CN112450557A

CN112450557A - Vamp processing differential chain assembly line conveying equipment

Info

Publication number: CN112450557A
Application number: CN202011335419.4A
Authority: CN
Inventors: 李国平
Original assignee: Shanxi Hongyusheng Trading Co ltd
Current assignee: Shanxi Hongyusheng Trading Co ltd
Priority date: 2020-11-25
Filing date: 2020-11-25
Publication date: 2021-03-09

Abstract

The invention discloses a differential chain assembly line conveying device for vamp processing, which is structurally provided with a foot rest, a control box, a rolling shaft, a speed-multiplying adjusting rod and a working platform, wherein a movable body continuously extends and retracts in an empty movable cavity to drive a tilting plate to circularly swing so as to effectively transform a contact surface area at the upper end of the tilting plate, a tilting plate is attached to the back of a half-bag cavity, the tilting plate is assisted to change and reset an area unit in the swinging process of the tilting plate by the elastic force property of the tilting plate, the tilting plate is enabled to continuously move and is not easily attached by adhesive and the fixed contact area of a roller and a vamp is effectively reduced by the acting force matched with the movable body, a spring continuously bounces up a retractable cross rod, an upper frame rod is upwards conveyed, the hinging plate is enabled to do hinging movement and tends to be straight, shovels on the end surface of a gap area, the adhesive attached to the end surface of the tilting plate can be shoveled out, and, the glue which is conveniently shoveled down falls into the collecting cavity and is collected in the collecting cavity.

Description

Vamp processing differential chain assembly line conveying equipment

Technical Field

The invention belongs to the field of differential chain assembly lines, and particularly relates to vamp processing differential chain assembly line conveying equipment.

Background

During vamp processing preparation procedure, need use the differential chain to carry out the goods and carry, the acceleration rate function that the differential chain is personnel through controlling the panel, can adjust doubly fast chain makes the vamp goods of its bearing can become the quilt operation of doubly fast and carry.

Based on the discovery of the inventor, the existing vamp processing differential chain assembly line conveying equipment has the following defects:

differential chain has the transport face of manifold type, when utilizing the cylinder form to carry the vamp, because the finished product process of cloth vamp needs pass through the process of rubberizing for the vamp has the excessive phenomenon of gluing unavoidably, and has certain stickness, and it constantly contacts with the cylinder terminal surface, makes the viscosity increase on the cylinder face, and makes the vamp appear the thread head because of gluing easily and glues the condition of separating, causes the damage to the vamp.

Therefore, the vamp processing differential chain assembly line conveying equipment needs to be provided.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide the vamp processing differential chain assembly line conveying equipment so as to solve the problems in the prior art.

In order to achieve the purpose, the invention is realized by the following technical scheme: the utility model provides a vamp processing differential chain assembly line conveying equipment, its structure is equipped with foot rest, accuse case, roller bearing, doubly fast regulation pole, operation panel, the operation panel is installed in the top surface position of foot rest, the accuse case is established in the inboard front end position of foot rest, the accuse case is located roller bearing below and clearance fit, doubly fast regulation pole is connected in the lateral surface and clearance fit of operation panel.

The operation platform is provided with side guard plates and a conveying device, two side ends of the conveying device are embedded into the side guard plates, and the conveying device moves between the side guard plates at intervals.

As a further improvement of the invention, the conveying device is provided with a speed-multiplying chain, a linkage strip, a turntable and a roller, wherein the linkage strip is connected to two ends of the speed-multiplying chain, the turntable is embedded in the speed-multiplying chain and is connected with and movably matched with two ends of the roller, and the turntable has autorotation performance and can drive the roller to rotate.

As a further improvement of the invention, the roller is provided with a cylinder body, a middle through shaft and a gap area, the middle through shaft is fixedly embedded and connected at the middle end position of the cylinder body, the gap area and the cylinder body are of an integrated structure, the middle through shaft is provided with five positions, the cylinder body is in a cylindrical shape, and the gap area is a gap on the cylinder body.

As a further improvement of the present invention, the notch area is provided with a support partition plate, a hollow movable cavity, a tilt swing plate, a movable body and a semi-bag cavity, the support partition plate and the notch area are of an integrated structure and are arranged at the middle end position thereof, the hollow movable cavity and the notch area are of an integrated structure, the hollow movable cavity is arranged at the two side ends of the support partition plate, the tilt swing plate is embedded and movable in the hollow movable cavity, the movable body is embedded and mounted in the hollow movable cavity, the tilt swing plate is in clearance fit with and is movably fitted to the side of the movable body, the semi-bag cavity is connected to the other side of the tilt swing plate and is movably fitted, the support partition plate is made of hard resin, the hard force of the support partition plate plays a role of interval support, and the tilt swing plate, the movable body and the semi-bag cavity are symmetrically distributed about the.

As a further improvement of the invention, the movable body is provided with a spring, a gravity ball, a telescopic cross rod, an upper frame rod and a hinged plate, the gravity ball is sleeved on the spring and is movably matched, the telescopic cross rod is connected at the top end of the spring and is movably matched, the upper frame rod is fixedly embedded at the upper end of the telescopic cross rod, the hinged plate is hinged at the top end of the upper frame rod and is movably matched, and the gravity ball is a sphere with a certain weight.

As a further improvement of the invention, the semi-bag cavity is provided with a soft block, a bag port and a collection cavity, the bag port and the soft block are of an integrated structure and are arranged at the top end position of the bag port, the collection cavity is embedded in the soft block, the collection cavity is communicated and connected below the bag port, the bag port is made of hard silica gel, the softness angle of the bag port is weak, and the soft block is made of synthetic rubber and has certain flexibility.

Compared with the prior art, the invention has the following beneficial effects:

1. the inclined swinging plate is driven to circularly swing to effectively change the contact surface area at the upper end of the inclined swinging plate due to the fact that the inclined swinging plate is driven to continuously stretch and move in the empty movable cavity due to the fact that certain centrifugal force is generated by rotation, the inclined swinging plate is backed by the half bag cavity, the change and the reset of the area unit in the swinging process of the inclined swinging plate are assisted by the elastic force property of the inclined swinging plate, and the inclined swinging plate and the movable body serve as mutually matched acting force, so that the inclined swinging plate continuously moves and is not easily attached by glue, and the fixed contact area of the roller and the vamp is effectively reduced.

2. Constantly upwards bounce the flexible horizontal pole by the spring, upwards send the hack lever, make the hinge pendulum board do the hinge pendulum activity, tend to straightly, shovel and cut on breach district terminal surface, can shovel off adnexed viscose on its terminal surface, in reseing, the hinge pendulum board touches the card with the pendulum board to one side and presses and do and tend to vertical hinge pendulum activity, shovel and cut the contact area of pendulum board and vamp at the in-process then, through the opening of the certain hard temper of pocket interface, the viscose thing of being convenient for shovel down falls into, and is collected in collecting the chamber.

Drawings

Fig. 1 is a schematic structural diagram of the differential chain assembly line conveying equipment for vamp processing.

FIG. 2 is a schematic structural diagram of a workbench according to the present invention.

Fig. 3 is a schematic structural diagram of a conveying device according to the present invention.

Fig. 4 is a schematic structural diagram of a roller according to the present invention.

Fig. 5 is a schematic structural view of a notch area according to the present invention.

Fig. 6 is a schematic structural view of a movable body according to the present invention.

Fig. 7 is a schematic structural view of a half-cavity of the present invention.

In the figure: the device comprises a foot stand-1, a control box-2, a roller-3, a double-speed adjusting rod-4, an operation platform-5, a side guard plate-51, a conveying device-52, a double-speed chain-521, a linkage bar-522, a rotary table-523, a roller-524, a cylinder-a 1, a middle through shaft-a 2, a gap area-a 3, a supporting partition plate-z 1, a hollow movable cavity-z 2, a sway plate-z 3, a movable body-z 4, a semi-bag cavity-z 5, a spring-t 1, a gravity ball-t 2, a telescopic cross bar-t 3, an upper frame bar-t 4, a swing plate-t 5, a soft block-w 1, a connector-w 2 and a collection cavity-w 3.

Detailed Description

The invention is further described below with reference to the accompanying drawings:

example 1:

as shown in figures 1 to 5:

the invention provides a differential chain assembly line conveying device for vamp processing, which is structurally provided with a foot rest 1, a control box 2, a rolling shaft 3, a speed doubling adjusting rod 4 and a workbench 5, wherein the workbench 5 is arranged at the top end position of the foot rest 1, the control box 2 is arranged at the front end position of the inner side of the foot rest 1, the control box 2 is positioned below the rolling shaft 3 and is movably matched with the rolling shaft, and the speed doubling adjusting rod 4 is connected to the outer side surface of the workbench 5 and is movably matched with the rolling shaft.

The workbench 5 is provided with side guard plates 51 and a conveying device 52, both side ends of the conveying device 52 are embedded in the side guard plates 51, and the conveying device 52 moves at the interval position between the side guard plates 51.

The conveying device 52 is provided with a speed multiplication chain 521, a linkage bar 522, a rotary disc 523 and a roller 524, wherein the linkage bar 522 is connected to two ends of the speed multiplication chain 521, the rotary disc 523 is embedded in the speed multiplication chain 521, the rotary disc 523 is connected with two ends of the roller 524 and movably matched with the two ends of the roller 524, and the rotary disc 523 has self-rotation performance and can drive the roller 524 to rotate, so that the speed multiplication chain 521 can rotate while moving along with the speed multiplication chain 521.

The roller 524 is provided with a cylinder a1, a middle through shaft a2 and a notch area a3, the middle through shaft a2 is fixedly connected to the middle end of the cylinder a1 in an embedded manner, the notch area a3 and the cylinder a1 are of an integrated structure, the middle through shaft a2 is provided with five positions, the cylinder a1 is in a cylindrical shape, and the notch area a3 is a notch on the cylinder a1, so that the contact area between the cylinder a1 and the upper is reduced, and the viscose area is reduced.

The notch area a3 is provided with a supporting partition plate z1, an empty movable cavity z2, a tilting swing plate z3, a movable body z4 and a half-bag cavity z5, the supporting partition plate z1 and the notch area a3 are of an integrated structure and are arranged at the middle end position, the empty movable cavity z2 and the notch area a3 are of an integrated structure, the empty movable cavity z2 is arranged at the two side ends of the supporting partition plate z1, the tilting swing plate z3 is embedded and movable in the empty movable cavity z2, the movable body z4 is embedded and arranged in the empty movable cavity z2, the tilting swing plate z3 is in clearance fit with and is movably matched with the side of the movable body z4, the half-bag cavity z5 is connected and movably matched with the other side of the tilting swing plate z5, the supporting partition plate z5 is made of hard resin, the hard force of the tilting swing plate z5, the moving body z5, the half-bag cavity z5 and the tilting swing plate z5 are symmetrically distributed on the half-bag cavity z5, and the tilting swing plate z5, The small-amplitude swing is carried out under the interaction of the movable body z4, the half sac cavity z5 is in a half oval shape, the inclined swing plate z3 is a hard resin plate, the inclined swing plate z3 continuously swings to enable the top end of the inclined swing plate to change a contact surface, and the movable body z4 stretches out and draws back to scrape off viscose on the end face of the inclined swing plate z 3.

The specific use mode and function of the embodiment are as follows: the person adjusts and controls the rolling shaft 3 to enable the speed-multiplying adjusting rod 4 to be matched with the rolling shaft 3 in an accelerating way, and meanwhile, the rolling shaft 3 rolls in an accelerating way, so that the conveying device 52 can carry out displacement conveying at a double speed, the roller 524 can move along with the double speed chain 521, rotates in cooperation with the rotary plate 523 and rotates in the displacement process, so that the cylinder a1 and the gap area a3 are in contact with the shoe upper in an interrupted manner, the contact area is reduced through the gap area a3, the adhesive area is reduced, because the rotation generates a certain centrifugal force, the movable body z4 can continuously perform telescopic activity in the empty movable cavity z2, the swash plate z3 is driven to circularly swing to effectively change the contact surface area at the upper end, the half bag cavity z5 is connected with the swash plate z3 in a back manner, and the change and the reset of the area unit in the swing process of the swash plate z3 are assisted by the elastic force property, the acting force of the movable body z4 is used for ensuring that the swash plate z3 is continuously moved and is not easily adhered by glue, and the fixed contact area of the roller 524 and the shoe upper is effectively reduced.

Example 2:

as shown in fig. 6 to 7:

the movable body z4 is provided with a spring t1, a gravity ball t2, a telescopic cross bar t3, an upper frame bar t4 and a hinged plate t5, the gravity ball t2 is sleeved on the spring t1 and movably matched with the spring t1, the telescopic cross bar t3 is connected to the top end of a spring t1 and movably matched with the spring t1, the upper frame bar t4 is fixedly embedded at the upper end of the telescopic cross bar t3, the hinged plate t5 is hinged and movably matched with the top end of the upper frame bar t4, the gravity ball t2 is a sphere with a certain weight, the telescopic cross bar t3 can stretch left and right, the tooth angle at the lower end of the hinged plate t5 facilitates cutting off viscose, and the hinged connection enables the viscose to swing vertically gradually when the viscose is stressed and extruded.

Wherein, half bag chamber z5 is equipped with soft piece w1, pocket interface w2, collects chamber w3, pocket interface w2 and soft piece w1 are the integrated structure and establish its top position department, it imbeds inside soft piece w1 to collect chamber w3, it link up in pocket interface w2 below to collect chamber w3, pocket interface w2 is the hard silica gel material, and its soft angle degree is weak, soft piece w1 is the synthetic rubber material, has certain pliability, soft piece w1 carries out deformation when receiving the extrusion, and its elasticity can assist and reset, and difficult deformation of pocket interface w2 when receiving the extrusion carries out and then accepts and collects it into collection chamber w3 to the viscose that shovels.

The specific use mode and function of the embodiment are as follows: the spring t1 continuously springs upwards to prop the telescopic cross rod t3, the upper frame rod t4 is conveyed upwards, when the hinged swing plate t5 moves above the empty opening movable cavity z2, the hinged swing plate t4 does hinged swing movement without being subjected to extrusion force of the left end and the right end and tends to be straight, the hinged swing plate t5 is cut on the end face of the gap area a3, adhesive attached to the end face of the hinged swing plate t3 can be shoveled, in the process that the movable body z4 is reset into the empty opening movable cavity z2 under the action of gravity of the gravity ball t2, the hinged swing plate t5 is contacted with the inclined swing plate z3 and clamped and pressed to do vertical hinged swing movement, in the process, the contact area of the inclined swing plate z3 and the vamp is shoveled, the adhesive which is convenient to shovel down falls into the collection cavity w3 through the opening with certain hardness and toughness of the connector w2, and the shoveled adhesive is further collected in the collection cavity w 3.

The technical solutions of the present invention or similar technical solutions designed by those skilled in the art based on the teachings of the technical solutions of the present invention are all within the scope of the present invention to achieve the above technical effects.

Claims

1. The utility model provides a vamp processing differential chain assembly line conveying equipment, its structure is equipped with foot rest (1), accuse case (2), roller bearing (3), doubly fast regulation pole (4), operation panel (5), install the top surface position in foot rest (1) in operation panel (5), establish in foot rest (1) inboard front end position accuse case (2), accuse case (2) are located roller bearing (3) below and clearance fit, doubly fast regulation pole (4) are connected at the lateral surface and the clearance fit of operation panel (5), its characterized in that:

the workbench (5) is provided with side protection plates (51) and a conveying device (52), two side ends of the conveying device (52) are embedded into the side protection plates (51), and the conveying device (52) moves at the interval position between the side protection plates (51).

2. The differential chain in-line conveying apparatus for shoe upper processing according to claim 1, wherein: the conveying device (52) is provided with a speed doubling chain (521), linkage bars (522), a rotary disc (523) and a roller (524), the linkage bars (522) are connected to two ends of the speed doubling chain (521), the rotary disc (523) is embedded in the speed doubling chain (521), and the rotary disc (523) is connected with two ends of the roller (524) and is in movable fit with the two ends of the roller.

3. The differential chain in-line conveying apparatus for shoe upper processing according to claim 2, wherein: the roller (524) is provided with a cylinder body (a1), a middle through shaft (a2) and a notch area (a3), the middle through shaft (a2) is fixedly connected to the middle end position of the cylinder body (a1) in an embedded mode, and the notch area (a3) and the cylinder body (a1) are of an integrated structure.

4. A shoe upper processing differential chain in-line conveying apparatus as claimed in claim 3, wherein: the gap area (a3) is provided with a supporting partition plate (z1), an empty opening movable cavity (z2), a tilting swing plate (z3), a movable body (z4) and a half bag cavity (z5), the supporting partition plate (z1) and the gap area (a3) are of an integrated structure and are arranged at the middle end position of the supporting partition plate, the empty opening movable cavity (z2) and the gap area (a3) are of an integrated structure, the empty opening movable cavity (z2) is arranged at two side ends of the supporting partition plate (z1), the tilting swing plate (z3) is embedded and movably arranged in the empty opening movable cavity (z2), the movable body (z4) is embedded and arranged in the empty opening movable cavity (z2), the tilting swing plate (z3) is connected to the side of the movable body (z4) in a clearance fit mode, and the half bag cavity (z5) is connected to the other side of the tilting swing plate (z3) in a movable fit mode.

5. The differential chain in-line conveying apparatus for shoe upper processing according to claim 4, wherein: the movable body (z4) is provided with a spring (t1), a gravity ball (t2), a telescopic cross bar (t3), an upper frame bar (t4) and a hinged plate (t5), the gravity ball (t2) is sleeved on the spring (t1) and is movably matched with the spring, the telescopic cross bar (t3) is connected to the top end of the spring (t1) in a movable matching mode, the upper frame bar (t4) is fixedly connected to the upper end of the telescopic cross bar (t3) in an embedded mode, and the hinged plate (t5) is connected to the top end of the upper frame bar (t4) in a hinged mode and is movably matched with the top end of the upper frame bar.

6. The differential chain in-line conveying apparatus for shoe upper processing according to claim 4, wherein: half bag chamber (z5) are equipped with soft piece (w1), pocket interface (w2), collect chamber (w3), pocket interface (w2) and soft piece (w1) structure as an organic whole just establish its top end position department, it imbeds in soft piece (w1) inside to collect chamber (w3), it link up in pocket interface (w2) below to collect chamber (w 3).