CN110509597A - The 3 D spliced case binder of binary channels - Google Patents
The 3 D spliced case binder of binary channels Download PDFInfo
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- CN110509597A CN110509597A CN201910792477.0A CN201910792477A CN110509597A CN 110509597 A CN110509597 A CN 110509597A CN 201910792477 A CN201910792477 A CN 201910792477A CN 110509597 A CN110509597 A CN 110509597A
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- paper feeding
- paper
- swing arm
- wheel
- horizontal
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- 239000011230 binding agent Substances 0.000 title claims abstract description 33
- 239000000123 paper Substances 0.000 claims abstract description 238
- 239000011111 cardboard Substances 0.000 claims abstract description 53
- 238000012937 correction Methods 0.000 claims abstract description 43
- 238000007906 compression Methods 0.000 claims abstract description 40
- 230000006835 compression Effects 0.000 claims abstract description 36
- 238000003825 pressing Methods 0.000 claims abstract description 21
- 230000007246 mechanism Effects 0.000 claims abstract description 14
- 230000007704 transition Effects 0.000 claims description 46
- 238000007689 inspection Methods 0.000 claims description 32
- 230000005540 biological transmission Effects 0.000 claims description 17
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 5
- 238000009434 installation Methods 0.000 claims 1
- 238000004519 manufacturing process Methods 0.000 abstract description 15
- 230000035611 feeding Effects 0.000 description 167
- 239000010410 layer Substances 0.000 description 18
- 239000000047 product Substances 0.000 description 12
- 238000000034 method Methods 0.000 description 10
- 238000010586 diagram Methods 0.000 description 8
- 230000008569 process Effects 0.000 description 8
- 230000009471 action Effects 0.000 description 7
- 230000000694 effects Effects 0.000 description 7
- 238000012856 packing Methods 0.000 description 6
- 238000013461 design Methods 0.000 description 4
- 239000011087 paperboard Substances 0.000 description 4
- 238000012546 transfer Methods 0.000 description 4
- 238000000465 moulding Methods 0.000 description 3
- 238000012545 processing Methods 0.000 description 3
- 238000005086 pumping Methods 0.000 description 3
- 241000274582 Pycnanthus angolensis Species 0.000 description 2
- 230000007812 deficiency Effects 0.000 description 2
- 238000011161 development Methods 0.000 description 2
- 239000003292 glue Substances 0.000 description 2
- 230000033001 locomotion Effects 0.000 description 2
- 230000007115 recruitment Effects 0.000 description 2
- 238000005096 rolling process Methods 0.000 description 2
- 239000002699 waste material Substances 0.000 description 2
- 230000002159 abnormal effect Effects 0.000 description 1
- 230000033228 biological regulation Effects 0.000 description 1
- 239000010897 cardboard waste Substances 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 230000005465 channeling Effects 0.000 description 1
- 238000005520 cutting process Methods 0.000 description 1
- 238000001514 detection method Methods 0.000 description 1
- 238000009826 distribution Methods 0.000 description 1
- 239000003814 drug Substances 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000003475 lamination Methods 0.000 description 1
- 239000000463 material Substances 0.000 description 1
- 238000007639 printing Methods 0.000 description 1
- 230000002787 reinforcement Effects 0.000 description 1
- 230000000452 restraining effect Effects 0.000 description 1
- 230000002441 reversible effect Effects 0.000 description 1
- 230000033764 rhythmic process Effects 0.000 description 1
- 239000011265 semifinished product Substances 0.000 description 1
- 239000002356 single layer Substances 0.000 description 1
- 238000003860 storage Methods 0.000 description 1
- 230000001360 synchronised effect Effects 0.000 description 1
- 238000012549 training Methods 0.000 description 1
- 230000007306 turnover Effects 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B31—MAKING ARTICLES OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER; WORKING PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31B—MAKING CONTAINERS OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31B50/00—Making rigid or semi-rigid containers, e.g. boxes or cartons
- B31B50/02—Feeding or positioning sheets, blanks or webs
- B31B50/04—Feeding sheets or blanks
- B31B50/042—Feeding sheets or blanks using rolls, belts or chains
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B31—MAKING ARTICLES OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER; WORKING PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31B—MAKING CONTAINERS OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31B50/00—Making rigid or semi-rigid containers, e.g. boxes or cartons
- B31B50/26—Folding sheets, blanks or webs
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B31—MAKING ARTICLES OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER; WORKING PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31B—MAKING CONTAINERS OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31B50/00—Making rigid or semi-rigid containers, e.g. boxes or cartons
- B31B50/60—Uniting opposed surfaces or edges; Taping
- B31B50/62—Uniting opposed surfaces or edges; Taping by adhesives
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B31—MAKING ARTICLES OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER; WORKING PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31B—MAKING CONTAINERS OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31B50/00—Making rigid or semi-rigid containers, e.g. boxes or cartons
- B31B50/74—Auxiliary operations
Landscapes
- Making Paper Articles (AREA)
Abstract
The invention discloses a kind of 3 D spliced case binder of binary channels, it is penetratingly provided with cardboard channel on the case binder, is disposed with paper feeder, twice hook bottom device, folding device, rejection device and transmitting pressing device along the cardboard channel；Paper feeder includes horizontal paper feeding structure and inclination paper feeding structure, is equipped with horizontal differential feeder in horizontal paper feeding structure and inclination paper feeding structure corresponding position and tilts differential feeder；Hooking bottom device includes hooking bottom paper feeding pressure roller and hook bottom paper feeding presser feet, and the compression connecting rod being connected with compression cylinder；Folding device includes conveyer belt tensioning deviation correction mechanism；Rejection device includes upper and lower band swing arm and swing arm cylinder.The case binder not only can be carried out the operation of two ply board stick box, but also stick box precision and high production efficiency.
Description
Technical field
It can be carried out couch board folding spicing forming type the present invention relates to a kind of carton forming machinery more particularly to one kind and glue
The stick box eked out a living well is mechanical.
Background technique
With the fast development of packages printing industry, case binder is in food, medicine, express delivery, drinks and various light industrial goods
On be widely applied further, the design of the box of packing case also increasingly diversification and complicates, and not only occurs having various
The chamber structure of complex geometric shapes, multi-deck nested structure, and its outer now shape and architecture quality requirement are also very stringent, with
So that packing case has higher structural stability and the requirement of higher universality.
Case binder is important process equipment in packing box packing case production process, be will print, shape by die-cutting
Good folding cardboard forms and glues the automated machine eked out a living, and stick box function is effectively reduced labour cost, improves production effect
Rate and product certified product rate.Case binder mainly includes the paper feeder being arranged successively, hook bottom device, folding device, molding machine and
The multiple tracks process units such as box device are pressed, after case binder starting, cardboard conveyer belt brings into operation, the semi-finished product paper that will be die cut first
Boxboard is sent into paper inlet levels by paper feeder, and is sent by conveyer belt to various processes device thereafter and carry out adding for corresponding process
Work.
The various processes step of case binder is mostly to carry out paper feeding to single layer boxboard, hook bottom, folding and molding behaviour at present
Make, is difficult to carry out production processing to the box with multi-deck nested structure, function is more single, technological flexibility and scalability
Deficiency is difficult to adapt to the increasingly diversification and the requirement complicated of box design and structure, it has also become packing box packing case is to high-end
The restraining factors of development.
Summary of the invention
For above-mentioned deficiency present in the prior art, technical problem to be solved by the invention is to provide a kind of binary channels
3 D spliced case binder not only can be carried out the operation of two ply board stick box, but also structurally reasonable, high production efficiency.
In order to solve the above-mentioned technical problem, binary channels of the invention 3 D spliced case binder is penetratingly set on the case binder
It is equipped with cardboard channel, along the cardboard channel is disposed with paper feeder, twice hook bottom device, folding device, rejection device
With transmitting pressing device；The paper feeder includes paper feeding base and the horizontal paper feeding structure that is installed on paper feeding base, should
Horizontal paper feeding structure includes the horizontal paper-feeding passage being made of several horizontal air rolls and flat idler, and horizontal air roll is located at water
The upside of flat paper-feeding passage, flat idler are located at the downside of horizontal paper-feeding passage, have held horizontal tapes in flat idler pop-up,
The horizontal tapes tensioning is between preceding horizontal tapes tensioning wheel and rear horizontal tapes tensioning wheel, and horizontal tapes are along horizontal
Paper-feeding passage direction continues to extend back, and the horizontal tapes extended segment corresponding position is provided with horizontal differential feeder；
The differential feeder of level includes horizontal differential tapes, and the differential tapes tensioning of the level is in horizontal differential driving wheel and water
Adjustment is moved on tensioning wheel, is at least fixedly installed with a level on horizontal differential tapes and is pushed away paper block；In the horizontal paper feeding knot
Structure is obliquely above provided with inclination paper feeding structure, which includes by several inclination air rolls and inclined carrying roller
The inclination paper-feeding passage of composition, the inclination air roll are located at the upside of inclination paper-feeding passage, and inclined carrying roller is located at inclination paper feeding
Inclination tapes have been held in the downside in channel, the inclined carrying roller pop-up, and the inclination tapes tensioning is in top rake tapes tensioning
Between wheel and rear-inclined tapes tensioning wheel, inclination tapes corresponding position is provided with the differential feeder of inclination；The inclination
Differential feeder includes tilting differential tapes, and the differential tapes tensioning of the inclination is in the differential driving wheel of inclination and differential of inclination
It draws on wheel, is at least fixedly installed with an inclination on tilting differential tapes and pushes away paper block；Plane where the horizontal paper-feeding passage
With plane space intersection where inclination paper-feeding passage；The hook bottom device includes hooking bottom base, and be fixedly installed in and hook bottom machine
Hook bottom paper feeding bracket on seat is provided on hooking bottom paper feeding bracket and hooks component in bottom paper feeding lower component and hook bottom paper feeding；It is described
Hooking component in the paper feeding of bottom includes to hook base pressure roller support, and rotating support has the two hook bottoms being spaced apart from each other to send on hooking base pressure roller support
Letterweight roller, is fixedly installed on hooking base pressure roller support and hooks bottom paper feeding presser feet, which is located at two hook bottom paper feeding pressures
Between roller；It is hinged with compression strut on hooking base pressure roller support, the other end and compression swing rod of the compression strut are hinged, and are compressing
It is hinged with compression connecting rod on the hinge edge point of strut and compression swing rod, one end of the compression connecting rod is connected with compression cylinder；The folding
Stacking device includes folding base, is equipped on folding base and folds component in paper feeding and fold paper feeding lower component；Fold paper feeding
Lower component includes to fold paper feeding conveyer belt, is spaced on the folding paper feeding conveyer belt and is embedded in elasticity layer, covers on elastic layer
There is anti-slip layer；One end setting conveyer belt for folding paper feeding conveyer belt is tensioned deviation correction mechanism, which is tensioned deviation correction mechanism
Include transition wheel, tensioning wheel and correction wheel, fold paper feeding conveyer belt be successively paperwrapped in transition wheel, tensioning wheel and correction wheel this
For bearing up pulley rotating support on tensioning slide, tensioning slide is slidably supported on tension pulley seat, tensioning slide and tension pulley seat it
Between be supported with tensioning pressure spring；The two sides of the correction wheel are provided with rectifying cylinder, and correction wheel rotating support is in the rectifying cylinder
On；The rejection device includes inspection rejects base, and rotating support has lower band tensioning wheel and lower band driving wheel on the inspection rejects base,
The hinged lower band swing arm overhanging end rotating support on inspection rejects base has lower swing arm belt wheel, in the lower band tensioning wheel, lower swing arm
It is surrounded with lower conveyor belt on belt wheel and lower band driving wheel, is also hinged with lower swing arm cylinder in the lower overhanging end with swing arm；It is described to pick
Rotating support is gone back on useless base upper band tensioning wheel and upper band driving wheel, and the hinged upper band swing arm overhanging end on inspection rejects base turns
It is dynamic to be supported with upper swing arm belt wheel, it is surrounded with upper conveyor belt on the upper band tensioning wheel, upper swing arm belt wheel and upper band driving wheel；In
On the overhanging end with swing arm be hinged with upper swing arm cylinder；On it is corresponding with swing arm and the lower position with swing arm, in upper conveyor belt
Band pressure roller is pressed on the inside of delivery section, support is held on lower band carrying roller and swing arm carrying roller on the inside of the delivery section of lower conveyor belt, the pendulum
Fupport arm roller rotating support is in lower band swing arm.
The differential feeder of inclination is corresponding with horizontal differential feeder position.
It is fixedly installed with 2-4 pieces of inclinations on the differential tapes of inclination and pushes away paper block, consolidates on the differential tapes of level
Dingan County pushes away paper block equipped with 2-4 pieces of levels.
It is hinged on the compression connecting rod to have several compression struts and compress swing rod, each compression strut being mutually hinged and pressure
Tight swing rod corresponding one hooks base pressure roller support, and it is hinged on hook bottom paper feeding bracket to compress swing rod.
The pressing roller holder and hook bottom paper feeding presser feet are linked as an overall structure, and the top surface of the hook bottom paper feeding presser feet is arc
Face.
The side for folding paper feeding conveyer belt is provided with deflection correction sensor, which is installed on folding base
On.
Two correction solenoid valves, each correction solenoid valve corresponding rectifying cylinder are installed on the folding base.
The elastic layer folded on paper feeding conveyer belt is made of rubber, and the surface of anti-slip layer is provided with reticulate pattern slot.
The piston rod of the upper swing arm cylinder is mutually hinged with upper band swing arm, and the cylinder body of upper swing arm cylinder is hinged in inspection rejects base
On；The piston rod of the lower swing arm cylinder is mutually hinged with lower band swing arm, and the cylinder body of lower swing arm cylinder is hinged on inspection rejects base.
The delivery section of the upper conveyor belt and the delivery section of lower conveyor belt are spaced apart from each other setting and form inspection rejects paper-feeding passage.
Due to successively arranging paper feeder, twice hook bottom device, folding device, rejection device and transmitting pressure in above structure
Tight device and constitute stick box machine production line, and the paper feeder that constitutes case binder, twice hook bottom device, folding device,
Rejection device and transmitting pressing device form perforative cardboard channel, couch board completed by the cardboard channel paper feeding,
It hooks bottom, folding, inspection rejects and transmitting and compresses process, rational technology can be realized high-precision splicing stick box.
In above-mentioned paper feeder, due to being also obliquely provided with inclination paper feeding structure above horizontal paper feeding structure,
To constitute twin-channel three-dimensional feeding paper feeding structure, the configuration achieves feedings while couch board to splice, and both mentioned
The high splicing adhesion efficiency of case binder, reduces recruitment, improves production efficiency, splicing bonding quality can be effectively ensured, improve
The certified product rate of finished product chamber；This channel structure also simplifies the volume of multichannel feeding paper feeding structure simultaneously, reduces
The occupied space of equipment facilitates operation and use, saves use cost and recruitment；This structure also considerably increases case binder
Functionality and scalability, be more convenient for using modularized design, the production processing of multilayer, special-shaped chamber easy to accomplish.And by
Corresponding position in horizontal paper feeding structure is provided with horizontal differential feeder, while being set in the corresponding position of inclination paper feeding structure
Be equipped with the differential feeder of inclination, by differential feeder can efficiently control in corresponding paper-feeding passage the paper feeding speed of cardboard and
Paper feeding rhythm send requirement to meet different cardboards, and paper feeding is more accurate steady；Furthermore with horizontal paper feeding structure and inclination paper feeding
Mutually coordinated movement can control and realize couch board in different set between the mutual corresponding two differential feeders of structure
Position mutually accurately overlaps, and forms the laminated cardboard-type for meeting setting box, to meet the complex structures casees such as various abnormal shapes, multilayer
The production requirement of type cardboard effectively enhances the flexibility and scalability of case binder.Due also to horizontal paper-feeding passage and inclining
Plane where oblique paper-feeding passage is spatially to intersect, and carries out two paper-feeding passages not only to corresponding cardboard respectively smooth
Stable feeding paper feeding, and can be another while paper feeding and that two layers of cardboard according to sets requirement is carried out overlapping is assembled, make
Production efficiency greatly improves, and overlapping quality is sufficiently ensured.Structure of the invention with binary channels stereochemical structure is compact,
Deft design effectively shortens and simplifies structure space, saves the manufacturing cost and use cost of equipment, and process flow is excellent
Change, yield rate and production efficiency greatly improve.
In above-mentioned hook bottom device, due to being additionally arranged paper feeding presser feet, and the paper feeding presser feet between hook bottom paper feeding pressure roller
It is fixedly installed on and hooks in base pressure roller support, the paper feeding presser feet added is filled with the pressing force clear band between two paper feeding pressure rollers, leads to
Cross two pressure rollers and its between presser feet collective effect so that transmission belt to the clamping action of cardboard especially couch board more
Uniform and stable enhances conveyer belt to couch board clamping action, to be advantageously implemented the accurate biography to multilayer build-up cardboard
Recursion is into can be effectively controlled and avoid mutually channeling bit and deviating between splicing lamination cardboard.Again due on hooking base pressure roller support
It is hinged with and compresses strut and compress swing rod, be hinged with compression connecting rod at strut and the hinge point for compressing swing rod compressing, the compression
Connecting rod is connected with compression cylinder again, and compression strut and compression swing rod first is constituted to the force-increasing mechanism for hooking base pressure roller support,
The structure can obtain the bigger pressing clip holding force to conveyer belt, can thus reduce the active force of driving mechanism；Secondly
Using cylinder as the power source of active force, not only provided by active force stable and uniform, but also can be convenient ground adjustment effect power
Size, be conducive to adapt to different-thickness, different board stackings are merged the delivery request of splicing plate；Furthermore the structure can pass through pressure
It is close to bar struts is compressed to several, compress swing rod and hook base pressure roller support and carry out while driving, enable pressuring action edge
The distribution of transmission belt direction of transfer is more uniform, and the interlink function effectively simplifies force actuation gear again.
In above-mentioned folding device, since compartment of terrain is embedded in elasticity layer and anti-slip layer on folding paper feeding conveyer belt,
Elastic layer and anti-slip layer on conveyer belt substantially increase the transmission frictional force between conveyer belt and cardboard, enhance couch board
It is adhesively bonded power with transmission interband, efficiently avoids the sliding and offset of cardboard on a moving belt, it is ensured that the transmission of cardboard
Precision and folding cardboard precision, to ensure that the folding forming quality of couch board.Again due to being tensioned rectification machine in conveyer belt
Tensioning wheel is provided in structure, which is supported between tensioning slide and tension pulley seat on tensioning slide
It is tensioned pressure spring, tensioning pressure spring provides stable tensioned power to paper feeding conveyer belt is folded by tensioning slide and tensioning wheel, should
Tensioned power makes conveyer belt protect tensioning state always, efficiently avoid conveyer belt skidding and cardboard with transmission not
Rule sliding ensure that cardboard accurately transmits and accurate folding forming.Due also to being provided in conveyer belt tensioning deviation correction mechanism
Correction wheel, the correction wheel rotating support, when sideslip occurs in folding paper feeding conveyer belt, are located at conveyer belt one in two rectifying cylinders
The cylinder of side starts to act and extend and retract, when the reaction force of cylinder action power and conveyer belt reaches balance, transmission bandwidth
The active force of degree two sides reaches unanimously, is corrected by the effect of two sides cylinder and adjusts the inclination of correction wheel, to complete to transmit
The correction of band had both avoided the heel and toe wear of conveyer belt, improved the service life of conveyer belt, also ensure cardboard transmission,
Folding precision is prevented from occurring transmission deflection in cardboard transmit process and be channeled bit.Pressure spring and rectifying cylinder are tensioned in time to folding
Paper feeding conveyer belt provides reliable and stable conveyer belt tensile force and correction active force, has remained so that folding paper feeding conveyer belt
The tensioning state of effect and accurately transmission state.The structure also avoids manual operation adjusting, reduces service working time, improves
Transfer efficiency has structurally reasonable, easy to use, the high feature of transmission efficiency.
In above-mentioned rejection device, there are upper band swing arm and lower band swing arm, and upper band due to hinged respectively on inspection rejects base
Swing arm and lower armed are hinged respectively to be connected with upper swing arm cylinder and lower swing arm cylinder, and upper conveyor belt bypasses the upper pendulum with swing arm front end
Armband wheel；Lower conveyor belt bypasses the lower lower swing arm belt wheel with swing arm front end, and such pumping arm action and conveyer belt thereon are just formed
The swing arm jaw that can be swung, the swing arm jaw can be lifted along cardboard transfer passage direction in the effect for swinging up and down cylinder or
The downward lowering of person, when the detection sensor of production line detects underproof molding cardboard, cascading conveyors are defeated by the cardboard
When being sent to jaw position, in the synchronous effect of pumping arm action cylinder, the downward lowering of jaw position and unqualified cardboard is sent to not
Qualified storage position, after rejecting rejected product, pumping arm action cylinder drives swing arm jaw to put to transfer position and carry out paper again
The normal conveying of plate not only increases picking for rejected product to realize the voluntarily sorting rejecting of cardboard waste product, rejected product
Efficiency and accuracy rate is sorted out out, and efficiently reduce labor, improves the production efficiency and automation of cardboard splicing stick box
Degree realizes the automatic rejection of waste product, rejected product.The structure can not only realize automatically waste product in production procedure, not conform to
The rejecting of lattice product, and the output of qualified cardboard is nor affected on simultaneously, there is structurally reasonable exquisiteness, convenient for operating with.
Detailed description of the invention
The 3 D spliced case binder of binary channels of the present invention is made further specifically with reference to the accompanying drawings and detailed description
It is bright.
Fig. 1 is a kind of positive structure schematic of specific embodiment of the 3 D spliced case binder of binary channels of the present invention；
Fig. 2 is the positive structure schematic of paper feeder in Fig. 1 illustrated embodiment；
Fig. 3 is the positional diagram of horizontal paper feeding structure and inclination paper feeding structure in paper feeder shown in Fig. 2；
Fig. 4 is the positive structure schematic that bottom device is hooked in Fig. 1 illustrated embodiment；
Fig. 5 is the drive mechanism schematic diagram for hooking component in the paper feeding of bottom hooked in the device of bottom shown in Fig. 4；
Fig. 6 is the structural schematic diagram of structure left view direction shown in Fig. 5；
Fig. 7 is the positive structure schematic of folding device in Fig. 1 illustrated embodiment；
Fig. 8 is I in folding device shown in Fig. 7 partial structurtes enlarged diagram；
Fig. 9 is A-A the schematic diagram of the section structure in structure shown in Fig. 8；
Figure 10 is B-B the schematic diagram of the section structure in structure shown in Fig. 8；
Figure 11 is the cross-sectional structure enlarged diagram that paper feeding conveyer belt is folded in folding device shown in Fig. 7；
Figure 12 is the positive structure schematic of rejection device in Fig. 1 illustrated embodiment；
Figure 13 is the drive mechanism schematic diagram of the upper and lower conveyer belt and upper and lower swing arm in rejection device shown in Figure 12.
In figure, 1-paper feeder, 1-1-paper feeding base, the horizontal paper feeding structure of 1-2-, the horizontal paper-feeding passage of 1-21-,
The horizontal air roll of 1-22-, 1-23-flat idler, the horizontal tapes of 1-24-, the horizontal tapes driving wheel of 1-25-, 1-
26-preceding horizontal tapes tensioning wheels, the rear horizontal tapes tensioning wheel of 1-27-, 1-3-inclination paper feeding base, 1-4-inclination are sent
Paper structure, 1-41-inclination paper-feeding passage, 1-42-inclination air roll, 1-43-inclined carrying roller, 1-44-inclination tapes, 1-
45-inclination tapes driving wheels, 1-46-top rake tapes tensioning wheel, 1-47-rear-inclined tapes tensioning wheel, 1-5-
Tilt differential feeder, the differential driving wheel of 1-51-inclination, the differential tapes of 1-52-inclination, 1-53-inclination push away paper block, 1-
54-differential tensioning the wheels of inclination, the differential feeder of 1-6-level, the differential driving wheel of 1-61-level, 1-62-level is differential send
Paper tape, 1-63-level push away the differential tensioning wheel of paper block, 1-64-level；
2-hook bottom device, 2-1-hook bottom base, 2-2-hook bottom paper feeding bracket, 2-3-hook bottom paper feeding lower component, 2-4-hook bottom
Band, 2-42-hook bottom paper feeding pressure roller, 2-43-hook bottom paper feeding presser feet, 2-44-hook in component, 2-41-hook bottom paper feeding in paper feeding
Base pressure roller support, 2-45-compression cylinder, 2-46-compression connecting rod, 2-47-compression strut, 2-48-compression swing rod；
3-folding devices, 3-1-folding base, 3-2-folding paper feeding lower component, component in 3-3-folding paper feeding, 3-4-folding
Folded paper feeding conveyer belt, 3-5-conveyer belt are tensioned deviation correction mechanism, 3-51-tension pulley seat, 3-52-tensioning pressure spring, 3-53-tensioning
Slide, 3-54-transition wheel, 3-55-deflection correction sensor, 3-56-tensioning wheel, 3-57-correction wheel, 3-58-rectifying cylinder,
3-59-correction solenoid valve, 3-510-tensioning wheel mandrel, 3-511-tension wheel shaft bearing；
4-device for eliminating, the lower band transition wheel three of 4-1-rejecting base, 4-2-, the lower band transition wheel two of 4-3-, the lower band mistake of 4-4-
Ferry boat one, the lower belt tensioner pulley of 4-5-, the lower band tensioning wheel of 4-6-lower conveyor belt, 4-7-, the upper band tensioning wheel of 4-8-, on 4-9-
Belt tensioner pulley, the lower band carrying roller of 4-10-, the upper band pressure roller of 4-11-, the upper band pressing roller holder of 4-12-, the upper band transition wheel one of 4-13-,
The upper band transition wheel two of 4-14-upper conveyor belt, 4-15-, the upper band driving wheel of 4-16-, the upper band transition wheel three of 4-17-, 4-18-
Upper band transition wheel four, the upper band swing arm of 4-19-, 4-20-upper swing arm cylinder, 4-21-swing arm carrying roller, 4-22-upper swing arm belt wheel,
The lower band swing arm of 4-23-lower swing arm belt wheel, 4-24-, the lower band transition wheels five of 4-25-, under 4-26-lower swing arm cylinder, 4-27-
Band transition wheel four, the lower band driving wheel of 4-28-；
5-transmission pressing devices.
Specific embodiment
In the 3 D spliced case binder of binary channels shown in Fig. 1, which includes being arranged successively and what is be mutually linked send
Paper device, twice hook bottom device, folding device, rejection device and transmitting pressing device, and the cardboard channel for transmitting couch board is passed through
It is through at paper feeder, the cardboard channel that twice hook bottom device, folding device, rejection device and transmitting pressing device form, it is more
Layer paperboard completes paper feeding along the paper path that the cardboard channel is formed, hooks bottom, folding, inspection rejects and transmitting compression operation.At this
Include two hook bottom devices of adjacent linking in case binder, constitutes twice and hook basic skill or training's sequence；Pressing device is transmitted using general
Paste punch-out equipment presses and scrapes device, to complete the transmission, pressing and output of multi-layer spliced cardboard.
Paper feeder as shown in Figure 2 includes paper feeding base 1-1, which uses plate frame structure.In plate
Inclination paper feeding base 1-3 is fixedly installed on the paper feeding base 1-1 of formula frame structure.Level is installed on paper feeding base 1-1
The horizontal paper-feeding passage 1-21 of paper feeding structure 1-2, horizontal paper feeding structure 1-2 are for clamping in the horizontal direction and transmitting cardboard.In
Corresponding position is provided with horizontal differential feeder 1-6 on the downside of the extended segment horizontal tapes 1-24 of horizontal paper feeding structure 1-2.The water
Adjustment moves feeder 1-6 and horizontal tapes 1-24 coordination to accurately control and adjust on horizontal paper-feeding passage 1-21
Cardboard running position speed.Inclination paper feeding structure 1-4 is installed on inclination paper feeding base 1-3, tilts paper feeding structure 1-4
Inclination paper-feeding passage 1-41 for obliquely clamping and transmit another cardboard, in the inclination tapes of inclination paper feeding structure 1-4
1-44 lower position is provided with the differential feeder 1-5 of inclination, the differential feeder 1-5 of the inclination and inclination tapes 1-44 and coordinates to move
Make accurately for controlling and adjusting the cardboard running position being located on inclination paper-feeding passage 1-41 and speed.Tilt paper feeding structure
1-4 is located at the top of horizontal paper feeding structure 1-2, and plane where horizontal paper-feeding passage 1-21 and inclination paper-feeding passage 1-41 institute
It spatially intersects in plane, so that two pieces transmitted by horizontal paper-feeding passage 1-21 and inclination paper-feeding passage 1-41
Cardboard is superimposed with each other splicing in setting position.
As shown in figure 3, horizontal paper feeding structure 1-2 includes 20 horizontal air roll 1-22 being arranged successively in the horizontal direction,
And flat idler 1-23 corresponding with the position horizontal paper bowl 1-22, the flat idler 1-23 that quantity is similarly 20 is also edge
Horizontal direction is arranged successively, and the lower rolling section for the horizontal air roll 1-22 being arranged successively constitutes upper paper feeding face.In flat idler
Horizontal tapes 1-24 has been held in 1-23 pop-up, and the upper zone face of horizontal tapes 1-24 is the upper paper feeding face of support cardboard, and level is sent
Paper tape 1-24 tensioning is between preceding horizontal tapes tensioning wheel 1-26 and rear horizontal tapes tensioning wheel 1-27.Upper paper feeding face is under
Paper feeding face separately constitutes horizontal paper-feeding passage 1-21.Horizontal tapes 1-24 can be divided into two sections, and a section is corresponding
In horizontal air roll 1-22 and horizontal paper-feeding passage 1-21, another section is then the extension along horizontal paper-feeding passage 1-21 backward
Section.The corresponding lower position in extended segment of horizontal tapes 1-24 is provided with horizontal differential feeder 1-6, horizontal differential paper feeding
Device 1-6 includes horizontal differential tapes 1-62, and the differential tapes 1-62 tensioning of the level is in horizontal differential driving wheel 1-61 and water
Adjustment is moved on tensioning wheel 1-64, is fixedly mounted on horizontal differential tapes 1-62 and is pushed away paper block 1-63, level error there are two level
The upper tensioning section of dynamic tapes 1-62 and the upper tensioning section of horizontal tapes 1-24 close to and it is adjacent, it is differential to be fixedly installed in level
When the level of tapes 1-62 pushes away paper block 1-63 and turns over horizontal tapes 1-24, the upper end on horizontal tapes 1-24 beyond sending
Paper transmits cardboard with horizontal tapes 1-24 for accelerating or slowing down, so that the cardboard is in accurately overlapping stitching position.
Preceding horizontal tapes tensioning wheel 1-26 and the equal rotating support of rear horizontal tapes tensioning wheel 1-27 are in paper feeding base 1-1
On, it is also equipped with horizontal stripes dragging motor on paper feeding base 1-1, horizontal tapes are installed on the dragging motor output shaft and are driven
Driving wheel 1-25, dragging motor drag horizontal tapes 1-24 operating by horizontal tapes driving wheel 1-25.Flat idler 1-23
Rotating support is on paper feeding base 1-1, and its upper edge support has held horizontal tapes 1-24, horizontal paper feeding pressure roller 1-22 rotation
It is supported in pressure roller swing arm, the pressure roller swing arm is hinged on paper feeding base 1-1, goes back between pressure roller swing arm and paper feeding base 1-1
Compressed spring equipped with offer pressing force.Horizontal differential driving wheel 1-61 be installed on for driving motor output shaft end, the drive
Dynamic motor is installed on paper feeding base 1-1, horizontal differential tensioning wheel 1-64 then rotating support on paper feeding base 1.
Tilt paper feeding structure 1-4 include 34 inclination air roll 1-42 being arranged successively along an inclined surface, and with inclination
The lower rolling section of the one-to-one inclined carrying roller 1-43 of air roll 1-42, the inclination air roll 1-42 being arranged successively constitute inclination
Upper paper feeding face.Inclination tapes 1-44 is held in inclined carrying roller 1-43 pop-up, the upper zone face of inclination tapes 1-44 is that support is held
The upper paper feeding face of cardboard tilts tapes 1-44 tensioning in top rake tapes tensioning wheel 1-46 and rear-inclined tapes tensioning wheel
Between 1-47, upper paper feeding face and lower paper feeding face separately constitute inclination paper-feeding passage 1-41.
The lower position of tensioning section is provided with the differential feeder 1-5 of inclination on inclination tapes 1-44, tilts differential send
Paper device 1-5 includes tilting differential tapes 1-52, the differential tapes 1-52 tensioning of the inclination in tilt differential driving wheel 1-51 and
Tilt on differential tensioning wheel 1-54, the upper tensioning section for tilting differential tapes 1-52 and tilt differential tapes 1-54 upper
Draw section close to and it is adjacent, and be fixedly installed in and tilt the inclination of differential tapes 1-54 and push away paper block 1-53 and turn over to tilt and differential send
When paper tape 1-54, the upper end equally exceed inclination tapes 1-44 upper paper feeding face, so as to inclination tapes 1-44 implement pair
Cardboard is controlled.
Top rake tapes tensioning wheel 1-46 and the rear-inclined tapes equal rotating support of tensioning wheel 1-47 are in inclination dexter feeder
On seat 1-3, it is also equipped with tilting band dragging motor on inclination paper feeding base 1-3, is equipped with and inclines on the dragging motor output shaft
Oblique tapes driving wheel 1-45, dragging motor pass through inclination paper feeding driving wheel 1-45 dragging inclination tapes 1-44 operation.Inclination
For carrying roller 1-43 rotating support on inclination paper feeding base 1-3, upper edge support has held inclination tapes 1-44.Tilt air roll 1-
42 rotating supports are on pressure roller crossbeam, and equal rotating support has two inclination air roll 1-42 on each pressure roller crossbeam, and pressure roller is horizontal
Beam is hinged, and in pressure roller swing arm, the pressure roller swing arm is by spring hinged on inclination paper feeding base 1-3, tilts differential drive
Driving wheel 1-51 is installed on corresponding driving motor output shaft end, which is installed on inclination paper feeding base 1-3, heeling error
Dynamic tensioning wheel then rotating support on inclination paper feeding base 3.
Hook bottom device as shown in Figure 4 includes to hook bottom base 2-1, hooks bottom base 2-1 and uses plate frame structure.It is hooking
Be equipped on the base 2-1 of bottom hook bottom paper feeding bracket 2-2, hook bottom paper feeding bracket 2-2 on be provided with hook bottom paper feeding lower component 2-3 and
Component 2-4 in the paper feeding of bottom is hooked, is being parallel to each other in spaced hook bottom paper feeding lower component 2-3 and hook bottom paper feeding between component 2-4
Form the hook bottom paper-feeding passage 2-5 for transmitting cardboard.
Hook bottom paper feeding lower component 2-3 include it is several be arranged successively and rotating support in hook bottom paper feeding bracket 2-2 on hook bottom
Paper feeding carrying roller, the band in the case where hooking bottom paper feeding carrying roller pop-up and having held hook bottom paper feeding.Hook bottom paper-feeding passage 2-5 be located at hook bottom paper feeding under band and
It hooks in the paper feeding of bottom between band 2-41, band holds cardboard with band 2-41 in the paper feeding of bottom is hooked under the hook bottom paper feeding being oppositely arranged, and will
Cardboard is driven backward along bottom paper-feeding passage 2-5 is hooked, to complete the hook bottom operation processing to cardboard.
As shown in Figure 5, Figure 6, component 2-4 in the paper feeding of bottom is hooked to include compression connecting rod 2-46 disposed in parallel and hook in the paper feeding of bottom
Band 2-41 hooks in the paper feeding of bottom band 2-41 tensioning on two upper band tensioning wheels, and by upper band drive wheel.Hooking bottom paper feeding
Compressing in the transmission segment of upper band 2-41 has the every two hook bottom paper feeding pressure rollers 2- of several hook bottom paper feeding pressure roller 2-42, being arranged successively
42 constitute one group, this two hooks bottom paper feeding pressure roller 2-42 difference rotating supports are adjacent at this on hook base pressure roller support 2-44
Hook bottom paper feeding presser feet 2-43, the hook bottom paper feeding presser feet 2-43 and corresponding pressure roller are provided between two hook bottom paper feeding pressure roller 2-42
Bracket 2-44 is linked as an overall structure.The presser feet top surface for hooking bottom paper feeding presser feet 2-43 is arcwall face, such as cylindroid cambered surface or cylinder
Cambered surface, hooks the platen section of the arc top surface of bottom paper feeding presser feet 2-43 and the platen section for hooking bottom paper feeding pressure roller 2-42 is flat in one
On face.
A compression strut 2-47, the other end of compression strut 2-47 are hinged on each hook base pressure roller support 2-44
It is hinged with 48 phase of swing rod 2- is compressed, the other end for compressing swing rod is hinged in hooking on bottom paper feeding bracket 2-2, corresponds to each other and mutual
The compression strut 2-47 and compression swing rod 2-48 of hinge are hinged in again on the same hinge point compressed on connecting rod 2-46.So pressing
It is close on bar 2-46 and is hinged with several couples of compression strut 2-47 and compresses swing rod 2-48, every a pair compresses strut 2-47 and compresses pendulum
Bar 2-48 is corresponding with rotating support on hook base pressure roller support a 2-44, each hook base pressure roller support 2-44 again two hook bottom paper feedings
Pressure roller 2-42, and a hook bottom paper feeding presser feet 2-43. is fixedly installed on each hook base pressure roller support 2-44
When compression cylinder 2-45 by compress connecting rod 2-46 pull be hinged thereon it is each to compress strut 2-47 and compress swing rod 2-
When 48, swing rod 2-48 is compressed by compressing the other end racking of strut 2-47 and hooks base pressure roller support 2-44, thus by hooking base pressure
It roller support 2-44 and hook bottom paper feeding pressure roller 2-42 thereon and hooks bottom paper feeding presser feet 2-43 and forces in and hook band 2-41 in the paper feeding of bottom, make
Band 2-41 in the paper feeding of bottom must be hooked and hook band clamping laminated cardboard-type transmission under the paper feeding of bottom.Due to compressing strut 2-47 and compressing swing rod 2-
48 constitute a reinforcement structure, and the clamping force with 2-41 is not only sufficiently large in hook bottom paper feeding, but also very even, very
Be conducive to be transmitted multiple superposed cardboard.
Folding device as shown in Figure 7 includes folding base 3-1, is equipped on folding base 3-1 and folds group in paper feeding
Part 3-3 and folding paper feeding lower component 3-2.Folding paper feeding lower component 3-2 includes to fold paper feeding conveyer belt 3-4, the folding paper feeding
Conveyer belt 3-4 tensioning folds the upper tensioning of paper feeding conveyer belt 3-4 on front end tensioning wheel and conveyer belt tensioning deviation correction mechanism 3-5
Section support is held on conveyer belt carrying roller.Folding component 3-3 in paper feeding includes several paper feeding pressure rollers being arranged successively, the paper feeding pressure roller position
In the top for folding paper feeding conveyer belt 3-4, paper feeding pressure roller clamps paperboard conveying together with folding paper feeding conveyer belt 3-4.
As shown in figure 8, folding paper feeding conveyer belt 3-4 tensioning on conveyer belt tensioning deviation correction mechanism 3-5, which is tensioned
Deviation correction mechanism 3-5 includes transition wheel 3-54, tensioning wheel 3-56 and correction wheel 3-57, folds paper feeding conveyer belt 3-4 and successively wraps
Transition wheel 3-54, tensioning wheel 3-56 and correction wheel 3-57 are crossed, transition wheel 3-54 rotating support is on folding base 3-1.It is folding
The side of paper feeding conveyer belt 3-4 is provided with deflection correction sensor 3-55, and deflection correction sensor 3-55, which is installed on, to be folded on base 1, entangles
Inclined sensor 3-55 uses photoelectric sensor, and when sideslip occurs in folding paper feeding conveyer belt 3-4 at once, deflection correction sensor 3-55 is issued
Deviation correcting signal is to control device.Two correction solenoid valves 3-59, each correction solenoid valve 3-59 are also installed on folding base 3-1
A corresponding rectifying cylinder 3-58.It folds and is also equipped with tension pulley seat 3-51 on base 1.
As shown in figure 9, slidably supported in the sliding slot of tension pulley seat 3-51 have tensioning slide 3-53, on tensioning slide 3-53
It is fixedly installed with tensioning wheel mandrel 3-510, has on tensioning wheel mandrel 3-510 by tension wheel shaft bearing 3-511 rotating support and opens
It is surrounded on bearing up pulley 3-56, tensioning wheel 3-56 and folds paper feeding conveyer belt 3-4.On tension pulley seat 3-51 and tensioning slide 3-53
It is provided with the opposite compression spring hole in position, the both ends of tensioning pressure spring 3-52 are supported on respectively in corresponding compression spring hole.
As shown in Figure 10, the both ends of the shaft of correction wheel 3-57 is provided with two rectifying cylinder 3-58, correction wheel 3-57 is logical
Its shaft rotating support is crossed in the tailpiece of the piston rod of rectifying cylinder 3-58, the cylinder body of two rectifying cylinder 3-58 is fixedly installed in folding
On base 3-1.Paper feeding conveyer belt 3-4 is folded also to be paperwrapped on correction wheel 3-57.Each rectifying cylinder 3-58 is corresponding with one and entangles
Inclined solenoid valve 3-59 completes correction movement to control corresponding rectifying cylinder 3-58.
As shown in figure 11, it is spaced apart from each other on folding paper feeding conveyer belt 3-4 embedded with several pieces of elastic layer 3-41, elastic layer
3-41 is made of the rubber with the reversible deformation of high resiliency, to increase the friction conveying capacity of simultaneously balanced conveyer belt and cardboard, in bullet
It is adhered with anti-slip layer 3-42 on property layer 3-41, anti-slip layer 3-42 is made of rubber antiskid material, sets on the surface of anti-slip layer 3-42
It is equipped with the non-slip groove of reticulate pattern, to ensure accurate, the reliable transmission to cardboard.
The 3 D spliced case binder rejection device of binary channels as shown in Figure 12 and Figure 13, the rejection device include inspection rejects base
4-1, inspection rejects base 4-1 use plate frame structure.Rotating support has lower band tensioning wheel 4-7 and lower band on inspection rejects base 4-1
Driving wheel 4-28, it is also hinged on inspection rejects base 4-1 to have lower band swing arm 4-24, branch is rotated at the overhanging end with swing arm 4-24 under this
Lower swing arm belt wheel 4-23 is held.It is lower to be installed on the lower output shaft with driving motor with driving wheel 4-28, lower band driving motor
It is installed on inspection rejects base 4-1.It is also hinged with lower swing arm cylinder 4-26 in the lower overhanging end with swing arm 4-24, the lower swing arm cylinder
The tailpiece of the piston rod of 4-26 is hinged with lower band swing arm 4-24 phase, and the cylinder body of lower swing arm cylinder 4-26 is then hinged on inspection rejects base 4-1.
The lower conveyor belt 4-6 of round is paperwrapped on lower band tensioning wheel 4-7, lower swing arm belt wheel 4-23 and lower band driving wheel 4-28.
Rotating support is gone back on inspection rejects base 4-1 several inline lower band carrying roller 4-10；In lower band swing arm 4-4
On also rotating support have several inline swing arm carrying roller 4-21.Lower band carrying roller 4-10 and swing arm carrying roller 4-21 hold in the palm hold in
On the inside of the delivery section of lower conveyor belt 4-6.
Rotating support is gone back on inspection rejects base 4-1 lower three 4-2 of band transition wheel, lower two 4-3 of band transition wheel, lower band transition wheel
One 4-4, lower four 4-27 of band transition wheel, lower five 4-25 of band transition wheel and lower belt tensioner pulley 4-5.Lower conveyor belt 4-6 is also paperwrapped in down
Band three 4-2 of transition wheel, lower two 4-3 of band transition wheel, lower one 4-4 of band transition wheel, lower four 4-27 of band transition wheel, lower five 4- of band transition wheel
On 25 and lower belt tensioner pulley 4-5.Lower belt tensioner pulley 4-5 is used for the rate of tension of regulation and control lower conveyor belt 4-6.Lower band transition wheel
Three 4-2 and it is lower be located at the lower two sides with driving wheel 4-28 with four 4-27 of transition wheel, for increasing driving wheel cornerite, with guarantee to biography
Send the reliable driving of band.Lower belt tensioner pulley 4-5, lower one 4-4 of band transition wheel, lower two 4-3 of band transition wheel are then sequentially located at lower band
It draws between wheel 4-7 and lower three 4-2 of band transition wheel, lower five 4-25 of band transition wheel is then located at lower four 4-27 of band transition wheel and lower swing arm band
It takes turns between 4-23.
Rotating support has upper band driving wheel 4-16, upper band driving wheel 4-16 to be installed on band driving on inspection rejects base 4-1
On the output shaft of motor, upper band driving motor is then installed on inspection rejects base 4-1.On rotating support has on upper band tensioning bracket
Band tensioning wheel 4-8 and upper belt tensioner pulley 4-9, band tensioning bracket is hinged on inspection rejects base 4-1 on this；On inspection rejects base 4-1
Also hinged to have upper band swing arm 4-19, rotating support has upper swing arm belt wheel 4-22 at the overhanging end with swing arm 4-19 on this.In upper band
The overhanging end of swing arm 4-19 is also hinged with upper swing arm cylinder 4-20, the tailpiece of the piston rod of upper swing arm cylinder 4-20 and upper band swing arm 4-19
It is mutually hinged, the cylinder body of upper swing arm cylinder 4-20 is then hinged on inspection rejects base 4-1.The upper conveyor belt 4-14 of round is paperwrapped in band
Tensioning wheel 4-8, upper belt tensioner pulley 4-9, upper band drive on 4-16 and upper swing arm belt wheel 4-22.
It is fixedly installed with upper band pressing roller holder 4-12 on inspection rejects base 4-1, has pressure upper band pressing roller holder 4-12 is hinged
Roller swing arm, upper band pressure roller 4-11 rotating support is on upper band pressing roller holder 4-12, in upper band pressing roller holder 4-12 and pressure roller swing arm
Between compressed spring is installed so that upper band pressure roller 4-11 is flexibly supported on band pressing roller holder 4-12.It is upper with pressure
Inline ground elastic bearing has several upper band pressure roller 4-11 on roller support 4-12, and upper band pressure roller 4-11 press fitting is in upper conveyor belt
On the inside of the delivery section of 4-14.
Rotating support has upper one 4-13 of band transition wheel, upper two 4-15 of band transition wheel, upper band transition wheel on inspection rejects base 4-1
Three 4-17 and upper four 4-18 of band transition wheel.Upper two 4-15 of band transition wheel and upper three 4-17 of band transition wheel is located at upper band driving wheel 4-16
Two sides, to increase driving wheel cornerite.Upper one 4-13 of band transition wheel is then located at belt tensioner pulley 4-9 and upper two 4-15 of band transition wheel
Between, upper four 4-18 of band transition wheel is between upper three 4-17 of band transition wheel and upper swing arm belt wheel 4-22.Upper conveyor belt 4-14
It is paperwrapped on one 4-13 of band transition wheel, upper two 4-15 of band transition wheel, upper three 4-17 of band transition wheel and upper four 4-18 of band transition wheel.
On it is corresponding with swing arm 4-19 and the lower position with swing arm 4-24.The delivery section of upper conveyor belt 4-14 is located at upper band
It draws between wheel 4-8 and upper swing arm belt wheel 4-22；The delivery section of lower conveyor belt 4-6 is then located at lower band tensioning wheel 4-7 and lower swing arm wheel
Between 4-23.The delivery section of upper transmission 4-14 and the delivery section of lower conveyor belt 4-6 are parallel to each other and are spaced and constitute paper-feeding passage.
Claims (10)
1. a kind of 3 D spliced case binder of binary channels, cardboard channel is penetratingly provided on the case binder, it is characterised in that: along institute
It states cardboard channel and is disposed with paper feeder (1), twice hook bottom device (2), folding device (3), rejection device (4) and transmitting
Pressing device (5)；The paper feeder (1) includes that paper feeding base (1-1) and the level being installed on paper feeding base (1-1) are sent
Paper structure (1-2), the horizontal paper feeding structure (1-2) include being made of several horizontal air rolls (1-22) and flat idler (1-23)
Horizontal paper-feeding passage (1-21), horizontal air roll (1-22) is located at the upside of horizontal paper-feeding passage (1-21), flat idler
(1-23) is located at the downside of horizontal paper-feeding passage (1-21), has held horizontal tapes (1-24) in flat idler (1-23) pop-up,
Horizontal tapes (1-24) tensioning in preceding horizontal tapes tensioning wheel (1-26) and rear horizontal tapes tensioning wheel (1-27) it
Between, horizontal tapes (1-24) continue to extend back along the direction horizontal paper-feeding passage (1-21), in the horizontal tapes (1-
24) extended segment corresponding position is provided with horizontal differential feeder (1-6)；The differential feeder of level (1-6) includes level error
Dynamic tapes (1-62), (1-62) tensioning of the differential tapes of the level is in horizontal differential driving wheel (1-61) and horizontal differential tensioning
It takes turns on (1-64), is at least fixedly installed with a level on horizontal differential tapes (1-62) and pushes away paper block (1-63)；In the water
Flat paper feeding structure (1-2) be obliquely above provided with inclination paper feeding structure (1-4), the inclination paper feeding structure (1-4) include by
The inclination paper-feeding passage (1-41) that several inclinations air roll (1-42) and inclined carrying roller (1-43) are constituted, the inclination air roll
(1-42) is located at the upside of inclination paper-feeding passage (1-41), and inclined carrying roller (1-43) is located under inclination paper-feeding passage (1- 41)
Inclination tapes (1-44) has been held in side, inclined carrying roller (1-43) pop-up, and inclination tapes (1-44) tensioning is in top rake
Between tapes tensioning wheel (1-46) and rear-inclined tapes tensioning wheel (1-47), set in inclination tapes (1-44) corresponding position
It is equipped with the differential feeder (1-5) of inclination；The differential feeder (1-5) of inclination includes tilting differential tapes (1-52), this inclines
Oblique differential tapes (1-52) tensioning is in tilting on differential driving wheel (1-51) and the differential tensioning wheel (1-54) of inclination, in heeling error
An inclination, which is at least fixedly installed with, on dynamic tapes (1-52) pushes away paper block (1-53)；It is flat where the horizontal paper-feeding passage (1-21)
Plane space intersection where face and inclination paper-feeding passage (1-41)；The hook bottom device includes hooking bottom base (2-1), and fix
It is installed on the hook bottom paper feeding bracket (2-2) hooked on bottom base (2-1), is provided on hooking bottom paper feeding bracket (2-2) and hooks bottom paper feeding
Component (2-4) in lower component (2-3) and hook bottom paper feeding；Component (2-4) includes to hook base pressure roller support (2- in the hook bottom paper feeding
44), rotating support has the two hook bottom paper feeding pressure rollers (2-42) being spaced apart from each other on hooking base pressure roller support (2-44), is hooking bottom press roll
It is fixedly installed on bracket (2-44) and hooks bottom paper feeding presser feet (2-43), which is located at two hook bottom paper feeding pressures
Between roller (2-42)；Hook base pressure roller support (2-44) on be hinged with compress strut (2-47), the compression strut (2-47) it is another
One end and compression swing rod (2-48) are hinged, and are hinged with compression on compressing strut (2-47) and the hinge edge point for compressing swing rod (2-48)
Connecting rod (2-46), one end of the compression connecting rod (2-46) are connected with compression cylinder (2-45)；The folding device includes folding machine
Seat (3-1) is equipped on folding base (3-1) and folds component (3-3) in paper feeding and fold paper feeding lower component (3-2)；It folds
Paper feeding lower component (3-2) includes to fold paper feeding conveyer belt (3-4), and interval is embedded with bullet on the folding paper feeding conveyer belt (3-4)
Property layer (3-41), has covered anti-slip layer (3-42) on elastic layer (3-41)；Described one end for folding paper feeding conveyer belt (3-4) is set
Conveyer belt tensioning deviation correction mechanism (3-5) is set, it includes transition wheel (3-54), tensioning wheel which, which is tensioned deviation correction mechanism (3-5),
(3-56) and correction wheel (3-57), fold paper feeding conveyer belt (3-4) be successively paperwrapped in transition wheel (3-54), tensioning wheel (3-56) and
Correction wheel (3-57), for tensioning wheel (3-56) rotating support in tensioning slide (3-53), tensioning slide (3-53) is slidably supported
In on tension pulley seat (3-51), tensioning pressure spring (3-52) is supported between tensioning slide (3-53) and tension pulley seat (3-51)；
The two sides of the correction wheel (3-57) are provided with rectifying cylinder (3-58), and correction wheel (3-57) rotating support is in the rectifying cylinder
On (3-58)；The rejection device includes inspection rejects base (4-1), and rotating support has lower band on the inspection rejects base (4-1)
Wheel (4-7) and lower band driving wheel (4-28) are drawn, hinged lower band swing arm (4-24) overhanging end on inspection rejects base (4-1) rotates branch
Lower swing arm belt wheel (4-23) is held, in the lower band tensioning wheel (4-7), lower swing arm belt wheel (4-23) and lower band driving wheel (4-28)
On be surrounded with lower conveyor belt (4-6), be also hinged with lower swing arm cylinder (4-26) in the overhanging end of lower band swing arm (4-24)；It is described to pick
Going back rotating support on useless base (4-1) has upper band tensioning wheel (4-8) and upper band driving wheel (4-16), hinged in inspection rejects base (4-
1) upper band swing arm (4-19) the overhanging end rotating support on has upper swing arm belt wheel (4-22), the upper band tensioning wheel (4-8), on
It is surrounded with upper conveyor belt (4-14) on swing arm belt wheel (4-22) and upper band driving wheel (4-16)；In the overhanging of upper band swing arm (4-19)
End is hinged with upper swing arm cylinder (4-20)；Upper band swing arm (4-19) is corresponding with the position of lower band swing arm (4-24), in upper transmission
It is pressed with band pressure roller (4-11) on the inside of the delivery section of band (4-14), support is held in lower band on the inside of the delivery section of lower conveyor belt (4-6)
On carrying roller (4-10) and swing arm carrying roller (4-21), swing arm carrying roller (4-21) rotating support is on lower band swing arm (4-24).
2. the 3 D spliced case binder of binary channels according to claim 1, it is characterised in that: the differential feeder of inclination
(1-5) is corresponding with the horizontal differential feeder position (1-6).
3. the 3 D spliced case binder of binary channels according to claim 1 or 2, it is characterised in that: the differential paper feeding of inclination
2-4 pieces of inclinations are fixedly installed on band (1-52) to push away paper block (1-53), are fixedly mounted on the differential tapes of level (1-62)
There are 2-4 pieces of levels to push away paper block (1-63).
4. the 3 D spliced case binder of binary channels according to claim 1, it is characterised in that: on the compression connecting rod (2-46)
It is hinged to have several compression struts (2-47) and compress swing rod (2-48), each compression strut (2-47) being mutually hinged and compression pendulum
Bar (2-48) corresponding one hooks base pressure roller support (2-44), and it is hinged on hook bottom paper feeding bracket (2-2) to compress swing rod (2-48).
5. the 3 D spliced case binder of binary channels according to claim 1 or 4, it is characterised in that: the pressing roller holder (2-
44) and hook bottom paper feeding presser feet (2-43) is linked as an overall structure, and the top surface of the hook bottom paper feeding presser feet (2-43) is arcwall face.
6. the 3 D spliced case binder of binary channels according to claim 1, it is characterised in that: the folding paper feeding conveyer belt
The side of (3-4) is provided with deflection correction sensor (3-55), which, which is installed on, folds on base (3-1).
7. the 3 D spliced case binder of binary channels according to claim 1 or 6, it is characterised in that: the folding base (3-1)
Two correction solenoid valves (3-59) of upper installation, each correction solenoid valve (3-59) are corresponding a rectifying cylinder (3-58).
8. the 3 D spliced case binder of binary channels according to claim 1, it is characterised in that: the folding paper feeding conveyer belt
Elastic layer (3-41) on (3-4) is made of rubber, and the surface of anti-slip layer (3-42) is provided with reticulate pattern slot.
9. the 3 D spliced case binder of binary channels according to claim 1, it is characterised in that: the upper swing arm cylinder (4-20)
Piston rod be mutually hinged with upper band swing arm (4-19), the cylinder body of upper swing arm cylinder (4-20) is hinged on inspection rejects base (4-1)；Institute
The piston rod and lower band swing arm (4-24) for stating lower swing arm cylinder (4-26) are mutually hinged, the cylinder body of lower swing arm cylinder (4-26) it is hinged in
On inspection rejects base (4-1).
10. the 3 D spliced case binder of binary channels according to claim 1, it is characterised in that: the upper conveyor belt (4-14)
Delivery section and lower conveyor belt (4-6) delivery section be spaced apart from each other setting and form inspection rejects paper-feeding passage.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201910792477.0A CN110509597A (en) | 2019-08-26 | 2019-08-26 | The 3 D spliced case binder of binary channels |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910792477.0A CN110509597A (en) | 2019-08-26 | 2019-08-26 | The 3 D spliced case binder of binary channels |
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| Publication Number | Publication Date |
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| CN110509597A true CN110509597A (en) | 2019-11-29 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN201910792477.0A Pending CN110509597A (en) | 2019-08-26 | 2019-08-26 | The 3 D spliced case binder of binary channels |
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| Country | Link |
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| CN (1) | CN110509597A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112078185A (en) * | 2020-09-17 | 2020-12-15 | 上海旭恒精工机械制造东台有限公司 | Multi-path folding box forming machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112078185A (en) * | 2020-09-17 | 2020-12-15 | 上海旭恒精工机械制造东台有限公司 | Multi-path folding box forming machine |
| CN112078185B (en) * | 2020-09-17 | 2024-05-14 | 上海旭恒精工机械制造东台有限公司 | Multi-channel folding box-making forming machine |
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