CN205709446U - A kind of clutch suspender - Google Patents

Abstract

nullThis utility model relates to a kind of clutch suspender，Belong to the transporting equipment of automobile assembly line，Including suspender body，With the suspension ring being fixed on suspender body，Also include the drive division being fixed on suspender body，Be fixed on suspender body，It is used for locking or discharging the lock part of drive division，And telescopic be fixed on suspender body，The sliding part of release driving force is provided，Lock part is fixed on one end of suspender body，And radially extending along suspender body，Drive division one end is connected with suspender body，The other end being oppositely arranged is towards stretching out，And cross with the elongated end of lock part，Mobilizable connection，Described sliding part is fixed on the inside of suspender body，It is arranged on the top of drive division，The telescopic layout of drive division relatively，Stretching by sliding part，The driving force untiing lock part lock-out state is provided，Whole hoisting process behaviour's assembly precision is high，Easy to use，Simple to operate，Safe and reliable.

Description

A kind of clutch suspender

Technical field

This utility model belongs to the transporting equipment of automobile assembly line, is suitable for clutch more particularly, it relates to a kind of, it is possible to The suspender of automated exchanged cutter.

Background technology

At present, automobile assembling production line is often used conveying fixture, in the line sending of clutch, it is generally required to will be from Clutch after slinging upper production line assemble, suspender of the prior art substantially use claw hook clutch edge or The mode inserting the hole on clutch is lifted by crane.

Prior art disadvantageously, first, no matter claw hooks clutch edge or the hole inserting on clutch, After completing lifting, when being assembled by other parts of clutch Yu change speed gear box, claw easily produces with other parts of change speed gear box Interfere, therefore, during claw disconnecting clutch, inevitably cause clutch to clash into other parts of change speed gear box；Secondly, utilize Claw realizes clutch smooth and steady lifting process actual, after claw hooks clutch lifting, due to the uncertainty of institute's hook portion position, And the machining accuracy at clutch outer member edge is not the highest, therefore clutch is likely to crooked, and this just gives and controls dress Join precision and bring difficulty.

China Patent No. CN201410337418.1, entitled a kind of clutch is reached the standard grade assembling suspender, discloses such as lower section Case: by the escape of U-shaped opening locating piece engaging clutch upper shaft, and be positioned at the clamp portion of homonymy or all block Live the side opening after engaging, realize clutch is gripped with this, although to a certain extent it can be avoided that production line is enterprising Produce with other parts when clutch departs from suspender during the assembling of row change speed gear box and clash into, it is simple to install and dismantle, but, due to U-shaped opening size and shape pre-set and fix, and in actual mechanical process, need repeatedly to adjust, waste time and energy, and warp Its installation site of Chang Yinwei improper, it is crooked for causing the clutch after leaving under order, there is assembly precision problem more rambunctious； Secondly, easily because operate is improper, cause clutch to produce in course of conveying and rock, crank phenomenon, increase workman Labor intensity, reduces production efficiency, and this also constitutes and requires further improvement clutch and hang the design of structure, is deposited scheme solution Technical problem.

Summary of the invention

The problems referred to above existed for prior art, the purpose of this utility model is to provide a kind of clutch suspender, overcomes Problem the most crooked during lifting clutch, it is to avoid produce in course of conveying and rock, crank phenomenon, assembling essence Degree height, easy to use, simple to operate, safe and reliable, it is achieved to press-fit operation efficiently.

For realizing above-mentioned utility model purpose, this utility model offer techniques below scheme:

A kind of clutch suspender, including suspender body, and the suspension ring being fixed on suspender body, also include mobilizable solid It is scheduled on the drive division on suspender body, and is fixed on suspender body, be used for locking or discharging the lock part of drive division, and Telescopic it is fixed on suspender body, it is provided that the sliding part of release driving force, described lock part is fixed on the one of suspender body End, and radially extending along suspender body, described drive division one end is connected with suspender body, the other end being oppositely arranged towards Outer extension, and cross with the elongated end of lock part, mobilizable connection, described sliding part is fixed on the inside of suspender body, if Put the top at drive division, the telescopic layout of relative drive division, stretching by sliding part, it is provided that untie lock part locking shape The driving force of state, thus, lock part is untied from lockup state, and clutch departs from from suspender body, thus, it is achieved that to clutch The lifting operation of device, whole hoisting process behaviour's assembly precision is high, easy to use, simple to operate, safe and reliable.

Preferably, described suspender body includes that base, doffing and top cylinder, described doffing and top cylinder are sequentially fixed at the described end On seat, the layout coaxial with base；

Further, the upper end being set in doffing that described top cylinder is movable, keep fixing therewith.

Preferably, described base offers the first cavity for accommodating clutch lifting fixed part along its axle center, and It is used for accommodating the second cavity of latching clutch assembly.

Preferably, described doffing radially direction, offer for running through locating shaft, first through hole in fixed drive portion and Second through hole, and the third through-hole accommodating drive division is axially offered along it；

Further, described third through-hole and the first through hole and the approximately perpendicular setting of the second through hole, in order to, convenient drive Fixing and maintenance is more conveniently installed in portion.

Preferably, inside described top cylinder, offer bottom end opening, be used for receiving the blind hole of sliding part, it is to avoid lifted With the interference of other parts in journey.

Preferably, described drive division includes fixing axle and the rotatable fixing drive block of suspender body and hands by first Handle, and be used for engaging restriction drive block, it is achieved between lockup state and release conditions, the second of switching fixes axle, described hands Handle one end is fixed on drive block, and the other end being oppositely arranged extends outwardly, and movable with lock part is fixing, and described first is solid Dead axle and second fixes the layout of axle spaced apart, is converted into driving lock part by handle relative to the rotary motion of suspender body Along suspender body linear motion radially, in order to, it is achieved the adjustment to lock part Yu the size realization activity of clutch holding section, It is easy to the quickly location with clutch and installation.

Preferably, described first fixes axle and second fixes the fixing of constant distance between axle, with this, sliding part by with One end that drive division is fixing, drives whole drive division to rotate relative to suspender body, it is achieved the driving to lock part；

Further, described drive division also includes being opened in drive block away from relative with the fixing end that suspender body is fixed The first depressed part on end face and the second depressed part, described depressed part and the layout of the adjacent dislocation of the second depressed part, by Two fix axle switching between the first depressed part and the second depressed part, it is achieved drive division cutting under locking and release conditions Change；

Further, described drive division is under release conditions, in the center of described first depressed part and fixing axle Heart line, or coincidence parallel with the axis of suspender body；Under described drive division is in lockup state, in the second depressed part The heart and the line of centres of fixing axle, or coincidence parallel with the axis of suspender body；

Further, in order to reduce the drive block resistance in activity, between described first depressed part and the second depressed part Curved surface be smooth arc surface；

Preferably, described lock part is accommodated in the bottom of suspender body, including the clamping block radially fixed along suspender body, The distribution being fixed on clamping block, and telescopic ejector pin under promoting drive, and it is used for limiting and fixing the end pin of ejector pin Seat, described distribution is perpendicular to clamping block, axially extending along suspender body, and described distribution and end key seat are along suspender body radial direction side To extension, described ejector pin is against the layout promoted；

Further, described lock part also includes the first spring being folded between distribution and end key seat, with this, by bullet The restoring force of the opposing deformation of spring so that there is reset between promoting and promoting loads power, when the locking shape untiing drive division State, can realize the reset of drive division automatically.

Preferably, described sliding part includes that slide block, the second spring, sliding block spring seat, described second spring housing are located at slide block On, it is folded between slide block and sliding block spring seat, by the relative motion between suspender body interior parts, compresses built-in Two springs, thus provide the power moved down for drive division, owing to, under the counteracting force of spring, buffering the direct rigidity of sliding part Extruding drive division, improves the life-span of whole suspender；

Further, described slide block includes the bottom that upper end and upper end are arranged concentrically, and starts in lower end Portion, the first through hole radially run through, the second through hole and third through-hole, described first through hole and the second through hole, third through-hole Approximately perpendicular layout；

Further, described first via openings is the through hole of runway profile, and its length direction is along the axis of bottom Extend, in order to the drive division that convenient folder assembly and disassembly are fixed thereto；

Further, described second via openings is the through hole of runway profile, and its length direction is along the axis of bottom Extend, and the layout of the movable regulation of distance between third through-hole, with this, drive division can be forced can to rotate mistake relative to sliding part Position, thus drive drive division in the switching of diverse location；

Further, for the ease of the movement of suspender, described suspender body being also associated with suspension ring, described suspension ring are fixed At the top end face of suspender body, extend upward；

Preferably, described suspender body is additionally provided with the control knob of other lifting of connection, convenient by control knob Control lifting after suspender and clutch moving direction, realize lifting and the movement of suspender accurately.

Compared with prior art, this utility model has the advantage that and beneficial effect: the purpose of this utility model is to carry For a kind of clutch suspender, overcome problem the most crooked during lifting clutch, it is to avoid produce in course of conveying and shake Dynamic, crank phenomenon, assembly precision is high, easy to use, simple to operate, safe and reliable, it is achieved to press-fit operation efficiently.

Accompanying drawing explanation

The Figure of description of the part constituting the application is used for providing being further appreciated by of the present utility model, this practicality Novel schematic description and description is used for explaining this utility model, is not intended that improper restriction of the present utility model. In the accompanying drawings:

Fig. 1 shows the structural representation of a kind of a kind of clutch suspender realized according to this utility model embodiment；

Fig. 2 shows the structural representation of a kind of another clutch suspender realized according to this utility model embodiment Figure；

Fig. 3 shows the structural profile signal of a kind of a kind of clutch suspender realized according to this utility model embodiment Figure；

Fig. 4 shows a kind of a kind of lock part being adapted to clutch suspender realized according to this utility model embodiment Structural profile schematic diagram；

Fig. 5 shows a kind of a kind of slide block being applicable to clutch suspender realized according to this utility model embodiment Structural profile schematic diagram；

Fig. 6 show a kind of according to this utility model embodiment realized a kind of be applicable to clutch suspender be in lock The only structural profile schematic diagram under state.

Description of symbols in upper figure: 10-suspender body, 11-base, 111-the first cavity, 112-the second cavity, 12-top cylinder, 13-doffing, 20-drive division, 21-drive block, 22-handle, 23-first fixes axle, and 24-second fixes axle, and 25-first caves in Portion, 26-the second depressed part, 30-lock part, 31-clamping block, 32-promotes, 33-ejector pin, key seat at the bottom of 34-, 35-the first spring, 40-sliding part, 41-slide block, 411-upper end, 412-abutting end, 413-the first through hole, 414-the second through hole, 415-threeway Hole, 42-the second spring, 43-sliding block spring seat, 50-suspension ring, 60-control knob, 100-clutch.

Detailed description of the invention

Below in conjunction with accompanying drawing, detailed description of the invention of the present utility model is described in detail.It should be appreciated that herein Described detailed description of the invention is merely to illustrate and explains this utility model, is not limited to this utility model.

For the ease of describing, space relative terms here can be used, as " ... on ", " ... top ", " at ... upper surface ", " above " etc., be used for describing such as a device shown in the figure or feature and other devices or spy The spatial relation levied.It should be appreciated that space relative terms is intended to comprise except the described in the drawings orientation of device Outside different azimuth in use or operation.Such as, if the device in accompanying drawing is squeezed, then it is described as " at other devices Part or structure above " or " other devices or structure on " device after will be positioned as " other devices or construct under Side " or " under other devices or structure ".Thus, exemplary term " ... top " can include " ... top " and " in ... lower section " two kinds of orientation.This device can also other different modes location (90-degree rotation or be in other orientation), and And space used herein above described relatively make respective explanations.

Refer to Fig. 1 to Fig. 5, Fig. 1 and show that a kind of a kind of clutch realized according to this utility model embodiment hangs The structural representation of tool；Fig. 2 shows a kind of another clutch suspender realized according to this utility model embodiment Structural representation；Fig. 3 shows the structural profile of a kind of a kind of clutch suspender realized according to this utility model embodiment Schematic diagram；Fig. 4 shows a kind of a kind of lock part being adapted to clutch suspender realized according to this utility model embodiment Structural profile schematic diagram；Fig. 5 shows that a kind of one realized according to this utility model embodiment is applicable to clutch and hangs The structural profile schematic diagram of the slide block of tool；Fig. 6 shows that a kind of one realized according to this utility model embodiment is applicable to The structural profile schematic diagram being under lockup state of clutch suspender.

In order to overcome problem the most crooked during lifting clutch, it is to avoid produce in course of conveying and rock, weight Heart shakiness phenomenon, it is provided that assembly precision is high, easy to use, simple to operate, safe and reliable clutch lifting, this utility model carries Supply a kind of clutch suspender, including suspender body 10, mobilizable drive division 20 being fixed on suspender body 10, and fixing On suspender body 10, it is used for locking or discharging the lock part 30 of drive division 20, and telescopic is fixed on suspender body On 10, it is provided that the sliding part 40 of release driving force.Under the effect of drive division 20, drive lock part 30 to be locked at by clutch and hang On tool body 10, it is achieved with the locking of clutch, after tuning away to concrete station, stretching by sliding part 40, it is provided that untie The driving force of lock part 30 lock-out state, thus, lock part 30 is untied from lockup state, and clutch is de-from suspender body 10 From, thus, it is achieved that the lifting operation to clutch, whole hoisting process behaviour's assembly precision is high, easy to use, simple to operate, Safe and reliable.

In embodiment of the present utility model, as shown in Fig. 1, Fig. 3, Fig. 4, lock part 30 is fixed on the one of suspender body 10 End, and radially extending along suspender body 10, drive division 20 one end is connected with suspender body 10, the other end court being oppositely arranged Stretching out, and cross with the elongated end of lock part 30, mobilizable connection, sliding part 40 is fixed on the interior of suspender body 10 Portion, is arranged on the top of drive division 20, the relative telescopic layout of drive division 20.It is preferred that drive division 20 is rotatable fixing On suspender body 10, thus lock part 30 is driven to switch under locking or release conditions along the radial direction of suspender body 10, with This, it is achieved fixing by clutch 100 locking being located in suspender body 10 or release.

As shown in Figure 1, Figure 2, Figure 5, suspender body 10 entirety is cylindrical shape, including base 11, doffing 12 and top cylinder 13, doffing 12 and top cylinder 13 are sequentially fixed on base 11, the layout coaxial with base 11, it is preferable that the set of top cylinder 13 activity Being located at the upper end of doffing 12, keep fixing therewith, wherein, base 11 offers along its axle center and hangs for accommodating clutch 100 First cavity 111 of dress fixed part, and it is used for accommodating the second cavity 112 of lock-up clutch 100 assembly, doffing 12 is radially Direction, offers for running through locating shaft, first through hole 121 and second through hole 122 in fixed drive portion 20, and axially opens along it If accommodating the third through-hole 123 of drive division 20, further, third through-hole 123 is near with the first through hole 121 and the second through hole 122 Like vertical setting, in order to, facilitate drive division 20 that fixing and maintenance is more conveniently installed, offer it is preferred that top cylinder 13 is internal Bottom end opening, be used for receiving the blind hole of sliding part 40, it is to avoid with the interference of other parts in hoisting process.

As it is shown on figure 3, drive division 20 includes fixing axle 23 and the rotatable fixing drive block of suspender body 10 by first 21 and handle 22, and be used for engaging restriction drive block 21, it is achieved between lockup state and release conditions, the second of switching is solid Dead axle 24, handle 22 one end is fixed on drive block 21, and the other end being oppositely arranged extends outwardly, with lock part 30 activity Fixing, first fixes axle (23) and second fixes the layout of axle (24) spaced apart, by handle 22 relative to suspender body 10 Rotary motion is converted into and drives lock part 30 along suspender body 10 linear motion radially, in order to, it is achieved to lock part 30 with from The adjustment of the size realization activity of clutch holding section, it is simple to quickly location and the installation, it is preferred that specifically, hands of clutch Handle 22 is positioned on the outside of drive block 21 rotary side, with this, it is possible to be effectively realized drive block with the fixing side of drive block 21 And the rotary motion between sliding part, further, first fixes axle 23 and second fixes the fixing of constant distance between axle 24, With this, sliding part 40, by the one end fixed with drive division 20, drives whole drive division 20 to rotate relative to suspender body 10, real The now driving to lock part 30.

Preferably, drive division 20 also includes being opened in drive block 21 away from relative with the fixing end that suspender body 10 is fixed The first depressed part 25 and the second depressed part 26 on end face, depressed part 25 and the layout of the second adjacent dislocation of depressed part 26, logical Cross second and fix the axle 24 switching between the first depressed part 25 and the second depressed part 26, it is achieved drive division 20 is in locking and release Switching under state, further, under drive division 20 is in release conditions, the center of the first depressed part 25 and fixing axle 23 The line of centres, or coincidence parallel with the axis of suspender body 10, under drive division 20 is in lockup state, the second depressed part 26 The line of centres of center and fixing axle 23, parallel with the axis of suspender body 10 or overlap, exist to reduce drive block 21 Movable resistance, it is preferred that the curved surface between the first depressed part 25 and the second depressed part 26 is smooth arc surface.

In embodiment of the present utility model, as shown in Figure 4, lock part 30 is accommodated in the bottom of suspender body 10, specifically Ground, is accommodated in the inside of base 11, including the clamping block 31 radially fixed along suspender body 10, is fixed on pushing away on clamping block 31 Pin 32, and telescopic ejector pin 33 under promoting 32 drives, and it is used for limiting and fixing the end key seat 34 of ejector pin 33, promote 32 Be perpendicular to clamping block 31, axially extending along suspender body 10, promote 33 and end key seat 34 prolong along suspender body 10 radial direction Stretching, ejector pin 33 is against the layout promoting 32.It is preferred that lock part 30 also includes being folded in the promoted between 33 and end key seat 34 One spring 35, with this, by the restoring force of the opposing deformation of spring so that promote and there is loading of reset between 33 and distribution 32 Power, when untiing the lockup state of drive division, can realize the reset of drive division automatically.

As it is shown on figure 3, sliding part 40 storage is fixed on the inside of suspender body 10, extend down, specifically, sliding part 40 Upper end, against top cylinder 13 inner chamber top, extends towards top cylinder 13 opening, including slide block the 41, second spring 42, sliding block spring seat 43, the second spring 42 is set on slide block 41, is folded between slide block 41 and sliding block spring seat 43, internal by suspender body 10 Relative motion between parts, compresses the second built-in spring 42, thus provides the power moved down for drive division 20, due to Under the counteracting force of spring, buffering sliding part direct rigidity extruding drive division, improve the life-span of whole suspender.

Further, as it is shown in figure 5, the most preferably, slide block 41 is formed by connecting by multiple cylinders, specifically, The bottom 412 being arranged concentrically including upper end 411 and upper end 411, and start in bottom 412, radially pass through The first through hole the 413, second through hole 414 and the third through-hole 415 worn, the first through hole 413 and the second through hole 414, third through-hole 415 Approximately perpendicular layout, is fixed in order to the parts realized inlaying in the first through hole 413, it is preferred that the first through hole 413 is opened Mouthful be the through hole of runway profile, its length direction extends along the axis of bottom 412, in order to convenient folder assembly and disassembly and Fixing drive division 20, further, the second through hole 414 opening is the through hole of runway profile, and its length direction is along bottom The axis of 412 extends, and the layout of the movable regulation of distance between third through-hole 415, with this, can force the drive division 20 can phase Rotary shifted to sliding part 40, thus drive drive division 20 in the switching of diverse location.

In embodiment of the present utility model, as depicted in figs. 1 and 2, for the ease of the movement of suspender, at suspender body 10 On be also associated with suspension ring 50, specifically, suspension ring 50 are fixed on the top end face of suspender body 10, extend upward, with this, by with Other hoisting fixture connects, and bears suspender and the gravity of whole clutch, such as, is connected with the steel wire rope of pneumatic sling, lifting Whole clutch, further, is additionally provided with the control knob 60 of other lifting of connection, control knob 60 on suspender body 10 It is embedded in the top of suspender body 10, controls the suspender after lifting and clutch moving direction easily by control knob 60, Realize lifting and the movement of suspender accurately.

Operation principle of the present utility model and work process are as follows, in this utility model hoisting process:

When needs hang and take clutch 100, suspender body 10 is positioned over the upper end of clutch 100, controls the first cavity With the axle of draw-in groove on 111 alignment clutches 100, it is achieved base 11 is automatically positioned with clutch 100, the most promptly drive division 20, drive lock part 30 to enter the draw-in groove lock position with clutch 100, and drive between drive division 20 and sliding part 40 Relatively rotate so that drive division 20 enters clamped position, i.e. realize the locking condition to clutch 100.

Specifically, handle 22 is manually firmly grasped, on the one hand, the bottom of handle 22 promotes and is set in the card in the second cavity 112 Close the block 31 radial direction along base 11, near the direction of end key seat 34 motion (), with distribution 32 and ejector pin in Fig. 4 from left to right 33 compression the first springs 35, realize the limit of draw-in groove to clutch 100 axle being folded in the first cavity 111 by clamping block 31 System；On the other hand, the upper end drive of handle 22 is attached thereto integral drive block 21 and moves together, fixes in the first of spacing Axle 23 and second is fixed axle 24 and is limited and drive down, and drive block is mobile relative to abutting end 412 dislocation so that the second depressed part 26 are fastened on second fixes on axle 24, thus, by fixing for drive block 21 position misplaced with abutting end 412；Another further aspect, due to Drive block 21 is in motor process, and upper end has carried out compression to the second spring 42 so that the second spring 41 is at slide block 41 Effect under, provide a downward pressure for drive block 21, it is ensured that drive block 21 will not from engaging position depart from, prevent hands Handle 22 is flicked.

When clutch 100 is departed from by needs with suspender, the top cylinder 13 of suspender body 10 of holding with a firm grip is pressed downward against, i.e. by cunning Block 41 applies downward pressure, under the second through hole 414 and first fix axle 23, and the common effect of clamping block 31, compels Making drive block 21 fix axle 24 away from second to move up, the second depressed part 26 departs from from the second clamped position fixing axle 24, The elastic force that first spring 35 recovers drives ejector pin 33 and distribution 32, the lower end of band fixed handle 22, and is set in the second cavity 112 Clamping block 31 along the radial direction of base 11, move () to the direction away from end key seat 34 in Fig. 4 from right to left, thus so that card The restriction site of the draw-in groove closing the block 31 clutch 100 axle in being folded in the first cavity 111 departs from, it is achieved to clutch 100 Unblock.

About passing through the locking between suspension ring 50 and unblock between suspender and fixture, and at whole hoisting process by control Button 60 processed realizes the manipulation to fixture, adjustment that can be the most suitable, and this is easy to those skilled in the art In contemplate, therefore this is no longer going to repeat them.

Although this utility model patent is open as above with preferred embodiment, but it is not for limiting this utility model Patent, any those skilled in the art, in the spirit and scope without departing from this utility model patent, may be by above-mentioned taking off Technical solutions of the utility model are made possible variation and amendment by the method shown and technology contents, therefore, every without departing from this The content of utility model patent technical scheme, it is any that above example is made by the technical spirit of foundation this utility model patent Simple amendment, equivalent variations and modification, belong to the protection domain of this utility model art solutions.

Claims (10)

1. a clutch suspender, including suspender body (10), and the suspension ring (50) being fixed on suspender body (10), its feature It is, also includes mobilizable drive division (20) being fixed on suspender body (10), and be fixed on suspender body (10), use Lock or discharge the lock part (30) of drive division (20), and telescopic be fixed on suspender body (10), it is provided that release Putting the sliding part (40) of driving force, described lock part (30) is fixed on one end of suspender body (10), and along suspender body (10) Radially extend, described drive division (20) one end is connected with suspender body (10), the other end that is oppositely arranged towards stretching out, And cross with the elongated end of lock part (30), mobilizable connection, described sliding part (40) is fixed on the interior of suspender body (10) Portion, is arranged on the top of drive division (20), relative drive division (20) telescopic layout.

Clutch suspender the most according to claim 1, it is characterised in that described drive division (20) rotatable being fixed on is hung On tool body (10), lock part (30) is driven to switch under locking or release conditions along the radial direction of suspender body (10).

Clutch suspender the most according to claim 1 and 2, it is characterised in that described suspender body (10) includes base (11), doffing (12) and top cylinder (13), described doffing (12) and top cylinder (13) are sequentially fixed on described base (11), with base (11) coaxial layout.

Clutch suspender the most according to claim 3, it is characterised in that described base (11) offers use along its axle center Accommodate first cavity (111) of clutch (100) lifting fixed part, and be used for accommodating the of lock-up clutch (100) assembly Two cavitys (112).

Clutch suspender the most according to claim 3, it is characterised in that described doffing (12) radially direction, offers It is used for running through locating shaft, first through hole (121) of fixed drive portion (20) and the second through hole (122), and axially offers along it Accommodate the third through-hole (123) of drive division (20).

Clutch suspender the most according to claim 3, it is characterised in that described top cylinder (13) inside offers bottom and opens Mouthful, it is used for receiving the blind hole of sliding part (40).

Clutch suspender the most according to claim 1, it is characterised in that described drive division (20) includes fixing by first Axle (23) and the rotatable fixing drive block (21) of suspender body (10) and handle (22), and be used for engaging restriction drive block (21), it is achieved between lockup state and release conditions, the second of switching fixes axle (24), and described handle (22) one end is fixed on On drive block (21), the other end being oppositely arranged extends outwardly, and movable with lock part (30) is fixing, and described first fixes axle (23) and the second layout fixing axle (24) spaced apart.

Clutch suspender the most according to claim 7, it is characterised in that described first fixes axle (23) and second fixes axle (24) between, constant distance is fixing.

Clutch suspender the most according to claim 1, it is characterised in that described lock part (30) includes along suspender body (10) radially fixed clamping block (31), the distribution (32) being fixed on clamping block (31), and can stretch promoting under (32) drive The ejector pin (33) of contracting, and it is used for limiting and fixing the end key seat (34) of ejector pin (33), described distribution (32) is perpendicular to clamping block (31), axially extending along suspender body (10), described distribution (32) and end key seat (34) are along suspender body (10) radial direction Extending, described ejector pin (33) is against the layout promoting (32).

Clutch suspender the most according to claim 1, it is characterised in that described sliding part (40) include slide block (41), Two springs (42), sliding block spring seat (43), described second spring (42) is set on slide block (41), is folded in slide block (41) and slides Between block spring base (43).