CN204610811U - A kind of shift control device - Google Patents
A kind of shift control device Download PDFInfo
- Publication number
- CN204610811U CN204610811U CN201520103919.3U CN201520103919U CN204610811U CN 204610811 U CN204610811 U CN 204610811U CN 201520103919 U CN201520103919 U CN 201520103919U CN 204610811 U CN204610811 U CN 204610811U
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- gear
- spacing
- dead bolt
- control device
- arm
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Abstract
The utility model relates to a kind of shift control device, and it comprises manipulator bearing, gearshift limiting stopper, spacing dead bolt, shifting shaft, gear-shifting rocker arm and block selecting rocking arm; The gearshift movable top being installed on manipulator bearing of limiting stopper, it is made up of cross spacing portion and longitudinal spacing axle; Gear-shifting rocker arm comprises base portion and link arm; Base portion top is equipped with gear shift operating rod; The joint of base portion and link arm offers dead bolt draw-in groove; Spacing dead bolt is provided with cylinder chamber, and the other end connects with movable contact of neutral restraining groove; Spring is embedded with in cylinder chamber; Spacing dead bolt is provided with at least one pair of anti-rotation block; Gearshift limiting stopper collides with gearshift limiting block pad respectively in forward and back gear process; Side, block selecting rocking arm upper end and shifting shaft one end axis body assembly connection, upper end opposite side is installed with block selecting rocker shaft.The utility model reasonable in design, operation uses simple, and control feel is good, block selecting, shifts gears convenient and reliable, effectively can avoid the problem occurring off-gear after putting into gear.
Description
Technical field
The utility model belongs to technical field of automobile parts, relates to a kind of shift control device, particularly relate to a kind of have limit stoper can effectively avoid put into gear after there is off-gear, can not find the shift control device of the problems such as neutral.
Background technique
Manual gear shift control device does not generally design shift control device, in actual use manual gear shift control device particularly truck manual gear shift control device often there will be off-gear because of reasons such as vehicle jolt; Because not having neutral limit stoper, some manipulators occur that neutral gear position difficulty is looked for, need during gearshift repeatedly to shake after gear level finds sensation and shift gears, control feel is very bad.
Manual gear shift control device is the left and right shake of gear-shifting rocker arm when block selecting, by shifting shaft, block selecting rocking arm is produced and rotates around block selecting pitman arm shaft.Due to the rotation of block selecting rocking arm, gear-shifting rocker arm can be pulled to produce a deflection.In recent years, manual gear shift control device is had to add gearshift limit structure both at home and abroad, this kind of manipulator limit structure and manipulator pedestal are one, therefore the deflection of gear-shifting rocker arm causes interfering between spacing dead bolt and limiting stopper or improper friction, and feel is handled in impact or unexpected advanced wear lost efficacy.
Given this, a kind of gearshift position manipulators assembly is mentioned in Chinese patent 201220132603.3, comprise support and rack-mount gearshift swing arm, transposition rocker and operating handle, the bottom of gearshift swing arm and operating handle is fixed as one, transposition rocker is articulated with on support, support is provided with the transverse axis that can rotate along the axis of self, transverse axis is provided with returning device, transverse axis is fixed with the longitudinal axis that axis is perpendicular, the bottom of operating handle is articulated with on the longitudinal axis, positioning device is provided with between transverse axis and operating handle, the end of transposition rocker has elongated slot, transverse axis is fixed with transmission arm, the end of transmission arm is stretched in elongated slot.Although this manipulator assembly structure principle is simple, but positioning device is fixed with transverse axis and the longitudinal axis, in the process promoting operating handle, positioning device also moves together, and when place kick contacts with the positioning recess of positioning device, very large friction, impact sound can occur, noise is large, and place kick and positioning recess rub for a long time, collide and be easy to wear and tear, if things go on like this, whole gearshift feel will be affected, also easily occur off-gear problem; Meanwhile, adopt transverse axis and the longitudinal axis to serve as shifting shaft structure, this structure is too complicated, requires that part accuracy of manufacturing is high, and gap is not easy to control, or manipulation has tight, astringent sense, or has looseness sense, and cost is higher, and actual use can be limited.
In another Chinese patent 200710186909.0, mention a kind of gearshift and selection device, this device comprises speed change lever, and this speed change lever is set to pivotable in main body, and can on the body relative to body lock in its at least one relative position.This invention provides lock-in feature, this lock-in feature comprises ' locked ' zone and locking member, this ' locked ' zone to be formed on the speed change lever side in main body and to be provided with locking recess, this locking member be formed as in case correspond to this locking recess and supporting for move longitudinally on speed change lever.Although, although this invention also can realize spacing operation of shifting gears, but the casting structure that ' locked ' zone is integrated and for spherical structure, this structural design is easy to make locking member after gearshift, be stuck in ' locked ' zone side cannot effective return, simultaneously, because in block selecting process, locking member has certain deflection angle with gear arm, and the casting structure that ' locked ' zone is integrated, deflection cannot be mated together with gear arm, this deflection angle cannot carry out effectively excessively, all causing unexpected wearing and tearing in rotary course to ' locked ' zone, locking member; Simultaneously manipulator pluck gear make the return trip empty gear time there will be locking member and just do not returning in time, to occur being stuck on limited impression thus to can not find the situation of neutral, have impact on gearshift efficiency and shift feel.
In sum, the utility model is intended to solve selector and does not shift gears spacing, shift feel is bad, pluck gear after can not find the problem of neutral, solve manipulator causing shifting gears the interference problem of limit structure with the spacing dead bolt of gearshift because of gear-shifting rocker arm deflection during block selecting simultaneously.
Summary of the invention
For above problem, the utility model provides a kind of control feel with limit stoper good, block selecting, shifts gears convenient and reliable and efficiency is high, effectively can avoid the shift control device occurring off-gear after putting into gear, can not find the problem of neutral.
The utility model is achieved through the following technical solutions:
Above-mentioned shift control device, comprises manipulator bearing, gearshift limiting stopper, spacing dead bolt, shifting shaft, gear-shifting rocker arm and block selecting rocking arm; Described manipulator bearing offers bearing hole from side Middle face to relative another side level is through, and along described bearing aperture to upwards offering spacing axis hole, top is positioned at described spacing axis hole bilateral symmetry and is provided with and has flexible gearshift limiting block pad; The movable top being installed on described manipulator bearing of described gearshift limiting stopper, it is by the cross spacing portion on top and form from the longitudinal spacing axle that described cross spacing portion bottom center vertically extends to form downwards; The back central authorities in described cross spacing portion are provided with neutral restraining groove, are connected between bottom and the top of described manipulator bearing by movable contact of liner; Described longitudinal spacing axle coupling to be embedded in described spacing axis hole and and be provided with muff between the inwall of described spacing axis hole; Described shifting shaft is arranged in described bearing hole, in the middle part of it with the inner hole wall of described bearing hole be movable contact connect and two ends axis body assembly connection in described gear-shifting rocker arm; Described gear-shifting rocker arm is installed on described shifting shaft, it link arm comprising base portion and extended to form to both sides outside sweep by described base portion one end; The top of described base portion is equipped with gear shift operating rod; The two ends axis body assembly connection of described link arm and described shifting shaft; The joint of described base portion and link arm offers dead bolt draw-in groove; Described spacing dead bolt is positioned at the top in described cross spacing portion, and axially offer cylinder chamber from end center inside the bottom that its one end match activities formula penetrates described base portion, the other end contacts with described neutral restraining groove match activities formula and connects; In described cylinder chamber, coupling is embedded with spring; Relative both sides, one end outer wall that described spacing dead bolt contacts with described cross spacing portion is arranged with at least one pair of anti-rotation block, and described a pair anti-rotation block is arranged symmetrically with along the axis of described spacing dead bolt; Described gearshift limiting stopper is entering gear or is moving back in gear process and collide with the gearshift limiting block pad of described spacing axis hole both sides respectively; Described side, block selecting rocking arm upper end and described shifting shaft one end assembly connection, upper end opposite side is installed with block selecting rocker shaft.
Described shift control device, wherein: bottom and the described neutral restraining groove of described spacing dead bolt are that movable contact of cambered surface or sphere connects.
Described shift control device, wherein; Described neutral restraining groove is level off to the streamline groove structure of V-shaped along the Vertical direction cross section of described bearing hole axis; The back of described gearshift limiting stopper is also arranged with into gear restraining groove being positioned at described neutral restraining groove both sides; Describedly enter to keep off the streamline groove structure that restraining groove is the Vertical direction cross section nick along described bearing hole axis, formed into gear trend curved surface.
Described shift control device, wherein: what described shifting shaft adopted is ball head structure, is contacted connect in the middle part of it with the middle part inner hole wall of described bearing hole by joint shaft bearing, two ends axis body be arranged with axially locating axle sleeve and with described gear-shifting rocker arm assembly connection.
Described shift control device, wherein: the movable middle part endoporus being embedded at described bearing hole of described joint shaft bearing.
Described shift control device, wherein: the top of described base portion is provided with gear shift operating rod mounting hole vertically, bottom is provided with spacing dead bolt mounting hole vertically; Described gear shift operating rod coupling is arranged in described gear shift operating rod mounting hole; Described spacing dead bolt one end coupling embeds in described spacing dead bolt mounting hole.
Described shift control device, wherein: described link arm comprises left arm and right arm; Offer mounting groove in the middle part of the hypomere position of described right arm, the top of described mounting groove is equiped with gear-shifting rocker arm hinge.
Described shift control device, wherein: the platy structure that described block selecting rocking arm is integrated, its lower end is equiped with block selecting rocking arm hinge.
Described shift control device, wherein: described manipulator holder top is also arranged with the groove be in the shape of the letter V for a pair being positioned at described bearing hole both sides; The side of described a pair groove is located at by described a pair gearshift limiting block pad.
Beneficial effect:
The utility model shift control device is owing to adding gearshift limiting stopper and the limit stoper that forms of spacing dead bolt, when there is off-gear and block selecting after can effectively avoiding putting into gear, spacing dead bolt self adaption deflection can not can not return positive problem when there is neutral return, and structural design is simple, reasonable, operation uses simple, and control feel is good, wherein, gearshift limiting stopper is the movable top being installed on manipulator bearing, connected by movable contact of liner bottom it with between the top of manipulator bearing, simultaneously, employ split type self adaption and rotate gearshift limiting stopper, spacing dead bolt with spring can move axially up and down along gear arm in gear-shifting rocker arm, can not relatively rotate, under the effect of elastic force, spacing dead bolt is pressed in the neutral restraining groove of rotatable gearshift limiting stopper always, make spacing dead bolt all the time with gearshift limiting stopper synchronous hunting, be unlikely and occur off-gear problem, especially, by setting up liner and bearing housing on gearshift limiting stopper, the angle that limiting stopper of can effectively excessively shifting gears deflects in shift process, when avoiding block selecting, gear-shifting rocker arm deflection interferes with spacing dead bolt, also gearshift limiting stopper and the wearing and tearing that occur of manipulator bearing can effectively be reduced, also be convenient to the effective return of spacing dead bolt simultaneously, improve gearshift efficiency, when causing gear-shifting rocker arm to produce deflection because of block selecting manipulation, spacing dead bolt deflects with gear-shifting rocker arm, gearshift limiting stopper is driven to rotate together, because the bottom of spacing dead bolt is that movable contact connects with neutral restraining groove, thus solve the interference of asynchronous deflection between spacing dead bolt and gearshift limiting stopper or improper friction, the block selecting of whole shift control device, shift gears convenient and reliable, effectively can avoid the problem occurring off-gear after putting into gear, during efficient solution final election gear, spacing dead bolt can not just can not return when there is neutral return in self adaption deflection, can not find the problem of neutral, be suitable for propagation and employment.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model shift control device;
Fig. 2 is the partial sectional view of the utility model shift control device;
Fig. 3 is the enlarged view of a-quadrant in Fig. 2 of the utility model shift control device;
Fig. 4 is the neutral position state schematic diagram of the utility model shift control device;
Fig. 5 be the utility model shift control device enter to keep off view;
Fig. 6 is the subassembly schematic diagram of the utility model shift control device.
Embodiment
As shown in Figures 1 to 6, the utility model shift control device, comprises manipulator bearing 1, gearshift limiting block pad 2, gearshift limiting stopper 3, spacing dead bolt 4, shifting shaft 5, gear-shifting rocker arm 6 and block selecting rocking arm 7.
This manipulator bearing 1 is in blocks structure, top is provided with the groove 11 of a pair V-shaped, simultaneously, this manipulator bearing 1 offers bearing hole 12 from side Middle face to relative another side level is through, radial direction along this bearing hole 12 upwards offers spacing axis hole 13, this Dao You inclined-plane, aperture, bearing hole 12 one end; Groove 11 symmetry of this pair V-shaped is positioned at spacing axis hole 13 both sides and is all provided with in close spacing axis hole 13 side and has flexible gearshift limiting block pad 2.
The movable top being installed on this manipulator bearing 1 of this gearshift limiting stopper 3, it is by the cross spacing portion 31 on top and form from the longitudinal spacing axle 32 that cross spacing portion 31 bottom center vertically extends downwards; Wherein, this cross spacing portion 31 is connected to this manipulator bearing 1 top in movable contact, and this longitudinal spacing axle 32 is embedded in the spacing axis hole 13 of this manipulator bearing 1; The center of top in this cross spacing portion 31 is provided with neutral restraining groove 312, and top is arranged with into gear restraining groove at the position being positioned at neutral restraining groove 312 both sides; Neutral restraining groove 312 is level off to the streamline groove structure of V-shaped along the Vertical direction cross section of bearing hole 12 axis; Entering to keep off restraining groove 313 is also the streamline groove structure along the Vertical direction cross section nick of bearing hole 12 axis, is formed into gear trend curved surface; Liner 311 is folded with between the bottom in this cross spacing portion 31 and the top of manipulator bearing 1; Bearing housing 321 is folded with between this longitudinal spacing axle 32 and spacing hole 13 of this manipulator bearing 1.Wherein, entering in gear process, gear-shifting rocker arm 6 collides with the gearshift limiting block pad 2 of one of gearshift limiting stopper 3 both sides, has elasticity due to gearshift limiting block pad 2, avoid gear-shifting rocker arm 6, with manipulator bearing 1, rigid collision occurs, the noise that gearshift collision produces can be reduced; Meanwhile, by setting up liner 311 and bearing housing 321, in shift process, being convenient to the deflection that transition gearshift limiting stopper 3 occurs with manipulator bearing 1, effectively can reducing the wearing and tearing that gearshift limiting stopper 3 occurs with manipulator bearing 1.
This spacing dead bolt 4 is arranged at the top, cross spacing portion 31 of this gearshift limiting stopper 3, and it is overall in column structure, and one end coupling embeds inside gear-shifting rocker arm 6, and the other end contacts with cross spacing portion 31 top movable and connects; Wherein, relative both sides, one end outer wall that this spacing dead bolt 4 contacts with cross spacing portion 31 is arranged with a pair anti-rotation block 41, one end end center inside this spacing dead bolt 4 self-embedding gear-shifting rocker arm 6 axially offers cylinder chamber 42, simultaneously, end, one end indent camber groove structure that this spacing dead bolt 4 contacts with cross spacing portion 31 and movable contact is connected to neutral restraining groove 312 is arc shaped surface or sphere with the movable contact face of neutral restraining groove 312; This pair anti-rotation block 41 is arranged symmetrically with along the axis of this spacing dead bolt 4; In this cylinder chamber 42, coupling is embedded with spring 43; In shift process, this spacing dead bolt 4 is contact slide on gearshift limiting stopper 3, and during block selecting, gear-shifting rocker arm 6 deflection drives spacing dead bolt 4 to deflect, and spacing dead bolt 4 can drive gearshift limiting stopper 3 synchronously to deflect; When making the return trip empty gear, gear-shifting rocker arm 6 progressively returns and is just driving spacing dead bolt 4 times just, spacing dead bolt 4 because of connects with the close contact of gearshift limiting stopper 3 thus drives shift gears limiting stopper 3 also synchronous time just, spacing dead bolt 4 can snap in neutral restraining groove 312 when making the return trip empty and keeping off smoothly; Add and set up liner 311 and bearing housing 321, rotation, the return of gearshift limiting stopper 3 are convenient.
This shifting shaft 5 is arranged in the bearing hole 12 of this manipulator bearing 1, is contacted and is connected in the middle part of it with the middle part inner hole wall of bearing hole 12 by joint shaft bearing 51, two ends axis body be arranged with axially locating axle sleeve 52 and with gear-shifting rocker arm 6 assembly connection; The movable middle part endoporus being embedded at bearing hole 12 of joint shaft bearing 51; What in the present embodiment, this shifting shaft 5 adopted is ball head structure, and its end bulb 53 is connected with block selecting rocking arm 7.
What this gear-shifting rocker arm 6 was integrated dials prong like and is installed on this shifting shaft 5, and it comprises base portion 61 and link arm 62; Wherein, this base portion 61 is in column structure, and its top is provided with gear shift operating rod mounting hole 611 vertically, and bottom is provided with spacing dead bolt mounting hole 612 vertically; In this gear shift operating rod mounting hole 611, coupling is equipped with gear shift operating rod 613, and the other end relative with cross spacing portion 31 top movable contact jaw of this spacing dead bolt 4 mates and embed in spacing dead bolt mounting hole 612.This link arm 62 is a pair that is extended to form to both sides outside sweep by this base portion 61 root, namely left arm 621 and right arm 622 is comprised, the end of this left arm 621 and the axis body 52 of shifting shaft 5 pass one end assembly connection outside manipulator bearing 1, the middle epimere (namely corresponding with left arm 621 end position) of this right arm 622 and the axis body 52 of shifting shaft 5 pass the other end assembly connection outside manipulator bearing 1, and the other end that this axis body 52 passes outside manipulator bearing 1 also passes to right arm 622 outer wall; Meanwhile, offer mounting groove 623 in the middle part of this right arm 622 hypomere position, the top of this mounting groove 623 is equiped with the first gear-shifting rocker arm hinge 624; Moreover the connection part of this base portion 61 and link arm 62 also offers dead bolt draw-in groove 63 from bottom to top, bottom land and the spacing dead bolt mounting hole 612 of this dead bolt draw-in groove 63 are through; This spacing dead bolt 4 one end embeds in spacing dead bolt mounting hole 612, and the anti-rotation block 41 of the other end both sides mates in embedding dead bolt draw-in groove 63, spacing to realize spacing dead bolt 4 anti-rotation.
The platy structure that this block selecting rocking arm 7 is integrated, its side, upper end is provided with ball cup 71 and end bulb 53 assembly connection of the other end passed to right arm 622 outer wall by ball cup 71 and this axis body 52, upper end opposite side is installed with block selecting rocker shaft 72, and lower end is equiped with the second gear-shifting rocker arm hinge 73.
Use principle of the present utility model:
To shift gears into gear spacing for forward and backward for this gearshift limiting block pad 2; This gearshift limiting stopper 3 is that middle neutral is spacing, the trend curved surface that enters to keep off at its back adds spring 43 impacting force on spacing dead bolt 4, can ensure that gear-shifting rocker arm 6 to enter after gear not off-gear, this power need be overcome when plucking gear until get back to the neutral restraining groove 312 of the middle neutral of gearshift limiting stopper 3.The gearshift angle that the gearshift limiting block pad 2 of neutral restraining groove 312 both sides can need according to different gearbox adjusts, and increases the accommodation of this selector; Limiting block pad 2 of shifting gears after entering gear limits gear-shifting rocker arm 6 and continues into gear, and the off-gear locking mechanical resistance of entering to keep off restraining groove and the generation of spacing dead bolt 4 impacting force of gearshift limiting stopper 3 is stopped gear-shifting rocker arm 6 and departed from gear.
The utility model shift control device is owing to adding gearshift limiting stopper and the limit stoper that forms of spacing dead bolt, when there is off-gear and block selecting after can effectively avoiding putting into gear, spacing dead bolt self adaption deflection can not can not return positive problem when there is neutral return, and structural design is simple, reasonable, operation uses simple, convenient and reliably, control feel is good; Spacing dead bolt can move axially up and down in gear-shifting rocker arm simultaneously, can not relatively rotate, when causing gear-shifting rocker arm to produce deflection because of block selecting manipulation, spacing dead bolt deflects with gear-shifting rocker arm, gearshift limiting stopper is driven to rotate together, thus the interference effectively solved between limiting lock tongue and gearshift limiting stopper or improper friction.
Claims (9)
1. a shift control device, is characterized in that: described shift control device comprises manipulator bearing, gearshift limiting stopper, spacing dead bolt, shifting shaft, gear-shifting rocker arm and block selecting rocking arm;
Described manipulator bearing offers bearing hole from side Middle face to relative another side level is through, and along described bearing aperture to upwards offering spacing axis hole, top is positioned at described spacing axis hole bilateral symmetry and is provided with and has flexible gearshift limiting block pad;
The movable top being installed on described manipulator bearing of described gearshift limiting stopper, it is by the cross spacing portion on top and form from the longitudinal spacing axle that described cross spacing portion bottom center vertically extends to form downwards; The back central authorities in described cross spacing portion are provided with neutral restraining groove, are connected between bottom and the top of described manipulator bearing by movable contact of liner; Described longitudinal spacing axle coupling to be embedded in described spacing axis hole and and be provided with muff between the inwall of described spacing axis hole;
Described shifting shaft is arranged in described bearing hole, in the middle part of it with the inner hole wall of described bearing hole be movable contact connect and two ends axis body assembly connection in described gear-shifting rocker arm;
Described gear-shifting rocker arm is installed on described shifting shaft, it link arm comprising base portion and extended to form to both sides outside sweep by described base portion one end; The top of described base portion is equipped with gear shift operating rod; The two ends axis body assembly connection of described link arm and described shifting shaft; The joint of described base portion and link arm offers dead bolt draw-in groove;
Described spacing dead bolt is positioned at the top in described cross spacing portion, and axially offer cylinder chamber from end center inside the bottom that its one end match activities formula penetrates described base portion, the other end contacts with described neutral restraining groove match activities formula and connects; In described cylinder chamber, coupling is embedded with spring; Relative both sides, one end outer wall that described spacing dead bolt contacts with described cross spacing portion is arranged with at least one pair of anti-rotation block, and described a pair anti-rotation block is arranged symmetrically with along the axis of described spacing dead bolt; Described gearshift limiting stopper is entering gear or is moving back in gear process and collide with the gearshift limiting block pad of described spacing axis hole both sides respectively;
Described side, block selecting rocking arm upper end and described shifting shaft one end assembly connection, upper end opposite side is installed with block selecting rocker shaft.
2. shift control device as claimed in claim 1, is characterized in that: bottom and the described neutral restraining groove of described spacing dead bolt are that movable contact of cambered surface or sphere connects.
3. shift control device as claimed in claim 1 or 2, is characterized in that; Described neutral restraining groove is level off to the streamline groove structure of V-shaped along the Vertical direction cross section of described bearing hole axis;
The back of described gearshift limiting stopper is also arranged with into gear restraining groove being positioned at described neutral restraining groove both sides; Describedly enter to keep off the streamline groove structure that restraining groove is the Vertical direction cross section nick along described bearing hole axis, formed into gear trend curved surface.
4. shift control device as claimed in claim 1, it is characterized in that: what described shifting shaft adopted is ball head structure, contacted by joint shaft bearing with the middle part inner hole wall of described bearing hole in the middle part of it and connect, two ends axis body be arranged with axially locating axle sleeve and with described gear-shifting rocker arm assembly connection.
5. shift control device as claimed in claim 4, is characterized in that: the movable middle part endoporus being embedded at described bearing hole of described joint shaft bearing.
6. shift control device as claimed in claim 1, it is characterized in that: the top of described base portion is provided with gear shift operating rod mounting hole vertically, bottom is provided with spacing dead bolt mounting hole vertically;
Described gear shift operating rod coupling is arranged in described gear shift operating rod mounting hole;
Described spacing dead bolt one end coupling embeds in described spacing dead bolt mounting hole.
7. shift control device as claimed in claim 1, is characterized in that: described link arm comprises left arm and right arm; Offer mounting groove in the middle part of the hypomere position of described right arm, the top of described mounting groove is equiped with gear-shifting rocker arm hinge.
8. shift control device as claimed in claim 1, it is characterized in that: the platy structure that described block selecting rocking arm is integrated, its lower end is equiped with block selecting rocking arm hinge.
9. shift control device as claimed in claim 1, is characterized in that: described manipulator holder top is also arranged with the groove be in the shape of the letter V for a pair being positioned at described bearing hole both sides; The side of described a pair groove is located at by described a pair gearshift limiting block pad.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520103919.3U CN204610811U (en) | 2015-02-13 | 2015-02-13 | A kind of shift control device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520103919.3U CN204610811U (en) | 2015-02-13 | 2015-02-13 | A kind of shift control device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204610811U true CN204610811U (en) | 2015-09-02 |
Family
ID=53963379
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520103919.3U Withdrawn - After Issue CN204610811U (en) | 2015-02-13 | 2015-02-13 | A kind of shift control device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204610811U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104696506A (en) * | 2015-02-13 | 2015-06-10 | 十堰达峰软轴有限公司 | Gear shifting manipulator |
| CN110425271A (en) * | 2019-08-12 | 2019-11-08 | 合肥华骏汽车部件有限公司 | A kind of neutral gear positioning device of operating mechanism |
| CN112178174A (en) * | 2020-11-06 | 2021-01-05 | 合肥华骏汽车部件有限公司 | Gear shifting method of gear shifting mechanism |
-
2015
- 2015-02-13 CN CN201520103919.3U patent/CN204610811U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104696506A (en) * | 2015-02-13 | 2015-06-10 | 十堰达峰软轴有限公司 | Gear shifting manipulator |
| CN110425271A (en) * | 2019-08-12 | 2019-11-08 | 合肥华骏汽车部件有限公司 | A kind of neutral gear positioning device of operating mechanism |
| CN112178174A (en) * | 2020-11-06 | 2021-01-05 | 合肥华骏汽车部件有限公司 | Gear shifting method of gear shifting mechanism |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150902 Effective date of abandoning: 20170510 |
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| AV01 | Patent right actively abandoned |