CN213707158U - Electrocardiogram electrode plate visual identification automatic processing combination equipment - Google Patents

Abstract

The utility model discloses an automatic processing combination equipment for visual identification of electrocardiogram electrode slices, which belongs to the technical field of electrode slice production equipment, and comprises a frame, wherein a paper roll feeding device, a sticker feeding device, an adhesive tape bonding device, an automatic button attaching device, a dispensing curing device, a film pasting device, an appearance trimming device and a recovery device are arranged on the frame, visual identifiers are respectively arranged between the adhesive tape bonding device, the automatic button attaching device and the adhesive tape dispensing curing device and between the film pasting device and the appearance trimming device, and a visual identifier is also arranged above the recovery device; and simultaneously the utility model discloses add the visual identification ware between each work area, can in time adjust the error that each different device caused in the course of the work, improve the product quality of heart electrograph electrode slice.

Description

Electrocardiogram electrode plate visual identification automatic processing combination equipment

Technical Field

The utility model belongs to the technical field of electrode slice production facility, it relates to a heart electrograph electrode slice visual identification automatic processing combination equipment that has the visual identification function for producing electrode slice specifically to say so.

Background

The electrode plate is a medical product formed by compounding various raw materials, and the electrode plate has various types, including a massage electrode plate, a physiotherapy electrode plate, a conductive electrode plate, a self-adhesive electrode plate, a viscose electrode plate, a non-woven fabric electrode plate, an electrocardio electrode plate, a medical electrode plate, a silica gel electrode plate, a heating electrode plate, a breast augmentation electrode plate, a therapeutic apparatus connecting wire and the like. As a medical product, the hygiene of the electrode plate needs to be ensured, and factors influencing the hygiene of the electrode plate mainly comprise two aspects: one is the hygiene of the raw materials themselves and the other is the hygiene problems that arise during the production process. The sanitation control of the raw materials is already done quite in place at present, but in the production process, due to the change of the electrode plate processing procedure, manual conversion equipment is needed for a plurality of times, and the pollution-free electrode plate in the process cannot be guaranteed.

Meanwhile, the existing electrode plate processing equipment usually needs manual intervention, so that the manufactured electrode plates are uneven, not in place for cutting, uneven in pressing and buckling strength, low in production efficiency, large in product performance difference of a single product, high in product technical index error, low in product percent of pass and the like.

SUMMERY OF THE UTILITY MODEL

The utility model aims to overcome among the prior art motor piece need artifical continuous conversion equipment in process of production, can't guarantee technical problem such as the health nature and the work efficiency of electrode piece, provide heart electrograph electrode piece visual identification automatic processing combination equipment, avoid artifical conversion equipment in the production and processing process, improve the product quality of electrode piece, guarantee that the health of electrode piece is pollution-free.

In order to solve the technical problem, the utility model provides an automatic processing combination device for visual identification of an electrocardiogram electrode plate, which comprises a frame, wherein a paper roll feeding device, a sticker feeding device, an adhesive tape bonding device, an automatic button-sewing device, a dispensing curing device, a film pasting device, an outer shape edge-punching device and a recovery device are sequentially arranged on the frame, a first visual identifier is arranged between the adhesive tape bonding device and the automatic button-sewing device, a second visual identifier is arranged between the automatic button-sewing device and the dispensing curing device, a third visual identifier is arranged between the film pasting device and the outer shape edge-punching device, a fourth visual identifier is arranged above the recovery device, a first driving mechanism for adjusting the horizontal position of the adhesive tape bonding device is arranged on the adhesive tape bonding device, a second driving mechanism for adjusting the horizontal position of the automatic button-sewing device is arranged on the automatic button-sewing device, the film sticking device is provided with a driving mechanism II for adjusting the horizontal position of the film sticking device, and the shape trimming device is provided with a driving mechanism V for adjusting the horizontal position of the shape trimming device.

The scroll sets up on scroll loading attachment, the sticker sets up on sticker loading attachment, scroll and sticker loop through adhesive tape adhesive device, automatic button attaching device, point is glued solidification equipment, the pad pasting device, appearance trimming device and recovery unit and accomplish each item operation, the electrocardiograph electrode piece of final processing out the utility model discloses in, utilize vision recognizer one, vision recognizer two, vision recognizer three and vision recognizer four in the automatic identification effect of the different work areas of this equipment, can in time adjust the error that each different device caused in the course of the work, in time adjust the relative position of scroll and sticker, guarantee that scroll and sticker are corresponding with the processing station of device in every device, can further improve the product quality of electrocardiograph electrode piece.

As the utility model discloses a further improvement measure, foretell scroll loading attachment is including setting up the scroll mechanism of punching a hole in the frame and setting up in the hopper one of scroll mechanism of punching a hole top, the scroll mechanism of punching a hole with be provided with guide roller one between the hopper one, the scroll mechanism of punching a hole includes mount one, be provided with bed die one in the mount, through-hole one has been seted up in the bed die one, the top of bed die one is provided with mould one, go up mould one be provided with a corresponding drift one of through-hole, be provided with on the mount one and be used for driving the driving piece one of mould one along the motion of vertical direction and be used for driving the driving piece two of drift along the motion of vertical direction.

As the utility model discloses a further improvement measure, the one end of foretell scroll mechanism of punching a hole feeding is provided with the adjusting part one that is used for adjusting scroll rate of tension, the one end that the scroll mechanism of punching a hole ejection of compact is provided with backup pad one, the breach has been seted up in the backup pad one, be provided with gyro wheel one in the breach, a backup pad both sides are provided with mounting one relatively, rotate on the mounting one and be provided with cutter one that is used for cutting the scroll, the frame upper end be provided with a corresponding receipts material roller of backup pad one.

As a further improvement of the utility model, foretell sticker loading attachment is including setting gradually in stocker two, the sticker of frame lower extreme mechanism of punching a hole and the conveying mechanism one that is used for carrying the sticker, the sticker is punched a hole the mechanism and is included mount two, be provided with the bed die two in the mount two, through-hole two has been seted up in the bed die two, the top of bed die two is provided with mould two, go up be provided with in the mould two with the two corresponding drift two of through-hole, be provided with on the mount two and be used for driving the driving piece three of mould two along vertical direction motion and be used for driving piece four of drift two along vertical direction motion.

As a further improvement, the above-mentioned stocker two set up in one side of the paster mechanism feeding of punching a hole, the paster punch a hole the mechanism with be provided with the adjusting part two that is used for adjusting the paster rate of tension between the stocker two, conveying mechanism one set up in one side of the paster mechanism ejection of compact of punching a hole, the one end of the first ejection of compact of conveying mechanism is provided with guide roller two, the frame lower extreme still be provided with the corresponding receipts material roller two of guide roller.

As a further improvement of the utility model, foretell adhesive tape bonding device includes mount three, the one end of the three ejection of compact of mount is provided with guide roller three that is used for carrying the scroll, the one end of the three feeds of mount is provided with the conveying mechanism two that is used for carrying the sticker, guide roller three with be provided with the compression arm between the conveying mechanism two, mount three go up be provided with the corresponding guide roller four of compression arm, the output of conveying mechanism two is provided with guide roller five, the frame lower extreme still be provided with guide roller five corresponding receipts material roller three.

As a further improvement measure of the utility model, the automatic button sewing device comprises a fixing frame four, a first vibration disk and a second vibration disk for placing a magnetic button are respectively arranged at two sides of the fixing frame four, an upper mounting platform connected with the first vibration disk is arranged on the fixing frame four, a first mounting hole is arranged in the upper mounting platform, a third punch is arranged in the first mounting hole, a third through hole is arranged at one end of the third punch, which is contacted with the magnetic button, the third through hole is connected with a first air suction pump through a connecting pipe, a lower mounting platform connected with the second vibration disk is arranged on the fixing frame four, a second mounting hole is arranged in the lower mounting platform, a fourth punch is arranged in the second mounting hole, a fourth through hole is arranged at one end of the fourth punch, which is contacted with the magnetic button, the fourth through hole is connected with a second air suction pump through a connecting pipe, a fifth driving piece for driving the third punch and the fourth punch to move in opposite directions is, one end of the automatic button sewing device for discharging is provided with a supporting plate II, a groove I is formed in the supporting plate II along the feeding direction, and two sides of the groove I are provided with a first limiting part for determining the horizontal position of the paper roll.

As a further improvement of the present invention, a first channel is provided on the upper mounting platform, a first channel end is linked with the first vibration disk, a second channel end is linked with the first mounting hole, a first pushing member and a driving member six for driving the first pushing member are inserted in the first channel end, a second channel end is provided on the lower mounting platform, the second channel end is linked with the second vibration disk, the second channel end is linked with the second mounting hole, a second pushing member and a driving member seven for driving the second pushing member are inserted in the second channel end.

As a further improvement measure of the utility model, the above-mentioned dispensing and curing device comprises a dispensing mechanism and a curing box, the dispensing mechanism comprises a dispensing head and a storage barrel arranged on the frame and used for placing glue, the dispensing head is connected with the storage barrel through a connecting pipe in three phases, the dispensing mechanism also comprises a driving piece eight used for driving the dispensing head to move along the vertical direction, the curing box comprises a supporting table arranged on the frame, a box body arranged on the supporting table and a baking lamp arranged in the box body, the lower ends of the two side walls of the box body are provided with a fifth through hole, one end of the supporting table is provided with a third supporting plate, the third supporting plate is arranged below the dispensing head, the third supporting plate is provided with a second groove along the feeding direction, two sides of the second groove are provided with a second limiting piece used for determining the horizontal position, the other end of the supporting table is provided, and a third groove is formed in the fourth supporting plate along the feeding direction, and third limiting parts for determining the horizontal position of the paper roll are arranged on two sides of the third groove.

As a further improvement measure of the utility model, foretell pad pasting device includes that the mount is five, five backup pads, hold-down mechanism one, hold-down mechanism two and backup pad six have set gradually along the pay-off direction on the mount, two tops of hold-down mechanism are provided with the heating mechanism who is used for making the plastic envelope strip produce the deformation, heating mechanism is including the relative air heater that sets up and inhale the model, inhale the model and seted up circular recess towards the one end terminal surface of air heater, six through-holes have been seted up in the circular recess, six through connecting pipe four connections have aspiration pump three, the frame upper end be provided with heating mechanism corresponding stocker three, heating mechanism with be provided with the adjusting part three that is used for adjusting the plastic sealing strip rate of tension between the stocker three.

As a further improvement, the last recess four of having seted up along the pay-off direction of foretell backup pad five, four both sides of recess are provided with the locating part four that is used for confirming scroll horizontal position, five tops of backup pad are provided with mounting two, it is provided with the cutter two that is used for cutting the scroll to rotate on the mounting two, five one end tip of backup pad be provided with the two gyro wheels that correspond of cutter two, the frame upper end is provided with receipts material roller four, six last recesses five of having seted up along the pay-off direction of backup pad, five both sides of recess are provided with the locating part five that is used for confirming scroll horizontal position.

As a further improvement of the utility model, foretell hold-in range one and hold-in range two that surface was laminated mutually, be provided with on five mounts and be used for driving hold-in range one and hold-in range two synchronous rotating's drive assembly one, hold-in range three and hold-in range four that surface was laminated mutually are included to hold-in range two, be provided with on five mounts and be used for driving hold-in range three and hold-in range four synchronous rotating's drive assembly two.

As a further improvement of the utility model, foretell appearance trimming device includes mount six, be provided with the bed die three in the mount six, through-hole seven has been seted up in the bed die three, bed die three tops be provided with seven corresponding drifts of through-hole five with be used for the drive five driving pieces nine along vertical direction motion of drift, six lower extremes of mount seted up with seven corresponding through-holes eight of through-hole, the frame upper end is provided with receives material roller five.

As a further improvement of the present invention, the six-feeding end of the fixing frame is provided with a pressing assembly for pressing the paper roll.

As a further improvement measure of the utility model, the recovery device comprises a driving belt arranged below the lower die, and the driving belt is provided with a driving motor for driving the driving belt.

Compared with the prior art, the beneficial effects of the utility model reside in that: 1. the utility model discloses a set gradually scroll loading attachment, sticker loading attachment, adhesive tape bonding device, automatic button sewing device, point solidification equipment, pad pasting device, appearance towards limit device and recovery unit in the frame, carry out full-automatic processing production to scroll and sticker, avoided artifical intervention in the course of the work, guaranteed the sanitary nature of heart electrograph electrode slice; 2. the utility model adds the first visual identifier, the second visual identifier, the third visual identifier and the fourth visual identifier among the working areas, ensures the product quality of the electrocardiogram electrode slice and improves the yield of the electrocardiogram electrode slice through the automatic identification function of the paper roll and the paster in different working areas of the equipment; 3. the utility model discloses follow the material loading of scroll and sticker and retrieve the arrangement after the processing of heart electrograph electrode slice produces, all adopt full automated production, improved work efficiency, guaranteed heart electrograph electrode slice product property ability.

Drawings

Fig. 1 is one of perspective views of the present invention.

Fig. 2 is a second perspective view of the present invention.

Fig. 3 is one of the enlarged perspective views of the middle paper roll feeding device, the sticker feeding device, the adhesive tape bonding device and the automatic button attaching device of the present invention.

Fig. 4 is a second enlarged perspective view of the middle paper roll feeding device, the sticker feeding device, the adhesive tape bonding device and the automatic button attaching device of the present invention.

Fig. 5 is a third enlarged perspective view of the middle paper roll feeding device, the sticker feeding device, the adhesive tape bonding device and the automatic button attaching device of the present invention.

Fig. 6 is an enlarged front view of the middle paper roll feeding device, the sticker feeding device, the adhesive tape bonding device and the automatic button attaching device of the present invention.

Fig. 7 is an enlarged perspective view of the center adhesive curing device of the present invention.

Fig. 8 is a second enlarged perspective view of the sealant curing apparatus of the present invention.

Fig. 9 is one of enlarged perspective views of the middle film pasting device, the outer shape trimming device and the recycling device of the present invention.

Fig. 10 is an enlarged view of a portion I in fig. 9.

Fig. 11 is a second enlarged perspective view of the middle film pasting device, the outer shape trimming device and the recycling device of the present invention.

The reference numbers illustrate: 1-a rack, 101-a vision recognizer I, 102-a vision recognizer II, 103-a vision recognizer III, 104-a vision recognizer IV, 2-a paper roll feeding device, 201-a paper roll punching mechanism, 202-a stocker I, 203-a guide roller I, 204-a fixing frame I, 205-a lower die I, 206-a through hole I, 207-an upper die I, 208-a driving part I, 209-an adjusting component I, 210-a supporting plate I, 211-a roller I, 212-a fixing part I, 213-a cutter I, 214-a material receiving roller I, 215-a friction wheel I, 216-a supporting plate VII, 217-a fastening part I, 218-a pressing plate I, 219-an elastic part I, 220-a limiting part VI, 221-a connecting shaft I, 222-a cutter fixing frame I, 223-friction wheel II, 3-sticker feeding device, 301-stocker II, 302-conveying mechanism I, 303-fixing frame II, 304-lower die II, 305-upper die II, 306-driving piece III, 307-adjusting component II, 308-guide roller II, 309-receiving roller II, 310-guide roller six, 311-supporting plate eight, 312-fastening piece II, 313-pressing plate II, 314-elastic piece II, 315-fixing frame seven, 316-pressing roller I, 317-pressing roller II, 318-stepping motor I, 319-friction wheel IV, 320-annular pressing piece I, 321-friction wheel III, 4-adhesive tape bonding device, 401-fixing frame III, 402-guide roller III, 403-conveying mechanism II, 404-pressing rod, 405-a material guide roller four, 406-a material guide roller five, 407-a material receiving roller three, 408-a pressing roller three, 409-a pressing roller four, 410-a stepping motor two, 411-a friction wheel five, 412-a fixing plate, 5-an automatic button sewing device, 501-a fixing frame four, 502-a vibration disc one, 503-a vibration disc two, 504-an upper mounting table, 505-a lower mounting table, 507-a support plate two, 508-a limiting piece one, 509-a pushing piece one, 510-a driving piece six, 511-a driving piece seven, 512-a linear feeder two, 513-a cylinder fifteen, 514-a cylinder sixteen, 515-a linear feeder one, 6-a glue dispensing and curing device, 601-a glue dispensing head, 602-a material storage barrel, 603-a connecting pipe three, 604-a driving piece eight, 605-a support table, 606-a box body, 607-a through hole five, 608-a support plate three, 609-a groove two, 610-a limit piece two, 611-a support plate four, 612-a groove three, 613-a limit piece three, 7-a film sticking device, 701-a fixing frame five, 702-a support plate five, 703-a support plate six, 704-a hot air blower, 705-a suction model, 706-a hopper three, 707-an adjusting component three, 709-a limit piece four, 710-a fixing piece two, 711-a cutter two, 712-a roller two, 713-a material receiving roller four, 715-a limit piece five, 716-a synchronous belt one, 718-a transmission component one, 721-a transmission component two, 722-a driving piece ten, 723-a friction wheel six, 724-a feeding roller, 725-a pressing plate three, 726-four pressing plates, 727-three fastening pieces, 728-seven limiting pieces, 729-two connecting shafts, 730-two cutter fixing frames, 731-seven friction wheels, 8-shape trimming device, 801-six fixing frames, 802-three lower dies, 803-seven through holes, 804-five punch heads, 805-nine driving pieces, 806-five material collecting rollers, 807-pressing components, 808-eight friction wheels, 809-one pressing pieces, 810-two pressing pieces, 9-recycling devices, 901-driving belts and 902-driving motors.

Detailed Description

The present invention will be further explained with reference to the accompanying drawings.

In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention. On the contrary, the invention is intended to cover alternatives, modifications, equivalents and alternatives which may be included within the spirit and scope of the invention as defined by the appended claims. Furthermore, in order to provide a better understanding of the present invention to the public, certain specific details are set forth in the following detailed description of the invention. It will be apparent to those skilled in the art that the present invention may be practiced without these specific details. It is noted that the terms "horizontal", "upper", "lower" and the like are used herein for illustrative purposes only.

The automatic processing combination equipment for the electrocardiogram electrode slice visual identification shown in figures 1 to 11 comprises a frame 1, a paper roll feeding device 2, a sticker feeding device 3, an adhesive tape bonding device 4, an automatic button attaching device 5, a glue dispensing curing device 6, a film pasting device 7, an appearance edge punching device 8 and a recovery device 9 are sequentially arranged on the frame 1, a paper roll is arranged on the paper roll feeding device 2, stickers are arranged on the sticker feeding device 3, the paper roll and the stickers sequentially pass through the adhesive tape bonding device 4, the automatic button attaching device 5, the glue dispensing curing device 6, the film pasting device 7, the appearance edge punching device 8 and the recovery device 9, all operations are completed, and finally the processing and manufacturing of the electrocardiogram electrode slice are completed.

In the embodiment, in order to improve the precision of the automatic processing combination equipment for visual identification of the electrocardiogram electrode slice, and reduce the raw material waste and processing failure of the electrocardiogram electrode slice caused by errors in each working area, the first visual identifier 101 is arranged between the adhesive tape bonding device 4 and the automatic nailing device 5, the second visual identifier 102 is arranged between the automatic nailing device 5 and the dispensing curing device 6, the third visual identifier 103 is arranged between the film sticking device 7 and the outline trimming device 8, the fourth visual identifier 104 is arranged above the recovery device 9, and the errors caused by different devices in the working process can be adjusted in time and the relative positions of the paper roll and the sticker can be adjusted in time through the automatic identification function of the first visual identifier 101, the second visual identifier 102, the third visual identifier 103 and the fourth visual identifier 104 in different working areas of the equipment, the paper roll and the sticker are ensured to correspond to the processing stations of the device in each device, and the product quality of the electrocardiogram electrode plate can be further improved.

In order to adjust the position relation and distance among the devices conveniently, a first driving mechanism for adjusting the horizontal position of the adhesive tape bonding device 4 is arranged on the adhesive tape bonding device 4, the first driving mechanism comprises a first air cylinder for driving the adhesive tape bonding device 4 to move forwards and backwards and a second air cylinder for driving the adhesive tape bonding device 4 to move leftwards and rightwards, a second driving mechanism for adjusting the horizontal position of the automatic button-nailing device 5 is arranged on the automatic button-nailing device 5, the second driving mechanism comprises a third air cylinder for driving the automatic button-nailing device 5 to move forwards and backwards and a fourth air cylinder for driving the automatic button-nailing device 5 to move leftwards and rightwards, a third driving mechanism for adjusting the horizontal position of the dispensing curing device 6 is arranged on the dispensing curing device 6, the third driving mechanism comprises a fifth air cylinder for driving the dispensing curing device 6 to move forwards and backwards, the film sticking device 7 is provided with a driving mechanism IV for adjusting the horizontal position of the film sticking device 7, the driving mechanism IV comprises a cylinder VII for driving the film sticking device 7 to move back and forth and a cylinder VIII for driving the film sticking device 7 to move left and right, the outline trimming device 8 is provided with a driving mechanism V for adjusting the horizontal position of the outline trimming device 8, the driving mechanism V comprises a cylinder IX for driving the outline trimming device 8 to move back and forth and a cylinder Ten for driving the outline trimming device 8 to move left and right, for example, when the visual identifier I101 identifies that the positions of the paper roll and the paster are not corresponding, the horizontal position of the automatic button-sewing device 5 on the frame 1 is adjusted through the driving action of the driving mechanism I, so that the automatic button-sewing device 5 and the adhesive tape bonding device 4 are on the same horizontal line, and the distance between the automatic button-sewing device 5 and the adhesive tape bonding device 4 just enables the paper roll, so as to realize the adhesion between the paper roll and the paster; the second visual identifier 102, the third visual identifier 103 and the fourth visual identifier 104 are used for identifying the position of the magnetic button on the paper roll, and respectively adjusting the position relation between the automatic button sewing device 5 and the dispensing curing device 6, the position relation between the film sticking device 7 and the outline trimming device 8 and the position of the recovery device 9 on the frame 1.

As shown in fig. 1 to 6, the paper roll feeding device 2 includes a paper roll punching mechanism 201 disposed on the frame 1 and a first stocker 202 disposed above the paper roll punching mechanism 201, the first stocker 202 is rotatably disposed at the upper end of the frame 1, a first friction wheel 215 is disposed on the first stocker 202, the first stocker 202 is prevented from slipping during rotation by the first friction wheel 215, which affects the discharging efficiency, and a first material guiding roller 203 is disposed between the paper roll punching mechanism 201 and the first stocker 202.

The paper roll punching mechanism 201 comprises a first fixing frame 204, a first lower die 205 is arranged in the first fixing frame 204, a first through hole 206 is formed in the first lower die 205, a first upper die 207 is arranged above the first lower die 205, a first punch corresponding to the first through hole 206 is arranged in the first upper die 207, a first driving piece 208 used for driving the first upper die 207 to move along the vertical direction and a second driving piece used for driving the first punch to move along the vertical direction are arranged on the first fixing frame 204, the first driving piece 208 is arranged as an eleven air cylinder, and the second driving piece is arranged as an twelve air cylinder. The paper roll is placed in the first stocker 202, the paper roll is conveyed to a position between the first lower die 205 and the first upper die 207 through the first guide roller 203, the first driving part 208 drives the first upper die 207 to move towards the first lower die 205, the lower surface of the first upper die 207 is in contact with the upper surface of the paper roll, the first upper die 207 plays a role in compressing the paper roll, the purpose is to prevent the paper roll from moving in the punching process to affect the punching effect, and the second driving part drives the first punch to move towards the first lower die 205 until the first punch penetrates through the paper roll, so that a first round hole with the same size as the first through hole 206 is formed in the paper roll.

In the embodiment, in order to adjust the horizontal height of the paper roll according to actual needs, ensure the compression effect of the upper die on the paper roll and prevent the paper roll from being damaged in the punching process, as one scheme, an adjusting screw I for driving a lower die I205 to move along the vertical direction is arranged below the lower die I205, and the lower die I205 is moved up and down through the rotation of the adjusting screw I, so as to adjust the horizontal height of the paper roll, in order to prevent the adjusting screw I from generating looseness and other reasons in the working process and influence the horizontal height of the lower die I205, an adjusting nut I is sleeved outside the adjusting screw I, a fixing screw I for fixing the adjusting screw I is arranged in the adjusting nut I along the radial direction of the adjusting nut I, as another scheme, a channel III is arranged in the lower die I205 along the vertical direction, and a cushion block corresponding to a punch I is arranged in the channel III, through-hole 206 sets up in the cushion, a 205 below of bed die is provided with the adjusting screw two that is used for driving the cushion and removes in three passageways, rotation through adjusting screw two realizes reciprocating of cushion, thereby the level of adjustment scroll, produce other reasons such as not hard up in order to prevent adjusting screw two in the course of the work, influence the level of cushion, adjusting screw overcoat is equipped with adjusting nut two, radially be provided with the fixed screw two that is used for two positions of fixed adjusting screw along its self in adjusting nut two.

One end of the paper roll punching mechanism 201, which is fed, is provided with a first adjusting component 209 for adjusting the tension of the paper roll, in the embodiment, the first adjusting component 209 comprises a seventh supporting plate 216 arranged at one end of the paper roll punching mechanism 201, a first pressing plate 218 is arranged on the seventh supporting plate 216 through a first fastening piece 217, the paper roll passes through a gap between the seventh supporting plate 216 and the first pressing plate 218, a first elastic piece 219 is arranged between the first fastening piece 217 and the first pressing plate 218, and the size of the gap between the seventh supporting plate 216 and the first pressing plate 218 is adjusted through the elasticity of the first elastic piece 219, so that one side face of the first pressing plate 218, which is opposite to the seventh supporting plate 216, is attached together to press the paper roll, the conveying of the paper roll is not affected at the same time, and the. In order to ensure the horizontal position of the paper roll on the supporting plate seven 216 in the conveying process, a limiting member six 220 is further arranged on the supporting plate seven 216, the limiting members six 220 are arranged on two sides of the supporting plate seven 216, and the paper roll passes through the limiting members six 220.

One end of the discharge of the paper roll punching mechanism 201 is provided with a first supporting plate 210, a notch is formed in the first supporting plate 210, a first roller 211 is arranged in the notch, fixing parts 212 are oppositely arranged on two sides of the first supporting plate 210, a first cutter 213 for cutting the paper roll is rotatably arranged on the first fixing parts 212, the first cutter 213 only cuts a layer of protective paper on the upper surface of the paper roll, and the cutting width of the first cutter is the same as the width of the paper sticking after punching. In this embodiment, a first connecting shaft 221 is arranged between the first fixing pieces 212, a first cutter fixing frame 222 is rotatably arranged on the first connecting shaft 221, a first cutter 213 is arranged on the first cutter fixing frame 222, in order to adjust the distance between the first cutters 213 according to the actual size of the paper roll, a first annular fixing block for determining the horizontal position of the first cutter fixing frame 222 on the first connecting shaft 221 is further arranged on the first connecting shaft 221, in order to achieve recovery of the cut paper roll, a first material receiving roller 214 corresponding to the first supporting plate 210 is arranged at the upper end of the machine frame 1, the first material receiving roller 214 is rotatably arranged at the upper end of the machine frame 1, a second friction wheel 223 is arranged on the first material receiving roller 214, and the second friction wheel 223 is used for preventing the first material receiving roller 214 from slipping in the rotating.

As shown in fig. 1 to 6, the sticker feeding device 3 includes a second stocker 301, a sticker punching mechanism and a first conveying mechanism 302 for conveying paper rolls, which are sequentially arranged at the lower end of the frame 1, the second stocker 301 is rotatably arranged at the lower end of the frame 1, a third friction wheel 321 is arranged on the second stocker 301, the third friction wheel 321 is used for preventing the second stocker 301 from slipping in the rotating process and affecting the discharging efficiency, and a sixth guide roller 310 is arranged between the second stocker 301 and the sticker punching mechanism.

The sticker punching mechanism includes two 303 of mounts, be provided with two 304 of bed dies in two 303 of mounts, set up two through-holes in two 304 of bed dies, the top of two 304 of bed dies is provided with two 305 of bed dies, be provided with two drift that correspond with the through-hole in two 305 of bed dies, be provided with on two 303 of mounts and be used for driving two 305 of bed dies to follow the driving piece three 306 of vertical direction motion and be used for driving two driving pieces driving piece four of drift along the vertical direction motion, driving piece three 306 sets up to thirteen cylinders, driving piece four sets up to fourteen cylinders. The second sticker is placed in the second container 301, the second sticker is conveyed between the second lower die 304 and the second upper die 305 through the six material guide rollers 310, the third driving member 306 drives the second upper die 305 to move towards the second lower die 304, the lower surface of the second upper die 305 is in contact with the upper surface of the second sticker, the second upper die 305 plays a role in compressing the second sticker, the second sticker is prevented from moving in the punching process to affect the punching effect, and the fourth driving member drives the second punch to move towards the second lower die 304 until the second punch punches a required second round hole in the second sticker. In this embodiment, drift two punches out the small circle round hole two corresponding with round hole one on the sticker, and round hole two runs through the sticker, and drift two punches out the round hole three that the diameter is greater than round hole two on the sticker simultaneously, and round hole three is concentric circles with round hole two, and round hole three only runs through the sticker has sticky one deck, and does not run through whole sticker.

The second storage hopper 301 is arranged on the feeding side of the sticker punching mechanism, a second adjusting component 307 for adjusting the tightness of the stickers is arranged between the sticker punching mechanism and the second storage hopper 301, in the embodiment, the second adjusting component 307 comprises a support plate eight 311 arranged at the feeding end of the sticker punching mechanism, a second pressing plate 313 is arranged on the support plate eight 311 through a second fastening piece 312, a second elastic piece 314 is arranged between the second fastening piece 312 and the second pressing plate 313, one opposite side surface of the support plate eight 311 and the second pressing plate 313 are attached together through the elastic force of the second elastic piece 314, a gap is ensured between the support plate eight 311 and the second pressing plate 313, the stickers can pass through the gap, the sticker conveying effect is not influenced while the pressing effect is exerted on the stickers, and the conveying speed of the stickers can be effectively controlled. The six material guiding rollers 310 are arranged between the second material storage container 301 and the eight supporting plate 311, and the sticker enters a gap between the second pressing plate 313 and the eight supporting plate 311 from the second material storage container 301 through the six material guiding rollers 310 and then enters the first conveying mechanism 302.

The first conveying mechanism 302 is arranged on one side of the discharging of the sticker punching mechanism, in the embodiment, the first conveying mechanism 302 comprises a seventh fixing frame 315, a first pressing roller 316 and a second pressing roller 317 which are matched in a rotating mode are arranged on the seventh fixing frame 315, a first stepping motor 318 for driving the first pressing roller 316 to rotate is further arranged on the seventh fixing frame 315, the first stepping motor 318 drives the first pressing roller 316 to rotate, the second pressing roller 317 is driven to rotate synchronously, through setting of a program of the first stepping motor 318, the sticker is conveyed to the next working area at a certain speed, and the sticker and the paper roll are guaranteed to be pasted in a one-to-one correspondence mode. One end of the first conveying mechanism 302 for discharging is provided with a second guide roller 308, and smoothness of the paster in the conveying process and tensioning and positioning of the paster are guaranteed through the second guide roller 308. The lower end of the rack 1 is also provided with a second material receiving roller 309 corresponding to the second material guide roller 308, the second material receiving roller 309 is rotatably arranged at the lower end of the rack 1, the second material receiving roller 309 is provided with a fourth friction wheel 319, and the fourth friction wheel 319 is used for preventing the second material receiving roller 309 from slipping in the rotating process to influence the recovery efficiency. The sticky one deck of sticker is torn and is retrieved to two 309 departments of receiving material roller, and round hole three is stayed the one deck of sticker inviscid, carry to next work area and paste with the scroll after punching a hole mutually, in order to prevent that the sticky one deck of sticker is at the in-process of tearing, retrieve together with round hole three, in this embodiment, the one end of the ejection of compact of conveying mechanism 302 still is provided with the cyclic annular with the round hole three-phase correspondence and compresses tightly piece one 320, cyclic annular compresses tightly piece one 320 and sets up between conveying mechanism 302 and guide roller two 308, in the sticker transportation process, cyclic annular compresses tightly piece one 320 and compresses tightly round hole three in the sticker, prevent that round hole three from being torn, influence follow-up and the bonding of scroll.

As shown in fig. 1 to 6, the adhesive tape bonding device 4 includes a third fixing frame 401, a third guiding roller 402 for conveying a paper roll is disposed at a discharging end of the third fixing frame 401, a second conveying mechanism 403 for conveying a sticker is disposed at a feeding end of the third fixing frame 401, in this embodiment, the second conveying mechanism 403 includes a third pressing roller 408 and a fourth pressing roller 409 which are rotatably matched, a second stepping motor 410 for driving the third pressing roller 408 to rotate is disposed on the third pressing roller 408, a pressing rod 404 is disposed between the third guiding roller 402 and the second conveying mechanism 403, a fourth guiding roller 405 corresponding to the pressing rod 404 is disposed on the third fixing frame 401, a fifth guiding roller 406 is disposed at an output end of the second conveying mechanism, a third receiving roller 407 corresponding to the fifth guiding roller 406 is further disposed at a lower end of the frame 1, the third receiving roller 407 is rotatably disposed at a lower end of the frame 1, a fifth friction wheel 411 is disposed on the third receiving roller 407, the friction wheel five 411 is used for preventing the material receiving roller three 407 from skidding in the rotating process and influencing the recovery efficiency.

A fixing plate 412 is arranged above the third guide roller 402 and the pressing rod 404, a first gap is formed between the third guide roller 402 and the fixing plate 412, a second gap is formed between the pressing rod 404 and the fixing plate 412, the paper roll sequentially penetrates through the second gap and the first gap along the feeding direction, the punched sticker penetrates through the second gap through the fourth guide roller 405, the conveying direction of the sticker is opposite to the conveying direction of the paper roll, the pressing rod 404 presses the sticker, so that the third round hole in the sticker is torn away from the sticker and is pasted on the paper roll, the second round hole in the sticker corresponds to the first round hole in the paper roll, the completed sticker enters the second conveying mechanism 403 and is recovered to the third collecting roller 407 through the fifth guide roller 406, and the gluing of the paper roll and the sticker and the recovery processing of the sticker are achieved.

As shown in fig. 1 to 6, the automatic button sewing device 5 includes a fourth fixing frame 501, a first vibrating plate 502 and a second vibrating plate 503 for placing the magnetic buttons are respectively disposed on two sides of the fourth fixing frame 501, and the first vibrating plate 502 and the second vibrating plate 503 are used to realize the feeding of the magnetic buttons in automatic directional sequencing. An upper mounting table 504 connected with the first vibrating disc 502 is arranged on the fourth fixing frame 501, a first linear feeder 515 is arranged on the first vibrating disc 502, the first vibrating disc 502 and the upper mounting table 504 are connected through the first linear feeder 515, a first mounting hole is formed in the upper mounting table 504, a third punch is arranged in the first mounting hole, a third through hole is formed in one end, in contact with the magnetic buckle, of the third punch, the third through hole is connected with a first air suction pump through a connecting pipe, a lower mounting table 505 connected with the second vibrating disc 503 is arranged on the fourth fixing frame 501, a second linear feeder 512 is arranged on the lower mounting table 505, the second vibrating disc 503 and the lower mounting table 505 are connected through a second linear feeder 512, a second mounting hole is formed in the lower mounting table 505, a fourth punch is arranged in the second mounting hole, a fourth through hole is formed in one end, in contact with the magnetic buckle, a second air suction pump is connected with the fourth through a connecting pipe, a fifth driving piece for driving the, the driving member five includes a cylinder fifteen 513 for driving the punch three to move in the vertical direction and a cylinder sixteen 514 for driving the punch four to move in the vertical direction.

The magnetic buttons in the vibrating disc I502 rise along the spiral track in the vibrating disc I502 through the vibrating action of the vibrating disc I502, are sequentially and orderly arranged to enter the linear feeder I515, are accurately conveyed to the first mounting hole in the upper mounting table 504, the air suction pump starts to suck air to enable the magnetic buttons to be adsorbed on the punch III to prevent the magnetic buttons from falling off, the magnetic buttons in the vibrating disc II 503 rise along the spiral track of the vibrating disc II 503 through the vibrating action of the vibrating disc II 503 to enter the linear feeder II 512, are sequentially and orderly arranged to be conveyed to the second mounting hole in the lower mounting table 505, the air suction pump II starts to suck air to enable the magnetic buttons to be adsorbed on the punch IV to prevent the magnetic buttons from falling off, after one magnetic button is arranged in both the upper mounting table 504 and the lower mounting table 505, the punch III is driven to move towards the lower mounting table 505 by the air cylinder fifteen 513, and the punch IV is driven to move towards the upper mounting table 504 by the air cylinder sixteen 514, the upper magnetic button and the lower magnetic button penetrate through the first round hole on the paper roll and the second round hole on the sticker and are buckled together, and the operation of sewing the electrode plate of the electrocardiogram is completed.

In order to prevent a plurality of magnetic buttons from being sent to the upper mounting table 504 or the lower mounting table 505 together in the conveying process so as to realize the operation of one button and one nail, in the utility model, a first channel is arranged on the upper mounting table 504, one end of the first channel is communicated with the first vibration disc 502, the other end of the first channel is communicated with a first mounting hole, a first pushing piece 509 and a driving piece six 510 used for driving the first pushing piece 509 to move in the first channel are inserted in the first channel, the driving piece six 510 is arranged as a seventeen cylinder, a second channel is arranged on the lower mounting table 505, one end of the second channel is communicated with a second vibration disc 503, the other end of the second channel is communicated with a second mounting hole, a second pushing piece and a driving piece seven 511 used for driving the second pushing piece to move in the second channel are inserted in the second channel, the seven 511 is arranged as an eighteen cylinder, the magnetic buttons in the first vibration disc 502 are conveyed to the first channel, the magnetic buttons are pushed into the first mounting hole, the first pushing piece 509 can only push one magnetic button at a time, through system control over the sixth driving piece 510, only after the last magnetic button is machined, the first pushing piece 509 can be started again to push the next magnetic button, similarly, the magnetic buttons in the second vibrating disk 503 are conveyed to the second channel, the seventh driving piece 511 drives the second pushing piece to move in the second channel, the magnetic buttons are pushed into the second mounting hole, the second pushing piece can only push one magnetic button at a time, through system control over the seventh driving piece 511, only after the last magnetic button is machined, the second pushing piece can be started again to push the next magnetic button, discharging speed and quantity of the magnetic buttons are controlled, and success rate of button nailing is guaranteed.

One end of the automatic button sewing device 5 discharging is provided with a supporting plate II 507, a first groove is formed in the supporting plate II 507 along the feeding direction, the size of the first groove is the same as that of the magnetic button, the first groove is formed to meet the requirement of conveying the magnetic button on the supporting plate II 507, the paper roll can be positioned, and first limiting parts 508 used for determining the horizontal position of the paper roll are arranged on two sides of the first groove.

As shown in fig. 1, fig. 2, fig. 7 and fig. 8, the dispensing and curing device 6 includes a dispensing mechanism and a curing box, the dispensing mechanism includes a dispensing head 601 and a storage barrel 602 disposed on the frame 1 and used for placing glue, the dispensing head 601 is connected with the storage barrel 602 through a third connecting pipe 603, the glue enters the dispensing head 601 through the third connecting pipe 603 to dispense the paper roll, in order to adjust the height between the dispensing head 601 and the paper roll according to actual needs, the dispensing mechanism further includes a driving member eight 604 for driving the dispensing head 601 to move along the vertical direction, and the driving member eight 604 is set as a nineteen cylinder. The curing box comprises a supporting table 605 arranged on the machine frame 1, a box body 606 arranged on the supporting table 605 and a baking lamp arranged in the box body 606, in the embodiment, the baking lamp is set as an ultraviolet lamp, the baking lamp is used for baking glue on a paper roll, in order to enable the paper roll to pass through the box body 606, the lower ends of two side walls of the box body 606 are provided with five opposite through holes 607, one end of the supporting table 605 is provided with a supporting plate three 608, the supporting plate three 608 is arranged below the dispensing head 601, the supporting plate three 608 is provided with a groove two 609 along the feeding direction, the size of the groove two 609 is the same as that of the magnetic buckle, the groove two 609 is arranged to meet the conveying requirement of the magnetic buckle on the supporting plate three 608, two sides of the groove two 609 are provided with a limiting piece two 610 for determining the horizontal position of the paper roll, the other, the size of the third groove 612 is the same as that of the magnetic buckle, the third groove 612 is arranged to meet the requirement of conveying the magnetic buckle on the support table 605, and the third limit pieces 613 for determining the horizontal position of the paper roll are arranged on two sides of the third groove 612.

As shown in fig. 1, 2, 9, 10, and 11, the film sticking apparatus 7 includes a fifth fixing frame 701, a fifth supporting plate 702, a first pressing mechanism, a second pressing mechanism, and a sixth supporting plate 703 are sequentially disposed on the fifth fixing frame 701 along a feeding direction, a heating mechanism for deforming the plastic strip is disposed above the second pressing mechanism, the heating mechanism includes a hot air blower 704 and a suction mold 705 disposed opposite to each other, a circular groove is disposed on an end surface of the suction mold 705 facing the hot air blower 704, a through hole six is disposed in the circular groove, the through hole six is connected to a third suction pump through a fourth connecting pipe, a driving member 722 for driving the suction mold 705 to eject out toward the hot air blower 704 is disposed at the other end of the suction mold 705, the driving member 722 is disposed as a twenty cylinder, a third stocker 706 corresponding to the heating mechanism is disposed at an upper end of the frame 1, a sixth friction wheel 723 is disposed on the third stocker 706, and the third stocker 706 is prevented, affecting the discharge efficiency.

An adjusting assembly three 707 for adjusting the tension degree of the plastic seal is arranged between the heating mechanism and the hopper three 706, in the embodiment, the adjusting assembly three 707 includes a feeding roller 724, a pressing plate three 725 and a pressing plate four 726, the pressing plate three 725 is fixed on the fixing frame five 701, the pressing plate four 726 is fixed on the pressing plate three 725 through a fastener three 727, the plastic seal penetrates through a gap between the pressing plate three 725 and the pressing plate four 726, and two sides of the pressing plate three 725 are further provided with a limiting piece seven 728 for determining the longitudinal position of the plastic seal.

The paper roll after dispensing and curing is conveyed to the fifth supporting plate 702 along the feeding direction, the paper roll is pressed by the pressing mechanism to ensure the firmness of the paper roll, the plastic package strip is placed at the third stocker 706, the plastic package strip is conveyed to the heating mechanism through the third adjusting assembly 707, the driving piece 722 is started to drive the suction model 705 to eject towards the direction of the hot air blower 704, the hot air blower 704 is started, heating the plastic package strip to soften the plastic package strip, sucking air by a suction pump three times to enable the plastic package strip to be tightly attached to the surface of the suction model 705 and to generate deformation, generating a shape on the deformed plastic seal strip, wherein the shape is the same as that of a circular groove on the suction model 705, through the conveying effect of the film sticking device 7, the paper roll and the plastic package strip after heating deformation are conveyed into the second pressing mechanism together for combined pressing, and finally the paper roll after film sticking is discharged from the sixth supporting plate 703 and conveyed to the next working area.

A groove four is formed in the supporting plate five 702 along the feeding direction, and limiting parts four 709 for determining the horizontal position of the paper roll are arranged on two sides of the groove four. A second fixing part 710 is arranged above the fifth support plate 702, a second cutter 711 for cutting the paper roll is rotatably arranged on the second fixing part 710, the second cutter 711 only cuts a layer of protective paper on the upper surface of the paper roll, a second roller 712 corresponding to the second cutter 711 is arranged at the end part of one end of the fifth support plate 702, in the embodiment, one end of the second fixing part 710 is fixed on the fifth fixing frame 701, a second connecting shaft 729 is arranged at the other end of the second fixing part 710, a second cutter fixing frame 730 is rotatably arranged on the second connecting shaft 729, the second cutter 711 is arranged on the second cutter fixing frame 730, in order to adjust the distance between the first cutters 213 according to the actual paper roll size, a second annular fixing block for determining the horizontal position of the second cutter fixing frame 730 on the second connecting shaft 729 is further arranged on the second connecting shaft 729, a fourth material collecting roller 713 is arranged at the upper, the friction wheel seven 731 is arranged on the material receiving roller four 713, and the friction wheel seven 731 is used for preventing the material receiving roller four 713 from skidding in the recovery process to influence the recovery efficiency. A fifth groove is formed in the six supporting plates 703 along the feeding direction, the size of the fifth groove is the same as that of the magnetic buckles, the fifth groove is formed to meet the conveying of the magnetic buckles on the six supporting plates 703, and two sides of the fifth groove are provided with five limit parts 715 used for determining the horizontal position of the paper roll.

In order to compress tightly the scroll, hold-down mechanism one includes synchronous belt 716 and the hold-in range two that the surface laminated mutually, be provided with on five 701 of mounts and be used for driving synchronous belt 716 and two synchronous rotating's of hold-in range drive assembly 718, in this embodiment, drive assembly 718 is including setting up axis of rotation assembly one and axis of rotation assembly two on five 701 of mounts, axis of rotation assembly one sets up in the top of axis of rotation assembly two, axis of rotation assembly one includes synchronous rotating shaft one and axis of rotation two, hold-in range 716 sets up between axis of rotation one and axis of rotation two, axis of rotation assembly two includes three and four axes of rotation of synchronous rotating's axis of rotation, hold-in range two sets up between axis of rotation. The paper roll passes through a gap between the first synchronous belt 716 and the second synchronous belt; in order to compress tightly the scroll after the plastic envelope, hold-in range three and hold-in range four that hold-in mechanism two includes the surface laminating mutually, be provided with on five 701 of mount and be used for driving hold-in range three and hold-in range four synchronous rotating's two 721, in this embodiment, two 721 of drive assembly are including setting up five and the six axis of rotation assemblies of axis of rotation assembly on five 701 of mount, five top that sets up in axis of rotation assembly six of axis of rotation assembly, axis of rotation assembly three is including synchronous rotating's axis of rotation seven and axis of rotation eight, hold-in range three sets up between axis of rotation seven and axis of rotation eight, axis of rotation assembly four is including synchronous rotating's axis of rotation five and axis of rotation six, hold-in range four sets up between axis of rotation five and axis of.

As shown in fig. 1, 2, 9, 10 and 11, the outer shape trimming press 8 includes a fixing frame six 801, a lower die three 802 is disposed in the fixing frame six 801, a through hole seven 803 is disposed in the lower die three 802, a punch five 804 corresponding to the through hole seven 803 and a driving member nine 805 for driving the punch five 804 to move in the vertical direction are disposed above the lower die three 802, the driving member nine 805 is a cylinder twenty one, a material receiving roller five 806 is disposed at the upper end of the frame 1, the material receiving roller five 806 is used for recovering the paper roll waste after trimming, a friction wheel eight 808 is disposed on the material receiving roller five 806, and the friction wheel eight 808 is used for preventing the material receiving roller five 806 from slipping in the recovery process and affecting the recovery efficiency. The paper roll after film pasting and plastic packaging is conveyed to the position above the third lower die 802 along the feeding direction, the driving member nine 805 drives the fifth punch 804 to move towards the direction of the third lower die 802, the paper roll is subjected to edge punching, an electrocardiogram electrode slice is finally obtained, and redundant paper rolls are recycled to the fifth material receiving roller 806.

In order to ensure the product quality of the electrocardiogram electrode slice and the firmness of the paper roll, the sticker and the plastic package strip, a pressing component 807 for pressing the paper roll is arranged at one feeding end of a fixing frame six 801, in the embodiment, the pressing component 807 comprises a first pressing piece 809 and a second pressing piece 810 which are oppositely arranged, the second pressing piece 810 is arranged above the first pressing piece 809, the lower surface of the first pressing piece 809 is fixed on the rack 1, a first blind hole is formed in the upper surface of the first pressing piece 809 and used for placing a magnetic buckle, the upper surface of the second pressing piece 810 is connected with the output end of a driving piece nine 805 through a connecting plate, namely, the driving piece nine 805 drives a fifth punch 804 to move towards a third die 802 direction, the second pressing piece 810 also moves towards the first pressing piece 809, the first pressing piece 809 and the second pressing piece 810 jointly act to press the paper roll, a second blind hole corresponding to the first blind hole is formed in the lower, the second blind hole is also used for placing a magnetic buckle.

As shown in fig. 1, 2, 9, 10, and 11, in order to facilitate the collection and arrangement of the electrocardiographic electrode pieces after edge punching, the recovery device 9 includes a transmission belt 901 disposed below the third lower mold 802, a driving motor 902 for driving the transmission belt 901 is disposed on the transmission belt 901, a through hole eight corresponding to the through hole seven 803 is disposed at the lower end of the sixth fixing frame 801, the electrocardiographic electrode pieces after edge punching fall from the through hole eight to the transmission belt 901, the driving motor 902 drives the transmission belt 901 to transmit the electrocardiographic electrode pieces, and the subsequent collection and arrangement are facilitated.

The embodiments of the present invention have been described in detail with reference to the drawings, but the present invention is not limited to the above embodiments, and those skilled in the art can make modifications and improvements without departing from the scope of the present invention.

Claims (15)

1. Electrocardiogram electrode plate visual identification automatic processing combination equipment, which comprises a rack (1) and is characterized in that a paper roll feeding device (2), a sticker feeding device (3), an adhesive tape bonding device (4), an automatic button sewing device (5), a glue dispensing curing device (6), a film pasting device (7), an appearance trimming punching device (8) and a recovery device (9) are sequentially arranged on the rack (1), a visual identifier I (101) is arranged between the adhesive tape bonding device (4) and the automatic button sewing device (5), a visual identifier II (102) is arranged between the automatic button sewing device (5) and the glue dispensing curing device (6), a visual identifier III (103) is arranged between the film pasting device (7) and the appearance trimming punching device (8), a visual identifier IV (104) is arranged above the recovery device (9), and a driving horizontal position of the adhesive tape bonding device (4) is arranged on the adhesive tape bonding device (4) The automatic edge punching device is characterized in that a first moving mechanism is arranged, a second driving mechanism used for adjusting the horizontal position of the automatic edge punching device (5) is arranged on the automatic edge punching device (5), a third driving mechanism used for adjusting the horizontal position of the dispensing curing device (6) is arranged on the dispensing curing device (6), a fourth driving mechanism used for adjusting the horizontal position of the film sticking device (7) is arranged on the film sticking device (7), and a fifth driving mechanism used for adjusting the horizontal position of the appearance edge punching device (8) is arranged on the appearance edge punching device (8).

2. The automatic processing combination equipment for the visual identification of the electrocardiogram electrode slices as claimed in claim 1, wherein the paper roll feeding device (2) comprises a paper roll punching mechanism (201) arranged on the frame (1) and a first material storage device (202) arranged above the paper roll punching mechanism (201), a first material guiding roller (203) is arranged between the paper roll punching mechanism (201) and the first material storage device (202), the paper roll punching mechanism (201) comprises a first fixing frame (204), a first lower die (205) is arranged in the first fixing frame (204), a first through hole (206) is arranged in the first lower die (205), a first upper die (207) is arranged above the first lower die (205), a first punch corresponding to the first through hole (206) is arranged in the first upper die (207), and a first driving element (208) for driving the first upper die (207) to move in a vertical direction and a first punch for driving the first punch (208) are arranged on the first fixing frame (204) And the second driving part moves along the vertical direction.

3. The automatic processing combination equipment for the visual identification of the electrocardiogram electrode slices as claimed in claim 2, wherein a first adjusting component (209) for adjusting the tension of the paper roll is arranged at one feeding end of the paper roll punching mechanism (201), a first support plate (210) is arranged at one discharging end of the paper roll punching mechanism (201), a gap is formed in the first support plate (210), a first roller (211) is arranged in the gap, first fixing parts (212) are oppositely arranged on two sides of the first support plate (210), a first cutter (213) for cutting the paper roll is rotatably arranged on the first fixing parts (212), and a first material collecting roller (214) corresponding to the first support plate (210) is arranged at the upper end of the rack (1).

4. The automatic processing combination equipment for electrocardiogram electrode slices visual identification according to claim 1, is characterized in that the sticker feeding device (3) comprises a second stacker (301), a sticker punching mechanism and a first conveying mechanism (302) which are sequentially arranged at the lower end of the rack (1), the sticker punching mechanism comprises a second fixing frame (303), a second lower die (304) is arranged in the second fixing frame (303), a second through hole is formed in the second lower die (304), a second upper die (305) is arranged above the second lower die (304), a second punch corresponding to the second through hole is arranged in the second upper die (305), and a third driving piece (306) for driving the second upper die (305) to move along the vertical direction and a fourth driving piece for driving the second punch to move along the vertical direction are arranged on the second fixing frame (303).

5. The automatic processing combination equipment for visual identification of the electrocardiogram electrode slices as claimed in claim 4, wherein the second storage device (301) is arranged at the feeding side of the sticker punching mechanism, a second adjusting assembly (307) for adjusting the tightness of the stickers is arranged between the sticker punching mechanism and the second storage device (301), the first conveying mechanism (302) is arranged at the discharging side of the sticker punching mechanism, a second guide roller (308) is arranged at the discharging end of the first conveying mechanism (302), and a second receiving roller (309) corresponding to the second guide roller (308) is further arranged at the lower end of the frame (1).

6. The automatic processing combination equipment for the visual identification of the electrocardiogram electrode slices as claimed in claim 1, wherein the adhesive tape bonding device (4) comprises a third fixing frame (401), a third material guiding roller (402) for conveying paper rolls is arranged at one discharging end of the third fixing frame (401), a second conveying mechanism (403) for conveying stickers is arranged at one feeding end of the third fixing frame (401), a pressing rod (404) is arranged between the third material guiding roller (402) and the second conveying mechanism (403), a fourth material guiding roller (405) corresponding to the pressing rod (404) is arranged on the third fixing frame (401), a fifth material guiding roller (406) is arranged at an output end of the second conveying mechanism (403), and a third material receiving roller (407) corresponding to the fifth material guiding roller (406) is further arranged at the lower end of the frame (1).

7. The automatic machining combination equipment for visual identification of the electrocardiogram electrode slices as claimed in claim 1, wherein the automatic button sewing device (5) comprises a fixed frame four (501), a first vibrating disk (502) and a second vibrating disk (503) for placing a magnetic button are respectively arranged on two sides of the fixed frame four (501), an upper mounting platform (504) connected with the first vibrating disk (502) is arranged on the fixed frame four (501), a first mounting hole is formed in the upper mounting platform (504), a third punch is arranged in the first mounting hole, a third through hole is formed in one end of the third punch, which is in contact with the magnetic button, the third through hole is connected with a first air suction pump through a connecting pipe, a lower mounting platform (505) connected with the second vibrating disk (503) is arranged on the fixed frame four (501), and a second mounting hole is formed in the lower mounting platform (505), the automatic paper roll fixing device is characterized in that a punch head IV is arranged in the mounting hole II, a through hole IV is formed in one end, contacting with the magnetic buckle, of the punch head IV, the through hole IV is connected with an air pump II through a connecting pipe II, a driving piece V used for driving the punch head III and the punch head IV to move in opposite directions is arranged on the fixing frame IV (501), a supporting plate II (507) is arranged at one end, discharging of the automatic nail buckle device (5), a groove I is formed in the supporting plate II (507) in the feeding direction, and a first limiting part (508) used for determining the horizontal position of a paper roll is.

8. The automatic machining combination equipment for the visual identification of the electrocardiogram electrode slice as claimed in claim 7, wherein the upper mounting table (504) is provided with a first channel, one end of the first channel is communicated with the first vibration disk (502), the other end of the first channel is communicated with the first mounting hole, the first channel is internally inserted with a first pushing member (509) and a sixth driving member (510) for driving the first pushing member (509) to move in the first channel, the lower mounting table (505) is provided with a second channel, one end of the second channel is communicated with the second vibration disk (503), the other end of the second channel is communicated with the second mounting hole, and the second channel is internally inserted with a second pushing member and a seventh driving member (511) for driving the second pushing member to move in the second channel.

9. The automatic processing combination equipment for visual identification of the electrocardiogram electrode slice according to claim 1, wherein the dispensing and curing device (6) comprises a dispensing mechanism and a curing box, the dispensing mechanism comprises a dispensing head (601) and a storage barrel (602) arranged on the frame (1) and used for placing glue, the dispensing head (601) is connected with the storage barrel (602) through a third connecting pipe (603), the dispensing mechanism further comprises a driving member eight (604) used for driving the dispensing head (601) to move along the vertical direction, the curing box comprises a supporting table (605) arranged on the frame (1), a box body (606) arranged on the supporting table (605) and a baking lamp arranged in the box body (606), the lower ends of the two side walls of the box body (606) are provided with five opposite through holes (607), one end of the supporting table (605) is provided with a third supporting plate (608), the glue dispensing device is characterized in that a third support plate (608) is arranged below the glue dispensing head (601), a second groove (609) is formed in the third support plate (608) along the feeding direction, two limiting parts (610) used for determining the horizontal position of a paper roll are arranged on two sides of the second groove (609), a fourth support plate (611) is arranged at the other end of the support table (605), a third groove (612) is formed in the fourth support plate (611) along the feeding direction, and three limiting parts (613) used for determining the horizontal position of the paper roll are arranged on two sides of the third groove (612).

10. The automatic processing combination equipment for visual identification of the electrocardiogram electrode slices as claimed in claim 1, wherein the film sticking device (7) comprises a fifth fixing frame (701), a fifth support plate (702), a first pressing mechanism, a second pressing mechanism and a sixth support plate (703) are sequentially arranged on the fifth fixing frame (701) along the feeding direction, a heating mechanism for deforming the plastic sealing strips is arranged above the second pressing mechanism, the heating mechanism comprises a hot air blower (704) and a suction mold (705) which are oppositely arranged, a circular groove is formed in the end face of the suction mold (705) facing the hot air blower (704), a sixth through hole is formed in the circular groove, the sixth through hole is connected with a third suction pump through a fourth connecting pipe, a third storage container (706) corresponding to the heating mechanism is arranged at the upper end of the rack (1), and a third adjusting component (707) for adjusting the tension of the plastic sealing strips is arranged between the heating mechanism and the third storage container (706) ).

11. The automatic processing combination equipment for the visual identification of the electrocardiogram electrode slices as claimed in claim 10, wherein a groove four is formed in the support plate five (702) along the feeding direction, position-limiting parts four (709) for determining the horizontal position of the paper roll are arranged on two sides of the groove four, a fixing part two (710) is arranged above the support plate five (702), a cutter two (711) for cutting the paper roll is rotatably arranged on the fixing part two (710), a roller two (712) corresponding to the cutter two (711) is arranged at one end of the support plate five (702), a material receiving roller four (713) is arranged at the upper end of the rack (1), a groove five is formed in the support plate six (703) along the feeding direction, and position-limiting parts five for determining the horizontal position of the paper roll are arranged on two sides of the groove five.

12. The automatic processing combination equipment for visual identification of the electrocardiogram electrode slices as claimed in claim 11, wherein the first pressing mechanism comprises a first synchronous belt (716) and a second synchronous belt, the outer surfaces of which are attached to each other, the first fixing frame (701) is provided with a first transmission assembly (718) for driving the first synchronous belt (716) and the second synchronous belt to rotate synchronously, the second pressing mechanism comprises a third synchronous belt and a fourth synchronous belt, the outer surfaces of which are attached to each other, and the fifth fixing frame (701) is provided with a second transmission assembly (721) for driving the third synchronous belt and the fourth synchronous belt to rotate synchronously.

13. The automatic processing combination equipment for visual identification of the electrocardiogram electrode slices as claimed in claim 1, wherein the outer shape trimming device (8) comprises a six fixed frame (801), a third lower die (802) is arranged in the six fixed frame (801), a seventh through hole (803) is formed in the third lower die (802), a fifth punch (804) corresponding to the seventh through hole (803) and a ninth driving element (805) for driving the fifth punch (804) to move along the vertical direction are arranged above the third lower die (802), an eighth through hole corresponding to the seventh through hole (803) is formed in the lower end of the six fixed frame (801), and a fifth material collecting roller (806) is arranged at the upper end of the frame (1).

14. The automatic processing combination equipment for the visual identification of the electrocardiogram electrode slices as claimed in claim 13, wherein a pressing component (807) for pressing paper rolls is arranged at one end of the feeding of the fixing frame six (801).

15. The automatic processing combination equipment for the visual identification of the electrocardiogram electrode slices as claimed in claim 14, wherein the recovery device (9) comprises a transmission belt (901) arranged below the third lower mould (802), and a driving motor (902) for driving the transmission belt (901) is arranged on the transmission belt (901).

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