole with the first screw hole on disconnecting switch moving contact component, by the other end of copper rod and the dynamic touching of disconnecting switch
Head assembly fastening.
2. the connection structure of disconnecting switch moving contact component according to claim 1 and lower wire outlet seat, which is characterized in that institute
The other end for the copper rod stated is in flat.
3. the connection structure of disconnecting switch moving contact component according to claim 1 and lower wire outlet seat, which is characterized in that also
Including grading ring, the copper rod is equipped with externally threaded one end and is equipped with the shaft shoulder, and grading ring covers on copper rod, and grading ring is pressed in copper
Between the shaft shoulder and lower wire outlet seat on stick.
4. according to claim 1 to the connection structure of disconnecting switch moving contact component described in 3 any one and lower wire outlet seat,
It is characterized in that, the disconnecting switch moving contact component includes pedestal, insulation spindle, at least one dynamic contact mechanism, insulation spindle
Both ends be movably connected with the base respectively, insulation spindle be equipped with radial through-hole, each dynamic contact mechanism includes mounting base, first
Elastic parts and at least two movable contact springs, one end of mounting base are fixedly connected with pedestal, the other end and movable contact spring of mounting base
One end logical first cross that elastic parts is hinged, the other end of movable contact spring passes through the radial through-hole of insulation spindle, and dynamic contact mechanism is also
Including pressing component and connecting component, it is all connected with one on the outer side surface of each movable contact spring other end and presses component, presses
Component includes grading shield, spring, and the inner wall of grading shield is equipped with axis, is equipped with the first mounting hole, one end of axis on movable contact spring
With the first mounting hole clearance fit, the spring pocket on axis, support by one end and the grading shield of spring, the other end of spring and dynamic
The side wall of contact is supported, and the second mounting hole is additionally provided on movable contact spring, and grading shield is equipped with pilot hole, and the connecting component passes through dress
Distribution and the second mounting hole connect grading shield with movable contact spring, and grading shield is relatively dynamic after compressed spring under external force
Contact can form displacement.
5. the connection structure of disconnecting switch moving contact component according to claim 4 and lower wire outlet seat, which is characterized in that institute
Stating connecting component includes screw bolt and nut, and on same dynamic contact mechanism, one end of bolt is successively from the assembly of a grading shield
After hole, the second mounting hole of movable contact spring, the second mounting hole of another movable contact spring, the pilot hole of another grading shield with spiral shell
Mother's connection.
6. the connection structure of disconnecting switch moving contact component according to claim 5 and lower wire outlet seat, which is characterized in that even
Relay part further includes sleeve, which covers on bolt, and one end of sleeve and the inner sidewall of a movable contact spring are supported, sleeve it is another
One end and the inner sidewall of another movable contact spring are supported.
7. the connection structure of disconnecting switch moving contact component according to claim 4 and lower wire outlet seat, which is characterized in that institute
Stating pedestal is hollow frame.
8. the connection structure of disconnecting switch moving contact component according to claim 4 and lower wire outlet seat, which is characterized in that peace
Dress seat includes bending section and guide portion, behind one end of bending section and one end connection of guide portion, bending section and guide portion it
Between form 90 degree of angle.
9. the connection structure of disconnecting switch moving contact component according to claim 4 and lower wire outlet seat, which is characterized in that the
One elastic parts includes support rod, the first spring and liner, and support rod passes through mounting base and movable contact spring, first spring
It covers on support rod, one end of the first spring and the lateral wall of movable contact spring are supported, the other end of the first spring and one end of liner
It supports.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821190847.0U CN208637323U (en) | 2018-07-26 | 2018-07-26 | The connection structure of disconnecting switch moving contact component and lower wire outlet seat |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821190847.0U CN208637323U (en) | 2018-07-26 | 2018-07-26 | The connection structure of disconnecting switch moving contact component and lower wire outlet seat |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208637323U true CN208637323U (en) | 2019-03-22 |
Family
ID=65739433
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821190847.0U Active CN208637323U (en) | 2018-07-26 | 2018-07-26 | The connection structure of disconnecting switch moving contact component and lower wire outlet seat |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208637323U (en) |
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2018
- 2018-07-26 CN CN201821190847.0U patent/CN208637323U/en active Active
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