CN209365491U - Barcode scanning refuse bag production equipment - Google Patents

Abstract

The utility model discloses a kind of barcode scanning refuse bag production equipments, belong to barcode scanning refuse bag production field, its key points of the technical solution are that including rack, feeding device, spray code spraying apparatus, bottom closing device and material collecting device are disposed in rack, the spray code spraying apparatus includes fixed frame, tracker and code spraying device；The bottom closing device includes locating rack, upper heat-fastening knife and lower heat-fastening knife, is fixedly connected with driving cylinder on locating rack, the cylinder body of cylinder is driven to be fixedly connected on locating rack；Console is connected on the side wall of the rack, console controls code spraying device to refuse bag coding by second control circuit, and control driving cylinder drives upper heat-fastening knife to move downward to refuse bag back cover.The utility model solves the problem of current barcode scanning refuse bag is not achieved automated production, output is made not to be able to satisfy user demand, by the way that a kind of barcode scanning refuse bag production equipment is arranged, has achieved the effect that the automated production to barcode scanning refuse bag.

Description

Barcode scanning refuse bag production equipment

Technical field

The utility model relates to refuse bag production fields, more specifically, it is related to a kind of barcode scanning refuse bag production equipment.

Background technique

Barcode scanning refuse bag is to stamp two dimensional code on rubbish band, is printed on different two dimensions on each sack of every a roll Code realizes one bag one yard.Barcode scanning refuse bag is before distribution, it is desirable that user need to be by way of barcode scanning by the personal information of user It is bound with the two dimensional code on corresponding refuse bag, so that the refuse bag has trackability in later period use process, to refuse bag Use have the function that supervision and management.Garbage classification advice person can know the phase of user by the two dimensional code on refuse bag Information is closed, and good will reminds the resident of unfiled dispensing, it is ensured that everybody correctly puts on by classification rubbish.

In general, barcode scanning refuse bag 01 before processing, needs to be provided with the spray to coding on refuse bag 01 referring to Fig. 1 Code frame 012 and tracking item 011, when processing, by detecting tracking item 011 come the coding into coding frame 012, then to refuse bag 01 carries out back cover, and sawtooth tearing notch 013 is cut between refuse bag 01.

Currently, the attention with people to garbage reclamation, the use of barcode scanning refuse bag will be more and more extensive, and existing rubbish The automated production to barcode scanning refuse bag that rubbish bag production equipment cannot achieve is not able to satisfy people to the need of barcode scanning refuse bag It asks, it is urgently to be resolved to the automated production of barcode scanning refuse bag.

Utility model content

In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of productions of barcode scanning refuse bag to set It is standby, it is provided with spray code spraying apparatus on the rack, spray code spraying apparatus can be tracked to the refuse bag being transmitted in rack and coding, from And it can be realized the automated production to barcode scanning refuse bag.

To achieve the above object, the utility model provides following technical solution:

A kind of barcode scanning refuse bag production equipment, including rack are disposed with feeding device, spray code spraying apparatus, envelope in rack Bottom device and material collecting device, the spray code spraying apparatus include fixed frame, tracker and code spraying device, and fixed frame is fixedly connected on machine The top of frame, tracker and code spraying device are fixedly arranged on the two sides of fixed frame respectively, when tracker detects the tracking item on refuse bag When, the coding frame of refuse bag is located just at the underface of code spraying device；The bottom closing device include locating rack, upper heat-fastening knife and under Heat-fastening knife, locating rack are fixedly connected on the top of rack, and lower heat-fastening knife is fixedly connected in the rack immediately below locating rack, positioning It is fixedly connected with driving cylinder on frame, the cylinder body of cylinder is driven to be fixedly connected on locating rack, the piston rod of cylinder is driven to pass through Locating rack, upper heat-fastening knife are fixedly connected on the piston rod end of driving cylinder；Console, console are connected on the side wall of rack Code spraying device is controlled to refuse bag coding by second control circuit, and control driving cylinder drives upper heat-fastening knife to move downward to rubbish Bag back cover.

By using above scheme, when refuse bag is transmitted from feeding device in rack, tracker is able to detect that rubbish Tracking item on rubbish bag, and console is passed information to, console controls code spraying device coding into the coding frame of refuse bag, together When control driving cylinder piston rod elongation, heat-fastening knife moves downward in driving, cooperate together with lower heat-fastening knife to refuse bag into Row back cover, the refuse bag after last coding, back cover can be wound through material collecting device.

Preferably, the second control circuit includes: information acquisition module, information acquisition module is set as tracker, chases after Track device exports control signal when tracking the tracking on refuse bag；Central processing module, central processing module link information Acquisition module and the control signal for receiving information acquisition module output, central processing module are also connected with input module and display mould Block, input module represent the digital signal of two dimensional code number to central processing module input, and central processing module is by digital signal It is transferred to display module, display module shows corresponding two dimensional code number according to the digital signal received, when central processing mould Block receive signal processing module output control signal when, central processing module can be to the two dimensional code number of input at It manages and converts the corresponding digital signal of two dimensional code number for two dimensional code number；First control module, the connection of the first control module Central processing module and the digital signal exported in response to central processing module, when the first control module receives central processing mould When the digital signal of block output, code spraying device is controlled to refuse bag coding, while controlling driving cylinder and upper heat-fastening knife is driven to transport downwards It is dynamic, back cover is carried out to refuse bag with the cooperation of lower heat-fastening knife.

By using above scheme, after tracker tracks the tracking item on refuse bag, to the central processing mould of console Block issues control signal, and central processing module can be handled the number inputted from input module, will be defeated from input module The number entered is converted into corresponding two dimensional code number, and is transferred to encoder, and encoder receives central processing module transmission After digital signal, code spraying device is controlled to refuse bag coding, while controlling the piston rod elongation of driving cylinder, keeps heat-fastening knife downward It moves and cooperates with lower heat-fastening knife to refuse bag back cover.

Preferably, the lower heat-fastening knife is identical with the structure of upper heat-fastening knife, lower heat-fastening knife and upper heat-fastening knife include left heat Plate, right hot plate and the cutter being set between left hot plate and right hot plate.

By using above scheme, when upper heat-fastening knife moves downward, after upper heat-fastening knife is bonded with lower heat-fastening knife, can incite somebody to action The refuse bag passed through between upper heat-fastening knife and lower heat-fastening knife carries out heat seal back cover, and cutter can be cut into saw on refuse bag Tooth tearing notch to the back cover of refuse bag and cutting while carrying out.

Preferably, the second control circuit further includes the second control module, the second control module connects central processing mould Block and the digital signal issued in response to central processing module, when the representative that central processing module receives input module input is every When the digital signal of a roll of refuse bag number, central processing module records digital signal and the input for representing refuse bag number, when Central processing module is started counting when receiving the control signal of information acquisition module sending, when second control circuit receives When the digital signal of central processing module output, control material collecting device winds refuse bag, when central processing module counts Number when being equal to the number of digital signal representation, central processing module, which makes to count, to be reset and controls material collecting device and earns disconnected rubbish Bag.

By using above scheme, refuse bag after coding and back cover, need to refuse bag according to certain number into Row winding, by inputting every a roll of number for needing to wind from input module, central processing module represents every a roll receiving After refuse bag number, output issues the corresponding digital signal of every a roll refuse bag when central processing module receives tracker Control signal when, central processing module starts counting and controls material collecting device to be started to wind to refuse bag, when central processing mould When the number of block count is equal to every a roll of refuse bag corresponding number, central processing module count reset and control material collecting device will Refuse bag is earned disconnected.

Preferably, the material collecting device includes receiving rack and winding component；The receiving rack is rotationally connected with the top of rack Portion, receiving rack include two fixed disks being parallel to each other and four fixations for being fixedly connected on two opposite sides of fixed disk Column, the rewinding motor of driving receiving rack rotation is connected in receiving rack, and rewinding motor is fixedly connected on the top of rack；The receipts Wound module includes the first cylinder, the second cylinder, first motor, the second motor, the first Scroll and the second Scroll, the first gas Four connecting shafts, the cylinder body one end of connecting shaft far from the first cylinder and the second cylinder are installed on the cylinder body of cylinder and the second cylinder The outside of one of fixed disk, the first cylinder and the second cylinder are fixedly connected on a horizontal straight line, first motor It is fixedly connected on the piston rod end of the first cylinder, the second motor is fixedly connected on the piston rod end of the second cylinder, and first receives Spool is fixedly connected on the output shaft of first motor, and the second Scroll is fixedly connected on the output shaft of the second motor, and first The middle part of Scroll and the second Scroll offers the gap slot passed through for refuse bag, corresponding first Scroll of fixed disk and the The inside of two Scrolls is installed with position-arresting disk, offers in fixed disk and position-arresting disk and winds for the first Scroll and second respectively The first through hole and the second through-hole that axis passes through.

By using above scheme, when the second control module receives the digital signal of central processing module output, control It makes the rotation of the first collecting shaft to wind refuse bag, and controls rewinding motor and turn over 180 °, when what is wound on the first Scroll When number reaches the number of every a roll of refuse bag requirement, refuse bag is earned disconnected, the second Scroll, which starts turning, carries out refuse bag The piston rod of winding, the first cylinder is withdrawn, and makes position-arresting disk by under the refuse bag gear on the first Scroll, rewinding motor turns over again 180 °, the position of the first Scroll and the second Scroll is replaced, above-mentioned steps are repeated, it can be to refuse bag according to required Number wound.

Preferably, being provided with hold-down mechanism between the bottom closing device and material collecting device；The hold-down mechanism includes actively Roller group, driven roller group and driving motor, active roller group are rotationally connected in rack, are connected on the output shaft of driving motor with teeth Wheel group, gear set are fixedly connected on the end of active roller group, and driven roller group is rotationally connected in rack, driven roller group and drive roll Belt is arranged between group.

By using above scheme, the refuse bag after heat seal back cover will appear the fold of corrugated in the position of heat seal, envelope Refuse bag behind bottom passes through between active roller group and driven roller group, and driving motor drives the rotation of active roller group, and active roller group is logical It crosses belt and drives driven roller group rotation, driven roller group rotation compresses the refuse bag extended there through, by the back cover of refuse bag Place flattens, and improves the quality of refuse bag.

Preferably, the both ends of the driven roller group are rotatably connected to sliding block, the limit for sliding block sliding is offered in rack Slot is fixedly connected with guide post on sliding block, and guide post sliding is connected in rack, and holddown spring is arranged in guide post.

Cunning by using above scheme, when driving motor drives driven roller group to rotate by belt, in driven roller group Block slides in limiting slot, compresses holddown spring, and holddown spring diastole pushes the gap between driven roller group to reduce, can to from Refuse bag is passed through in driven roller group and carries out elastic compression, is reduced the fold on refuse bag, is improved the quality of refuse bag.

Preferably, being provided with manual tension mechanism in rack between the hold-down mechanism and discharging device.

By using above scheme, when being moved downward due to driving cylinder control heat-fastening knife to refuse bag progress back cover, heat Refuse bag can be pushed down when conjunction, and feeding device one end continues the feeding in rack, to be easy to cause refuse bag on the rack It stacks, the refuse bag in transmission can be tensioned by manual tension mechanism, prevent refuse bag from stacking during transmission.

Preferably, the manual tension mechanism includes tensioning frame and idler roller；Tensioning frame is fixedly connected on the top of rack Portion, is rotatably connected to a transmission shaft at the top of tensioning frame, and the both ends of transmission shaft are fixed there are two master bevel gear, and the two of tensioning frame Side is vertically connected with lead screw, and the lower rotation of lead screw is connected on tensioning frame, is fixedly connected at the top of lead screw and master bevel gear Engagement from bevel gear, the both ends of idler roller are threadedly connected on lead screw.

By using above scheme, drive transmission shaft rotation, at the top of the master bevel gear and lead screw on transmission shaft from cone tooth Wheel engagement, can drive lead screw to rotate, and then idler roller can be made to slide along the axial direction of lead screw, can be to the rubbish for bypassing idler roller Bag is tensioned.

In conclusion the utility model has the advantages that compared with the prior art

1. being additionally provided with console in rack by being provided with tracker, code spraying device and bottom closing device on the rack, control Platform processed controls code spraying device coding on refuse bag by second control circuit, while controlling bottom closing device to refuse bag back cover and cutting Sawtooth tearing notch is cut out, the automated production to barcode scanning refuse bag is realized, improves the production efficiency of barcode scanning refuse bag；

2. hold-down mechanism can carry out bullet to from the refuse bag after heat seal back cover by being provided with hold-down mechanism on the rack Property compress, so as to flatten the corrugated fold on refuse bag, and then can be improved the quality of refuse bag；

3. by being provided with manual tension mechanism on the rack, manual tension mechanism can submit the refuse bag in transmission Elasticity, preventing refuse bag, relaxation or generation stack phenomenon during transmission.

Detailed description of the invention

Fig. 1 is the structural schematic diagram in background technique；

Fig. 2 is the axonometric drawing of embodiment；

Fig. 3 is the structural schematic diagram of feeding device；

Fig. 4 is the partial schematic diagram made to highlight heat device and spray code spraying apparatus；

Fig. 5 is the partial circuit diagram of first control circuit；

Fig. 6 is the rest part circuit diagram of first control circuit；

Fig. 7 is the structural schematic diagram made to highlight bottom closing device；

Fig. 8 is the structural scheme of mechanism of lower heat-fastening knife；

Fig. 9 is the partial schematic diagram of hold-down mechanism；

Figure 10 is the structural schematic diagram of manual tension mechanism；

Figure 11 is the structural schematic diagram of receiving rack；

Figure 12 is the partial schematic diagram made to highlight feeding device；

Figure 13 is embodiment system diagram；

Figure 14 is the module map of the part of second control circuit；

Figure 15 is the module map of the rest part of second control circuit.

Appended drawing reference: 01, refuse bag；011, item is tracked；012, coding frame；013, sawtooth tearing notch；1, rack；2, feeding fills It sets；21, stock shelf；211, card slot；212, feeding cylinder；22, feeding roller；23, cradle；231, feeding cylinder；24, feeding Roller；25, feeding motor；26, the first binder roller group；3, spray code spraying apparatus；31, fixed frame；32, tracker；33, code spraying device；34, Six deflector rolls；4, bottom closing device；41, locating rack；411, cylinder is driven；42, upper heat-fastening knife；43, lower heat-fastening knife；431, left hot plate； 432, right hot plate；433, cutter；434, the 7th deflector roll；435, the 8th deflector roll；5, material collecting device；51, receiving rack；511, fixed Disk；5111, first through hole；512, fixed column；513, rewinding motor；514, position-arresting disk；5141, the second through-hole；52, winding group Part；521, the first cylinder；522, the second cylinder；5211, connecting shaft；523, first motor；524, the second motor；525, it first receives Spool；526, the second Scroll；5261, gap slot；53, splicing groove；531, inclined plate；6, heat device；61, heat seal component； 611, lower hot plate；612, upper hot plate；62, binder component；621, support plate；622, bracket；623, press cylinder；624, pressing plate； 63, the first deflector roll；64, the second deflector roll；65, third deflector roll；66, the 4th deflector roll；67, the 5th deflector roll；68, first control circuit； 681, infrared sensor switch；6811, emission part；6812, induction part；R1, first resistor；R2, second resistance；R3,3rd resistor； KAI, the first electromagnetic coil；KA1-1, the first normally opened contact；KA1-2, the first normally-closed contact；YA1, the first electromagnet；YA2, Two electromagnet；7, hold-down mechanism；71, guide roller group；711, guide rack；712, guide rack；72, it holds down assembly；721, drive roll Group；722, driven roller group；723, driving motor；724, belt；725, gear set；726, limiting slot；727, sliding block；728, it is oriented to Column；729, holddown spring；73, roller group is guided；731, the first guide reel；732, the second guide reel；733, third guide reel；734, 4th guide reel；735, the 5th guide reel；736, the 6th guide reel；737, the 7th guide reel；8, manual tension mechanism；81, it opens Tight frame；82, idler roller；83, transmission shaft；831, hand-operated wheel；832, master bevel gear；84, lead screw；841, from bevel gear；9, it controls Platform；91, second control circuit；911, information acquisition module；912, central processing module；913, the first control module；914, Two control modules；915, input module；916, display module.

Specific embodiment

A kind of barcode scanning refuse bag production equipment, referring to fig. 2, including rack 1, be successively installed in rack 1 feeding device 2, Spray code spraying apparatus 3, bottom closing device 4 and material collecting device 5.Refuse bag 01 is transmitted in rack 1 through 2 one end of feeding device, is transferred to When at spray code spraying apparatus 3, spray code spraying apparatus 3 can the coding on refuse bag 01, bottom closing device 4 can to refuse bag 01 carry out back cover and The sawtooth tearing notch 013 being cut between two neighboring refuse bag 01, the refuse bag 01 that material collecting device 5 is capable of coding completion are received Volume.

Referring to figs. 2 and 3, feeding device 2 includes stock shelf 21, feeding roller 22, cradle 23, feeding roller 24 and feeding Motor 25.One end of stock shelf 21 is articulated in rack 1, and the other end is in free end, and the end of free end offers card slot 211, The both ends of feeding roller 22 are articulated on stock shelf 21, and the side of stock shelf 21 is connected with feeding cylinder 212, feeding cylinder 212 Cylinder body is articulated in rack 1, and the piston rod end of feeding cylinder 212 is articulated on the side wall of stock shelf 21, driving cylinder 411 Piston rod elongation can be such that stock shelf 21 spins upside down around the hinge joint of itself and rack 1, facilitate the replacement of feeding roller 22.It send Material frame 23 is located at the surface of cradle 23, and one end of cradle 23 is articulated in rack 1, and the other end is in free end, feeding electricity Machine 25 is fixedly arranged on the one end of stock shelf 21 far from rack 1, and feeding roller 24 is fixedly connected on the output shaft of feeding motor 25, feeding The side of frame 23 is connected with feeding cylinder 231, and the cylinder body of feeding cylinder 231 is articulated in rack 1, the piston of feeding cylinder 231 Boom end is articulated on the side wall of cradle 23, and the piston rod elongation of feeding cylinder 231 makes on feeding roller 24 and feeding roller 22 Refuse bag spool abuts, and feeding motor 25 rotates, and driving feeding roller 24 rotates, and the rotation of feeding roller 24 can be by the rubbish on feeding roller 22 The feeding forward of rubbish bag spool.Rack 1 is rotatably connected to the first binder roller group 26 close to one end of stock shelf 21, and feeding motor 25 will Refuse bag 01 on feeding roller 22 is transmitted to the first binder roller group 26, passes through refuse bag 01 from the first binder roller group 26, the One binder roller group 26 can flatten the refuse bag 01 of feeding.

Referring to fig. 2 and Fig. 4, it after the refuse bag 01 on feeding roller 22 is transmitted, needs to change new with refuse bag The feeding roller 22 of 01 spool, in order to enable the end of the end of a upper refuse bag 01 and next 01 spool of refuse bag can Perfect to combine, rack 1 is provided with heat device 6 close to one end of stock shelf 21.Heat device 6 includes being fixedly arranged on the top of rack 1 The heat seal component 61 in portion and it is fixedly arranged on binder component 62 of the heat seal component 61 far from 21 side of stock shelf.Heat seal component 61 includes The lower hot plate 611 that is fixedly arranged in rack 1 and the hingedly upper hot plate 612 with lower 611 one end of hot plate, upper hot plate 612 can be around hinges Contact overturns to lower hot plate 611 and abuts, lower hot plate 611 abutted with upper hot plate 612 after can heating power, make lower hot plate 611 with Heat seal is carried out to refuse bag 01 between upper hot plate 612, by the end heat of upper a roll of 01 end of refuse bag and lower a roll of refuse bag 01 Conjunction is pasted together.Binder component 62 include support plate 621 in fixed rack 1, be fixedly arranged on the bracket 622 at the top of rack 1 with And it is fixedly arranged on the press cylinder 623 at 622 top of bracket, the cylinder body of press cylinder 623 is fixedly connected on the top of bracket 622, presses Expect the piston rod of cylinder 623 straight down and the piston rod end of press cylinder 623 is installed with pressing plate 624, pressing plate 624 is located at branch The surface of fagging 621.

Referring to fig. 4, lower hot plate 611 is rotatably connected to the first deflector roll 63(first in the rack 1 of 21 side of stock shelf and leads Roller 63 be free roll, it is mentioned below to deflector roll be free roll), be disposed with second between lower hot plate 611 and pressing plate 624 Deflector roll 64, third deflector roll 65, the 4th deflector roll 66 and the 5th deflector roll 67, third deflector roll 65 are located at the lower section of the second deflector roll 64, the Two deflector rolls 64, the 4th deflector roll 66 and the 5th deflector roll 67 are located at the top of rack 1.

Referring to figs. 5 and 6, first control circuit 68,68 energy of first control circuit are provided between rack 1 and pressing plate 624 Enough control press cylinder 623 controls pressing plate 624 and refuse bag 01 is pressed in support plate 621.

Referring to Fig. 3 and Fig. 4, first control circuit 68 includes being located to haggle over end close to the infrared sensing of 21 side of stock shelf Switch 681, the emission part 6811 of infrared sensor switch 681 are located at the top of rack 1, the induction part of infrared sensor switch 681 6812 are located at the bottom of rack 1, are transmitted to transmitting of the refuse bag 01 in rack 1 from infrared sensor switch 681 on feeding roller 22 It is passed through between portion 6811 and induction part 6812.Referring to figs. 5 and 6, one end of infrared sensor switch 681 connects to power supply, infrared The other end of sensitive switch 681 is connected with first resistor R1 in turn and the first electromagnetic coil KAI, the first electromagnetic coil KAI is separate One end of first resistor R1 is grounded；Press cylinder 623 is connected with the first electromagnet of the piston rod elongation of control press cylinder 623 The second electromagnet YA2 that YA1 and the piston rod of control press cylinder 623 are withdrawn, first control circuit 68 further includes being sequentially connected in series Second resistance R2, the first electromagnet YA1 and the first normally opened contact KA1-1, the first normally opened contact KA1-1 being coupled on power supply One end far from the first electromagnet YA1 is grounded, and the two of second resistance R2, the first electromagnet YA1 and the first normally opened contact KA1-1 End coupled in series has 3rd resistor R3, the second electromagnet YA2 and the first normally-closed contact KA1-2.Rubbish on feeding roller 22 After bag 01 transfers, the induction part 6812 of infrared sensor switch 681 can receive the signal of the sending of emission part 6811, infrared Sensitive switch 681 is closed, and makes the first electromagnetic coil KA1 invocation point, and the piston rod elongation of control press cylinder 623 pushes pressing plate 624 Refuse bag 01 is pressed between pressing plate 624 and support plate 621, after new feeding roller 22 is changed after stock shelf 21, by feeding roller 22 On 01 end of refuse bag and the end of upper a roll be connected on lower hot plate 611, be rotated further by hot plate 612, make hot plate 612 and Lower hot plate 611 abuts, and generates heat after being connected between upper hot plate 612 and lower hot plate 611, can by the end of upper a roll of refuse bag 01 with The end heat seal of lower a roll refuse bag 01 is together.

Referring to fig. 2 and Fig. 4, spray code spraying apparatus 3 include fixed frame 31, tracker 32 and code spraying device 33, and code spraying device 33 is fixed In side of the fixed frame 31 far from rack 1, code spraying device 33 is fixedly connected on fixed frame 31 close to the side of pressing plate 624.Refuse bag There is tracking item 011 on 01, the specific position on refuse bag 01 is provided with coding frame 012, when tracker 32 tracks refuse bag 01 On tracking item 011 when, the coding frame 012 on refuse bag 01 is located just at the underface of code spraying device 33, and code spraying device 33 is far from warm It closes and is hinged with the 6th deflector roll 34 in the rack 1 of 6 side of mechanism.

Referring to figs. 7 and 8, bottom closing device 4 includes locating rack 41, upper heat-fastening knife 42 and lower heat-fastening knife 43.Locating rack 41 It is fixedly connected on the top of rack 1, lower heat-fastening knife 43 is fixedly connected in the rack 1 immediately below locating rack 41, on locating rack 41 It is fixedly connected with driving cylinder 411, the cylinder body of driving cylinder 411 is fixedly connected on locating rack 41, drives the piston of cylinder 411 Bar passes through locating rack 41, and upper heat-fastening knife 42 is fixedly connected on the piston rod end of driving cylinder 411.Upper heat-fastening knife 42 and lower heat seal The structure of knife 43 is identical, and upper heat-fastening knife 42 and lower heat-fastening knife 43 include left hot plate 431, right hot plate 432 and be set to left heat Cutter 433 between plate 431 and right hot plate 432, cutter 433 are serrated.Lower heat-fastening knife 43 is close to 33 side of code spraying device Rack 1 on be rotatably connected to the 7th deflector roll 434, lower heat-fastening knife 43 is rotatably connected in the rack 1 far from 33 side of code spraying device 8th deflector roll 435, the piston rod elongation of driving cylinder 411, the piston rod of driving cylinder 411 drive upper heat-fastening knife 42 to moving down Dynamic, when upper heat-fastening knife 42 abuts refuse bag 01 with lower heat-fastening knife 43, cutter 433 can be cut into one on refuse bag 01 Sawtooth tearing notch 013, the both ends of sawtooth tearing notch 013 can heat seal be pasted together, back cover is carried out to refuse bag 01.

Referring to fig. 2 and Fig. 9, since refuse bag 01 is after upper heat-fastening knife 42 and the heat-sealable bottom of lower heat-fastening knife 43, refuse bag 01 Hot melt position will appear corrugation dress fold, for improve refuse bag 01 quality, in bottom closing device 4 far from 33 side of code spraying device Rack 1 on be provided with hold-down mechanism 7.Hold-down mechanism 7 includes guide roller group 71, hold down assembly 72 and guidance roller group 73；It leads Expect that roller group 71 includes guide rack 711, seven guide racks 712 are rotatably connected in guide rack 711, guide rack 712 every three are one Group vertical rotating is connected in guide rack 711, last root is rotationally connected with the top of guide rack 711, when 01 back cover of refuse bag After cutting, three guide racks 712 on right side are successively bypassed, further around the guide rack 712 crossed on the top of guide rack 81, finally bypass guide Three guide racks 712 in 711 left side of frame.

Referring to Fig. 9, holding down assembly 72 includes active roller group 721, driven roller group 722 and driving motor 723, active roller group 721 are rotationally connected in rack 1, and driving motor 723 is fixedly connected in rack 1, the company of rotation on the output shaft of driving motor 723 It is connected to gear set 725, gear set 725 is fixedly connected in active roller group 721, is connected between active roller group 721 and driven roller group 722 Multiple belts 724 are connected to, driven roller group 722 is rotationally connected in rack 1, and limiting slot 726, driven roller group are offered in rack 1 722 both ends are fixedly connected with the sliding block 727 that is connected in limiting slot 726 of sliding, on the sliding block 727 at driven 722 both ends of roller group It is installed with guide post 728, guide post 728 is vertically arranged with sliding block 727, and the sliding of guide post 728 is connected in rack 1, guide post Holddown spring 729 is arranged on 728, one end of holddown spring 729 is fixedly connected on sliding block 727, and the other end is fixedly connected on The inner sidewall of limiting slot 726.The refuse bag 01 transmitted from guide roller group 71 sequentially passes through driven roller group 722 and active roller group 721, driving motor 723 rotates, and active roller group 721 is driven to rotate, and the rotation of active roller group 721 drives driven voller by belt 724 722 rotation of group, driven roller group 722 are slided in limiting slot 726 with movable slider 727, compress holddown spring 729, holddown spring 729 Tension make between driven roller group 722 towards or away from movement, thus to pass through driven roller group 722 refuse bag 01 carry out elasticity It compresses.

Referring to Fig. 9, guide roller group 73 include the first guide reel 731 being rotationally connected in rack 1, the second guide reel 732, Third guide reel 733, the 4th guide reel 734, the 5th guide reel 735, the 6th guide reel 736 and the 7th guide reel 737, first Guide reel 731 is rotationally connected in the rack 1 of the lower section of driven roller group 722, the second guide reel 732, third guide reel 733 and 4th guide reel 734 is successively rotationally connected with the top of rack 1, and the 5th guide reel 735, the 6th guide reel 736 and the 7th draw Deflector roll 737 is actively connected to the lower part of rack 1, and the 5th guide reel 735 is located at the second guide reel 732 and third guide reel 733 Lower section is simultaneously staggered with the second deflector roll 64 and third guide reel 733, and the 6th guide reel 736 is located at third guide reel 733 and The lower section of four guide reels 734 is simultaneously staggered with third deflector roll 65 and the 4th guide reel 734, and the 7th guide reel 737 is located at the 4th Lower section of the guide reel 734 far from 733 side of third guide reel.After refuse bag 01 is transmitted from active roller group 721, successively around Cross the first guide reel 731, the second guide reel 732, the 5th guide reel 735, third guide reel 733, the 6th guide reel the 736, the 4th Guide reel 734 and the 7th guide reel 737.

Referring to fig. 2 and Figure 10, since refuse bag 01 can relax in transmission process, for the ease of being opened to refuse bag 01 Tightly, manual tension mechanism 8 is installed in rack 1 of the hold-down mechanism 7 far from 4 side of bottom closing device.Manual tension mechanism 8 includes Tight frame 81 and idler roller 82.Tensioning frame 81 is fixedly connected on the top of rack 1, and the top of tensioning frame 81 is rotatably connected to one Transmission shaft 83, the both ends of transmission shaft 83 are fixed there are two master bevel gear 832, and one end of transmission shaft 83 is extended tensioning frame 81 and consolidated Equipped with a hand-operated wheel 831, the two sides of tensioning frame 81 are vertically connected with lead screw 84, and the lower rotation of lead screw 84 is connected to tensioning frame On 81, the top of lead screw 84 be fixedly connected with engaged with master bevel gear 832 from bevel gear 841, the both ends screw thread of idler roller 82 It is connected on lead screw 84.Hand-operated wheel 831 is rotated, hand-operated wheel 831 drives 84 turns of lead screw by the master bevel gear 832 on transmission shaft 83 It is dynamic, and then axial direction sliding of the idler roller 82 along lead screw 84 can be made, it can be tensioned to around the refuse bag 01 of idler roller 82.

Referring to fig. 2 and Figure 11, material collecting device 5 include receiving rack 51, winding component 52 and splicing groove 53.51 turns of receiving rack The dynamic top for being connected to rack 1, receiving rack 51 is including two fixed disks 511 being parallel to each other and is fixedly connected on two fixations Four fixed columns 512 of the opposite side of disk 511, fixed column 512 is every to be arranged in parallel in pairs between fixed disk 511, rewinding The rewinding motor 513 that driving receiving rack 51 rotates is connected on frame 51, rewinding motor 513 is fixedly connected on the top of rack 1；It receives Wound module 52 include the first cylinder 521, the second cylinder 522, first motor 523, the second motor 524, the first Scroll 525 and Four connecting shafts 5211, connecting shaft are installed on the cylinder body of second Scroll 526, the first cylinder 521 and the second cylinder 522 5211 cylinder body one end far from the first cylinder 521 and the second cylinder 522 are fixedly connected on the outside of one of fixed disk 511, On a horizontal straight line, first motor 523 is fixedly connected on the first cylinder 521 for first cylinder 521 and the second cylinder 522 Piston rod end, the second motor 524 are fixedly connected on the piston rod end (referring to Figure 12) of the second cylinder 522, the first Scroll 525 are fixedly connected on the output shaft of first motor 523, and the second Scroll 526 is fixedly connected on the output shaft of the second motor 524 On, the middle part of the first Scroll 525 and the second Scroll 526 offers the gap slot 5261 passed through for refuse bag 01, fixed The inside of corresponding first Scroll 525 of disk 511 and the second Scroll 526 is installed with position-arresting disk 514, fixed disk 511 and limit The first through hole 5111 passed through for the first Scroll 525 and the second Scroll 526 and the second through-hole are offered on disk 514 respectively 5141。

Referring to Figure 12, splicing groove 53 is located at one end of the separate stock shelf 21 of receiving rack 51, and splicing groove 53 is close to receiving rack 51 side is installed with inclined plate 531, and the top of inclined plate 531 extends to the lower section of receiving rack 51, makes the rubbish fallen in receiving rack 51 Rubbish bag 01 is fallen in splicing groove 53 through inclined plate 531.

Referring to fig. 2 and Figure 13, console 9, console 9 and spray code spraying apparatus 3, bottom closing device 4 are installed on the side wall of rack 1 And second control circuit 91 is connected between material collecting device 5.Referring to Figure 14 and Figure 15, second control circuit 91 is adopted including information Collect module 911, central processing module 912, the first control module 913 and the second control module 914.

Referring to fig. 4 and Figure 14, information acquisition module 911 are set as tracker 32, and tracker 32 is able to detect that refuse bag Tracking item 011 on 01 simultaneously exports control signal；Central processing module 912 is the CPU in console 9, central processing module 912 On be connected with input module 915, input module 915 is set as the keyboard on console 9, is connected on central processing module 912 Display module 916, display module 916 are set as the display screen on console 9, can be manually entered on refuse bag 01 from keyboard Two dimensional code number, so as to guarantee that the two dimensional code number on every a roll of refuse bag 01 is identical, two on difference volume refuse bag 01 It is different to tie up code；Input module 915 inputs the digital signal for representing two dimensional code number, central processing mould to central processing module 912 For block 912 by digital data transmission to display module 916, display module 916 shows corresponding two according to the digital signal received Tie up yardage word；First control module 913 connects central processing module 912, and the first control module 913 can receive central processing mould The digital signal that block 912 exports, the first control module 913 is in the digital signal for receiving central processing module 912 and passing over Afterwards, control code spraying device 33 prepares corresponding two dimensional code, when tracker 32 tracks tracking item 011, information acquisition module 911 Output control signal, central processing module 912 receive the control signal that information acquisition module 911 exports, work as central processing module After 912 receive control signal, central processing module 912 will control signal and be transferred to the first control module 913, the first control mould The piston rod elongation of the control driving cylinder 411 of block 913, moves down heat-fastening knife 42 and carries out back cover and cutting to refuse bag 01 Sawtooth tearing notch 013, and control code spraying device 33 and corresponding two dimensional code is sprayed according to the digital signal received, code spraying device 33 is rigid at this time Two dimensional code can be sprayed onto the coding frame 012 of refuse bag 01 well.

Referring to Figure 11 and Figure 15, the second control module 914 connects central processing module 912, and the second control module 914 is connecing By central processing module 912 export digital signal when, material collecting device 5 can be controlled, refuse bag 01 is wound.User The number of refuse bag 01 can be inputted by input module 915, input module 915 converts the number of refuse bag 01 to and represents rubbish 01 several digital signal of rubbish bag, input module 915 will represent 01 several digital data transmission of refuse bag to central processing mould Block 912, after receiving and representing 01 several digital signal of refuse bag, central processing module 912 records central processing module 912 Represent 01 several digital signal of refuse bag；It is counted when central processing module 912 receives control signal, works as counting Equal to digital signal representation number when, central processing module 912 make count reset and control rewinding motor 513, the first cylinder 521, the second cylinder 522, first motor 523 and the second motor 524 are acted as follows: the piston rod of the first cylinder 521 is stretched Long, the first Scroll 525 of driving stretches out position-arresting disk 514, wears refuse bag 01 out of, the first Scroll 525 gap slot 5261 It crosses, first motor 523 rotates, and drives the first Scroll 525 to wind refuse bag 01, by refuse bag 01 from the first Scroll 525 parts are broken, and then the piston rod of the second cylinder 522 is withdrawn, and are wound the refuse bag 01 finished on the second Scroll 526 and are fallen It falls, subsequent rewinding motor 513 drives receiving rack 51 to turn over 180 °, makes 526 relative position of the first Scroll 525 and the second Scroll It exchanges.When the counting that central processing module 912 carries out is again equal to the number of digital signal representation, the work of the second cylinder 522 Stopper rod elongation, the second Scroll 526 of driving stretch out position-arresting disk 514, make refuse bag 01 from the gap slot 5261 of the second Scroll 526 It inside passes through, the rotation of the second motor 524 drives the second Scroll 526 to wind refuse bag 01, and refuse bag 01 is received from second 526 part of spool is broken, and then the piston rod of the first cylinder 521 is withdrawn, and winds the refuse bag 01 finished on the first Scroll 525 It falls, subsequent rewinding motor 513 drives receiving rack 51 to turn over 180 °, makes the first Scroll 525 and the opposite position of the second Scroll 526 Set exchange.Above-mentioned steps are repeated, refuse bag 01 can be wound.

Use principle: 01 spool of refuse bag of non-coding is sheathed on feeding roller 22, and feeding motor 25 drives feeding roller 22 Onwards transmission controls 33 coding of code spraying device, while controlling when tracker 32 detects the tracking item 011 on refuse bag 01 The piston rod elongation of system driving cylinder 411 moves down heat-fastening knife 42 and tears to the progress back cover of refuse bag 01 and gulleting Mouth 013, refuse bag 01 continue onwards transmission, and driven roller group 721 carries out elastic compression to the refuse bag 01 extended there through, reduce envelope Fold at mouthful, when refuse bag 01 is sent at material collecting device 5, the first Scroll 525 and the second Scroll 526 are to refuse bag 01 is wound.

After 01 spool of refuse bag on feeding roller 22 transfers, infrared sensor switch 681 controls the work of press cylinder 623 Refuse bag 01 is pushed down, new 01 spool of refuse bag is changed on feeding roller 22, is rotated further by by stopper rod elongation, driving pressing plate 624 Hot plate 612 makes to generate heat after being powered between hot plate 612 and lower hot plate 611, can by the end of upper a roll of refuse bag 01 with it is next Roll up the end heat seal of refuse bag 01 together.

This specific embodiment is only explanation of the invention, is not limitation of the present invention, those skilled in the art Member can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but as long as at this All by the protection of Patent Law in the scope of the claims of invention.

Claims (9)

1. a kind of barcode scanning refuse bag production equipment, it is characterised in that: including rack (1), feeding dress is disposed in rack (1) (2), spray code spraying apparatus (3), bottom closing device (4) and material collecting device (5) are set,

The spray code spraying apparatus (3) includes fixed frame (31), tracker (32) and code spraying device (33), and fixed frame (31) is fixedly connected In the top of rack (1), tracker (32) and code spraying device (33) are fixedly arranged on the two sides of fixed frame (31) respectively, when tracker (32) When detecting tracking item (011) on refuse bag (01), the coding frame (012) of refuse bag (01) is located just at code spraying device (33) Underface；

The bottom closing device (4) includes locating rack (41), upper heat-fastening knife (42) and lower heat-fastening knife (43), and locating rack (41) is fixed It is connected to the top of rack (1), lower heat-fastening knife (43) is fixedly connected in the rack (1) immediately below locating rack (41), locating rack (41) driving cylinder (411) is fixedly connected on, the cylinder body of driving cylinder (411) is fixedly connected on locating rack (41), is driven The piston rod of cylinder (411) passes through locating rack (41), and upper heat-fastening knife (42) is fixedly connected on the tailpiece of the piston rod of driving cylinder (411) Portion；

It is connected with console (9) on the side wall of the rack (1), console (9) controls coding by second control circuit (91) For device (33) to refuse bag (01) coding, control drives heat-fastening knife (42) in cylinder (411) driving to move downward to refuse bag (01) Back cover.

2. barcode scanning refuse bag production equipment according to claim 1, which is characterized in that second control circuit (91) packet It includes:

Information acquisition module (911), information acquisition module (911) are set as tracker (32), and tracker (32) is tracking rubbish Output control signal when tracking item (011) on rubbish bag (01)；

Central processing module (912), central processing module (912) link information acquisition module (911) simultaneously receive information collection mould The control signal of block (911) output, central processing module (912) are also connected with input module (915) and display module (916), Input module (915) can be manually entered two dimensional code number, and display module (916) can show the two dimensional code number of input, when When central processing module (912) receives the control signal of signal processing module output, central processing module (912) can be to defeated The two dimensional code number entered carries out processing and converts the corresponding digital signal of two dimensional code number for two dimensional code number；

First control module (913), the first control module (913) connect central processing module (912) and in response to central processings The digital signal of module (912) output, when the first control module (913) receives the number of central processing module (912) output When signal, control code spraying device (33) to refuse bag (01) coding, while control driving cylinder (411) driving on heat-fastening knife (42) to Lower movement carries out back cover to refuse bag (01) with the cooperation of lower heat-fastening knife (43).

3. barcode scanning refuse bag production equipment according to claim 1, it is characterised in that: lower heat-fastening knife (43) He Shangre The structure for closing knife (42) is identical, lower heat-fastening knife (43) and upper heat-fastening knife (42) including left hot plate (431), right hot plate (432) with And it is set to the cutter (433) between left hot plate (431) and right hot plate (432).

4. barcode scanning refuse bag production equipment according to claim 1, it is characterised in that: the second control circuit (91) is also Including the second control module (914), the second control module (914) connects central processing module (912) and in response to central processing The digital signal that module (912) issues, when the representative that central processing module (912) receives input module (915) input is each When rolling up the digital signal of refuse bag (01) number, central processing module (912) record represents the number letter of refuse bag (01) number Number and input, when central processing module (912) receive information acquisition module (911) sending control signal when start to count Number controls material collecting device (5) when second control circuit (91) receives the digital signal of central processing module (912) output Refuse bag (01) is wound, when the number that central processing module (912) count is equal to the number of digital signal representation, in Centre processing module (912), which makes to count to reset and control material collecting device (5), earns disconnected refuse bag (01).

5. barcode scanning refuse bag production equipment according to claim 1, it is characterised in that:

The material collecting device (5) includes receiving rack (51) and winding component (52)；

The receiving rack (51) is rotationally connected with the top of rack (1), and receiving rack (51) includes two fixed disks being parallel to each other (511) and four fixed columns (512) of the opposite side of two fixed disks (511) are fixedly connected on, receiving rack connects on (51) The rewinding motor (513) for having driving receiving rack (51) to rotate, rewinding motor (513) are fixedly connected on the top of rack (1)；

The winding component (52) includes the first cylinder (521), the second cylinder (522), first motor (523), the second motor (524), on the cylinder body of the first Scroll (525) and the second Scroll (526), the first cylinder (521) and the second cylinder (522) It is installed with four connecting shafts (5211), cylinder body one of the connecting shaft (5211) far from the first cylinder (521) and the second cylinder (522) End is fixedly connected on the outside of one of fixed disk (511), and the first cylinder (521) and the second cylinder (522) are in a level Straight line on, first motor (523) is fixedly connected on the piston rod end of the first cylinder (521), and the second motor (524) is fixed to be connected It is connected to the piston rod end of the second cylinder (522), the first Scroll (525) is fixedly connected on the output shaft of first motor (523) On, the second Scroll (526) is fixedly connected on the output shaft of the second motor (524), the first Scroll (525) and the second winding The middle part of axis (526) offers the gap slot (5261) passed through for refuse bag (01), corresponding first Scroll of fixed disk (511) (525) it is installed with position-arresting disk (514) with the inside of the second Scroll (526), divides in fixed disk (511) and position-arresting disk (514) The first through hole (5111) passed through for the first Scroll (525) and the second Scroll (526) and the second through-hole are not offered (5141)。

6. barcode scanning refuse bag production equipment according to claim 1, it is characterised in that:

Hold-down mechanism (7) are provided between the bottom closing device (4) and material collecting device (5)；

The hold-down mechanism (7) includes active roller group (721), driven roller group (722) and driving motor (723), active roller group (721) it is rotationally connected on rack (1), is connected on the output shaft of driving motor (723) gear set (725), gear set (725) It is fixedly connected on the end of active roller group (721), driven roller group (722) is rotationally connected on rack (1), driven roller group (722) Belt (724) are arranged between active roller group (721).

7. barcode scanning refuse bag production equipment according to claim 6, it is characterised in that: the two of the driven roller group (722) End is rotatably connected to sliding block (727), the limiting slot (726) for sliding block (727) sliding is offered in rack (1), on sliding block (727) It is fixedly connected with guide post (728), guide post (728) sliding is connected in rack (1), and guide post is arranged with compression on (728) Spring (729).

8. barcode scanning refuse bag production equipment according to claim 6, it is characterised in that: the hold-down mechanism (7) and discharging Manual tension mechanism (8) are provided in rack (1) between device.

9. barcode scanning refuse bag production equipment according to claim 8, it is characterised in that:

The manual tension mechanism (8) includes tensioning frame (81) and idler roller (82), and tensioning frame (81) is fixedly connected on rack (1) top is rotatably connected to a transmission shaft (83) at the top of tensioning frame (81), there are two the both ends of transmission shaft (83) are fixed Master bevel gear (832), the two sides of tensioning frame (81) are vertically connected with lead screw (84), and the lower rotation of lead screw (84) is connected to tensioning On frame (81), be fixedly connected at the top of lead screw (84) engaged with master bevel gear (832) from bevel gear (841), idler roller (82) both ends are threadedly connected on lead screw (84).