CN100460272C - Rope controller - Google Patents
Rope controller Download PDFInfo
- Publication number
- CN100460272C CN100460272C CNB2005101147165A CN200510114716A CN100460272C CN 100460272 C CN100460272 C CN 100460272C CN B2005101147165 A CNB2005101147165 A CN B2005101147165A CN 200510114716 A CN200510114716 A CN 200510114716A CN 100460272 C CN100460272 C CN 100460272C
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- China
- Prior art keywords
- pedestal
- pushing
- retainer component
- drivening piece
- knock hole
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Abstract
A steel cable controller for the handle-bar of bicycle or tricycle in order to control vibration damper and brake is composed of a fixer on said handle-bar, a driving part, a fastener for locating the driven steel cable, and a release module for restoring the position of steel cable.
Description
Technical field
The present invention provides a kind of vehicle rope controller, a kind of product with members such as pedestal, drivening piece, retainer component and releasing units is provided, rope controller of the present invention can spur cable wire on vehicle handle, cable wire is positioned at predeterminated position, its volume is little, and the pulling cable wire and discharge cable wire all can be by the low-angle control action of pushing of user, and then control bicycle assemblies such as Shock absorber or brake on demand.
Background technology
The Shock absorber of bicycle use at present need have the function of opening and closing shock-absorbing and go up a slope and the descending road conditions conveniently to drive, the energy of avoiding when the upward slope road conditions action loss because of Shock absorber to step, and avoid when the descending road conditions, falling because of the action of front shock-proof device device causes vehicle body to lean forward and falls, and brake need often have open, normally closed design to be conveniently to rest in acclive road conditions, therefore needs rope controller to control the cable wire action;
But, the handle both sides of bicycle have been equiped with the rope controller of change-speed box at present, the rope controller of this change-speed box, it is to spur cable wire in the turn mode, but its volume is bigger, and rotating angle is big, therefore if when vehicle handle installs rope controller again additional and controls the normally closed control of the keying of Shock absorber action or brake, this rope controller that installs additional can be obscured and interference mutually with the rope controller of change-speed box, and installation position can be away from the handle of bicycle, and the handle that allows user's hand must leave vehicle handle just can be controlled the rope controller that this installs additional, can influence and drive safety but rider's hand leaves handle in advancing, therefore for allowing rider's both hands can not need leave the handle of bicycle, can conveniently control the rope controller that installs additional, the target that this makes great efforts to study for vehicle manufacturer and research staff.
Summary of the invention
First purpose of the present invention is to provide a kind of rope controller that can locate cable wire pulling position on vehicle handle, it has members such as pedestal, drivening piece, retainer component and releasing unit, this drivening piece and retainer component are journaled in the pedestal, and when spurring cable wire to predeterminated position, drivening piece fastened the location by this retainer component, this releasing unit then uses axial action to promote this retainer component, make retainer component break away from and fasten this drivening piece of location, allow drivening piece be retracted and reset by cable wire; Can control bicycle assemblies such as Shock absorber or brake on demand with this.
Second purpose of the present invention provides a kind of rope controller of small size, the present invention is installed in by the handle of bicycle, it can not obscured and interference (as shown in Figure 1 and Figure 2) mutually with the speed change rope controller of prior art, itself and the different control modes of speed change rope controller of prior art and controlling of different directions, and can allow the rider in the upward slope road conditions, when desiring to close incabloc function and stepping energy with the action loss of avoiding Shock absorber, rider's both hands need not leave handle, can control switching with thumb.
The 3rd purpose of the present invention provides the enough modes of pushing of a kind of energy and moves the rope controller that switches, drivening piece of the present invention and releasing unit all can allow the user push change action with thumb, allow user's both hands need not leave the handle of vehicle handle, can push switching fast.
The 4th purpose of the present invention provides a kind of rope controller of low-angle action, and the present invention controls with low-angle action, allows the user of bicycle switch the keying of automatic shock-proof device and the normally closed function of brake by fast speed.
For reaching the foregoing invention purpose, the technical solution adopted in the present invention is as follows: a kind of rope controller has members such as pedestal, drivening piece, retainer component and releasing unit, this pedestal, its inside has accommodation space and is provided with control punch, is installed with in accommodation space and pushes spring; This drivening piece is to be installed with in the accommodation space of this pedestal to move, and this drivening piece is provided with the card division, and the opposite side in this card division is provided with the press section, and this press section is protruded this pedestal and supplied the user to control, and this drivening piece drives cable wire action; This retainer component, be to be installed with in the accommodation space of this pedestal to move, this retainer component is provided with block holding part and pushing and pressing part, the card division of this block holding part and this drivening piece is corresponding to fasten, this pushing and pressing part is pushed against, move this retainer component turn, this pedestal inside is installed with pushes spring and promotes this retainer component turn with elastic force and reset; This releasing unit has members such as release member and returning spring, and this release member is installed with and moves in the control punch of this pedestal, and this release member is provided with the pushing and pressing inclined-plane, and this pushing and pressing inclined-plane pushes against the pushing and pressing part action of this retainer component, and this release member promotes this retainer component turn; This returning spring promotes this release member with elastic force and resets.
Described rope controller, have members such as pedestal, drivening piece, retainer component and releasing unit, this pedestal inside has accommodation space, is installed with in this accommodation space and pushes spring, this pushes spring one end and replaces in this pedestal inside, and this pedestal is provided with control punch, first knock hole and second knock hole; This drivening piece is provided with the card division, the block holding part of this card division and this retainer component is corresponding to fasten, this drivening piece is provided with the press section at the opposite side of this card division, this press section is protruded this pedestal and is supplied the user to control, this drivening piece is provided with knock hole, be installed with first fix shaft in this knock hole, this first fix shaft is positioned at the internal actions that in first knock hole of this pedestal this drivening piece is positioned at this pedestal; This drivening piece drives the hole other being provided with of this knock hole, is installed with in this drive hole and drives axle, and this drive axle is connected with cable wire one end, and this drivening piece drives the cable wire action; This retainer component is provided with block holding part, corresponding the fastening in card division of this block holding part and this drivening piece; This retainer component is provided with the pushing and pressing part, and this pushing and pressing part is pushed against, and moves this retainer component turn; This retainer component is provided with knock hole, is installed with second fix shaft in this knock hole, and this second fix shaft is positioned in second knock hole of this pedestal, this retainer component is positioned at the internal actions of this pedestal; This releasing unit has members such as release member and returning spring, this release member is installed with in the control punch of this pedestal and moves, this release member is provided with the pushing and pressing inclined-plane, the displacement in the control punch of this pedestal of this release member, its pushing and pressing inclined-plane pushes against the pushing and pressing part of this retainer component, promote this retainer component turn simultaneously, this returning spring promotes this release member with elastic force and resets.
This pedestal is provided with the protrusion profile in the outside, it is accommodation space that this pedestal extends to opening by the inside of this protrusion profile, this pedestal is installed an enclosing cover in the edge of opening of accommodation space, should outer be covered with first knock hole and second knock hole, first, second knock hole concentric of this first, second knock hole and this pedestal is corresponding.
Have members such as pedestal, drivening piece, retainer component and releasing unit:
This pedestal inside has accommodation space, and this accommodation space is provided with fixed orifice, first knock hole and second knock hole; Set firmly an anchor shaft in this fixed orifice, this anchor shaft will push spring and be positioned in this accommodation space, and this pushes spring one end and replaces in this pedestal inside; This pedestal is provided with control punch, and this control punch one side is a screw, and opposite side is a through hole, screw lock one location spiral shell Mao in this screw, and this positioning screw cap inside is provided with endoporus.
This drivening piece is one and drives body, this drivening piece is provided with the card division, the block holding part of this card division and retainer component is corresponding to fasten, this drivening piece is provided with the press section, this press section is protruded this pedestal and is supplied the user to control, this drivening piece is provided with knock hole, be installed with first fix shaft in this knock hole, this first fix shaft is positioned in first knock hole of this pedestal, this drivening piece is positioned at the internal actions of this pedestal, and this drivening piece drives the hole other being provided with of knock hole, is installed with in this drives hole to drive spool, this drive axle and cable wire one side are connected, and this drivening piece drives this cable wire displacement action.
This drivening piece is to drive body by the first drive body and second to link, and this first drive body is provided with registration mast, knock hole and drives the hole; This second drive body is provided with the card division, the block holding part of this card division and retainer component is corresponding to fasten, this second drive body is provided with the press section, this press section is protruded this pedestal and is supplied the user to control, this second drive body is provided with fixed orifice at wall, this fixed orifice is located binding mutually with this first registration mast that drives body, this second drive body concentric is to being provided with knock hole by first knock hole that drives body, be installed with first fix shaft in the knock hole of this drivening piece, this first fix shaft is positioned in first knock hole of this pedestal, this drivening piece is positioned at the internal actions of this pedestal, this second drive body concentric is to being provided with the drive hole in the drive hole of the first drive body, be installed with in the drive hole of this drivening piece and drive axle, this drive axle is connected with cable wire one side, and this drivening piece drives this cable wire action.
This retainer component is provided with block holding part, this block holding part is to card division that should drivening piece, this retainer component is provided with perforation on this block holding part side, this retainer component is provided with the pushing and pressing part, this pushing and pressing part is to push against a perforation that is installed in this retainer component by one to form, the external diameter of this pushing and pressing axle is the pushing and pressing part, this pushing and pressing part is subjected to the pushing and pressing inclined-plane of the release member of this releasing unit to push action, this pushing and pressing axle outside with this pedestal in the spring opposite side that pushes that is installed with replace mutually, this pushing and pressing part drives this retainer component turn, this pushes spring and pushes against this pushing and pressing axle with elastic force, promotes this retainer component turn simultaneously.
This retainer component is provided with block holding part, and be provided with the protrusion pushing and pressing part at this block holding part side burr, this pushing and pressing part one side is subjected to the pushing and pressing inclined-plane of the release member of this releasing unit to push action, this pushing and pressing part drives this retainer component turn, the spring opposite side that pushes that is installed with in this pushing and pressing part opposite side and this pedestal is replaced mutually, this pushes spring and pushes this pushing and pressing part with elastic force, promotes this retainer component turn simultaneously.
This releasing unit has members such as release member and returning spring, this release member is installed with in the control punch of this pedestal and moves, the external diameter of this release member one side is slidingly installed in the endoporus of the positioning screw cap that spiral shell is established in the screw of this pedestal control punch, the external diameter of this release member opposite side is slidingly installed in the through hole of this pedestal control punch, this release member is provided with the pushing and pressing inclined-plane, the corresponding action in pushing and pressing part of this pushing and pressing inclined-plane and this retainer component, the displacement in the control punch of this pedestal of this release member, the pushing and pressing part that its pushing and pressing inclined-plane promotes this retainer component, promote this retainer component turn simultaneously, this returning spring promotes this release member with elastic force and resets.
This drivening piece is provided with and drives the hole, be installed with in this drive hole and drive axle, this drive axle is provided with perforation and is provided with screw on this perforation side, screw lock one check screw and pad in this screw, a side of this cable wire are located in the perforation of this drive axle, by this check screw and pad this cable wire are installed on this drive axle, this drive axle one side is protruded this pedestal, this drive axle is established the engagement section in a side system of protruding this pedestal, and this engagement section is for the instrument engaging, and convenient group is established this cable wire.
Beneficial effect of the present invention is:
1. rope controller of the present invention can be located cable wire pulling position on vehicle handle, it has members such as pedestal, drivening piece, retainer component and releasing unit, this drivening piece and retainer component are journaled in the pedestal, and when spurring cable wire to predeterminated position, drivening piece fastened the location by this retainer component, this releasing unit then uses axial action to promote this retainer component, make retainer component break away from and fasten this drivening piece of location, allow drivening piece be retracted and reset by cable wire; Can control the effect of bicycle assemblies such as Shock absorber or brake on demand with this;
2. rope controller small size of the present invention, be installed in by the handle of bicycle, it can not obscured and interference (as shown in Figure 1 and Figure 2) mutually with the speed change rope controller of prior art, itself and the different control modes of speed change rope controller of prior art and controlling of different directions, and can allow the rider in the upward slope road conditions, when desiring to close incabloc function and stepping energy with the action loss of avoiding Shock absorber, rider's both hands need not leave handle, can control switching with thumb;
3. rope controller of the present invention can enough modes of pushing moves switching, and drivening piece of the present invention and releasing unit all can allow the user push change action with thumb, allows user's both hands need not leave the handle of vehicle handle, can push switching fast;
4. rope controller low-angle of the present invention action is controlled with low-angle action, allows the user of bicycle can fast speed switch the effect of the normally closed function of the keying of automatic shock-proof device and brake.
Description of drawings
Fig. 1 is the site plan of apparatus of the present invention at vehicle handle.
Fig. 2 is the site plan of apparatus of the present invention at the vehicle handle other direction.
Fig. 3 is the structural upright exploded drawings of first embodiment of the invention.
Fig. 4 is the structural upright assembly drawing of first embodiment of the invention.
Fig. 5 is the structure cutaway view of first embodiment of the invention.
Fig. 6 is the structure push action cutaway view not of first embodiment of the invention.
Fig. 7 is the structure push action cutaway view of first embodiment of the invention.
Fig. 8 is the structure push action engaging cutaway view of first embodiment of the invention.
Fig. 9 is the structure release movement cutaway view of first embodiment of the invention.
Figure 10 is a first embodiment of the invention structure release movement other direction cutaway view.
Figure 11 is a first embodiment of the invention structure release movement cutaway view.
Figure 12 is that the structure of first embodiment of the invention discharges the homing action cutaway view.
Figure 13 is that the first embodiment of the invention structure discharges the other direction cutaway view that resets.
Figure 14 is the structural upright exploded drawings of second embodiment of the invention.
Figure 15 is the structure cutaway view of second embodiment of the invention.
Figure 16 is the structure other direction cutaway view of second embodiment of the invention.
Figure 17 is the structural upright exploded drawings of third embodiment of the invention.
Figure 18 is the structure cutaway view of third embodiment of the invention.
Figure 19 is the structural upright exploded drawings of fourth embodiment of the invention.
Figure 20 is the structure cutaway view of fourth embodiment of the invention.
The primary clustering nomenclature
Pedestal A
Ribbon beam body A10 arc support surface A11 perforation A12 lug A13
The long ditch A16 of screw A14 bolt A15 protrudes profile A17
Accommodation space A18 internal face A181 control punch A19 screw A191
Through hole A192 positioning screw cap A20 outside thread A201 rivet A31
The little endoporus A2032 of the big endoporus A2031 of flange A202 terrace edge endoporus A203
The first locating surface A204, the second locating surface A205 cable wire seat hole A21 cable wire cover for seat A211
Perforation A22 capping A221 fixed orifice A23 anchor shaft A24
Flange A241 pushes the spring A25 first knock hole A26 second knock hole A27
Positioning groove A28 connecting bore A29 enclosing cover A30 locating flange A301
The connecting bore A302 first knock hole A303 second knock hole A304 arc support surface A305
Drivening piece B
First drives body B10 registration mast B11 knock hole B12 drives hole B13
Second drives body B20 card division B21 press section B22 fixed orifice B23
Knock hole B24 drives the hole B25 first fix shaft B30 external diameter B301
External diameter B302 flange B303 drives axle B40 flange diameter B41
Perforation B42 terrace edge aperture B421 screw B43 check screw B44
Pad B45 snap-latch surface B46
Retainer component C
Block holding part C11 perforation C12 pushing and pressing part C13 pushing and pressing axle C14
The groove C15 knock hole C16 second fix shaft C17 external diameter C171
External diameter C172 flange C173 cushion cover C18
Releasing unit D
Release member D10 outside thread D11 first outer diameter D 12 second outer diameter D 13
Outer diameter D 16 flange D17 contract in the locating surface D14 pushing and pressing inclined-plane D15
The 3rd outer diameter D 18 release-push D20 negative thread D21 returning spring D30
Handle E
Cable wire F head end F1 drivening piece G card division G11
Press section G12 knock hole G13 cushion cover G14 drives hole G15
Groove G16 drives axle G20 flange G21 perforation G22
Ring groove G23 snap-latch surface G24 screw G25 check screw G26
Pad G27 clasp G28 retainer component H pushing and pressing part H11
Releasing unit J release member J10 protrudes and presses post J11 positioning screw cap J20
Endoporus J201
The specific embodiment
First embodiment of the invention
At first see also first embodiment of Fig. 1-rope controller shown in Figure 13; Rope controller of the present invention has pedestal A, drivening piece B, retainer component C and releasing unit D four big component compositions and forms, and rope controller is installed in the cable wire F of this Shock absorber of vehicle handle E positioning control or brake, and its detailed structure is described below.
This pedestal A is provided with ribbon beam body A10 in an outside side system, this pedestal A this ribbon beam body A10 relatively is provided with an arc support surface A11, and be provided with a perforation A12 in this ribbon beam body A10 proximal end system, and A12 establishes lug A13 in the opposite side system of this pedestal A to boring a hole, this lug A13 goes up system and is provided with a screw A14, and screw lock and cooperates this arc support surface A11 to replace at vehicle handle E this pedestal A is installed on the vehicle handle E in the screw A14 of this lug A13 wear the perforation A12 of this ribbon beam body A10 with a bolt A15 after; This pedestal A establishes a long ditch A16 in the wall system of ribbon beam body A10, and is provided with in the homonymy system of this arc support surface A11 and protrudes profile A17, and this pedestal A extends to opening by the inside of this protrusion profile A17 and forms accommodation space A18.
This pedestal A is provided with control punch A19, this control punch A19 is screw A191 in this ribbon beam body A10 one side, the opposite side of this control punch A19 (at the opposite face of this screw A191) is through hole A192, and it is corresponding that the screw A191 of this control punch A19 and through hole A192 are concentric; Screw lock one location nut A20 among this screw A191, the outside system of this positioning screw cap A20 is established outside thread A201, and establish flange A202 at this outside thread A201 side burr, this positioning screw cap A20 is positioned among the screw A191 of this pedestal A control punch A19 by this outside thread A201 and flange A202 screw lock; This positioning screw cap A20 inside is provided with terrace edge endoporus A203, this terrace edge endoporus A203 forms a big endoporus A2031 and a little endoporus A2032 from outside to inside, the ring edge face that this big endoporus A2031 and little endoporus A2032 join is the first locating surface A204, and this little endoporus A2032 outside end face is the second locating surface A205;
This pedestal A establishes cable wire seat hole A21 on the through hole A192 side of this control punch A19 in the wall system of this pedestal A in addition, sets firmly a cable wire cover for seat A211 among this cable wire seat hole A21; This cable wire cover for seat A211 for cable wire F and cable wire cover set position and this pedestal A this cable wire seat hole A21 opposite side system relatively establish perforation A22 should bore a hole A22 during in assembly the F as cable wire penetrate the hole, after assembly is finished, seal by a capping A221 and to establish; This pedestal A establishes fixed orifice A23 in the wall system of this protrusion profile A17, set firmly an anchor shaft A24 among this fixed orifice A23, this anchor shaft A24 external diameter one side system is provided with flange A241, and the external diameter sheathed other at this flange A241 pushes spring A25, and this pushes spring A25 one end and replaces internal face A181 at the accommodation space A18 of this pedestal A; This pedestal A is provided with the first knock hole A26 and the second knock hole A27 below the A11 of this arc support surface;
This pedestal A establishes several positioning grooves A28 and several connecting bores A29 in the edge of opening wall system of accommodation space A18; This pedestal A installs an enclosing cover A30 at this edge of opening, this enclosing cover A30 system is established several locating flanges A301 and several connecting bores A302, this locating flange A301 is embedded among the positioning groove A28 of this pedestal A edge of opening, the connecting bore A29 of this connecting bore A302 by rivet A31 and this pedestal A is connected and sets firmly, and this enclosing cover A30 is provided with the first knock hole A303 and the second knock hole A304 in wall system, it is corresponding that the first knock hole A26 of this first knock hole A303 and this pedestal A is concentric, it is corresponding that the second knock hole A27 of this second knock hole A304 and this pedestal A also is concentric, and this enclosing cover A30 is provided with arc support surface A305.
This drivening piece B is to drive body B10 and second by first to drive body B20 and combine, and is in the ccontaining accommodation space A18 that is positioned at this pedestal A:
This first drive body B10 is provided with registration mast B11, knock hole B12 and drives hole B13;
This second drive body B20 is provided with card division B21 in the outer rim of a side, the B21 opposite side is provided with press section B22 in this card division, this press section B22 is located in the long ditch A16 of this pedestal A and protrudes this pedestal A and controls and push for the user, this second drive body B20 is to being provided with fixed orifice B23 at wall by the first registration mast B11 that drives body B10, this first registration mast B11 that drives body B10 wears this fixed orifice B23 and locatees mutually with this fixed orifice B23 and set firmly, to allow this first drive body B10 and this second drive body B20 be connected, and this second drive body B20 concentric is to being provided with knock hole B24 and driving hole B25 by first knock hole B12 and the drive hole B13 that drives body B10, this first drive body B10 and second drives the knock hole B12 of body B20, the sliding first fix shaft B30 that establishes among the B24, the external diameter B301 of this first fix shaft B30 two side ends, B302 wears among the first knock hole A303 of the first knock hole A26 that is positioned at this pedestal A and enclosing cover A30, this first fix shaft B30 establishes flange B303 in the external diameter B301 system of this pedestal A first knock hole A26 direction, first of this drivening piece B drives body B10 and second and drives between the wall that body B20 is slidingly installed in the flange B303 end face of this first fix shaft B30 and enclosing cover A30, and this first fix shaft B30 is positioned at this drivening piece B among this pedestal A in-to-in accommodation space A18 and moves;
The sliding drive axle B40 that establishes among drive hole B13, the B25 of this first drive body B10 and the second drive body B20, this drive axle B40 system is established flange diameter B41, the both sides end face cunning of this flange diameter B41 leans against this first drive body B10 and second and drives between the internal face of body B20, allows this drive axle B40 be limited in moving between this first drive body B10 and this second drive body B20; This drive axle B40 is provided with perforation B42 in this flange diameter B41 radial system, this perforation B42 is terrace edge aperture B421 and supplies the side head end F1 of cable wire F to be installed with, this cable wire F is penetrated by the perforation A22 of this pedestal A, its head end F1 is positioned at the ring edge of the perforation B42 terrace edge aperture B421 of this drive axle B40, and this drives axle B40 pulling cable wire F action.
This retainer component C is provided with block holding part C11 in outer rim, and the block holding part C11 of this retainer component C is to card division B21 that should drivening piece B outer rim, and this retainer component C is provided with perforation C12 at the other wall of this block holding part C11; This retainer component C is provided with pushing and pressing part C13, and this pushing and pressing part C13 is formed by the perforation C12 that a pushing and pressing axles C14 is installed in this retainer component C, and the external diameter of these pushing and pressing C14 is pushing and pressing part C13; This pushing and pressing axle C14 establishes a groove C15 in the other external diameter system of this pushing and pressing part C13, and the other end that pushes spring A25 that is installed with among this groove C15 and this pedestal A is replaced mutually; This retainer component C is provided with knock hole C16 at the wall of this block holding part C11 opposite side, the sliding second fix shaft C17 that establishes among this knock hole C16, the external diameter C171 of this second fix shaft C17 two side ends, C172 wears among the second knock hole A304 of the second knock hole A27 that is positioned at this pedestal A and enclosing cover A30, this second fix shaft C17 establishes flange C173 at the external diameter C171 side burr of this pedestal A second knock hole A27 direction, the external diameter of this second fix shaft C17 passes the knock hole C16 of this retainer component C, the end face cunning of its flange C173 leans against the other wall of this retainer component C knock hole C16, and by the wall of this retainer component C opposite side, at the sheathed again cushion cover C18 of the external diameter of this second fix shaft C17, the flange C173 of this second fix shaft C17 and the second fix shaft C17 and this cushion cover C18 are positioned at this retainer component C among this pedestal A in-to-in accommodation space A18 and move.
This releasing unit D, it is by a release member D10, an one release-push D20 and a returning spring D30 combine, this release member D10 is located among the control punch A19 of this pedestal A, one side system is established outside thread D11, and establish first outer diameter D 12 at this outside thread D11 side burr, this first outer diameter D 12 is slidingly installed among the little endoporus A2032 of positioning screw cap A20 of this pedestal A control punch A19, and establish second outer diameter D 13 at these first outer diameter D, 12 side burrs, the ring edge face that this first outer diameter D 12 and second outer diameter D 13 are joined is locating surface D14, and this locating surface D14 is positioned at when this release member D10 relies on this positioning screw cap A20 toward outer displacement on the second locating surface A205 of this positioning screw cap A20;
This release member D10 establishes pushing and pressing inclined-plane D15 at these second outer diameter D, 13 side burrs, this pushing and pressing inclined-plane D15 pushes the pushing and pressing part C13 of this retainer component C, and this release member D10 outer diameter D 16 that in this pushing and pressing inclined-plane D15 side burr is established, contracts, and the outer diameter D that contracts in this 16 side burrs are established flange D17, establishing the 3rd outer diameter D 18, the three outer diameter D 18 at this flange D17 side burr in addition is slidingly installed among the through hole A192 of this pedestal A control punch A19;
The inner system of this release-push D20 is established negative thread D21, and this negative thread D21 screw lock is on the outside thread D11 of this release member D10, and this release-push D20 exposes to push for the user and controls; This release-push D20 is slidingly installed among the big endoporus A2031 of positioning screw cap A20 of this pedestal A control punch A19, and this release-push D20 pushes toward interior when moving to predeterminated position, and its bottom is positioned at the first locating surface A204 of this positioning screw cap A20;
This returning spring D30 is set in the 3rd outer diameter D 18 outsides of this release member D10, and the one end is resisted against the flange D17 of this release member D10, and its other end is resisted against the other wall of through hole A192 of this pedestal A control punch A19;
This releasing unit D moves in the control punch A19 of this pedestal A, and it allows user's push action, and its pushing and pressing inclined-plane D15 pushing and pressing part C13 of pushing this retainer component C allows this retainer component C turn, its returning spring D30 accumulate elastic force with it to allow this release member D10 reset.
The above is the interrelation position of each associated component of first embodiment of the invention and the general introduction of structure thereof.
The embodiment of first embodiment
For manner of execution and the effect that clearly demonstrates the embodiment of the invention, see also the various action cutaway view of the embodiment of the invention of Fig. 6-shown in Figure 13 again, its function mode is as follows:
When user's desire of the present invention changes the action of vehicle Shock absorber or brake function, the bicycle user pushes the press section B22 that this drivening piece B exposes to pedestal A with hand, allow this drivening piece B turn, the card division B21 of this drivening piece B pushes this retainer component C turn, the pushing and pressing axle C14 of this retainer component C compresses this and pushes spring A25 compression and hold power simultaneously, and this drivening piece B turn is simultaneously also synchronously by driving axle B40 pulling cable wire F, when this drivening piece B pulling cable wire F arrives predeterminated position, the card division B21 of this drivening piece B pushes this retainer component C turn also to a default angle, the card division B21 of this drivening piece B can present a gap (as shown in Figure 7) with the block holding part C11 of this retainer component C, this retainer component C was promptly pushed elastic force pushing and pressing of spring A25 by this and replied turn (because of the groove C15 of the pushing and pressing axle C14 of this retainer component C replaces mutually with the end that this pushes spring A25 this moment, and this other end that pushes spring A25 is resisted against the internal face A181 of the accommodation space A18 of this pedestal A), then, this retainer component C replys turn, the pushing and pressing part C13 of this retainer component C is resisted against the pushing and pressing inclined-plane D15 of this releasing unit D release member D10, and the block holding part C11 of this retainer component C promptly can arrive the B21 rear, card division of this drivening piece B, and form and fasten mutually shown in the 8th figure, at this moment, after the user loosens the press section B22 of this drivening piece B, this vehicle Shock absorber in-to-in action elastic force promptly drives this drivening piece B and replys turn, allow the card division B21 of this drivening piece B abut against block holding part C11 at this retainer component C, therefore allow the pulling location positioning of cable wire F, and change the holding function of vehicle Shock absorber.
See also Fig. 9-shown in Figure 13 again, when user's desire of the present invention is replied the holding function that changes the vehicle Shock absorber, the user pushes the release-push D20 of this releasing unit D, this release member D10 i.e. displacement action in the control punch A19 of this pedestal A, compress this returning spring D30 compression simultaneously and hold power, the pushing and pressing inclined-plane D15 of this release member D10 promptly can push against the pushing and pressing part C13 (as shown in Figure 9) of this retainer component C and promote this retainer component C turn, when the block holding part C11 of this retainer component C breaks away from the card division B21 of this drivening piece B (as shown in figure 10), this moment, this drivening piece B promptly drove this drivening piece B answer turn by cable wire F pulling force (coming from vehicle Shock absorber in-to-in action elastic force), allow this cable wire F spur this drivening piece B reset (as shown in figure 11), at this moment, when the user loosens the release-push D20 of this releasing unit D, this release member D10 is promptly promoted to reset by the elastic force of this returning spring D30, this retainer component C is also promoted to reset (as Figure 12 by this elastic force that pushes spring A25, shown in Figure 13), invar rope F resetted and allowed the holding function of this vehicle Shock absorber reply change this moment.
The structure of second embodiment and embodiment thereof
See also Figure 14-Figure 16, the second embodiment of the present invention mainly is the structure that changes this first main embodiment drivening piece B, all the other structures are all identical with first main embodiment, only are elaborated at changing partly at this, and all the other identical parts are no longer added to give unnecessary details.
This drivening piece G is one and drives body, this drivening piece G is provided with card division G11 in the same system of a side outer rim, and this card division G11 equally with corresponding the fastening of block holding part C11 of retainer component C, this drivening piece G opposite side passes the long ditch A16 of this pedestal A ribbon beam body A10, the gluing again press section G12 that sets firmly, this press section G12 pushes for the user;
This drivening piece G is provided with knock hole G13 equally, the same sliding first fix shaft B30 that establishes among this knock hole G13, the external diameter B301 of this first fix shaft B30 two side ends, B302 wears among the first knock hole A303 of the first knock hole A26 that is positioned at this pedestal A and enclosing cover A30 equally, the external diameter of this first fix shaft B30 passes the knock hole G13 of this drivening piece G, the flange B303 end face cunning of this first fix shaft B30 leans against the other wall of this drivening piece G knock hole G13, and opposite side at this drivening piece G wall, at the sheathed cushion cover G14 of the external diameter of this first fix shaft B30, the flange B303 of this first fix shaft B30 and the first fix shaft B30 and this cushion cover G14 are positioned at this drivening piece G among this pedestal A in-to-in accommodation space A18 and move;
This drivening piece G drives hole G15 other being provided with equally of this knock hole G13, and this drive hole G15 is and takes out the cylindrical shape of making shape, and this drive hole G15 is provided with groove G16 in columnar side system; The sliding drive axle G20 that establishes among the G15 of this drive hole, this drive axle G20 establishes flange G21 in an outside side system, by this flange G21, this drive axle G20 establishes perforation G22 in radial system, establish a ring groove G23 at this perforation G22 side burr, establish snap-latch surface G24 at this ring groove G23 side burr, the inner system of this drive axle G20 is established screw G25, and spiral shell is established check screw G26 and pad G27 in this screw G25;
The external diameter of this drive axle G20 is located among the drive hole G15 of this drivening piece G, the flange G21 end face cunning of this drive axle G20 leans against this drivening piece G and drives the other wall of hole G15, the ring groove G23 of this drive axle G20 protrudes the outside that this drivening piece G cylindrical shape drives hole G15, and be located in by a clasp G28 among the ring groove G23 of this drive axle G20, this drive axle G20 is limited among the drive hole G15 of this drivening piece G and moves, and the snap-latch surface G24 of this drive axle G20 passes the long arc-shaped holes A305 of this pedestal A enclosing cover A30, allows the user engage for instrument when group is established cable wire F;
This cable wire F wears the perforation G22 that groove G16 that this drivening piece G cylindrical shape drives hole G15 side wears this drives axle G20 again, is installed among this drive G20 by this check screw G26 and pad G27;
When the user pushes the press section G12 of this drivening piece G, the drive axle G20 of this drivening piece G drives cable wire F displacement action, and when spurring cable wire F to predeterminated position, drivening piece G fastened the location by this retainer component C, this releasing unit D then uses axial action to promote this retainer component C turn, make retainer component C break away from and fasten location this drivening piece G, and allow drivening piece G be retracted to reset by cable wire F.Change by said structure, second embodiment of the invention can be brought into play function of the present invention equally, and allows this drivening piece G be a structure that drives body, and cost of the present invention is reduced.
The structure of the 3rd embodiment and embodiment thereof
See also Figure 17-Figure 18, the third embodiment of the present invention mainly is the retainer component C-structure that changes this first main embodiment, delete the design of this pushing and pressing axle C14, all the other structures are all identical with first main embodiment, only be elaborated at changing partly at this, all the other identical parts are no longer added to give unnecessary details.
The pushing and pressing part H11 of this retainer component H is formed by the wall bending of this retainer component H, this pushing and pressing part H11 protrudes the wall of this retainer component H, the pushing and pressing inclined-plane D15 of one side and the release member D10 of this releasing unit D abuts against mutually, an end that pushes spring A25 that is installed with among its opposite side and this pedestal A abuts against mutually, this release member D10 promotes this pushing and pressing part H11 and promotes this retainer component H turn simultaneously, and this pushes spring A25 and pushes this pushing and pressing part H11 and promote this retainer component H turn simultaneously and reset; Change by said structure, third embodiment of the invention can be brought into play function of the present invention equally, and reduces the member of pushing and pressing axle C14, and cost of the present invention is reduced.
The structure of the 4th embodiment and embodiment thereof
See also Figure 19-Figure 20, the fourth embodiment of the present invention mainly is the release member D10 structure that changes the releasing unit D of this first main embodiment, the design of deletion release-push D20, all the other structures are all identical with first main embodiment, only be elaborated at changing partly at this, all the other identical parts are no longer added to give unnecessary details.
Release member J10 one side of this releasing unit J directly system is established protrusion by post J11, and should press the endoporus J201 of post J11 by this pedestal A control punch A19 positioning screw cap J20 by protrusion, controls and this protrusion is exposed for the user by post J11; Change by said structure, fourth embodiment of the invention can be brought into play function of the present invention equally, and reduces the member of release-push D20, and cost of the present invention is reduced.
In sum, the present invention is a kind of rope controller, it has four primary members such as pedestal, drivening piece, retainer component and releasing unit, this drivening piece and retainer component are located in the pedestal, and when spurring cable wire to predeterminated position, drivening piece fastened the location by this retainer component, this releasing unit then uses axial action to promote this retainer component, makes retainer component break away from this drivening piece of location, allows drivening piece be retracted by cable wire and resets; Can on vehicle handle, locate the pulling position of cable wire with this rope controller, and then control bicycle assemblies such as Shock absorber or brake on demand.
Claims (10)
1. a rope controller has pedestal, drivening piece, retainer component and releasing unit member, it is characterized in that:
This pedestal, its inside have accommodation space and are provided with control punch, are installed with in accommodation space and push spring;
This drivening piece is installed with in the accommodation space of this pedestal and moves, and this drivening piece is provided with the card division, and the opposite side in this card division is provided with the press section, and this press section is protruded this pedestal and supplied the user to control, and this drivening piece drives cable wire action;
This retainer component, be installed with in the accommodation space of this pedestal and move, this retainer component is provided with block holding part and pushing and pressing part, the card division of this block holding part and this drivening piece is corresponding to fasten, this pushing and pressing part is pushed against, move this retainer component turn, this pedestal inside is installed with pushes spring and promotes this retainer component turn with elastic force and reset;
This releasing unit has release member and returning spring member, and this release member is installed with in the control punch of this pedestal and moves, and this release member is provided with the pushing and pressing inclined-plane, and this pushing and pressing inclined-plane pushes against the pushing and pressing part action of this retainer component, and this release member promotes this retainer component turn; This returning spring promotes this release member with elastic force and resets.
2. according to claim 1 a described rope controller, it is characterized in that: this pushes spring one end and replaces in this pedestal inside, and this pedestal is provided with first knock hole and second knock hole;
This drivening piece is provided with knock hole, is installed with first fix shaft in this knock hole, and this first fix shaft is positioned at the internal actions that in first knock hole of this pedestal this drivening piece is positioned at this pedestal; This drivening piece drives the hole other being provided with of this knock hole, is installed with in this drive hole and drives axle, and this drive axle is connected with cable wire one end, and this drivening piece drives the cable wire action;
This retainer component is provided with knock hole, is installed with second fix shaft in this knock hole, and this second fix shaft is positioned in second knock hole of this pedestal, this retainer component is positioned at the internal actions of this pedestal;
The displacement in the control punch of this pedestal of this release member, its pushing and pressing inclined-plane pushes against the pushing and pressing part of this retainer component, promotes this retainer component turn simultaneously.
3. according to claim 1 a described rope controller, it is characterized in that: this pedestal is provided with the protrusion profile in the outside, it is accommodation space that this pedestal extends to opening by the inside of this protrusion profile, this pedestal is installed an enclosing cover in the edge of opening of accommodation space, should outer be covered with first knock hole and second knock hole, first, second knock hole concentric of this first, second knock hole and this pedestal is corresponding.
4. according to claim 1 a described rope controller, it is characterized in that: this accommodation space is provided with fixed orifice, first knock hole and second knock hole; Set firmly an anchor shaft in this fixed orifice, this anchor shaft will push spring and be positioned in this accommodation space, and this pushes spring one end and replaces in this pedestal inside; This control punch one side is a screw, and opposite side is a through hole, screw lock one location spiral shell Mao in this screw, and this positioning screw cap inside is provided with endoporus.
5. according to claim 1 a described rope controller, it is characterized in that: this drivening piece is one and drives body, and this drivening piece drives this cable wire displacement action.
6. according to claim 1 a described rope controller, it is characterized in that: this drivening piece is to drive body by the first drive body and second to link, and this first drive body is provided with registration mast, knock hole and drives the hole; This second drive body is provided with the card division, this second drive body is provided with the press section, this second drive body is provided with fixed orifice at wall, this fixed orifice is located binding mutually with this first registration mast that drives body, this second drive body concentric is to being provided with knock hole by first knock hole that drives body, be installed with first fix shaft in the knock hole of the first drive body of this drivening piece, this second drives body concentric and drives the hole to being provided with in the drive hole that should first drives body, and second of this drivening piece drives to be installed with in the drive hole of body and drives axle.
7. according to claim 1 a described rope controller, it is characterized in that: this retainer component is provided with perforation on this block holding part side, this pushing and pressing part is to push against a perforation that is installed in this retainer component by one to form, the external diameter of this pushing and pressing axle is the pushing and pressing part, this pushing and pressing part is subjected to the pushing and pressing inclined-plane of the release member of this releasing unit to push action, this pushing and pressing axle outside with this pedestal in the spring opposite side that pushes that is installed with replace mutually, this pushing and pressing part drives this retainer component turn, this pushes spring and pushes against this pushing and pressing axle with elastic force, promotes this retainer component turn simultaneously.
8. according to claim 1 a described rope controller, it is characterized in that: be provided with at this block holding part side burr and protrude the pushing and pressing part, this pushing and pressing part one side is subjected to the pushing and pressing inclined-plane of the release member of this releasing unit to push action, this pushing and pressing part drives this retainer component turn, the spring opposite side that pushes that is installed with in this pushing and pressing part opposite side and this pedestal is replaced mutually, this pushes spring and pushes this pushing and pressing part with elastic force, promotes this retainer component turn simultaneously.
9. according to claim 1 a described rope controller, it is characterized in that: the external diameter of this release member one side is slidingly installed in the endoporus of the positioning screw cap that spiral shell is established in the screw of this pedestal control punch, and the external diameter of this release member opposite side is slidingly installed in the through hole of this pedestal control punch.
10. according to claim 1 a described rope controller, it is characterized in that: this drivening piece is provided with and drives the hole, be installed with in this drive hole and drive axle, this drive axle is provided with perforation and is provided with screw on this perforation side, screw lock one check screw and pad in this screw, one side of this cable wire is located in the perforation of this drive axle, by this check screw and pad this cable wire is installed on this drive axle, this drive axle one side is protruded this pedestal, this drive axle is established the engagement section in a side system of protruding this pedestal, this engagement section is for the instrument engaging, and convenient group is established this cable wire.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005101147165A CN100460272C (en) | 2005-10-25 | 2005-10-25 | Rope controller |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005101147165A CN100460272C (en) | 2005-10-25 | 2005-10-25 | Rope controller |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1955061A CN1955061A (en) | 2007-05-02 |
| CN100460272C true CN100460272C (en) | 2009-02-11 |
Family
ID=38062674
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2005101147165A Expired - Fee Related CN100460272C (en) | 2005-10-25 | 2005-10-25 | Rope controller |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN100460272C (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI406788B (en) * | 2009-09-04 | 2013-09-01 | Shimano Kk | Bicycle shift control device |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3800618A (en) * | 1973-01-22 | 1974-04-02 | K Yoshigai | Brake operating device for bicycle |
| CN2070273U (en) * | 1990-05-08 | 1991-01-30 | 李宏 | Brake for motorcycle |
| CN2146422Y (en) * | 1992-12-03 | 1993-11-17 | 张贤忠 | Labour-saving cable brake mechanism of bicycle |
| US5896779A (en) * | 1997-08-01 | 1999-04-27 | Sunrise Medical Hhg Inc. | Dual mode brake actuator for walker |
| CN1274658A (en) * | 1999-05-20 | 2000-11-29 | 本田技研工业株式会社 | Locking device for vehicle-stopping braking handle |
| US20020124679A1 (en) * | 2001-01-11 | 2002-09-12 | Campagnolo Srl | Combined gear change and brake control unit for a bicycle |
| CN2727034Y (en) * | 2004-08-25 | 2005-09-21 | 重庆宗申技术开发研究有限公司 | Fast-holding keeping mechanism of motorcycle handle |
-
2005
- 2005-10-25 CN CNB2005101147165A patent/CN100460272C/en not_active Expired - Fee Related
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3800618A (en) * | 1973-01-22 | 1974-04-02 | K Yoshigai | Brake operating device for bicycle |
| CN2070273U (en) * | 1990-05-08 | 1991-01-30 | 李宏 | Brake for motorcycle |
| CN2146422Y (en) * | 1992-12-03 | 1993-11-17 | 张贤忠 | Labour-saving cable brake mechanism of bicycle |
| US5896779A (en) * | 1997-08-01 | 1999-04-27 | Sunrise Medical Hhg Inc. | Dual mode brake actuator for walker |
| CN1274658A (en) * | 1999-05-20 | 2000-11-29 | 本田技研工业株式会社 | Locking device for vehicle-stopping braking handle |
| US20020124679A1 (en) * | 2001-01-11 | 2002-09-12 | Campagnolo Srl | Combined gear change and brake control unit for a bicycle |
| CN2727034Y (en) * | 2004-08-25 | 2005-09-21 | 重庆宗申技术开发研究有限公司 | Fast-holding keeping mechanism of motorcycle handle |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI406788B (en) * | 2009-09-04 | 2013-09-01 | Shimano Kk | Bicycle shift control device |
| US8640568B2 (en) | 2009-09-04 | 2014-02-04 | Shimano Inc. | Bicycle shift control device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1955061A (en) | 2007-05-02 |
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Granted publication date: 20090211 Termination date: 20091125 |