CN204998837U - Be suitable for automatic assembly line equipment for packing of many specifications card - Google Patents

Be suitable for automatic assembly line equipment for packing of many specifications card Download PDF

Info

Publication number
CN204998837U
CN204998837U CN201520739183.9U CN201520739183U CN204998837U CN 204998837 U CN204998837 U CN 204998837U CN 201520739183 U CN201520739183 U CN 201520739183U CN 204998837 U CN204998837 U CN 204998837U
Authority
CN
China
Prior art keywords
conveying mechanism
slide plate
cylinder
conveyor structure
card
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201520739183.9U
Other languages
Chinese (zh)
Inventor
王周晖
潘峰
姜金为
谢志聪
倪旭辉
吴鹏
周乃义
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
BEILUN SCIENCE AND ARTS EXPERIMENT CENTER INSTITUTE OF AUTOMATION CHINESE ACADEMY OF SCIENCES
Original Assignee
BEILUN SCIENCE AND ARTS EXPERIMENT CENTER INSTITUTE OF AUTOMATION CHINESE ACADEMY OF SCIENCES
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by BEILUN SCIENCE AND ARTS EXPERIMENT CENTER INSTITUTE OF AUTOMATION CHINESE ACADEMY OF SCIENCES filed Critical BEILUN SCIENCE AND ARTS EXPERIMENT CENTER INSTITUTE OF AUTOMATION CHINESE ACADEMY OF SCIENCES
Priority to CN201520739183.9U priority Critical patent/CN204998837U/en
Application granted granted Critical
Publication of CN204998837U publication Critical patent/CN204998837U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Abstract

The utility model discloses a be suitable for automatic assembly line equipment for packing of many specifications card, it is poor to aim at solving current packing assembly line commonality, can not be suitable for the single or mixed packing of product such as folding card, envelope of different specifications simultaneously, easily breaks down poor stability not enough in the packaging process. The utility model discloses an including thread conveying mechanism, by -pass conveying mechanism, opening box conveying mechanism, be equipped with first transition district and second transition district around the by -pass conveying mechanism between both ends and the thread conveying mechanism respectively, be equipped with third transition district between thread conveying mechanism rear end and the opening box conveying mechanism, first transition position is put and is installed a push mechanism, second transition position is put and is installed the 2nd push mechanism, third transition position is put and is installed the 3rd push mechanism, all install neat mechanism and strapper on thread conveying mechanism between first transition district and the second transition district and the by -pass conveying mechanism, opening box conveying mechanism installs hamper mechanism in the rear end.

Description

Be suitable for the automatic assembly line packaging facilities of many requirement card
Technical field
The utility model relates to a kind of automatic packaging conveyor line, and more particularly, it relates to a kind of universal automation conveyor line packaging facilities being applicable to many requirement card.
Background technology
Packaging line is by separate automatic, S. A. packaging facilities and accessory equipment etc., forms a Unified Global, so that a series of production facilities that the processing of product, inspection and transport etc. can automatically be carried out continuously by the sequencing of technology of the package.In packaging line, products to be packaged enter from conveyor line one end, and through different packaging facilities, packing add at corresponding multiple package position, and packed products constantly exports from the end of conveyor line.Workman only participates in some auxiliary package handlings, as arrangement, conveying, packing container supply etc.From technological angle, packaging automatic production lines, except the general features with conveyor line, also has stricter rhythm of production and harmony.Can be enhanced productivity by packaging line, reduce labour cost, ensure product design, thus meet the demand of modern mode of production.Single or the hybrid packed process of product such as Folding card, envelope of different size completes often on automatic packaging conveyor line, some packaging needs is tied up, some packaging does not need to tie up, automatic packaging conveyor line poor universality conventional at present, the product such as Folding card, envelope that simultaneously can not be applicable to different size is single or hybrid packed, and conveyor line easily breaks down in packaging process, stability is not good.
Chinese patent notification number CN203793790U, disclose a kind of packaging line, comprise frame, connecting gear, boxing mechanism and enclosed mechanism, connecting gear comprises belt conveyor, locating plate and servomotor, belt conveyor is loaded in frame, servomotor connecting conveyor belt, belt conveyor is provided with locating plate.The packaging line of this structure can realize vanning, joint sealing integration work, and structure is simple, cheap, is suitable for soft bag encasement, but poor universality, be not suitable for the packaging of card, envelope, and conveyor line stability is not good, easily breaks down.
Utility model content
The utility model overcomes existing packaging line poor universality, the product such as Folding card, envelope that simultaneously can not be applicable to different size is single or hybrid packed, and conveyor line easily breaks down in packaging process, the deficiency that stability is not good, provide a kind of automatic assembly line packaging facilities being suitable for many requirement card, its commonality is good, diverse in function, the product such as Folding card, envelope that simultaneously can be applicable to different size is single or hybrid packed, and conveyor line not easily breaks down in packaging process, good stability.
In order to solve the problems of the technologies described above, the utility model is by the following technical solutions: a kind of automatic assembly line packaging facilities being suitable for many requirement card, comprise mainline conveyor structure, by-pass conveying mechanism, open box conveying mechanism, mainline conveyor structure, by-pass conveying mechanism, open box conveying mechanism includes two postive stop baffles be arranged in parallel, First Transition district and the second transition region is respectively equipped with between by-pass conveying mechanism rear and front end and mainline conveyor structure, the 3rd transition region is provided with between mainline conveyor structure rear end and open box conveying mechanism, First Transition zone position is provided with first delivery device that material can be pushed to by-pass conveying mechanism from mainline conveyor structure, second transition region position is provided with second delivery device that material can be pushed to mainline conveyor structure from by-pass conveying mechanism, 3rd transition region position is provided with the 3rd delivery device that material can be pushed to open box conveying mechanism from mainline conveyor structure, mainline conveyor structure between First Transition district and the second transition region and by-pass conveying mechanism are all provided with neat mechanism and strapper, neat organization establishes is in strapper front, open box conveying mechanism rear end is provided with hamper mechanism.
During the work of conveyor line packaging facilities, the card of one pile pile or envelope load on mainline conveyor structure to be carried, transverse direction is carried out neatly to card or envelope in material all in one piece gap between two postive stop baffles, when card or envelope will be transported to neat mechanism, sensor by signal feedback to neat mechanism, neat mechanism action, carries out longitudinal direction neatly to the card transported or envelope.If do not need to tie up into box, by-pass conveying mechanism does not need work, and card or envelope are directly transported in the packing box open box conveying mechanism from mainline conveyor structure.If need to tie up into box, because the work efficiency of strapper is limited, card or envelope shunting conveying are tied up, part card or envelope are pushed on by-pass conveying mechanism by the first delivery device, before tying up, carry out longitudinal direction neatly by neat mechanism to card or envelope, card or envelope are pushed on mainline conveyor structure by the second delivery device after by-pass conveying mechanism has been tied up.Card on last mainline conveyor structure or envelope are transported in the packing box on open box conveying mechanism by the 3rd delivery device.Packing box is placed on open box conveying mechanism and carries, and card or envelope are pushed in packing box and are transported to hamper mechanism position by open box conveying mechanism, the lid of packing box on hamper mechanism cover, completes whole packaging action.Postive stop baffle laterally carries out neat to card or envelope, and neat mechanism longitudinally carries out neat to card or envelope, by regulating the spacing of postive stop baffle to change material all in one piece gap, can be applicable to the card of different size or the conveying of envelope.Carry out neat in card or envelope course of conveying, effectively avoid card or envelope tie up with mounted box process in break down, ensure that card or envelope are steadily carried.The automatic assembly line packaging facilities commonality being suitable for many requirement card of this structure is good, diverse in function, the product such as Folding card, envelope that simultaneously can be applicable to different size is single or hybrid packed, and in packaging process, conveyor line not easily breaks down, good stability.
As preferably, hamper mechanism comprises stay bearing plate, linear module, linear module is provided with slide plate, slide plate is connected with the vacuum cup that position is adjustable, and vacuum cup is arranged on above stay bearing plate, below open box conveying mechanism upper backup pad, pre-tightening mechanism is installed, pre-tightening mechanism comprises two connecting panels be oppositely arranged, and all connects piston cylinder expansion link outside two connecting panels, and inside two connecting panels, equal liftable is connected with portable plate, pretension bar is all connected with, all L-shaped structure of pretension rod rear end inside portable plate.
Packing box is before covering lid, be transported to pre-tightening mechanism position, L shape pretension pole pair packing box horizontal and vertical carries out neatly spacing, packing box is generally non-carton box material or more soft plastic material, under the control of PLC, piston cylinder expansion link stretches out and is slightly inwardly pressed into the both sides of packing box, and under the effect of pretension bar L shape rear end, slightly inwardly presses before and after packing box.Now PLC control linear module work, drives skateboarding, moves to above packing box and cover on packing box after making vacuum cup suct lid, and vacuum cup resets afterwards, and the packing box packed transports out from open box conveying mechanism.The mode that the covers position of this lid is accurate, and good stability not easily occurs skew thus causes fault.
As preferably, piston cylinder is slidably connected on bearing, and bearing has been rotatably connected screw mandrel, bearing upper screw rod both sides are all fixedly connected with slide bar, piston cylinder is slidably connected on slide bar, and the rotatable adaptation in screw mandrel front end is connected on piston cylinder, and screw mandrel rear end is fixedly connected with handwheel.Rotating handwheel drives screw mandrel to rotate, thus promotes piston cylinder movable adjusting position on slide bar, thus adapts to the various card of different size specification and the packaging of envelope.
As preferably, first delivery device comprises the first slide plate, the first cylinder, is connected to the first push pedal of the first Telescopic-cylinder bar front end, first slide plate is connected between mainline conveyor structure and by-pass conveying mechanism, first slide plate is provided with some the first chutes be arranged in parallel, and the first push pedal lower surface is provided with some and corresponding the first adaptive projection of the first chute.
First cylinder operation promotes the first push pedal and moves on the first slide plate, thus card or envelope are pushed to by-pass conveying mechanism from mainline conveyor structure, first push pedal is on the first slide plate in motion process, slide in first projection of the first push pedal lower end the first chute on the first slide plate, effectively prevent from card or envelope to be fitted on the first slide plate to occur omitting phenomenon, even in the process pushed, card or envelope are upset, and cause fault.
As preferably, the second delivery device second slide plate, the second cylinder, be connected to the second push pedal of the second Telescopic-cylinder bar front end, the second slide plate is connected between by-pass conveying mechanism and mainline conveyor structure.
Second cylinder operation promotes the second push pedal and moves on the second slide plate, thus card or envelope is pushed to mainline conveyor structure from by-pass conveying mechanism.
As preferably, 3rd delivery device comprises the 3rd slide plate, the 3rd cylinder, is connected to the 3rd push pedal of the 3rd Telescopic-cylinder bar front end, 3rd slide plate is provided with some bars of the 3rd chutes be arranged in parallel, 3rd push pedal lower surface is provided with some articles and corresponding the 3rd adaptive projection of the 3rd chute, 3rd slide plate side is connected with shifting board, open box conveying mechanism is connected with the first baffle plate be oppositely arranged with the 3rd push pedal, the first baffle inner wall is connected with second baffle near upper end position.
3rd cylinder operation promotes the 3rd push pedal and moves on the 3rd slide plate, thus card or envelope are pushed in the packing box open box conveying mechanism from mainline conveyor structure, 3rd push pedal is on the 3rd slide plate in motion process, slide in 3rd projection of the 3rd push pedal lower end the 3rd chute on the 3rd slide plate, effectively prevent from card or envelope to be fitted on the first slide plate to occur omitting phenomenon, even in the process pushed, card or envelope are upset, and cause fault.Shifting board, the first baffle plate serve good positioning action to card or envelope, second baffle is in order to eliminate the thickness of packing box, card or envelope fit to second baffle loading the phenomenon avoided dropping when packing box and occur tilting at packing box edge or block, and ensure that card or envelope can load in packing box exactly.
As preferably, 3rd slide plate comprises the first comb plate, the second comb plate, first comb plate comprises some first rectangular and some first billets, first rectangular alternately connection with the first billet was integrative-structure, the first billet front end is stretched out in first rectangular front end, and the second comb plate comprises some second rectangular and some second billets, and the second rectangular alternately connection with the second billet was integrative-structure, the second billet front end is stretched out in second rectangular front end, first rectangular be plugged on successively adjacent two second rectangular between.First comb plate and the second comb plate activity are plugged in together formation the 3rd slide plate, thus the 3rd slide plate length can be regulated as required.
Another kind of scheme, 3rd slide plate cross section is square-wave-shaped structure, 3rd slide plate is connected on mainline conveyor structure, the first support bar that two stripe pitch are adjustable is connected with below 3rd slide plate, the second support bar that on open box conveying mechanism, corresponding connection two stripe pitch are adjustable, first support bar lapping ends is on the second support bar, and shifting board one end is connected on the 3rd slide plate, and the other end is connected on the second support bar.First support bar and the second support bar are stacked, and for support and the slip of card or envelope, substantially reduce promotion resistance.
As preferably, neat mechanism comprises door frame, promotes cylinder, driving lever, promotes cylinder and is vertically connected on door frame, driving lever one end is fixedly connected on and promotes Telescopic-cylinder bar front end, the L-shaped structure of driving lever, L shape driving lever and promotion Telescopic-cylinder bar connection side horizontally set, opposite side is vertically arranged.When card or envelope will be transported to neat mechanism, sensor by signal feedback to neat mechanism, promote cylinder to promote driving lever and move down, the vertical setting unit of driving lever is kept out card or envelope and is carried out longitudinal direction neatly to them, driving lever return at the appointed time.
Compared with prior art, the beneficial effects of the utility model are: the automatic assembly line packaging facilities commonality being suitable for many requirement card is good, diverse in function, the product such as Folding card, envelope that simultaneously can be applicable to different size is single or hybrid packed, and conveyor line not easily breaks down in packaging process, good stability.
Accompanying drawing explanation
Fig. 1 is a kind of structural representation of the present utility model;
Fig. 2 is lateral plan of the present utility model;
Fig. 3 is the structural representation of neat mechanism of the present utility model;
Fig. 4 is the structural representation of the first delivery device of the present utility model;
Fig. 5 is the structural representation of the 3rd delivery device of embodiment 1 of the present utility model;
Fig. 6 is the structural representation of the 3rd delivery device of embodiment 2 of the present utility model;
Fig. 7 is the structural representation of pre-tightening mechanism of the present utility model;
In figure: 1, mainline conveyor structure, 2, by-pass conveying mechanism, 3, open box conveying mechanism, 4, postive stop baffle, 5, First Transition district, 6, second transition region, 7, 3rd transition region, 8, first delivery device, 9, second delivery device, 10, 3rd delivery device, 11, neat mechanism, 12, strapper, 13, hamper mechanism, 14, door frame, 15, promote cylinder, 16, driving lever, 17, shift fork, 18, push pedal body, 19, connecting rod, 20, regulating plate, 80, first slide plate, 81, first cylinder, 82, first push pedal, 83, first chute, 84, first is protruding, and 90, second slide plate, 91, second cylinder, 92, second push pedal, 100, 3rd slide plate, 101, 3rd cylinder, 102, 3rd push pedal, 103, 3rd chute, 104, 3rd is protruding, and 105, shifting board, 106, first baffle plate, 107, second baffle, 108, first comb plate, 109, second comb plate, 110, first is rectangular, and 111, first billet, 112, second is rectangular, and 113, second billet, 114, first support bar, 115, second support bar, 130, stay bearing plate, 131, linear module, 132, slide plate, 133, vacuum cup, 134, pre-tightening mechanism, 135, connecting panel, 136, portable plate, 137, pretension bar, 138, bearing, 139, screw mandrel, 140, slide bar, 141, handwheel.
Detailed description of the invention
Below by specific embodiment, and by reference to the accompanying drawings, the technical solution of the utility model is further described specifically:
Embodiment 1: a kind of automatic assembly line packaging facilities (see accompanying drawing 1, accompanying drawing 2) being suitable for many requirement card, comprise mainline conveyor structure 1, by-pass conveying mechanism 2, open box conveying mechanism 3, mainline conveyor structure, by-pass conveying mechanism, open box conveying mechanism include two postive stop baffles be arranged in parallel 4 and two conveyer chains be arranged in parallel, the two all L-shaped structures in postive stop baffle cross section, be provided with material all in one piece gap between two postive stop baffles, the material all in one piece gap between two postive stop baffles is adjustable.Mainline conveyor structure, by-pass conveying mechanism, open box conveying mechanism are all provided with the vertical shift fork 17 arranged, shift fork is connected on contiguous block, and contiguous block to be connected between two parallel conveyer chains and with conveyer chain transmission.Card or envelope are in the process of conveying, and shift fork carries out spacing to their rear end, and card or envelope are fed forward reposefully.By-pass conveying mechanism and mainline conveyor structure be arranged in parallel, open box conveying mechanism is arranged lower than mainline conveyor structure, be respectively equipped with First Transition district 5 and the second transition region 6 between by-pass conveying mechanism rear and front end and mainline conveyor structure, between mainline conveyor structure rear end and open box conveying mechanism, be provided with the 3rd transition region 7.
First Transition zone position is provided with and material can be pushed to the first delivery device 8(of by-pass conveying mechanism see accompanying drawing 4 from mainline conveyor structure), first delivery device comprises the first slide plate 80, first cylinder 81, be connected to the first push pedal 82 of the first Telescopic-cylinder bar front end, first slide plate is connected between mainline conveyor structure and by-pass conveying mechanism, dodge breach with mainline conveyor structure two postive stop baffle of the first slide plate correspondence position is equipped with, be provided with the postive stop baffle inside the by-pass conveying mechanism of the first slide plate correspondence position and dodge breach, dodge breach to the first push pedal, card or envelope provide the space of movement, first slide plate is arranged a little less than conveyer chain, the both sides of the edge, front and back of the first slide plate all arrange baffle plate.First slide plate is provided with some the first chute 83, the first push pedal lower surfaces be arranged in parallel and is provided with some and corresponding the first adaptive projection 84 of the first chute.First push pedal is in the process promoted, and the first projection is slided in the first chute, prevents card or envelope from omitting on the first slide plate.
Second transition region position is provided with second delivery device 9 that material can be pushed to mainline conveyor structure from by-pass conveying mechanism, second delivery device second slide plate 90, second cylinder 91, the second push pedal 92, second slide plate being connected to the second Telescopic-cylinder bar front end are connected between by-pass conveying mechanism and mainline conveyor structure.Dodge breach with by-pass conveying mechanism two postive stop baffle of the second slide plate correspondence position is equipped with, be provided with the postive stop baffle inside the mainline conveyor structure of the second slide plate correspondence position and dodge breach, dodge breach provides movement space to the second push pedal, card or envelope, second slide plate is arranged a little less than conveyer chain, and the both sides of the edge, front and back of the second slide plate all arrange baffle plate.
3rd transition region position is provided with and material can be pushed to the 3rd delivery device 10(of open box conveying mechanism see accompanying drawing 5 from mainline conveyor structure), 3rd delivery device comprises the 3rd slide plate 100, 3rd cylinder 101, be connected to the 3rd push pedal 102 of the 3rd Telescopic-cylinder bar front end, 3rd slide plate is provided with some bars of the 3rd chutes 103 be arranged in parallel, 3rd push pedal lower surface is provided with some articles and corresponding the 3rd adaptive projection 104 of the 3rd chute, 3rd slide plate side is connected with shifting board 105, open box conveying mechanism is connected with the first baffle plate 106 be oppositely arranged with the 3rd push pedal, first baffle inner wall is connected with second baffle 107 near upper end position.3rd slide plate comprises the first comb plate 108, second comb plate 109, first comb plate and the second comb plate upper surface all in wavelike structure, and the 3rd chute is arranged between adjacent two waves.First comb plate comprises some first rectangular 110 and some first billets 111, first rectangular alternately connection with the first billet was integrative-structure, the first billet front end is stretched out in first rectangular front end, second comb plate comprises some second rectangular 112 and some second billets 113, second rectangular alternately connection with the second billet was integrative-structure, the second billet front end is stretched out in second rectangular front end, first rectangular be plugged on successively adjacent two second rectangular between.Dodge breach with mainline conveyor structure two postive stop baffle of the 3rd slide plate correspondence position is equipped with, be provided with the postive stop baffle inside the open box conveying mechanism of the 3rd slide plate correspondence position and dodge breach, dodge breach provides movement space to the 3rd push pedal, card or envelope, 3rd slide plate is arranged a little less than conveyer chain, and the both sides of the edge, front and back of the 3rd slide plate all arrange baffle plate.3rd slide plate is from mainline conveyor structure end to the downward-sloping setting of open box conveying mechanism end.3rd push pedal comprises push pedal body 18, connecting rod 19, regulating plate 20, push pedal body is connected with the 3rd Telescopic-cylinder bar, connecting rod is provided with the connection slotted eye of strip, regulating plate and push pedal body position is adjustable is connected in the connection slotted eye of connecting rod, changes propelling movement width by regulating the distance between push pedal body and regulating plate.The width that 3rd push pedal of this structure pushes can regulate, with the propelling movement of the card or envelope that adapt to different size.
Mainline conveyor structure between First Transition district and the second transition region and by-pass conveying mechanism are all provided with neat mechanism 11(see accompanying drawing 3) and strapper 12, neat organization establishes is in strapper front.Mainline conveyor structure is also provided with a neat mechanism near the first delivery device rear.Neat mechanism comprises door frame 14, promotes cylinder 15, driving lever 16, promote cylinder to be vertically connected on door frame, driving lever one end is fixedly connected on and promotes Telescopic-cylinder bar front end, the L-shaped structure of driving lever, L shape driving lever and promotion Telescopic-cylinder bar connection side horizontally set, opposite side is vertically arranged.When card or envelope will be transported to neat mechanism, sensor by signal feedback to neat mechanism, promote cylinder to promote driving lever and move down, the vertical setting unit of driving lever is kept out card or envelope and is carried out longitudinal direction neatly to them, driving lever return at the appointed time.
Open box conveying mechanism rear end is provided with hamper mechanism 13.Hamper mechanism comprises stay bearing plate 130, linear module 131, linear module is provided with slide plate 132, slide plate is connected with the adjustable vacuum cup in position 133, slide plate is offered the connection slotted eye of strip, adjustable being connected to of vacuum cup connects in slotted eye, vacuum cup is arranged on above stay bearing plate, pre-tightening mechanism 134(is installed see accompanying drawing 7 below open box conveying mechanism upper backup pad), pre-tightening mechanism comprises two connecting panels be oppositely arranged 135, piston cylinder expansion link is all connected outside two connecting panels, inside two connecting panels, equal liftable is connected with portable plate 136, pretension bar 137 is all connected with inside portable plate, the all L-shaped structure of pretension rod rear end.Piston cylinder is slidably connected on bearing 138, bearing has been rotatably connected screw mandrel 139, and bearing upper screw rod both sides are all fixedly connected with slide bar 140, and piston cylinder is slidably connected on slide bar, the rotatable adaptation in screw mandrel front end is connected on piston cylinder, and screw mandrel rear end is fixedly connected with handwheel 141.Rotating handwheel drives screw mandrel to rotate, thus promotes piston cylinder movable adjusting position on slide bar, thus adapts to the various card of different size specification and the packaging of envelope.
During the work of conveyor line packaging facilities, the card of one pile pile or envelope load on mainline conveyor structure to be carried, transverse direction is carried out neatly to card or envelope in material all in one piece gap between two postive stop baffles, when card or envelope will be transported to neat mechanism, sensor by signal feedback to neat mechanism, neat mechanism action, carries out longitudinal direction neatly to the card transported or envelope.If do not need to tie up into box, by-pass conveying mechanism does not need work, and card or envelope are directly transported in the packing box open box conveying mechanism from mainline conveyor structure.If need to tie up into box, because the work efficiency of strapper is limited, card or envelope shunting conveying are tied up, part card or envelope are pushed on by-pass conveying mechanism by the first delivery device, before tying up, carry out longitudinal direction neatly by neat mechanism to card or envelope, card or envelope are pushed on mainline conveyor structure by the second delivery device after by-pass conveying mechanism has been tied up.Card on last mainline conveyor structure or envelope are transported in the packing box on open box conveying mechanism by the 3rd delivery device.Packing box is placed on open box conveying mechanism and carries, and card or envelope are pushed in packing box and are transported to hamper mechanism position by open box conveying mechanism, the lid of packing box on hamper mechanism cover, completes whole packaging action.Postive stop baffle laterally carries out neat to card or envelope, and neat mechanism longitudinally carries out neat to card or envelope, by regulating the spacing of postive stop baffle to change material all in one piece gap, can be applicable to the card of different size or the conveying of envelope.Carry out neat in card or envelope course of conveying, effectively avoid card or envelope tie up with mounted box process in break down, ensure that card or envelope are steadily carried.The automatic assembly line packaging facilities commonality being suitable for many requirement card of this structure is good, diverse in function, the product such as Folding card, envelope that simultaneously can be applicable to different size is single or hybrid packed, and in packaging process, conveyor line not easily breaks down, good stability.
Embodiment 2: a kind of automatic assembly line packaging facilities being suitable for many requirement card, its structure is similar to embodiment 1, main difference point to be in the present embodiment that the 3rd transition region position is provided with can be pushed to the 3rd delivery device 10(of open box conveying mechanism see accompanying drawing 6 by material from mainline conveyor structure), 3rd delivery device comprises the 3rd slide plate 100, 3rd cylinder 101, be connected to the 3rd push pedal 102 of the 3rd Telescopic-cylinder bar front end, 3rd slide plate is provided with some bars of the 3rd chutes 103 be arranged in parallel, 3rd push pedal lower surface is provided with some articles and corresponding the 3rd adaptive projection 104 of the 3rd chute, 3rd slide plate side is connected with shifting board 105, open box conveying mechanism is connected with the first baffle plate 106 be oppositely arranged with the 3rd push pedal, first baffle inner wall is connected with second baffle 107 near upper end position.3rd slide plate cross section is square-wave-shaped structure, 3rd slide plate is connected on mainline conveyor structure, the first support bar 114 that two stripe pitch are adjustable is connected with below 3rd slide plate, the second support bar 115 that on open box conveying mechanism, corresponding connection two stripe pitch are adjustable, first support bar lapping ends is on the second support bar, shifting board one end is connected on the 3rd slide plate, and the other end is connected on the second support bar.First support bar and the second support bar are stacked, and for support and the slip of card or envelope, substantially reduce promotion resistance.Dodge breach with mainline conveyor structure two postive stop baffle of the 3rd slide plate correspondence position is equipped with, be provided with the postive stop baffle inside the open box conveying mechanism of the 3rd slide plate correspondence position and dodge breach, dodge breach provides movement space to the 3rd push pedal, card or envelope, 3rd slide plate, the first support bar, the second support bar are all arranged a little less than conveyer chain, the edge that 3rd slide plate is relative with shifting board also arranges baffle plate, and card or envelope promote between shifting board and baffle plate.First support bar, the second support bar are from mainline conveyor structure end to the downward-sloping setting of open box conveying mechanism end.3rd push pedal comprises push pedal body, connecting rod, regulating plate, push pedal body is connected with the 3rd Telescopic-cylinder bar, connecting rod is provided with the connection slotted eye of strip, regulating plate and push pedal body position is adjustable is connected in the connection slotted eye of connecting rod, changes propelling movement width by regulating the distance between push pedal body and regulating plate.The width that 3rd push pedal of this structure pushes can regulate, with the propelling movement of the card or envelope that adapt to different size.Other structure is identical with embodiment 1.
Above-described embodiment is two kinds of preferably schemes of the present utility model, not does any pro forma restriction to the utility model, also has other variant and remodeling under the prerequisite not exceeding the technical scheme described in claim.

Claims (9)

1. one kind is suitable for the automatic assembly line packaging facilities of many requirement card, it is characterized in that, comprise mainline conveyor structure, by-pass conveying mechanism, open box conveying mechanism, mainline conveyor structure, by-pass conveying mechanism, open box conveying mechanism includes two postive stop baffles be arranged in parallel, First Transition district and the second transition region is respectively equipped with between by-pass conveying mechanism rear and front end and mainline conveyor structure, the 3rd transition region is provided with between mainline conveyor structure rear end and open box conveying mechanism, First Transition zone position is provided with first delivery device that material can be pushed to by-pass conveying mechanism from mainline conveyor structure, second transition region position is provided with second delivery device that material can be pushed to mainline conveyor structure from by-pass conveying mechanism, 3rd transition region position is provided with the 3rd delivery device that material can be pushed to open box conveying mechanism from mainline conveyor structure, mainline conveyor structure between First Transition district and the second transition region and by-pass conveying mechanism are all provided with neat mechanism and strapper, neat organization establishes is in strapper front, open box conveying mechanism rear end is provided with hamper mechanism.
2. the automatic assembly line packaging facilities being suitable for many requirement card according to claim 1, it is characterized in that, hamper mechanism comprises stay bearing plate, linear module, linear module is provided with slide plate, slide plate is connected with the vacuum cup that position is adjustable, vacuum cup is arranged on above stay bearing plate, below open box conveying mechanism upper backup pad, pre-tightening mechanism is installed, pre-tightening mechanism comprises two connecting panels be oppositely arranged, piston cylinder expansion link is all connected outside two connecting panels, inside two connecting panels, equal liftable is connected with portable plate, pretension bar is all connected with inside portable plate, the all L-shaped structure of pretension rod rear end.
3. the automatic assembly line packaging facilities being suitable for many requirement card according to claim 2, it is characterized in that, piston cylinder is slidably connected on bearing, bearing has been rotatably connected screw mandrel, bearing upper screw rod both sides are all fixedly connected with slide bar, piston cylinder is slidably connected on slide bar, and the rotatable adaptation in screw mandrel front end is connected on piston cylinder, and screw mandrel rear end is fixedly connected with handwheel.
4. the automatic assembly line packaging facilities being suitable for many requirement card according to claim 1, it is characterized in that, first delivery device comprises the first slide plate, the first cylinder, is connected to the first push pedal of the first Telescopic-cylinder bar front end, first slide plate is connected between mainline conveyor structure and by-pass conveying mechanism, first slide plate is provided with some the first chutes be arranged in parallel, and the first push pedal lower surface is provided with some and corresponding the first adaptive projection of the first chute.
5. the automatic assembly line packaging facilities being suitable for many requirement card according to claim 1, it is characterized in that, second delivery device comprises the second slide plate, the second cylinder, is connected to the second push pedal of the second Telescopic-cylinder bar front end, and the second slide plate is connected between by-pass conveying mechanism and mainline conveyor structure.
6. the automatic assembly line packaging facilities being suitable for many requirement card according to claim 1 to 5 any one, it is characterized in that, 3rd delivery device comprises the 3rd slide plate, 3rd cylinder, be connected to the 3rd push pedal of the 3rd Telescopic-cylinder bar front end, 3rd slide plate is provided with some bars of the 3rd chutes be arranged in parallel, 3rd push pedal lower surface is provided with some articles and corresponding the 3rd adaptive projection of the 3rd chute, 3rd slide plate side is connected with shifting board, open box conveying mechanism is connected with the first baffle plate be oppositely arranged with the 3rd push pedal, first baffle inner wall is connected with second baffle near upper end position.
7. the automatic assembly line packaging facilities being suitable for many requirement card according to claim 6, it is characterized in that, 3rd slide plate comprises the first comb plate, second comb plate, first comb plate comprises some first rectangular and some first billets, first rectangular alternately connection with the first billet was integrative-structure, the first billet front end is stretched out in first rectangular front end, second comb plate comprises some second rectangular and some second billets, second rectangular alternately connection with the second billet was integrative-structure, the second billet front end is stretched out in second rectangular front end, first rectangular be plugged on successively adjacent two second rectangular between.
8. the automatic assembly line packaging facilities being suitable for many requirement card according to claim 6, it is characterized in that, 3rd slide plate cross section is square-wave-shaped structure, 3rd slide plate is connected on mainline conveyor structure, the first support bar that two stripe pitch are adjustable is connected with below 3rd slide plate, the second support bar that on open box conveying mechanism, corresponding connection two stripe pitch are adjustable, first support bar lapping ends is on the second support bar, shifting board one end is connected on the 3rd slide plate, and the other end is connected on the second support bar.
9. the automatic assembly line packaging facilities being suitable for many requirement card according to claim 1 to 5 any one, it is characterized in that, neat mechanism comprises door frame, promotes cylinder, driving lever, promote cylinder to be vertically connected on door frame, driving lever one end is fixedly connected on and promotes Telescopic-cylinder bar front end, the L-shaped structure of driving lever, L shape driving lever and promotion Telescopic-cylinder bar connection side horizontally set, opposite side is vertically arranged.
CN201520739183.9U 2015-09-22 2015-09-22 Be suitable for automatic assembly line equipment for packing of many specifications card Expired - Fee Related CN204998837U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201520739183.9U CN204998837U (en) 2015-09-22 2015-09-22 Be suitable for automatic assembly line equipment for packing of many specifications card

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201520739183.9U CN204998837U (en) 2015-09-22 2015-09-22 Be suitable for automatic assembly line equipment for packing of many specifications card

Publications (1)

Publication Number Publication Date
CN204998837U true CN204998837U (en) 2016-01-27

Family

ID=55155738

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201520739183.9U Expired - Fee Related CN204998837U (en) 2015-09-22 2015-09-22 Be suitable for automatic assembly line equipment for packing of many specifications card

Country Status (1)

Country Link
CN (1) CN204998837U (en)

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107826748A (en) * 2017-09-14 2018-03-23 合肥惠科金扬科技有限公司 A kind of flexible absorber for lifting different size specification AMOLED liquid crystal displays
WO2021109423A1 (en) * 2019-12-02 2021-06-10 昆山杰拓电子科技有限公司 Ticket card automatic packaging machine
CN113650891A (en) * 2021-08-03 2021-11-16 泉州市泉创智能设备有限公司 Material arranging device for wet tissue packing machine and box filling machine

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107826748A (en) * 2017-09-14 2018-03-23 合肥惠科金扬科技有限公司 A kind of flexible absorber for lifting different size specification AMOLED liquid crystal displays
CN107826748B (en) * 2017-09-14 2019-05-03 合肥惠科金扬科技有限公司 A kind of flexible absorber lifting different size specification AMOLED liquid crystal display
WO2021109423A1 (en) * 2019-12-02 2021-06-10 昆山杰拓电子科技有限公司 Ticket card automatic packaging machine
CN113650891A (en) * 2021-08-03 2021-11-16 泉州市泉创智能设备有限公司 Material arranging device for wet tissue packing machine and box filling machine

Similar Documents

Publication Publication Date Title
CN204998837U (en) Be suitable for automatic assembly line equipment for packing of many specifications card
WO2011131312A1 (en) Conveyor device
DE102010015839A1 (en) Control procedure for a line unifier
CN105523239B (en) A kind of robot scaler
CN105253397A (en) General type automated assembly line card packaging equipment
CN109398806A (en) A kind of full-automatic paper box packing palletizing system
CN201411048Y (en) Box subpackaging and weighing machine
US2687797A (en) Article handling machine
CN206552338U (en) Erect-type packaging bag enters box device
CN106742288A (en) A kind of food rollover material-dividing and delivery
CN205602243U (en) Automatic flexible packaging production line
CN207226502U (en) Efficient stacking machine
CN205554732U (en) Packagine machine in biscuit
CN205440996U (en) Packagine machine's stromatolite packagine machine constructs
CN203819566U (en) Box-packed product packing machine
CN103708056A (en) Material arranging machine
CN101519128B (en) Separately-boxed material weighing machine
CN104249828A (en) Transition conveying device for food packing machine
CN208828179U (en) A kind of full-automatic paper box packing palletizing system
CN206813421U (en) A kind of food rollover material-dividing and delivery
CN104443498A (en) Liqueur bottle separating and box filling machine
CN205256744U (en) Suspension type medicine board unloader
CN205525200U (en) Bag production line and dress box production line are sent and turn to device, packagine machine , are folded in tie of disjunctor bag
CN204137378U (en) A kind of partitioned load-transfer device for wrapping machine
CN106275596A (en) Erect-type packaging bag enters box device

Legal Events

Date Code Title Description
C14 Grant of patent or utility model
GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20160127

Termination date: 20170922

CF01 Termination of patent right due to non-payment of annual fee