CN2325266Y - Theft-proof arrangement for vehicle placed on steering mechanism - Google Patents
Theft-proof arrangement for vehicle placed on steering mechanism Download PDFInfo
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- CN2325266Y CN2325266Y CN98200293U CN98200293U CN2325266Y CN 2325266 Y CN2325266 Y CN 2325266Y CN 98200293 U CN98200293 U CN 98200293U CN 98200293 U CN98200293 U CN 98200293U CN 2325266 Y CN2325266 Y CN 2325266Y
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Abstract
The utility model discloses a theft-proof device for an operating mechanism. The utility model is positioned in the operating mechanism, and the utility model is a link which is used for transferring the control action. Under the theft-proof state, the operation transmission can be interrupted by the utility model, and an operated component can be locked by the utility model. A connecting element of the utility model is connected with an operating end, a fixing element is connected with a pedestal, a moving element is connected with the operated component, and a driving element is connected with a lock core shaft. The driving element can drive the moving element to be respectively engaged with the connecting element and the fixing element. The engaging structure of the connecting element, the fixing element, the moving element and the driving element is positioned in an enclosed cavity of the utility model. By rotating a key, the relative positions of the elements of the utility model can be changed. The utility model has the advantages of simple structure, cheap price, reliable work and convenient use.
Description
The utility model relates to the anti-joyride device in a kind of steering unit, especially the anti-joyride device in the vehicle steering unit.
In steering unit, need pass to operated unit by a series of Transmissions with the motion of the controls end points (hereinafter to be referred as manipulatable end) of people's limbs direct contact, therefore limit the motion of one of them Transmission, can prevent that steering unit from illegally being used.At present, mainly contain two kinds based on the anti-joyride device of this principle, first vehicle steering mechanism pin, its attaching is blocked steering shaft with dead bolt on the steering shaft of vehicle, and the disabled orientation dish rotates.This lock has application example (as the bearing circle pin of Fukang Car, bicycle handle bar's pin etc.), it two is automobile burglar gear lever lock (as practical novel C N2223223Y), this lock is divided into shifter bar the upper and lower two parts that link to each other with steel rope, upper boom has can be by the slide mass of key control, this slip physical efficiency connects with lower beam, the turn key makes slide mass separate with lower beam, and then the motion of upper boom can not be passed to operated unit.These two kinds of devices all have deficiency, and the former can be with adding the method releasing locking that high pulling torque destroys dead bolt or lock body, and the latter can be with cutting off steel rope and substituting the valid function of the method recovery of upper boom to vehicle with Special Thing.
The purpose of this utility model provides a kind of simple and easy, failure-free anti-joyride device, and this device is arranged in steering unit, is a link transmitting control action, under anti-theft state, it can interrupt handling transmission, can also lock operated unit, has higher antitheft usefulness.
For achieving the above object, the technical solution of the utility model is that device has connector, moving member, connecting element, four groundwork parts of dragging element.The connector of device connects with manipulatable end, connector is with the control action corresponding sports, the connecting element of device connects with the pedestal or the shell (hereinafter to be referred as pedestal) of steering unit, connecting element and pedestal fix on the sense of motion of appointment, and the moving member of device connects with operated unit, and moving member can move between connector and connecting element, the dragging element of device connects with lock core shaft, dragging element can be stirred moving member, moving member is meshed with connector or connecting element respectively, and moving member is located.The engaging structure of connector, connecting element, moving member, dragging element is positioned at the closed cavity of device, convertible its relative position of turn key, when moving member only meshes with connector, transmission between manipulatable end and the operated unit is by UNICOM, control action can be delivered to operated unit, and manipulation is an actv..When moving member only meshed with connecting element, the transmission between manipulatable end and the operated unit was interrupted, and control action can not be delivered to operated unit, and operated unit is locked, and manipulation is invalid.
An embodiment of the present utility model is the anti-joyride device that one dimension rotates manipulatable end.Device by connector, moving member, connecting element, dragging element, rotating shaft, stir axle, lock body, lock core, lock core shaft, anti-theft screw cap and form.Connector has axle journal, and the cylindrical of axle journal cooperates with the through hole of lock body, and axle journal has centre hole to cooperate with rotating shaft, and axle journal has tooth to cooperate with the tooth of moving member.Circle has key to cooperate with rotating shaft in the moving member, and cylindrical has groove to cooperate with dragging element, and moving member has tooth to cooperate with the tooth of connector, connecting element, and moving member can move axially in rotating shaft.Connecting element has axle journal, and the cylindrical of axle journal cooperates with the through hole of lock body, and axle journal has centre hole to cooperate with rotating shaft, and axle journal has tooth to cooperate with the tooth of moving member.Dragging element is the eccentric pin of stirring on the axle, cooperates with the groove of moving member.Rotating shaft has the shaft shoulder to cooperate with the end face of connecting element, and rotating shaft has key to cooperate with moving member, and rotating shaft has screw thread to cooperate with anti-theft screw cap, and rotating shaft connects with follow-up Transmission.An end face stirring axle has eccentric orfice to cooperate with dragging element, and another end face has convex-concave structure and lock core shaft's engagement.Lock body has orthogonal two holes, through hole and rotating shaft coaxial line, and axle journal, the rotating shaft of the axle journal of connector, moving member, connecting element are arranged in through hole; Blind hole with stir a coaxial line, stir axle, lock core is arranged in blind hole.Connect with the mode that can not illegally dismantle between lock core and the lock body.There are two latched positions in lock core shaft.Anti-theft screw cap is fixed on connector, connecting element, lock body on the appointment axial location of rotating shaft.
Improvement as the foregoing description is that the connector of device, the axle journal of connecting element have the end face tooth, and there is the end face tooth at the two ends of moving member, and the end face tooth of moving member cooperates with the end face tooth of connector, connecting element.
Improvement as the foregoing description is that the connector of device, the axle journal of connecting element have internal tooth, and there is external tooth at the two ends of moving member, and the external tooth of moving member cooperates with the internal tooth of connector, connecting element.
Improvement as the foregoing description is that the connector of device, the axle journal of connecting element have external tooth, and there is internal tooth at the two ends of moving member, and the internal tooth of moving member cooperates with the external tooth of connector, connecting element.
Further improving as the foregoing description is with the alternative tooth of the structure of key or other on-circular cross-section.
Further improving as the foregoing description is that manipulatable end is made one with connector or connected with fastener, and connecting element, lock body, pedestal are made one or connected with the mode that can not illegally dismantle.
Further improving as the foregoing description is that manipulatable end, connector, lock body are made one or connected with the mode that can not illegally dismantle, and connecting element is made one with pedestal or connected with the mode that can not illegally dismantle.
Another embodiment of the present utility model is the anti-joyride device that two dimension is rotated manipulatable end.Device by connector, moving member, connecting element, dragging element, rotating shaft, stir axle, lock body, lock core, lock core shaft, gear level, gearshift lever pin, locating dowel pin and form.Connector has axle journal, the cylindrical of axle journal cooperates with the through hole of lock body, cylindrical has groove to cooperate with locating dowel pin, axle journal has centre hole to cooperate with rotating shaft, axle journal has tooth to cooperate with the tooth of moving member, connector has blind hole to cooperate with gear level, and cross-drilled hole and pin pin fit are arranged on the blind pore wall, and blind hole and journal centre hole connect.Circle has key to cooperate with rotating shaft in the moving member, and cylindrical has groove to cooperate with dragging element, and moving member has tooth to cooperate with the tooth of connector, connecting element, and moving member can move axially in rotating shaft.Connecting element has axle journal, and the cylindrical of axle journal cooperates with the through hole of lock body, and cylindrical has groove to cooperate with locating dowel pin, and axle journal has centre hole to cooperate with rotating shaft, and axle journal has tooth to cooperate with the tooth of moving member.Dragging element is the eccentric pin of stirring on the axle, and dragging element cooperates with the groove of moving member.Rotating shaft has key to cooperate with moving member, and rotating shaft is jagged to be cooperated with the head that pulls out of gear level end points, and rotating shaft connects with follow-up Transmission.An end face stirring axle has eccentric orfice to cooperate with dragging element, and another end face has convex-concave structure and lock core shaft's engagement.Lock body has orthogonal two holes, through hole and rotating shaft coaxial line, and axle journal, the rotating shaft of the axle journal of connector, moving member, connecting element are arranged in through hole; Blind hole with stir a coaxial line, stir axle, lock core is arranged in blind hole.Connect with the mode that can not illegally dismantle between lock core and the lock body.There are two latched positions in lock core shaft.The end points of gear level has and pulls out head and cooperate the porose and gear level pin fit of gear level with the breach of rotating shaft.The gearshift lever pin is positioned at gear level on the assigned address of connector.Locating dowel pin with connector, connecting element and lock body at axial restraint.
Improvement as the foregoing description is that the connector of device, the axle journal of connecting element have the end face tooth, and there is the end face tooth at the two ends of moving member, and the end face tooth of moving member cooperates with the end face tooth of connector, connecting element.
Improvement as the foregoing description is that the connector of device, the axle journal of connecting element have internal tooth, and there is external tooth at the two ends of moving member, and the external tooth of moving member cooperates with the internal tooth of connector, connecting element.
Improvement as the foregoing description is that the connector of device, the axle journal of connecting element have external tooth, and there is internal tooth at the two ends of moving member, and the internal tooth of moving member cooperates with the external tooth of connector, connecting element.
Further improving as the foregoing description is with the alternative tooth of the structure of key or other on-circular cross-section.
Further improving as the foregoing description is that connecting element, lock body, pedestal are made one or connected with the mode that can not illegally dismantle.
Further improving as the foregoing description is that connector, lock body are made one or connected with the mode that can not illegally dismantle, and connecting element is made one with pedestal or connected with the mode that can not illegally dismantle.
Another embodiment of the present utility model is the anti-joyride device that one dimension rotates manipulatable end.Device by connector, moving member, connecting element, dragging element, rotating shaft, stir axle, upper lock body, down lock body, lock core, lock core shaft, ectosome, sleeve pipe, drive link, lower beam and form.Connector has centre hole to cooperate with rotating shaft, and connector has tooth to cooperate with the tooth of moving member, connector and down lock body relative fixed or make one.Moving member has axial groove, cooperates with the upper end of lower beam, and the moving member outside face has groove to cooperate with dragging element, and there is tooth at the moving member two ends, cooperates with the tooth of connector or connecting element, and moving member can move axially.Connecting element has centre hole to cooperate with rotating shaft, and an end face of connecting element has tooth, cooperates with moving member, and another end face has the convex structure, with the concavity structure engages of ectosome cell wall.Dragging element is the eccentric pin of stirring on the axle, cooperates with the groove of moving member.Rotating shaft is bearing in connector, connecting element, lower beam on the ectosome.An end face stirring axle has eccentric orfice to cooperate with dragging element, and another end face has convex-concave structure and lock core shaft's engagement.Upper lock body connects with manipulatable end, and upper lock body is porose, and an end of lock core and sleeve pipe is arranged in the hole.Down lock body has orthogonal two holes, hole and rotating shaft coaxial line, and the upper end of connector, moving member, connecting element, rotating shaft, lower beam is arranged in this hole, and circumferential cut is arranged on the hole wall, cooperates with lower beam, guarantees that down lock body and lower beam can relatively rotate; Another hole with stir a coaxial line, stir the axle, sleeve pipe the other end be arranged in this hole.Connect with the mode that can not illegally dismantle between lock core and the upper lock body.There are two latched positions in lock core shaft.Ectosome has mutually perpendicular hole and groove, and rotating shaft is arranged in the hole, and connector, moving member, connecting element, down lock body, lower beam are arranged in groove.Connect with the mode that can not illegally dismantle between sleeve pipe and upper lock body, the down lock body.Drive link is positioned at sleeve pipe, and end face has convex-concave structure, with lock core shaft and the counter structure engagement of stirring axle, transmits and opens and closes the operation of locking respectively.The upper end of lower beam cooperates with the axial groove of moving member between connector and connecting element, porosely on it cooperates with rotating shaft.Ectosome or lower beam connect with follow-up Transmission.
Improving as the foregoing description is that the connector of device, the axle journal of connecting element have the end face tooth, and there is the end face tooth at the two ends of moving member, and the end face tooth of moving member cooperates with the end face tooth of connector, connecting element.
Improving as the foregoing description is that the connector of device, the axle journal of connecting element have internal tooth, and there is external tooth at the two ends of moving member, and the external tooth of moving member cooperates with the internal tooth of connector, connecting element.
Improving as above-mentioned enforcement is that the connector of device, the axle journal of connecting element have external tooth, and there is internal tooth at the two ends of moving member, and the internal tooth of moving member cooperates with the external tooth of connector, connecting element.
Improving as the foregoing description is with the alternative tooth of the structure of key or other on-circular cross-section.
The ectosome that further improvement is a device as the foregoing description connects with the supporting member of pedestal, and outer physical efficiency is rotated around the supporting axis of supporting member, and retainer spring can keep the center position of ectosome, and ectosome connects with the mode that can not illegally dismantle with supporting member.
The ectosome that further improvement is a device as the foregoing description is a cylinder, ectosome is arranged in supporting member, outer body axis overlaps with the supporting axis of supporting member, and retainer spring can keep the center position of ectosome, and ectosome connects with the mode that can not illegally dismantle with supporting member.
The lower beam that further improvement is a device as the foregoing description connects with the supporting member of pedestal, and lower beam can rotate around the supporting axis of supporting member, and retainer spring can keep the center position of lower beam, and lower beam connects with the mode that can not illegally dismantle with supporting member.
Another embodiment of the present utility model is the anti-joyride device that one dimension rotates manipulatable end.Device by connector, moving member, connecting element, dragging element, rotating shaft, stir axle, upper lock body, down lock body, lock core, lock core shaft, ectosome, sleeve pipe, drive link, lower beam and form.The connector of device has centre hole to cooperate with rotating shaft, and the porose or groove of connector cooperates with moving member, connector and down lock body relative fixed or make one.Moving member is a column, cooperates with the groove of lower beam upper end, and the two ends of moving member cooperate with the hole or the groove of connector or connecting element, and the moving member outside face has groove to cooperate with dragging element, and moving member can move axially.Connecting element has centre hole to cooperate with rotating shaft, and a porose or groove of end face of connecting element cooperates with moving member, and another end face has the convex structure, with the concavity structure engages of ectosome cell wall.Dragging element is the eccentric pin of stirring on the axle, cooperates with the groove of moving member.Rotating shaft is bearing in connector, connecting element, lower beam on the ectosome.An end face stirring axle has eccentric orfice to cooperate with dragging element, and another end face has convex-concave structure and lock core shaft's engagement.Upper lock body connects with manipulatable end, upper lock body and hole, and an end of lock core and sleeve pipe is arranged in the hole.Down lock body has orthogonal two holes, hole and rotating shaft coaxial line, the upper end of connector, moving member, connecting element, rotating shaft, lower beam is arranged in this hole, circumferential cut is arranged on the hole wall, cooperate with lower beam, guarantee that down lock body and lower beam can relatively rotate, another hole with stir a coaxial line, stir spool, the other end of sleeve pipe is arranged in this hole.Connect with the mode that can not illegally dismantle between lock core and the upper lock body.There are two latched positions in lock core shaft.Ectosome has mutually perpendicular hole and groove, and rotating shaft is arranged in the hole, and connector, moving member, connecting element, down lock body, lower beam are arranged in groove.Connect with the mode that can not illegally dismantle between sleeve pipe and upper lock body, the down lock body.Drive link is positioned at sleeve pipe, and end face has convex-concave structure, with lock core shaft and the counter structure engagement of stirring axle, transmits and opens and closes the operation of locking respectively.The upper end of lower beam has the hole of circumferential cut to cooperate with down lock body, between connector and connecting element, has groove to cooperate with moving member on it, porosely on it cooperates with rotating shaft.Ectosome or lower beam connect with follow-up Transmission.
As the improvement of the foregoing description is that the ectosome of device connects with the supporting member of pedestal, and outer physical efficiency is rotated around the supporting axis of supporting member, and retainer spring can keep the center position of ectosome, and ectosome connects with the mode that supporting member usefulness can not illegally be dismantled.
As the improvement of the foregoing description is that the ectosome of device is a cylinder, and ectosome is arranged in supporting member, and outer body axis overlaps with the supporting axis of supporting member, and retainer spring can keep the center position of ectosome, and ectosome connects with the mode that can not illegally dismantle with supporting member.
As the improvement of the foregoing description is that the lower beam of device connects with the supporting member of pedestal, and lower beam can rotate around the supporting axis of supporting member, and retainer spring can keep the center position of lower beam, and lower beam connects with the mode that supporting member usefulness can not illegally be dismantled.
The utility model is the mechanical type anti-joyride device, simple in structure, with low cost, the utility model is arranged in steering unit, need not put lockset in addition the anti-ability of usurping is promptly arranged, the utility model has the manipulation of interruption transmission and locking operated unit dual-use function, and anti-theft effect is remarkable, and the utility model is realized its function with the engagement between connector, moving member, the connecting element, working stability, applied widely.
Below in conjunction with accompanying drawing the specific embodiment of the present utility model is described in further detail.
Fig. 1 one dimension rotates the anti-joyride device of manipulatable end
Fig. 2 end face tooth engaging conformation
The outer tooth engaging conformation of Fig. 3 moving member
Fig. 4 moving member internal gearing structure
Fig. 5 two dimension is rotated the anti-joyride device of manipulatable end
Fig. 6 one dimension rotates the anti-joyride device of manipulatable end
Fig. 7 one dimension rotates the anti-joyride device of manipulatable end
The supporting structure that Fig. 8 two dimension is rotated
The supporting structure that Fig. 9 two dimension is rotated
The supporting structure that Figure 10 two dimension is rotated
An embodiment of the present utility model is anti-joyride device (Fig. 1), the especially anti-joyride device of vehicle steering control mechanism that one dimension rotates manipulatable end.Device by connector 1, moving member 2, connecting element 3, dragging element 4, rotating shaft 5, stir axle 6, lock body 7, lock core 8, lock core shaft 9, anti-theft screw cap 10 are formed.Connector 1 has axle journal, and the cylindrical of axle journal cooperates with the through hole of lock body 7, and axle journal has centre hole to cooperate with rotating shaft 5, and axle journal has tooth to cooperate with the tooth of moving member 2.Circle has key to cooperate with rotating shaft 5 in the moving member 2, and cylindrical has groove to cooperate with dragging element 4, and moving member 2 has tooth to cooperate with the tooth of connector 1, connecting element 3, and moving member 2 can move axially in rotating shaft.Connecting element 3 has axle journal, and the cylindrical of axle journal cooperates with the through hole of lock body 7, and axle journal has centre hole to cooperate with rotating shaft 5, and axle journal has tooth to cooperate with the tooth of moving member 2.Dragging element 4 is eccentric pins of stirring on the axle 6, cooperates with the groove of moving member 2, and dragging element 4 can be stirred moving member 2, and moving member 2 is meshed with connector 1 or connecting element 3 respectively, and can be to moving member 2 location.Rotating shaft 5 has the shaft shoulder to cooperate with the end face of connecting element 3, and rotating shaft 5 has key to cooperate with moving member 2, and rotating shaft 5 has screw thread to cooperate with anti-theft screw cap 10, and rotating shaft 5 connects with follow-up Transmission.An end face stirring axle 6 has eccentric orfice to cooperate with dragging element 4, and another end face has convex-concave structure and lock core shaft's 9 engagements.Lock body 7 has orthogonal two holes, through hole and rotating shaft 5 coaxial lines, and the axle journal of connector 1, moving member 2, the axle journal of connecting element 3, rotating shaft are arranged in through hole; Blind hole with stir axle 6 coaxial lines, stir axle 6, lock core 8 is arranged in blind hole.Connect with the mode that can not illegally dismantle between lock core 8 and the lock body 7.There are two latched positions in lock core shaft 9, the convertible latched position of Rotate 180 degree.Anti-theft screw cap 10 is fixed on connector 1, connecting element 3, lock body 7 on the appointment axial location of rotating shaft 5.Under non-anti-theft state, connector 1 drives rotating shaft 5 and rotates by connector 1, moving member 2 with moving member 2 engagements, manipulatable end, and control action can reach operated unit; Under anti-theft state, connector 1 separates with moving member 2, and manipulatable end is free to rotate, and moving member 2 connects rotating shaft 5 with connecting element 3, and rotating shaft 5 is fixed, and control action can not reach operated unit.Graphic operating mode is a non-anti-theft state, screw key 180 degree, and dragging element 4 is stirred moving member 2, and it is only meshed with connecting element 3, and then device is in anti-theft state.
Improvement as the foregoing description is the anti-joyride device that adopts the end face tooth engaging conformation shown in (Fig. 2), the axle journal of connector 1, connecting element 3 has the end face tooth, there is the end face tooth at the two ends of moving member 2, and the end face tooth of moving member 2 cooperates with the end face tooth of connector 1, connecting element 3.
Improvement as the foregoing description is the anti-joyride device that adopts the outer tooth engaging conformation of the moving member shown in (Fig. 3), and the axle journal of connector 1, connecting element 3 has internal tooth, and there is external tooth at the two ends of moving member 2, and the external tooth of moving member 2 cooperates with the internal tooth of connector 1, connecting element 3.
Improvement as the foregoing description is the anti-joyride device that adopts the moving member internal gearing structure shown in (Fig. 4), and the axle journal of connector 1, connecting element 3 has external tooth, and there is internal tooth at the two ends of moving member 2, and the internal tooth of moving member 2 cooperates with the external tooth of connector 1, connecting element 3.
Further improving as the foregoing description is with the alternative tooth of the structure of key or other on-circular cross-section.
Further improving as the foregoing description is that manipulatable end is made one with connector 1 or connected with fastener, and connecting element 3, lock body 7, pedestal are made one or connected with the mode that can not illegally dismantle.
Further improving as the foregoing description is that manipulatable end, connector 1, lock body 7 are made one or connected with the mode that can not illegally dismantle, and connecting element 3 is made one with pedestal or connected with the mode that can not illegally dismantle.
Usually, the two dimension of manipulatable end is rotated and can be decomposed into the motion of selecting operation and the motion of implementing operation, and the motion of implementing operation is to rotate maybe to convert rotation to, therefore the rotation of implementing operation is provided with said apparatus, has promptly formed the anti-joyride device of two-dimentional rotation steering unit.
Another embodiment of the present utility model is anti-joyride device (Fig. 5), the especially anti-joyride device of vehicle selector gear that two dimension is rotated manipulatable end.The two dimension of manipulatable end is rotated translation and the rotation that is convertible into rotating shaft 5, and translation is used to select operation, rotation to be used to implement operation.Device by connector 1, moving member 2, connecting element 3, dragging element 4, rotating shaft 5, stir axle 6, lock body 7, lock core 8, lock core shaft 9, gear level 11, gearshift lever pin 12, locating dowel pin 13 and form.Connector 1 has axle journal, the cylindrical of axle journal cooperates with the through hole of lock body 7, cylindrical has groove to cooperate with locating dowel pin 13, axle journal has centre hole to cooperate with rotating shaft 5, axle journal has tooth to cooperate with the tooth of moving member 2, connector 1 has blind hole to cooperate with gear level 10, has cross-drilled hole to cooperate with pin pin 12 on the blind pore wall, and blind hole and journal centre hole connect.Circle has key to cooperate with rotating shaft 5 in the moving member 2, and cylindrical has groove to cooperate with dragging element 4, and moving member 2 has tooth to cooperate with the tooth of connector 1, connecting element 3, and moving member 2 can move axially in rotating shaft.Connecting element 3 has axle journal, and the cylindrical of axle journal cooperates with the through hole of lock body 7, and cylindrical has groove to cooperate with locating dowel pin 13, and axle journal has centre hole to cooperate with rotating shaft 5, and axle journal has tooth to cooperate with the tooth of moving member 2.Dragging element 4 is eccentric pins of stirring on the axle 6, and dragging element 4 cooperates with the groove of moving member 2, and dragging element 4 can be stirred moving member 2, and moving member 2 is meshed with connector 1 or connecting element 3 respectively, and can be to moving member 2 location.Rotating shaft 5 has key to cooperate with moving member 2, and rotating shaft 5 is jagged to be cooperated with the head that pulls out of gear level 11 end points, and rotating shaft 5 connects with follow-up Transmission.An end face stirring axle 6 has eccentric orfice to cooperate with dragging element 4, and another end face has convex-concave structure and lock core shaft's 9 engagements.Lock body 7 has orthogonal two holes, through hole and rotating shaft 5 coaxial lines, and the axle journal of connector 1, moving member 2, the axle journal of connecting element 3, rotating shaft are arranged in through hole; Blind hole with stir axle 6 coaxial lines, stir axle 6, lock core 8 is arranged in blind hole.Connect with the mode that can not illegally dismantle between lock core 8 and the lock body 7.There are two latched positions in lock core shaft 9, the convertible latched position of Rotate 180 degree.The end points of gear level 10 has and pulls out head and cooperate with the breach of rotating shaft 5, and gear level 11 is porose to be cooperated with the lever pin 12 of shifting gears.Gearshift lever pin 12 is positioned at gear level 11 on the assigned address of connector 1.Locating dowel pin 13 with connector 1, connecting element 3 and lock body 7 at axial restraint.Under non-anti-theft state, connector 1 drives rotating shaft 5 and rotates by connector 1, moving member 2 with moving member 2 engagements, manipulatable end, and control action can reach operated unit; Under anti-theft state, connector 1 separates with moving member 2, and manipulatable end is free to rotate, and moving member 2 connects rotating shaft 5 with connecting element 3, and rotating shaft 5 is fixed, and control action can not reach operated unit.Graphic operating mode is non-anti-plate-like attitude, screw key 180 degree, and dragging element 4 is stirred moving member 2, and it is only meshed with connecting element 3, and then device is in anti-theft state.
Improvement as the foregoing description is the anti-joyride device that adopts the end face tooth engaging conformation shown in (Fig. 2), the axle journal of connector 1, connecting element 3 has the end face tooth, there is the end face tooth at the two ends of moving member 2, and the end face tooth of moving member 2 cooperates with the end face tooth of connector 1, connecting element 3.
Improvement as the foregoing description is the anti-joyride device that adopts the outer tooth engaging conformation of the moving member shown in (Fig. 3), and the axle journal of connector 1, connecting element 3 has internal tooth, and there is external tooth at the two ends of moving member 2, and the external tooth of moving member 2 cooperates with the internal tooth of connector 1, connecting element 3.
Improvement as the foregoing description is the anti-joyride device that adopts the moving member internal gearing structure shown in (Fig. 4), and the axle journal of connector 1, connecting element 3 has external tooth, and there is internal tooth at the two ends of moving member 2, and the internal tooth of moving member 2 cooperates with the external tooth of connector 1, connecting element 3.
Further improving as the foregoing description is with the alternative tooth of the structure of key or other on-circular cross-section.
Further improving as the foregoing description is that connecting element 3, lock body 7, pedestal are made one or connected with the mode that can not illegally dismantle.
Further improving as the foregoing description is that connector 1, lock body 7 are made one or connected with the mode that can not illegally dismantle, and connecting element 3 is made one with pedestal or connected with the mode that can not illegally dismantle.
Another embodiment of the present utility model is that one dimension rotates anti-joyride device (Fig. 6), the especially vehicle speed change of manipulatable end or the anti-joyride device of brake operation mechanism.Device by connector 1, moving member 2, connecting element 3, dragging element 4, rotating shaft 5, stir axle 6, upper lock body 7a, down lock body 7b, lock core 8, lock core shaft 9, ectosome 14, sleeve pipe 15, drive link 16, lower beam 17 and form.Connector 1 has centre hole to cooperate with rotating shaft 5, and connector 1 has tooth to cooperate with the tooth of moving member 2, and connector 1 circumferentially connects with down lock body 7b or makes one.Moving member 2 has axial groove, cooperates with the upper end of lower beam 17, and moving member 2 outside faces have groove to cooperate with dragging element 4, and there is tooth at the moving member two ends, cooperates with the tooth of connector 1 or connecting element 3, and moving member 2 can move axially.Connecting element 3 has centre hole to cooperate with rotating shaft 5, and an end face of connecting element 3 has tooth, cooperates with moving member 2, and another end face has the convex structure, with the concavity structure engages of ectosome 14 cell walls.Dragging element 4 is eccentric pins of stirring on the axle 6, cooperates with the groove of moving member 2, and dragging element 4 can be stirred moving member 2, and moving member 2 is meshed with connector 1 or connecting element 3 respectively, and can be to moving member 2 location.Rotating shaft 5 is bearing in connector 1, connecting element 3, lower beam 17 on the ectosome 14.An end face stirring axle 6 has eccentric orfice to cooperate with dragging element 4, and another end face has convex-concave structure and lock core shaft's 9 engagements.Upper lock body 7a connects with manipulatable end, and upper lock body 7a is porose, and lock core 8 is arranged in the hole with an end of sleeve pipe 15.Down lock body 7b has orthogonal two holes, hole and rotating shaft 5 coaxial lines, the upper end of connector 1, moving member 2, connecting element 3, rotating shaft 5, lower beam 17 is arranged in this hole, and circumferential cut is arranged on the hole wall, cooperate with lower beam 17, guarantee that down lock body 7b and lower beam 17 can relatively rotate; Another hole with stir axle 6 coaxial lines, stir axle 6, the other end of sleeve pipe 15 should be in this hole.Connect with the mode that can not illegally dismantle between lock core 8 and the upper lock body 7a.Lock core shaft 9 has two lockings to put, the convertible latched position of Rotate 180 degree.Ectosome 14 has mutually perpendicular hole and groove, and rotating shaft 5 is arranged in the hole, and connector 1, moving member 2, connecting element 3, down lock body 7b, lower beam 17 are arranged in groove.Connect with the mode that can not illegally dismantle between sleeve pipe 15 and upper lock body 7a, the down lock body 7b.Drive link 16 is positioned at sleeve pipe 15, and end face has convex-concave structure, and the counter structure with lock core shaft 9 and shifting shaft 6 meshes respectively, transmits the operation that opens and closes lock.The upper end of lower beam 17 cooperates with the axial groove of moving member 2 between connector 1 and connecting element 3, porosely on it cooperates with rotating shaft 5.Ectosome 14 or lower beam 17 connect with follow-up Transmission.Under non-anti-theft state, connector 1 drives lower beam 17 motions with moving member 2 engagements, manipulatable end by upper lock body 7a, sleeve pipe 15, down lock body 7b, connector 1, moving member 2, and control action can reach operated unit; Under anti-theft state, connector 1 separates with moving member 2, and manipulatable end is free to rotate, and moving member 2 connects lower beam 17 with connecting element 3, and lower beam 17 is fixed, and control action can not reach operated unit.Graphic operating mode is non-anti-theft operating mode, screw key 180 degree, and dragging element 4 pulls out moving member 2 to the right, and it is only meshed with connecting element 3, and then device enters antitheft operating mode.
Improvement as the foregoing description is the anti-joyride device that adopts the end face tooth engaging conformation shown in (Fig. 2), the axle journal of connector 1, connecting element 3 has the end face tooth, there is the end face tooth at the two ends of moving member 2, and the end face tooth of moving member 2 cooperates with the end face tooth of connector 1, connecting element 3.
Improvement as the foregoing description is the anti-joyride device that adopts the outer tooth engaging conformation of the moving member shown in (Fig. 3), and the axle journal of connector 1, connecting element 3 has internal tooth, and there is external tooth at the two ends of moving member 2, and the external tooth of moving member 2 cooperates with the internal tooth of connector 1, connecting element 3.
Improvement as the foregoing description is the anti-joyride device that adopts the moving member internal gearing structure shown in (Fig. 4), and the axle journal of connector 1, connecting element 3 has external tooth, and there is internal tooth at the two ends of moving member 2, and the internal tooth of moving member 2 cooperates with the external tooth of connector 1, connecting element 3.
Improvement as the foregoing description is with the alternative tooth of the structure of key or other on-circular cross-section.
Usually, the rotation of manipulatable end two dimension can be resolved into the rotation of selecting operation and the rotation of implementing operation, or the coincidence parallel with the axis of rotating shaft 5 with the pivot center of implementing operation, and the supporting axis with pedestal upper supporting part 18 overlaps with the pivot center of selecting operation again.Then the foregoing description can be extended to the anti-joyride device that two dimension is rotated manipulatable end.
Further improving as the foregoing description is anti-joyride device, the especially anti-joyride device of vehicle selector gear that adopts the two dimension rotation manipulatable end of supporting structure shown in (Fig. 8).The ectosome 14 of device connects with the supporting member 18 of pedestal, and ectosome 14 can rotate around the supporting axis of supporting member 18, and retainer spring can keep the center position of ectosome 14, and ectosome 14 connects with the mode that can not illegally dismantle with supporting member.
Further improving as the foregoing description is anti-joyride device, the especially anti-joyride device of vehicle selector gear that adopts the two dimension rotation manipulatable end of supporting structure shown in (Fig. 9).The ectosome 14 of device is a cylinder, and ectosome 14 is arranged in supporting member 18, and ectosome 14 axis overlap with the supporting axis of supporting member 18, and retainer spring can keep the center position of ectosome 14, and ectosome 14 connects with the mode that can not illegally dismantle with supporting member.
Further improving as the foregoing description is anti-joyride device, the especially anti-joyride device of vehicle selector gear that adopts the two dimension rotation manipulatable end of supporting structure shown in (Figure 10).The lower beam 17 of device connects with the supporting member 18 of pedestal, and lower beam 17 can rotate around the supporting axis of supporting member 18, and retainer spring can keep the center position of lower beam 17, and lower beam 17 connects with the mode that can not illegally dismantle with supporting member.
Another embodiment of the present utility model is that one dimension rotates anti-joyride device (Fig. 7), the especially vehicle speed change of manipulatable end or the anti-joyride device of brake operation mechanism.Device by connector 1, moving member 2, connecting element 3, dragging element 4, rotating shaft 5, stir axle 6, upper lock body 7a, down lock body 7b, lock core 8, lock core shaft 9, ectosome 14, sleeve pipe 15, drive link 16, lower beam 17 and form.The connector 1 of device has centre hole to cooperate with rotating shaft 5, and connector 1 porose or groove cooperates with moving member 2, and connector 1 circumferentially connects with down lock body 7b or makes one.Moving member 2 is columns, joins with the groove of lower beam 17 upper ends, and the two ends of moving member 2 cooperate with the hole or the groove of connector 1 or connecting element 3, and moving member 2 outside faces have groove to cooperate with dragging element 4, and moving member 2 can move axially.Connecting element 3 has centre hole to cooperate with rotating shaft 5, and a porose or groove of end face of connecting element 3 cooperates with moving member 2, and another end face has the convex structure, with the concavity structure engages of ectosome 14 cell walls.Dragging element 4 is eccentric pins of stirring on the axle 6, cooperates with the groove of moving member 2, and dragging element 4 can be stirred moving member 2, and moving member 2 is meshed with connector 1 or connecting element 3 respectively, and can be to moving member 2 location.Rotating shaft 5 is bearing in connector 1, connecting element 3, lower beam 17 on the ectosome 14.An end face stirring axle 6 has eccentric orfice to cooperate with dragging element 4, and another end face has convex-concave structure and lock core shaft's 9 engagements.Upper lock body 7a connects with manipulatable end, and upper lock body 7a is porose, and lock core 8 is arranged in the hole with an end of sleeve pipe 15.Down lock body 7b has orthogonal two holes, hole and rotating shaft 5 coaxial lines, the upper end of connector 1, moving member 2, connecting element 3, rotating shaft 5, lower beam 17 is arranged in this hole, circumferential cut is arranged on the hole wall, cooperate with lower beam 17, guarantee that down lock body 7b and lower beam 17 can relatively rotate, another hole with stir axle 6 coaxial lines, stir spools 6, the other end of sleeve pipe 15 is arranged in this hole.Connect with the mode that can not illegally dismantle between lock core 8 and the upper lock body 7a.There are two latched positions in lock core shaft 9, the convertible latched position of Rotate 180 degree.Ectosome 14 has mutually perpendicular hole and groove, and rotating shaft 5 is arranged in the hole, and connector 1, moving member 2, connecting element 3, down lock body 7b, lower beam 17 are arranged in groove.Connect with the mode that can not illegally dismantle between sleeve pipe 15 and upper lock body 7a, the down lock body 7b.Drive link 16 is positioned at sleeve pipe 15, and end face has convex-concave structure, with lock core shaft 9 and the counter structure engagement of stirring axle 6, transmits and opens and closes the operation of locking respectively.The upper end of lower beam has the hole of circumferential cut to cooperate with down lock body, between connector 1 and connecting element 3, has groove to cooperate with moving member 2 on it, porosely on it cooperates with rotating shaft 5.Ectosome 14 or lower beam 17 connect with follow-up Transmission.Under non-anti-theft state, connector 1 drives lower beam 17 motions with moving member 2 engagements, manipulatable end by upper lock body 7a, sleeve pipe 15, down lock body 7b, connector 1, moving member 2, and control action can reach operated unit; Under anti-theft state, connector 1 separates with moving member 2, and manipulatable end is free to rotate, and moving member 2 connects lower beam 17 with connecting element 3, and lower beam 17 is fixed, and control action can not reach operated unit.Graphic operating mode is non-anti-theft operating mode, screw key 180 degree, and dragging element 4 pulls out moving member 2 to the right, and it is only meshed with connecting element 3, and then device enters antitheft operating mode.
Improvement as the foregoing description is to adopt the two dimension of supporting structure shown in (Fig. 8) to rotate anti-joyride device, the especially anti-joyride device of vehicle selector gear of manipulatable end.The ectosome 14 of device connects with the supporting member 18 of pedestal, and ectosome 14 can rotate around the supporting axis of supporting member 18, and retainer spring can keep the center position of ectosome 14, and ectosome 14 connects with the mode that can not illegally dismantle with supporting member.
Improvement as the foregoing description is to adopt the two dimension of supporting structure shown in (Fig. 9) to rotate anti-joyride device, the especially anti-joyride device of vehicle selector gear of manipulatable end.The ectosome 14 of device is a cylinder, and ectosome 14 is arranged in supporting member 18, and ectosome 14 axis overlap with the supporting axis of supporting member 18, and retainer spring can keep the center position of ectosome 14, and ectosome 14 connects with the mode that can not illegally dismantle with supporting member.
Improvement as the foregoing description is to adopt the two dimension of supporting structure shown in (Figure 10) to rotate anti-joyride device, the especially anti-joyride device of vehicle selector gear of manipulatable end.The lower beam 17 of device connects with the supporting member 18 of pedestal, and lower beam 17 can rotate around the supporting axis of supporting member 18, and retainer spring can keep the center position of lower beam 17, and lower beam 17 connects with the mode that can not illegally dismantle with supporting member.
Claims (28)
1, anti-joyride device in a kind of steering unit, the connector that it is characterized in that device connects with manipulatable end, connector is with the control action corresponding sports, the connecting element of device connects with pedestal, connecting element and pedestal are fixing on the sense of motion of appointment, the moving member of device connects with operated unit, moving member can move between connector and connecting element, the dragging element of device connects with lock core shaft, dragging element can be stirred moving member, moving member is meshed with connector or connecting element respectively, and can locate moving member, connector, connecting element, moving member, the engaging structure of dragging element is positioned at the closed cavity of device, and convertible its relative position of turn key is when moving member only meshes with connector, transmission between manipulatable end and the operated unit is by UNICOM, when moving member only meshed with connecting element, operated unit was locked, and the transmission between manipulatable end and the operated unit is interrupted.
2, anti-joyride device according to claim 1, it is characterized in that device is by connector, moving member, connecting element, dragging element, rotating shaft, stir axle, lock body, lock core, lock core shaft, anti-theft screw cap is formed, connector has axle journal, the cylindrical of axle journal cooperates with the through hole of lock body, axle journal has centre hole to cooperate with rotating shaft, axle journal has tooth to cooperate with the tooth of moving member, circle has key to cooperate with rotating shaft in the moving member, cylindrical has groove to cooperate with dragging element, moving member has tooth and connector, the tooth of connecting element cooperates, moving member can move axially in rotating shaft, connecting element has axle journal, the cylindrical of axle journal cooperates with the through hole of lock body, axle journal has centre hole to cooperate with rotating shaft, axle journal has tooth to cooperate with the tooth of moving member, dragging element is the eccentric pin of stirring on the axle, cooperate with the groove of moving member, rotating shaft has the shaft shoulder to cooperate with the end face of connecting element, rotating shaft has key to cooperate with moving member, rotating shaft has screw thread to cooperate with anti-theft screw cap, rotating shaft connects with follow-up Transmission, an end face stirring axle has eccentric orfice to cooperate with dragging element, another end face has convex-concave structure and lock core shaft's engagement, lock body has orthogonal two holes, through hole and rotating shaft coaxial line, the axle journal of connector, moving member, the axle journal of connecting element, rotating shaft is arranged in through hole, blind hole with stir a coaxial line, stir axle, lock core is arranged in blind hole, connect with the mode that can not illegally dismantle between lock core and the lock body, there are two latched positions in lock core shaft, and anti-theft screw cap is with connector, connecting element, lock body is fixed on the appointment axial location of rotating shaft.
3, anti-joyride device according to claim 2 is characterized in that the connector axle journal of device has the end face tooth, and there is the end face tooth at the two ends of moving member, and the connecting element axle journal has the end face tooth, and the end face tooth of moving member cooperates with the end face tooth of connector, connecting element.
4, anti-joyride device according to claim 2 is characterized in that the connector axle journal of device has internal tooth, and there is external tooth at the two ends of moving member, and the connecting element axle journal has internal tooth, and the external tooth of moving member cooperates with the internal tooth of connector, connecting element.
5, anti-joyride device according to claim 2 is characterized in that the connector axle journal of device has external tooth, and there is internal tooth at the two ends of moving member, and the connecting element axle journal has external tooth, and the internal tooth of moving member cooperates with the external tooth of connector, connecting element.
6, anti-joyride device according to claim 2 is characterized in that substituting tooth with the structure of key or other on-circular cross-section.
7, according to claim 3 or 4 or 5 or 6 described anti-joyride devices, it is characterized in that manipulatable end and connector make one or connect with fastener, connecting element, lock body, pedestal are made one or are connected with non-removable structure.
8, according to claim 3 or 4 or 5 or 6 described anti-joyride devices, it is characterized in that manipulatable end, connector, lock body make one or connect with non-removable draw bail, connecting element is made one with pedestal or is connected with non-removable structure.
9, anti-joyride device according to claim 1, it is characterized in that device is by connector, moving member, connecting element, dragging element, rotating shaft, stir axle, lock body, lock core, lock core shaft, gear level, the gearshift lever pin is formed, connector has axle journal, the cylindrical of axle journal cooperates with the through hole of lock body, axle journal has centre hole to cooperate with rotating shaft, axle journal has tooth to cooperate with the tooth of moving member, connector has blind hole to cooperate with gear level, cross-drilled hole and pin pin fit are arranged on the blind pore wall, blind hole and journal centre hole connect, circle has key to cooperate with rotating shaft in the moving member, cylindrical has groove to cooperate with dragging element, moving member has tooth and connector, the tooth of connecting element cooperates, moving member can move axially in rotating shaft, connecting element has axle journal, the cylindrical of axle journal cooperates with the through hole of lock body, axle journal has centre hole to cooperate with rotating shaft, axle journal has tooth to cooperate with the tooth of moving member, dragging element is the eccentric pin of stirring on the axle, dragging element cooperates with the groove of moving member, rotating shaft has key to cooperate with moving member, rotating shaft is jagged to be cooperated with the head that pulls out of gear level end points, rotating shaft connects with follow-up Transmission, an end face stirring axle has eccentric orfice to cooperate with dragging element, another end face has convex-concave structure and lock core shaft's engagement, lock body has orthogonal two holes, through hole and rotating shaft coaxial line, the axle journal of connector, moving member, the axle journal of connecting element, rotating shaft is arranged in through hole, blind hole with stir a coaxial line, stir axle, lock core is arranged in blind hole, connects with the mode that can not illegally dismantle between lock core and the lock body, there are two latched positions in lock core shaft, the end points of gear level has and pulls out head and cooperates with the breach of rotating shaft, the porose and gear level pin fit of gear level, and the lever pin of shifting gears is positioned at gear level on the assigned address of connector.
10, anti-joyride device according to claim 9, it is characterized in that connector axle journal cylindrical has that groove cooperates with locating dowel pin, connecting element axle journal cylindrical has groove to cooperate with locating dowel pin, dowel hole is arranged on the lock body, and at axial restraint, locating dowel pin is non-removable to locating dowel pin with connector, connecting element and lock body.
11, anti-joyride device according to claim 10 is characterized in that the connector axle journal of device has the end face tooth, and there is the end face tooth at the two ends of moving member, and the connecting element axle journal has the end face tooth, and the end face tooth of moving member cooperates with the end face tooth of connector, connecting element.
12, anti-joyride device according to claim 10 is characterized in that the connector axle journal of device has internal tooth, and there is external tooth at the two ends of moving member, and the connecting element axle journal has internal tooth, and the external tooth of moving member cooperates with the internal tooth of connector, connecting element.
13, anti-joyride device according to claim 10 is characterized in that the connector axle journal of device has external tooth, and there is internal tooth at the two ends of moving member, and the connecting element axle journal has external tooth, and the internal tooth of moving member cooperates with the external tooth of connector, connecting element.
14, anti-joyride device according to claim 10 is characterized in that substituting tooth with the structure of key or other on-circular cross-section.
15,, it is characterized in that connecting element, lock body, pedestal make one or connect with non-removable structure according to claim 11 or 12 or 13 or 14 described anti-joyride devices.
16, require 11 or 12 or 13 or 14 described anti-joyride devices according to power, it is characterized in that connector, lock body make one or connect with non-removable draw bail, connecting element is made one with pedestal or is connected with non-removable structure.
17, anti-joyride device according to claim 1, it is characterized in that device is by connector, moving member, connecting element, dragging element, rotating shaft, stir axle, upper lock body, down lock body, lock core, lock core shaft, ectosome, sleeve pipe, drive link, lower beam is formed, connector has centre hole to cooperate with rotating shaft, connector has tooth to cooperate with the tooth of moving member, connector circumferentially connects with down lock body or makes one, moving member has axial groove, cooperate with the upper end of lower beam, the moving member outside face has groove to cooperate with dragging element, there is tooth at the moving member two ends, cooperate with the tooth of connector or connecting element, moving member can move axially, connecting element has centre hole to cooperate with rotating shaft, an end face of connecting element has tooth, cooperate with moving member, another end face has the convex structure, concavity structure engages with the ectosome cell wall, dragging element is the eccentric pin of stirring on the axle, cooperate with the groove of moving member, rotating shaft is with connector, connecting element, lower beam is bearing on the ectosome, an end face stirring axle has eccentric orfice to cooperate with dragging element, another end face has convex-concave structure and lock core shaft's engagement, upper lock body connects with manipulatable end, upper lock body is porose, one end of lock core and sleeve pipe is arranged in the hole, and down lock body has orthogonal two holes, hole and rotating shaft coaxial line, connector, moving member, connecting element, rotating shaft, lower beam is arranged in this hole, circumferential cut is arranged on the hole wall, cooperate, guarantee that down lock body and lower beam can relatively rotate with lower beam; Another hole with stir a coaxial line, stir axle, the other end of sleeve pipe is arranged in this hole, connect with the mode that can not illegally dismantle between lock core and the upper lock body, there are two latched positions in lock core shaft, ectosome has mutually perpendicular hole and groove, rotating shaft is arranged in the hole, connector, moving member, connecting element, down lock body, lower beam is arranged in groove, sleeve pipe and upper lock body, connect with the mode that can not illegally dismantle between the down lock body, drive link is positioned at sleeve pipe, end face has convex-concave structure, with lock core shaft and the counter structure engagement of stirring axle, transmits and opens and closes the operation of locking respectively, the upper end of lower beam is between connector and connecting element, cooperate with the axial groove of moving member, porosely on it cooperate with rotating shaft, ectosome or lower beam connect with follow-up Transmission.
18, anti-joyride device according to claim 17 is characterized in that the connector axle journal of device has the end face tooth, and there is the end face tooth at the two ends of moving member, and the connecting element axle journal has the end face tooth, and the end face tooth of moving member cooperates with the end face tooth of connector, connecting element.
19, anti-joyride device according to claim 17 is characterized in that the connector axle journal of device has internal tooth, and there is external tooth at the two ends of moving member, and the connecting element axle journal has internal tooth, and the external tooth of moving member cooperates with the internal tooth of connector, connecting element.
20, anti-joyride device according to claim 17 is characterized in that the connector axle journal of device has external tooth, and there is internal tooth at the two ends of moving member, and the connecting element axle journal has external tooth, and the internal tooth of moving member cooperates with the external tooth of connector, connecting element.
21, anti-joyride device according to claim 17 is characterized in that substituting tooth with the structure of key or other on-circular cross-section.
22, according to claim 18 or 19 or 20 or 21 described anti-joyride devices, the ectosome that it is characterized in that device connects with the supporting member of pedestal, outer physical efficiency is rotated around the supporting axis of supporting member, and retainer spring can keep the center position of ectosome, and ectosome connects with the mode that can not illegally dismantle with supporting member.
23, anti-joyride device according to claim 22, it is characterized in that ectosome is a cylinder, ectosome is arranged in supporting member, and outer body axis overlaps with the supporting axis of supporting member, retainer spring can keep the center position of ectosome, and ectosome connects with the mode that can not illegally dismantle with supporting member.
24, according to claim 18 or 19 or 20 or 21 described anti-joyride devices, the lower beam that it is characterized in that device connects with the supporting member of pedestal, lower beam can rotate around the supporting axis of supporting member, and retainer spring can keep the center position of lower beam, and lower beam connects with the mode that can not illegally dismantle with supporting member.
25, anti-joyride device according to claim 1, it is characterized in that device is by connector, moving member, connecting element, dragging element, rotating shaft, stir axle, upper lock body, down lock body, lock core, lock core shaft, ectosome, sleeve pipe, drive link, lower beam is formed, the connector of device has centre hole to cooperate with rotating shaft, porose or the groove of connector, cooperate with moving member, connector circumferentially connects with down lock body or makes one, moving member is a column, cooperate with the groove of lower beam upper end, the two ends of moving member cooperate with the hole or the groove of connector or connecting element, the moving member outside face has groove to cooperate with dragging element, moving member can move axially, connecting element has centre hole to cooperate with rotating shaft, a porose or groove of end face of connecting element, cooperate with moving member, another end face has the convex structure, concavity structure engages with the ectosome cell wall, dragging element is the eccentric pin of stirring on the axle, cooperate with the groove of moving member, rotating shaft is with connector, connecting element, lower beam is bearing on the ectosome, an end face stirring axle has eccentric orfice to cooperate with dragging element, another end face has convex-concave structure and lock core shaft's engagement, upper lock body connects with manipulatable end, upper lock body is porose, one end of lock core and sleeve pipe is arranged in the hole, down lock body has orthogonal two holes, hole and rotating shaft coaxial line, connector, moving member, connecting element, rotating shaft, lower beam is arranged in this hole, circumferential cut is arranged on the hole wall, cooperate with lower beam, guarantee that down lock body and lower beam can relatively rotate, another hole with stir a coaxial line, stir axle, the other end of sleeve pipe is arranged in this hole, connect with the mode that can not illegally dismantle between lock core and the upper lock body, there are two latched positions in lock core shaft, ectosome has mutually perpendicular hole and groove, rotating shaft is arranged in the hole, connector, moving member, connecting element, down lock body, lower beam is arranged in groove, sleeve pipe and upper lock body, connect with the mode that can not illegally dismantle between the down lock body, drive link is positioned at sleeve pipe, end face has convex-concave structure, respectively with lock core shaft and the counter structure engagement of stirring axle, transmit the operation that opens and closes lock, the upper end of lower beam has the hole of circumferential cut to cooperate with down lock body, between connector and connecting element, have groove to cooperate with moving member on it, porosely on it cooperate with rotating shaft, ectosome or lower beam connect with follow-up Transmission.
26, anti-joyride device according to claim 25, the ectosome that it is characterized in that device connects with the supporting member of pedestal, outer physical efficiency is rotated around the supporting axis of supporting member, and retainer spring can keep the center position of ectosome, and ectosome connects with the mode that can not illegally dismantle with supporting member.
27, anti-joyride device according to claim 26, it is characterized in that ectosome is a cylinder, ectosome is arranged in supporting member, and outer body axis overlaps with the supporting axis of supporting member, retainer spring can keep the center position of ectosome, and ectosome connects with the mode that can not illegally dismantle with supporting member.
28, anti-joyride device according to claim 25, the lower beam that it is characterized in that device connects with the supporting member of pedestal, lower beam can rotate around the supporting axis of supporting member, and retainer spring can keep the center position of lower beam, and lower beam connects with the mode that can not illegally dismantle with supporting member.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN98200293U CN2325266Y (en) | 1998-01-13 | 1998-01-13 | Theft-proof arrangement for vehicle placed on steering mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN98200293U CN2325266Y (en) | 1998-01-13 | 1998-01-13 | Theft-proof arrangement for vehicle placed on steering mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2325266Y true CN2325266Y (en) | 1999-06-23 |
Family
ID=33957849
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN98200293U Expired - Fee Related CN2325266Y (en) | 1998-01-13 | 1998-01-13 | Theft-proof arrangement for vehicle placed on steering mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2325266Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101244716B (en) * | 2007-02-15 | 2010-09-15 | 冯建中 | Anti-stealing device for vehicle and steering wheel having the anti-stealing device for vehicle |
| CN102001444A (en) * | 2010-11-19 | 2011-04-06 | 陕西飞机工业（集团）有限公司 | Neutral position adjustment device of flight control system and neutral position setting method thereof |
-
1998
- 1998-01-13 CN CN98200293U patent/CN2325266Y/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101244716B (en) * | 2007-02-15 | 2010-09-15 | 冯建中 | Anti-stealing device for vehicle and steering wheel having the anti-stealing device for vehicle |
| CN102001444A (en) * | 2010-11-19 | 2011-04-06 | 陕西飞机工业（集团）有限公司 | Neutral position adjustment device of flight control system and neutral position setting method thereof |
| CN102001444B (en) * | 2010-11-19 | 2014-06-11 | 陕西飞机工业（集团）有限公司 | Neutral position adjustment device of flight control system and neutral position setting method thereof |
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