CN109774242A - It is sticking machine - Google Patents

It is sticking machine Download PDF

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Publication number
CN109774242A
CN109774242A CN201811641766.2A CN201811641766A CN109774242A CN 109774242 A CN109774242 A CN 109774242A CN 201811641766 A CN201811641766 A CN 201811641766A CN 109774242 A CN109774242 A CN 109774242A
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CN
China
Prior art keywords
gear
rack
paper bag
component
wheel
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Granted
Application number
CN201811641766.2A
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Chinese (zh)
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CN109774242B (en
Inventor
张昊
梁锡沛
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Foshan Daken Packaging Machinery Co Ltd
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Foshan Daken Packaging Machinery Co Ltd
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Priority to CN201811641766.2A priority Critical patent/CN109774242B/en
Publication of CN109774242A publication Critical patent/CN109774242A/en
Application granted granted Critical
Publication of CN109774242B publication Critical patent/CN109774242B/en
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Abstract

The present invention relates to one kind to be sticking machine, including arranges collating unit, impression device, bag bottom bracing opening apparatus, valve port insertion apparatus, post forming device, outer reinforcing device, turns over bottom device, compacting carrying device；Between each other can be while independently adjustable with cooperative motion, it can adapt to the processing of sizes specification paper bag to make to be sticking machine.

Description

It is sticking machine
Technical field
The present invention relates to the technical fields of paper bag processing, are sticking machine more particularly, to one kind.
Background technique
The packaging bag of papery generallys use following steps and is made, 1. by rectangle paper slip along the perpendicular bisector pair of long side Folding, and broadside is bonded, obtain the cylinder bag of front and back ends opening；2. extruding the first lateral impression and two at the both ends of cylinder bag Respectively with lateral impression angle at 45 ° and the trace that baroclines of mirror image each other；3. strutting a bag bottom along the first lateral impression；4. along it is left, Right two traces that barocline are by bag bottom two sides fold inward；5. extrude the second lateral impression on the inside of cylinder bag, along the impression fold inward, Bag bottom is converted into back cover structure；6 bond back cover structure with glue, obtain finished product paper bag.
Since the dimensions of paper bag is more various, be sticking in the prior art the adaptability to a variety of paper bags of machine compared with It is weak, it is difficult to adapt to the processing of a variety of paper bags.
Summary of the invention
The object of the present invention is to provide a kind of processing for being adapted to sizes paper bag of lakebed machine.
Foregoing invention purpose of the invention has the technical scheme that one kind is sticking machine: include:
A, collating unit, including the first rack are arranged, the first rack is provided with material conveying platform, arrangement mechanism and dressing mechanism；Row Column mechanism includes the rib that conveying assembly and uniform intervals are set to conveying assembly.
B, impression device, including the second rack, the second rack are equipped with a power source and successively set along paper bag conveying direction Oblique creasing mechanism, the lateral creasing mechanism, notching mechanism, paper bag conveying mechanism set；Rack is additionally provided with for adjusting oblique impression The impression differential assembly of mechanism；For adjusting the cutter differential assembly of two cutter assemblies；To connect arrangement collating unit Feeding differential assembly；
C, bag bottom bracing opening apparatus, including third rack, third rack, which is equipped with, opens component along the suction that paper bag conveying direction is set gradually Strutting assembly and planish component；Time-delay mechanism is additionally provided in the strutting assembly；
D, valve port insertion apparatus, including the 4th rack, the 4th rack are equipped with compound paper roll mechanism, traction cutter mechanism, valve port Gumming mechanism, discounting roller mechanism, paster cylinder mechanism；4th rack is additionally provided with the paster variable speed assembly for changing the paster period；
E, post forming device, including set gradually smooth mechanism, creasing mechanism, first shaping mechanism, open mechanism, sealing Gumming mechanism and pass bottom shaping mechanism；
F, outer reinforcing device, for attaching outer finishing strips on paper bag, structure is identical as valve port insertion apparatus；
G, bottom device, including the 7th rack are turned over, the 7th rack is equipped with the upper guide rod positioned at vertical conveying assembly end With lower guide rod, the 7th rack is equipped with horizontal transport agency corresponding with vertical conveying mechanism, and the side of horizontal transport agency is set There is deflecting conveying mechanism；
H, carrying device, including upper pressure conveyer belt and pushing conveyer belt are compacted；
Further, the conveying assembly is moved including two groups of stationary arrangement components and one group arranges component, described first Rack adjusts component equipped with adjust the removable separate or close stationary arrangement component of arrangement component first.
Further, impression differential assembly includes mandrel, the first differential gear for being rotatably disposed in mandrel, rotatable installation In mandrel handle, be fixedly installed in the second differential gear of mandrel；The handle is equipped with and the first differential gear, second The planetary gear of differential gear engagement；Mandrel is provided with output gear；Telescopic pin is provided on handle, the second rack is set There are fixed cover, the fixed pin hole being used for bayonet fittings for being covered with several even circumferential arrangements；Left driving gear and output Gear engagement, right driving gear are engaged with the first differential gear；Feeding differential assembly is identical as the structure of impression differential assembly.
Further, the cutter differential assembly includes the be set between the first driving gear and the second driving gear One angular adjustment component is set between the second driving gear and third driving gear equipped with second angle adjusting component.
Further, the strutting assembly includes the cabinet being mounted in third rack, being equipped in cabinet can be around itself axis The master gear of line rotation is embedded with the joint fork with master gear rotation in master gear, passes through cross axle in joint fork two sides and connects Be connected to the universal-joint fork being rotatably mounted on cabinet, universal-joint fork relative to one end of cross axle be connected with by be rotatably inserted by Inhale the paper bag bottom opened and by the continuing deployment of tube pulling in paper bag bottom；Time-delay mechanism and external are additionally provided in the strutting assembly One drive shaft is equipped with the gear set for transmission between time-delay mechanism and master gear；Positioning mode is installed in third rack Orchid circle, is equipped with worm gear and worm component in locating flange circle, radial sliding slot is offered in worm gear, is arranged outside shaft There is the sliding block in sliding slot and relative to sliding slot sliding.
Further, the 4th rack is equipped with main drive shaft, main drive shaft drives sealing to glue simultaneously by paster variable speed assembly Mechanism, compound paper roll mechanism, traction cutter mechanism, discounting roller mechanism, the operation of paster cylinder mechanism；The paster variable speed assembly packet It includes shell, be equipped with input bevel gear, output bevel gear wheel, tooth rest, planetary gear in shell；Tooth rest is rotatably arranged on shell In vivo, there are two planetary gears, two planetary gears are rotatably mounted to tooth rest, planetary gear be located at input bevel gear with Between output bevel gear wheel, and engaged with input bevel gear, output bevel gear wheel.The tooth rest is fixed with worm gear, and shell is equipped with With the worm screw of worm gear, the worm screw is connected with adjusting handle.
Further, the 4th rack rack is equipped with rejecting mechanism, the rejecting mechanism includes being installed on the 4th machine The main rejecting conveyor track of frame and secondary rejecting conveyor track；It is equipped with main rejecting belt in the main main rejecting conveyor track of rejecting conveyor track, it is secondary It rejects conveyor track and is equipped with secondary rejecting belt, main one end for rejecting belt is sheathed on discounting roller body, and rejecting mechanism further includes setting In the rejecting needle of discounting roller body, and be set to discounting roller body end for drive reject needle it is radially-protruding first switch Component.
Further, the traction cutter mechanism includes mounting base, the 4th rack is provided with to be arranged along paper bag conveying direction Guide rail, the mounting base is slidably arranged and guide rail, the mounting base be equipped with walking component；
The traction cutter mechanism includes being installed on the main shaft of mounting base and being driven by main shaft and set gradually Main traction component, cut component, auxiliary traction component；The main traction component includes main traction roller, the main shaft with Speed-regulation component is equipped between main traction roller.
Further, cutting component includes dynamic moving knife component and stationary knife component, moving knife component includes moving knife axis body, moving knife axis body On axially extending moving knife is installed, the blade of moving knife extends moving knife axis body, and the 4th rack is equipped with by main transmission Shaft-driven active conjugate tooth, the moving knife axis body be equipped with driven conjugate tooth, the active conjugate tooth with it is driven Conjugate tooth intermeshing, the driven conjugate tooth are corresponding with moving knife close to the part of rotation center.
Further, the deflecting conveying mechanism includes the preceding conveying positioned at the 7th rack close to vertical conveying mechanism one end Part, and positioned at the active conveying member of the 7th rack other end, wherein the height of active conveying member is higher than preceding conveying member, actively defeated It send and is arranged with guidance tape between part and preceding conveying member；The preceding conveying member favours the arrangement of paper bag conveying direction, adjacent preceding defeated The horizontal spacing for sending the horizontal spacing of part to be less than adjacent active conveying member；Upper guide rod and lower guide rod are respectively positioned on the conveying of paper bag On path, and it is obliquely installed to guiding conveying mechanism side.
In conclusion advantageous effects of the invention are as follows: arrangement collating unit A, impression device B, bag bottom bracing opening apparatus C, valve port insertion apparatus D, post forming device E, outer reinforcing device F, turn over bottom device F, compacting carrying device；It between each other can be with Cooperative motion, while independently adjustable can adapt to the processing of sizes specification paper bag to make to be sticking machine.
Detailed description of the invention
Fig. 1 is the structural schematic diagram for being sticking machine of the invention；
Fig. 2 is structural schematic diagram of the invention；
Fig. 3 is the structural schematic diagram for arranging mechanism and dressing mechanism；
Fig. 4 is the enlarged drawing in Fig. 3 at I；
Fig. 5 is the structural schematic diagram of removable arrangement component;
Fig. 6 is the enlarged drawing in Fig. 5 at II；
Fig. 7 is the structural schematic diagram of removable arrangement component；
Fig. 8 is the structural schematic diagram of bracket；
Fig. 9 is the structural schematic diagram of impression device of the invention；
Figure 10 is the enlarged drawing in Fig. 9 at III；
Figure 11 is the schematic diagram of the drive mechanism of impression device and arrangement collating unit；
Figure 12 is the schematic diagram of the drive mechanism of impression device；
Figure 13 is the schematic diagram of impression differential assembly.
Figure 14 is the structural schematic diagram of fixed cover；
Figure 15 is the structural schematic diagram of lateral creasing mechanism；
Figure 16 is the structural schematic diagram that first angle adjusts component, second angle adjusts component；
Figure 17 is the general structure schematic diagram of bag bottom bracing opening apparatus of the invention.
Figure 18 is that the overall structure top view for opening component is inhaled in the present invention.
Figure 19 is that the general structure schematic diagram for opening component is inhaled in the present invention.
Figure 20 is the left structural schematic diagram for inhaling arm component and right suction arm component in the present invention.
Figure 21 is the structural schematic diagram that vacuum connects disk in the present invention.
Figure 22 is the general structure schematic diagram of strutting assembly in the present invention.
Figure 23 is the structural schematic diagram of time-delay mechanism in the present invention.
Figure 24 is the general structure schematic diagram that component is planished in the present invention.
Figure 25 is the structural schematic diagram of valve port insertion apparatus of the present invention；
Figure 26 is the structural schematic diagram one for drawing cutter mechanism；
Figure 27 is the structural schematic diagram two for drawing cutter mechanism；
Figure 28 is the structural schematic diagram for cutting component；
Figure 29 is the structural schematic diagram of stationary knife component；
Figure 30 is the structural schematic diagram of discounting roller mechanism；
Figure 31 is the structural schematic diagram that discounting roller mechanism hides discounting roller body；
Figure 32 is the structural schematic diagram of paster cylinder mechanism；
Figure 33 is the structural schematic diagram of rejecting mechanism；
Figure 34 is the structural schematic diagram of valve port gumming mechanism；
Figure 35 is the structural schematic diagram of paster variable speed assembly；
Figure 36 is structural schematic diagram of the invention；
Figure 37 is the structural schematic diagram for helping flattening mechanism and creasing mechanism of the invention；
Figure 38 is the structural schematic diagram of first shaping mechanism of the invention；
Figure 39 is the structural schematic diagram for opening mechanism of the invention；
Figure 40 is the structural schematic diagram of gumming mechanism of the invention；
Figure 41 is the structural schematic diagram that paper bag of the invention turns over bottom device；
Figure 42 is the enlarged drawing in Figure 41 at IV；
Figure 43 is the enlarged drawing in Figure 41 at V；
Figure 44 is the structural schematic diagram for being compacted carrying device；
Figure 45 is the enlarged drawing in Figure 44 at VI.
Specific embodiment
Below in conjunction with attached drawing, invention is further described in detail.
Shown in Fig. 1, one kind being sticking machine, including the arrangement collating unit A, impression device B, bag bottom bracing opening apparatus set gradually C, valve port insertion apparatus D, post forming device E, outer reinforcing device F, turn over bottom device F, compacting carrying device H.
One, arrangement collating unit A- is for equidistantly arranging paper bag；
Referring to Fig. 2, collating unit A is arranged；Including the first rack A1, the first rack A1 be equipped with arrangement mechanism A2, dressing mechanism A3, Transition conveyer structure A4, the transmission mechanism A5 that power is transferred to said mechanism.The upper surface of first rack A1 is flat equipped with feeding Platform A11, for carrying out support to paper bag.
As shown in Fig. 2, arrangement mechanism A2 includes two groups of stationary arrangement groups arranged in parallel and along feed direction setting Part A2a and and removable arrangement component A2b, moving arrangement component A2b can be close to stationary arrangement component A2a or far from fixed Arrange component A2a；Stationary arrangement component A2a, removable arrangement component A2b include support slot A26, drive sprocket A21, driven Sprocket wheel A22 and to be sheathed on drive sprocket A21 flat lower than feeding in gear the chain A23, gear chain A23 of driven sprocket A22 Platform A11, gear chain A23 are equipped with equidistant several groups rib A24, and the top rib A24 extends for material conveying platform A11；
As shown in figs. 3 and 5, support slot A26 is located at the lower section of gear chain A23, and the slot bottom of support slot A26 is equipped with supporting rail Back-up roller wheel A25 is connected on the outside of A27, rib A24, back-up roller wheel A25 is connected to supporting rail A27, and rib A24 is by gear chain When A23 drives, back-up roller wheel A25 is rolled on supporting rail A27, and supporting rail A27 is provided with close to one end of driven sprocket A22 The changeover portion of arc.During paper bag is fed forward, a side of paper bag will be contacted with rib A24 always, pass through rib A24 increases the accuracy during paper bag transports as the benchmark in paper bag transmission process.Due to what is be arranged on rib A24 Idler wheel can be avoided to being supported in the middle part of gear chain A23 because in arrangement A23 chain by contacting with supporting rail A27 Portion causes the variation of two neighboring rib A24 spacing because of gravity sag, keeps paper bag conveying more accurate, while back-up roller Wheel A25 keeps the operation of rib A24 more stable, is less prone to shaking.
As shown in figure 3, wherein the first end rack A1 is equipped with chain wheel transmission shaft A19, chain wheel transmission shaft A19 is equipped with A3 Drive sprocket A21 for cooperating with gear chain A23；One end of first rack A1 is equipped with sprocket wheel support shaft A12, sprocket wheel branch Support axis A12 is provided with two groups of sprocket wheel swing arm A13, and sprocket wheel one end swing arm A13 is fixed to each other by screw and sprocket wheel swing arm A13 and can The deflection angle of sprocket wheel swing arm A13 is adjusted by screw, sprocket wheel swing arm A13 is for installing the driven of stationary arrangement component A2a Sprocket wheel A22 adjusts the rate of tension of gear chain A23 by the deflection of sprocket wheel swing arm A13 angle, stationary arrangement component A2a's Support slot A26 is fixedly installed in the first rack A1.Deflection angle by adjusting sprocket wheel swing arm A13 can be to gear chain A23 It is tensioned, keeps gear chain A23 transmission more reliable and more stable.As schemed shown in A3, the end of sprocket wheel support shaft A12, which is equipped with, opens Setting fixed block A123 corresponding with backstand A121, backstand A123 are equipped with tensioning spiral shell on tight seat A121, the first rack A1 A122 is followed closely, the end abutment of tensioning screw A122 rotates the adjustable sprocket wheel swing arm A13 of tensioning screw A122 in fixed block A123 Tensile force, realize tensioning to gear chain A23.
As shown in figure 5, chain wheel transmission shaft A19 is equipped with the first sliding seat A28, the first sliding seat A28 can be driven along sprocket wheel Axis A19 slides axially, and the drive sprocket A21 of removable arrangement component A2b is installed on the first sliding seat A28, drive sprocket A21 with The rotation of chain wheel transmission shaft A19 and rotate；Sprocket wheel support shaft A12 is equipped with the second sliding seat A29, and the second sliding seat A29 can edge Sprocket wheel support shaft A12 slides axially, and the driven sprocket A22 of removable arrangement component A2b is installed on the second sliding seat A29；It is removable The both ends support slot A26 of dynamic arrangement component A2b are fixed with the first sliding seat A28, the second sliding seat A29 respectively；First rack A1 Rotatable to be equipped with the first lead screw A14 and the second lead screw A15, the first lead screw A14 is arranged in the first sliding seat A28, driving the One sliding seat A28 is axially moved along chain wheel transmission shaft A19, and the second lead screw A15 is arranged in the second sliding seat A29, and driving second is living Axial movement of the dynamic seat A29 along sprocket wheel support shaft A12；To keep synchronous between the first sliding seat A28 and the second sliding seat A29 Movement is driven between the first lead screw A14 and the second lead screw A15 by driving chain.First rack A1 is equipped with the first lead screw of driving The chain adjusting handle A16 of A14 rotation.
Since outermost gear chain A23 can have the offset of appropriate location in three groups of gear chain A23, when paper bag ruler When very little smaller, arrangement component A2b is moved to the movement of the stationary arrangement side component A2a, makes the rib on three groups of gear chain A23 A24 is contacted with paper bag side, makes the uniform force at paper bag edge during push；When the size of paper bag is larger, adjustment Removable arrangement component A2b keeps rib A24 on outermost gear chain A23 and paper bag appropriate far from stationary arrangement component A2a Position contacted, reduce paper bag be pushed during shifts, make arrange mechanism A2 can adapt to different dimensions Paper bag.
As shown in Figure 5, Figure 8, the first side rack A1 is equipped with two groups of bottom edge adjusting screw A17, bottom edge adjusting screw A17 Rotatable installation the first rack A1, bottom edge adjusting screw A17 and first support A31 cooperation, arranges conveyer belt A32 by adjusting At a distance from gear chain A23, to adjust position of the paper bag on paper bag arrangement collating unit A, two groups of adjusting screw A17's End is provided with bottom edge adjusting handle A18.
As shown in figure 5, dressing mechanism A3 includes being located at the first side rack A1 first support A31, first support A31 installation Have and arrange conveyer belt A32, arranges conveyer belt A32 and be higher than material conveying platform A11 and be arranged in parallel with gear chain A23, arrange transmission It is located at the first rack A1 close to the side of stationary arrangement component A2a with A32.First support A31 is equipped with two groups and arrangement conveyer belt The vertical belt wheel A33 of A32 cooperation；As shown in figure 8, vertical belt wheel A33 and chain wheel transmission shaft A19 is equipped with gear box A 38, gear box A 38 If there are two with chain wheel transmission shaft A19 socket, the helical gear A39 with the socket of vertical belt wheel A33 shaft, one group intermeshing respectively Helical gear A39 realizes the A90 degree transmission of the two, and A90 can be realized also by bevel gear by founding belt wheel A33 and chain wheel transmission shaft A19 The transmission of degree.The transmission speed of the speed of service and gear chain A23 that arrange conveyer belt A32 is consistent；First support A31 peace Equipped with the guide plate A37 being vertically arranged；Its inside the arrangement conveyer belt A32 contacted with paper bag bottom edge is abutted with guide plate A37, to protect Hold arrange conveyer belt A32 straight line conveying and it is indeformable.
As shown in figure 5, dressing mechanism A3 further includes lateral transfer roller A34, it is flat that lateral transfer roller A34 extends on top feeding The conveying direction direction of platform A11, lateral transfer roller A34 arrange conveyer belt A32, the conveying of conveying direction and gear chain A23 Direction is vertically arranged.Lateral transfer roller A34 is equipped with three groups, and each group of lateral transfer roller A34 includes the transverse direction of two coaxial arrangements Conveying roller A34, three groups of lateral transfer roller A34 and three groups of gear chain A23 are staggered, and three groups of lateral transfer roller A34 are close to chain One end of wheel shaft A19 is equipped between lateral driving belt A35, three groups of lateral transfer roller A34 through lateral driving belt A35 It is driven, the revolving speed of three groups of lateral transfer roller A34 is made to keep identical.
As shown in fig. 7, three groups of lateral transfer roller A34 wherein one group be located between two stationary arrangement component A2a, support The support base A36 of lateral transfer roller A34 is fixedly installed in the first rack A1；Other two groups of lateral transfer roller A34 are located at removable The two sides of dynamic arrangement component A2b, as shown in figure 3, the support base A36 of two groups of lateral transfer roller A34 is supported to be fixedly installed in cross To the bottom of conveying assembly support slot A26.When removable arrangement component A2b is mobile, drive two groups of lateral transfer roller A34 same Step movement.
As shown in figure 3, transition conveyer structure A4 includes the transition conveying roller A41 for being set to the first end rack A1, in mistake It crosses above conveying roller A41 and is provided with transition pressure roller A42, between transition pressure roller A42 is equipped between transition conveying roller A41 Paper bag is sent to next processing stations, transition pressure roller to pass through out of this gap for paper bag, and by frictional force by gap By gear drive between A42 and transition conveying roller A41, the two is made to realize synchronous rotation；In the defeated of transition conveying roller A41 Outlet is equipped with transition supporting plate A43.The setting of transition conveyer structure A4 is more steady by paper bag for making paper bag arrangement collating unit A The next processing stations of feeding, by adjust transition conveyer structure A4 conveying speed, the speed of paper bag Yu next station can be made Degree keeps synchronizing.
As shown in Figure 3, Figure 4, transmission mechanism A5 includes the first input shaft A51 for being rotatably mounted to the first rack A1, the The input belt wheel A52 being equipped on one input shaft A51, input belt wheel A52 are driven by power source, drive the first input shaft A51 Rotation；The side of the first rack A1 is extended in the end of first input shaft A51, and is equipped with output pulley A53 in end；Sprocket wheel Transmission shaft A19 extends end the side of the first rack A1, and is equipped with first pulley A54 in end；Transition conveying roller A41's One section of shaft is extended the side of the first rack A1, and installs the second belt wheel A55 in the end；Output pulley A53, first pulley It is arranged with main drive belt A58 outside A54, the second belt wheel A55, tensioning wheel is installed in the side of the first rack A1, for that will lead Driving belt A58 tensioning can drive chain wheel transmission shaft A19, transition conveying roller A41 synchronous rotary when output pulley A53 rotates. It is equipped with commutation transmission shaft A57 in the inside of the first rack A1, commutation transmission shaft A57 and chain wheel transmission shaft A19 are arranged in A90 degree, The two passes through Bevel Gear Transmission.Power is transferred to lateral transfer roller A34 by transverse direction driving belt A35 by commutation transmission shaft A57. Due to arranging the power of mechanism A2, dressing mechanism A3, transition conveyer structure A4 all from the input on the first input shaft A51 Belt wheel A52 makes to arrange mechanism A2, dressing mechanism A3, transition conveyer structure A4 holding collaboration by selecting suitable drive mechanism Work.
The course of work that paper bag arranges collating unit A is as follows:
By automatic charging device or manually paper bag to be processed will be needed to be put on material conveying platform A11, gear chain A23 is convex Rib A24 for the surface material conveying platform A11 pushes the edge of paper bag to convey to the end of the first rack A1.At the same time, convex For the surface material conveying platform A11, but lower than the top edge rib A24 lateral transfer roller A34 by paper bag to arrange conveyer belt A32 mono- Side conveying is hooked the bottom edge of paper bag in arranging conveyer belt A32, makes all paper bag transverse direction positions being placed on material conveying platform A11 It sets and is consistent.It is consistent due to arranging conveyer belt A32 and the conveying speed of gear chain A23, paper bag is not in Paper bag, is accurately sent into impression device B by deflection.
Two, impression device B- is used to form two groups of symmetrically barocline trace and lateral impressions in paper bag bottom, and cuts off notch；
It include the oblique creasing mechanism B2 set gradually, lateral creasing mechanism B3 referring to Fig. 9, impression device B；It is wherein oblique in order to increase The effect of impression is more preferable, and impression device B is provided with two groups of oblique creasing mechanism B2, the impression direction phase of two groups of oblique creasing mechanism B2 Instead.Impression device B is additionally provided with driving paper bag by oblique creasing mechanism B2 and lateral creasing mechanism paper bag conveying mechanism；Pass through paper bag The movement of conveyor belt on conveying mechanism and the advance for driving paper bag.
0, Figure 12 referring to Fig.1；Second rack B1 is equipped with main motor B11, and main motor B11 moves main shaft by belt driving band B12 rotation, main shaft B12 are connected with gear steering box B13, and the output end of gear steering box B13 passes through belt band nutating gear Driving gear B51 rotation in group B5, driving gear set B5 includes the main drive gear B52 engaged with driving gear B51, wherein The diameter of main drive gear B52 is greater than driving gear B51, and main drive gear B52 can be allow to engage multiple gears simultaneously, made Drive gear set can drive multiple mechanisms to link simultaneously.
Referring to Fig. 9, paper bag conveying mechanism, paper bag conveying mechanism includes including horizontal feed component B41 and vertical conveying group Part B42, horizontal feed component B41 and vertical conveying assembly B42 include the lower conveying assembly of conveying assembly B43 and first on first B44；The lower conveying assembly B44 of conveying assembly B43 and first includes the first delivery track B431 on first, and the second rack B1 is set There is main conveyor belt wheel B49；First delivery track B431 also sets up several evenly distributed support the first support wheel B433, conveys skin Band is sheathed on main conveyor belt wheel B49, the first support wheel B433；When conveying assembly B43, first descend conveying assembly to paper bag from first When passing through between B44, conveyor belt is contacted with paper bag upper and lower surface, drives paper bag to advance by frictional force, due to the first support The setting of B433 is taken turns, the power for be applieding to conveyor belt each point on paper bag is consistent substantially.
Horizontal feed component B41 is provided with horizontally disposed horizontal shelf B411, the position of horizontal horizontal shelf B411 with The upper surface of first lower conveying assembly B44 keeps flushing, and horizontal feed component B41 is during driving paper bag to advance, laterally Creasing mechanism B3 forms lateral impression in the upper and lower surface of paper bag；Paper bag when being fed through vertical conveying assembly B42, due to Vertical support of the conveying assembly B42 without horizontal direction, paper bag can naturally droop under the effect of gravity.
The lower outer ledge of conveying assembly B44 of the first of vertical conveying assembly B42 and the aligned in position of dint wheel, i.e., first The edge of lower conveying assembly B44 is located just at the position where paper bag transverse direction impression, greatly reduces the radian of bending part；Vertically Conveying assembly B42 is provided with the vertical plate B421 being vertically arranged, and vertical plate B421 fitting and the first lower conveying assembly B44, paper bag are natural It is contacted after sagging with vertical plate B421, vertical plate B421 can be supported paper bag, and limitation paper bag excessively deflects inwardly；It is vertical defeated The end of sending component B42 is equipped with guide part B46, and guide part B46 includes that level helps and plate B461 and helps plate B462 vertically, respectively to The part for closing bending part level is contacted with vertical portion, limits to paper bag bending part, paper bag is made to enter next station.
Second support B45 is installed, the first adjusting component is to be installed on second on referring to Fig.1 0, the first delivery track B431 The first adjustment seat B451, the first adjustment seat B451 of bracket B45 is equipped with the first adjusting rod B452, and level helps plate B461 and first Adjusting rod B452 is fixed, and the first adjusting rod B452 is locked by the first adjustment seat B451 by screw.Second adjusts component for peace It is equipped with the second adjusting rod B454 on dress and the second adjustment seat B453, the second adjustment seat B453 of second support B45, helps plate vertically B462 is fixed on the second adjusting rod B454, the second adjustment seat B453 and is locked the second adjusting rod B454 by screw,
Paper bag is lateral in the upper extrusion of paper bag by lateral creasing mechanism B3 while horizontal feed component B41 travels forward Impression, when paper bag enters vertical conveying assembly B42, paper bag can be naturally drooped along lateral impression, and paper bag is bent at this time Partial radian is smaller, is aligned convenient for paper bag with the entrance of next station.
Second rack B1 is respectively equipped with conveying assembly B43 on first in driving horizontal feed component B41, the first lower conveying group Two synchronous pulley B47 of part B44, the main transmission belt wheel B48 for driving two synchronous pulley B47；Main transmission belt wheel B48 and active Pass through gear drive between gear B 51.Main transmission belt wheel B48 drives synchronous pulley B47 rotation, main transmission belt wheel by synchronous belt B48 drives two groups of synchronous pulley B47 rotations, drives conveying assembly B43 on first, the first lower conveying group by synchronous pulley B47 The main conveyor belt wheel B49 of part B44 synchronous movement；The wherein structure phase of the drive mechanism of vertical mechanism and horizontal feed component Together, another gear steering box B13 of main shaft B12 connection drives main transmission belt wheel B48, so that main conveyor belt wheel B49 be driven to move.
2, oblique creasing mechanism B2 referring to Fig.1, including left impression component B21 and right impression component B22；Left impression component B21 It include the trace knife that baroclines with right impression component B22, and the trace cushion block that baroclines with trace knife linkage of baroclining；Left impression component B21 with Right impression component B22 is driven by left drive gear set B23 and right drive gear set B24 respectively；Left drive gear set B23 includes Two intermeshing left driving gears are moved synchronously for controlling the trace knife that baroclines with the trace cushion block that baroclines；Right drive gear set B24 Including two intermeshing right driving gears, moved synchronously for controlling the trace knife that baroclines with the trace cushion block that baroclines；Specifically, right pressure Trace knife and right driving gear are set to same transmission shaft, which is free mandrel, and left impression knife and right impression knife are distinguished The both ends of the hollow shaft are installed on, keep left driving gear coaxial with right driving gear and mutually indepedent；It baroclines the installation of trace cushion block Structure is identical as the structure of impression knife；Impression differential assembly B7 is equipped between left driving gear and right driving gear；
3, Figure 14 referring to Fig.1；, impression differential assembly B7 includes mandrel B71, the first differential tooth for being rotatably disposed in mandrel B71 Wheel B72, it is fixedly installed in the second differential gear B73 of mandrel B71, is rotatably mounted to the handle B74 of mandrel B71；Described Handle B74 is equipped with the first planetary gear B75 engaged with the first differential gear B72, the second differential gear B73；On handle B74 It is equipped with fixed cover B77 provided with telescopic pin B76, the second rack B1, fixed cover B77 is equipped with the arrangement of several even circumferentials The hole pin B76 can be fixed handle B74, i.e., when in the pin B76 insertion hole pin B76 to first planetary gear B75 It is fixed with the relative position of input gear.
When normal operation, main drive gear B52 is engaged with the first differential gear B72, and main drive gear B52 drive first is poor Fast gear B 72 passes through the transmission of first planetary gear B75 after rotating, kinetic energy is transferred to the second differential gear B73, to make core Axis B71 rotation, mandrel B71 are equipped with output gear B25, and output gear B25 rotation is driven when mandrel B71 rotates；Left sliding tooth Wheel is engaged with output gear B25, and right driving gear is engaged with the first differential gear B72.
When need to adjust twice on paper bag barocline trace spacing when, wherein the invariablenes turning speed of right impression knife, pass through rotation hand Handle B74, handle B74 drive first planetary gear B75 to do circumference fortune on the outside of first the second differential gear of differential gear B72 B73 It is dynamic, when the direction of rotation of the direction of rotation handle B74 and the first differential gear B72 is in the same direction, the revolving speed meeting of the second differential gear B73 Lower than the revolving speed of the first differential gear B72, so that left impression knife and the angle of right impression knife is become larger, it is oblique that twice are formd on paper bag Impression spacing becomes larger；When the direction of rotation of handle B74 and the direction of rotation of the first differential gear B72 on the contrary, the second differential at this time The revolving speed of gear B 73 can be faster than the revolving speed of the first differential gear B72, so that left impression knife and the angle of right impression knife is become smaller, in paper Twice trace spacing of baroclining is formd on bag to become smaller.When the Indentation position generation deviation of oblique creasing mechanism B2, it can pass through and rotate hand Handle B74 is adjusted oblique creasing mechanism B2, and the position for the trace that makes to barocline keeps accurate.
2, Figure 15 referring to Fig.1, cutter mechanism, including two groups of cutter assembly B31；Lateral creasing mechanism B3 includes the pressure of linkage Trace wheel and glue coating wheel, dint wheel and glue coating wheel pass through two intermeshing first drive gear set B33 respectively and are driven；Two groups Cutter assembly B31 includes cutter and the tool apron with cutter cooperation, wherein one group of cutter assembly B31 is intermeshing by two Second drive gear set B34 transmission, moves synchronously the two；Another group of cutter assembly B31 is by two intermeshing third teeth The transmission of wheel group, moves synchronously the two.
Dint wheel and the first driving wheel are installed on the both ends of a transmission shaft, and rotatable axis is arranged with outside the first driving wheel Set, cutter and the second driving gear are installed on the both ends of axle sleeve, are also cased with another axle sleeve outside this axle sleeve, another cutter and Third driving gear is installed on the both ends of outermost axle sleeve.
The structure of glue coating wheel and the mounting structure of dint wheel are corresponding, the mounting structure of the structure of two tool aprons and two cutters It is corresponding.
First angle, which is equipped with, between first driving gear and the second driving gear adjusts component B36, first angle adjusting group Part B36 includes the first annular slot B341 for being set to the second driving gear face, is connected in first annular slot B341 along first First adjusting screw rod B361, the first adjusting screw rod B361 of annular groove B341 sliding passes through the first driving gear and adjusts by first Save nut B362 locking；
Second angle, which is equipped with, between second driving gear and third driving gear adjusts component B37；The end face of third driving gear Equipped be connected in the second annular groove B351, the second annular groove B351 along the second annular groove sliding the second adjusting screw rod B371, Second adjusting screw rod B371 passes through the second driving gear and is locked by the second adjusting nut B372.
When processing different paper bags or impression device B operation generates error, need to adjust the spacing of two notch, it can be with By unclamping the first adjusting screw rod B361, the second adjusting screw rod B371 makes two to the angular adjustment of two groups of cutter assembly B31 The notch spacing that cutter assembly B31 is cut out meets processing request, then locks the first adjusting screw rod B361 and the second adjusting screw rod B371。
Referring to Fig.1 1, collating unit A is arranged, for the lateral position to paper bag, longitudinal pitch is adjusted, and arrangement arranges Device A and impression device B shares main motor B11, and main drive gear B52 is engaged with the second transition gear B61, feeding differential assembly B62 and the second transition gear B61 is driven, and the mandrel B71 of feeding differential assembly B62 is connect by belt with arrangement collating unit A. When arrangement collating unit A paper bag enter impression device B during, paper bag if there is in advance enter impression device B or It delays and enters impression device B, first planetary gear B75 can be driven in the first differential gear by rotating handle B74, handle B74 It moves in a circle on the outside of B72, the second differential gear B73, when the rotation side of the direction of rotation handle B74 and the first differential gear B72 To it is in the same direction when, the revolving speed of the second differential gear B73 can be slack-off, so that the forward speed for controlling arrangement collating unit A is slack-off, and presses The speed of service of trace device B is constant, can control paper bag in this way and delays and enters in impression device B；When the rotation side of handle B74 To the direction of rotation with the first differential gear B72 on the contrary, the revolving speed of the second differential gear B73 can become faster at this time, arrangement arranges dress The speed of service for setting A accordingly becomes faster, so that control paper bag enters impression device B in advance；When entering impression device B according to paper bag Position adjusts the position of paper bag by handle B74, and impression device B, arrangement collating unit A is made preferably to cooperate.
The implementation principle of the present embodiment are as follows: oblique creasing mechanism B2, lateral creasing mechanism B3, the paper bag on impression device B are defeated Mechanism is sent to share the same power source --- main motor B11 can make all mechanisms directly efficient by the way that reasonable transmission ratio is arranged Synthetic operation；The power for arranging collating unit A simultaneously is similarly from main motor B11, and by feeding differential assembly B62 into Row adjustment may be implemented impression device B and arrangement collating unit A and preferably run.
Three, bag bottom bracing opening apparatus C- opens paper bag bag bottom bracing
7 and Figure 18 referring to Fig.1, bag bottom bracing opening apparatus C, including third rack C4, are sequentially installed with suction on third rack C4 and open Component C1, strutting assembly C2 and planish component C3.In the present embodiment, it is equipped with first baffle C41 in the two sides third rack C4, The gap of the paper bag bottom exposing for paper bag end is reserved between two first baffle C41.In the initial state, paper bag by laminated at Rectangle, the both ends of paper bag are all openings.It includes the support plate C11 being mounted on third rack C4 that wherein component C1 is opened in suction, Strutting assembly C2 includes the cabinet C21 being mounted on third rack C4.
Left synchronous pulley group and right synchronous pulley group are installed on 8 and Figure 19 referring to Fig.1, support plate C11.In the present embodiment In, left synchronous pulley group includes the first synchronous pulley C111 rotate in same direction and the second synchronous pulley C112, right synchronous pulley group Including the third synchronous pulley C113 and the 4th synchronous pulley C114 rotate in same direction.
8 and Figure 19 referring to Fig.1, being connected in a manner of twist belt drive between left synchronous pulley group and right synchronous pulley group makes Left synchronous pulley group and right synchronous pulley group realize the first synchronous belt C115 reversely rotated.In the present embodiment, first is synchronous Band C115 is double cog synchronous belt.First synchronous pulley C111 and third synchronous pulley C113, the second synchronous pulley C112 and the It is the connection type of twist belt drive between four synchronous pulley C114.
It is connected on 8 and Figure 19 referring to Fig.1, the first synchronous pulley C111 to drive the first synchronous pulley C111 around itself The driving device of axis rotation.In the present embodiment, driving device includes the second drive shaft C12 that can be rotated around own axes, It is fixedly installed with driving wheel C121 on second drive shaft C12, while being fixedly mounted in the rotary shaft of the first synchronous pulley C111 There is driven wheel C116, is connected with the second synchronous belt in a manner of being open transmission between driving wheel C121 and driven wheel C116 C122.Second drive shaft C12 is connected on main drive shaft by universal joint, and main drive shaft is connected in driving source.
9 and Figure 20 referring to Fig.1, support plate C11 are installed in the side backwards to left synchronous pulley group and right synchronous pulley group It is located at the left suction arm component C13 and right suction arm component C14 wait inhale out paper bag two sides, wherein left suction arm component C13 is by left same The driving of belt wheel group is walked, right suction arm component C14 is driven by right synchronous pulley group.In the present embodiment, left suction arm component C13 and right suction The structure of arm component C14 is identical with working principle, therefore by taking left suction arm component C13 as an example, right suction arm component C14 no longer goes to live in the household of one's in-laws on getting married It states.
9 and Figure 20 referring to Fig.1, left suction arm component C13 include crank C131, and it is synchronous that one end of crank C131 is fixed on second In the rotary shaft of belt wheel C112, the other end of crank C131 is connected with linking arm C132 by ball bearing rotational.In this implementation In example, the mill C133 of coaxial arrangement is fixedly installed in the rotary shaft of the first synchronous pulley C111, mill C133 is backwards to bearing The side of plate C11 is connected with ventilation the connecting shaft C134, mill C133 being mounted on linking arm C132 by ball bearing rotational On offer through mill C133 and ventilation connecting shaft C134 stomata C135.Pipe fitting is communicated on ventilation connecting shaft C134.
8 and Figure 19 referring to Fig.1, linking arm C132 are fixed with guide rod C136, guide rod C136 in the side backwards to mill C133 Gas arm C137 is fixed in one end relative to linking arm C132.In the present embodiment, cavity, gas arm are offered in gas arm C137 The pipe fitting of connection cavity is installed on C137, is set between the pipe fitting of gas arm C137 and the pipe fitting for the connecting shaft C134 that ventilates There is the tracheae of connection.Gas nozzle C138 that is multiple arranged in parallel and being connected to cavity is installed in the side of gas arm C137.
Referring to Figure 20 and Figure 21, it is fixed on support plate C11 arc-shaped between support plate C11 and mill C133 The vacuum of shape meets disk C141, and vacuum meets the distribution crescent C142 that disk C141 offers arc backwards to the side of support plate C11.? In the present embodiment, distribution crescent C142 is connected with evacuator by pipe fitting in the side backwards to mill C133.
Referring to Figure 22, the first drive shaft C211 that can be rotated around own axes is equipped in cabinet C21.In the present embodiment In, the first drive shaft C211 is connected on main drive shaft by universal joint.
Referring to Figure 22, being equipped in cabinet C21 can be embedded in the master gear C22 that own axes rotate, master gear C22 Have and pitch C221 with the joint of master gear C22 rotation, passes through cross axle in the joint fork two sides C221 and be connected with and be rotatably mounted on case Universal-joint fork C222 on body C21.In the present embodiment, the rotary shaft of the rotation axis of universal-joint fork C222 and master gear C22 Setting at an acute angle between line, universal-joint fork C222 are connected in one end relative to cross axle by being rotatably inserted into paper bag bag bottom Tube pulling C223.
Referring to Figure 22 and Figure 23, time-delay mechanism is installed on the first drive shaft C211, in time-delay mechanism and master gear C22 Between be equipped be located at cabinet C21 in and for transmission gear set.In the present embodiment, time-delay mechanism includes being set in the first drive It can be fixed on moving axis C211 and on geared sleeve C23 relative to the geared sleeve C23 of the first drive shaft C211 rotation and first drives Second delay gear C 232 of moving axis C211 coaxial arrangement.Gear set includes the first transmission being equally fixed on geared sleeve C23 Gear C 231 and rotational installation are distinguished in the two sides of the second transmission gear C212, the second transmission gear C212 in cabinet C21 Engagement is connected on the first transmission gear C231 and master gear C22.
Referring to Figure 22 and Figure 23, time-delay mechanism further includes the second swing arm C24 for being fixed on the first end drive shaft C211.? In the present embodiment, the second swing arm C24 is radially extended relative to the first drive shaft C211.
Referring to Figure 22 and Figure 23, the second swing arm C24 is embedded in the end far from the first drive shaft C211 can be around itself axis The locating shaft C25 of line rotation.In the present embodiment, the axis of locating shaft C25 is parallel to the axis of the first drive shaft C211.Fixed The both ends of position axis C25 are respectively fixed with the first delay gear C 251 and slide bar C252, the first delay gear C 251 and the second delay The engagement connection of gear C 232.
Referring to Figure 22 and Figure 23, the rotating shaft C 26 with slide bar C252 rotation connection is equipped in slide bar C252.In this implementation In example, the axis of rotating shaft C 26 perpendicular to slide bar C252 extending direction, rotating shaft C 26 can along slide bar C252 extending direction back and forth Sliding.The first sliding block C261 is arranged with outside rotating shaft C 26.In the initial state, rotating shaft C 26 and the first drive shaft C211 is coaxially set It sets.
Referring to Figure 22 and Figure 23, locating flange circle C27 is installed on third rack C4, is pacified in locating flange circle C27 Equipped with the first worm gear C272 and the first worm screw C271 component.In the present embodiment, radial prolong is offered in the first worm gear C272 The sliding slot C273, the first sliding block C261 stretched is in sliding slot C273 and C273 can slidably reciprocate along the chute.In the first sliding block C261 Two sides are extended with the limited block C262 being against on the first worm gear C272 both sides of the face respectively.
Referring to Figure 22 and Figure 23, fixing seat C28 is installed backwards to the side of the second swing arm C24 in the first worm gear C272, Third adjusting screw rod C281 is rotatably installed in fixing seat C28.In the present embodiment, fixing seat C28 is located at the one of sliding slot C273 End.The axis of third adjusting screw rod C281 is parallel to the extending direction of sliding slot C273, and third adjusting screw rod C281 and first is sliding Block C261 is threadedly coupled.
Referring to Figure 24, planishing component C3 includes the nylon flattening wheel C31 that rotation is arranged on third rack C4.In this implementation In example, it is symmetrically extended cylindrical slicking-in roller C311 in the axial ends that nylon flattens wheel C31, slicking-in roller C311's The roller slot C312 of a plurality of uniform circular distribution is provided in the axial direction on outer peripheral surface.
Referring to Figure 24, positioning plate C32 is fixed on third rack C4, positioning plate C32's extends perpendicularly to flatten The axis of roller C311 and the direction of transfer for being parallel to paper bag.In the present embodiment, it is set side by side on positioning plate C32 along extending direction It is equipped with multiple groups screw hole, is bolted on screw hole and locating piece C331 is installed.Locating piece C331 backwards to positioning plate C32 one Side is equipped with supporting steel plate C33 by bolt, and supporting steel plate C33 is located between positioning plate C32 and nylon flattening wheel C31, bearing The extending direction of steel plate C33 is parallel to the extending direction of positioning plate C32 and is located at positioning plate C32 backwards to the one of strutting assembly C2 Side.
Referring to Figure 24, supporting steel plate C33 is being equipped with nylon wheel C332 backwards to the side of nylon flattening wheel C31.In this reality It applies in example, nylon wheel C332 has two groups and is symmetricly set on supporting steel plate C33 backwards to the side of strutting assembly C2, nylon wheel C332 Axis be parallel to nylon flattening wheel C31 axis.
Referring to Figure 24, upper tensioning wheel group is mounted in the two sides of positioning plate C32.In the present embodiment, upper tensioning wheel group Including the first tensioning wheel C321 and the second tensioning wheel C322 set gradually along positioning plate C32 extending direction, the first tensioning wheel The rotation axis of C321 and the second tensioning wheel C322 are parallel to the axis of nylon flattening wheel C31.
Referring to Figure 24, lower tensioning wheel group is mounted in the two sides of supporting steel plate C33.In the present embodiment, lower tensioning wheel Group includes the third tensioning wheel C333 and the 4th tensioning wheel C334 set gradually along supporting steel plate C33 extending direction, third tensioning The rotation axis of wheel C333 and the 4th tensioning wheel C334 is parallel to the axis of nylon flattening wheel C31.Position is fixed on support plate C11 Bevel board C335 between the 4th tensioning wheel C334 and nylon wheel C332.
Referring to Figure 24, the successively solderless wrapped connection in nylon wheel C332, nylon flattening wheel C31, upper tensioning wheel group and lower tensioning wheel group Have and end to end planishes conveyer belt C323.In the present embodiment, conveyer belt C323 is planished in the second tensioning wheel C322 and third It is twist belt drive connection between tensioning wheel C333, between third tensioning wheel C333 and the 4th tensioning wheel C334, planishes conveyer belt C323 is between the 4th tensioning wheel C334 and nylon wheel C332, the flattening of nylon wheel C332 and nylon is taken turns between C31, nylon flattening wheel It is opening transmission connection between C31 and the first tensioning wheel C321, between the first tensioning wheel C321 and the second tensioning wheel C322.
Before start, driving third adjusting screw rod C281 is rotated around own axes, and third adjusting screw rod C281 drives at this time C273 slides first sliding block C261 relative to the first worm gear C272 along the chute, keeps rotating shaft C 26 close towards the direction of locating shaft C25. The first worm gear C272 rotation is driven by the first worm screw C271 of driving, changes the initial position of rotating shaft C 26 to adjust strutting assembly C2 enables the tube pulling C223 on strutting assembly C2 when going to maximum angle, i.e. tube pulling C223 be inserted into paper bag bottom it is most deep when Wait the time-lag action needed for occurring.
The working principle of the present embodiment are as follows: the paper bag that do not inhale out is transmitted to suction by conveyer belt and opens component C1.Start driving source, makes Main drive shaft drives the first synchronous pulley C111 rotation by the second drive shaft C12 and driving device, at this time the first synchronous pulley C111 and the second synchronous pulley C112 is rotated counterclockwise by the first synchronous belt C115 realization, third synchronous pulley C113 and the 4th Synchronous pulley C114 is rotated clockwise by the first synchronous belt C115 realization, and then drive two is by crank C131, linking arm The reciprocating motion of C132, support plate C11 parallelogram similar with the double-crank mechanism work that mill C133 is constituted, wherein gas nozzle The motion profile of C138 is ellipse.
In this process, mill C133 rotates around own axes, and the pipe fitting that vacuum connects on disk C141 passes through Evacuator persistently vacuumizes, and the distribution crescent C142 communicated therewith is made to be constantly in suction condition.When on mill C133 Stomata C135 when turning to the range of distribution crescent C142, lead to stomata because distribution crescent C142 is in suction condition Vacuum degree in C135 is reduced, and then provides an absorption by ventilation connecting shaft C134 and gas arm C137 for gas nozzle C138 Power.When the stomata C135 on the two mill C133 in left and right turns to distance minimum between the two, two exhaust nozzle C138 of left and right The distance between it is also minimum, and then two exhaust nozzle C138 of left and right is made to adsorb the two sides at paper bag bottom respectively.When two mills in left and right When stomata C135 on C133 produces the range of distribution crescent C142, the two sides at paper bag bottom are opened by suction therewith.Two gas at this time Vacuum degree in the C135 of hole is gradually recovered normally, therefore two exhaust nozzle C138 of left and right no longer adsorb paper bag bottom two sides, at this time Paper bag is transferred into the position strutting assembly C2 with conveyer belt.
When paper bag is sent to the position of strutting assembly C2 by conveyer belt, main drive shaft passes through the first drive shaft of driving C211 makes the first drive shaft C211 that the second swing arm C24 be driven to rotate around the axis of the first drive shaft C211, and the second swing arm C24 is logical It crosses locating shaft C25 while driving the first delay gear C 251 and slide bar C252 rotating around the first drive shaft C211 and 26 turns of rotating shaft C It is dynamic.The first delay gear C 251 drives the second delay gear C 232 on geared sleeve C23 to drive around first by engagement at this time Moving axis C211 is rotated, and then the first transmission gear C231 on geared sleeve C23 drives master by the second transmission gear C212 Gear C 22 rotates, and to drive joint fork C221 rotation, joint fork C221 passes through cross axle and universal joint for master gear C22 rotation It pitches C222 and drives tube pulling C223, to make tube pulling C223 by being rotatably inserted into the bag bottom opening of paper bag, realize paper bag bag bottom Gradually distracted movement.
In this process, when the first drive shaft C211, locating shaft C25 and 26 three of rotating shaft C in same plane by not turning It moves to three when being generally aligned in the same plane, can relatively rotate between the first delay gear C 251 and the second delay gear C 232, The first delay gear C 251 is to the second delay gear C 232 1 and the first drive shaft C211 rotation direction opposite effect at this time Power so that the first transmission gear C231 be made not continue to rotate with the rotation of the first drive shaft C211, and then makes to be inserted into paper bag bottom Tube pulling C223 the stop of short time is realized when going to maximum angle, to maintain the distracted posture in paper bag bag bottom.
The paper bag being softened is continued to transmit toward the inlet for planishing component C3 by conveyer belt at this time.Paper bag bottom first touches Conveyer belt C323 is planished between four tensioning wheel C334 and nylon wheel C332, then enters along bevel board C335 and planishes conveyer belt Between C323 and conveyer belt, successively after the pressing of nylon wheel C332 and nylon flattening wheel C31, from the conveying for planishing component C3 End is exported.
When the distance between nylon wheel C332 to be adjusted and nylon flattening wheel C31 are to adapt to various sizes of paper bag, pine The bolt between locating piece C331 and positioning plate C32 is opened, locating piece C331 is then installed to the next of positioning plate C32 with bolt On group screw hole, the distance between nylon wheel C332 and nylon flattening wheel C31 adjustment are completed.In this process, nylon wheel C332 Flatten wheel the distance between C31 while becoming larger with nylon, between the second tensioning wheel C322 and third tensioning wheel C333 away from From becoming smaller；The distance between nylon wheel C332 and nylon flattening wheel C31 are while becoming smaller, the second tensioning wheel C322 and third The distance between tensioning wheel C333 is becoming larger.It planishes conveyer belt C323 and is in tensioning state always.
Strutting assembly C2 is arranged by opening component C1 in suction and planishing in the present embodiment between component C3, and in strutting assembly C2 Upper setting time-delay mechanism enables the insertion paper bag bottom strutting assembly C2 and realizes stopping for short time when paper bag bottom is detached from vacuum chuck It stays, to maintain the distracted posture in paper bag bottom, when entering the entrance for planishing component C3, paper bag bottom is not easy to close again such paper bag On, it effectively prevents subsequent extrusion folding line position and a possibility that deviation occurs；It is sent into paper bag after processing is completed and enters valve port insertion Device D.
Four, valve port insertion apparatus D- is inserted into valve port paper at paper bag bag bottom；
As shown in figure 25, bag valve port insertion apparatus D, including the 4th rack D1, the 4th rack D1 be equipped with compound paper roll mechanism D2, Traction cutter mechanism D3, valve port gumming mechanism D4, discounting roller mechanism D5, paster cylinder mechanism D6 and paper bag is conveyed Second paper bag conveying mechanism D7, the 4th rack D1 is equipped with main drive shaft D11, and drive shaft passes through while driving valve port gumming mechanism D4, compound paper roll mechanism D2, traction cutter mechanism D3, discounting roller mechanism D5, paster cylinder mechanism D6 operation.
As shown in figure 25, compound paper roll mechanism D2, including two groups of inflatable shaft assembly D21, be respectively used to installation paper roll, two groups Inflatable shaft assembly D21 can install the paper roll of unlike material, select corresponding paper tape to carry out according to valve port paper compound；Two groups of inflatables Be provided with compound gumming mechanism D22 between shaft assembly D21, carry out gluing for the surface to paper tape, be painted with the paper tape of glue with around In multiple roll shafts, complete it is compound, it is compound after paper tape be sent into correction component D24, by the component D24 that rectifies a deviation make paper tape accurately into Row conveying；4th rack D1 is equipped with the reversing bar D12 being obliquely installed, and paper tape is fed through traction after commutating by reversing bar D12 and cuts Cutter mechanism D3；Paper tape is unreeled by drawing cutter mechanism D3.
As shown in Figure 26, Figure 27, cutter mechanism D3 is drawn, including mounting base D31, mounting base D31 are equipped with the second master Transmission shaft D311 and the main traction component D33 for being driven and being set gradually by the second main shaft D311, component D34 is cut, auxiliary Help traction component D35.4th rack D1 is provided with the adjusting guide rail D13 along the setting of paper bag conveying direction, and mounting base D31 is slidably Be installed on adjust guide rail D13.Mounting base D31 is equipped with rotatable the sliding duplicate gear D312, pacifies on the sliding duplicate gear D312 Equipped with walking gear D313, the 4th rack D1 is provided with the rack gear D16 with walking gear D313 cooperation.Pass through the sliding duplicate gear The rotation of D312, drive installation seat D31 slide on the 4th rack D1, to adjust traction cutter mechanism D3 and discounting roller mechanism The spacing of D5.
Main traction component D33 includes the main traction roller D331 that surface has annular knurl, and is pressed in the surface main traction roller D331 Main pressure roller D332, main pressure roller D332 use glue coating wheel；Paper tape is between main pressure roller D332 and main traction roller D331 It passes through, drives paper bag to advance under the traction of main traction roller D331.Mounting base D31 is equipped with rotatable platen support shaft D333, Platen support shaft D333 is fixed with several pressure roller swing arm D334, and main pressure roller D332 is rotatably mounted to pressure roller swing arm The end of D334；Torque arm D335 is fixedly installed on platen support shaft D333, the end torque arm D335 and mounting base D31, which are equipped with, to be stretched Spring makes main pressure roller D332 be pressed in the surface of main traction roller D331, is convenient for main traction roller under the elastic force effect of extension spring D331 drives paper tape to advance.
As shown in figure 25, traction variable speed assembly D32, traction are equipped between the second main shaft D311 and main traction roller D331 Variable speed assembly D32 includes being set to active the traction gear D321, main traction roller D331 of the second main shaft D311 equipped with driven Traction gear D326 and adjusting support plate D322 with driven traction gear D326 coaxial rotating adjusts support plate D322 and is equipped with The third transition gear D323 engaged with active traction gear D321, driven traction gear D326；Adjust support plate D322 setting There is the regulating tank D324 of arc, the center of circle of arc regulating tank D324 is located on the rotation axis of main traction roller D331, regulating tank The lock-screw D325 for locking with mounting base D31 is equipped in D324.When the paper feeding speed for needing to accelerate main traction component D33 When spending, by replacing larger-sized active traction gear D321, rotation adjusts support plate D322, makes third transition gear D323 It is engaged with active traction gear D321 is moved after replacement, changes the transmission ratio of the second main shaft D311 and main traction roller D331, then Lock-screw D325 is locked, to accelerate the transmission speed of main traction roller D331.When the paper feeding for needing to slow down main traction roller D331 When speed, replace the lesser active traction gear D321 of size, unclamp lock-screw D325, make third transition gear D323 with more Active traction gear D321 engagement is moved after changing, then is locked lock-screw D325 nail and be fixed to support plate D322 is adjusted.
As shown in figure 27, cutting component D34 includes moving knife component and stationary knife component, and moving knife component includes moving knife axis body Axially extending moving knife D342 is installed, the blade of moving knife D342 extends moving knife axis body D341 on D341, moving knife axis body D341； Stationary knife component includes tool apron D344, the stationary knife D343 for being fixed on tool apron D344；Tool apron D344 is fixed with several supporting blocks, support The upper surface of block is equipped with two groups of paper platform D345, and two groups of paper platform D345 are located at the two sides of stationary knife D343, to support paper Band.Stationary knife D343 is provided with several groups kidney slot, and screw passes through kidney slot and stationary knife D343 is fixed, the bottom of tool apron D344 It is provided with the second adjusting screw D346, second adjusts the end abutment of screw D346 in the back of stationary knife D343, adjusts by second Save the position that screw D346 adjusts stationary knife D343.
As shown in figure 28, the rotation axis of stationary knife D343 and moving knife axis body D341 tilts, in the process of moving knife component rotation In, the blade of stationary knife D343 and the blade point contact of moving knife D342 complete the cutting to paper tape.During cutting, impact The small cutting of power is stablized.The cutting edge of moving knife D342 is provided with several notches, to form an easy-torn line on paper tape.Such as Figure 27 Shown, mounting base D31 is equipped with active conjugate tooth D314 and driven conjugate tooth D315, and active conjugate tooth D314 and second is main Pass through toothed belt transmission between transmission shaft D311.Driven conjugate tooth D315 is fixed with moving knife axis body D341, makes moving knife axis body Moving knife D342 on D341 can be rotated with speed change, when preferably contacting moving knife D342 and stationary knife D343, moving knife axis body D341's Revolving speed is most fast, and realization cuts component D34 and efficiently cuts, and promotes the quality cut.
As shown in figure 27, auxiliary traction component D35 includes that auxiliary traction roller D351 and auxiliary pressure roller D352, auxiliary are led The structure for drawing component D35 is identical as the structure of main traction component D33；Main traction roller D331 drives auxiliary traction roller by synchronous belt The rotation of D351 synchronous belt.
The paper bag of web-like is sent into and is turned to by reversing bar D12 by compound paper roll mechanism D2, is fed through traction cutter machine Structure D3, paper bag successively pass through main traction component D33, cut component D34, auxiliary traction component D35.By cutting component D34 peace Fill the length interval of valve port paper cuts out easy-torn line, and paper tape is fed through discounting roller mechanism D5, paster cylinder by auxiliary traction component D35 Position where mechanism D6.
As shown in Figure 30, Figure 31, discounting roller mechanism D5 includes the discounting roller body for being rotatably mounted to the 4th rack D1 D51, discounting roller body D51 are equipped with discounting axis D52, and discounting axis D52 is fixed with discounting piece D53, and discounting piece D53 extends discounting roller Cylinder D51, the end of discounting roller body D51 is provided with the first cam pack D54 of driving discounting axis D52 rotation, when discounting piece D53 turns to corresponding position, swings under the action of the first cam pack D54, and the head of paper tape is pressed into paster cylinder mechanism D6.
As shown in figure 32, paster cylinder mechanism D6 includes paster cylinder D67, and the outer peripheral surface of paster cylinder D67 is opened equipped with holding paper Holding paper axis D62 is installed in mouth D61, holding paper opening D61, holding paper axis D62 has been fixed with intermediate plate D63, intermediate plate D63 and paster cylinder One is formed between D67 for clamping the clamping opening of valve port paper；Intermediate plate D63 is controlled by the second cam pack, the second cam pack Including holding paper swing arm D64, the end of paster cylinder D67 is provided with holding paper cam D65, holding paper swing arm D64 and holding paper cam D65 Cooperation；During rotation, the end of the swing arm on holding paper axis D62 fits in the table of holding paper cam D65 to paster cylinder D67 always Face and opposite holding paper cam D65 movement, realize the periodic wobble of intermediate plate D63, control the opening and closing of clamping opening；Paster cylinder Platen belt D66 is arranged in the middle part of D67, paster cylinder D67 is equipped with the groove that pressure supply leatheroid is embedded in D66；Intermediate plate D63 is provided with The notch that pressure supply leatheroid is passed through with D66, for intermediate plate D63 when clamping valve port paper, platen belt D66 does not influence the normal of intermediate plate D63 Clamping.
As shown in figure 33, discounting roller body D51 and paster cylinder D67 are setting up and down, discounting roller body D51 and paster cylinder D67 is moved synchronously.Paper tape by drawing cutter mechanism D3 when being sent between discounting roller body D51 and paster cylinder D67, patch The clamping opening of paper tube body D67 and the lower section for being located at paper tape, discounting piece D53 are located at the top of paper tape；With turning for discounting roller body D51 Dynamic, under the action of the first cam pack D54, the discounting piece D53 on discounting roller body D51 is swung, and discounting piece D53 is by paper tape knife Head is pressed into clamping opening；Simultaneously, continuing to rotate with paster cylinder D67, under the action of the second cam pack, folder Paper axis D62 rotation, closes clamping opening, and the end for being located at the paper tape in clamping opening is clamped.Draw the conveying speed of cutter mechanism D3 Less than the movement velocity of discounting roller mechanism D5 and paster cylinder mechanism D6, by the speed difference of the two, paster cylinder D67 clips paper bag End, one section of valve port paper on paper tape head is broken along easy-torn line, formed an individual valve port paper.Paster cylinder D67 folder It holds valve port paper to convey to the position where paper bag, after being sent to position, intermediate plate D63 unclamps under the action of the second cam pack；Simultaneously Platen belt D66 is with the rotation of paster cylinder D67, and platen belt D66 goes out to be detached from from the notch of intermediate plate D63, in platen belt D66 Under the action of, have the function of from clamping opening taking valve port paper out of, so that valve port paper is sent to the corresponding position of paper bag.
It should be noted that mounting base D31 is slidably installed on the 4th rack D1, by rotating walking gear D313, Drive installation seat D31 is slided on the 4th rack D1, keeps auxiliary traction component D35 and the spacing of paster cylinder mechanism D6 adjustable, really The paper tape between auxiliary traction component D35 and discounting roller mechanism D5 is protected, there is only an easy-torn lines, are passing through paster cylinder D67 only breaks one section of valve port paper when breaking paper tape.
As shown in figure 34, valve port gumming mechanism D4 includes being installed on the first of the 4th rack D1 to hold lacquer disk(-sc) D41 and with One holds the corresponding first glue mixing roller D42 of lacquer disk(-sc) D41, the first upper glue roller D43, the first daub wheel D44；First glue mixing roller D42 and One upper glue roller D43 is close to, and the first upper glue roller D43, by being driven by gear, makes the two in the end of the first glue mixing roller D42 It moves synchronously；First upper glue roller D43 is close to the first daub wheel D44, and the first upper glue roller D43 leads between the first daub wheel D44 Belt transmission is crossed, the two is moved synchronously.First upper glue roller D43 is immersed in first and holds lacquer disk(-sc) D41, and first holds in lacquer disk(-sc) D41 Glue is attached to the surface of the first upper glue roller D43, by the way that in the contact of the first daub wheel D44, glue is applied to the first daub Take turns the surface D44；Front swing arm D45 is provided between first upper glue roller D43 and the first daub wheel D44, the first upper glue roller D43 is rotatable Be installed on the 4th rack D1, the first daub wheel D44 is rotatably mounted to front swing arm D45, before the 4th rack D1 is equipped with driving The cylinder that swing arm D45 is rotated around the first upper glue roller D43；Cylinder axis during flexible, can drive the first daub wheel D44 around Front swing arm D45 deflection, can control the spacing of the first daub wheel D44 Yu paster cylinder D67 during deflection.It can be according to reality Situation makes the adjustment of adaptability by cylinder.The wherein gluing principle phase of compound gumming mechanism D22 and valve port gumming mechanism D4 Together, wherein the gluing variable speed assembly D23 in compound gumming mechanism D22 is identical as the traction structure of variable speed assembly D32, pass through replacement Different size of gear completes the adjustment of the first daub wheel D44 revolving speed.
As shown in figure 25, the second paper bag conveying mechanism D7 includes two groups for clamping paper bag two sides and paper bag being driven to advance Conveying assembly, conveying assembly include the second delivery track D71, and the conveyor belt being wound on the second delivery track D71.4th Rack D1 be equipped with left wall D72 plate and right wall D73 plate, between left wall D72 plate and right wall D73 plate be provided with for The gap that paper bag passes through, the gap are located at the surface of two groups of conveyor belt clamping paper bag positions, the two groups of conveyor belts folder made Two surfaces of paper bag are held, driving paper bag passes through in the gap of left wall D72 plate and right wall D73 plate.
First daub wheel D44 is corresponding with paster cylinder D67, and paster cylinder D67 is entrainment of valve port paper from auxiliary traction component During D35 to paper bag, valve port paper can be contacted with the first daub wheel D44, and glue is applied to the corresponding of the surface of valve port paper Position；It should be noted that the attaching situation different according to valve port paper, is arranged different shape the first daub wheel D44.With paster Cylinder D67's continues to rotate, and valve port paper is pasted on the paper bag immediately below below paster cylinder.
4th rack D1 is equipped with the platen handrail D14 for platen bag, and platen handrail D14 is located at left wall D72 plate and the right side The top of wall D73 plate；After valve port paper is attached above paper bag, under the action of the second paper bag conveying mechanism D7, it is fed through pressure Position where paper handrail D14 pushes down the top of paper bag by platen handrail D14, and paper bag is kept automatically not deform.Paster It is cased with the first platen belt D66, the first platen belt D66 in the middle part of cylinder D67 and extends and can be pressed in along the conveying direction of paper bag Paper bag upper surface, the first platen belt D66 are identical as the transmission speed of the second paper bag conveying mechanism D7.
As shown in figure 33, rejecting mechanism D8, main rejecting conveyor track D87 and pair including being installed on the 4th rack D1 are rejected Conveyor track D88, main rejecting conveyor track D87 and the secondary rejecting arc-shaped setting of conveyor track D88, main rejecting conveyor track D87 are provided with arc The tray paper of shape helps plate D873；Main reject is equipped in the main main rejecting conveyor track D87 of rejecting conveyor track D87 and removes belt D871, and pair is rejected Conveyor track D88 is equipped with secondary rejecting belt D881；Main conveyor track is equipped with several second for being used to support main rejecting and removing belt D871 Support wheel D872, to keep main reject of branch to be mutually close to except belt D871 rejects belt D881 with pair.Main reject removes belt D871 One end be sheathed on discounting roller body D51, discounting roller body D51 is equipped with groove, and annular groove, groove for main for removing The insertion of belt D871, it is main to reject the driving force except belt D871 from discounting roller body D51, pass through discounting roller body D51 Rotation, drive it is main reject except belt D871 rotates, main reject mutually is close to realize except belt D871 with secondary rejecting belt D881 The two moves synchronously.
Rejecting mechanism D8 further includes being set in discounting roller body D51, and the rejecting needle D81 of expandable is on sale The end of roller body D51, which is provided with, rejects needle cam component, rejects needle cam component and includes and main cam piece D84 and auxiliary cam piece D85, the 4th rack D1 are equipped with the first switching cylinder D83 that driving cam bit is axially moved along discounting roller body D51.Main cam piece There is D84 control to reject the driving portion D841 that needle D81 stretches out, and the rest part of main cam piece D84 and the surface auxiliary cam piece D85 are neat Flat, when operating normally, control is rejected needle D81 flexible rejecting needle swing arm D82 and auxiliary cam piece D85 and is cooperated；Normally to paper tape end It when portion is given a discount, drives and rejects needle swing arm D82 and main cam piece D84 cooperation, reject needle D81 and shrink roller body D51 on sale It is interior.
When sensor detects that no paper bag enters below paster cylinder D67, the first switching cylinder D83 drives main cam Piece D84 and auxiliary cam piece D85 is axially moved, and driving main cam piece D84 is moved to the position rejected where needle swing arm D82, makes to pick Except needle swing arm D82 and main cam piece D84 cooperates.When rejecting driving portion D841 of the needle swing arm D82 by main cam, needle is rejected in driving Swing arm D82 rotation, by the transmission of link mechanism, driving is rejected needle D81 and is stretched out to outside discounting roller body D51, makes to reject needle D81 It is pierced into paper tape；It is equipped with the second switching cylinder D86 of driving holding paper cam D65 rotation in the 4th rack D1, in the first switching While cylinder D83 works, the second switching cylinder D86 is moved synchronously, and changes the period of motion of intermediate plate D63, closes clamping opening delay It closes.It rejects needle D81 to be pierced into paper tape, paper tape is rotated with discounting roller body D51, and paper bag is made not enter paster cylinder mechanism D6.
Under the drive for rejecting needle D81, valve port paper moves between conveyor track D88 to main rejecting conveyor track D87 and secondary reject, When valve port paper is delivered to the main rejecting conveyor track position D87, valve port paper is in the case where main rejecting removes the guiding of belt D871, by valve Mouthful paper is detached from from rejecting on needle D81, is rejected except belt D871 by main and secondary is rejected belt D881 for valve port paper from discounting roller strap It walks.
As shown in figure 35, the 4th rack D1 is equipped with the paster variable speed assembly D9 connecting with main drive shaft D11, paster speed change group Part D9 includes that input bevel gear D93, output bevel gear wheel D95, tooth rest D96, the second planet tooth are equipped in shell D91, shell D91 Take turns D97；There are two second planetary gear D97, and two the second planetary gear D97 are rotatably mounted to tooth rest D96, the second row Star gear D 97 be located at input bevel gear D93 and output bevel gear wheel D95 between, and with input bevel gear D93, output bevel gear wheel D95 Engagement.Wherein main drive shaft D11 is connect by bevel gear with the second input shaft D92, and input bevel gear D93 is installed on the second input Axis D92；Output bevel gear wheel D95 and main driving gear D15 is coaxially disposed, and by transmission shaft driven, main driving gear D15 passes through Gear assembly drives each mechanism kinematic.Tooth rest D96 is rotatably arranged in shell D91, and tooth rest D96 is fixed with second Worm gear D98, shell D91 are equipped with the second worm screw D99 with the second worm gear D98 cooperation.4th rack D1 is equipped with adjusting handle, Pass through cardan drive between adjusting handle and the second worm screw D99.
By adjusting handle, the second worm screw D99 rotation is driven, drives turbine D98 to rotate angle appropriate by the second worm screw D99 Degree changes the position of the second planetary gear D97, so that the revolving speed of output bevel gear wheel D95 is compared relatively quickening or slack-off originally, to adjust Whole valve port gumming mechanism D4, compound paper roll mechanism D2, traction cutter mechanism D3, discounting roller mechanism D5, paster cylinder mechanism D6, change Sticking position of the valve port paper on paper bag；When the position of position and paper bag that valve port paper attaches, there are errors, can pass through adjusting Handwheel is adjusted.Paper bag enters post forming device E after the completion.
Five, post forming device E- carries out secondary fold to paper bag, and the sealing of paper bag is completed by glue；
As shown in figure 36, the upper end of post forming device E, including the 5th rack E1, the 5th rack E1 are equipped with two groups of parallel rails Guidance tape E2, two groups of track plates E2 form gap and two groups of track plates E2 are in the same plane, and the bottom surface of two groups of track plates E2 is set There is driving mechanism；In the present embodiment, driving mechanism is located at the two sides in the gap of two groups of track plates E2 formation, and driving mechanism is used for The paper bag in the gap for being placed on two groups of track plates E2 formation is driven to move along track plates E2 length direction.
Referring to Figure 36, two groups of track plates E2 are disposed with away from the one side of driving mechanism along track plates E2 length direction Flattening mechanism E3 is helped, creasing mechanism E4, first shaping mechanism E5, mechanism E6, sealing gumming mechanism E7 is opened and closes bottom shaping mechanism E8, first shaping mechanism E5 and the bottom for closing bottom shaping mechanism E8 are equipped with two groups of conveyer belt E9；In the present embodiment, flattening mechanism is helped E3, creasing mechanism E4, first shaping mechanism E5, open mechanism E6, sealing gumming mechanism E7 and close bottom shaping mechanism E8 be respectively mounted On the 5th rack E1, flattening mechanism E3 is helped to be located at the input terminal of track plates E2, closes bottom shaping mechanism E8 and be located at track plates E2 output End, creasing mechanism E4, first shaping mechanism E5, open mechanism E6 and sealing gumming mechanism E7 be sequentially arranged in help flattening mechanism E3 with It closes between bottom shaping mechanism E8；It is equipped between two groups of conveyer belt E9 and helps plate E10, helped plate E10 to be mounted on the 5th rack E1 and help Plate E10 and track plates E2 forms gap, helps the end of plate E10 V-shaped and opens wide straight up.
Referring to Figure 36 and Figure 37, helping flattening mechanism E3 includes the first fixing axle E31, the second sliding block E32 and handrail E33, and first Fixing axle E31 is mounted on the 5th rack E1, and the second sliding block E32 is mounted on the first fixing axle E31, and handrail E33 is mounted on On two sliding block E32, handrail E33 and track plates E2 form gap；In the present embodiment, the first fixing axle E31 is laterally vertical fixed On the 5th rack E1, the second sliding block E32 is adjustable to be mounted on the first fixing axle E31, the L-shaped shape of handrail E33.
Referring to Figure 36 and Figure 37, creasing mechanism E4 include shaft E41, dint wheel E42, sleeve E43, third swing arm E44 and First idler wheel E45, dint wheel E42 are mounted on shaft E41, and the first idler wheel E45 is mounted on the 5th rack E1 by connecting plate, the One idler wheel E45 is located at the bottom surface of track plates E2, and dint wheel E42 and the first idler wheel E45 form gap, and shaft E41 and sleeve E43 are equal It is mounted on the 5th rack E1, third swing arm E44 is mounted on shaft E41 and sleeve E43；In the present embodiment, third swing arm E44 is adjustable to be mounted on sleeve E43, and sleeve E43 is located at the top of shaft E41, sets between third swing arm E44 and shaft E41 There is bearing, the driving assembly for fixed rotating shaft E41 rotation is installed on the 5th rack E1.
Referring to Figure 36 and Figure 38, first shaping mechanism E5 and closes bottom shaping mechanism E8 and include folding bar E52, first turn over item E53, second turn over an E54, the first pressing plate E55, the second pressing plate E56 and flanging wheel E57, and first shaping mechanism E5 further includes fixed plate E51, fixed plate E51, folding bar E52, the first pressing plate E55, the second pressing plate E56 and flanging wheel E57 are installed on the 5th rack E1, Fixed plate E51 and track plates E2 forms gap, and folding bar E52 is abutted with conveyer belt E9, and first, which turns over an E53 and second, turns over an E54 peace On folding bar E52, the first pressing plate E55, the second pressing plate E56 and flanging wheel E57 form gap with conveyer belt E9；In this implementation In example, fixed plate E51 is located at the input terminal of first shaping mechanism E5, flanging wheel E57 be located at first shaping mechanism E5 and pass bottom at The output end of type mechanism E8, folding bar E52, first turn over an E53, second turn over an E54, the first pressing plate E55 and the second pressing plate E56 successively Be arranged between fixed plate E51 and flanging wheel E57, folding bar E52 along track plates E2 length direction be arranged, first turn over an E53 and Second, which turns over an E54 bending, is arranged, and the input terminal of the first pressing plate E55 and the second pressing plate E56 are obliquely installed upwards.
Referring to Figure 36 and Figure 39, opening mechanism E6 includes opening bar E61, opening plate E62, help an E63 and regulating mechanism E64, the regulating mechanism E64 are mounted on the 5th rack E1, are opened bar E61, are opened plate E62 and an E63 is helped to be installed in tune It saves on mechanism E64, helps an E63, opens bar E61 and open plate E62 forming gap with track plates E2；In the present embodiment, it turns over It opening lever E61 and opens plate E62 and opens wide setting in "eight" shape, open bar E61 and open the end of plate E62 and fix, open bar E61 End be obliquely installed upwards；Regulating mechanism E64 includes horizontal axis E641, regulating arm E642 and E643, horizontal axis E641 are lateral in flakes It is vertically mounted on the 5th rack E1, regulating arm E642 is mounted on cross bar, and E643 is mounted on regulating arm E642 in flakes, in flakes E643 far from regulating arm E642 one end by connecting rod respectively with open bar E61, open plate E62 and an E63 helped to fix.
Referring to Figure 36 and Figure 40, sealing gumming mechanism E7 include second hold lacquer disk(-sc) E71, glue mixing roller E72, upper glue roller E73 and Gluing wheel E74, second, which holds lacquer disk(-sc) E71, glue mixing roller E72, upper glue roller E73 and gluing wheel E74, is installed on the 5th rack E1, mixes Rubber roller E72 is placed in second and holds in lacquer disk(-sc) E71, and glue mixing roller E72 and upper glue roller E73 are abutted, and upper glue roller E73 is abutted with gluing wheel E74, Gluing wheel E74 and track plates E2 forms gap；In the present embodiment, it is pvc band glue that gluing wheel E74, which is socketed with for snearing glue, The end of film, glue mixing roller E72, upper glue roller E73 and gluing wheel E74 are equipped with the transmission component being mutually driven, and upper glue roller E73, which is located at, to be mixed The top of rubber roller E72, second, which holds lacquer disk(-sc) E71, glue mixing roller E72, upper glue roller E73 and gluing wheel E74, is laterally vertically mounted on On five rack E1.
The implementation principle of the present embodiment are as follows: paper bag is put into the gap of two groups of track plates E2 formation, at this point, the end of paper bag It is placed in the surface track plates E2 across track plates E2, driving mechanism drives paper bag to move along track plates E2 length direction；So that Paper bag successively through helping flattening mechanism E3, creasing mechanism E4, first shaping mechanism E5, open mechanism E6, sealing gumming mechanism E7 and Bottom shaping mechanism E8 is closed, helps flattening mechanism E3 that the paper bag for being placed in raceway surface is helped flat, helps the paper bag after putting down by creasing mechanism E4 It is forced out folding line, the paper bag for extruding folding line is folded by first shaping mechanism E5, and first shaping mechanism E5 is to folded paper Bag is squeezed, to realize the end of paper bag folding forming for the first time；Foldable formed paper bag is opened by opening mechanism E6, It opens mechanism E6 and helps flat paper bag again, paper bag is by sealing gumming mechanism E7 snearing glue, and the paper bag of snearing glue is through bottom of reaching a standard Shaping mechanism E8 is folded again, is closed bottom shaping mechanism E8 and is squeezed again folded paper bag again, so that being sticked and coated on The glue of paper bag end bonds paper bag, to realize that the end of paper bag is adhesion-molded.This post forming for paper bag fills It is simple to set E structure, design rationally, can be accurately and effectively adhesion-molded the end of paper bag, convenient for large-scale production paper bag, has Conducive to the production efficiency of paper bag is improved, to reduce the cost of production paper bag, be conducive to the economic benefit for improving production paper bag.It is complete Cheng Hou, paper bag are sent into outer reinforcing device F.
Six, outer reinforcing device F- attaches finishing strips at the position that paper bag seals；
The structure of outer reinforcing device F is identical as the structure of valve port insertion apparatus, for finishing strips to be pasted to the bottom of paper bag.
Seven, turning over bottom device G- paper bag has vertical conveying to be converted into horizontal feed；
Referring to Figure 41, paper bag turns over bottom device F, including the 7th rack G1, and the 7th rack G1 is equipped with horizontal transport agency G3, horizontal defeated Mechanism G3 is sent to dock with vertical conveying mechanism G2；Horizontal transport agency G3, which includes that conveying assembly G31 and second is lower on second, to be conveyed Component G32, the lower conveying assembly G32 of conveying assembly G31 and second include third delivery track G33 and uniformly installation on second In being cased with conveying skin on the third support wheel G34 on third delivery track G33, the third support wheel G34 of third delivery track G33 Band (for the ease of the displaying of attached drawing, conveyor belt is not shown in attached drawing), paper bag pass through defeated under conveying assembly G31 and second on second The conveyor belt of sending component G32 is transmitted.
As shown in Figure 41, Figure 42, the two sides of the second lower conveying assembly G32, which are equipped with, turns over backing board G35, turn over backing board G35 with The conveyor belt holding of second lower conveying assembly G32 flushes；The end towards vertical conveying mechanism G2 for turning over backing board G35 is equipped with Tilt down setting rake G36；It is equipped on the path of vertical conveying mechanism G2 and is provided tiltedly with upper guide rod G13, upper guiding Bar G13 is tilted from a side of paper bag to the other side, it is preferred that the top for extending to rake G36 of upper guide rod G13 is above led It keeps flushing with the upper surface backing board G35 is turned over to the height of bar G13, the end of upper guide rod G13 and the edge for turning over backing board G35 It is corresponding.The width for turning over backing board G35 gradually broadens along the conveying direction of paper bag.7th rack G1 is close to vertical conveying mechanism G2's One end is equipped with front end panel G11, and front end panel G11 is equipped with lower guide support frame G14, and lower guide support frame G14, which is equipped with down, to be led To bar G15, lower guide rod G15 is located on the transport path of paper bag, and is tilted from a side of paper bag to the other side, upper guide rod G13 is identical as the inclined direction of lower guide rod G15, and the tilt angle of lower guide rod G15 is greater than upper guide rod G13.Lower guide rod G15 is rotatably arranged on lower guide support frame G14, and is locked by screw, so as to the inclined of lower guide rod G15 Gyration is adjusted.
The side of second lower conveying assembly G32 is provided with several groups bag body deflecting conveying mechanism G4, and bag body supports conveying group Part includes being cased with round belt between preceding round belt wheel G41 and active round belt wheel G43, active round belt wheel G43 and preceding round belt wheel G41 G42, preceding round belt wheel G41 are dynamic to be lower than active round belt wheel G43.Front end panel G11 is equipped with the front support wheel of several uniform intervals arrangement Seat G46, wherein the preceding round belt wheel G41 of several bag body deflecting conveying mechanism G4 is rotatably mounted to front support wheel seat G46；Preceding branch Support wheel seat G46 is fixedly installed on front end panel G11 by screw, can when the deflection angle for needing to adjust front support wheel seat G46 It is adjusted by unclamping screw.Make the preceding round belt wheel G41 of several groups bag body deflecting conveying mechanism G4 in front end panel G11 updip Tiltedly arrangement, lower guide rod G15 are located at the top of preceding round belt wheel G41, it is preferred that the inclined direction and preceding round belt of lower guide rod G15 The orientation of wheel G41 is consistent.7th rack G1 is equipped with transmission shaft G12 far from one end of vertical conveying mechanism G2, actively Round belt wheel G43 is fixedly installed on transmission shaft G12, and axial position of the active round belt wheel G43 on transmission shaft G12 is adjustable.
As shown in Figure 42, Figure 43, deflecting conveying mechanism G4 further include be installed on the 5th tensioning wheel G44 of the 7th rack G1 with 6th tensioning wheel G45, the 5th tensioning wheel G44 are installed on what round belt G42 was moved from preceding round belt wheel G41 to active round belt wheel G43 On path, the 5th tensioning wheel G44 is identical as the height of active round belt wheel G43, the inclination that the 5th tensioning wheel G44 is overturn to paper bag Tiltedly；6th tensioning wheel G45 is located at round belt G42 wheel by active round belt wheel the G43 forward path of round belt wheel G41 movement.5th Tensioning wheel G44 and the 6th tensioning wheel G45 passes through tension pulley seat G47 and is fixed on the 7th rack G1, and tension pulley seat G47 is equipped with kidney-shaped Hole, a screw pass through kidney slot and tension pulley seat G47 are fixed on the 7th rack G1, the actual conditions run according to round belt G42 The position of 5th tensioning wheel G44, the second tensioning, angle are adjusted.Pass through the tension pulley seat G47 to the 5th tensioning wheel G44 It is adjusted, the conveying direction of the round belt G42 and paper bag between the 5th tensioning wheel G44 and active round belt wheel G43 is made to keep flat Row, makes paper bag bag body be transitioned into horizontality from heeling condition.
Speed changing conveying mechanism G4 is provided with two groups, the two sides for being set to the second lower conveying assembly G32 of mirror image.According to reality The case where, select the direction of paper bag bag body overturning；When switching paper bag reverses direction, led under by changing upper guide rod G13 To the direction of bar G15, to complete the adjustment to paper bag bag body reverses direction, control paper bag bag body is turned down to the left or is turned over to the right Folding.
The implementation principle of the present embodiment are as follows: the process that paper bag is run from vertical conveying mechanism G2 to horizontal transport agency G3 In, the top of paper bag bag body is contacted with upper guide rod G13, and the lower part of bag body is contacted with lower guide rod G15；In upper guide rod G13 Under the action of lower guide rod G15, the bag body naturally drooped is deflected to side；Under the action of upper guide rod G13, make in bag body It is located at the top for turning over backing board G35 after portion's fold, the lower part of bag body is layed in round belt G42 under the action of lower guide rod G15 Top, round belt G42 gradually into the side transmission shaft G12 motion process, gradually rises from the side front end panel G11, completed The fold of paper bag；The slope of multiple groups round belt G42 gradually increases outward from close to the side conveying assembly G32 under second, to make The fold of paper bag is more smooth.Wherein the conveying speed of round belt G42 is identical as the conveying speed holding of horizontal transport agency G3, Synchronous movement is realized at the bag bottom and bag body for realizing paper bag.After the completion, paper bag enters compacting carrying device H.
Eight, the paper bag that compacting carrying device H- has pasted bottom is compacted, and is sent out；
Referring to Figure 44, support conveyer belt H2 is installed on paper bag compacting carrying device H, including the 8th rack H1, the 8th rack H1 It with several conveyer belt swing arm H3, is equipped on conveyer belt swing arm H3 and pushes conveyer belt H4, the 8th rack H1 is equipped with for driving It supports conveyer belt H2 and pushes the driving mechanism of conveyer belt H4 movement；In the present embodiment, the 8th rack H1 include frame body H12 and It is fixed on the sliding rail H11 on ground, the bottom of frame body H12 is equipped with the second idler wheel H13, and the circumferencial direction of the second idler wheel H13 is set There is race, race and sliding rail H11 are contradicted, and the second idler wheel H13 is moved along sliding rail H11 length direction, consequently facilitating Movable support body H12, convenient for frame body H12 is adjusted to suitable position；Conveyer belt H2 is supported to be located at the lower section for pushing conveyer belt H4, and And support conveyer belt H2 and pushing conveyer belt H4 form gap, when paper bag from support conveyer belt H2 and pushes conveyer belt H4 formation When gap passes through, pushes conveyer belt H4 and paper bag is compacted；The length of conveyer belt H2 is supported to be greater than the length for pushing conveyer belt H4 Degree, conveyer belt H2 easy to support is supported and the gap for consigning paper bag to support conveyer belt H2 and pushing conveyer belt H4 formation is mobile.
Referring to Figure 44, roller wheel group H5 is installed on conveyer belt swing arm H3, roller wheel group H5 protrude into support conveyer belt H2 and It pushes in conveyer belt H4；In the present embodiment, roller wheel group H5 is equipped with multiple groups, and multiple groups roller wheel group H5 is distributed in conveyer belt swing arm On H3, so that the arc-shaped shape setting of support conveyer belt H2 and pushing conveyer belt H4, to be conducive to be compacted paper bag, multiple groups pressure roller Wheel group H5 is repeatedly compacted paper bag, to ensure that paper bag is compacted；Roller wheel group H5 includes the first roller wheel H51 and second Roller wheel H52, the first roller wheel H51 and the second roller wheel H52 are installed on conveyer belt swing arm H3, and the first roller wheel H51 Support conveyer belt H2 is respectively placed in the second roller wheel H52 and is pushed in conveyer belt H4, and the second roller wheel H52 is located at the first pressure roller Take turns the top of H51.
Referring to Figure 44 and Figure 45, mounting groove H31 is offered at the top of conveyer belt swing arm H3, the second roller wheel H52 is equipped with the Two fixing axle H521, the second fixing axle H521 are placed in mounting groove H31；In the present embodiment, it is equipped at the top of mounting groove H31 The end of third pressing plate H32, the second fixing axle H521 are equipped with limiting slot, are equipped with gag lever post H6 in limiting slot, gag lever post H6 is passed through The other end of third pressing plate H32 is screwed and has nut, and gag lever post H6 is socketed with spring H61, and the both ends of spring H61 are respectively with Three pressing plate H32 and the second fixing axle H521 are contradicted.
It referring to Figure 44, is equipped on the 8th rack H1 and accepts conveyer belt H7, accepted conveyer belt H7 and be located at support conveyer belt H2 The lower section of output end；In the present embodiment, it accepting conveyer belt H7 and is equipped with two groups, two groups of undertaking conveyer belt H7 form gaps, and two groups Conveyer belt H7 is accepted to be arranged in parallel and be in the same plane.
It is hinged with bearing plate H8 referring to Figure 44, the 8th rack H1, bearing plate H8, which is located at, to be accepted under conveyer belt H7 output end Side, side of the bearing plate H8 far from the 8th rack H1 are hinged with telescopic equipped with the bottom surface of second baffle H82 and bearing plate H8 Support rod H81；In the present embodiment, bearing plate H8, which is used to collect, accepts the paper bag that conveyer belt H7 is brought, consequently facilitating collecting Paper bag；Second baffle H82 is used to block paper bag, prevents paper bag from dropping to the ground；Support rod H81 is not only used to support bearing plate H8, And it is used to adjust bearing plate H8 and accepts the angle that conveyer belt H7 is formed.
The implementation principle of the present embodiment are as follows: paper bag is placed on the top of support conveyer belt H2, driving mechanism drives support Conveyer belt H2 and pushing conveyer belt H4 movement, so that support conveyer belt H2 holds in the palm the past support conveyer belt H2 of paper bag and pushes conveyer belt The intermittent motion that H4 is formed；When paper bag passes through support conveyer belt H2 and pushes the gap of conveyer belt H4 formation, conveyer belt is supported H2 is compacted paper bag with conveyer belt H4 is pushed, and roller wheel group H5 is again compacted paper bag, thus Effective Compaction paper bag. This paper bag compacting carrying device H structure is simple, and setting rationally, effectively can repeatedly squeeze paper bag, so that paper bag quilt Compacting is conducive to store paper bag so that paper bag occupies lesser space.
The embodiment of present embodiment is presently preferred embodiments of the present invention, not limits protection of the invention according to this Range, therefore: the equivalence changes that all structures under this invention, shape, principle are done, should all be covered by protection scope of the present invention it It is interior.

Claims (10)

1. one kind is sticking machine, it is characterised in that: include:
Collating unit, including the first rack are arranged, the first rack is provided with material conveying platform, arrangement mechanism and dressing mechanism；Arrangement Mechanism includes the rib that conveying assembly and uniform intervals are set to conveying assembly；
Impression device, including the second rack, the second rack are equipped with a power source and set gradually along paper bag conveying direction oblique Creasing mechanism, lateral creasing mechanism, notching mechanism, paper bag conveying mechanism；Second rack is additionally provided with for adjusting oblique marking press The impression differential assembly of structure；For adjusting the cutter differential assembly of two cutter assemblies；To connect sending for arrangement collating unit Expect differential assembly；
Bag bottom bracing opening apparatus, including third rack, third rack, which is equipped with, opens component support along the suction that paper bag conveying direction is set gradually It opens component and planishes component；Time-delay mechanism is additionally provided in the strutting assembly；
Valve port insertion apparatus, including the 4th rack, the 4th rack are equipped with compound paper roll mechanism, traction cutter mechanism, on valve port Gluing mechanism, discounting roller mechanism, paster cylinder mechanism；4th rack is additionally provided with the paster variable speed assembly for changing the paster period；
Post forming device smooths mechanism, creasing mechanism, first shaping mechanism, opens mechanism, on back cover including what is set gradually Gluing mechanism and pass bottom shaping mechanism；
Outer reinforcing device, for attaching outer finishing strips on paper bag, structure is identical as valve port insertion apparatus；
Turn over bottom device, including the 7th rack, the 7th rack be equipped with upper guide rod positioned at vertical conveying assembly end with Lower guide rod, the 7th rack are equipped with horizontal transport agency corresponding with vertical conveying mechanism, and the side of horizontal transport agency is equipped with Deflecting conveying mechanism；
It is compacted carrying device, including upper pressure conveyer belt and pushing conveyer belt.
2. according to claim 1 be sticking machine, it is characterised in that: the conveying assembly includes two groups of stationary arrangement components With one group of removable arrangement component, first rack, which is equipped with, adjusts removable arrangement component far from or close to stationary arrangement group The first of part adjusts component.
3. according to claim 1 be sticking machine, it is characterised in that: impression differential assembly includes mandrel, is rotatably disposed in First differential gear of mandrel, the handle for being rotatably mounted to mandrel, the second differential gear for being fixedly installed in mandrel；Described Handle is equipped with the planetary gear engaged with the first differential gear, the second differential gear；Mandrel is provided with output gear；On handle Provided with telescopic pin, the second rack is equipped with fixed cover, it is fixed be covered with several even circumferentials arrangements be used for and pin The pin hole of cooperation；Left driving gear is engaged with output gear, and right driving gear is engaged with the first differential gear；Feeding differential group Part is identical as the structure of impression differential assembly.
4. according to claim 1 be sticking machine, it is characterised in that: the cutter differential assembly includes being set to the first drive First angle between moving gear and the second driving gear adjust component, be set to the second driving gear and third drive gear it Between be equipped with second angle adjust component.
5. according to claim 1 be sticking machine, it is characterised in that: the strutting assembly includes being mounted in third rack Cabinet is equipped with the joint fork that can be embedded in the master gear that own axes rotate, master gear with master gear rotation in cabinet, Pass through cross axle in joint fork two sides and be connected with the universal-joint fork being rotatably mounted on cabinet, universal-joint fork is relative to cross axle One end be connected with by being rotatably inserted into the paper bag bottom opened by suction and by the continuing deployment of tube pulling in paper bag bottom；In the strutting assembly It is additionally provided with time-delay mechanism and the first external drive shaft, the gear for transmission is equipped between time-delay mechanism and master gear Group；Locating flange circle is installed in third rack, worm gear and worm component are installed in locating flange circle, opened in worm gear Equipped with radial sliding slot, the sliding block in sliding slot and relative to sliding slot sliding is arranged with outside shaft.
6. according to claim 1 be sticking machine, it is characterised in that: the 4th rack is equipped with main drive shaft, and main drive shaft passes through Paster variable speed assembly drives valve port gumming mechanism, compound paper roll mechanism, traction cutter mechanism, discounting roller mechanism, paster cylinder simultaneously Mechanism operation；The paster variable speed assembly includes shell, is equipped with input bevel gear, output bevel gear wheel, tooth rest, row in shell Star gear；Tooth rest is rotatably arranged in shell, and there are two planetary gears, and two planetary gears are rotatably mounted to tooth Wheel carrier, planetary gear are located between input bevel gear and output bevel gear wheel, and engage with input bevel gear, output bevel gear wheel；
The tooth rest is fixed with worm gear, and shell is equipped with the worm screw with worm gear, and the worm screw is connected with adjusting handle.
7. according to claim 1 be sticking machine, it is characterised in that: the 4th rack rack is equipped with rejecting mechanism, institute The rejecting mechanism stated includes the main rejecting conveyor track and secondary rejecting conveyor track for being installed on the 4th rack；In main rejecting conveyor track master It rejects conveyor track and is equipped with main rejecting belt, pair rejects conveyor track and rejects belt equipped with secondary, and main one end for rejecting belt, which is sheathed on, to be beaten Roller body is rolled over, rejecting mechanism further includes the rejecting needle for being set to discounting roller body, and is set to discounting roller body end and is used for Radially-protruding first changeover module of needle is rejected in driving.
8. according to claim 1 be sticking machine, it is characterised in that: the traction cutter mechanism includes mounting base, and the 4th Rack is provided with the guide rail along the setting of paper bag conveying direction, and the mounting base is slidably arranged and guide rail, the mounting base Equipped with walking component；
The traction cutter mechanism includes being installed on the main shaft of mounting base and being driven by main shaft and set gradually Main traction component, cut component, auxiliary traction component；The main traction component includes main traction roller, the main shaft with Speed-regulation component is equipped between main traction roller.
9. according to claim 8 be sticking machine, it is characterised in that: cutting component includes moving moving knife component and stationary knife component, Moving knife component includes moving knife axis body, and axially extending moving knife is equipped on moving knife axis body, and the blade of moving knife extends moving knife axis body, 4th rack is equipped with by the shaft-driven active conjugate tooth of main transmission, and the moving knife axis body is equipped with driven conjugation tooth Wheel, the active conjugate tooth and driven conjugate tooth are intermeshed, and the driven conjugate tooth is close to the portion of rotation center Divide corresponding with moving knife.
10. according to claim 1 be sticking machine, it is characterised in that: the deflecting conveying mechanism includes being located at the 7th machine Frame close to vertical conveying mechanism one end preceding conveying member, and positioned at the active conveying member of the 7th rack other end, wherein actively The height of conveying member is higher than preceding conveying member, is arranged with guidance tape between active conveying member and preceding conveying member；The preceding conveying member The arrangement of paper bag conveying direction is favoured, the horizontal spacing of adjacent preceding conveying member is less than the horizontal spacing of adjacent active conveying member；On Guide rod and lower guide rod are respectively positioned on the transport path of paper bag, and are obliquely installed to guiding conveying mechanism side.
CN201811641766.2A 2018-12-29 2018-12-29 Bottom pasting machine Active CN109774242B (en)

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Publication number Priority date Publication date Assignee Title
CN110091548A (en) * 2019-06-05 2019-08-06 广州凤天包装材料有限公司 A kind of lofty non-woven storage pocket machine-shaping machine
CN110435220A (en) * 2019-08-22 2019-11-12 袋王环保科技(上海)有限公司 A kind of environmental protection paper bag places the mechanical device of reinforced paperboard

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JP2004223991A (en) * 2003-01-27 2004-08-12 Jdl Engineering Kk Pressure-bonded paper leaf manufacturing apparatus for cut paper
CN2875790Y (en) * 2006-01-17 2007-03-07 厉彦池 Valve port plaster mechanism of valve pocket production line
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CN205202298U (en) * 2015-10-22 2016-05-04 佛山市达肯包装机械有限公司 End machine is stuck with paste to inside and outside reinforcement container bag of bivalve mouth
CN205255590U (en) * 2015-11-03 2016-05-25 兰州交通大学 Exhibition concora crush trace device of end machine is stuck with paste to compound bag of paper twine
CN106862342A (en) * 2017-01-03 2017-06-20 东莞理工学院 A kind of iron sheet impression book joint setting machine that can automatically continuously unreel

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2004223991A (en) * 2003-01-27 2004-08-12 Jdl Engineering Kk Pressure-bonded paper leaf manufacturing apparatus for cut paper
CN2875790Y (en) * 2006-01-17 2007-03-07 厉彦池 Valve port plaster mechanism of valve pocket production line
CN201776945U (en) * 2010-09-02 2011-03-30 温州正博印刷机械有限公司 Machine pressing horizontal mark device for hand bag
CN202670185U (en) * 2012-06-21 2013-01-16 张文逊 Improved device with specification adjusting function
CN103909681A (en) * 2014-03-24 2014-07-09 司徒达肯 Automatic paper bag creasing machine
CN205202290U (en) * 2015-10-22 2016-05-04 佛山市达肯包装机械有限公司 Differential incision mechanism
CN205202298U (en) * 2015-10-22 2016-05-04 佛山市达肯包装机械有限公司 End machine is stuck with paste to inside and outside reinforcement container bag of bivalve mouth
CN205255590U (en) * 2015-11-03 2016-05-25 兰州交通大学 Exhibition concora crush trace device of end machine is stuck with paste to compound bag of paper twine
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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110091548A (en) * 2019-06-05 2019-08-06 广州凤天包装材料有限公司 A kind of lofty non-woven storage pocket machine-shaping machine
CN110091548B (en) * 2019-06-05 2020-01-10 金旭环保制品（深圳）有限公司 High-grade non-woven fabric storage bag processing and forming machine
CN110435220A (en) * 2019-08-22 2019-11-12 袋王环保科技(上海)有限公司 A kind of environmental protection paper bag places the mechanical device of reinforced paperboard

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