CN212149519U - Hot cutting labeling device - Google Patents

Abstract

The utility model provides a hot cutting pastes mark equipment, including the bottom plate, set up transmission backward flow mechanism on the bottom plate along length direction, along the transmission direction of transmission backward flow mechanism set gradually sweep sign indicating number hot cutting mechanism, two mark feed mechanisms, duplex position pressurize mechanism, defective products unloading mechanism and detect the labeller and construct. The conveying and refluxing mechanism is used for conveying products forwards, the code scanning and hot cutting mechanism scans the codes of the products, a protective film at one end of each product is hot-cut and sealed, the detection and labeling mechanism optically detects the products, after the labeling position is determined, the two labeling feeding mechanisms feed materials, the detection and labeling mechanism adsorbs and attaches labels to the products, then the double-station pressure maintaining mechanism maintains the pressure of the products for a preset time, qualified products are continuously conveyed forwards, after the tail end of the conveying and refluxing mechanism manually or a mechanical arm takes the products off, the conveying and refluxing mechanism reflows no-load tools, and automatic hot cutting, labeling, pressure maintaining and discharging of the products are achieved, and automatic production is achieved.

Description

Hot cutting labeling device

Technical Field

The utility model relates to an electronic product production technical field especially relates to a hot cutting pastes mark equipment.

Background

In the production process of electronic products, such as mobile phones, watches and the like, products need to be packaged, after the packaging is finished, protective films need to be pasted on the packaging boxes, the sealing openings need to be hot-cut, and then the packaging boxes need to be labeled.

Through manual operation's mode, workman working strength is big, and the hot seal is different, and the position of labelling easily takes place the deviation, and product quality is unstable, also does not benefit to automated production.

SUMMERY OF THE UTILITY MODEL

The utility model provides a technical problem provide a hot cutting pastes mark equipment.

For solving the technical problem, the utility model provides a labeling equipment is surely marked to heat, including the bottom plate, along length direction set up in transmission backward flow mechanism on the bottom plate, edge transmission backward flow mechanism's transmission direction sets gradually sweep sign indicating number hot cutting mechanism, two mark feed mechanism, duplex position pressurize mechanism, defective products unloading mechanism and set up in sweep a detection mark mechanism of sign indicating number hot cutting mechanism top and below.

Furthermore, the transmission backflow mechanism comprises a feeding transmission belt and a driving belt which are arranged above the bottom plate, a feeding motor which is transmitted by the feeding transmission belt, a plurality of blocking cylinders which are arranged in the middle of the feeding transmission belt, a backflow transmission belt and a driving belt which are arranged below the bottom plate, a backflow motor which is transmitted by the backflow transmission belt and a lifting connection unit which is arranged at two ends of the feeding transmission belt.

Furthermore, the unit of plugging into goes up and down including the mounting bracket of plugging into, vertically set up in plug into lift slide rail on the mounting bracket, with lift slide rail sliding fit's lifting support, drive lifting support follows the gliding rodless cylinder of lift slide rail, set up in the last transmission frame of plugging into of lifting support, set up in plug into the transmission band, the drive of plugging into on the transmission frame the motor of plugging into of transmission band and set up in two photoelectric sensor of lifting support both sides.

Further, sweep sign indicating number earnestly construct including earnestly frame, vertically set up in lead screw unit in the earnestly frame, with earnestly mounting panel that the lead screw unit transmission is connected, set up in earnestly mounting panel, the vertical setting of earnestly mounting panel one side earnestly set up in earnestly slide rail on the earnestly mounting panel, with earnestly lifter plate, drive of earnestly slide rail sliding fit earnestly the earnestly lifter plate is followed earnestly elevator motor that the earnestly slide rail goes up and down, set up in elasticity guide post on the earnestly lifter plate, set up in the cutter deflector of elasticity guide post bottom one side, set up in cutter deflector one side with the cutter that the elasticity guide post links to each other and set up in the elasticity clamp plate of earnestly.

Furthermore, subsides mark feed mechanism includes the pad pasting frame, set up in roll of material in the pad pasting frame mount, receive material roller, drive receive material roller pivoted and receive material motor, a plurality of guide roll, set up in roll the vacuum stock guide of material mount below, with stripper plate that the vacuum stock guide links to each other, with stripper plate links to each other, set up in antiseized silica gel on the stripper plate and regulation antiseized regulating unit that the antiseized board goes up and down.

Furthermore, antiseized regulating unit include vertical in adjust the slide rail in the pad pasting frame, with adjust slide rail sliding fit's regulation lift slider and with adjust lift slider with adjust the fixed pin of slide rail.

Furthermore, the double-station pressure maintaining mechanism comprises a pressure maintaining frame, two elastic pressure maintaining plates arranged on the pressure maintaining frame, two pressure maintaining lifting plates arranged on two sides of the transmission backflow mechanism, two lifting cylinders for driving the pressure maintaining lifting plates to lift and two photoelectric sensors arranged above the pressure maintaining lifting plates.

Furthermore, the defective product discharging mechanism comprises a discharging rack, a discharging lifting cylinder arranged on the discharging rack, a discharging translation cylinder driving the discharging lifting cylinder to advance and retreat, and a clamping cylinder arranged at the output end of the discharging lifting cylinder.

Furthermore, detect labeller and construct including set up in the Y axle module of transmission backward flow mechanism top, with Y axle slide rail sliding fit's X axle module, with X axle module sliding fit's Z axle module, set up in the detection portion mounting panel of Z axle module output, set up in last detection camera on the detection portion mounting panel, set up in go up the pad pasting of detection camera one side and inhale piece, drive the pad pasting that the piece is inhaled to the pad pasting rotates and the pad pasting driving motor who goes up and down.

Furthermore, the detection labeling mechanism further comprises a lower detection camera arranged below the transmission backflow mechanism.

The utility model discloses a hot cutting subsides mark equipment, transmission backward flow mechanism is used for transmitting the product forward, and the product includes the carrier and sets up the electronic product of tectorial membrane on the carrier, sweep sign indicating number hot cutting mechanism and sweep the sign indicating number back to the product, hot cut the seal to the protection film of product one end, it detects the labeller to product optical detection, confirms behind the labelling position, two to paste the feeding of mark feeding mechanism, it adsorbs attached to the product with the label to detect labeller, can be alternately at the one end of product labeling, then duplex position pressurize mechanism is to product pressurize a preset time after, and the certified products continue to transmit forward transmission backward the artifical or manipulator of transmission backward flow mechanism tail end takes off the product back, transmission backward flow mechanism will have the no-load utensil backward flow, detect unqualified product by the unloading of defective products unloading mechanism, realized the automatic hot cutting of product promptly, Labeling, pressure maintaining and blanking, and automatic production is realized.

Drawings

Fig. 1 is a schematic view of the hot cutting labeling device of the present invention;

fig. 2 is a schematic view of a feeding and conveying part of a conveying and refluxing mechanism of the hot cutting and labeling device of the present invention;

fig. 3 is a schematic view of the backflow transmission part of the transmission backflow mechanism of the hot cutting labeling device of the present invention;

fig. 4 is a schematic view of the lifting connection unit of the hot cutting labeling device of the present invention;

fig. 5 is a schematic view of the code scanning and thermal cutting mechanism of the thermal cutting and labeling device of the present invention;

fig. 6 is a schematic view of the label feeding mechanism of the hot cutting and labeling device of the present invention;

fig. 7 is a schematic view of the upper portion of the double-station pressure maintaining mechanism of the hot cutting and labeling device of the present invention;

fig. 8 is a schematic view of the lower portion of the double-station pressure maintaining mechanism of the hot cutting and labeling device of the present invention;

fig. 9 is a schematic view of a defective product discharging mechanism of the hot cutting labeling device of the present invention;

fig. 10 is a schematic view of the detection labeling mechanism of the hot cutting labeling device of the present invention;

labeled as: a bottom plate 1, a transmission reflux mechanism 2, a feeding transmission belt 21, a feeding motor 22, a blocking cylinder 23, a reflux transmission belt 24, a reflux motor 25, a lifting connection unit 26, a connection mounting frame 261, a lifting slide rail 262, a lifting support 263, a rodless cylinder 264, a connection transmission frame 265, a connection transmission belt 266, a connection motor 267, a photoelectric sensor 268, a code scanning thermal cutting mechanism 3, a thermal cutting frame 31, a screw rod unit 32, a thermal cutting mounting plate 33, a thermal cutting slide rail 34, a thermal cutting lifting plate 35, a thermal cutting lifting motor 36, an elastic guide column 37, a cutter guide plate 38, a cutter 381, an elastic pressing plate 39, a labeling feeding mechanism 4, a film pasting frame 41, a material roll fixing frame 42, a material receiving roll 43, a guide roll 44, a vacuum material guide plate 45, a stripping plate 46, an anti-sticking plate 47, anti-sticking silica gel 48, an anti-sticking adjustment unit 49, an adjustment slide rail, an adjustment lifting slide block 492, a pin 493, a pressure, the automatic detection device comprises a pressure maintaining frame 51, an elastic pressure maintaining plate 52, a pressure maintaining lifting plate 53, a lifting cylinder 54, a photoelectric sensor 55, a defective product discharging mechanism 6, a discharging frame 61, a discharging lifting cylinder 62, a discharging translation cylinder 63, a clamping cylinder 64, a detection labeling mechanism 7, a Y-axis sliding rail slide 71, an X-axis module 72, a Z-axis module 73, a detection part mounting plate 74, an upper detection camera 75, a film sticking suction block 76, a film sticking driving motor 77 and a lower detection camera 78.

Detailed Description

Reference will now be made in detail to embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like reference numerals refer to the same or similar elements or elements having the same or similar function throughout. The embodiments described below with reference to the drawings are exemplary and intended to be used for explaining the present invention, and should not be construed as limiting the present invention.

The technical solutions provided by the embodiments of the present invention will be described in detail below with reference to fig. 1 to 10.

This embodiment provides a mark equipment is pasted in hot cutting, including bottom plate 1, along length direction set up in transmission backward flow mechanism 2 on the bottom plate 1, follow the sign indicating number hot cutting mechanism 3, two mark feed mechanism 4, duplex position pressurize mechanism 5, defective products unloading mechanism 6 and set up in sweep a sign indicating number hot cutting mechanism 3 top and the detection of below and paste mark mechanism 7 that set gradually to the direction of transmission backward flow mechanism 2. The transmission backflow mechanism 2 is used for transmitting products forwards, the products comprise carriers and electronic products arranged on the carriers and coated with films, the code scanning and hot cutting mechanism 3 scans the products and then seals the product through hot cutting of a protective film at one end of the products, the detection and labeling mechanism 7 optically detects the products and determines the labeling position and then feeds the labeling mechanism 4, the detection and labeling mechanism 7 adsorbs the labels to the products, the labels can be alternately labeled at one end of the products, then the double-station pressure maintaining mechanism 5 maintains the pressure of the products for a preset time and then continuously transmits qualified products forwards, after the tail end of the transmission backflow mechanism 2 is manually or mechanically takes the products down, the transmission backflow mechanism 2 returns the unloaded products, unqualified products are detected, and the unqualified products are discharged by the unqualified product discharging mechanism 6, namely, the automatic hot cutting, the products, and the like, Labeling, pressure maintaining and blanking, and automatic production is realized.

The transmission backflow mechanism 2 comprises a feeding transmission belt 21 and a driving belt which are arranged above the bottom plate 1, a feeding motor 22 and a plurality of blocking cylinders 23 which are arranged in the middle of the feeding transmission belt 21, a backflow transmission belt 24 and a driving belt which are arranged below the bottom plate 1, a backflow motor 25 and a lifting connection unit 26, wherein the backflow motor 25 is used for transmitting the backflow transmission belt 24, and the lifting connection unit 26 is arranged at two ends of the feeding transmission belt 21. The feeding motor 22 drives the feeding conveyor belt 21 to convey products forwards, the code scanning thermal cutting mechanism 3, the labeling feeding mechanism 4, the double-station pressure maintaining mechanism 5 and the labeling detecting mechanism 7 are respectively provided with a photoelectric sensor for processing, when the photoelectric sensors detect the products, the blocking cylinders 23 are corresponding to block and position the products, then the code scanning thermal cutting mechanism 3, the labeling feeding mechanism 4, the double-station pressure maintaining mechanism 5, the labeling detecting mechanism 7 and the defective product blanking mechanism 6 are corresponding to act respectively, when the products are conveyed to the tail of the feeding conveyor belt 21, the lifting connection unit 26 drives the idle tools to descend to the backflow conveyor belt 24, the products are conveyed to the lower part of the feeding end of the feeding conveyor belt 21 through the backflow conveyor belt 24, and the lifting connection unit 26 drives the products to ascend to the front end of the feeding conveyor belt 21, after the products are put into the pipeline, the products are continuously transmitted forwards to perform code scanning and hot cutting and the like, so that a loop-shaped production line is formed.

The lifting and docking unit 26 includes a docking mounting frame 261, a lifting slide rail 262 vertically disposed on the docking mounting frame 261, a lifting support 263 slidably fitted to the lifting slide rail 262, a rodless cylinder 264 for driving the lifting support 263 to slide along the lifting slide rail 262, a docking transmission frame 265 disposed on the lifting support 263, a docking transmission belt 266 disposed on the docking transmission frame 265, a docking motor 267 for driving the docking transmission belt 266, and two photoelectric sensors 268 disposed on two sides of the lifting support 263. When the photoelectric sensor 268 detects a product, the rodless cylinder 264 drives the lifting bracket 263 to ascend/descend along the lifting slide rail 262, and the docking motor 267 drives the docking conveyor 266 to move towards a direction close to the feeding conveyor 21/the return conveyor 24, that is, the product is docked in a lifting manner.

Sweep sign indicating number earnestly construct 3 including earnestly frame 31, vertical set up in earnestly lead screw unit 32 in the frame 31, with earnestly mounting panel 33, the vertical setting that the transmission of lead screw unit 32 is connected earnestly slide rail 34 on the earnestly mounting panel 33, with earnestly lifter plate 35, the drive of earnestly slide rail 34 sliding fit earnestly lifter plate 35 is followed earnestly elevating motor 36, set up in earnestly elastic guide post 37 on the lifter plate 35, set up in the cutter deflector 38 of elastic guide post 37 bottom one side, set up in cutter deflector 38 one side with cutter 381 that elastic guide post 37 links to each other and set up in the elastic press plate 39 of earnestly mounting panel 33 bottom. When a photoelectric sensor at the code scanning and thermal cutting mechanism 3 detects that a product arrives, the screw rod unit 32 drives the thermal cutting mounting plate 33 to descend, the elastic pressing plate 39 presses the product, the thermal cutting lifting motor 36 drives the thermal cutting lifting plate 35 and the cutter 381 to descend, and the cutter thermally cuts and seals the protective film at one end of the product.

Paste mark feed mechanism 4 including the pad pasting frame 41, set up in material book mount 42, receipts material roller 43, drive on the pad pasting frame 41 receive material roller 43 pivoted receipts material motor, a plurality of guide roll 44, set up in the vacuum stock guide 45 of material book mount 42 below, with stripper plate 46 that vacuum stock guide 45 links to each other, with antiseized board 47 that stripper plate 46 links to each other, set up in antiseized silica gel 48 on the antiseized board 47 and regulation antiseized regulating unit 49 that antiseized board 47 goes up and down. Receive material motor drive receive material roller 43 and rotate, receive the material with the label base stock, the label passes through in proper order vacuum stock guide 45 with stripper plate 46, by behind the direction of vacuum stock guide 45, follow stripper plate 46 with get into between the anti-sticking plate 47 receive the material on the material roller 43, the label of peeling off falls on anti-sticking silica gel 48, it is convenient detect labeling mechanism 7 and label.

The anti-sticking adjusting unit 49 comprises an adjusting slide rail 491 which is vertical to the film pasting machine frame 41, an adjusting lifting slide block 492 which is in sliding fit with the adjusting slide rail 491, and a pin 493 which fixes the adjusting lifting slide block 492 and the adjusting slide rail 491. After the adjusting lifting slide 492 slides to a proper height along the adjusting slide rail 491, the adjusting lifting slide 492 is fixed by the pin 493, that is, the height of the anti-sticking plate 47 is adjusted.

The double-station pressure maintaining mechanism 5 comprises a pressure maintaining rack 51, two elastic pressure maintaining plates 52 arranged on the pressure maintaining rack 51, two pressure maintaining lifting plates 53 arranged on two sides of the transmission backflow mechanism 2, two lifting cylinders 54 for driving the pressure maintaining lifting plates 53 to lift, and two photoelectric sensors 55 arranged above the pressure maintaining lifting plates 53. When the photoelectric sensor 55 detects that a product arrives, the lifting cylinder 54 drives the pressure maintaining lifting plate 53 to ascend, and the pressure maintaining lifting plate 53 drives the product to ascend and is in contact with the elastic pressure maintaining plate 52 to maintain the pressure of the label for a preset time.

The defective product blanking mechanism 6 comprises a blanking frame 61, a blanking lifting cylinder 62 arranged on the blanking frame 61, a blanking translation cylinder 63 driving the blanking lifting cylinder 62 to advance and retreat, and a clamping cylinder 64 arranged at the output end of the blanking lifting cylinder 62. And for the products which are not qualified in detection by the detection labeling mechanism 7, the products are clamped by the clamping cylinder 64 and then are subjected to translational blanking by the blanking translational cylinder 63.

The detection labeling mechanism 7 comprises a Y-axis module 71 arranged above the transmission backflow mechanism 2, an X-axis module 72 in sliding fit with the Y-axis slide rail 71, a Z-axis module 73 in sliding fit with the X-axis module, a detection part mounting plate 74 arranged at the output end of the Z-axis module 73, an upper detection camera 75 arranged on the detection part mounting plate 74, a film sticking suction block 76 arranged on one side of the upper detection camera 75, and a film sticking driving motor 77 for driving the film sticking suction block 76 to rotate and lift; the detection labeling mechanism 7 further comprises a lower detection camera 78 arranged below the transmission reflow mechanism 2, and the lower detection camera 78 corresponds to the upper detection camera 75. Go up the protection film detection of detection camera 75 after to the hot-cut, detect whether it seals well, then take a picture to the product and confirm after the position of labelling, it is right down to detect camera 78 after the block 76 is inhaled to the pad pasting, Y axle slide rail cunning 71 the drive of X axle module 72 pad pasting driving motor 77 removes in Y axle and X axle direction, the drive of pad pasting driving motor 77 the block 76 descends is inhaled to the pad pasting, the pad pasting is inhaled the block 76 and is attached to the product after adsorbing the label, and attached precision is high.

The utility model discloses a hot cutting labeling device, transmission backward flow mechanism 2 is used for transmitting the product forward, and the product includes carrier and the electronic product who sets up the tectorial membrane on the carrier, sweep sign indicating number hot cutting mechanism 3 and sweep the sign indicating number back to the product, to the protection film hot cutting seal of product one end, detection labeling mechanism 7 is to product optical detection, confirm the post-locating of labelling, two labeling feed mechanism 4 feeds, detection labeling mechanism 7 adsorbs the label and attaches to the product, can be alternately at the one end of product labeling, then after the product pressurize of duplex position pressurize mechanism 5 for the preset time, the certified products continue to transmit forward, after transmission backward flow mechanism 2 tail end is taken off the product to artifical or manipulator, transmission backward flow mechanism 2 will have the backward flow, detect unqualified no-load product by the unloading of defective products unloading mechanism 6 unloading, the automatic hot cutting, labeling, pressure maintaining and discharging of the product are realized, and the automatic production is realized.

The above description is only a preferred embodiment of the present invention, and is not intended to limit the present invention in any way, and those skilled in the art can make many variations and modifications of the technical solution of the present invention without departing from the scope of the technical solution of the present invention.

Claims (10)

1. A hot cutting labeling device is characterized in that: including the bottom plate, along length direction set up in transmission backward flow mechanism on the bottom plate, edge the sign indicating number hot cutting mechanism, two subsides mark feed mechanism, duplex position pressurize mechanism, defective products unloading mechanism and set up in what transmission backward flow mechanism's transmission direction set gradually sweep sign indicating number hot cutting mechanism top and below detect the subsides mark mechanism.

2. The hot-cut labeling apparatus of claim 1, wherein: the transmission backflow mechanism comprises a feeding transmission belt and a driving belt which are arranged above the bottom plate, a feeding motor and a plurality of blocking cylinders, wherein the feeding motor is used for feeding transmission belt transmission, the plurality of blocking cylinders are arranged in the middle of the feeding transmission belt, the backflow transmission belt and the driving belt are arranged below the bottom plate, the backflow motor is used for backflow transmission belt transmission, and the backflow motor is arranged at two ends of the feeding transmission belt in a lifting connection mode.

3. The hot-cut labeling apparatus of claim 2, wherein: the unit of plugging into goes up and down including the mounting bracket of plugging into, vertical set up in plug into lift slide rail on the mounting bracket, with lift slide rail sliding fit's lifting support, drive lifting support follows the gliding rodless cylinder of lift slide rail, set up in the last transmission frame of plugging into of lifting support, set up in plug into the transmission band, the drive of plugging into on the transmission frame the motor of plugging into of transmission band and set up in two photoelectric sensor of lifting support both sides.

4. The hot-cut labeling apparatus of claim 1, wherein: sweep sign indicating number earnestly construct including earnestly frame, vertical set up in lead screw unit in the earnestly frame, with earnestly mounting panel that the transmission of lead screw unit is connected, set up in earnestly mounting panel, the vertical setting of earnestly mounting panel one side earnestly slide rail on the earnestly mounting panel, with earnestly lifter plate, drive of earnestly slide rail sliding fit earnestly lifter plate follows earnestly elevator motor that the earnestly slide rail goes up and down, set up in elasticity guide post on the earnestly lifter plate, set up in the cutter deflector of elasticity guide post bottom one side, set up in cutter deflector one side with the cutter that the elasticity guide post links to each other and set up in the elasticity clamp plate of earnestly mounting panel bottom.

5. The hot-cut labeling apparatus of claim 1, wherein: paste mark feed mechanism include the pad pasting frame, set up in roll up material mount, receipts material roller, drive in the pad pasting frame receive material motor, a plurality of guide rolls of material roller pivoted, set up in roll up the vacuum stock guide of material mount below, with stripper plate that the vacuum stock guide links to each other, with stripper plate links to each other, set up in antiseized silica gel and regulation on the antiseized board antiseized regulating unit that the antiseized board goes up and down.

6. The hot-cut labeling apparatus of claim 5, wherein: the anti-sticking adjusting unit comprises an adjusting slide rail vertical to the film pasting rack, an adjusting lifting slide block in sliding fit with the adjusting slide rail, and a pin for fixing the adjusting lifting slide block and the adjusting slide rail.

7. The hot-cut labeling apparatus of claim 1, wherein: duplex position pressurize mechanism include the pressurize frame, set up in two elasticity pressurize boards in the pressurize frame, set up in two pressurize lifter plates, the drive of transmission backward flow mechanism both sides are two the lift cylinder that the pressurize lifter plate goes up and down and set up in two the photoelectric sensor of pressurize lifter plate top.

8. The hot-cut labeling apparatus of claim 1, wherein: the defective product discharging mechanism comprises a discharging rack, a discharging lifting cylinder arranged on the discharging rack, a discharging translation cylinder driving the discharging lifting cylinder to advance and retreat, and a clamping cylinder arranged at the output end of the discharging lifting cylinder.

9. The hot-cut labeling apparatus of claim 1, wherein: detect labeller and construct including set up in the Y axle module of transmission backward flow mechanism top, with Y axle slide rail sliding fit's X axle module, with X axle module sliding fit's Z axle module, set up in the detection portion mounting panel of Z axle module output, set up in last detection camera on the detection portion mounting panel, set up in the pad pasting of last detection camera one side is inhaled piece, drive the pad pasting is inhaled the rotatory and pad pasting driving motor who goes up and down of piece.

10. The hot-cut labeling apparatus of claim 9, wherein: the detection labeling mechanism further comprises a lower detection camera arranged below the transmission backflow mechanism.

Images