TWI270502B - Controlling device of a steel cable - Google Patents

Abstract

This invention relates to a controlling device of a steel cable that comprises a base, a driving member, a locking member and a releasing assembly. The driving member and the locking member are installed in the base. The driving member is positioned by the locking member when pulling the steel cable to the predetermined position. The releasing assembly pushes the locking member by the axial motion so as to position the driving member by using the locking member, and then the steel cable will the pull the driving member back to its original position. Therefore, steel cable controlling device can position the steel cable on the handle bar, and then control the shock absorber and other components of a bicycle.

Description

1270502 IX. Description of the invention: [Technical field of the invention]: The invention provides a vehicle cable controller, which is provided in the fish red 4 hair A 'product mouth'. The cable controller of the invention can be pulled on the handle of the vehicle Steel cable, the cable can be positioned to pull the cable and release the cable. The position can be Μ ^ position 'its small size, and according to the demand to control the shock absorber or brake and other bicycle component angle r of the pressing operation, and then [prior art] witnessed the use of bicycles The shock absorber cries the cloud i is convenient to ride the fresh _ σ Μ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ If the car is light, it must have _, often _ set the branches to stop in the disambiguous road conditions, so it is necessary to control the cable to control the cable; Mang, head (four) bicycle handles have been installed on both sides of the handle The cable controller, its 俜..._#制器' is used to pull the cable in a square swaying manner, but (10) =, and the angle of rotation is large, so if it is in the vehicle: system: to control the suspension controller and the transmission Steel The cable controller confuses the cable of the i-shirt away from the grip of the bicycle, and the user's hand must: 2: set the second control == cable controller' but in the middle of the: The t-shirt is opened from the 1270502 device, which is the goal of the vehicle manufacturer and the grip of the cable control research and development personnel. SUMMARY OF THE INVENTION An object of the present invention is to provide a cable controller that can be placed on a vehicle auxiliary handle, which has a seat body, a driving member, a card-receiving member, and a moving position (4) Laika secret silk lion, and (4) _=予 = card to locate the 'arranged component, then the female to the action push card to the Wei from the card to locate the _ move, let the drive is set by the steel cable pull °, the city test S seeking (four) bribe or ', =: Is the supply, the volume of the steel II, the confusion and the phase of the pair ~ Shouyi ... _, not 曰 _ white with the speed of the cable controller mixed - riding 7 ^, and the system of the speed control is not controlled The single direction wheel, and can _ rider on the uphill road conditions, want to close the shock Wei called the avoidance of silk __ lost stove scale, the county does not need to leave the grip, that can be controlled by the thumb. Moreover, the purpose of the present invention is to provide a controller capable of switching between pressure-measuring modes, and the controller and the release member of the present invention allow the user to use 2 to change the movement, so that the manufacturer's hands are not _vehicles. The grip of the handle can be used; The younger brother of this U--the purpose is to provide a small angle for lying rope control crying, the invention is controlled by a small angle, so that the bicycle user can quickly _ 1270502 bicycle shock absorber's normally closed brake device Features. "First Embodiment of the Invention" • Referring first to the first embodiment of the steel cable control shown in Figs. 13 to 13, the cable controller of the present invention has a seat body (A), a driving member (b), The four components of the card (C) and the release component (8) are combined, and the cable controller is fixed on the handle of the vehicle (E) to control the cable (ρ) of the shock absorber or the brake, and the detailed structure of the cable is described. as follows. The base body (A) is provided with a belt-shaped beam body (A丄〇) on the outer side, and the seat body (A) is provided with an arc-shaped top surface (a 1 ) with respect to the far-belt beam body (a 1〇). 1), and a perforation (A1 2) is formed at the proximal end of the strip-shaped bundle body (A 1 〇), and a lug is formed on the other side of the seat body (A) corresponding to the perforation (A 1 2) (A3), a screw hole (A14) is formed on the lug (A13), and a perforation (A1 2) snail of the belt-shaped bundle body (A1 〇) is bored by a screw yoke (A1 5). Locked in the screw hole (A 14 ) of the lug (A 1 3), and cooperated with the curved top surface (A1 1) to abut the vehicle body (E) to fix the seat body (A) to the vehicle a handle (E); the seat body (A) is formed with a long groove (A 16) on the wall surface of the belt-shaped body (A10) and is formed on the same side of the curved top surface (A 1 1 ) There is a convex shape (A 17), and the seat body (A) extends from the inside of the convex shape (a 17) to the opening to form an accommodation space (A 18). .1270502 The seat body (A) is provided with a control hole (A 1 9 ), and the control hole (A.19) is a screw hole (A 1 9 1) on the side of the belt-shaped bundle body (A 1 〇). The other side of the control hole (A 1 9 ) (on the opposite side of the screw hole (A 1 9 1)) is a through hole (A 1 9 2), and the screw hole of the control hole (A 1 9) 191) coaxially with the through hole (A 1 9 2); the screw hole (A 19 1) is screwed with a positioning nut (A 2 0), and the positioning nut (A 2 0) is externally formed An external thread (A 2 0 1) is provided, and a flange (A 2 0 2 ) is formed beside the external thread (A 2 0 1), and the positioning nut (A 2 0) is by the external thread (A 2 01) and the flange (A 2 0 2) screw lock is located in the screw hole (A 1 9 1 ) of the control hole (A 1 9) of the seat body (a); the positioning nut (A 2 0 ) is internally provided There is a hole in the edge (A 2 0 3 ), and the hole in the edge (A 2 0 3 ) forms a large inner hole (A 2 0 3 1 ) and a small inner hole (A 2 0 3 2) from the outside to the inside. The annular surface where the large inner hole (A 2 0 31) and the small inner hole (A 2 0 3 2 ) meet is a first positioning surface (a 2 0 4 ), and the small inner hole (A 2 0 3 2) the outer end surface is the second positioning surface (A 2 0 5 ); _ the seat body (A) is another a through hole (A 1 9 2) of the control hole (a 19 ) is provided with a cable seat hole (a 21) on the wall surface of the seat body (A), and a cable seat cover is fixed in the cable seat hole (A21) ( A22); the cable seat cover (A22) is provided with a cable (F) and a cable sleeve through the set position; the seat body (a) is provided with a fixing hole (A23) on the wall surface of the convex shape (a 17), the fixing hole A fixed shaft (A24) is fixed in (A23), and a flange (A 2 41) is formed on the outer diameter side of the fixed shaft (A24), and an outer diameter sleeve is arranged beside the flange (a 2 41) Abutting the '1270502 elastic κ (A 2 5) '泫 urging spring (a 2 5) - the end of the inner wall surface (A181) of the accommodating space (A18) of the seat body (a); the seat body (A) a first positioning hole (A 26) and a second positioning hole (A2 7) are disposed below the curved top surface (A 1 1); the seat body (A) is in the accommodation space (Ai) 8) The opening edge wall surface is provided with a plurality of positioning grooves (A 2 8) and a plurality of connecting holes (a 2 9); the seat body (A) is provided with an outer cover (A3 0) at the edge of the opening, the outer The cover (A3 0) is provided with a plurality of positioning flanges (A 3 01) and a plurality of connecting holes (a 3 0 2 ), and the positioning flange (A 3 01) is embedded in the seat body (a) In the positioning groove (a 2 8) of the edge of the mouth, the connecting hole (A 3 0 2) is provided by the rivet (A 31) and the connecting hole (A 2 9) of the seat (A), and the outer connecting The cover (A 3 0 ) is provided with a first positioning hole (A 3 0 3 ) and a second positioning hole (A3 0 4) on the wall surface, the first positioning hole (A 3 0 3 ) and the seat body (A) The first positioning hole (a 2 6 ) corresponds to a concentric shape, and the second positioning hole (A3 〇 4) and the second positioning hole (A 27) of the base body (A) also have a concentric relationship. And the outer cover (A 3 〇) is formed with an arcuate long hole (A3 〇 5) under the first positioning hole (A 3 0 3 ). The driving member (B) is a combination of the first driving body (B1〇) and the second driving body (B 2 0), and the setting value is in the accommodation space of the seat body (a) (A) 1 8 ):

The first driving body (B1〇) is provided with a positioning post (B丄丄), a positioning hole (B 9 1270502 1 2) and a driving hole (B13);

The second driven body (B 2 0) is provided with a card portion (b 2 1) on one outer edge, and a pressing portion (B 2 2) is provided on the opposite side of the card portion (B 21), the pressing portion ( B 2 2) is worn in the long groove (A 16 ) of the seat body (A) and protrudes from the seat body (A) for the user to control the pressing, the second driving body (B 2 0) corresponding to the first driving body The positioning post (B1 1) of (B1〇) is provided with a fixing hole (b 2 3) on the wall surface, and the positioning post (B1 1 ) of the first driving body (B 1 〇) penetrates the fixing hole (B # 2 3 And positioning the fixing hole (B 2 3) to fix the first driving body (B1〇) and the second driving body (B 2 〇), and the second driving body (B 2 0) a positioning hole (B 1 2 ) and a driving hole (B 1 3 ) corresponding to the first driving body (B1 〇) of the coaxial body are provided with a positioning hole (B 2 4 ) and a driving hole (B 2 5 ), the first The positioning axis BL(B12) (B24) of the first moving body (B 1 0 ) and the second driving body (b 2 0 ) is slidably disposed in the first positioning axis (B30), and the first positioning axis (B 3 0 ) Outer diameter of the side end (B301) (B302)

_ positioned in the first positioning hole (A 26) of the seat body (A) and the first positioning hole (A 3 0 3 ) of the outer cover (A 3 0), the first positioning axis (B 3 0) a flange (B 3 0 3 ) is formed on the outer diameter (B 3 0 1 ) in the direction of the first positioning hole (A26) of the seat body (A), and the first driving body of the driving member (B) (B 1 〇) and the second driven body (B 2 0) are slidably disposed on the flange of the first positioning shaft (B 3 0) (B

3 0 3 ) between the end surface and the wall surface of the outer cover (A3 0), the first positioning shaft (B 3 0 ) positions the driving member (B) in the accommodating space inside the seat body (A) (A 10 1270502 18) actuation; the first driving body (B1 0) and the second driving body (b 2 0) driving hole (B13) (B 2 5) sliding a driving shaft (B 4 0), which drives The shaft (B 4 0 ) is provided with a flange outer diameter (B 4 1 ), and both end faces of the flange outer diameter (B 4 1 ) slide against the first driving body (B 1 〇) and the second driving Between the inner wall surfaces of the body (b 2 0 ), the driving shaft (B 4 0) is restricted to be actuated between the first driving body (b 10) and the second driving body (B 2 0); The shaft (b 4 〇) calls for a through hole (B42) radially in the outer diameter (B41) of the flange, and a screw hole (B 4 3) is formed beside the hole (B 4 2), the screw hole ( B 4 3) Middle screw locking screw (B44) and gasket (B4 5), one end of the cable (F) is pierced by the perforation (B 4 2 ) of the driving vehicle (B 4 0 ) A screw (B 4 4 ) and a washer (B45) are screwed in the driving shaft (B40), and the driving shaft $ (B 4 0) is on one side of the screw hole (B 4 3) direction. The outer surface (on the other side of the outer diameter of the flange (B 41)) is provided with an engaging surface (B 4 6), and the engaging surface (B 4 _ 6) passes through the outer cover of the seat (A) (A) 3 0) The curved long hole (A 3 0 5 ) allows the user to engage the tool when assembling the cable (F), and the driving member (b) pulls the cable (F) by the driving shaft (B 4 0) Actuate. The card abutting member (C) is provided with a card abutting portion (C 1 1 ) at the outer edge, and the card abutting portion (C1 1) of the card abutting member (c) corresponds to the card portion of the outer edge of the driving member (B) (b 2 1), the card abutting member (C) is provided with a perforation on the wall surface beside the card abutting portion (c 1 1) (c 1

II 1270502 2), the latching member (c) is provided with a pushing portion (C1 3) which is fixed to the engaging member (C) by a pushing shaft (c14) a perforation (c 1 2), the outer diameter of the pushing shaft (c14) is a pushing portion (C1 3); and the outer diameter of the pushing shaft (C14) beside the pushing portion (C13) is set Groove (C1 5) 'The groove (C1 5) and the other end of the urging κ (A 2 5) accommodated in the seat (A) are abutted against the top; the card offset (c) is on the card a positioning hole (c16) is disposed on the opposite side wall surface of the abutting portion (c 1 1), and the positioning hole (C16) is provided with a second positioning shaft (c17), and the second positioning shaft (C1 7) is external to both ends The diameter (C171) (C172) is set in the second positioning hole (A 2 7) of the seat (A) and the second positioning hole (A 3 0 4 ) of the outer cover (A 3 0 ). a positioning shaft (c17) is provided with a flange (Cl 73) beside the outer diameter (ci7 1) of the second positioning hole (a 27) of the seat body (A), the second positioning shaft (C 1 7 ) The outer diameter of the flange (C) is traversed by the positioning hole (C16) of the engaging member (C), and the end surface of the flange (C17 3) is slid against the wall surface of the positioning hole (C1 ringing β) of the engaging member (C) And in the Next to the wall surface on the other side of the resisting member (C), a cushion sleeve (C18) is further disposed on the outer diameter of the second positioning shaft (C17), the second positioning shaft (C17) and the second positioning shaft (C17). The flange (C17 3) and the ferrule (C18) are positioned to move the yoke (C) in the accommodating space (A 18 ) inside the seat (A). The release assembly (D)' is provided by a release member (D10), a release button 12 1270502

(D 2 0) and a return magazine (D 3 0) sister, the release member (D1 0) is inserted in the control hole (A 1 9) of the seat body (A), one side of the system An external thread (D1 1) is provided, and a first outer diameter (D 1 2) is formed beside the external thread (D1 1), and the first outer diameter (D1 2) is slidably disposed in the seat (A) control hole a small inner hole (A 2 0 3 2 ) of the positioning nut (A 2 0) of (a 19), and a second outer diameter (D 1 3) is formed beside the first outer diameter (D12), The rim surface where the first outer diameter (D1 2) and the second outer diameter (D1 3) meet is a positioning surface (D1 _ 4), and the positioning surface (D14) is displaced toward the release member (D 1 〇) The positioning nut (A 2 0 ) is positioned on the second positioning surface (A205) of the positioning nut (A 2 0 ); the release member (D1〇) is side by side of the second outer diameter (D1 3) And pushing the inclined surface (D 1 5·), the pushing inclined surface (D 1 5 ) abuts against the pushing portion (C1 3) of the engaging member (C), and the releasing member (D10) is at the pushing inclined surface (d1 5) The inner diameter (D 1 6 ) is set next to the inner diameter, and the flange (D1 7) is formed next to the inner diameter (D 1 6 ), and the flange (D17) is made next to the flange (D17). Set a third outer diameter (D1 8), the first The outer diameter (D1 8) is slidably disposed in the through hole (A 19 2) of the control hole (a 1 9) of the seat body (A); the inner button (D2 1) is internally formed in the release button (D20), the inner The thread (D 21) is screwed on the external thread (d1 1) of the release member (D1〇), and the release button (D 2 0) is exposed for the user to press and control; the release button (d 2 0) is slid on the The first set of the positioning nut (a 2 '1270502 2◦) of the seat (A) control hole (a 19) is pressed

大) in the large bore (A 2 〇 3 1 ), the release button (D moves to the pre-position and position & the bottom is positioned at the positioning nut (A 2 plane (A 2 0 4 ); For example, 伎^ (D 3 Q) is set on the outer part of the release member (D diameter (D18), one end of the greedy force j espressed from Can, VIII), the second outer Ί "on the flange of the 峨 (Dl0) The D end abuts against the wall of the seat U (control hole) (A1 (A192); the through hole of the release assembly (D) is controlled by the seat (A) And it pushes against the inclined surface (D (C i 3) syllabic card of the D (C i 3) syllabic card - push the card to the 3) , D 3 0 ) resets the release member (D 1 〇) with its crevice elasticity. ^ The above description is the present invention [Embodiment of each _ component _ and its configuration. [Embodiment] 『 EMBODIMENT OF THE FIRST EMBODIMENT In order to clearly explain the operation mode and effect of the embodiment of the present invention, reference is made to the various actuating sectional views of the embodiment of the present invention shown in the sixth to thirteenth embodiments, which operate as follows: When the maker of the invention wants to change the car In the braking function, the bicycle user presses the driving member (8) to the pressing portion 1270502 (B22) of the seat body (4) by hand, and the driving member (B) is rotated, and the card portion of the driving member (b) (b 2j) Abutting the card (c) to rotate, and the pushing shaft (C 1 4 ) of the carding member (◦) compresses the urging spring (A 2 5 ) to compress the accumulating force, and the driving member (8) is rotated At the same time, the cable (1) is pulled by the synchronous driving shaft (B 4 〇), and when the straight (four) driving member (8) pulls the cable (8) to the preset position, the clamping portion (B 21) of the driving member (8) abuts the engaging member (c) ) the rotation is also to the preset angle, the card portion (B21) of the driving member (8) will be abutted with the card of the card abutting member (c) 1 1) present-gap (as shown in the seventh figure), When the latching member (C) is pushed by the elastic force of the urging spring (A 2 5 ) to return to the rotation (the groove of the abutting shaft (c 1 4 ) due to the engaging member (C) ( 'c 1 5 ) abuts against the end of the thrust spring (A 2 5 ), and the other end region of the abutting spring (A25) is in the accommodation space of the seat body (A) (A work 8) The inner wall surface (A work 8丄)), and then the card contact member (c) is returned to rotate, The pushing portion (c丨3) of the abutting member (c) is sinned against the releasing member (D) releasing member (D iq ) _ abutting surface (D丄5), and the card abutting portion of the engaging member (C) c丄!) will reach the rear of the card part (B2 1 ) of the driving member (β), and form a mutual engagement (as shown in the eighth figure), after which, the user relaxes the pressing of the driving member (B) After the part (B 2 2), the actuating elastic force inside the vehicle shock absorber drives the driving member (B) to return and rotate, so that the card portion (B 21) of the driving member (B) abuts against the engaging member. The card abutting portion (c 1 1) of (c) thus positions the pulling position of the cable (F) and changes the actuation function of the vehicle shock absorber. * 1270502 Please refer to the ninth figure to the + rr back _ change the auxiliary function of the auxiliary shock absorber: the user of the present invention wants to reply to the change is 〇 2〇), the release component = press the release component ( D) The displacement of the release hole (A 19) is the control of the displacement of the occupant (A), the transfer piece (ϋ1〇) ^ compression surface complex _ (D3 〇) card offset (c) Pushing the part (c 瞒 (D15) will push the part (6) to rotate until the card == two) and push the card

The card portion of the driving member (B) (B 2 (two 邛 (C 1 1 ) detachment = (, by the cable (F) pulling force (from the inside of the vehicle shock absorber: = force) as the driving member (B) Respond to rotation, __ (f > %%: cattle position (as shown in the figure - picture), at this time, the user relaxes the release button (7)) release button (D2 〇), the release ( Di〇) is the return force by the return spring (D 3 〇), and the snap (C) is also pushed by the elastic force of the 5 Hz thrust spring (A 2 5 ) (as shown in the twelfth and thirteenth Show), at this time, due to the cable (F) reset, the vehicle is evaded and the movement is changed. The structure and implementation of the first embodiment. Please refer to the four figures to the six-eye, the first aspect of the present invention. The second embodiment is mainly to modify the structure of the first main embodiment of the driving member (B), and the rest of the structure is the same as the first main embodiment _, and only the changed parts are described in detail herein, and the remaining parts are no longer added. 16 1270502 The driving member (G) is a driving body, and the driving member (G) is also provided with a card portion (G 1 Γ) on the side outer edge, and the card portion (G 1 1 ) is similarly Card offset The card abutting portion (C 1 1 ) of C) is correspondingly engaged, and the other side of the driving member (G) passes through the long groove (A16) of the belt-shaped body (A10) of the seat body (A), and is then glued. A pressing portion (G12) is provided, and the pressing portion (G12) is pressed by a user; the HV V moving member (G) is also provided with a positioning hole (g1 3), and the positioning hole (g 13) is also slidably set first. Positioning shaft (B3〇), the outer diameter (B 3 0 1 ) (B 3 0 2) of the two ends of the first positioning shaft (b3 0) is also set in the first positioning hole of the seat body (A) ( A26) and a first positioning hole (A3〇3) of the outer cover (A3〇), the outer diameter of the first positioning shaft (B3〇) passes through the positioning hole (G13) of the driving member (G), the first - the convex, 彖 (B 3 0 3 ) end faces of the positioning shaft (B3 〇) slide against the wall surface beside the positioning hole (G 1 3 ) of the driving member (g), and the other wall of the driving member (G) On one side, a ferrule (G 丄 4) is disposed on the outer diameter of the first positioning shaft (b 3 0), and the first positioning shaft (b 3 〇) and the first positioning shaft (B 3 0 ) are convex. The edge (b 3 0 3 ) and the cushion cover (G 4 ) act to position the driver (G) in the accommodation space (A丄8) inside the body (A);

The driving member (G) is also provided with a driving hole (G 1 5) beside the positioning hole (G丄3), and the driving hole (G1 5) is in the shape of a drawn cylindrical shape, and the driving hole (G1 5) a groove (G16) is formed on the side of the cylindrical shape; the driven hole (G 17 ^ 1270502)

1 5) The middle slide is provided with a driving shaft (G 2 0), and the driving shaft (G 2 0) is provided with a flange (G 21) on the outer side, and next to the flange (G 21), the driving shaft ( G

2 0) A perforation (G22) is formed in the radial direction, a ring groove (G 2 3) is formed beside the perforation (G22), and an engaging surface (G 2 ) is formed beside the ring groove (G 2 3) 4) a screw hole (g 2 5) is formed inside the driving shaft (g 2 0), and a fixing screw (G26) and a gasket (G27) are screwed in the screw hole (G 2 5); The outer diameter of G20) is inserted in the driving hole (G15) of the driving member (G), and the end surface of the flange (G2丄) of the driving shaft (G20) is slid against the driving member (G) driving hole (G1) 5) Next to the wall surface, the ring groove (G 2 3) of the driving shaft (G 2 凸) protrudes outside the cylindrical driving hole (g 15) of the driving member (g), and a buckle is used ( G 2 8) is buckled in the ring groove (G 2 3) of the driving shaft (G 2 〇), and the driving shaft (G 2 〇) is restricted to the driving hole (G1 5) of the driving member (G) Actuated in the middle, and the bayonet surface (G 2 4 ) of the driving shaft (G2〇) passes through the curved long hole (a 3 〇 5) of the outer cover (a 3 0 ) of the seat body (A), so that the user The tool is engaged when the steel cable (F) is assembled; the cable (F) is passed through the groove (G1 6) of the side of the cylindrical driving hole (G1 5) of the driving member (G) and then the driving shaft is inserted. (g2q) Perforation (Μ 2) 'The mosquito screw (G26) and the spacer (G27) are fixed in the driving shaft (G 2 〇); when the user presses the pressing portion (G12) of the driving member (G), The moving shaft (g 2 〇) of the belt member (G) drives the cable (ρ) to be displaced, and the belt 18, 1270502 moving member (6) pulls the cable (F) to the preset position by the engaging member (c) The card is positioned, and the release assembly (D) uses the axial motion to push the card (C) to rotate. The card abutting member (c) disengages the card to position the driving member (G), and causes the driving member (6) to be pulled back by the cable (F). By the above structural change, the second embodiment of the present invention can also exert the structure of the present invention, and the driving member (6) has a structure of a driving body, so that the cost of the present invention is lowered.

"Structure of the third embodiment and its embodiment" / A seventeenth to tenth figure, the third embodiment of the present invention mainly changes the structure of the card (c) of the first embodiment , remove the wire against the shaft (the rest of the structure of the 〇 is the same as the first - main embodiment, here only for the change to the TLF fine, the rest of the same part is no longer more praise. Leica to pieces (H) The pushing portion (H1 1) is formed by the double-folding test of the card-receiving member (Η), the wall portion of the Na (Hll)_ card gift (8), and the side of the release member (D) of the releasing component (D) Pushing against the inclined surface (ρ h, 目# ''s the other side and the urging spring (A n ± 相 抵 ' ' 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 ( ( ( ( ( The part (Η1) pushes (four) f-moving needles (Η) to rotate, and the urging spring (A 2 5 ) 柢 deducts the mechanism to push the card to abut (H) to be rotated and reset; The third embodiment of the invention can also exert the function of the present invention, and can reduce the cost of the present invention by pushing the scoop member of the shaft (C14). 19 * 1270502 "The structure of the fourth embodiment and its embodiment 』See the tenth 9 to 20, the fourth embodiment of the present invention mainly changes the release member (D丄〇) structure of the release assembly (D) of the first main embodiment, and deletes the release button (D 2 0). The rest of the structure is the same as that of the first embodiment, and only the details of the change are made here, and the rest of the same parts will not be described again. - The release part (J10) of the release component (1) is shouted Protruding the stem (J 11) 'and the bulging column (J) passes through the seat (the phantom hole (A19) to position the inner hole (J201) of the nut (J20), and the swell protrudes from the column (J201) ]1 1 ) exposed by the supplier; by the above structural changes,

The fourth embodiment of the present invention exerts the functions of the present invention and reduces the number of members releasing the button (D 2 0), thereby reducing the cost of the present invention.

In the practice, the hair _-axis control woven, the body and the card and the release parts (four) are mainly difficult #f moving parts ^ components, the π moving parts and the card parts are set in the seat, and (four) pieces When the cable is pulled to the preset position, the card is positioned against the positioning position. _ Pull_, the steel cable _ can be in the vehicle handle assembly'. So her "I have: coffee machine, etc. Qingnen coffee is red and suspicious. Except for the 4 inch levy technology of L, it has not been seen in the publications before the application, and it has not been used publicly. It not only has the fact that the effect is improved as described above, but also has to be neglected. The additional effect is that the "novelty" and "progressiveness" of the present invention have been in compliance with the patent regulations, and the application for invention patents has been filed according to law, and the application for review is granted and the patent is granted as soon as possible.

^ 1270502 [Simple diagram of the diagram] The first diagram, the second diagram, the third diagram, the fourth diagram, the fifth diagram, the sixth diagram, the seventh diagram, the eighth diagram, the ninth diagram, the tenth, the eleventh, the eleventh, the twelfth, the thirteenth Figure 14 Figure 15 Figure 16 Figure 17 Figure 18 Figure 19 Figure 20 shows the position of the helmet on the handlebar of the vehicle. A positional view of the device of the present invention at the handle of the vehicle. An exploded perspective view of the structure of the first embodiment of the present invention. A three-dimensional combination diagram of the structure of the first embodiment of the present invention. A cross-sectional view showing the structure of a first embodiment of the present invention. The structure of the first embodiment of the present invention is not pressed and actuated. A structural sectional view of the structure of the first embodiment of the present invention. A cross-sectional view of the structure of the first embodiment of the present invention. It is a cross-sectional view of the junction of the first embodiment of the present invention. A cross-sectional view of the first embodiment of the present invention. A cross-sectional view of the structure of the first embodiment of the present invention is disclosed. A structural release cross-sectional view of the structure of the first embodiment of the present invention. It is a sectional view of the first embodiment of the present invention. It is a perspective exploded view of the structure of the second embodiment of the present invention. A cross-sectional view showing the structure of a second embodiment of the present invention. The structure of the second embodiment of the present invention is another cross-sectional view. An exploded perspective view of a third embodiment of the present invention. A cross-sectional view showing the structure of a third embodiment of the present invention. An exploded perspective view of a structure of a fourth embodiment of the present invention. A cross-sectional view showing the structure of a fourth embodiment of the present invention. .1270502 [Key component symbol description]

Seat (A) Snap-on (C) Vehicle Handle (E) Ribbon-shaped body (A1〇) Piercing (A 1 2) Screw hole (A 14) Long groove (A16) accommodating space (A 1 8) Control hole (A 19) Through hole (A 1 9 2) Positioning nut (A2 0) Flange (A2 0 2 ) Large inner hole (A2 0 31) First positioning surface (A 2 0 4) Steel seat hole (A 21 ) fixing hole (A 2 3) flange (A241) first positioning hole (A 2 6) positioning groove (A 2 8) carrier (B) release assembly (D) cable (F) curved top surface (A) 1 1) Lug (A1 3) Bolt (A 1 5) Convex shape (A 1 7) Inner wall surface (A 1 8 1 ) Screw hole (A 1 9 1) External thread (A2 01) Step inner hole ( A20 3) Small inner hole (A 2 0 3 2 ) Second positioning surface (A 2 0 5) Steel seat cover (A2 2) Fixed shaft (A2 4) Abutment spring (A2 5) Second positioning hole (A2 7 ) Connection hole (A 2 9) 1270502 Cover (A 3 0 ) Connection hole (A 3 0 2 ) Second positioning hole (A 3 0 4 rivet (A 31 ) First actuator (B10) Positioning hole (B12) • Second moving body (B2 0) Pressing part (B 2 2) Positioning hole (B 2 4) 'First positioning axis (B3 0) . Outer diameter (B 3 0 2 ) Drive shaft (B 4 0) Perforation ( B 4 2) _ solid Screw (B 4 4) Engagement surface (B 4 6) Clamping part (C 1 1) Pushing part (C1 3) Groove (C15) Second positioning axis (c1 7) Positioning flange (A3 01) One positioning hole (A 3 0 3 )) Curved long hole (A 3 0 5 ) Positioning column (B1 1) Drive hole (B1 3) Clamping part (B 21) Fixing hole (B 2 3) Driving hole (B 2 5) Outer diameter (B 3 0 1 ) Flange (B 3 0 3 ) Flange outer diameter (B 41) Screw hole (B 4 3) Spacer (B45) Perforation (C12) Push shaft (C14) Positioning hole (C16) Outer diameter (C 1 7 1 ) 24 ♦1270502 Outer diameter (C1 7 2 cushion (C18) release (D10 first outer diameter (D1 positioning surface (D14 inner diameter (D1 • third outer diameter) (D1 release button (D 2 return spring (D 3 drive member (G) pressing part (G 1 2 cushion cover (G14) • groove (G 1 6 ) drive shaft (G 2 0 perforation (G 2 2 ) engagement Face (G 2 4 fixing screw (G 2 buckle (G 2 8)) flange (C17 3)) External thread (D1 1) 2) Second outer diameter (D1 [ ) Pushing the inclined surface (D1 has 6) convex Edge (D1 7) 8) 0) Internal thread (D 2 1) 0) Clamping part (G1 1 ) ) Positioning hole (G1 3) Driven hole (G1 5)) Flange (G21) Ring groove (G2 3) ) Hole (G 2 5) 6) Gasket (G27) '1270502

Card abutment (Η) Push-up (release component (J) release (protrusion by column (J 1 1) positioning nut (J 2〇) inner hole (J 11) 10) 0 1)

Claims (1)

=70502 X. Patent application scope: 1...A cable controller with a seat, a driving member, a card abutting member and a release assembly, etc.: * or a seat body, which has an accommodation space inside and has a control hole. The accommodating spring is disposed in the space; the accommodating member is disposed in the accommodating portion of the seat body as (10), the driving member is provided with a card portion, and the pressing portion is provided on the other side of the card portion, the pressing portion The portion protrudes from the seat body and is controlled by the user, and the driving member is provided with a belt _, the belt _ butterfly (four) - end phase connection 'the driving member drives the cable to be displaced; the card is abutting, hiding the yang seat _ accommodating (four) (four) The card abutting member is provided with a card abutting portion and a reducing portion. The card abutting portion and the card portion of the driving member correspond to each other, and the key card is rotated. Resist the bomb to push the card to force the rotation to reset; ^ The release assembly has a release member and a return spring crane member. The release member is accommodated in the control hole of the base body. The release member is provided with a pushing inclined surface, and the pushing surface pushes against the pushing of the engaging member. When the part is actuated, the release member shaft is rotated by the latching member; and the return spring is elastically urged to release the release member. ^ fast, with a seat, drive 2 · as claimed in the scope of claim 1 of the cable control, the card and the release components and other components: the seat has a accommodating space inside, the one end of the thrust spring is at the top The accommodating space is accommodated in the accommodating space inside the seat body, and the seat body is provided with a control hole, a first positioning, a 1270502 hole and a second positioning hole. The cable controller of the second aspect of the invention, wherein the card abutting portion of the driving member is correspondingly engaged, the driving member is controlled, and the driving member protrudes from the seat body for the user to position. Zhao ― 4 locating hole accommodates the first-positioning axis, the first-internal first------------------------------------------------------------------------------------------------------------------------------------------------------ Jing La, the wire rope controller according to the second item of the stencil of the stencil of the slinger, wherein the card abutting part f has a card abutting portion, the card abutting portion and the card portion of the driving member The card abutting part 1 is pushed against the part, and the pushing part is pushed forward to be the ridge card yoke; the card yoke is provided with 2 positions il 'the positioning hole accommodates the second positioning axis, the second positioning The shaft is positioned in the positioning hole of the seat of the seat, and the card is positioned to move in the seat. 5. If the steel cable as described in claim 2 is controlled, the release assembly has a release member such as a bribe spring member, and the riding member is accommodated in the control hole of the seat body to operate the '5 series release device. a wire beveled surface, the touch-contact member is in the control hole of the lap, and pushes the slanting surface to push against the pushing portion of the yoke member, and simultaneously pushes the yoke member '1270502 to rotate, the return spring pushes the release by elastic force Reset. 6. The steel cable controller of claim 2, wherein the seat body is provided with a strip-shaped read on the outside of the side, and the stalk-like strip is applied to the top surface, and the strip-shaped bundle body is near the end. Providing a perforation, and correspondingly, a perforation is provided on the other side of the seat body, and a screw hole is formed on the lug, and the perforation__ screw hole is bored, and the arc-shaped top handles the handle of the vehicle. The seat body _ is on the handle of the vehicle. 7. The wire rope controller of claim 2, wherein the seat body is outside. [^ has a convex shape] The 5 hai body extends from the inside of the convex shape to the opening as the accommodating space. 8. The cable controller according to item 2 of the scope of the patent application, wherein the seat body is provided with an outer cover at an opening edge of the accommodating space, and the outer button has a first positioning hole and a second positioning hole The first and second positioning holes are coaxial with the first and second positioning holes of the base. 9. The steel cable controller according to the first aspect of the patent scope of the present invention has a seat body, a driving member, a latching member and a releasing component, etc.: the seat body has an accommodating space therein, and the accommodating space is fixed. a hole, a first positioning hole and a second positioning hole; a fixed shaft is fixed in the shed hole, and the fixed shaft is biased to push the spring of the 29' 1270502 spring in the wire set (4), and the duty spring is the inside of the shop; The seat body is provided with a control hole, one side of the control hole is a screw hole, and the other side is a threaded hole in the through hole hole, and a positioning screw is arranged inside the positioning nut. Snail 1 〇 如 如 申请 申请 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如 如Corresponding to the card, the (4) member is provided with a pressing portion, and the pressing portion (4) is for the user to control. The driving member is provided with a positioning hole, and the 4th position axis of the positioning hole is positioned in the body of the positioning post-positioning In the hole, in the fun = internal actuation, the driving member is provided with a driving hole beside the positioning hole, the driving hole is provided with a driving shaft, and the driving shaft is connected with the cable-side end, and the driving member drives the patent of the plant/t The cable controller of the ninth aspect, wherein the driving cymbal is formed by connecting a driving body and a second driving body, wherein the first driving body is provided with a fixed position hole and a driving hole; the second driving body is provided a card portion, the card portion and the card abutting, the (4) mesh corresponding to the card, the second driving body is provided with a pressing portion, the pressing portion is convexly controlled by the user, and the second driving body is provided with a fixing hole on the wall surface , the solid corresponds to ι; ί:: Ι: the body kiss column is positioned and connected, and the second body is provided with a positioning hole of the concentric center of the second body a positioning hole in the positioning hole of the driving member, wherein the positioning position is in the first hole of the seat body, and the driving member is positioned to move inside the seat body, the second driving body _ heart The opposite side of the driving belt is provided with a belt, and the driving hole of the driving member is provided with a driving shaft that is coupled with the cable-side end, and the driving member drives the cable to be displaced. 1 . The wire rope controller according to claim 9 , wherein the card abutting portion is provided with a card abutting portion, and the pin abutting portion corresponds to the cutting of Yu Lin, and the card pin is hidden from the card abutting portion. The engaging member is provided with a pushing portion which is formed by abutting against the shaft and is formed by perforating the δHika member, and the outer diameter of the pushing shaft is a pushing portion, and the pushing portion 3 = The rest of the pieces are slanted and pushed, and the outer part of her shaft and the squat of the squat are transferred. Wei Ding, Yu Mei, the card, the piece of the lion's coffee, the elasticity of the rubber, and the record. move. = Item & Steel & (4), wherein the card is Γ _ σ and a protruding pushing portion is provided beside the card abutting portion, and the pushing portion is _ _ _ _ _ _ _ The slanting 1 1 is abutted against the top, and the urging spring urges the pushing portion by the elastic force while pushing the releasing member 14 to release 14. For example, the steel cable controller described in claim 9 of the patent scope, wherein the 'l2'7〇5〇2 is placed in a return spring or the like, and the release member is accommodated in the control body of the seat body. The outer diameter of the side is slidably disposed in the inner hole of the positioning nut of the screw hole of the seat control hole, and the outer diameter of the other side of the release member is slidably disposed in the through hole of the U hole of the seat, the release member The pushing inclined surface is provided, and the pushing inclined surface and the pushing portion of the engaging member are correspondingly actuated, and the Na flat member is displaced in the control hole of the seat body, and is pushed against the minus portion of the inclined surface push-pull member. At the same time, the push-pull member is rotated, and the return spring pushes the release member to reset by the elastic force. The cable controller according to claim 1, wherein the driving member is provided with a driving hole, the driving hole is provided with a driving shaft, the driving shaft is provided with a through hole and a screw hole is arranged beside the hole. a screw and a washer are screwed into the screw hole, and one end of the cable is inserted through the through hole of the driving shaft, and the cable is fixed on the driving shaft by the fixing screw and the gasket, and the driving shaft is The seat body is protruded from the side, and the driving shaft is provided with a engaging portion on a side protruding from the seat body, and the engaging portion is provided for the tool to be engaged to facilitate the assembly of the steel cable. 1270502 VII. Designated representative map: (1) The representative figure of this case is the third picture. (2) The representative symbol of the representative figure in this case is a brief description: Seat (A) Driven part (B) Card resisting part (C) Release component (D) Vehicle handle (E) Steel wire (F) 8. If there is a chemical formula in this case When revealing the chemical formula that best shows the characteristics of the invention: