CN205200996U - Flexible axle automatic assembly device - Google Patents
Flexible axle automatic assembly device Download PDFInfo
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- CN205200996U CN205200996U CN201520970485.7U CN201520970485U CN205200996U CN 205200996 U CN205200996 U CN 205200996U CN 201520970485 U CN201520970485 U CN 201520970485U CN 205200996 U CN205200996 U CN 205200996U
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- joint
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Abstract
The utility model discloses a flexible axle automatic assembly device, flexible axle be by spring both ends respectively the fitting joint make, flexible axle automatic assembly device includes that spring automatic feed mechanism, spring position fixing press from both sides tight feed mechanism, two sets of joint automatic feed mechanisms, two sets of tight pivot mechanisms of joint locating clip, two sets of rotatory torque control mechanisms, among the flexible axle automatic assembly device, realize through automated machine devices such as spring automatic feed mechanisms that flexible axle spring, flexible axle connect the location, screw up, degree of automation is high, adopting the moment clutch in the rotatory torque control mechanism, when moment is increased to the certain degree, losing the driving force between moment clutch and control mechanism servo motor's the pivot, avoid screwing up because of too big messenger's spring of transmission torque and joint and cause the waste product over the head, reduction in production cost can adjust separation and reunion moment through adjustment adjusting screw, nut, satisfies the needs of the different flexible axles of assembly.
Description
Technical field
The utility model relates to a kind of automatic assembling apparatus flexible shaft end being assemblied in automatically flexible axle both ends of the spring.
Background technology
Flexible axle occupies the advantages such as space is little, power resources are extensive when having easy to connect, built-in as driving member, and should be had in mechanisms such as musical boxs, the flexible axle in musical box is made up of spring upper and lower two ends assembling gear axle, rotating shaft.Existing flexible axle assembly method is manual assembly, efficiency is low, labour intensity is large, during owing to manually flexible axle spring and flexible shaft end being tightened, spring is easily out of shape, the moment of manually tightening is also inconsistent, after causing assembling, flexible shaft component uniformity is low, therefore needs to design a kind of flexible axle automatic assembling apparatus, utilizes this device can improve efficiency of assembling, flexible axle quality conformance.
Summary of the invention
Technical problem to be solved in the utility model be overcome prior art above-mentioned deficiency and a kind of flexible axle automatic assembling apparatus is provided, improve efficiency of assembling, flexible axle quality.
The technical scheme in the invention for solving the above technical problem is: flexible axle be by both ends of the spring respectively fitting joint make, described flexible axle automatic assembling apparatus comprises spring automatic feed mechanism, spring location clamping feed mechanism, two bell and spigot joint automatic feed mechanisms, two bell and spigot joints location clamping rotating shaft mechanisms, two cover turning moment controlling organizations; Clamping feed mechanism in spring location comprises location finger, Pneumatic clamping jaw, servo Electric drive module, and Pneumatic clamping jaw can drive location finger movement with fastening spring, and Pneumatic clamping jaw is fixed on servo Electric drive module, and servo Electric drive module can drive Pneumatic clamping jaw to move; Spring automatic feed mechanism is to finger place, the location supply spring of spring location clamping feed mechanism; Joint location clamping rotating shaft mechanism comprises location finger, Pneumatic clamping jaw, rotating shaft, belt wheel, Pneumatic clamping jaw can drive location finger movement with clamping, releasable joint, Pneumatic clamping jaw is fixed on rotating shaft, and rotating shaft connects belt wheel, and the central shaft of rotating shaft and joint can coaxial rotation; Turning moment controlling organization comprises servomotor, torque clutch, synchronous pulley, Timing Belt, torque clutch fixes synchronous pulley, torque clutch is installed on the rotating shaft of servomotor, servomotor is realized by torque clutch and synchronous pulley, Timing Belt, joint location clamp transmission between rotating shaft mechanism belt wheel, and torque clutch controls moment during transmission; Joint automatic feed mechanism is to finger place, the location supply joint of joint location clamping rotating shaft mechanism.
The spring automatic feed mechanism of further improvement comprises spring automatic feed feeding distribution mechanism, spring location feed mechanism: spring automatic feed feeding distribution mechanism comprises spring material path, rotary cylinder, rotate material separating disc, striker plate, tremie pipe, the front end of spring material path arranges camber line striker plate, the rotation material separating disc that rotary cylinder drives, striker plate lower end connects tremie pipe, striker plate just has horizontal through hole to the position of spring material path, striker plate just has vertical through hole to the position of tremie pipe, rotate material separating disc and have radial blind hole, when rotating material separating disc rotation, blind hole can from just rotating to just to the position of vertical through hole to the position of horizontal through hole striker plate, spring location feed mechanism comprises positioning cylinder, push pedal guide rail, pusher cylinder, push pedal, feed pipe, the upper tremie pipe rectified spring automatic feed feeding distribution mechanism of feed pipe, push pedal guide rail, positioning cylinder are set below feed pipe, push pedal guide rail arranges push pedal, and push pedal is by pusher air cylinder driven, spring enters spring location feed mechanism through spring automatic feed feeding distribution mechanism, and pushes spring to the location finger that clamping feed mechanism located by spring by the push pedal of pusher air cylinder driven.
Further improvement, wherein the joint of a bell and spigot joint automatic feed mechanism supply is gear shaft, i.e. gear shaft automatic feed feeding distribution mechanism, comprise gear shaft material road, push pedal guide rail, sub-material push pedal, pusher cylinder, the front end in gear shaft material road arranges push pedal guide rail, sub-material push pedal can move back and forth on push pedal guide rail, and sub-material push pedal is by pusher air cylinder driven; Gear shaft is moved to the front end of push pedal guide rail by the push pedal of pusher air cylinder driven sub-material, wherein finger place, the location supply gear axle of a set of joint location clamping rotating shaft mechanism.
Improve further again, wherein the joint of a bell and spigot joint automatic feed mechanism supply is rotating shaft, comprise rotating shaft automatic feed feeding distribution mechanism, rotating shaft location clamping commutation shift mechanism, rotating shaft commutation rear location clamping secondary feed mechanism: rotating shaft automatic feed feeding distribution mechanism comprises rotating shaft material road, push pedal guide rail, sub-material push pedal, pusher cylinder, the front end in rotating shaft material road arranges push pedal guide rail, sub-material push pedal can move back and forth on push pedal guide rail, and sub-material push pedal is by pusher air cylinder driven; Rotating shaft is moved to the front end of push pedal guide rail by the push pedal of pusher air cylinder driven sub-material; Rotating shaft location clamping commutation shift mechanism comprises location finger, Pneumatic clamping jaw, rotary cylinder, displacement cylinder, Pneumatic clamping jaw motion drives the rotating shaft of location grip finger rotating shaft automatic feed feeding distribution mechanism supply, Pneumatic clamping jaw is fixed on rotary cylinder, the base of rotary cylinder connects displacement cylinder, and displacement cylinder, rotary cylinder drive shaft rotate, displacement; After rotating shaft commutation, location clamping secondary feed mechanism comprises location finger, Pneumatic clamping jaw, displacement cylinder, Pneumatic clamping jaw drives the rotating shaft of finger location, location clamping rotating shaft location clamping commutation shift mechanism supply, Pneumatic clamping jaw is fixed on displacement cylinder, displacement air cylinder driven shaft shifting, to finger place, the location supply rotating shaft of another set of joint location clamping rotating shaft mechanism.
Preferred turning moment controlling organization comprises servomotor, synchronous pulley, Timing Belt, torque clutch, and torque clutch comprises locking nut, adjusting screw(rod), clutch housing, regulating spring, moment drive steel ball, ball; Clutch housing is enclosed within outside the rotating shaft of servomotor, ball is housed between the two, the lateral through aperture of clutch housing is built with adjusting screw(rod), adjusting nut, regulating spring is equipped with in adjusting screw(rod) the inner, the other end contact moment drive steel ball of regulating spring, a part for moment drive steel ball is positioned at the groove of servomotor rotating shaft sidewall, another part is positioned at clutch housing lateral through aperture, servomotor and clutch housing are by the transmission of moment drive steel ball, synchronous pulley is fixed in the upper end of clutch housing, and synchronous pulley drives Timing Belt.
The utility model has the advantage of: in flexible axle automatic assembling apparatus, realize flexible axle spring, flexible shaft end location by automated machine devices such as spring automatic feed mechanisms, tighten, automaticity is high, can greatly enhance productivity, eliminate the impact of human factor during manual assembly, ensure product quality uniformity and stability.After joint and spring have been tightened and have been put in place, if continue again to rotate, moment needed for moment must increase, and in turning moment controlling organization, adopt torque clutch, when moment is increased to a certain degree, lose driving force between the rotating shaft of torque clutch and controlling organization servomotor, avoid making because driving torque is excessive spring and joint to tighten and excessively cause waste product, reduce production cost.Adopt adjusting screw(rod), adjusting nut, regulating spring, moment drive steel ball etc. in torque clutch, structural design is exquisite, by adjustment adjusting screw(rod), nut and adjustable clutching force square, meets the needs of the different flexible axle of assembling.
Accompanying drawing explanation
Fig. 1 is the structural representation of flexible axle automatic assembling apparatus.
Fig. 2 is the structural representation of gear shaft location clamping rotating shaft mechanism.
Fig. 3 is the structural representation of gear shaft automatic feed feeding distribution mechanism.
Fig. 4 is the structural representation of spring location feed mechanism.
Fig. 5 is the structural representation of spring automatic feed feeding distribution mechanism.
Fig. 6 is the structural representation of rotating shaft location clamping commutation shift mechanism.
Fig. 7 is the structural representation of location clamping secondary feed mechanism after rotating shaft commutation.
Fig. 8 is the structural representation of rotating shaft automatic feed feeding distribution mechanism.
Fig. 9 is the structural representation of rotating shaft location clamping rotating shaft mechanism.
Figure 10 is the structural representation of turning moment controlling organization.
Figure 11 is the structural representation of spring location clamping feed mechanism.
Figure 12 is the relation schematic diagram of each mechanism of software automatic assembling apparatus.
Detailed description of the invention
Below in conjunction with accompanying drawing, the joint that the joint installed for the lower end of spring is gear shaft, spring upper end is installed further illustrates the utility model for rotating shaft.
Flexible axle automatic assembling apparatus as shown in Figure 1, comprises spring automatic feed mechanism, spring location clamping feed mechanism 10, two bell and spigot joint automatic feed mechanism, two bell and spigot joint location clamping rotating shaft mechanisms, two cover turning moment controlling organizations 9.Two bell and spigot joint location clamping rotating shaft mechanisms are respectively gear shaft location clamping rotating shaft mechanism 1, rotating shaft location clamping rotating shaft mechanism 8.Wherein a bell and spigot joint automatic feed mechanism is gear shaft automatic feed feeding distribution mechanism 2, and another set of joint automatic feed mechanism comprises rotating shaft automatic feed feeding distribution mechanism 7, rotating shaft location clamping commutation shift mechanism 5, rotating shaft commutation rear location clamping secondary feed mechanism 6.Spring automatic feed mechanism comprises spring location feed mechanism 3, spring automatic feed feeding distribution mechanism 4.
The structure of gear shaft location clamping rotating shaft mechanism 1 as shown in Figure 2, comprises gear shaft location finger 11, Pneumatic clamping jaw 12, rotating shaft 13, belt wheel 14.Pneumatic clamping jaw 12 is by compressed gas-driven, and Pneumatic clamping jaw 12 moves and can locate gripping pinion by gear shaft location finger 11, and after gear shaft is located clamping, gear shaft is coaxial with rotating shaft 13.Pneumatic clamping jaw 12 is fixed on rotating shaft 13, and rotating shaft 13 connects belt wheel 14, and belt wheel 14 rotates and rotating shaft 13, Pneumatic clamping jaw 12, gear shaft location finger 11 can be driven to rotate.
The structure of gear shaft automatic feed feeding distribution mechanism 2 as shown in Figure 3, comprises gear shaft material road 21, push pedal guide rail 22, sub-material push pedal 23, pusher cylinder 24.The front end in gear shaft material road 21 arranges push pedal guide rail 22, and sub-material push pedal 23 can move back and forth on push pedal guide rail, and sub-material push pedal 23 is driven by pusher cylinder 24.Gear shaft is after vibrating bunker, linear vibrator process, complete and automatically manage material, direction to be as one man arranged in gear shaft material road 21 and constantly to move forward, and when moving to sub-material push pedal 23 and being anterior, pusher cylinder 24 drives sub-material push pedal 23 gear shaft to be moved to the front end of push pedal guide rail 22.
The structure of spring location feed mechanism 3 as shown in Figure 4, comprises positioning cylinder 31, spring location feed mechanism push pedal guide rail 33, spring location feed mechanism pusher cylinder 34, push pedal 35, feed pipe 36, location guide 37.Arrange spring location feed mechanism push pedal guide rail 33, positioning cylinder 31 below the lower port of feed pipe 36, spring location feed mechanism push pedal guide rail 33 arranges push pedal 35, push pedal 35 is located feed mechanism pusher cylinder 34 by spring and is driven.Spring enters from feed pipe 36, and positioning cylinder 31 drives location guide 37 to stretch out and located by spring, and behind spring location, spring location feed mechanism pusher cylinder 34 drives push pedal 35 to be released by spring.
The structure of spring automatic feed feeding distribution mechanism 4 as shown in Figure 5, comprises spring material path 41, rotary cylinder 42, rotates material separating disc 43, striker plate 44, tremie pipe 45.The rotation material separating disc 43 that front end arranges camber line striker plate 44, rotary cylinder 42 drives of spring material path 41, striker plate 44 lower end connects tremie pipe 45, striker plate 44 just has horizontal through hole to the position of spring material path 41, and striker plate just has vertical through hole to the position of tremie pipe 45.Rotate material separating disc 43 and have radial blind hole, when rotation material separating disc 43 rotates, blind hole can from just rotating to just to the position of vertical through hole the position of horizontal through hole striker plate 44.The mode of spring automatic feed sub-material: spring is after vibrating bunker, linear vibrator manage material automatically, end to end laterally the moving forward to forward position spring material path 41 of spring, through striker plate 44 just to the horizontal through hole at spring material path 41 place, enter in the blind hole rotating material separating disc 43, rotate material separating disc 43 when rotating to the vertical through hole of striker plate 44 just to tremie pipe 45, spring, from blind hole landing, slips into tremie pipe 45 through vertical through hole.
The structure of rotating shaft location clamping commutation shift mechanism 5 as shown in Figure 6, comprises shaft head location finger, Pneumatic clamping jaw, rotating shaft location clamping commutation shift mechanism rotary cylinder 53, displacement cylinder 54.Pneumatic clamping jaw is by compressed gas-driven, Pneumatic clamping jaw motion can clamp rotating shaft in drive shaft head location finger location, Pneumatic clamping jaw is fixed on rotating shaft location clamping commutation shift mechanism rotary cylinder 53, the base of rotating shaft location clamping commutation shift mechanism rotary cylinder 53 connects displacement cylinder 54, and such Pneumatic clamping jaw can carry out rotating, being shifted under the driving of rotating shaft location clamping commutation shift mechanism rotary cylinder 53, displacement cylinder 54.
After rotating shaft commutation, the structure of location clamping secondary feed mechanism 6 as shown in Figure 7, comprises rotating shaft afterbody location finger, Pneumatic clamping jaw, displacement cylinder.Pneumatic clamping jaw is by compressed gas-driven, and Pneumatic clamping jaw motion can clamp rotating shaft in finger location, drive shaft afterbody location, and Pneumatic clamping jaw is fixed on displacement cylinder, and Pneumatic clamping jaw can be shifted under the driving of displacement cylinder.
As shown in Figure 8, comprise pusher cylinder, push pedal guide rail, sub-material push pedal, rotating shaft material road etc., its structure, function and gear shaft automatic feed feeding distribution mechanism 2 are similar, repeat no more for the structure of rotating shaft automatic feed feeding distribution mechanism 7.
The structure of rotating shaft location clamping rotating shaft mechanism 8 as shown in Figure 9, comprises rotating shaft location finger, Pneumatic clamping jaw, rotating shaft, belt wheel, and its structure, function and gear shaft locate that to clamp rotating shaft mechanism 1 similar, repeat no more.
The structure of turning moment controlling organization 9 as shown in Figure 10, comprise servomotor 91, synchronous pulley 95, Timing Belt 96, torque clutch, torque clutch comprises locking nut 92, adjusting screw(rod) 93, clutch housing 94, regulating spring 97, moment drive steel ball 98, ball 99.Clutch housing 94 is enclosed within outside the rotating shaft of servomotor 91, and ball 99 is housed between the two.The lateral through aperture of clutch housing 94 is built with adjusting screw(rod) 93, adjusting nut 92, regulating spring 97 is equipped with in adjusting screw(rod) 93 the inner, the other end contact moment drive steel ball 98 of regulating spring 97, a part for moment drive steel ball 98 is positioned at the groove of servomotor 91 rotating shaft sidewall, another part is positioned at clutch housing lateral through aperture, and servomotor 91 and clutch housing 94 are by moment drive steel ball 98 transmission.Synchronous pulley 95 is fixed in the upper end of clutch housing 94, and synchronous pulley 95 drives Timing Belt 96.The mode of turning moment controlling organization 9 control moment: the extruding of the modulated spring 97 of moment drive steel ball 98 and enter in the groove of servomotor rotating shaft, servomotor 91 and clutch housing 94 are by moment drive steel ball 98 transmission; When on synchronous pulley 95, load is excessive, servomotor 91 will drive the driving torque of clutch housing 98 also can increase, when driving torque is greatly to a critical value, in the through hole that moment drive steel ball 98 can be clamp-oned bell housing body sidewall by servomotor 91 rotating shaft sidewall notches inwall and regulating spring 97, the transmission of servomotor 91 and torque clutch cannot be realized.The critical value of driving torque is controlled by adjusting screw(rod) 93, adjusting nut 92, is namely realized the clutch action of moment by the thrust of adjusting screw(rod) 93 compression adjustment spring 97.
The structure of spring location clamping feed mechanism 10 as shown in figure 11, comprise Pneumatic clamping jaw, spring location finger, servo Electric drive module 101, the structure of Pneumatic clamping jaw, spring location finger, function and other Pneumatic clamping jaws above-mentioned, locate point structure, function class seemingly, repeat no more.Time different, the Pneumatic clamping jaw of spring location clamping feed mechanism 10 is fixed on servo Electric drive module 101, and servo Electric drive module 101 can drive Pneumatic clamping jaw to move linearly.
The annexation of each mechanism of flexible axle automatic assembling apparatus, as shown in Fig. 1, Figure 12, adopts the workflow of Fig. 1 shown device assembling flexible axle:
(1) gear shaft automatic feed feeding distribution mechanism 2 is the gear shaft location finger 11 supply gear axle of gear shaft location clamping rotating shaft mechanism 1, and gear shaft location clamps Pneumatic clamping jaw gear shaft location finger 11 gripping pinion of rotating shaft mechanism 1.
(2) feed pipe 36 that spring automatic feed feeding distribution mechanism 4 locates feed mechanism 3 by tremie pipe 45 for spring provides spring; The spring location finger supply spring that spring location feed mechanism 3 is spring location clamping feed mechanism 10; The Pneumatic clamping jaw of spring location clamping feed mechanism 10 drives location grip finger spring;
(3) location that rotating shaft automatic feed feeding distribution mechanism 7 is rotating shaft location clamping commutation shift mechanism 5 is pointed and is provided rotating shaft; The location finger that the location finger that the clamping of rotating shaft location commutates shift mechanism 5 clamps secondary feed mechanism 6 for location after rotating shaft commutation provides rotating shaft; The location finger that after rotating shaft commutation, location clamping secondary feed mechanism 6 locates clamping rotating shaft mechanism 8 for rotating shaft provides rotating shaft; The Pneumatic clamping jaw of rotating shaft location clamping rotating shaft mechanism 8 drives location grip finger rotating shaft.
(4) spring location clamping feed mechanism 10 driving spring arrives gear shaft and tightens position, the synchronous pulley 95 of turning moment controlling organization 9 is rotated by the location finger of Timing Belt 96 gear shaft location clamping rotating shaft mechanism 1 simultaneously, and the precise moments completing spring and gear shaft is tightened.
(5), after gear shaft and spring are tightened, the location finger of gear shaft location clamping rotating shaft mechanism 1 unclamps; Spring location clamping feed mechanism 10 driving spring arrives rotating shaft and tightens position, the synchronous pulley of another set of turning moment controlling organization 9 is rotated by the location finger of Timing Belt drive shaft location clamping rotating shaft mechanism 8 simultaneously, and the precise moments completing spring and rotating shaft is tightened.
(6), after rotating shaft and spring are tightened, the location finger of rotating shaft location clamping rotating shaft mechanism 8 unclamps rotating shaft, automatic blanking.
Obviously, fixture, gas circuit, circuit, the electrical control gear of each mechanism is eliminated in Fig. 1.The joint that the two ends up and down of spring are installed also is not limited to rotating shaft, gear shaft, and other flexible shaft end also can adopt this device to assemble.
Claims (5)
1. flexible axle automatic assembling apparatus, flexible axle be by both ends of the spring respectively fitting joint make, it is characterized in that: described flexible axle automatic assembling apparatus comprises spring automatic feed mechanism, spring location clamping feed mechanism, two bell and spigot joint automatic feed mechanisms, two bell and spigot joints location clamping rotating shaft mechanisms, two cover turning moment controlling organizations;
Clamping feed mechanism in spring location comprises location finger, Pneumatic clamping jaw, servo Electric drive module, and Pneumatic clamping jaw can drive location finger movement with fastening spring, and Pneumatic clamping jaw is fixed on servo Electric drive module, and servo Electric drive module can drive Pneumatic clamping jaw to move;
Spring automatic feed mechanism is to finger place, the location supply spring of spring location clamping feed mechanism;
Joint location clamping rotating shaft mechanism comprises location finger, Pneumatic clamping jaw, rotating shaft, belt wheel, Pneumatic clamping jaw can drive location finger movement with clamping, releasable joint, Pneumatic clamping jaw is fixed on rotating shaft, and rotating shaft connects belt wheel, and the central shaft of rotating shaft and joint can coaxial rotation;
Turning moment controlling organization comprises servomotor, torque clutch, synchronous pulley, Timing Belt, torque clutch fixes synchronous pulley, torque clutch is installed on the rotating shaft of servomotor, servomotor is realized by torque clutch and synchronous pulley, Timing Belt, joint location clamp transmission between rotating shaft mechanism belt wheel, and torque clutch controls moment during transmission;
Joint automatic feed mechanism is to finger place, the location supply joint of joint location clamping rotating shaft mechanism.
2. flexible axle automatic assembling apparatus according to claim 1, is characterized in that: spring automatic feed mechanism comprises spring automatic feed feeding distribution mechanism, spring location feed mechanism:
Spring automatic feed feeding distribution mechanism comprises spring material path, rotary cylinder, rotation material separating disc, striker plate, tremie pipe, the rotation material separating disc that front end arranges camber line striker plate, rotary cylinder drives of spring material path, striker plate lower end connects tremie pipe, striker plate just has horizontal through hole to the position of spring material path, striker plate just has vertical through hole to the position of tremie pipe, rotate material separating disc and have radial blind hole, when rotating material separating disc rotation, blind hole can from just rotating to just to the position of vertical through hole to the position of horizontal through hole striker plate;
Spring location feed mechanism comprises positioning cylinder, push pedal guide rail, pusher cylinder, push pedal, feed pipe, location guide, the upper tremie pipe rectified spring automatic feed feeding distribution mechanism of feed pipe, push pedal guide rail, positioning cylinder, location guide are set below feed pipe, push pedal guide rail arranges push pedal, and push pedal is by pusher air cylinder driven;
Spring enters spring location feed mechanism through spring automatic feed feeding distribution mechanism, and pushes spring to the location finger that clamping feed mechanism located by spring by the push pedal of pusher air cylinder driven.
3. flexible axle automatic assembling apparatus according to claim 1, it is characterized in that: the joint of a wherein bell and spigot joint automatic feed mechanism supply is gear shaft, i.e. gear shaft automatic feed feeding distribution mechanism, comprise gear shaft material road, push pedal guide rail, sub-material push pedal, pusher cylinder, the front end in gear shaft material road arranges push pedal guide rail, sub-material push pedal can move back and forth on push pedal guide rail, and sub-material push pedal is by pusher air cylinder driven; Gear shaft is moved to the front end of push pedal guide rail by the push pedal of pusher air cylinder driven sub-material, wherein finger place, the location supply gear axle of a set of joint location clamping rotating shaft mechanism.
4. flexible axle automatic assembling apparatus according to claim 1, it is characterized in that: the joint that wherein a bell and spigot joint automatic feed mechanism supplies is rotating shaft, comprise rotating shaft automatic feed feeding distribution mechanism, rotating shaft location clamping commutation shift mechanism, rotating shaft commutation rear location clamping secondary feed mechanism:
Rotating shaft automatic feed feeding distribution mechanism comprises rotating shaft material road, push pedal guide rail, sub-material push pedal, pusher cylinder, and the front end in rotating shaft material road arranges push pedal guide rail, and sub-material push pedal can move back and forth on push pedal guide rail, and sub-material push pedal is by pusher air cylinder driven; Rotating shaft is moved to the front end of push pedal guide rail by the push pedal of pusher air cylinder driven sub-material;
Rotating shaft location clamping commutation shift mechanism comprises location finger, Pneumatic clamping jaw, rotary cylinder, displacement cylinder, Pneumatic clamping jaw motion drives the rotating shaft of location grip finger rotating shaft automatic feed feeding distribution mechanism supply, Pneumatic clamping jaw is fixed on rotary cylinder, the base of rotary cylinder connects displacement cylinder, and displacement cylinder, rotary cylinder drive shaft rotate, displacement;
After rotating shaft commutation, location clamping secondary feed mechanism comprises location finger, Pneumatic clamping jaw, displacement cylinder, Pneumatic clamping jaw drives the rotating shaft of finger location, location clamping rotating shaft location clamping commutation shift mechanism supply, Pneumatic clamping jaw is fixed on displacement cylinder, displacement air cylinder driven shaft shifting, to finger place, the location supply rotating shaft of another set of joint location clamping rotating shaft mechanism.
5. flexible axle automatic assembling apparatus according to claim 1, it is characterized in that: described turning moment controlling organization comprises servomotor, synchronous pulley, Timing Belt, torque clutch, torque clutch comprises locking nut, adjusting screw(rod), clutch housing, regulating spring, moment drive steel ball, ball; Clutch housing is enclosed within outside the rotating shaft of servomotor, ball is housed between the two, the lateral through aperture of clutch housing is built with adjusting screw(rod), adjusting nut, regulating spring is equipped with in adjusting screw(rod) the inner, the other end contact moment drive steel ball of regulating spring, a part for moment drive steel ball is positioned at the groove of servomotor rotating shaft sidewall, another part is positioned at clutch housing lateral through aperture, servomotor and clutch housing are by the transmission of moment drive steel ball, synchronous pulley is fixed in the upper end of clutch housing, and synchronous pulley drives Timing Belt.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520970485.7U CN205200996U (en) | 2015-11-30 | 2015-11-30 | Flexible axle automatic assembly device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520970485.7U CN205200996U (en) | 2015-11-30 | 2015-11-30 | Flexible axle automatic assembly device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205200996U true CN205200996U (en) | 2016-05-04 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520970485.7U Withdrawn - After Issue CN205200996U (en) | 2015-11-30 | 2015-11-30 | Flexible axle automatic assembly device |
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| Country | Link |
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| CN (1) | CN205200996U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105414956A (en) * | 2015-11-30 | 2016-03-23 | 宁波韵声机芯制造有限公司 | Automatic assembling device for flexible shaft |
-
2015
- 2015-11-30 CN CN201520970485.7U patent/CN205200996U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105414956A (en) * | 2015-11-30 | 2016-03-23 | 宁波韵声机芯制造有限公司 | Automatic assembling device for flexible shaft |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160504 Effective date of abandoning: 20190416 |
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| AV01 | Patent right actively abandoned |