CN207082471U - Rotary switch operating mechanism component - Google Patents
Rotary switch operating mechanism component Download PDFInfo
- Publication number
- CN207082471U CN207082471U CN201720801140.8U CN201720801140U CN207082471U CN 207082471 U CN207082471 U CN 207082471U CN 201720801140 U CN201720801140 U CN 201720801140U CN 207082471 U CN207082471 U CN 207082471U
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- transmission
- rotary switch
- inner ring
- lock
- ring assembly
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Abstract
Rotary switch operating mechanism component, it includes base, the upper lid to form inner containment chamber is fitted together with the base, the accommodating chamber is built with driver element and gear unit；For the gear unit in the mounting groove of the base, the break-make of rotary switch is realized in positive and negative rotation of the gear unit in the floor installation groove；The gear unit includes transmission outer ring assembl and transmission inner ring assembly, the transmission outer ring assembl can drive the positive and negative rotation of transmission inner ring assembly to realize the break-make of rotary switch during the positive and negative rotation in the floor installation groove, the transmission positive and negative rotation of outer ring assembl under driver element effect by elastic energy storage unit；The base is provided with lock catch unit, and the lock catch unit can be to the transmission inner ring assembly locking or unblock.The rotary switch operating mechanism assembly improves the stability of energy storage transmission mechanism, ensure that rotary switch break-make performance.
Description
Technical field
The utility model belongs to disconnecting switch technical field, is exactly specifically to be related to rotary switch operating mechanism component.
Background technology
Rotary switch possesses the function of connecting and disconnecting, and simple and compact for structure, and cost is low, small volume.Rotation
The operating mechanism of switch is its control section, is usually related to the segmented performance of rotary switch, Chinese patent
201180076231.5 disclosing a kind of displacing system for rotary switch includes housing, driving part and slave unit；Institute
State driving part and slave unit is attached on housing, to be rotated around rotation axis relative to housing and relative to each other.Housing
Include cooperating with slave unit first and second conjugate instruments, and they define one or more relative angular positions.
Displacement instrument includes at least one first displacement part；First displacement part is relative to the substantially tangential ground of rotation axis and/or level
Ground extends, and at least partially can reversibly be moved between the first radial position and the second radial position.In the first radial position
On, displacement instrument cooperates to prevent housing and slave unit rotating against around rotation axis.In the second radial position,
Displacement instrument can allow housing and slave unit to be rotated against around rotation axis.The displacing system of the rotary switch (operates machine
Structure) using two pack shape torsion springs realize bidirectional energy-storage, locker is using spring harden structure, it is necessary to improve larger external force ability
It is latch plate deformation, is easily damaged locker.
A kind of quick on-off mechanism of 201610191742.6 rotary switch of Chinese patent, including base, lid are mounted in base
Upper lid upper and that receiving space is formed with base, the drive mechanism being located in receiving space and driving structure；Drive mechanism is outside
It can be rotated in the presence of power relative to driving structure positive and negative direction；Driving structure is installed in rotation on base, and drives knot
The moving contact of the rotation driving switch of structure positive and negative direction is switched on or switched off；Also include the locking device that limitation driving structure rotates；
Release the tripper of driving structure locking；And the elastomeric element being arranged between drive mechanism and driving structure；Tied in driving
Structure lock-out state, elastomeric element compressed energy-storage under drive mechanism forward or reverse；In driving structure released state, elastomeric element
Discharge pivot rotation driving driving structure forward or reverse of the energy storage around driving structure.The elasticity used in the utility model
Part is transmission stage clip, and stability is preferable, is not susceptible to be broken and is plastically deformed, service life is longer.The rotary switch it is fast
Fast on off mechanism is circular layout in the base using two groups of stage clips, realizes bidirectional energy-storage, and locker adds sliding block knot using spring
Structure.Whole quick on-off mechanism is by stage clip energy storage and inadequate by sliding block lock stability, easily causes latching function to fail
The break-make control function of rotary switch can not be realized.And energy storage transmission mechanism realizes lock and unblock in the displacement of vertical direction,
It is difficult to reach stable transmission and reliably requires.
Utility model content
The purpose of this utility model aiming at existing rotary switch operating mechanism using stage clip stored energy operation power compared with
Greatly, locker realizes that lock and unblock are not sufficiently stable using energy storage transmission mechanism in the displacement of vertical direction, and needs product
Deformation improves the technological deficiency of releasing force, there is provided a kind of rotary switch operating mechanism component, energy storage device use extension spring, effectively
Energy storage efficiency is improved, locker uses rigid latching device, and producing displacement without energy storage traditional mechanism in the vertical direction is
Unblock can be achieved, improve the stability of energy storage transmission mechanism, ensure that rotary switch break-make performance.
Technical scheme
In order to realize above-mentioned technical purpose, the utility model devises a kind of rotary switch operating mechanism component, and it is wrapped
Base is included, the upper lid to form inner containment chamber is fitted together with the base, the accommodating chamber is built with driver element and transmission
Unit；
The gear unit is in the mounting groove of the base, and the gear unit is in the floor installation groove
It is positive and negative to rotate the break-make for realizing rotary switch.
Wherein, the gear unit includes transmission outer ring assembl and transmission inner ring assembly, and the transmission outer ring assembl is in institute
Stating that driver element effect is lower can be in the positive and negative rotation in the floor installation groove, and outer ring assembl is positive and negative rotated for the transmission
The positive and negative rotation of transmission inner ring assembly is driven to realize the break-make of rotary switch by elastic energy storage unit in journey；
The base is provided with lock catch unit, and the lock catch unit can be to the transmission inner ring assembly locking or unblock.
Further, for the transmission inner ring assembly in lock-out state, the elastic energy storage unit is by the transmission outer ring group
Part forward and backward stretches energy storage；
For the transmission inner ring assembly in released state, the elastic energy storage unit, which is released, can drive the transmission inner ring assembly
It is positive and negative to rotate so as to realize rotary switch break-make.
Further, the transmission outer ring assembl includes at least one piece of retainer plate, every at least one piece of retainer plate
Block retainer plate is connected with support shaft to be fitted together, and some energy accumulation spring hanging scrolls are mounted in adjacent two pieces of gears at least one piece of retainer plate
Between girth sheets, some energy accumulation spring hanging scrolls are arranged circumferentially with every piece of retainer plate of at least one piece retainer plate, it is described at least
Every piece of retainer plate on one piece of retainer plate is provided with transmission inner ring assembly mounting hole, every piece of gear at least on one piece of retainer plate
Driving slotted eye is provided with girth sheets on the outside of transmission inner ring assembly mounting hole, the outer rim at least on one piece of retainer plate is provided with can
The release boss for unlocking lock catch unit, some energy accumulation spring hanging scrolls are provided with the hanging scroll groove of installation elastic energy storage unit；
The transmission inner ring assembly includes power transmission shaft, energy storage axillare and locking axle sleeve, the power transmission shaft, energy storage axillare and lock
Dead axle set is solidly installed, and the power transmission shaft passes through the via one of the installation trench bottom of the base, is set on the energy storage axillare
Flexible energy-storage units mounting hole, the lock shaft are put provided with positioning hole, and the outer edge surface of the locking axle sleeve is provided with locking
Groove.
Further, the lock catch unit can rotate in the mounting post on the base around mounting post, the lock
Unit comprises at least a pair of latch components clockwise and latch components counterclockwise, and the latch components and latch components counterclockwise are all
Including installation portion, the installation portion stretches out unlocking arm and lock arm, the unblock in the mounting post on the installation portion
Arm promotes with the release boss to that should be able to be unlocked boss, and the lock arm is with lock slots to that should be able to make transmission inner ring group
Part is locked to be rotated, and resetting means is housed, after the resetting means can make locking mechanism be open on the installation portion
Reset.
Preferably, the elastic energy storage unit is extension spring, and on hanging scroll groove, the other end is mounted in bullet for described extension spring one end
In property energy-storage units mounting hole.
Preferably, the resetting means is torsion spring, and in the groove of the installation portion, one end props up certainly the torsion spring
Body, the other end is in the spacing hole of the base.
Further, the driver element includes reel, and the reel upper surface is equipped with operating shaft, the reel lower surface dress
There are drive shaft and locating shaft, the locating shaft is in the positioning hole that lock shaft is put described in the transmission inner ring assembly, institute
State in the driving slotted eye that drive shaft is stretched into described in the transmission outer ring assembl at least on one piece of retainer plate, the operating shaft passes through
The handle hole of the upper lid.
Further, the latch components clockwise are rotated clockwise to the transmission inner ring assembly and locked, described inverse
Hour hands latch components are rotated counterclockwise to the transmission inner ring assembly and locked.
Preferably, the hanging scroll groove and elastic energy storage unit mounting hole site are in gear unit same level.
Preferably, it is parallel to each other between every piece of retainer plate of at least one piece retainer plate.
Preferably, the unlocking arm and lock arm are bow, and the unlocking arm is shorter than lock arm, outside the lock arm
Chamfer can ensure the lock arm intelligent monodirectional locking in the lock slots.
Further, the reel upper surface is provided with driving trip boss, and the inner surface of the upper lid is provided with and the driving
Driving limited block corresponding to stroke boss.
Beneficial effect
Rotary switch operating mechanism component provided by the utility model, directly compressed relative to existing transmission energy-storage units
Spring, then releases the structure that can drive gear unit by spring, and gear unit is divided into transmission outer ring assembl by the utility model
With transmission inner ring assembly, the driven moving cell driving of transmission outer ring assembl, transmission inner ring assembly is driven by elastic energy storage unit, not only
The utilization ratio of elastic energy storage unit energy is improved, while adds the stability of transmission；Latched simultaneously in the utility model
Unit realizes locking or unblock using rigid contact, and the material deformation without lock catch unit can be achieved, and improve lock
Stability and reliability.
Brief description of the drawings
Accompanying drawing 1 is the product structure schematic diagram of the utility model embodiment.
Accompanying drawing 2 is the PBS Product Breakdown Structure schematic diagram of the utility model embodiment.
Accompanying drawing 3 is the utility model embodiment center base structural representation.
Accompanying drawing 4 is superstructure schematic diagram in the utility model embodiment.
Accompanying drawing 5 is gear unit structural representation in the utility model embodiment.
Accompanying drawing 6 is transmission outer ring assembl structural representation in the utility model embodiment.
Accompanying drawing 7 is transmission inner ring assembly structural representation in the utility model embodiment.
Accompanying drawing 8 is lock catch unit structural representation in the utility model embodiment.
Accompanying drawing 9 is lock catch unit top view in the utility model embodiment.
Accompanying drawing 10 is structure of driving unit schematic diagram in the utility model embodiment.
Accompanying drawing 11 is that the utility model embodiment rotates clockwise status architecture schematic diagram.
Accompanying drawing 12 is that the utility model embodiment rotates clockwise status architecture schematic diagram.
Embodiment
With reference to the accompanying drawings and examples, the utility model is described in further details.Detailed description hereinafter and
Accompanying drawing is used to exemplarily illustrate principle of the present utility model, and the utility model is not limited to described preferred embodiment, this reality
It is defined by the claims with new scope.
Embodiment
As shown in accompanying drawing 1,2 and 3, rotary switch operating mechanism component, it includes base 1, and one is mounted in the base 1
The upper lid 2 for forming inner containment chamber is acted, the accommodating chamber is built with driver element 3 and gear unit 4；The gear unit 4 fills
In the mounting groove 101 of the base 1, positive and negative rotation of the gear unit 4 in the mounting groove 101 of the base 1 is realized
The break-make of rotary switch
As shown in Figure 5, the gear unit 4 includes transmission outer ring assembl 401 and transmission inner ring assembly 402, the biography
Dynamic outer ring assembl 401 can be in the positive and negative rotation in the floor installation groove 101, the biography under the driver element 3 effect
The transmission forward and backward of inner ring assembly 402 is driven by elastic energy storage unit 5 during the 401 positive and negative rotation of dynamic outer ring assembl
Move so as to realize the break-make of rotary switch；The base 1 is provided with lock catch unit 6, and the lock catch unit 6 can be to the biography
Dynamic inner ring assembly 402 is locked or unlocked.
The transmission outer ring assembl 401 includes at least one piece of retainer plate 401a, as shown in Figure 6, institute in the present embodiment
It is two pieces to state at least one piece of retainer plate 401a, and two pieces of retainer plate 401a are connected with support shaft 401b to be fitted together, and is
Guarantee stability of rotation, arranged in parallel between two pieces of retainer plate 401a, the both ends of the support shaft 401b fill respectively
On two pieces of retainer plate 401a, 4 energy accumulation spring hanging scroll 401c are between two pieces of retainer plate 401a, 4 energy accumulation spring hanging scrolls
401c is arranged circumferentially with two pieces of retainer plate 401a's, and 4 energy accumulation spring hanging scroll 401c both ends are attached separately to two pieces of retainer plates
On 401a, every piece of retainer plate on two pieces of retainer plate 401a is provided with transmission inner ring assembly mounting hole 401a01, and described two
It is described provided with driving slotted eye 401a02 on the outside of transmission inner ring assembly mounting hole 401a01 on every piece of retainer plate on block back-up ring
Outer rim is provided with the release boss 401a03 that can unlock lock catch unit 6,4 energy accumulation spring hanging scrolls on two pieces of retainer plates
401c is provided with the hanging scroll groove 401c01 of installation elastic energy storage unit；
As shown in Figure 7, the transmission inner ring assembly 402 includes power transmission shaft 402a, energy storage axillare 402b and locking axle sleeve
402c, the power transmission shaft 402a, energy storage axillare 402b and locking axle sleeve 402c are solidly installed, and the power transmission shaft 402a passes through institute
Via one 101a, the energy storage axillare 402b for stating the bottom of mounting groove 101 of base 1 are provided with elastic energy storage unit mounting hole
402b01, the locking axle sleeve 402c are provided with positioning hole 402c01, and the outer edge surface of the locking axle sleeve 402c is provided with locking
Groove 402c02, lock slots 402c02 described in the present embodiment are 4, are evenly arranged on locking axle sleeve 402c outer edge surface.
As shown in Figure 2, the lock catch unit 6 can be around mounting post 102 in the mounting post 102 on the base 1
Rotate, the lock catch unit 6 comprises at least a pair latch components 601 and latch components counterclockwise 602 clockwise, in the present embodiment
Clockwise latch components 601 and latch components counterclockwise 602 are a pair, as shown in figs. 8 and 9, latch components 601 and inverse
Hour hands latch components 602 include installation portion 601a, 602a, described installation portion 601a, 602a be attached separately to the mounting post 102,
On 102 ', unlocking arm 601a01,602a01 and lock arm 601a02,602a02 are stretched out on described installation portion 601a, 602a, this
Unlocking arm 601a01,602a01 described in embodiment and lock arm 601a02,602a02 are bow, the unlocking arm
601a01,602a01 are shorter than lock arm 601a02,602a02.Wherein, described unlocking arm 601a01,602a01 and the unblock
Boss 401a03 promotes to that should be able to be unlocked boss 401a03, described lock arm 601a02,602a02 and lock slots 402c02
To that should be able to make transmission inner ring assembly 402 is locked can not rotate, resetting means 603 is housed on described installation portion 601a, 602a,
The resetting means 603 can be such that lock catch unit 6 is resetted after being open.Resetting means 603 described in the present embodiment is torsion spring, institute
State one end and prop up itself, the other end is in the spacing hole 103 of the base 1.
As shown in Figure 5, the elastic energy storage unit 5 is extension spring, and described extension spring one end is mounted in hanging scroll groove 401c01
On, the other end is in elastic energy storage unit mounting hole 402b01；The 401c01 of hanging scroll groove described in the present embodiment stores up with elasticity
Energy unit mounting hole 402b01 is located in the same level of gear unit 4, can ensure that extension spring is horizontally disposed with so as to realize maximum
The energy storage of degree.
As shown in Figure 10, the driver element 3 includes reel 301, and the upper surface of reel 301 is equipped with operating shaft
301a, the lower surface of reel 301 is equipped with drive shaft 301b and locating shaft 301c, the locating shaft 301c in the transmission
Locked described in coil assembly 402 in the positioning hole 402c01 on axle sleeve 402c, the drive shaft 301b stretches into the transmission outer ring
In driving slotted eye 401a02 described in component 401 on two pieces of retainer plate 401a, the operating shaft 301a passes through the upper lid 2
Handle hole 201.The upper surface of reel 301 is provided with driving trip boss 301d, as shown in Figure 4, the interior table of the upper lid 2
Face, which is provided with driving limited block 202 corresponding with the driving trip boss 301d, can limit the rotational angle of driver element 3.
As shown in Figure 11, clockwise turning operation axle 301a, the drive shaft 301b are located at the transmission outer ring assembl
Driving transmission outer ring assembl 401 rotates forward in driving slotted eye 401a02 described in 401 on two pieces of retainer plate 401a, clockwise lock
The outer end of lock arm 601a02 in component 601 forms lock in the lock slots 402c02 in transmission inner ring assembly 402,
The lock of the lock arm 601a02 and transmission inner ring assembly 402 is put with the pivot of lock catch unit 6 on the same line, together
When, an acute angle for being more than 0 degree is formed when lock arm 601a02 is latched with gear unit outer ring assembl 401, gear unit 4 is storing up
During energy the torque outwards rotated will not be produced to lock arm 601a02, and the torsion spring of resetting means 603 is provided to internal rotation
Torque ensures that lock is normal, not slide fastener, and now, the transmission inner ring assembly 402 is locked to be rotated clockwise, the elasticity
Energy-storage units 5 rotate forward stretching energy storage by the transmission outer ring assembl 401；As the transmission rotating forward of outer ring assembl 401 amplitude is further
90 ° of angles are increased to, release boss 401a03, which pushes out unlocking arm 601a01, makes lock catch unit 6 be turned out making lock arm
Unblock, at the same time, elastic energy storage are realized in the abjection out of lock slots 402c02 in transmission inner ring assembly 402 of 601a02 outer end
Unit 5, which is released, can drive transmission inner ring assembly 402 to rotate clockwise, during transmission inner ring assembly 402 rotates clockwise, due to
The lock arm 602a02 of latch components 602 counterclockwise outer chamfer, the transmission inner ring assembly 402 will not be blocked lock
It is fixed.In the present embodiment, after transmission inner ring assembly 402 rotates clockwise 90 °, elastic energy storage unit 5, which is released, to be finished, operating shaft
301a completes to rotate clockwise.
As shown in Figure 12, counterclockwise turning operation axle 301a, the drive shaft 301b are located at the transmission outer ring assembl
Driving transmission outer ring assembl 401 inverts in driving slotted eye 401a02 described in 401 on two pieces of retainer plate 401a, counterclockwise lock
The outer end of lock arm 602a02 in component 602 forms lock in the lock slots 402c02 in transmission inner ring assembly 402,
The lock of the lock arm 602a02 and transmission inner ring assembly 402 is put with the pivot of lock catch unit 6 on the same line, together
When, an acute angle for being more than 0 degree, gear unit 4 are formed when the lock arm 602a02 is latched with gear unit outer ring assembl 401
The torque outwards rotated will not be produced to lock arm 602a02, ensure that lock is normal, not slide fastener in thermal energy storage process, now, institute
State transmission inner ring assembly 402 to be locked and can not rotate counterclockwise, the elastic energy storage unit 5 is by the transmission outer ring assembl 401
Reversion stretching energy storage；As the transmission reversion amplitude of outer ring assembl 401 is further increased to 90 ° of angles, release boss 401a03 is outside
Promote unlocking arm 602a01 be turned out lock catch unit 6 so that lock arm 402c02 outer end from transmission inner ring assembly 402
In lock slots 402c02 in abjection realize unblock, at the same time, elastic energy storage unit 5 release can drive is driven inner ring assembly 402
Rotate counterclockwise, during transmission inner ring assembly 402 rotates counterclockwise, due to the lock arm of latch components 601 clockwise
601a02 outer chamfer, the transmission inner ring assembly 402 will not be blocked locking.In the present embodiment, when transmission inner ring group
After part 402 rotates counterclockwise 90 °, elastic energy storage unit 5, which is released, to be finished, and operating shaft 301a completes to rotate counterclockwise.
Structure, ratio, size, quantity depicted in the utility model embodiment institute accompanying drawings etc., only coordinating
Content disclosed in bright book, so that those skilled in the art understands and reads, being not limited to the utility model can implement
Qualifications, therefore do not have technical essential meaning, the modification of any structure, the change of proportionate relationship or the adjustment of size,
In the case where not influenceing the effect of the utility model can be generated and the purpose that can reach, all should still fall disclosed in the utility model
Technology contents obtain and can cover in the range of.Meanwhile in this specification it is cited as " on ", " under ", "left", "right", " in
Between ", " clockwise ", the term of " counterclockwise " etc., be merely convenient to understanding for narration, and be not used to limit the utility model can be real
The scope applied, its relativeness are altered or modified, can be real when being also considered as the utility model in the case where changing technology contents without essence
The category applied.
Claims (12)
1. rotary switch operating mechanism component, it includes base, is fitted together to form the upper of inner containment chamber with the base
Lid, the accommodating chamber is built with driver element and gear unit；
For the gear unit in the mounting groove of the base, the gear unit is positive and negative in the floor installation groove
Rotate the break-make for realizing rotary switch；
It is characterized in that：
The gear unit includes transmission outer ring assembl and transmission inner ring assembly, and the transmission outer ring assembl is in the driver element
Effect is lower to pass through bullet during the transmission positive and negative rotation of outer ring assembl in the positive and negative rotation in the floor installation groove
Property energy-storage units drive the positive and negative rotation of transmission inner ring assembly so as to realizing the break-make of rotary switch；
The base is provided with lock catch unit, and the lock catch unit can be to the transmission inner ring assembly locking or unblock.
2. rotary switch operating mechanism component as claimed in claim 1, it is characterised in that：The transmission inner ring assembly is being locked
When determining state, the elastic energy storage unit is by the transmission outer ring assembl forward and backward stretching energy storage；
It is described transmission inner ring assembly in released state, the elastic energy storage unit release can drive it is described be driven inner ring assembly just,
Reverse turn is so as to realizing rotary switch break-make.
3. rotary switch operating mechanism component as claimed in claim 1, it is characterised in that：The transmission outer ring assembl includes
There is at least one piece of retainer plate, every piece of retainer plate at least one piece of retainer plate is connected with support shaft to be fitted together, if
Dry energy accumulation spring hanging scroll is mounted at least one piece of retainer plate between adjacent two pieces of retainer plates, and some energy accumulation spring hanging scrolls are with least one
Every piece of retainer plate of block retainer plate is arranged circumferentially, and every piece of retainer plate at least on one piece of retainer plate is provided with transmission
Coil assembly mounting hole, it is provided with the outside of transmission inner ring assembly mounting hole on every piece of retainer plate at least on one piece of retainer plate
Slotted eye is driven, the outer rim at least on one piece of retainer plate is provided with the release boss that can unlock lock catch unit, some storages
Can hanging scroll groove of the spring hanging scroll provided with installation elastic energy storage unit；
The transmission inner ring assembly includes power transmission shaft, energy storage axillare and locking axle sleeve, the power transmission shaft, energy storage axillare and lock shaft
Set is solidly installed, and the power transmission shaft passes through the via one of the installation trench bottom of the base, and the energy storage axillare is provided with bullet
Property energy-storage units mounting hole, the lock shaft put provided with positioning hole, and the outer edge surface of the locking axle sleeve is provided with lock slots.
4. rotary switch operating mechanism component as claimed in claim 3, it is characterised in that：The lock catch unit is mounted in described
It can be rotated in mounting post on base around mounting post, the lock catch unit comprises at least a pair of latch components clockwise and inverse time
Pin latch components, the latch components and latch components counterclockwise all include installation portion, and the installation portion is mounted in the mounting post
On, unlocking arm and lock arm are stretched out on the installation portion, the unlocking arm is with the release boss to that should be able to be unlocked boss
Promote, the lock arm, to that should be able to make transmission inner ring assembly is locked can not rotate, is equipped with lock slots on the installation portion
Resetting means, the resetting means can be such that locking mechanism is resetted after being open.
5. rotary switch operating mechanism component as claimed in claim 3, it is characterised in that：The elastic energy storage unit is drawing
Spring, described extension spring one end is on hanging scroll groove, and the other end is in elastic energy storage unit mounting hole.
6. rotary switch operating mechanism component as claimed in claim 4, it is characterised in that：The resetting means is torsion spring,
For the torsion spring in the groove of the installation portion, the one end props up itself, and the other end is mounted in the spacing hole of the base
It is interior.
7. rotary switch operating mechanism component as claimed in claim 3, it is characterised in that：The driver element includes axle
Disk, the reel upper surface are equipped with operating shaft, and the reel lower surface is equipped with drive shaft and locating shaft, and the locating shaft is mounted in institute
State in the positioning hole that lock shaft is put described in transmission inner ring assembly, the drive shaft is stretched into described in the transmission outer ring assembl
In driving slotted eye at least on one piece of retainer plate, the operating shaft passes through the handle hole of the upper lid.
8. rotary switch operating mechanism component as claimed in claim 4, it is characterised in that：The latch components pair clockwise
The transmission inner ring assembly, which rotates clockwise, to be locked, and the latch components counterclockwise are counterclockwise to the transmission inner ring assembly
Rotation is locked.
9. the rotary switch operating mechanism component as described in claim 3 or 5, it is characterised in that：The hanging scroll groove and bullet
Property energy-storage units mounting hole site is in gear unit same level.
10. the rotary switch operating mechanism component as described in claim 3 or 5, it is characterised in that：At least one piece of back-up ring
It is parallel to each other between every piece of retainer plate of plate.
11. rotary switch operating mechanism component as claimed in claim 4, it is characterised in that：The unlocking arm and lock arm
For bow, the unlocking arm is shorter than lock arm, and the outer chamfer of the lock arm can ensure the lock arm in the lock
Determine intelligent monodirectional locking in groove.
12. rotary switch operating mechanism component as claimed in claim 7, it is characterised in that：The reel upper surface is provided with
Driving trip boss, the inner surface of the upper lid drive limited block provided with corresponding with the driving trip boss.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720801140.8U CN207082471U (en) | 2017-07-04 | 2017-07-04 | Rotary switch operating mechanism component |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720801140.8U CN207082471U (en) | 2017-07-04 | 2017-07-04 | Rotary switch operating mechanism component |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207082471U true CN207082471U (en) | 2018-03-09 |
Family
ID=61427068
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720801140.8U Active CN207082471U (en) | 2017-07-04 | 2017-07-04 | Rotary switch operating mechanism component |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207082471U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108615641A (en) * | 2018-05-09 | 2018-10-02 | 浙江天正电气股份有限公司 | a kind of rotary switch |
| CN109216083A (en) * | 2017-07-04 | 2019-01-15 | 上海良信电器股份有限公司 | Rotary switch operating mechanism component |
-
2017
- 2017-07-04 CN CN201720801140.8U patent/CN207082471U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109216083A (en) * | 2017-07-04 | 2019-01-15 | 上海良信电器股份有限公司 | Rotary switch operating mechanism component |
| CN108615641A (en) * | 2018-05-09 | 2018-10-02 | 浙江天正电气股份有限公司 | a kind of rotary switch |
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