CN212352975U - Multi-station multi-label shearing, folding and fusing equipment - Google Patents

Abstract

The utility model discloses a multi-station multi-label cutting, folding and label welding device, which comprises a frame, more than two label head mechanisms, a rotary conveying mechanism, a welding mechanism, a material receiving mechanism and a control console, the header mechanism, the rotary conveying mechanism, the welding mechanism, the material receiving mechanism and the control console are all fixed on the frame, each header mechanism is arranged at the same height, the header mechanism, the welding mechanism and the material receiving mechanism are fixed in sequence, the rotary conveying mechanism is arranged in front of the header mechanism, the welding mechanism and the material receiving mechanism, each header mechanism is used for cutting the trademark label roll into single trademark labels, the rotary conveying mechanism stacks the single trademark labels cut by each header mechanism and conveys the labels to the welding mechanism and the material receiving mechanism, one end of the stacked trademark label is fused by the welding mechanism, and the console is used for controlling the operation of equipment. The utility model provides a folding mark butt fusion equipment is cut to many labels of multistation improves production efficiency and product quality.

Description

Multi-station multi-label shearing, folding and fusing equipment

Technical Field

The utility model relates to a label processing technology field, specifically speaking relates to a folding mark butt fusion equipment is cut to many labels of multistation.

Background

With the development of market economy, the clothing is accompanied by the label identification of products after production, and usually, a plurality of trademark labels are needed for identification according to the cooperative production of the clothing or group companies. The existing method is to cut multiple rolls of trademark material rolls made of different materials into single sheets and fold the single sheets or the folded trademark labels and RFID labels according to requirements, then orderly stack the single sheets or the folded trademark labels and the RFID labels together, and fuse one end of the trademark label set in an ultrasonic welding mode to form a set of combined trademark labels.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a folding mark butt fusion equipment is cut to many labels of multistation improves production efficiency and product quality.

The utility model discloses a technical scheme that many labels of multistation are cut and are rolled over fusing equipment and adopt is:

a multi-station multi-label cutting, folding and label welding device comprises a rack, more than two label marking mechanisms, a rotary conveying mechanism, a welding mechanism, a material receiving mechanism and a control console, wherein the label marking mechanisms, the rotary conveying mechanism, the welding mechanism, the material receiving mechanism and the control console are all fixed on the rack, each label marking mechanism is arranged at the same height, the label marking mechanisms, the welding mechanism and the material receiving mechanism are sequentially fixed, the rotary conveying mechanism is arranged in front of the label marking mechanisms, the welding mechanism and the material receiving mechanism, each label marking mechanism is used for winding a label material into single label labels, the rotary conveying mechanism stacks the single label labels cut by each label marking mechanism together and conveys the single label labels to the welding mechanism and the material receiving mechanism, the welding mechanism fuses one end of the stacked label labels, and the material receiving mechanism conveys the fused combined label labels out, the console is used for controlling the operation of the equipment.

As preferred scheme, mark head mechanism is including walking material platform and blowing frame, it is equipped with and draws the material running roller to walk the material platform, it has the shutdown mechanism to walk the material platform, shutdown mechanism includes super cutting shake head and complex cutter with it, the shutdown mechanism both sides are equipped with respectively and roll over mark mechanism and give mark mechanism, roll over mark mechanism and be equipped with and roll over mark hand, it presss from both sides mark hand to be equipped with for mark mechanism, roll over mark mechanism is used for carrying out the center fifty percent discount with the trade mark label according to trade mark length requirement, it places in gyration conveying mechanism to be used for cutting good monolithic trade mark label for mark mechanism.

As the preferred scheme, the multi-station multi-label shearing, folding and fusing equipment further comprises an RFID label discharging mechanism, wherein the RFID label discharging mechanism is fixed on the rack and can be used for replacing any one of the label marking mechanisms and is used for providing single-sheet RFID labels to be added to be overlapped and welded, the RFID label discharging mechanism comprises a discharging supporting plate, a label sucking mechanism and a label feeding mechanism, the discharging supporting plate is used for placing the RFID labels, the label sucking mechanism sucks the RFID labels, the label sucking mechanism drives the label sucking mechanism to move to the position of the rotary conveying mechanism, and the label sucking mechanism places the RFID labels on the rotary conveying mechanism.

Preferably, the rotary conveying mechanism comprises a rotary conveying belt, a plurality of label stacking stations are uniformly distributed on the rotary conveying belt, a station positioning mechanism is arranged between the label stacking stations, the label stacking stations are used for stacking trademarks of all the label marking mechanisms together, and the station positioning mechanism is used for aligning the label stacking stations to all the label marking mechanisms, the welding mechanism and the material receiving mechanism.

Preferably, the label stacking station mechanism comprises a fixed clamping position and a conveying belt clamping position for fixing, a label stacking plate is arranged above the conveying belt clamping position, and a label stacking elastic sheet for pressing the label is arranged above the label stacking plate.

Preferably, the welding mechanism comprises a label aligning mechanism, a welding knife and a welding vibration head, the label aligning mechanism is used for aligning labels before label welding, and the welding knife and the welding vibration head are used for welding label sleeves.

As an optimal scheme, the receiving mechanism comprises a label taking mechanism and a receiving belt, wherein the label taking mechanism is provided with a label taking hand, and the receiving belt is used for transporting finished products.

The utility model discloses a folding mark butt fusion equipment is cut to many labels of multistation beneficial effect is: put respectively in mark head mechanism according to the order with different trade mark material rolls up, roll up the trade mark material through mark head mechanism and divide and cut into monolithic trade mark label, then put into rotary conveying mechanism on, rotary conveying mechanism stacks the trade mark label of every mark head mechanism according to the order and carries the butt fusion mechanism to fuse, makes a plurality of trade mark labels fuse into a combination trade mark label, and receiving agencies is carried the combination trade mark label to the rethread rotary conveying mechanism, and receiving agencies carries away the combination trade mark that produces, collects. Through a plurality of mark head mechanisms, roll up the branch with the trade mark of difference and be cut into monolithic trade mark label, rethread gyration conveying mechanism stacks in proper order and accomodates, melt joint mechanism fuses the trade mark label of monolithic and forms combination trade mark label together, through integrating production facility, concentrate on an equipment with whole production line, but the combination trade mark label of the many trade mark labels of rapid production butt fusion, the time of having practiced thrift conversion equipment, can effectively improve production efficiency, improve the yields and the quality of combination trade mark label, the space utilization in while sparingly human cost and workshop.

Drawings

Fig. 1 is a schematic structural view of the multi-station multi-label cutting, folding and label welding device of the present invention;

fig. 2 is a schematic view of a first viewing angle of a header mechanism of the multi-station multi-label cutting, folding and label welding apparatus of the present invention;

fig. 3 is a second view schematically illustrating a header mechanism of the multi-station multi-label cutting, folding and welding apparatus of the present invention;

fig. 4 is a schematic view of an RFID tag feeding mechanism of the multi-station multi-tag shear folding tag welding apparatus of the present invention;

fig. 5 is a schematic view of a rotary conveying mechanism of the multi-station multi-label cutting, folding and label welding device of the present invention;

fig. 6 is a schematic diagram of a label folding station of the multi-station multi-label cutting label folding and welding device of the present invention;

fig. 7 is a schematic view of the welding mechanism of the multi-station multi-label cutting folding label welding device of the present invention;

fig. 8 is a schematic view of the material receiving mechanism of the multi-station multi-label cutting, folding and label welding device of the present invention.

Detailed Description

The invention will be further elucidated and described with reference to the following embodiments and drawings in which:

referring to fig. 1, a multi-station multi-label cutting, folding and label welding device includes a frame 10, two or more label heads 20, a rotary conveying mechanism 30, a welding mechanism 40, a material receiving mechanism 50 and a console 60, wherein the label heads 20, the rotary conveying mechanism 30, the welding mechanism 40, the material receiving mechanism 50 and the console 60 are all fixed on the frame 10, each label head 20 is disposed at the same height, the label heads 20, the welding mechanism 40 and the material receiving mechanism 50 are sequentially fixed, the rotary conveying mechanism 30 is disposed in front of the label heads 20, the welding mechanism 40 and the material receiving mechanism 50, each label head 20 is used for separately cutting a label roll into single label labels, the rotary conveying mechanism 30 stacks the single label labels cut by each label head 20 and conveys the single label labels to the welding mechanism 40 and the material receiving mechanism 50, the welding mechanism 40 fuses one end of the stacked label labels, the receiving mechanism 50 transports the fused combined trademark label out, and the console 60 is used for controlling the operation of the device.

Referring to fig. 2 and 3, the marking head mechanism 20 includes a feeding platform 21 and a discharging frame 22, the feeding platform 21 is provided with a material pulling roller 23, the feeding platform 21 is connected with a cutting mechanism, the cutting mechanism includes a super-cutting vibration head 29 and a cutter 28 matched with the super-cutting vibration head, two sides of the cutting mechanism are respectively provided with a label folding mechanism 26 and a label feeding mechanism 24, the label folding mechanism 26 is provided with a label folding hand 27, the label feeding mechanism 24 is provided with a label clamping hand 25, the label folding mechanism 26 is used for folding a label in a center manner according to the requirement of label length, and the label feeding mechanism 24 is used for placing the cut single label on a rotary conveying mechanism 30. Put the trade mark material area on blowing frame 22, one end exhibition in trade mark material area, to walking material platform 21 and extending to drawing material gyro wheel 23, draw material roll wheel 23 by motor drive, draw material roll wheel 23 pulling trade mark material area to get into between surpassing eager jolt head 29 and the cutter 28 of marking head mechanism 20, cutter 28 is powered by cam motor, can upwards surpass eager jolt head 29's direction motion relatively, draw the trade mark material area out half of the single trade mark label length of settlement, carry out the indentation through surpassing eager jolt head 29 and cutter 28 and surely press, only form the crease and do not cut off, the rethread is drawn material roll wheel 23 and is pulled out the settlement length of the single trade mark label of settlement. The label feeding mechanism 24 is provided with a slide rail which extends towards the direction of the rotary conveying mechanism 30 under the driving of a motor, and the label feeding mechanism 24 is provided with a side cylinder which can drive the label clamping hand 25 to move downwards. The bottom end of the label folding mechanism 26 is provided with a sliding rail and an air cylinder, the label folding mechanism can move towards the label feeding mechanism 24 under the driving of the air cylinder, the front ends of the label folding hand 27 and the label folding mechanism 26 form a 90-degree angle, the label folding hand 27 is driven by a rotating air cylinder and can rotate 180 degrees anticlockwise. The label folding hand 27 is driven by the rotary cylinder to clamp the trademark and rotate 180 degrees in the counterclockwise direction, so that the trademark is folded according to the set length. Then the label clamping hand 25 clamps the folded trademark label, the cutter 28 moves upwards to the super-cutting shaking head 29 to cut off the trademark material belt under the driving of the cam motor, then the label folding hand 27 releases the trademark label, the label feeding mechanism 24 moves to the rotary conveying mechanism 30 under the driving of the motor, and after the label clamping hand 25 is placed in the rotary conveying mechanism 30, the label clamping hand 25 restores to the initial position to wait for the next action.

Referring to fig. 4, the multi-station multi-label cutting, folding and label welding apparatus further includes an RFID label discharging mechanism 70, the RFID label discharging mechanism 70 is fixed on the rack 10, the RFID label discharging mechanism 70 can replace any one of the label marking mechanisms 20 according to the position of the RFID label on the combined label, the RFID label discharging mechanism 70 includes a discharging supporting plate 71, a label sucking mechanism 72 and a label feeding mechanism 73, the discharging supporting plate 71 is used for placing the RFID label, the label sucking mechanism 72 sucks the RFID label, the label feeding mechanism 73 drives the label sucking mechanism 72 to move to the position of the rotary conveying mechanism 30, and the label sucking mechanism 72 puts the RFID label on the rotary conveying mechanism 30. The whole stack of single RFID labels is placed on the placing support plate 71 of the RFID label placing mechanism 70, the placing support plate 71 is provided with control information by an electric eye, the placing support plate 71 is controlled by a control device to move towards the label sucking mechanism 72 until an electric eye light spot irradiates the topmost label in the whole stack of labels, meanwhile, the label sucking mechanism 72 sucks the topmost label in the whole stack of RFID labels under the action of vacuum negative pressure, then, the label feeding mechanism 73 pushes out the label sucking mechanism 72 to move towards the label stacking station under the drive of a motor, after the label sucking mechanism 72 moves to a specified position, the label sucking mechanism 72 vertically moves downwards towards the label stacking station under the drive of an upper air cylinder and a lower air cylinder until the label stacking station is positioned at the same horizontal plane with the label stacking station, at the moment, the label stacking elastic sheet on the label stacking station bounces and clamps the RFID labels stably, meanwhile, the label sucking mechanism 72 restores to the initial position under the drive of the air cylinder, the label feeding mechanism 73 restores to the initial position under the drive of, and circularly putting the RFID label into the label stacking station.

Referring to fig. 5, the rotary conveying mechanism 30 includes a rotary conveying belt 31, a plurality of label stacking stations 32 are uniformly distributed on the rotary conveying belt 31, a station positioning mechanism 33 is disposed between the label stacking stations 32, the label stacking station 32 is used for stacking labels of the header mechanisms 20 or the RFID label discharging mechanisms, and the station positioning mechanism 33 is used for aligning the label stacking station 32 with the header mechanisms 20, the RFID label discharging mechanisms 70, the welding mechanism 40, and the material receiving mechanism 50. The rotary conveying mechanism 30 is provided with a conveying fixed frame fixed at the front end of the frame 10 and a conveying rail fixed in a closed loop shape to the conveying fixed frame. The two ends of the conveying fixing frame are provided with synchronizing wheels, and the rotary conveying belt 31 is sleeved on the synchronizing wheels in a closed ring shape.

Referring to fig. 6, the mechanism of the label stacking station 32 includes a fixing clip 321 and a conveying clip 322 for fixing, a label stacking plate 323 is disposed above the conveying clip 322, a label stacking elastic sheet 324 for pressing the label is disposed above the label stacking plate 323, the label stacking elastic sheet 324 is driven by an air cylinder, and the label stacking elastic sheet 324 can be opened or closed relative to the label stacking plate 323. The stacking station 32 is further provided with four bearing pulleys, the bearing pulleys are clamped on the conveying track and can move along the conveying track, the station positioning mechanism 33 is fixed on the conveying fixing frame, the station positioning mechanism 33 is provided with a main shaft, protruding parts are arranged at two ends of the main shaft, a rotating block is arranged in the middle of the main shaft, the directions of the protruding parts at two ends of the main shaft are vertical downward in the initial state, the rotating block on the main shaft is driven by an air cylinder to push the main shaft to rotate anticlockwise, and therefore the protruding parts at two ends are driven to move upwards and are clamped into the fixing clamping positions 321 of the stacking station 32. The rotary conveyer belt 31 is provided with a plurality of square blocks at intervals, and the square blocks are matched with the conveyer belt blocking position 322 to ensure that the label stacking station 32 rotates along with the rotary conveyer belt 31.

The rotary conveyer belt 31 drives all the label stacking stations 32 to move a fixed distance in the same moving direction once transmission, meanwhile, the station positioning mechanism 33 restores the original state, after the label stacking stations 32 move each time, the raised pieces at the two ends of the main shaft of the station positioning mechanism 33 are clamped into the opening fixing clamping positions 321 at the bottom ends of the label stacking stations 32 under the pushing of the air cylinders, so that the label stacking station 32 mechanism is in a stable state in the label stacking process, and the operation is circulated.

Referring to fig. 7, the welding mechanism 40 includes a welding blade 42, a welding horn 41, and a label aligning mechanism. Welding mechanism 40 bottom is located to butt fusion shake head 41, provide high frequency vibration by supersonic generator, butt fusion sword 42 is relative with welding shake head 41 and establishes, can move to welding shake head 41 direction under the drive of cylinder, the label is clapped neat mechanism and is located the welding mechanism upper end, the label is clapped neat mechanism and is included down cylinder 43 and spacing neat mechanism, down cylinder 43 can promote spacing neat mechanism and move towards the pile mark station direction, spacing neat mechanism includes that a left side claps neat 45, a right side claps neat 46 and looks cylinder 44, a left side claps neat 45 and a right side claps neat 46 and can follow the slide rail relative movement under the drive of cylinder 44 in the opposite direction, a left side claps neat 45 and the right side claps the interval of neat 46 and can require manual regulation according to the label width.

The label stacking station 32 moves to a position corresponding to the welding mechanism 40 with one end of the stacked labels between the welding blade 42 and the welding horn 41, and at this time, the descending cylinder 43 of the clapping mechanism pushes the limiting clapping mechanism to move downwards to the label folding station 32, so that the bottom ends of the left clapping piece 45 and the right clapping piece 46 contact the surface of the label folding station 32, meanwhile, the trademark label is positioned between the left clapping piece 45 and the right clapping piece 46, then, the left aligning member 45 and the right aligning member 46 are driven by the opposite cylinders 44 to move relatively to the center point along the slide rail by a distance of one cylinder stroke, so that both sides of the combined label are beaten to fold the combined label neatly before welding, meanwhile, the descending cylinder 43 restores the initial position, the welding knife 42 moves to the welding vibration head 41 under the pushing of the cylinder and welds one end of the combined label under the action of ultrasonic vibration, and then the original position is restored, and the operation is circulated.

Referring to fig. 8, the receiving mechanism 50 includes a label taking mechanism 51 and a receiving belt 53, the label taking mechanism 51 is provided with a label taking hand 52, and the receiving belt 53 is used for transporting the finished product. The label taking mechanism 51 is provided with a slide rail, and can move towards the direction of the label stacking station 32 mechanism under the driving of a motor, and the label taking hand 52 clamps the combined trademark label on the label stacking station 32 and puts the combined trademark label on the material receiving belt 53.

In the scheme, different trademark material rolls are sequentially and respectively placed in the header mechanism 20, the trademark material rolls are cut into single trademark labels through the header mechanism 20, then the trademark labels are placed on the rotary conveying mechanism 30, the rotary conveying mechanism 30 sequentially stacks the trademark labels of each header mechanism 20 and then conveys the stacked trademark labels to the welding mechanism 40 for fusion, a plurality of trademark labels are fused into a combined trademark label, the combined trademark label is conveyed to the material receiving mechanism 50 through the rotary conveying mechanism 30, and the produced combined trademark is conveyed out and collected by the material receiving mechanism 50. Through a plurality of header mechanisms 20, roll up the branch with the trade mark material of difference and cut into monolithic trade mark label, rethread gyration conveying mechanism 30 stacks in proper order and accomodates, welding mechanism 40 fuses the trade mark label of monolithic together and forms combination trade mark label, through integrating production facility, concentrate on an equipment with whole production line, but the combination trade mark label of the many trade mark labels of fast production butt fusion, the time of having practiced thrift conversion equipment, can effectively improve production efficiency and finished product quality, the space utilization in cost of manpower and workshop is saved simultaneously.

It should be finally noted that the above embodiments are only intended to illustrate the technical solutions of the present invention, and not to limit the scope of the present invention, and although the present invention has been described in detail with reference to the preferred embodiments, it should be understood by those skilled in the art that the technical solutions of the present invention can be modified or replaced with equivalents without departing from the spirit and scope of the technical solutions of the present invention.

Claims (7)

1. The multi-station multi-label cutting, folding and label welding equipment is characterized by comprising a rack, more than two header mechanisms, a rotary conveying mechanism, a welding mechanism, a material receiving mechanism and a control console, wherein the header mechanisms, the rotary conveying mechanism, the welding mechanism, the material receiving mechanism and the control console are all fixed on the rack;

each header mechanism is used for winding and cutting the trademark label into single trademark labels, the rotary conveying mechanism is used for stacking the single trademark labels cut by each header mechanism and conveying the single trademark labels to the welding mechanism and the material receiving mechanism, one end of each stacked trademark label is fused by the welding mechanism, the material receiving mechanism is used for conveying the fused combined trademark labels, and the console is used for controlling the operation of equipment.

2. The multi-station multi-label shear folding label welding device as claimed in claim 1, wherein the label marking mechanism comprises a feeding platform and a discharging frame, the feeding platform is provided with a material pulling roller, the feeding platform is provided with a cutting mechanism, the cutting mechanism comprises a super-cutting vibration head and a cutter matched with the super-cutting vibration head, two sides of the cutting mechanism are respectively provided with a label folding mechanism and a label feeding mechanism, the label folding mechanism is provided with a label folding hand, the label feeding mechanism is provided with a label clamping hand, the label folding mechanism is used for folding a label in a center manner according to the requirement of label length, and the label feeding mechanism is used for placing a cut single label on the rotary conveying mechanism.

3. The multi-station multi-label cutting, folding and label welding device according to claim 1, further comprising an RFID label discharging mechanism, wherein the RFID label discharging mechanism is fixed on the frame and comprises a discharging supporting plate, a label sucking mechanism and a label feeding mechanism, the discharging supporting plate is used for placing RFID labels, the label sucking mechanism sucks the RFID labels, the label feeding mechanism drives the label sucking mechanism to move to the position of the rotary conveying mechanism, and the label sucking mechanism places the RFID labels on the rotary conveying mechanism.

4. The multi-station multi-label cutting and folding label welding device according to claim 1, wherein the rotary conveying mechanism comprises a rotary conveying belt, a plurality of label folding stations are uniformly distributed on the rotary conveying belt, a station positioning mechanism is arranged between the label folding stations, the label folding stations are used for stacking trademarks of all the label marking mechanisms together, and the station positioning mechanism is used for aligning the label folding stations with all the label marking mechanisms, the welding mechanism and the material receiving mechanism.

5. The multi-station multi-label cutting, folding and label welding device according to claim 4, wherein the label folding station mechanism comprises a fixing clamp position and a conveying belt clamp position for fixing, a label folding plate is arranged above the conveying belt clamp position, and a label folding elastic sheet for pressing the label is arranged above the label folding plate.

6. The multi-station multi-label shear fold mark welding apparatus of claim 1, wherein said welding mechanism comprises a label aligning mechanism for aligning labels prior to label welding, a welding knife and a welding horn for welding label sleeves.

7. The multi-station multi-label cutting, folding and label welding device as claimed in claim 1, wherein the receiving mechanism comprises a label taking mechanism and a receiving belt, the label taking mechanism is provided with a label taking hand, and the receiving belt is used for transporting finished products.

Images