CN207537660U - A kind of clutch of footwear machine - Google Patents

Abstract

The utility model discloses a kind of clutches of footwear machine, including motor, pedestal, main shaft, the circumferentially fixed connection in upper end of main shaft and axially sliding are connected with connector sleeve, it is both provided with to drive connector sleeve respectively by high speed and the first STATEMENT OF FEDERALLY SPONSORED and the second STATEMENT OF FEDERALLY SPONSORED that slowly run on pedestal and positioned at the upper and lower ends of connector sleeve, first STATEMENT OF FEDERALLY SPONSORED is connected with the second STATEMENT OF FEDERALLY SPONSORED with the output shaft of motor, and the actuator for connector sleeve to be driven to be slid up and down along the extending direction of main shaft is provided on pedestal.This programme utilizes new mechanical structure, and motor drives driven shaft and the 4th bevel gear, and according to different rotational speeds, the first cylinder drives the first fixture block to be embedded in the first card slot, and driven shaft can drive main axis at this time；And when the second cylinder drives the second fixture block to be embedded in the second card slot, the 4th bevel gear drives main axis；Final main shaft can according at a high speed or low speed drives the rotation of scissors disk, so as to fulfill main shaft high speed and slowly run.

Description

A kind of clutch of footwear machine

Technical field

The utility model is related to socks product making apparatus technical field, more particularly to a kind of clutch of footwear machine.

Background technology

Footwear machine is mainly used for making socks, and footwear machine can classify by needle bed form, knitting needle type and syringe number.Flat socks Machine machine number is higher, produces the open width socks piece for changing each section width according to foot, leg shape, it is sutured after into seamed socks；Wherein knit Hosiery machine cuts off the end of a thread inside socks using the scissors disk of rotation.

At present, publication No. CN102995280A, the day for announcing disclose a kind of hosiery machine for Chinese patent on March 27th, 2013 Clutch, including the fixed plate being vertically arranged, dead plate upper end is hinged a regulations and parameters, fixed plate back fixation cylinder, and cylinder is lived Stopper rod upper end connection regulations and parameters rear end, regulations and parameters front end connection sliding wheel, sliding wheel are set on gear shaft and are rotated synchronously with gear shaft, Gear shaft active socket clutch gear below sliding wheel, cylinder action are slided up and down in lever drives sliding wheel along gear shaft, Sliding wheel lower face is equipped with synchronization transmission structure with clutch gear upper surface, and the main shaft for having hosiery machine is arranged side by side in front of gear shaft, One transmission gear, gear shaft stationary drive gear below clutch gear, between drive gear and transmission gear are set on main shaft Pass through belt transmission.

This kind of clutch of hosiery machine is when sliding wheel declines and clutch gear is driven to rotate by synchronization transmission structure, clutch tooth Wheel drives main axis, and when main shaft does not need to rotation, lever drives sliding wheel rises and is detached from clutch gear, and clutch gear stops Rotation stop is moved, and main shaft stops operating therewith；In wherein existing factory, when debugging hosiery machine so as to overhaul hosiery machine, need comparing Under low rotating speed, so as to which the scissors disk for avoiding high-speed rotation causes the injury of operating personnel, however when hosiery machine really works then The rotating speed that comparison is high is needed, main shaft is just needed to provide high speed, the two different rotating speeds of low speed at this time；But this kind of clutch of hosiery machine Main shaft both rotating speeds of main axis when not rotating, working when only providing shutdown can not then realize the high speed of main shaft and low at this time Speed rotation.

Utility model content

The purpose of this utility model is to provide a kind of clutch of footwear machine, can preferably realize the high speed of main shaft and low Speed rotation.

The above-mentioned technical purpose of the utility model technical scheme is that：A kind of clutch of footwear machine Device, the motor including being located on footwear machine body, the pedestal on footwear machine body are connected on pedestal and lower end is connected to Main shaft on scissors disk, the circumferentially fixed connection in upper end of the main shaft and axially sliding are connected with connector sleeve, positioned at the pedestal Upper and positioned at the connector sleeve upper and lower ends are both provided with to drive the connector sleeve respectively by a high speed and slowly running First STATEMENT OF FEDERALLY SPONSORED and the second STATEMENT OF FEDERALLY SPONSORED, first STATEMENT OF FEDERALLY SPONSORED and second STATEMENT OF FEDERALLY SPONSORED with the output shaft phase of the motor Even, the actuator for the connector sleeve to be driven to be slid up and down along the extending direction of the main shaft is provided on the pedestal.

By using said program, motor drives the first STATEMENT OF FEDERALLY SPONSORED and the rotation of the second STATEMENT OF FEDERALLY SPONSORED, wherein the first STATEMENT OF FEDERALLY SPONSORED with The rotating speed of second STATEMENT OF FEDERALLY SPONSORED is different, one be high-speed rotation another to slowly run, due to the circumferentially fixed company of connector sleeve It connects and axial sliding is connected on main shaft, connector sleeve can not only realize the sliding on main shaft but also main shaft can be driven to turn at this time It is dynamic；After actuator drives connector sleeve to move up, connector sleeve is attached in the first STATEMENT OF FEDERALLY SPONSORED, and the first STATEMENT OF FEDERALLY SPONSORED can band at this time Dynamic connector sleeve rotation, so as to drive main shaft by connector sleeve with the rotational speed of the first STATEMENT OF FEDERALLY SPONSORED；And when actuator drives connection After set moves down, connector sleeve is attached in the second STATEMENT OF FEDERALLY SPONSORED, and the second STATEMENT OF FEDERALLY SPONSORED can drive connector sleeve to rotate at this time, so as to logical It crosses connector sleeve and drives main shaft with the rotational speed of the second STATEMENT OF FEDERALLY SPONSORED；Final main shaft can drive scissors disk to turn according to high speed or low speed It is dynamic, so as to fulfill main shaft high speed and slowly run.

The utility model is further arranged to：First STATEMENT OF FEDERALLY SPONSORED includes being connected to the active of the output shaft upper end Take turns, be rotatably connected on the pedestal and positioned at it is described connection set upper side driven shaft, be connected to the driven shaft upper end from Driving wheel, the belt being connected between the driven wheel and the driving wheel, the lower end of the driven shaft offer the first card slot, institute The upper end for stating connector sleeve is fixed with the first fixture block for being embedded in first card slot.

By using said program, the output shaft of motor drives driving wheel rotation, and driving wheel drives driven wheel by belt Rotation, can drive driven shaft to rotate, after connector sleeve moves up, the first fixture block on connector sleeve is embedded in driven with back front driven wheel After in the first card slot on axis, driven shaft can apply thrust in rotation to the first fixture block in the first card slot, connect at this time Set can be rotated under the drive of driven shaft, finally can drive main axis by connector sleeve.

The utility model is further arranged to：It is offered on the end face of the driven shaft lower end towards first card slot The first guide groove that side tilts and communicated with first card slot is connected to described driven after connector sleeve needs move up When on axis, first fixture block is moved to along first guide groove in first card slot.

By using said program, when towards driven shaft side, mobile and driven shaft is in the state of rotation to connector sleeve, Due to offering the first guide groove on driven shaft, the first fixture block is during needing to enter in driven shaft, the first guide groove Presence the first fixture block can be facilitated quickly to be entered in the first card slot when driven shaft rotates, can finally be conducive to first Fixture block is embedded into the first card slot.

The utility model is further arranged to：The tensioning for being pushed against on the belt is provided on the pedestal It takes turns, the shaft for passing through the tensioning wheel is provided on the pedestal, mounting blocks, the mounting blocks are fixed on the pedestal On offer threaded hole, be fixed in the shaft for being threaded in the threaded hole and for driving the tensioning wheel The thread spindle moved towards the belt side.

By using said program, since driving wheel and driven wheel by belt during being linked, belt with actively It can rub between wheel and driven wheel, belt is easy for wearing after a period of time, and belt is easy for and driving wheel at this time The phenomenon that skidding between driven wheel；Thread spindle is rotated at this time, and thread spindle can drive center of the shaft along threaded hole Axis direction moves, and finally tensioning wheel can be driven to be moved towards the side of belt by shaft, so that tensioning wheel It is pushed against on belt, completes the tensioning to belt.

The utility model is further arranged to：Second STATEMENT OF FEDERALLY SPONSORED includes the be connected on the output shaft first cone Gear, the connecting shaft being rotatably connected on the pedestal, be connected on one end of the connecting shaft and with the first bevel gear The second bevel gear of engagement, the third hand tap gear being connected on the one end of the connecting shaft far from the second bevel gear, rotation It is connected on the pedestal and is set in the 4th bevel gear on the main shaft, the upper end of the 4th bevel gear offers second Card slot, the lower end of the connector sleeve are fixed with the second fixture block for being embedded in second card slot.

By using said program, motor output shaft drives first bevel gear rotation, and first bevel gear can drive second Bevel gear rotates, and subsequent second bevel gear can drive connecting shaft to rotate；The rotation of connecting shaft can drive third hand tap gear Rotation, subsequent third hand tap gear can drive the 4th bevel gear to rotate；After connector sleeve moves down, the second fixture block on connector sleeve is It can be embedded into the second card slot on the 4th bevel gear, the rotation of subsequent 4th bevel gear can apply thrust to the second fixture block, The 4th bevel gear can drive connector sleeve to rotate at this time, finally can drive main axis by connector sleeve.

The utility model is further arranged to：It is offered on the end face of the 4th bevel gear upper end towards described second The second guide groove that card slot side tilts and communicated with second card slot is connected to described after connector sleeve needs move down When on the 4th bevel gear, second fixture block is moved to along second guide groove in the second card slot.

By using said program, when connector sleeve, towards the 4th bevel gear side, mobile and the 4th bevel gear is in rotation During state, due to offering the second guide groove on the 4th bevel gear, the second fixture block is needing to enter the mistake in the 4th bevel gear Cheng Zhong, the presence of the second guide groove can facilitate the second fixture block quickly to enter the second card slot when the 4th bevel gear rotates It is interior, it can finally be conducive to the second fixture block and be embedded into second card slot.

The utility model is further arranged to：The actuator includes the stent being fixed on the pedestal, middle part hinge It is connected on cursor, one end that at the medium position of the stent and one end is hinged on the connector sleeve side wall and is fixed on the branch The upper end of frame and the other end for contradict the cursor far from described connector sleeve one end the first cylinder, one end is fixed on The lower end of the stent and the other end are used for conflict in the cursor far from the second cylinder on described connector sleeve one end.

By using said program, when the piston rod of the first cylinder extends downwards, the piston rod of the first cylinder can support Tightly on cursor, so as to which cursor be driven to rotate, cursor can drive connector sleeve to be moved towards the side of driven shaft at this time, Final first fixture block can be embedded in the first card slot, and driven shaft can drive connector sleeve to rotate；When the piston rod of the second gas bar Upwards during elongation, the piston rod of the second cylinder can be pushed against on cursor, and so as to which cursor be driven to rotate, cursor is at this time Connector sleeve can be driven to be moved towards the side of the 4th bevel gear, final second fixture block can be embedded in the second card slot, the 4th cone Gear can drive connector sleeve to rotate.

The utility model is further arranged to：It is connected with to drive the company between the cursor and the stent The driving spring that female connector detaches simultaneously with the driven shaft and the 4th bevel gear.

By using said program, when without main axis, the equal non-contravention of piston rod of the first cylinder and the second cylinder On cursor, connector sleeve can be kept to be in what is detached with driven shaft and the 4th bevel gear simultaneously by driving spring at this time State.

In conclusion the utility model has the advantages that：

1. motor drives driven shaft and the 4th bevel gear according to different rotational speeds, when the first cylinder drives cursor to turn Dynamic, after connector sleeve is driven to move up, the first fixture block on connector sleeve can be embedded in the first card slot on driven shaft, at this time Driven shaft can drive connector sleeve to rotate, so as to drive main axis by connector sleeve；And when the second cylinder is driven under connector sleeve After shifting, the second fixture block on connector sleeve can be embedded in the second card slot on the 4th bevel gear, at this time the 4th bevel gear Connector sleeve rotation is driven, so as to drive main axis by connector sleeve；Final main shaft can drive scissors according to high speed or low speed Disk rotate, so as to fulfill main shaft high speed and slowly run；

2. when skidding between belt and driving wheel and driven wheel the phenomenon that, operating personnel rotate thread spindle, screw thread Axis can drive shaft to be moved along the central axial direction of threaded hole, finally can drive tensioning wheel direction by shaft The side movement of belt, so that tensioning wheel is pushed against on belt, completes the tensioning to belt.

Description of the drawings

Fig. 1 is the utility model structure diagram；

Fig. 2 is the enlarged drawing in A portions in Fig. 1.

In figure：1st, motor；11st, output shaft；2nd, pedestal；21st, mounting blocks；211st, threaded hole；3rd, main shaft；31st, connector sleeve； 311st, the first fixture block；312nd, the second fixture block；4th, the first STATEMENT OF FEDERALLY SPONSORED；41st, driving wheel；42nd, driven shaft；421st, the first card slot；422、 First guide groove；43rd, driven wheel；44th, belt；5th, the second STATEMENT OF FEDERALLY SPONSORED；51st, first bevel gear；52nd, connecting shaft；53rd, the second cone tooth Wheel；54th, third hand tap gear；55th, the 4th bevel gear；551st, the second card slot；552nd, the second guide groove；6th, actuator；61st, stent； 62nd, cursor；63rd, the first cylinder；64th, the second cylinder；7th, tensioning wheel；71st, shaft；711st, thread spindle；8th, driving spring；901、 Convex block；902nd, sliding slot；903rd, scissors disk.

Specific embodiment

The utility model is described in further detail below in conjunction with attached drawing.

A kind of clutch of footwear machine, with reference to Fig. 1, the clutch of this kind of footwear machine includes being bolted in footwear machine Motor 1 on body, while pedestal 2 has also been bolted positioned at the body upper end of footwear machine, wherein also pass through on pedestal 2 Bearing is rotatably connected to main shaft 3, and the lower end of main shaft 3 is connected on scissors disk 903, and scissors can be driven by the rotation of main shaft 3 The rotation of disk 903, so as to cut the end of a thread on the inside of socks by scissors disk 903.

With reference to Fig. 2, the upper end of main shaft 3 is arranged with connector sleeve 31, first has been wholely set on the upper end end face of connector sleeve 31 Fixture block 311, and the second fixture block 312 has been wholely set on the lower end surface of connector sleeve 31；One wherein on the inner wall of connector sleeve 31 Convex block 901 is provided with, and the sliding slot 902 being embedded in for convex block 901 is offered on the outer wall of main shaft 3, connector sleeve 31 can week at this time It is connected on main shaft 3 to being fixedly connected and axially sliding.

With reference to Fig. 1, on pedestal 2 it is provided with that connector sleeve 31 is driven along the extending direction of sliding slot 902 move down Dynamic actuator 6, and actuator 6 includes stent 61, cursor 62, the first cylinder 63, the second cylinder 64.

With reference to Fig. 1, stent 61 is bolted on the pedestal 2 of 31 side of connector sleeve, and wherein cursor 62 is in U Font, and the both ends of cursor 62 are hinged on by axis pin on the both sides outer wall of connector sleeve 31 respectively；Simultaneously in cursor 62 Portion is hinged on again by axis pin at the medium position of stent 61, and the first cylinder 63 is bolted on the upper end of stent 61, And first cylinder 63 piston rod for contradict the one end of cursor 62 far from connector sleeve 31, at this time the first cylinder 63 work Cursor 62 can be driven to rotate after stopper rod elongation, so as to which connector sleeve 31 be driven to move up.

With reference to Fig. 1, the second cylinder 64 is bolted on the lower end of stent 61, and the piston rod of the second cylinder 64 is used for It contradicts on the one end of cursor 62 far from connector sleeve 31, can drive cursor after the piston rod elongation of the second cylinder 64 at this time 62 rotations, so as to which connector sleeve 31 be driven to move down；Driving spring 8 is connected between the upper end of stent 61 and cursor 62 simultaneously, is driven Move one end of spring 8 is fixed on the upper end of stent 61 and the other end is fixed on the one end of cursor 62 far from connector sleeve 31, when When first cylinder 63 and the second cylinder 64 are not acted on cursor 62, driving spring 8 drives cursor 62 so that cursor 62 are maintained at horizontal position.

With reference to Fig. 1, the first STATEMENT OF FEDERALLY SPONSORED is respectively arranged on pedestal 2 and at the position of 31 upper and lower ends of connector sleeve 4 and second STATEMENT OF FEDERALLY SPONSORED 5, and the first STATEMENT OF FEDERALLY SPONSORED 4 is connected with the second STATEMENT OF FEDERALLY SPONSORED 5 with the output shaft of motor 1 11, wherein the first linkage Part 4 is respectively provided with different rotating speeds from the second STATEMENT OF FEDERALLY SPONSORED 5, can be connect when connector sleeve 31 moves up with the first STATEMENT OF FEDERALLY SPONSORED 4, thus the One STATEMENT OF FEDERALLY SPONSORED 4 drives connector sleeve 31 to rotate；It can be connect when connector sleeve 31 moves down with the second STATEMENT OF FEDERALLY SPONSORED 5, so as to the second STATEMENT OF FEDERALLY SPONSORED 5 Connector sleeve 31 is driven to rotate；Final main shaft 3 can have different rotating speeds.

With reference to Fig. 1, the first STATEMENT OF FEDERALLY SPONSORED 4 includes driving wheel 41, driven shaft 42, driven wheel 43, belt 44；Wherein driving wheel 41 By being keyed in the upper end of output shaft 11, while driven shaft 42 is rotatably connected on by bearing in pedestal 2, wherein driven shaft 42 Positioned at the upper end of connector sleeve 31, and the extending direction of driven shaft 42 is parallel with the extending direction of main shaft 3；Driven wheel 43 is connected by key The upper end of driven shaft 42 is connected on, and belt 44 is connected between driving wheel 41 and driven wheel 43；Motor 1 drives driving wheel 41 to rotate After can by belt 44 drive driven wheel 43 rotate, finally driven shaft 42 can be driven to rotate.

With reference to Fig. 2, the first card slot 421 being embedded in for the first fixture block 311 is offered on the lower end surface of driven shaft 42, and from It is further opened on the end face of 42 lower end of moving axis towards inclined first guide groove 422 in 421 side of the first card slot, while first is oriented to Slot 422 is communicated with the first card slot 421；After connector sleeve 31 moves up, the first fixture block 311 on connector sleeve 31 can be embedded into first In card slot 421, driven shaft 42 can drive connector sleeve 31 to rotate at this time.

With reference to Fig. 1, mounting blocks 21 are also bolted, and threaded hole 211 is offered on mounting blocks 21 on pedestal 2； Wherein 211 internal thread of threaded hole is connected with thread spindle 711, while shaft 71 is welded on thread spindle 711, and passes through in shaft 71 Bearing is connected with tensioning wheel 7；After operating personnel rotate thread spindle 711, thread spindle 711 can drive shaft 71 along threaded hole 211 central axial direction movement, finally can drive tensioning wheel 7 to be pushed against on belt 44, realize the tensioning to belt 44.

With reference to Fig. 1, the second STATEMENT OF FEDERALLY SPONSORED 5 includes first bevel gear 51, connecting shaft 52, second bevel gear 53, third hand tap gear 54th, the 4th bevel gear 55；First bevel gear 51 is by being keyed on the output shaft 11 of motor 1 and under driving wheel 41 Side, wherein connecting shaft 52 are rotatably connected on by bearing in pedestal 2, and second bevel gear 53 is by being keyed in connecting shaft 52 On one end, while second bevel gear 53 meshes together with first bevel gear 51；Third hand tap gear 54 is being connected by key connection On the one end of axis 52 far from second bevel gear 53, wherein the 4th bevel gear 55 is rotatablely connected by bearing on the base 2 and with the Third hand tap gear 54 meshes together, while the 4th bevel gear 55 is set on main shaft 3 and at the lower end position of connector sleeve 31.

With reference to Fig. 2, the second card slot 551 being embedded in for the second fixture block 312 is offered on the upper surface of the 4th bevel gear 55, and It is further opened on the end face of 4th bevel gear, 55 upper end towards inclined second guide groove 552 in 551 side of the second card slot, while the Two guide grooves 552 are communicated with the second card slot 551；After connector sleeve 31 moves down, the second fixture block 312 on connector sleeve 31 can be embedded in Into the second card slot 551, the 4th bevel gear 55 can drive connector sleeve 31 to rotate at this time.

With reference to Fig. 1,1 output shaft 11 of motor drives first bevel gear 51 to rotate, and first bevel gear 51 can drive the second cone Gear 53 rotates, and subsequent second bevel gear 53 can drive connecting shaft 52 to rotate；The rotation of connecting shaft 52 can drive third to bore The rotation of gear 54, subsequent third hand tap gear 54 can drive the 4th bevel gear 55 to rotate；After connector sleeve 31 moves down, connector sleeve The second fixture block 312 on 31 can be embedded into the second card slot 551 on the 4th bevel gear 55（With reference to Fig. 2）, subsequent 4th cone The rotation of gear 55 can apply thrust to the second fixture block 312, and the 4th bevel gear 55 can drive connector sleeve 31 to rotate at this time, most Main shaft 3 can be driven to rotate by connector sleeve 31 eventually.

Principle：With reference to Fig. 1, the output shaft 11 of motor 1 drives driving wheel 41 to rotate, driving wheel 41 by belt 44 drive from Driving wheel 43 rotates, and driven shaft 42 can be driven to rotate with back front driven wheel 43, when the first cylinder 63 drive connector sleeve 31 move up, connect After the first fixture block 311 on set 31 is embedded in the first card slot 421 on driven shaft 42（With reference to Fig. 2）, driven shaft 42 can band Dynamic connector sleeve 31 rotates, and finally main shaft 3 can be driven to rotate.

With reference to Fig. 1, while 1 output shaft 11 of motor drives first bevel gear 51 to rotate, and first bevel gear 51 can drive the Two bevel gears 53 rotate, and subsequent second bevel gear 53 can drive connecting shaft 52 to rotate；The rotation of connecting shaft 52 can drive The rotation of third hand tap gear 54, subsequent third hand tap gear 54 can drive the 4th bevel gear 55 to rotate；Connect when the second cylinder 64 drives Female connector 31 moves down, after the second fixture block 312 on connector sleeve 31 is embedded into the second card slot 551 on the 4th bevel gear 55（Reference Fig. 2）, the rotation of the 4th bevel gear 55 drives connector sleeve 31 to rotate, finally main shaft 3 can be driven to rotate.

With reference to Fig. 1, the rotating speed that final main shaft 3 can be different drives scissors disk 903 to rotate, so as to convenient low in main shaft 3 It is used to carry out debugging and maintenance to footwear machine during speed rotation；And when main shaft 3 need not rotate, the first cylinder 63 and the second cylinder 64 The equal non-contravention of piston rod can keep cursor 62 to be horizontal by driving spring 8 at this time on cursor 62, and Connector sleeve 31 is in the state detached with 42 and the 4th bevel gear 55 of driven shaft simultaneously.

This specific embodiment is only explanation to the utility model, is not the limitation to the utility model, ability Field technique personnel can as needed make the present embodiment the modification of no creative contribution after this specification is read, but As long as it is all protected in the right of the utility model by Patent Law.

Claims (8)

1. a kind of clutch of footwear machine, including being located at the motor on footwear machine body（1）, pedestal on footwear machine body （2）, be connected to pedestal（2）Upper and lower end is connected to the main shaft on scissors disk（3）, it is characterised in that：The main shaft（3）Upper end Circumferentially fixed connection and axially sliding are connected with connector sleeve（31）, positioned at the pedestal（2）Above and positioned at the connector sleeve（31） Upper and lower ends be both provided with for driving the connector sleeve respectively（31）By high speed and the first STATEMENT OF FEDERALLY SPONSORED to slowly run（4）With Second STATEMENT OF FEDERALLY SPONSORED（5）, first STATEMENT OF FEDERALLY SPONSORED（4）With second STATEMENT OF FEDERALLY SPONSORED（5）With the motor（1）Output shaft（11） It is connected, the pedestal（2）On be provided with to drive the connector sleeve（31）Along the main shaft（3）Extending direction on glide The actuator of shifting（6）.

2. a kind of clutch of footwear machine according to claim 1, it is characterised in that：First STATEMENT OF FEDERALLY SPONSORED（4）Including It is connected to the output shaft（11）The driving wheel of upper end（41）, be rotatably connected on the pedestal（2）Above and positioned at the connector sleeve （31）The driven shaft of upper end（42）, be connected to the driven shaft（42）The driven wheel of upper end（43）, be connected to the driven wheel （43）With the driving wheel（41）Between belt（44）, the driven shaft（42）Lower end offer the first card slot（421）, institute State connector sleeve（31）Upper end be fixed with to be embedded in first card slot（421）The first interior fixture block（311）.

3. a kind of clutch of footwear machine according to claim 2, it is characterised in that：The driven shaft（42）The end of lower end It is offered on face towards first card slot（421）Side tilt and with first card slot（421）The first guide groove communicated （422）, when the connector sleeve（31）It needs to be connected to the driven shaft after moving up（42）When upper, first fixture block（311）Edge First guide groove（422）It is moved to first card slot（421）It is interior.

4. a kind of clutch of footwear machine according to claim 2, it is characterised in that：The pedestal（2）Upper setting is useful In being pushed against the belt（44）On tensioning wheel（7）, the pedestal（2）On be provided with for across the tensioning wheel（7）'s Shaft（71）, the pedestal（2）On be fixed with mounting blocks（21）, the mounting blocks（21）On offer threaded hole（211）, it is described Shaft（71）On be fixed with to be threaded in the threaded hole（211）It is interior and for driving the tensioning wheel（7）Towards institute State belt（44）The thread spindle of side movement（711）.

5. a kind of clutch of footwear machine according to claim 2, it is characterised in that：Second STATEMENT OF FEDERALLY SPONSORED（5）Including It is connected to the output shaft（11）On first bevel gear（51）, be rotatably connected on the pedestal（2）On connecting shaft（52）, even It is connected on the connecting shaft（52）One end on and with the first bevel gear（51）The second bevel gear of engagement（53）, be connected to institute State connecting shaft（52）Far from the second bevel gear（53）One end on third hand tap gear（54）, be rotatably connected on the pedestal （2）It goes up and is set in the main shaft（3）On the 4th bevel gear（55）, the 4th bevel gear（55）Upper end offer second Card slot（551）, the connector sleeve（31）Lower end be fixed with to be embedded in second card slot（551）The second interior fixture block （312）.

6. a kind of clutch of footwear machine according to claim 5, it is characterised in that：4th bevel gear（55）Upper end End face on offer towards second card slot（551）Side tilt and with second card slot（551）Second communicated is led To slot（552）, when the connector sleeve（31）It needs to be connected to the 4th bevel gear after moving down（55）When upper, second fixture block （312）Along second guide groove（552）It is moved to second card slot（551）It is interior.

7. a kind of clutch of footwear machine according to claim 6, it is characterised in that：The actuator（6）Including fixation In the pedestal（2）On stent（61）, middle part be hinged on the stent（61）Medium position at and one end be hinged on it is described Connector sleeve（31）Cursor on side wall（62）, one end be fixed on the stent（61）Upper end and the other end for contradict in institute State cursor（62）Far from the connector sleeve（31）The first cylinder on one end（63）, one end be fixed on the stent（61）Under End and the other end are used for conflict in the cursor（62）Far from the connector sleeve（31）The second cylinder on one end（64）.

8. a kind of clutch of footwear machine according to claim 7, it is characterised in that：The cursor（62）With the branch Frame（61）Between be connected with to drive the connector sleeve（31）Simultaneously with the driven shaft（42）With the 4th bevel gear （55）The driving spring of separation（8）.