CN107125851A - With entering with going out, the rotary NIR infrared rays of servo are double-deck to paste bottom production line and applying method - Google Patents
With entering with going out, the rotary NIR infrared rays of servo are double-deck to paste bottom production line and applying method Download PDFInfo
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- CN107125851A CN107125851A CN201710179299.5A CN201710179299A CN107125851A CN 107125851 A CN107125851 A CN 107125851A CN 201710179299 A CN201710179299 A CN 201710179299A CN 107125851 A CN107125851 A CN 107125851A
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- upper strata
- pipeline
- double
- deck
- lifting
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- A—HUMAN NECESSITIES
- A43—FOOTWEAR
- A43D—MACHINES, TOOLS, EQUIPMENT OR METHODS FOR MANUFACTURING OR REPAIRING FOOTWEAR
- A43D25/00—Devices for gluing shoe parts
- A43D25/20—Arrangements for activating or for accelerating setting of adhesives, e.g. by using heat
Abstract
The present invention disclose it is a kind of with entering with going out, the rotary NIR infrared rays of servo are double-deck to paste bottom production line and applying method, including frame, the double-deck infrared-ray oven being arranged on front side of frame, the workbench that is arranged on rear side of frame;The upper strata operation pipeline of left and right extension conveying is provided with frame, be provided with upper strata operation pipeline by what left and right conveyed displacement can put footwear tray rack along upper strata operation pipeline, and correspondence bilayer infrared-ray oven is provided with material pulling mechanism one by one;Lower floor is provided with frame below correspondence upper strata operation pipeline and returns disk pipeline, corresponding linking has lifting mechanism, descending mechanism to form the back-shaped circulation conveying of opposed footwear tray rack between disk pipeline is returned in the left and right end of upper strata operation pipeline to lower floor respectively;With enter with go out formula design, operating personnel can frame homonymy carry out operation, can mutually assist operation, be easy to management, put the auto recycling of footwear tray rack so that whole flow process operation it is more easy, save manually, improve production efficiency.
Description
Technical field
The present invention relates to shoemaking shaping laminating production equipment field technology, refer in particular to a kind of rotary with servo is gone out with entering
NIR infrared rays bilayer patch bottom production line and applying method.
Background technology
At present, shoemaking patch bottom is generally using glue by sole and shoe uppers, before sole and shoe uppers, to make vamp
It is tightly combined between sole, is usually first in sole and the bonding place gluing of vamp, then carry out after heating, drying processing, ability
Both are bonded.In the prior art, shoemaking patch bottom production efficiency is low, it is inconvenient to operate, in present patent application, Shen
Ask someone to have studied intensively a kind of new technical scheme, to provide the shoemaking shaping laminating life that a kind of easy to operate, operating efficiency is high
Produce equipment.
The content of the invention
In view of this, in view of the existing deficiencies of the prior art, its main purpose is to provide one kind and enters to go out to watch together together the present invention
Rotary NIR infrared rays bilayer patch bottom production line and applying method are taken, it is by designing with going out formula with entering, and operating personnel can be
The homonymy of frame carries out operation, can mutually assist operation, is easy to management, meanwhile, put the auto recycling of footwear tray rack so that
Whole flow process operation is more easy, saves manually, improves production efficiency.
To achieve the above object, the present invention is using following technical scheme:
It is a kind of with entering with going out the rotary NIR infrared rays bilayer patch bottom production line of servo, including organic frame, be arranged on front side of frame
More than one double-deck infrared-ray oven, the workbench being arranged on rear side of frame;Left and right extension conveying is provided with the frame
Upper strata operation pipeline, be provided with the upper strata operation pipeline by left and right can convey displacement along upper strata operation pipeline
Footwear tray rack is put, the foregoing double-deck infrared-ray oven of correspondence is provided with material pulling mechanism one by one, and the double-deck infrared-ray oven has court
The input and output material common port opened up to corresponding material pulling mechanism, the material pulling mechanism linkage is put footwear tray rack and come and gone through input and output material common port
Between upper strata operation pipeline and corresponding double-deck infrared-ray oven;
Lower floor is provided with below correspondence upper strata operation pipeline return disk pipeline, the upper strata operation pipeline in the frame
Left and right end return disk pipeline to lower floor respectively between corresponding linking have lifting mechanism, a descending mechanism, the upper strata operation is conveyed
Line, descending mechanism, lower floor time disk pipeline and lifting mechanism are connected the back-shaped circulation to be formed and footwear tray rack is put for conveying successively
Pipeline;
And, the finished product pipeline for exporting finished product after laminating is provided with the frame, the finished product pipeline is arranged at
By the right fragment position side of upper strata operation pipeline;Also include main control unit, the main control unit connect respectively be controlled in it is foregoing
Disk pipeline, descending mechanism, lifting mechanism and finished product return in double-deck infrared-ray oven, upper strata operation pipeline, material pulling mechanism, lower floor
Pipeline.
As a kind of preferred scheme, the upper strata operation pipeline includes more than two supply units, the conveying
Unit or so linking arrangement, the material pulling mechanism is located between adjacent conveyor unit;The finished product pipeline is located at low order end
The right positions of double-deck infrared-ray oven, the finished product pipeline is configured with incubator, and the incubator is connected to foregoing master control
Unit.
As a kind of preferred scheme, the double-deck infrared-ray oven has upper strata heating chamber and lower floor's heating chamber;It is described to put
Footwear tray rack, which has, to be used to put the upper tray at the big bottom of shoes and for placing lower floor's shoe shelf with shoe tree vamp;On described
Layer pallet, lower floor's shoe shelf together pass in and out double-deck infrared-ray oven under material pulling mechanism effect, and the upper tray is adapted to
Layer heating chamber, lower floor's shoe shelf adapts to lower floor's heating chamber;
The double-deck infrared-ray oven includes the first main body rack, and foregoing upper strata heating chamber and lower floor's heating chamber are located at the first master
In body support frame;The heating source of respective independent control, the upper strata are equiped with the upper strata heating chamber and lower floor's heating chamber respectively
Heating chamber and lower floor's heating chamber are interval with the thermal insulation hairbrush that temperature is independent of each other above and below for ensuring;The first main body branch
Frame bottom is equiped with the first hot air circulation blower, the second hot air circulation blower, and first hot air circulation blower connects by first
Adapter road is connected with upper strata heating chamber, and second hot air circulation blower is connected by the first connecting pipe with lower floor heating chamber;
The rotating disk mechanism for driving footwear tray rack built in double-deck infrared-ray oven to rotate is provided with first main body rack,
The rotating disk mechanism includes operating servomotor, the first driving pulley, the second driving pulley, transmission belt, driving cog
Wheel, driving pinion and rotating disk, the operating servomotor drive connection is in the first driving pulley, transmission belt drive connection
Between the first driving pulley, the second driving pulley, travelling gear and the second driving pulley are coaxially connected, the transmission
Meshed transmission gear is connected to driving pinion.
As a kind of preferred scheme, the lifting mechanism, descending mechanism include the second main body rack, are installed on second
Lifting motor in main body rack, the chain component driven by lifting motor;The lifting mechanism, descending mechanism are configured
Have for the spacing proximity switch in the upper end of precise positioning lifting position, the spacing proximity switch in lower end;The chain component bag
Include lifting travelling gear, lifting accessory drive gear and be connected between lifting travelling gear, lifting accessory drive gear
Driving chain is lifted, the lifting driving chain, which is connected, has lifting to draw flitch, the lifting draws flitch to be connected with for holding
The push-plate conveying mechanism of footwear tray rack lifting is loaded, push-plate conveying mechanism draws flitch synchronization lifting to act with lifting;The push-plate
Conveying mechanism include bedplate and be installed on bedplate conveying pushing motor, conveying cylinder, conveying auxiliary cylinder, conveying
Belt, the conveying pushing motor drive connection conveying cylinder, the belt conveyor is connected to conveying cylinder, conveying auxiliary cylinder
Between;The belt conveyor conveys extension in left-right direction.
As a kind of preferred scheme, the input and output material of each double-deck infrared-ray oven of correspondence is total on the upper strata operation pipeline
Corresponding left positioner baffle plate, right positioner baffle plate, the left positioner gear are respectively arranged with the left side of mouth, right positions
Plate is by left positioner cylinder coordinated signals, and the right positioner baffle plate is by right positioner cylinder coordinated signals.
As a kind of preferred scheme, the material pulling mechanism is configured with the spacing proximity switch in front end, the spacing proximity switch in rear end.
As a kind of preferred scheme, the material pulling mechanism includes drawing material servomotor, draws material driving main wheel, draws material driving
Band, drawing material driving jockey pulley, slide block assembly, foregoing draw of the drawing material servomotor driving expect driving main wheel, the drawing material drive belt
It is connected between drawing material driving main wheel, drawing material driving jockey pulley;It is described to draw material drive belt to pull slide block component, the sliding block group
Footwear tray rack is put in part push-and-pull accordingly;The slide block assembly is adapted on slide rail along slide rail displacement, the slide block assembly;And,
The material pulling mechanism is configured with push-and-pull material overload protective device.
As a kind of preferred scheme, the push-and-pull material overload device includes the first overload fixed mount, overload spring, second
Fixed mount is overloaded, the drawing material driving jockey pulley is installed on the first overload fixed mount, and the first overload fixed mount passes through overload
Spring is connected on the second overload fixed mount, is extended before and after the overload spring, the first overload fixed mount, the second mistake
Carry setting before and after fixed mount.
As a kind of preferred scheme, the footwear tray rack of putting includes tray bottom seat board, is connected on tray bottom seat board
Support post, foregoing upper tray, lower floor's shoe shelf are connected on support post and above tray bottom seat board;The lower floor
Shoe shelf includes shoe shelf pole and the shoe rack glue bar being sheathed on shoe shelf pole.
It is a kind of as foregoing with entering with the applying method for going out servo rotary NIR infrared rays bilayer patch bottom production line, in frame
Rear side carry out brush coating operation, the big bottom of shoes after brush coating, band shoe tree vamp are together positioned over and put on footwear tray rack, expected by drawing
Mechanism sends into double-deck infrared-ray oven through input and output material common port and carried out after heating, drying processing, heated drying and processing again by drawing
Material mechanism is drawn out on upper strata operation pipeline from input and output material common port;
After being handled through once above heating, drying, carry out the big bottom of shoes, with the bonding between shoe tree vamp in rear side, bonded
Finished product is sent out through finished product pipeline;
It is vacant put footwear tray rack and then deliver to lower floor through descending mechanism by the right-hand member of upper strata operation pipeline return disk pipeline, then by
Lifting mechanism is returned to the left end of upper strata operation pipeline, in this way, forming the back-shaped circulation conveying of opposed footwear tray rack.
The present invention has clear advantage and beneficial effect compared with prior art, specifically, by above-mentioned technical proposal
Understand, its mainly pass through with enter with go out formula design, operating personnel can frame homonymy carry out operation, can mutually assist behaviour
Make, be easy to management, meanwhile, put the auto recycling of footwear tray rack so that whole flow process operation is more easy, saves people
Work, improves production efficiency;Each funtion part of the equipment is run under the intelligent control of main control unit, and it is intelligent and automatic
Change degree is high, and stable and reliable operation, controllability is good.
More clearly to illustrate the architectural feature and effect of the present invention, come below in conjunction with the accompanying drawings with specific embodiment to this hair
It is bright to be described in detail.
Brief description of the drawings
Fig. 1 is the assembling perspective representation of embodiments of the present invention;
Fig. 2 is another angle assembling perspective representation of embodiments of the present invention;
Fig. 3 is the top view of embodiments of the present invention;
Fig. 4 is the rearview of embodiments of the present invention;
Fig. 5 is the decomposition texture diagram of double-deck infrared-ray oven in embodiments of the present invention;
Fig. 6 is the partial structurtes diagram of double-deck infrared-ray oven in embodiments of the present invention;
Fig. 7 is lifting mechanism in embodiments of the present invention(Or descending mechanism)Decomposition texture diagram;
Fig. 8 is the decomposition texture diagram of push-plate conveying mechanism in Fig. 7;
Fig. 9 is that the configuration diagram of disk pipeline and material pulling mechanism is returned to embodiments of the present invention by operation pipeline, lower floor at the middle and upper levels;
Figure 10 is embodiments of the present invention operation pipeline and the partial structurtes diagram of material pulling mechanism at the middle and upper levels;
Figure 11 is the partial enlargement diagram at B in Figure 10;
Figure 12 is the partial enlargement diagram at C in Figure 10;
Figure 13 is the partial enlargement diagram at D in Figure 10;
Figure 14 is the partial enlargement diagram at E in Figure 10;
Figure 15 is material pulling mechanism and to put the configuration diagram of footwear tray rack in embodiments of the present invention;
Figure 16 is the decomposition texture diagram of structure shown in Figure 15;
Figure 17 is the decomposition texture diagram that footwear tray rack is put in embodiments of the present invention.
Accompanying drawing identifier declaration:
10th, frame 11, man-machine interface
12nd, main display 13, SOP display screens
14th, activated carbon exhaust structure 20, double-deck infrared-ray oven
201st, input and output material common port 21, upper strata heating chamber
22nd, lower floor's heating chamber 23, the first main body rack
25th, thermal insulation hairbrush
26th, the first hot air circulation blower 27, the second hot air circulation blower
281st, operating servomotor 282, the first driving pulley
283rd, the second driving pulley 284, transmission belt
285th, travelling gear 286, driving pinion
287th, rotating disk 2871, resigning hole
288th, motor adjusting seat 289, motor fixing seat
30th, workbench
40th, upper strata operation pipeline 41, roller
411st, drum belt driver slot
42nd, drive motor 43, left positioner baffle plate
431st, left positioner cylinder 44, right positioner baffle plate
441st, right positioner cylinder 45, drive shaft
46th, disk pipeline returns in drive belt 50, lower floor
61st, lifting mechanism 62, descending mechanism
601st, the second main body rack 602, lifting motor
603rd, lifting travelling gear 604, lifting accessory drive gear
605th, flitch is drawn in lifting driving chain 606, lifting
607th, push-plate conveying mechanism 6071, bedplate
6072nd, conveying pushing motor 6073, conveying cylinder
6074th, conveying auxiliary cylinder 6075, belt conveyor
6076th, security protection cover plate 6077, motor cover plate
70th, footwear tray rack 71, tray bottom seat board are put
711st, tray rack baffle plate
72nd, support post 73, upper tray
74th, lower floor's shoe shelf 741, shoe shelf pole
742nd, footwear glue bar 75, plastic cement wearing plate are put
80th, material pulling mechanism
81st, draw material servomotor 82, draw material driving main wheel
83rd, draw material drive belt 84, draw material driving jockey pulley
85th, slide block assembly 86, slide rail
871st, the first overload fixed mount 872, overload spring
873rd, the second overload fixed mount 90, finished product pipeline
91st, incubator.
Embodiment
It refer to shown in Fig. 1 to Figure 17, that show the concrete structure of embodiments of the present invention;It is referred to herein it is forward and backward,
The left and right orientation or position relationship for waiting instruction describes this based on orientation shown in the drawings or position relationship, to be for only for ease of
Invention and simplified description, rather than instruction or the signified device of hint or element must be with specific orientation, with specific square
Position construction and operation, therefore be not considered as limiting the invention.
As shown in Figures 1 to 4, described with entering with going out, the rotary NIR infrared rays of servo are double-deck to paste bottom production line, including organic
Frame 10, the more than one double-deck infrared-ray oven 20 for being arranged at the front side of frame 10, the workbench 30 for being arranged at the rear side of frame 10
(The workbench 30 is preferably designed for stainless steel workbench 30);When equipment runs operation, operating personnel are located at after frame 10
Side, all operating personnel can carry out operation in homonymy, can mutually assist operation, be easy to management.
The upper strata operation pipeline 40 of left and right extension conveying, the upper strata operation pipeline 40 are provided with the frame 10
On be provided with and by what left and right conveyed displacement can put footwear tray rack 70 along upper strata operation pipeline 40, the foregoing double-deck infrared ray of correspondence dries
Case 20 is provided with material pulling mechanism 80 one by one, and the double-deck infrared-ray oven 20 has the turnover opened up towards corresponding material pulling mechanism 80
Expect common port 201, the linkage of material pulling mechanism 80 puts footwear tray rack 70 and travels to and fro between upper strata operation conveying through input and output material common port 201
Between line 40 and corresponding double-deck infrared-ray oven 20;Correspondence input and output material common port 201, is configured with activated carbon exhaust structure 14, its
The peculiar smell that brush coating water is produced effectively is filtered, it is ensured that surrounding air is pure and fresh.Certainly, main control unit is configured with man-machine interface
11, it is easy to generally be also configured with cam device etc. in operation, equipment, can so realizes long-range real time inspection, equipment also may be used
It is designed as teleoperation mode.Main control unit can do corresponding note to each section of temperature, yield, machine operation time, failure situation etc.
Record, while stored record can be done to the type body produced before, is easy to making again for inquiry and same type body, for ease of administrative staff
Production yields, temperature and handling situations are held in support;The main display 12 configured, for showing that the operation of current production footwear type will
Ask, Current Temperatures situation, handling situations etc..And, one station of a double-deck correspondence of infrared-ray oven 20, each station section(Bag
Include finished product conveying)Operation is provided with SOP display screens 13, for showing current operation SOP standards.
The lower section of correspondence upper strata operation pipeline 40 is provided with lower floor and returns disk pipeline 50, the upper strata in the frame 10
Corresponding linking has lifting mechanism 61, descending mechanism between disk pipeline 50 is returned in the left and right end of operation pipeline 40 to lower floor respectively
62, the upper strata operation pipeline 40, descending mechanism 62, lower floor time disk pipeline 50 and lifting mechanism 61 are connected formation and used successively
The back-shaped circulation conveying line of footwear tray rack 70 is put in conveying;In the present embodiment, the upper strata operation pipeline 40 includes two
More than supply unit, the supply unit or so linking arrangement, the material pulling mechanism 80 is located between adjacent conveyor unit;Institute
Roller conveyor can be selected by stating supply unit, be provided with if roller conveyor includes on dry drum 41, every roller 41
Drum belt driver slot 411, is driven by it motor 42 and drives corresponding drive shaft 45, then drive its drive belt by drive shaft 45
46, then drive by drive belt 46 each roller 41.
The finished product pipeline 90 for exporting finished product after laminating is provided with the frame 10, the finished product pipeline 90 is set
It is placed in by the right fragment position side of upper strata operation pipeline 40;The finished product pipeline 90 is located at the double-deck infrared-ray oven of low order end
20 right positions, the finished product pipeline 90 is configured with incubator 91, and it is it is advantageously ensured that bonding quality, the incubator 91
It is connected to foregoing main control unit.Finished product after laminating is delivered to next station by finished product pipeline 90, without personnel's transmission, improves production
Efficiency and saving personnel.
Also include main control unit, the main control unit is connected respectively is controlled in foregoing double-deck infrared-ray oven 20, upper strata
Disk pipeline 50, descending mechanism 62, lifting mechanism 61 and finished product pipeline 90 return in operation pipeline 40, material pulling mechanism 80, lower floor.
The main control unit is equivalent to intelligence control system, and so, each funtion part of the equipment is under the intelligent control of main control unit
Operation, its intelligent and automaticity is high, and stable and reliable operation, controllability is good.
As shown in Figure 5 to Figure 6, the double-deck infrared-ray oven 20 is that the double-deck infrared ray of rotary double-layer infrared-ray oven dries
Case, it has double-layer heating structure, i.e.,:With upper strata heating chamber 21 and lower floor's heating chamber 22;So, double-deck infrared-ray oven 20
Independent control can be separated to the temperature of the upper and lower, different temperature requirements be set because of unlike material to reach, it is applicable
Property is strong;Certainly, it is foregoing to put footwear tray rack 70 with the upper tray 73 for being used to put the big bottom of shoes and for placing band shoe tree footwear
Lower floor's shoe shelf 74 in face;The upper tray 73, lower floor's shoe shelf 74 together pass in and out double-deck red under the effect of material pulling mechanism 80
Outside line baking oven 20, the upper tray 73 adapts to upper strata heating chamber 21, and lower floor's shoe shelf 74 adapts to lower floor's heating chamber
22.The double-deck infrared-ray oven 20 includes the first main body rack 23, foregoing upper strata heating chamber 21 and lower floor's heating chamber 22
In in the first main body rack 23;Adding for respective independent control is equiped with the upper strata heating chamber 21 and lower floor's heating chamber 22 respectively
Thermal source(The heating source can select infrared lamp, and infrared lamp is to be installed on corresponding upper strata heating chamber by support
21st, in lower floor's heating chamber 22), being interval with for the upper strata heating chamber 21 and lower floor's heating chamber 22 be mutual for temperature above and below ensuring
The thermal insulation hairbrush 25 not influenceed;The bottom of first main body rack 23 is equiped with the first hot air circulation blower 26, the second hot blast and followed
Ring blower fan 27, first hot air circulation blower 26 is connected by the first connecting pipe with upper strata heating chamber 21, second heat
Wind circulating fan 27 is connected by the first connecting pipe with lower floor heating chamber 22;
Turn for driving footwear tray rack 70 built in double-deck infrared-ray oven 20 to rotate is provided with first main body rack 23
Disc mechanism, the rotating disk mechanism include operating servomotor 281, the first driving pulley 282, the second driving pulley 283,
Transmission belt 284, travelling gear 285, driving pinion 286 and rotating disk 287, it is described operating the drive connection of servomotor 281 in
First driving pulley 282, transmission belt 284 be connected in the first driving pulley 282, the second driving pulley 283 it
Between, travelling gear 285 and the second driving pulley 283 are coaxially connected, and the travelling gear 285 is connected by meshing transmission in transmission master
Gear 286;Operating servomotor 281 herein is installed in motor fixing seat 289 by motor adjusting seat 288;The rotating disk
Resigning hole 2871 is offered on 287, the connecting shaft of travelling gear 285 passes through resigning hole 2871, travelling gear 285, the main tooth of transmission
Wheel 286 is located at the top of rotating disk 287.
As shown in Figure 7 and Figure 8, the lifting mechanism 61, descending mechanism 62 include the second main body rack 601, installation
In the lifting motor 602 in the second main body rack 601, the chain component driven by lifting motor 602;The lifting mechanism
61st, descending mechanism 62 is each equipped with for the spacing proximity switch in the upper end of precise positioning lifting position, the spacing proximity switch in lower end;
The chain component includes lifting travelling gear 603, lifting accessory drive gear 604 and is connected to lifting travelling gear
603rd, the lifting driving chain 605 between lifting accessory drive gear 604, the lifting driving chain 605 is connected and has liter
Drop draws flitch 606, and the lifting draws flitch 606 to be connected with the push-plate conveying mechanism 607 for putting the lifting of footwear tray rack 70 for carrying,
Push-plate conveying mechanism 607 draws the synchronization lifting of flitch 606 to act with lifting;The push-plate conveying mechanism 607 includes bedplate
6071 and be installed on bedplate 6071 conveying pushing motor 6072, conveying cylinder 6073, conveying auxiliary cylinder 6074, conveying
Belt 6075, the conveying drive connection conveying cylinder 6073 of pushing motor 6072, the belt conveyor 6075 is connected to conveying
Between roller 6073, conveying auxiliary cylinder 6074;The belt conveyor 6075 conveys extension in left-right direction;So, using defeated
Send the footwear tray rack 70 of putting after about 6075 pairs of belt to push, be pushed so as to put footwear tray rack 70 to subsequent processing section
(Referred to herein as:Footwear tray rack 70 will be put using the belt conveyor of lifting mechanism 61 to push on upper strata operation pipeline 40, be utilized
The belt conveyor of descending mechanism 62 will put footwear tray rack 70 and push on lower floor time disk pipeline 50).Herein, in push-plate conveyer
The running part of structure 607 is configured with security protection cover plate 6076, motor cover plate 6077 etc., adds safety in operation, also to passing
Protected dynamic part.
As shown in Fig. 9 to Figure 14, the turnover of each double-deck infrared-ray oven 20 of correspondence on the upper strata operation pipeline 40
Expect that the left side of common port, right positions are respectively arranged with corresponding left positioner baffle plate 43, right positioner baffle plate 44, the left side
Side positioning baffle 43 is linked by the coordinated signals of left positioner cylinder 431, the right positioner baffle plate 44 by right positioner cylinder 441
Control.Herein, the left positioner baffle plate 43, right positioner baffle plate 44 are arranged in docking for supply unit and material pulling mechanism 80
Place, left positioner baffle plate 43, right positioner baffle plate 44 are extended before and after being, and its front and back end is connected to respective cylinder.
When putting footwear tray rack 70 by supply unit(The present embodiment middle finger roller)When being delivered at left positioner baffle plate 43, put
Footwear tray rack 70 is positioned by left positioner baffle plate 43, and putting footwear tray rack 70 can not continue to convey to the right;When material pulling mechanism 80 will
Putting after the pull-out of footwear tray rack 70 in double-deck infrared-ray oven 20, right positioner baffle plate 44 is linked by right positioner cylinder 441 to be controlled
System is sunk(There is gap between roller 41, be available for right positioner baffle plate 44 to sink to stepping down), pull-out to put footwear tray rack 70 then past
Right conveying;At the same time, left positioner baffle plate 43 is sunk by the coordinated signals of left positioner cylinder 431, and it accordingly puts footwear tray rack
70, which are turned right, is delivered at material pulling mechanism 80, and this is put into footwear tray rack 70 by material pulling mechanism 80 pushes to double-deck infrared-ray oven 20
It is interior.The material pulling mechanism 80 is configured with the spacing proximity switch in front end, the spacing proximity switch in rear end, before both are to material pulling mechanism 80
It is laggard go out action carry out spacing, the foregoing turnover of material pulling mechanism 80 action, can be circulated successively always when equipment is run.
As shown in Figure 15 to Figure 17, in the present embodiment, the material pulling mechanism 80 includes drawing material servomotor 81, draws material
Drive main wheel 82, drawing material drive belt 83, draw material driving jockey pulley 84, slide block assembly 85, the drawing material servomotor 81 drives foregoing
Material driving main wheel 82 is drawn, the drawing material drive belt 83 is connected between drawing material driving main wheel 82, drawing material driving jockey pulley 84;It is described to draw
Expect that drive belt 83 pulls slide block component 85, footwear tray rack 70 is put in the push-and-pull of slide block assembly 85 accordingly;The sliding block group
Part 85 is adapted on slide rail 86 along the displacement of slide rail 86, the slide block assembly 85, so, effectively ensures to draw material action straight line fortune back and forth
Dynamic stabilization, is not in deviation, shifting phenomena, draws the material spacing proximity switch in the foregoing front end of movement structure, the spacing proximity in rear end
The cooperation of switch, realizes displacement accuracy;And, the material pulling mechanism 80 is configured with push-and-pull material overload protective device, to ensure
Material pulling mechanism 80 acts safe and stable.Herein, the push-and-pull material overload device includes the first overload fixed mount 871, overload bullet
Spring 872, second overloads fixed mount 873, described to draw material driving jockey pulley 84 to be installed on the first overload fixed mount 871, and described first
Overload fixed mount 871 is connected on the second overload fixed mount 873 by overload spring 872, is extended before and after the overload spring 872
Set, set before and after the first overload fixed mount 871, second overload fixed mount 873.
In the present embodiment, the footwear tray rack 70 of putting is primarily used to the conveying with shoe tree vamp, the big bottom of shoes, described
It is an independent accessory for equipment to put footwear tray rack 70, can also be needed according to different product, described to design adjustment
Put footwear tray rack 70.Herein, it is described to put the branch that footwear tray rack 70 includes tray bottom seat board 71, is connected on tray bottom seat board 71
Column 72 is supportted, foregoing upper tray 73, lower floor's shoe shelf 74 are connected on support post 72 and positioned at the top of tray bottom seat board 71;
Lower floor's shoe shelf 74 includes shoe shelf pole 741 and the shoe rack glue bar 742 being sheathed on shoe shelf pole 741;It is described
The one end of tray bottom seat board 71 is connected with tray rack baffle plate 711;Foregoing upper tray 73 is preferably designed for stainless steel pallet, foregoing to put
Shoe rack pole 741 and shoe rack glue bar 742 are preferably designed for plastic parts, and for lower floor's shoe shelf 74, it is generally adjustable
Design structure, can be according to the space between shoe tree, the big minor adjustment shoe rack glue bar 742 of footwear code, to be more suitable for the requirement of shoes;
And, the bottom of tray bottom seat board 71 is provided with plastic cement wearing plate 75, effectively increases and entirely puts the wear-resisting of footwear tray rack 70
Property, durability.
Next, it is described with entering with going out the bilayer patch bottom production of servo rotary NIR infrared rays substantially to introduce this implementation
The workflow of line:
Operating personnel is stood in the rear side of frame 10, and brush coating operation, the shoes after brush coating are carried out to the big bottom of shoes, band shoe tree vamp
Big bottom, band shoe tree vamp are together positioned over and put on footwear tray rack 70(Wherein, the big bottom of shoes is positioned in upper tray 73, band footwear
Lasting face is positioned on lower floor's shoe shelf 74);
It is placed with the big bottom of shoes, the footwear tray rack 70 of putting with shoe tree vamp to be conveyed from left to right by supply unit, when putting footwear pallet
When frame 70 is delivered at the corresponding left positioner baffle plate 43 of first bilayer infrared-ray oven 20 by supply unit, footwear tray rack is put
70 are positioned by left positioner baffle plate 43, and putting footwear tray rack 70 can not continue to convey to the right, now, and the material pulling mechanism 80 such as need will be double
Layer infrared-ray oven 20 in heating, drying put footwear tray rack 70 pull out after;Right positioner baffle plate 44 is by right positioner cylinder
441 coordinated signals sink, and the footwear tray rack 70 of putting of pull-out then continues conveying of turning right by upper strata operation pipeline 40, at the same time,
Left positioner baffle plate 43 is sunk by the coordinated signals of left positioner cylinder 431, and it, which is accordingly put footwear tray rack 70 and turned right, is delivered to drawing
Expect at mechanism 80;This is put into footwear tray rack 70 by material pulling mechanism 80 again to push in double-deck infrared-ray oven 20;Material pulling mechanism 80
Foregoing turnover action, can be circulated successively always when equipment is run;
The requirement of heating, drying number of times, puts footwear tray rack 70 and continues conveying of being turned right according to needed for product, with above-mentioned operating principle,
Second double-deck infrared-ray oven 20 repeats second of heating, drying, and heating, drying is also similarly more times;Here, not remaking superfluous
State;
From input and output material common port upper strata operation conveying is drawn out to after finally heated drying and processing process, then by material pulling mechanism 80
On line 40, the big bottom of shoes is carried out, with the bonding between shoe tree vamp in rear side, the finished product bonded is sent through finished product pipeline 90
Go out, handled always under thermal environment in finished product course of conveying;
Vacant footwear tray rack 70 of putting then delivers to lower floor time disk conveying by the right-hand member of upper strata operation pipeline 40 through descending mechanism 62
Line 50, lower floor returns disk pipeline 50 and vacant footwear tray rack 70 of putting is turned left conveying from the right side, then is returned to by lifting mechanism 61
The left end of layer operation pipeline 40, in this way, forming the back-shaped circulation conveying of opposed footwear tray rack 70;In upper strata operation pipeline 40
First brush coating station, vacant puts footwear tray rack 70 one by one by reuse.
In summary, design focal point of the invention is, it, which mainly passes through, designs with going out formula with entering, and operating personnel can be with
Operation is carried out in the homonymy of frame, operation can be mutually assisted, be easy to management, meanwhile, the auto recycling of footwear tray rack is put, is made
Obtain whole flow process operation more easy, save manually, improve production efficiency;Each funtion part of the equipment is in main control unit
Intelligent control under run, its intelligent and automaticity is high, and stable and reliable operation, controllability is good.
The above described is only a preferred embodiment of the present invention, be not intended to limit the scope of the present invention,
Therefore any subtle modifications, equivalent variations and modifications that every technical spirit according to the present invention is made to above example, still
Belong in the range of technical solution of the present invention.
Claims (10)
1. a kind of, with entering with going out, the rotary NIR infrared rays of servo are double-deck to paste bottom production line, it is characterised in that:Including organic frame, set
The more than one double-deck infrared-ray oven being placed on front side of frame, the workbench being arranged on rear side of frame;Set in the frame
There is the upper strata operation pipeline of left and right extension conveying, being provided with the upper strata operation pipeline can be along upper strata operation pipeline quilt
Footwear tray rack is put in left and right conveying displacement, and the foregoing double-deck infrared-ray oven of correspondence is provided with material pulling mechanism one by one, and the bilayer is red
Outside line baking oven has the input and output material common port opened up towards corresponding material pulling mechanism, and the material pulling mechanism linkage puts footwear tray rack through entering
Discharging common port is travelled to and fro between upper strata operation pipeline and corresponding double-deck infrared-ray oven;
Lower floor is provided with below correspondence upper strata operation pipeline return disk pipeline, the upper strata operation pipeline in the frame
Left and right end return disk pipeline to lower floor respectively between corresponding linking have lifting mechanism, a descending mechanism, the upper strata operation is conveyed
Line, descending mechanism, lower floor time disk pipeline and lifting mechanism are connected the back-shaped circulation to be formed and footwear tray rack is put for conveying successively
Pipeline;
And, the finished product pipeline for exporting finished product after laminating is provided with the frame, the finished product pipeline is arranged at
By the right fragment position side of upper strata operation pipeline;Also include main control unit, the main control unit connect respectively be controlled in it is foregoing
Disk pipeline, descending mechanism, lifting mechanism and finished product return in double-deck infrared-ray oven, upper strata operation pipeline, material pulling mechanism, lower floor
Pipeline.
2. according to claim 1, with entering with going out, the rotary NIR infrared rays of servo are double-deck to paste bottom production line, and its feature exists
In:The upper strata operation pipeline includes more than two supply units, and the supply unit or so is connected arrangement, described to draw
Expect that mechanism is located between adjacent conveyor unit;The finished product pipeline is located at the right lateral position of the double-deck infrared-ray oven of low order end
Put, the finished product pipeline is configured with incubator, the incubator is connected to foregoing main control unit.
3. according to claim 1, with entering with going out, the rotary NIR infrared rays of servo are double-deck to paste bottom production line, and its feature exists
In:The double-deck infrared-ray oven its there is upper strata heating chamber and lower floor's heating chamber;The footwear tray rack of putting has for putting
The upper tray at the big bottom of shoes and for placing lower floor's shoe shelf with shoe tree vamp;The upper tray, lower floor's shoe shelf exist
Double-deck infrared-ray oven is together passed in and out under material pulling mechanism effect, the upper tray adapts to upper strata heating chamber, the lower stratification
Shoe rack adapts to lower floor's heating chamber;
The double-deck infrared-ray oven includes the first main body rack, and foregoing upper strata heating chamber and lower floor's heating chamber are located at the first master
In body support frame;The heating source of respective independent control, the upper strata are equiped with the upper strata heating chamber and lower floor's heating chamber respectively
Heating chamber and lower floor's heating chamber are interval with the thermal insulation hairbrush that temperature is independent of each other above and below for ensuring;The first main body branch
Frame bottom is equiped with the first hot air circulation blower, the second hot air circulation blower, and first hot air circulation blower connects by first
Adapter road is connected with upper strata heating chamber, and second hot air circulation blower is connected by the first connecting pipe with lower floor heating chamber;
The rotating disk mechanism for driving footwear tray rack built in double-deck infrared-ray oven to rotate is provided with first main body rack,
The rotating disk mechanism includes operating servomotor, the first driving pulley, the second driving pulley, transmission belt, driving cog
Wheel, driving pinion and rotating disk, the operating servomotor drive connection is in the first driving pulley, transmission belt drive connection
Between the first driving pulley, the second driving pulley, travelling gear and the second driving pulley are coaxially connected, the transmission
Meshed transmission gear is connected to driving pinion.
4. according to claim 1, with entering with going out, the rotary NIR infrared rays of servo are double-deck to paste bottom production line, and its feature exists
In:The lifting mechanism, descending mechanism include the second main body rack, the lifting motor being installed in the second main body rack,
The chain component driven by lifting motor;The lifting mechanism, descending mechanism are each equipped with being used for precise positioning lifting position
The spacing proximity switch in upper end, the spacing proximity switch in lower end put;The chain component includes lifting travelling gear, lifting
Accessory drive gear and the lifting driving chain being connected between lifting travelling gear, lifting accessory drive gear, the lifting
Driving chain, which is connected, has lifting to draw flitch, and the lifting draws flitch to be connected with the push-plate for putting the lifting of footwear tray rack for carrying
Conveying mechanism, push-plate conveying mechanism draws flitch synchronization lifting to act with lifting;The push-plate conveying mechanism include bedplate and
It is installed in conveying pushing motor, conveying cylinder, conveying auxiliary cylinder, belt conveyor, the conveying pushing motor on bedplate
Drive connection conveying cylinder, the belt conveyor is connected between conveying cylinder, conveying auxiliary cylinder;The belt conveyor edge is left
Right direction conveying extension.
5. according to claim 1, with entering with going out, the rotary NIR infrared rays of servo are double-deck to paste bottom production line, and its feature exists
In:The left side of the input and output material common port of each double-deck infrared-ray oven of correspondence, right positions point on the upper strata operation pipeline
Corresponding left positioner baffle plate, right positioner baffle plate are not provided with, and the left positioner baffle plate is linked by left positioner cylinder to be controlled
System, the right positioner baffle plate is by right positioner cylinder coordinated signals.
6. with entering with going out, the rotary NIR infrared rays of servo are double-deck to paste bottom production line, its feature according to claim 1 or 5
It is:The material pulling mechanism is configured with the spacing proximity switch in front end, the spacing proximity switch in rear end.
7. according to claim 1, with entering with going out, the rotary NIR infrared rays of servo are double-deck to paste bottom production line, and its feature exists
In:The material pulling mechanism includes drawing material servomotor, draws material driving main wheel, draw material drive belt, draw material driving jockey pulley, sliding block group
Part, the drawing material servomotor driving is foregoing to draw material driving main wheel, and the drawing material drive belt is connected to drawing material driving main wheel, draws material
Between driving jockey pulley;Described to draw material drive belt to pull slide block component, footwear tray rack is put in the slide block assembly push-and-pull accordingly;
The slide block assembly is adapted on slide rail along slide rail displacement, the slide block assembly;And, the material pulling mechanism is configured with push-and-pull material
Overload protective device.
8. according to claim 7, with entering with going out, the rotary NIR infrared rays of servo are double-deck to paste bottom production line, and its feature exists
In:The push-and-pull material overload device includes the first overload fixed mount, overload spring, the second overload fixed mount, and the drawing material drives
Dynamic jockey pulley is installed on the first overload fixed mount, and the first overload fixed mount is connected to the second overload by overload spring and fixed
On frame, it is extended, is set before and after the first overload fixed mount, the second overload fixed mount before and after the overload spring.
9. according to claim 1, with entering with going out, the rotary NIR infrared rays of servo are double-deck to paste bottom production line, and its feature exists
In:It is described to put the support post that footwear tray rack includes tray bottom seat board, is connected on tray bottom seat board, foregoing upper tray,
Lower floor's shoe shelf is connected on support post and above tray bottom seat board;Lower floor's shoe shelf includes shoe shelf pole
With the shoe rack glue bar being sheathed on shoe shelf pole.
10. it is a kind of as claimed in claim 1 with entering with the laminating side for going out servo rotary NIR infrared rays bilayer patch bottom production line
Method, it is characterised in that:
Brush coating operation is carried out in the rear side of frame, the big bottom of shoes, band shoe tree vamp after brush coating are together positioned over and put footwear pallet
On frame, sent into by material pulling mechanism through input and output material common port in double-deck infrared-ray oven and carry out heating, drying processing, heated drying
It is drawn out to again by material pulling mechanism from input and output material common port on upper strata operation pipeline after processing;
After being handled through once above heating, drying, carry out the big bottom of shoes, with the bonding between shoe tree vamp in rear side, bonded
Finished product is sent out through finished product pipeline;
It is vacant put footwear tray rack and then deliver to lower floor through descending mechanism by the right-hand member of upper strata operation pipeline return disk pipeline, then by
Lifting mechanism is returned to the left end of upper strata operation pipeline, in this way, forming the back-shaped circulation conveying of opposed footwear tray rack.
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CN201710179299.5A CN107125851B (en) | 2017-03-23 | 2017-03-23 | Same-in and same-out servo rotary NIR double-layer bottom attaching production line and attaching method |
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CN110215013A (en) * | 2019-07-17 | 2019-09-10 | 全南海旭纤维制品有限公司 | A kind of orthogonal composite structure of sport footwear insole |
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