CN208850739U - A kind of leather shoes fitting activation treatment equipment - Google Patents
A kind of leather shoes fitting activation treatment equipment Download PDFInfo
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- CN208850739U CN208850739U CN201821297896.4U CN201821297896U CN208850739U CN 208850739 U CN208850739 U CN 208850739U CN 201821297896 U CN201821297896 U CN 201821297896U CN 208850739 U CN208850739 U CN 208850739U
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- decoupling rod
- clutch discs
- guide rail
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Abstract
A kind of leather shoes fitting activation treatment equipment, it is related to leather shoes production technical field, including workbench and rack, workbench is equipped with rack, and rack is equipped with elevating control case, is equipped with mobile drive deivce in elevating control case, lifting device A and lifting device B is equipped in elevating control case, lifting device A and lifting device B is respectively connect with an idler wheel, and idler wheel is located at the underface of elevating control case, and idler wheel is equipped with heat-activated device.The device can adjust the position of lifting device A and lifting device B respectively by mobile drive deivce, to realize the purpose for adjusting two idler wheel height respectively, be adapted to idler wheel height preferably with the leather shoes material of processing to be fit, improve the effect of laminating process.In addition, the device can uniformly be come out the temperature that electric boiling plate heats by radiator, to make even heat and leather shoes material, the uniformity for activating fitting is higher, improves the quality of leather shoes and reduces rejection rate.
Description
Technical field:
The utility model relates to leather shoes production technical fields, and in particular to a kind of leather shoes fitting activation treatment equipment.
Background technique:
The vamp material of leather shoes is mostly that multilayer shoe material is bonded to be formed, needed in leather shoes material bonding process using
Fitting activation equipment carries out fitting activation processing, and the instrument on the market in terms of leather shoes fitting activation is very rare at present, existing
Some be bonded activation equipment activation idler wheel be it is fixed, height it is non-adjustable, activate leather shoes material be to be frequently present of idler wheel height
Spend it is improper, leather shoes material can not be carried out activation or activation effect it is bad, in addition, activation idler wheel on electric heater temperature
Degree is generally concentrated at thermovent, causes the temperature of leather shoes local material excessively high in activation, so that the damage of shoes material is caused,
There are various waste materials, causes the great wasting of resources in this way.
Utility model content:
The purpose of this utility model is to overcome above-mentioned the shortcomings of the prior art places, and provide a kind of leather shoes patch
Close activation treatment equipment.
The technical solution adopted in the utility model are as follows: a kind of leather shoes fitting activation treatment equipment, including workbench and rack,
Workbench is equipped with rack, and rack is equipped with elevating control case, is equipped with mobile drive deivce, elevating control case in elevating control case
Interior two sides and the liter that mobile drive deivce is located at equipped with lifting device A and lifting device B, lifting device A and lifting device B
The position of falling unit A and lifting device B are corresponding, and lifting device A and lifting device B are respectively connect with an idler wheel, and idler wheel is located at
The underface of elevating control case, idler wheel are equipped with heat-activated device.
The quantity of the heat-activated device is no less than two, and all heat-activated devices are evenly distributed on idler wheel
On.
The heat-activated device include groove, damping device A, damping device B, damping device C, electric boiling plate, every
Plate, blind patch, radiator, cavity A and cavity B, the groove are located on idler wheel, and the opening of groove is equipped with blind patch,
Partition is equipped in groove, groove is divided into cavity A and cavity B two chambers by partition, and electric boiling plate is equipped in cavity A, described
Cavity B in be equipped with radiator, be respectively provided with a damping device C at left and right sides of radiator, damping device C is fixed on recessed
In groove sidewall, the radiator is connect with one end of damping device A, and the other end of damping device A is connect with partition, described
Radiator connect with one end of damping device B, the other end of damping device B is connect with blind patch.
The radiator includes heat radiation rack, motor C and radiator fan, and the heat radiation rack is located in cavity B, is dissipated
Motor C is fixed on hot frame, the output shaft of motor C is connect with radiator fan, and radiator fan is located in heat radiation rack, heat radiation rack
The left and right sides be respectively provided with a damping device C, heat radiation rack is connect with damping device B, and heat radiation rack is connect with damping device A.
The damping device A include decoupling rod A, damping guide rail, decoupling rod B, damping sliding shoe A, damping sliding shoe B and
Spring, the damping guide rail are located on partition, and damping guide rail is connect with damping sliding shoe A and the two is to be slidably connected, damping
Guide rail is connect with damping sliding shoe B and the two is to be slidably connected, and damping sliding shoe B and one end of decoupling rod B are hinged, decoupling rod B
The other end and radiator in heat radiation rack it is hinged, one end of heat radiation rack and decoupling rod A is hinged, the other end of decoupling rod A with
Damping sliding shoe A is hinged, and one end connection of decoupling rod A and spring, the other end of spring is connect with decoupling rod B.
The damping device B include decoupling rod A, damping guide rail, decoupling rod B, damping sliding shoe A, damping sliding shoe B and
Spring, the damping guide rail are located on blind patch, and damping guide rail is connect with damping sliding shoe A and the two is to be slidably connected, and are subtracted
Shake guide rail is connect with damping sliding shoe B and the two is to be slidably connected, and damping sliding shoe B and one end of decoupling rod B are hinged, decoupling rod
Heat radiation rack in the other end and radiator of B is hinged, and one end of heat radiation rack and decoupling rod A is hinged, the other end of decoupling rod A with
Damping sliding shoe A is hinged, and one end connection of decoupling rod A and spring, the other end of spring is connect with decoupling rod B.
The damping device C include decoupling rod A, damping guide rail, decoupling rod B, damping sliding shoe A, damping sliding shoe B and
Spring, the damping guide rail are located in recess sidewall, and damping guide rail is connect with damping sliding shoe A and the two is to be slidably connected,
Damping guide rail is connect with damping sliding shoe B and the two is to be slidably connected, and damping sliding shoe B and one end of decoupling rod B are hinged, damping
Heat radiation rack in the other end and radiator of bar B is hinged, and one end of heat radiation rack and decoupling rod A is hinged, the other end of decoupling rod A
Hinged with damping sliding shoe A, one end connection of decoupling rod A and spring, the other end of spring is connect with decoupling rod B.
The mobile drive deivce include movable block, moving track, movable case, gear A, motor A, shaft, rack gear,
Gear C, motor B, gear B and clutch discs A, the motor B are located in elevating control case, the output shaft of motor B with
The input axis connection of gear C, gear C are engaged with rack, and rack gear is connect with movable case, and movable case is connect with movable block, movable block
It is connect with moving track and the two is to be slidably connected, moving track is located in elevating control case, and electricity is equipped in the movable case
The output shaft of motivation A, motor A are connect with gear A, and gear A is engaged with gear B, and gear B is located in shaft, and shaft passes through axis
It holds and is connect with movable case, the both ends of shaft are respectively provided with clutch discs an A, two clutch discs A and are respectively positioned on the outside of movable case, wherein
One clutch discs A is corresponding with the position of lifting device A, another clutch discs A is corresponding with the position of lifting device B.
The lifting device A includes clutch discs B, conical gear A, conical gear B, screw rod, nut block, fixed link, leads
To block and guide rail, the clutch discs B is fixed in elevating control case, and clutch discs B is with the clutch discs A's in mobile drive deivce
Position is corresponding and clutch discs B is adapted with the clutch discs A in mobile drive deivce, and clutch discs B is connect with conical gear A, circle
Bevel gear A is engaged with conical gear B with 90 ° of crossed axis angles, and conical gear B is connect with screw rod, and screw rod is fixed in elevating control case,
Screw rod is connected through a screw thread with nut block, and nut block is connect with guide pad, and guide pad is connect with guide rail and the two is to be slidably connected,
Guide rail is located in elevating control case, and one end connection of the nut block and fixed link, the other end of fixed link stretches out lifting control
Case processed is connect with idler wheel.
The lifting device B includes clutch discs B, conical gear A, conical gear B, screw rod, nut block, fixed link, leads
To block and guide rail, the clutch discs B is fixed in elevating control case, and clutch discs B is with the clutch discs A's in mobile drive deivce
Position is corresponding and clutch discs B is adapted with the clutch discs A in mobile drive deivce, and clutch discs B is connect with conical gear A, circle
Bevel gear A is engaged with conical gear B with 90 ° of crossed axis angles, and conical gear B is connect with screw rod, and screw rod is fixed in elevating control case,
Screw rod is connected through a screw thread with nut block, and nut block is connect with guide pad, and guide pad is connect with guide rail and the two is to be slidably connected,
Guide rail is located in elevating control case, and one end connection of the nut block and fixed link, the other end of fixed link stretches out lifting control
Case processed is connect with idler wheel.
The beneficial effects of the utility model are: the device can be adjusted respectively by mobile drive deivce lifting device A and
The position of lifting device B makes the skin of idler wheel height Yu processing to be fit to realize the purpose for adjusting two idler wheel height respectively
Shoes materials are preferably adapted to, and improve the effect of laminating process.In addition, the device can be heated electric boiling plate by radiator
Temperature uniformly come out, to make even heat and leather shoes material, the uniformity for activating fitting is higher, improves
The quality of leather shoes simultaneously reduces rejection rate.The service life of radiator can be extended by the way that damping device is arranged, enterprise is reduced and set
Standby cost.
Detailed description of the invention:
Fig. 1 is the utility model structure diagram.
Fig. 2 is the partial enlarged view in the utility model Fig. 1 at A.
Fig. 3 is the structural schematic diagram of the utility model idler wheel.
Fig. 4 is the partial enlarged view in the utility model Fig. 3 at B.
Specific embodiment:
Referring to each figure, a kind of leather shoes fitting activation treatment equipment, including workbench 3 and rack 5, workbench 3 are equipped with machine
Frame 5, rack 5 are equipped with elevating control case 6, and mobile drive deivce is equipped in elevating control case 6, is equipped with and rises in elevating control case 6
Falling unit A and lifting device B, lifting device A and lifting device B are located at the two sides of mobile drive deivce and lifting device A
Corresponding with the position of lifting device B, lifting device A and lifting device B are respectively connect with an idler wheel 401, and idler wheel 401, which is located at, to be risen
The underface of control cabinet 6 drops, and idler wheel 401 is equipped with heat-activated device.
The quantity of the heat-activated device is no less than two, and all heat-activated devices are evenly distributed on idler wheel
On 401.
The heat-activated device includes groove 410, damping device A, damping device B, damping device C, electric boiling plate
403, partition 416, blind patch 407, radiator, cavity A404 and cavity B405, the groove 410 are located on idler wheel 401,
The opening of groove 410 is equipped with blind patch 407, is equipped with partition 416 in groove 410, groove 410 is divided into cavity by partition 416
A404 and cavity B405 two chambers, cavity A404 is interior to be equipped with electric boiling plate 403, is equipped with heat dissipation in the cavity B405 and fills
It sets, a damping device C is respectively provided at left and right sides of radiator, damping device C is fixed on 410 side wall of groove, described
Radiator is connect with one end of damping device A, and the other end of damping device A is connect with partition 416, the radiator with
One end of damping device B connects, and the other end of damping device B is connect with blind patch 407.
The radiator includes heat radiation rack 406, motor C408 and radiator fan 409, the heat radiation rack 406
In in cavity B405, being fixed with motor C408 on heat radiation rack 406, the output shaft of motor C408 is connect with radiator fan 409,
Radiator fan 409 is located in heat radiation rack 406, and the left and right sides of heat radiation rack 406 is respectively provided with a damping device C, heat radiation rack 406 with
Damping device B connection, heat radiation rack 406 are connect with damping device A.
The damping device A include decoupling rod A402, damping guide rail 415, decoupling rod B411, damping sliding shoe A412,
Damping sliding shoe B414 and spring 413, the damping guide rail 415 are located on partition 416, and damping guide rail 415 and damping are slided
Block A412 connection and the two are to be slidably connected, and damping guide rail 415 is connect with damping sliding shoe B414 and the two is to be slidably connected, and are subtracted
It shakes sliding shoe B414 and one end of decoupling rod B411 is hinged, the heat radiation rack 406 in the other end and radiator of decoupling rod B411
Hingedly, heat radiation rack 406 and one end of decoupling rod A402 are hinged, and the other end and damping sliding shoe A412 of decoupling rod A402 is hinged,
Decoupling rod A402 is connect with one end of spring 413, and the other end of spring 413 is connect with decoupling rod B411.
The damping device B include decoupling rod A402, damping guide rail 415, decoupling rod B411, damping sliding shoe A412,
Damping sliding shoe B414 and spring 413, the damping guide rail 415 are located on blind patch 407, and damping guide rail 415 and damping are sliding
Motion block A412 connection and the two are to be slidably connected, and damping guide rail 415 is connect with damping sliding shoe B414 and the two is to be slidably connected,
Damping sliding shoe B414 and one end of decoupling rod B411 are hinged, the heat radiation rack in the other end and radiator of decoupling rod B411
406 is hinged, and heat radiation rack 406 and one end of decoupling rod A402 are hinged, and the other end and damping sliding shoe A412 of decoupling rod A402 is cut with scissors
It connects, decoupling rod A402 is connect with one end of spring 413, and the other end of spring 413 is connect with decoupling rod B411.
The damping device C include decoupling rod A402, damping guide rail 415, decoupling rod B411, damping sliding shoe A412,
Damping sliding shoe B414 and spring 413, the damping guide rail 415 are located on 410 side wall of groove, damping guide rail 415 and damping
Sliding shoe A412 connection and the two are to be slidably connected, and damping guide rail 415 is connect with damping sliding shoe B414 and the two connects for sliding
It connects, damping sliding shoe B414 and one end of decoupling rod B411 are hinged, the heat dissipation in the other end and radiator of decoupling rod B411
Frame 406 is hinged, and heat radiation rack 406 and one end of decoupling rod A402 are hinged, the other end and damping sliding shoe A412 of decoupling rod A402
Hingedly, decoupling rod A402 is connect with one end of spring 413, and the other end of spring 413 is connect with decoupling rod B411.
The mobile drive deivce includes movable block 201, moving track 202, movable case 203, gear A 204, motor
A205, shaft 206, rack gear 207, gear C 208, motor B209, gear B 210 and clutch discs A, the motor B209 are set
In elevating control case 6, the output shaft of motor B209 and the input axis connection of gear C 208, gear C 208 are nibbled with rack gear 207
It closes, rack gear 207 is connect with movable case 203, and movable case 203 is connect with movable block 201, and movable block 201 is connect with moving track 202
And the two is to be slidably connected, moving track 202 is located in elevating control case 6, and motor is equipped in the movable case 203
The output shaft of A205, motor A205 are connect with gear A 204, and gear A 204 is engaged with gear B 210, and gear B 210 is located at shaft
On 206, shaft 206 is connect by bearing with movable case 203, and the both ends of shaft 206 are respectively provided with a clutch discs A, two clutches
Disk A is respectively positioned on the outside of movable case 203, and one of clutch discs A is corresponding with the position of lifting device A, another clutch discs A
It is corresponding with the position of lifting device B.
The lifting device A includes clutch discs B, conical gear A103, conical gear B102, screw rod 101, nut block
104, fixed link 105, guide pad 106 and guide rail 107, the clutch discs B are fixed in elevating control case 6, clutch discs B and shifting
The position of clutch discs A in dynamic driving device is corresponding and clutch discs B is adapted with the clutch discs A in mobile drive deivce, from
It closes disk B to connect with conical gear A103, conical gear A103 is engaged with conical gear B102 with 90 ° of crossed axis angles, conical gear
B102 is connect with screw rod 101, and screw rod 101 is fixed in elevating control case 6, and screw rod 101 is connected through a screw thread with nut block 104,
Nut block 104 is connect with guide pad 106, and guide pad 106 is connect with guide rail 107 and the two is to be slidably connected, and guide rail 107 is located at liter
It drops in control cabinet 6, the nut block 104 is connect with one end of fixed link 105, and the other end of fixed link 105 stretches out lifting control
Case 6 processed is connect with idler wheel 401.
The lifting device B includes clutch discs B, conical gear A103, conical gear B102, screw rod 101, nut block
104, fixed link 105, guide pad 106 and guide rail 107, the clutch discs B are fixed in elevating control case 6, clutch discs B and shifting
The position of clutch discs A in dynamic driving device is corresponding and clutch discs B is adapted with the clutch discs A in mobile drive deivce, from
It closes disk B to connect with conical gear A103, conical gear A103 is engaged with conical gear B102 with 90 ° of crossed axis angles, conical gear
B102 is connect with screw rod 101, and screw rod 101 is fixed in elevating control case 6, and screw rod 101 is connected through a screw thread with nut block 104,
Nut block 104 is connect with guide pad 106, and guide pad 106 is connect with guide rail 107 and the two is to be slidably connected, and guide rail 107 is located at liter
It drops in control cabinet 6, the nut block 104 is connect with one end of fixed link 105, and the other end of fixed link 105 stretches out lifting control
Case 6 processed is connect with idler wheel 401.
The clutch discs A includes chuck A214 and claw A213, and the chuck A214 is connect with shaft 206, chuck
A214 is equipped with claw A213, and the clutch discs B includes chuck B212 and claw B211, the chuck B212 and circular cone tooth
A103 connection is taken turns, chuck B212 is equipped with claw B211, and claw B211 is adapted with claw A213.
Specific implementation process is as follows: the device when in use, first extremely works the leather shoes feedstock transportation of processing to be activated
On platform 3, start motor B209, motor B209 drives gear C 208 to rotate, and band carry-over bar 207 moves when gear C 208 rotates
Dynamic, rack gear 207 drives movable case 203 to translate, and movable case 203 drives movable block 201 to move along moving track 202, movable case 203
Drive one of clutch discs A to contact engaging with the clutch discs B in lifting device A when mobile, the claw A213 in clutch discs A with
It is fastened togather after claw B211 contact in clutch discs B, at this point, starting motor A205, motor A205 drive gear A 204
Rotation drives gear B 210 to rotate when gear A 204 rotates, and gear B 210 drives shaft 206 to rotate, and shaft 206 drives clutch discs
A rotation, clutch discs A drive conical gear A103 rotation by clutch discs B, and conical gear A103 drives conical gear B102 to turn
Dynamic, conical gear B102 drives screw rod 101 to rotate, and drives nut block 104 to go up and down along screw rod 101 when screw rod 101 rotates, nut block
104 drive guide pad 106 to slide along guide rail 107 when mobile, drive idler wheel by fixed link 105105 when nut block 104 is mobile
401 liftings, to adjust the distance between the leather shoes material of idler wheel 401 Yu processing to be activated.Make to move according to aforesaid operations step
Adjusting is connect with lifting device B after another clutch discs A in the dynamic driving device and clutch discs B in lifting device B engages
The height of idler wheel 401, clutch discs A is separated with the clutch discs B in lifting device A at this time.When adjusting the idler wheel in lifting device A
It when 401 height of idler wheel in 401 and lifting device B, is heated by electric boiling plate 403, starts motor C408, motor
C408 drives the rotation of radiator fan 409 to distribute the heat that electric boiling plate 403 generates from blind patch 407, distributes
Heat is uniformly contacted with leather shoes material surface, is activated to leather shoes material.
The structure of damping device A, damping device B and damping device C in the device are identical, when heat radiation rack 406 is shaken
When dynamic, heat radiation rack 406 squeezes decoupling rod A402 and decoupling rod B411, and decoupling rod A402 drives damping sliding shoe A412 along shock guide
Rail 415 slides, and decoupling rod B411 drives damping sliding shoe B414 to slide along damping sliding rail, decoupling rod A402 and decoupling rod B411 fortune
Extension spring 413 when dynamic, spring 413 can generate deformation after being stretched, pass through spring 413 and decoupling rod A402402, decoupling rod
Damping is realized in the cooperation of B411 etc..
The device can adjust the position of lifting device A and lifting device B respectively by mobile drive deivce, to realize
The purpose for adjusting two 401 height of idler wheel respectively, is adapted to 401 height of idler wheel preferably with the leather shoes material of processing to be fit,
Improve the effect of laminating process.In addition, the device can uniformly be dissipated the temperature that electric boiling plate 403 heats by radiator
It issues, to make even heat and leather shoes material, the uniformity for activating fitting is higher, improves the quality and drop of leather shoes
Low rejection rate.The service life of radiator can be extended by the way that damping device is arranged, reduce business equipment cost.
Claims (10)
1. a kind of leather shoes are bonded activation treatment equipment, including workbench and rack, workbench is equipped with rack, it is characterised in that:
Rack is equipped with elevating control case, and mobile drive deivce is equipped in elevating control case, be equipped in elevating control case lifting device A and
Lifting device B, lifting device A and lifting device B are located at the two sides of mobile drive deivce and lifting device A and lifting device
The position of B is corresponding, and lifting device A and lifting device B are respectively connect with an idler wheel, idler wheel be located at elevating control case just under
Side, idler wheel are equipped with heat-activated device.
2. leather shoes according to claim 1 are bonded activation treatment equipment, it is characterised in that: the heat-activated device
Quantity is no less than two, and all heat-activated devices are evenly distributed on idler wheel.
3. leather shoes according to claim 1 are bonded activation treatment equipment, it is characterised in that: the heat-activated device packet
Include groove, damping device A, damping device B, damping device C, electric boiling plate, partition, blind patch, radiator, cavity A and sky
Chamber B, the groove are located on idler wheel, and the opening of groove is equipped with blind patch, are equipped with partition in groove, partition divides groove
At cavity A and cavity B two chambers, it is equipped with electric boiling plate in cavity A, is equipped with radiator, radiator in the cavity B
The left and right sides be respectively provided with a damping device C, damping device C is fixed in recess sidewall, the radiator and damping
One end of device A connects, and the other end of damping device A is connect with partition, and one end of the radiator and damping device B connect
It connects, the other end of damping device B is connect with blind patch.
4. leather shoes according to claim 3 are bonded activation treatment equipment, it is characterised in that: the radiator includes dissipating
Hot frame, motor C and radiator fan, the heat radiation rack are located in cavity B, and motor C, motor C are fixed on heat radiation rack
Output shaft connect with radiator fan, radiator fan is located in heat radiation rack, and damping dress is respectively provided at left and right sides of heat radiation rack
C is set, heat radiation rack is connect with damping device B, and heat radiation rack is connect with damping device A.
5. leather shoes according to claim 3 are bonded activation treatment equipment, it is characterised in that: the damping device A includes
Decoupling rod A, damping guide rail, decoupling rod B, damping sliding shoe A, damping sliding shoe B and spring, the damping guide rail are located at partition
On, damping guide rail is connect with damping sliding shoe A and the two is to be slidably connected, and damping guide rail is connect with damping sliding shoe B and the two
To be slidably connected, damping sliding shoe B and one end of decoupling rod B are hinged, the heat radiation rack in the other end and radiator of decoupling rod B
Hingedly, one end of heat radiation rack and decoupling rod A is hinged, and the other end and damping sliding shoe A of decoupling rod A is hinged, decoupling rod A and spring
One end connection, the other end of spring connect with decoupling rod B.
6. leather shoes according to claim 3 are bonded activation treatment equipment, it is characterised in that: the damping device B includes
Decoupling rod A, damping guide rail, decoupling rod B, damping sliding shoe A, damping sliding shoe B and spring, the damping guide rail are located at port lid
On plate, damping guide rail is connect with damping sliding shoe A and the two is to be slidably connected, and damping guide rail is connect and two with damping sliding shoe B
Person is to be slidably connected, and damping sliding shoe B and one end of decoupling rod B are hinged, the heat dissipation in the other end and radiator of decoupling rod B
Frame is hinged, and one end of heat radiation rack and decoupling rod A is hinged, and the other end and damping sliding shoe A of decoupling rod A is hinged, decoupling rod A and bullet
One end of spring connects, and the other end of spring is connect with decoupling rod B.
7. leather shoes according to claim 3 are bonded activation treatment equipment, it is characterised in that: the damping device C includes
Decoupling rod A, damping guide rail, decoupling rod B, damping sliding shoe A, damping sliding shoe B and spring, the damping guide rail are located at groove
On side wall, damping guide rail connect with damping sliding shoe A and the two be slidably connected, damping guide rail connect with damping sliding shoe B and
The two is to be slidably connected, and damping sliding shoe B and one end of decoupling rod B are hinged, dissipating in the other end and radiator of decoupling rod B
Hot frame is hinged, and one end of heat radiation rack and decoupling rod A is hinged, and the other end and damping sliding shoe A of decoupling rod A is hinged, decoupling rod A with
One end of spring connects, and the other end of spring is connect with decoupling rod B.
8. leather shoes according to claim 1 are bonded activation treatment equipment, it is characterised in that: the mobile drive deivce packet
Include movable block, moving track, movable case, gear A, motor A, shaft, rack gear, gear C, motor B, gear B and clutch discs
A, the motor B are located in elevating control case, the output shaft of motor B and the input axis connection of gear C, gear C and tooth
Item engagement, rack gear are connect with movable case, and movable case is connect with movable block, and movable block is connect with moving track and the two connects for sliding
It connects, moving track is located in elevating control case, and motor A, the output shaft and gear A of motor A are equipped in the movable case
Connection, gear A are engaged with gear B, and gear B is located in shaft, and shaft is connect by bearing with movable case, and the both ends of shaft are respectively set
There are clutch discs an A, two clutch discs A to be respectively positioned on the outside of movable case, the position of one of clutch discs A and lifting device A
Corresponding, another clutch discs A is corresponding with the position of lifting device B.
9. leather shoes according to claim 1 are bonded activation treatment equipment, it is characterised in that: the lifting device A includes
Clutch discs B, conical gear A, conical gear B, screw rod, nut block, fixed link, guide pad and guide rail, the clutch discs B are fixed
In elevating control case, clutch discs B is corresponding with the position of clutch discs A in mobile drive deivce and clutch discs B and movement are driven
Clutch discs A in dynamic device is adapted, and clutch discs B is connect with conical gear A, and conical gear A and conical gear B are handed over 90 ° of axis
Angle engagement, conical gear B are connect with screw rod, and screw rod is fixed in elevating control case, and screw rod is connected through a screw thread with nut block, spiral shell
Mother tuber is connect with guide pad, and guide pad is connect with guide rail and the two is to be slidably connected, and guide rail is located in elevating control case, described
The connection of one end of nut block and fixed link, the other end of fixed link stretch out elevating control case and connect with idler wheel.
10. leather shoes according to claim 1 are bonded activation treatment equipment, it is characterised in that: the lifting device B includes
Clutch discs B, conical gear A, conical gear B, screw rod, nut block, fixed link, guide pad and guide rail, the clutch discs B are fixed
In elevating control case, clutch discs B is corresponding with the position of clutch discs A in mobile drive deivce and clutch discs B and movement are driven
Clutch discs A in dynamic device is adapted, and clutch discs B is connect with conical gear A, and conical gear A and conical gear B are handed over 90 ° of axis
Angle engagement, conical gear B are connect with screw rod, and screw rod is fixed in elevating control case, and screw rod is connected through a screw thread with nut block, spiral shell
Mother tuber is connect with guide pad, and guide pad is connect with guide rail and the two is to be slidably connected, and guide rail is located in elevating control case, described
The connection of one end of nut block and fixed link, the other end of fixed link stretch out elevating control case and connect with idler wheel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821297896.4U CN208850739U (en) | 2018-08-13 | 2018-08-13 | A kind of leather shoes fitting activation treatment equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821297896.4U CN208850739U (en) | 2018-08-13 | 2018-08-13 | A kind of leather shoes fitting activation treatment equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208850739U true CN208850739U (en) | 2019-05-14 |
Family
ID=66414453
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821297896.4U Active CN208850739U (en) | 2018-08-13 | 2018-08-13 | A kind of leather shoes fitting activation treatment equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208850739U (en) |
-
2018
- 2018-08-13 CN CN201821297896.4U patent/CN208850739U/en active Active
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