CN110065289A - A kind of chip fast press automatically - Google Patents
A kind of chip fast press automatically Download PDFInfo
- Publication number
- CN110065289A CN110065289A CN201910456901.4A CN201910456901A CN110065289A CN 110065289 A CN110065289 A CN 110065289A CN 201910456901 A CN201910456901 A CN 201910456901A CN 110065289 A CN110065289 A CN 110065289A
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- Prior art keywords
- discharging
- rewinding
- air
- plate
- rack
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- 238000007599 discharging Methods 0.000 claims abstract description 165
- 239000012528 membrane Substances 0.000 claims abstract description 97
- 239000000463 material Substances 0.000 claims abstract description 77
- 238000003825 pressing Methods 0.000 claims abstract description 21
- 238000000926 separation method Methods 0.000 claims description 45
- 238000009826 distribution Methods 0.000 claims description 31
- 238000006073 displacement reaction Methods 0.000 claims description 26
- 230000001105 regulatory effect Effects 0.000 claims description 13
- 238000001816 cooling Methods 0.000 claims description 7
- 238000005096 rolling process Methods 0.000 claims description 7
- 230000005611 electricity Effects 0.000 claims description 3
- 230000000630 rising effect Effects 0.000 claims 1
- 238000000034 method Methods 0.000 abstract description 8
- 239000012141 concentrate Substances 0.000 abstract description 3
- 239000010408 film Substances 0.000 description 10
- 230000000903 blocking effect Effects 0.000 description 5
- 238000007723 die pressing method Methods 0.000 description 5
- 238000004519 manufacturing process Methods 0.000 description 5
- 238000013461 design Methods 0.000 description 3
- 230000000994 depressogenic effect Effects 0.000 description 2
- 238000010586 diagram Methods 0.000 description 2
- 238000004804 winding Methods 0.000 description 2
- 208000027418 Wounds and injury Diseases 0.000 description 1
- 238000010521 absorption reaction Methods 0.000 description 1
- 239000013039 cover film Substances 0.000 description 1
- 230000006378 damage Effects 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 208000014674 injury Diseases 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000012545 processing Methods 0.000 description 1
- 230000002787 reinforcement Effects 0.000 description 1
- 238000011160 research Methods 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B32—LAYERED PRODUCTS
- B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
- B32B37/00—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding
- B32B37/0046—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding characterised by constructional aspects of the apparatus
- B32B37/0053—Constructional details of laminating machines comprising rollers; Constructional features of the rollers
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B32—LAYERED PRODUCTS
- B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
- B32B38/00—Ancillary operations in connection with laminating processes
- B32B38/10—Removing layers, or parts of layers, mechanically or chemically
Abstract
The invention discloses a kind of chip fast press automatically, including charger, fast press and discharging machine, the charging side of fast press is arranged in charger, the discharging side of fast press is arranged in discharging machine, fast press is arranged between charger and discharging machine, charger includes that high temperature membrane rolls out mechanism and feed mechanism, and discharging mechanism includes drawing material device, discharging tensioner roll wheel assembly, drawing material tensioner roll wheel assembly, separator, the first rewinding air-expanding shaft, the second rewinding air-expanding shaft, rewinding box and discharging workbench；Chip product automation bonding operation may be implemented in the fast press of the present invention, it gets through product pressing manpower and concentrates bottleneck process, realize equipment full-automatic operation, operator's quantity can be largely reduced, reduce employment cost, the operation fold for reducing human factor is bad, improves product quality.
Description
Technical field
The present invention relates to the production equipment technology of flexible circuit board, a kind of chip fast press automatically is particularly related to.
Background technique
There is multiple tracks product pressing working procedure in the production process processing procedure of flexible circuit board, such as cover film, screened film, reinforcement pressing
It is mainly pressed using fast press Deng, pressing working procedure, existing fast pressing machine for operation mode are as follows: artificial to prepare that (chip is high to die pressing product
Warm film+product+chip high temperature membrane) → fast press presses product → manually takes out product → artificial point to → artificial loading to fast press
From product and high temperature membrane.Product and high temperature membrane are chip shape, artificial loading and unloading operation, and every fast press needs a people behaviour
Make, result in the need for a large amount of operator, the production process of product pressing at present is the bottleneck process that manpower is concentrated, temporarily real not yet
Existing equipment full-automation bonding operation, while different operator's service speeds is different, the incomplete unified standard of operational motion,
It easily causes manual operation improper and influences the quality of product, fast press is high temperature and pressure formula bonding operation, and personnel's misoperation is easy
Generate industrial injury event etc..
It is led in view of this, the designer designs not attain to improve in upper and inconvenient victory for the structure of existing fast press
The many missings and inconvenient deeply design caused, and actively research improvement has a fling at and develops and design the present invention.
Summary of the invention
Cost can be reduced, improve production efficiency and product by providing it is an object of the invention to overcome the deficiencies in the prior art
A kind of chip of quality fast press automatically.
In order to achieve the above objectives, solution of the invention is:
A kind of chip fast press automatically comprising: charger, fast press and discharging machine equipped with feed inlet and discharge port,
Charger is arranged in the feed inlet side of fast press, and discharging machine is arranged in the discharge port side of fast press, fast press setting into
Between material machine and discharging machine, the feed inlet of the fast press is corresponding with the pressing opening of discharge port and fast press；
The charger includes that high temperature membrane rolls out mechanism and feed mechanism, and high temperature film roll mechanism includes rack, to place
The first discharging air-expanding shaft, the second discharging air-expanding shaft and work top to place the second high temperature film roll of first high temperature film roll,
First discharging air-expanding shaft, the second discharging air-expanding shaft are between the upper and lower every being arranged on the rack, and work top setting is in the first discharging inflatable
Between axis and the second discharging air-expanding shaft and positioned at the side of fast press, the feed mechanism includes feeding manipulator and feeding top
Component is risen, the side of work top can be arranged in feeding jacking component up and down, which is equipped with to place
The material loading platform of product, feeding manipulator be arranged in the upper space of work top and material loading platform and can in work top and
It is moved between material loading platform；
The discharging mechanism include draw material device, discharging tensioner roll wheel assembly, draw material tensioner roll wheel assembly, separator,
First rewinding air-expanding shaft, the second rewinding air-expanding shaft, rewinding box and discharging workbench；Discharging workbench is positioned close to fast press
Side, the discharging tensioner wheel assembly are arranged between the discharge end of fast press and discharging workbench, and the drawing material device can be slided
Dynamic setting draws material tensioner roll wheel assembly to be arranged in and draws one of material device in contrast to discharging tensioner wheel assembly on discharging workbench
The side that discharging workbench deviates from fast press, the first rewinding air-expanding shaft and the second rewinding inflatable between centers is arranged in side, separator
Every the upper and lower position that separator side is arranged in, the magazine out is arranged in the first rewinding air-expanding shaft and the second rewinding inflatable
Between axis and separator is set to away from the side of discharging workbench.
Further, it includes the rack, the first discharging air-expanding shaft, second discharging that the high temperature membrane, which rolls out mechanism,
Air-expanding shaft, the first discharging machine, the second discharging machine, first discharging directive wheel, second discharging directive wheel, the first counter weight device,
Second counter weight device, stock shelf and the work top；First discharging air-expanding shaft is disposed longitudinally on the top on the inside of rack rear left,
Second discharging air-expanding shaft is disposed longitudinally on the lower section on the inside of rack rear left, the setting of the first discharging machine on the inside of the rack rear left on
Side is connect with the first discharging air-expanding shaft adjacent and with the input terminal of the first discharging air-expanding shaft, and the second discharging machine is arranged in machine
Side-lower in frame rear left is connect, work top with the second discharging air-expanding shaft adjacent and with the input terminal of the second discharging air-expanding shaft
The right side intermediate region of rack is set, the both ends of more first discharging directive wheels are successively set on the front-rear side walls of rack,
It is arranged positioned at the top of work top and left and right sides and according to the discharging path of the first high temperature membrane, more second directive wheels that discharge
Both ends are successively set on the front-rear side walls of rack, positioned at work top the left and right sides and go out material tube according to the second high temperature membrane
Diameter setting；First counter weight device includes the first counterweight wheel carrier and the first weighting distribution wheel, and the front and back of rack is arranged in the first weighting distribution wheel frame
On side wall and it is located between two first discharging directive wheels of work top upper left, the both ends of the first weighting distribution wheel are movable
Be nested on the left and right sides bracket of the first counterweight wheel carrier；Second counter weight device includes the second counterweight wheel carrier and the second counterweight
Two second discharging directive wheels on the front-rear side walls of rack and being located on the left of work top are arranged in wheel, the second weighting distribution wheel frame
Between, the both ends of the second weighting distribution wheel are mobilizable to be nested on the left and right sides bracket of the second counterweight wheel carrier；Feed mechanism is set up
The outer side-lower of work top is set on the rack and is located at, the feeding that high temperature membrane rolls out mechanism is arranged in one end of feed mechanism
Above mechanism rack, the other end of feed mechanism is fixed on high temperature membrane and rolls out on the rack rear wall of mechanism, and feed mechanism is across
The upper space of work top.
Further, the feed mechanism includes stock shelf, linear guide, straight line mould group, the feeding manipulator and described
Feeding jacks component；Stock shelf is arranged in high temperature membrane and rolls out above the feeder framework of mechanism, and the one of two parallel lines guide rails
End is mounted on stock shelf, the other end is mounted on the rear wall for the rack that high temperature membrane rolls out mechanism, one end peace of straight line mould group
On stock shelf and it is located between two linear guides, the other end of straight line mould group is mounted on the machine that high temperature membrane rolls out mechanism
On the rear wall of frame, feeding manipulator is arranged on the guide rail slide block of two linear guides and the mould group sliding block of straight line mould group, directly
Line mould group drives feeding manipulator to move forward and backward along linear guide direction, and the lower section of stock shelf is arranged in feeding jacking component, on
Material jacking component jacks up product and draws product for feeding manipulator to predetermined position.
Further, the feeding manipulator includes air cylinder board, cylinder, sucker, suction nozzle, guide post and guide post bearing；Air cylinder board
It is arranged on the guide rail slide block of two linear guides and the mould group sliding block of straight line mould group, the lower section diagonal two of air cylinder board is arranged in cylinder
The end of each cylinder is arranged in side, sucker, and the lower section of sucker is arranged in multiple suction nozzles, and four guide post bearings are through setting in cylinder
The two sides of plate, four guide posts are nested with respectively in each guide post bearing, end is fixedly connected on the top of sucker, and cylinder drives sucker
Vertical up-or-down movement.
Further, feeding jacking component include fixed plate, jacking guide pillar bearing, jacking guide pillar, the material loading platform,
The lower section of stock shelf is arranged in lower plate, motor and hold-doun nut, fixed plate, and it is solid that four jacking guide pillar bearings extend through setting
On the quadrangle of fixed board, four jacking guide pillars are nested with respectively in jacking guide pillar bearing, and material loading platform is arranged in four jacking guide pillars
Top, lower plate is arranged in the end of four jacking guide pillars, and hold-doun nut is on the centre of setting fixed plate, motor setting
In the lower section of lower plate, the screw rod of motor extends upward through the hold-doun nut by fixed plate, end is fixedly connected on material loading platform
Lower section, motor jack up material loading platform to predetermined position, so as to feeding manipulator absorption by the cooperation of its screw rod and hold-doun nut
Product.
Further, the discharging machine includes rack, linear guide, straight line mould group, the drawing material device, the discharging tensioner
Roll wheel assembly, drawing material tensioner roll wheel assembly, counter weight device, the separator, the first rewinding air-expanding shaft, described the
Two rewinding air-expanding shafts, the first rewinding motor, the second rewinding motor, guide slide plate, the rewinding box and the discharging workbench；Out
Material workbench is arranged in above the left side central portion of discharging machine rack, and two parallel lines guide rails are horizontally installed on discharging workbench
On front and rear sides, straight line mould group is horizontally installed on discharging workbench and is located between two linear guides, draws material device setting
On the guide rail slide block of two linear guides and the mould group sliding block of straight line mould group, straight line mould group, which drives, draws material device along linear guide
Material is drawn in direction or so, draws material tensioner roll wheel assembly that the guide rail slide block of two linear guides and the mould group sliding block of straight line mould group is arranged in
Right side upper, positioned at drawing material device, discharging tensioner roll wheel assembly are erected at discharging workbench upper left side material inlet and are located at
The left end of linear guide and straight line mould group, counter weight device include counterweight wheel carrier and weighting distribution wheel, and weighting distribution wheel frame is arranged in discharging machine machine
On frame, positioned at discharging workbench right side, the both ends of weighting distribution wheel are mobilizable to be nested on two side stands of counterweight wheel carrier, separation
The right side in discharging machine rack and being located at counter weight device is arranged in device, and discharging machine rack is arranged in the first rewinding air-expanding shaft
On rear wall and it is located above the right side of separator, the second rewinding air-expanding shaft is arranged on discharging machine rack rear wall and position
In the lower right-hand side of separator, the first rewinding motor is arranged on discharging machine rack rear wall and is located at the first rewinding inflatable
Axis adjacent is simultaneously connect with the input terminal of the first rewinding air-expanding shaft, the second rewinding motor be arranged on discharging machine rack rear wall,
And be located at the second rewinding air-expanding shaft adjacent and connect with the input terminal of the second rewinding air-expanding shaft, the inclined setting of guide slide plate exists
In discharging machine rack and it is located at lower section at the right-side outlet of separator, rewinding box is inclined in discharging machine rack and position
The lower section at the right-side outlet of guide slide plate.
Further, the drawing material device includes cylinder frame, lower air cylinder, compacting top plate, guide post bearing, guide post and compacting bottom
Plate；Compacting bottom plate is arranged on the guide rail slide block of two linear guides and the mould group sliding block of straight line mould group, and cylinder frame is erected at pressure
On bottom plate processed, the motion bar of the upper and lower air cylinder of cylinder frame is arranged in downward through in the lower section of cylinder frame, pressure in two lower air cylinders
The motion bar end of lower air cylinder is arranged in top plate processed, and two guide post bearings run through the top front and rear sides that cylinder frame is arranged in,
Two guide posts are nested with respectively in each guide post bearing and end is fixedly connected on compacting top plate, and lower air cylinder drives compacting top
Plate vertical up-or-down movement, lower air cylinder drive compacting top plate to be depressed on compacting bottom plate.
Further, the separator includes lateral branch frame plate, medial cradle plate, the first separation idler wheel, the second separation rolling
Wheel, the first displacement adjustment device, second displacement regulating device, cutter adjusting bracket, the first parting tool, the second parting tool,
One rewinding directive wheel and the second rewinding directive wheel；Lateral branch frame plate and medial cradle plate are separately positioned on the front and back of discharging machine rack
On side, one group of first displacement adjustment device and one group of second displacement regulating device are separately positioned on lateral branch frame plate and medial cradle
On plate, second displacement regulating device is located at the underface of the first displacement adjustment device, and the both ends of the first separation idler wheel are through setting
On the outside on supporting plate and medial cradle plate and the adjustable connection of the first displacement adjustment device with the left and right sides, the second separation
The both ends of idler wheel are in setting on the outside supporting plate and medial cradle plate and can with the second displacement regulating device of front and rear sides
The connection of adjusting and the underface for separating idler wheel positioned at first simultaneously separate idler wheel and second point at a distance of a pre-determined distance, i.e., first
From a separating opening is formed between idler wheel, one group of cutter adjusting bracket is separately positioned on lateral branch frame plate and medial cradle plate, and first
Parting tool and the second parting tool are respectively on adjustable cutter adjusting bracket that front and rear sides are arranged in, the second parting tool position
Lateral branch frame plate and medial cradle are separately positioned in the both ends of the underface of the first parting tool, more first rewinding directive wheels
On plate and it is located at the top of the first separation idler wheel, is arranged according to the rewinding path of the first high temperature, the two of more second rewinding directive wheels
End is separately positioned on lateral branch frame plate and medial cradle plate and is located at the lower section of the second separation idler wheel, according to the receipts of the second high temperature
The setting of material tube diameter.
Further, the separator further includes air separation plant, and one or more groups of air separation plants are separately positioned on lateral branch
On frame plate and medial cradle plate and it is located at the first separating opening adjacent for separating idler wheel and the second separation idler wheel.
Further, the discharging machine further includes ion air cooling equipment, and ion air cooling equipment is arranged on the rack, is located at counterweight
At left and right sides of the lower section of wheel carrier.
After adopting the above structure, chip of the present invention automatically fast press using feeding jacking component jack up to die pressing product to make a reservation for
Position is realized using feeding manipulator to pass through high temperature membrane in the second high temperature membrane on die pressing product automatic charging to work top
It rolls out mechanism and discharging machine realizes the first high temperature membrane and the roll-to-roll Automatic-feeding of the second high temperature membrane and rewinding up and down, the first high temperature membrane
It is drawn with the second high temperature membrane by rolling and enters fast press entrainment of product when expecting, after the completion of product pressing, material device is drawn to pull out rolling
First high temperature membrane and the second high temperature membrane are risen entrainment of the fast press of product removal using the separator and the first rewinding gas of discharging machine
Axis, the second rewinding gas expansion shaft automatically strip the first high temperature membrane and the second high temperature membrane, and product is made to automatically fall into receipts by guide slide plate
In magazine；Separator separates demand with product according to high temperature membrane, adjusts the first separation idler wheel and the second separation idler wheel, first point
From behind the position of cutter and the second parting tool, during the first high temperature membrane pulls up material, the second high temperature membrane pulls down material, produce
Product and the first high temperature membrane and the second high temperature UF membrane, when being sticked in the first high temperature membrane such as product, pass through the resistance of the first parting tool
Gear, product peels away downwards the first high temperature membrane, when being sticked to the second high temperature membrane such as product, passes through the blocking product of the second parting tool
The second high temperature membrane is peeled away upwards, so that product is blown off with high temperature membrane by one or more groups of air separation plants and separates, pass through
The separator can confirm that product is sufficiently separated out with the first high temperature membrane and the second high temperature membrane.Use press of the invention fast can be with
It realizes chip product automation bonding operation, gets through product pressing manpower and concentrate bottleneck process, realize equipment full-automatic operation,
One people can at least operate 3 playscript with stage directions invention chips fast press automatically, can largely reduce operator's quantity, reduce employment cost, reduce
The operation fold of human factor is bad, improves product quality.
Detailed description of the invention
Fig. 1 is the perspective view of chip of the present invention fast press automatically；
Fig. 2 is the front view of chip of the present invention fast press automatically；
Fig. 3 is the top view of chip of the present invention fast press automatically；
Fig. 4 is the left view of chip of the present invention fast press automatically；
Fig. 5 is the right view of chip of the present invention fast press automatically；
Fig. 6 be chip of the present invention automatically fast press use schematic diagram；
Fig. 7 is the perspective view of charger of the present invention；
Fig. 8 is the front view of charger of the present invention；
Fig. 9 is the top view of charger of the present invention；
Figure 10 is the left view of charger of the present invention；
Figure 11 is the perspective view that high temperature membrane of the present invention rolls out mechanism；
Figure 12 is the front view that high temperature membrane of the present invention rolls out mechanism；
Figure 13 is the left view that high temperature membrane of the present invention rolls out mechanism；
Figure 14 is the perspective view of feed mechanism of the present invention；
Figure 15 is the front view of feed mechanism of the present invention；
Figure 16 is the left view of feed mechanism of the present invention；
Figure 17 is the perspective view of discharging machine of the present invention；
Figure 18 is the front view of discharging machine of the present invention；
Figure 19 is the top view of discharging machine of the present invention；
Figure 20 is the perspective view of separator of the present invention；
Figure 21 is the left view of feeding-distribution device of the present invention；
Figure 22 is the front view of feeding-distribution device of the present invention；
Figure 23 uses schematic diagram for feeding-distribution device of the present invention (removing lateral branch frame plate).
Specific embodiment
In order to further explain the technical solution of the present invention, being explained in detail below by specific embodiment the present invention
It states.
In the description of the present invention, it is to be understood that, term " center ", " longitudinal direction ", " transverse direction ", "upper", "lower",
The indicating positions such as "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside" or positional relationship are base
In orientation or positional relationship shown in the drawings, it is merely for convenience of description of the present invention and simplification of the description, rather than indication or suggestion
Signified device or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as to this
The limitation of invention.In the description of the present invention, unless otherwise indicated, the meaning of " plurality " is two or more.
As shown in Figures 1 to 5, present invention discloses a kind of chip fast press automatically, including charger 10, fast press 20 and
The charging side of fast press 20 is arranged in discharging machine 30, charger 10, and the discharging side of fast press 20 is arranged in discharging machine 30, fastly
Press 20 is arranged between charger 10 and discharging machine 30.
The fast press 20 be in the structure basis of original fast press, on the left and right sides wall of its device housings with pressure
It runs the corresponding position of mouth jointly and opens up feeding inlet and discharge port.
As shown in Figure 7 to 10, charger 10 includes that high temperature membrane rolls out mechanism 11 and feed mechanism 12.Such as Figure 11 to Figure 13
Shown, it includes that the discharging discharging air-expanding shaft 113, first of air-expanding shaft 112, second of rack 111, first discharges that high temperature membrane, which rolls out mechanism 11,
Motor 114, the second discharging machine 115, first discharging directive wheel 116, second discharge directive wheel 117, the first counter weight device 118,
Second counter weight device 119, feeder framework 1110 and work top 1111；First discharging air-expanding shaft 112 is disposed longitudinally on rack
Top on the inside of 111 rear lefts, the second discharging air-expanding shaft 113 are disposed longitudinally on the lower section on the inside of 111 rear left of rack, the first discharging electricity
Machine 114 setting 111 rear left inside front of rack, with first discharging 112 adjacent of air-expanding shaft and with first discharging air-expanding shaft 112
Input terminal connection, the second discharging machine 115 be arranged in 111 rear left of rack side-lower, with second discharge air-expanding shaft 113 it is adjacent
Place is simultaneously connect with the input terminal of the second discharging air-expanding shaft 113, and the right side intermediate region of rack 111 is arranged in work top 1111,
The both ends of more first discharging directive wheels 116 are successively set on the front-rear side walls of rack 111, positioned at the upper of work top 1111
Side and left and right sides and according to the discharging path of the first high temperature membrane 3 be arranged, more second discharging directive wheels 117 both ends set gradually
On the front-rear side walls of rack 111, positioned at work top 1111 the left and right sides and set according to the discharging path of the second high temperature membrane 4
It sets；First counter weight device 118 includes the first counterweight wheel carrier 1181 and the first weighting distribution wheel 1182, and the setting of the first counterweight wheel carrier 1181 exists
On the front-rear side walls of rack 111 and it is located between two first discharging directive wheels 116 of 1111 upper left of work top, the
The both ends of one weighting distribution wheel 1182 are mobilizable to be nested on the left and right sides bracket of the first counterweight wheel carrier 1181；Second counter weight device
119 include the second counterweight wheel carrier 1191 and the second weighting distribution wheel 1192, and the front and back side of rack 111 is arranged in the second counterweight wheel carrier 1191
On wall and it is located between the two second discharging directive wheels 117 in 1111 left side of work top, the both ends of the second weighting distribution wheel 1192 can
It is movable to be nested on the left and right sides bracket of the second counterweight wheel carrier 1191；Feeder framework 1110 be arranged in rack 111 and
Positioned at the outer side-lower of work top 1111, the feeder framework that high temperature membrane rolls out mechanism 11 is arranged in one end of feed mechanism 12
1110 tops, the other end of feed mechanism 12 are fixed on high temperature membrane and roll out on 111 rear wall of rack of mechanism 11, feed mechanism 12
It is across the upper space of work top 1111.
As shown in Figure 14 to Figure 16, feed mechanism 12 includes stock shelf 121, linear guide 122, straight line mould group 123, feeding
Manipulator 124 and feeding jack component 125；Stock shelf 121 is arranged in high temperature membrane and rolls out on the feeder framework 1110 of mechanism 11
Side, one end of two parallel lines guide rails 122 is mounted on stock shelf 121, the other end is mounted on high temperature membrane and rolls out mechanism 11
On the rear wall of rack 111, one end of straight line mould group 123 be mounted on stock shelf 121 and be located at two linear guides 122 it
Between, the other end of straight line mould group 123 is mounted on high temperature membrane and rolls out on the rear wall of rack 111 of mechanism 11, feeding manipulator 124
It is arranged on the guide rail slide block of two linear guides 122 and the mould group sliding block of straight line mould group 123, straight line mould group 123 drives feeding
Manipulator 124 is moved forward and backward along 122 direction of linear guide, and the lower section of stock shelf 121, feeding is arranged in feeding jacking component 125
It jacks component 125 and jacks up product to predetermined position, draw product convenient for feeding manipulator 124.
Feeding manipulator 124 includes air cylinder board 1241, cylinder 1242, sucker 1243, suction nozzle 1244, guide post 1245 and guide post
Bearing 1246；Air cylinder board 1241 is arranged on the guide rail slide block of two linear guides 122 and the mould group sliding block of straight line mould group 123,
The diagonal two sides in lower section of air cylinder board 1241 are arranged in cylinder 1242, and the end of each cylinder 1242, multiple suction nozzles are arranged in sucker 1243
1244 are arranged in the lower section of sucker 1243, and four guide post bearings 1246 run through the two sides that air cylinder board 1241 is arranged in, four guide posts
1245 are nested with respectively in each guide post bearing 1246, end is fixedly connected on the top of sucker 1243, and cylinder 1242 drives sucker
1243 vertical up-or-down movements.
It includes fixed plate 1251, jacking guide pillar bearing 1252, jacking guide pillar 1253, material loading platform that feeding, which jacks component 125,
1254, the lower section of stock shelf 121, four tops are arranged in lower plate 1255, motor 1256 and hold-doun nut 1257, fixed plate 1251
It rises guide post bearing 1252 to extend through on the quadrangle of setting fixed plate 1251, four jacking guide pillars 1253 are nested with lead in jacking respectively
Axis of a cylinder is held in 1252, and the top of four jacking guide pillars 1253 is arranged in material loading platform 1254, and the lower setting of plate 1255 is pushed up at four
The end of guide post 1253 is risen, on the centre of setting fixed plate 1251, motor 1256 is arranged in lower plate hold-doun nut 1257
1255 lower section, the screw rod of motor 1256 is extended upward through to be fixedly connected on by the hold-doun nut 1257 of fixed plate 1251, end
The lower section of material loading platform 1254, motor 1256 jack up material loading platform 1254 to predetermined by the cooperation of its screw rod and hold-doun nut 1257
Position, so that feeding manipulator 124 draws product.
As shown in Figures 17 to 19, discharging machine 30 include rack 31, linear guide 32, straight line mould group 33, draw material device 34,
Discharge tensioner roll wheel assembly 35, draw material tensioner roll wheel assembly 36, counter weight device 37, separator 38, the first rewinding air-expanding shaft 39,
Second rewinding air-expanding shaft 310, the first rewinding motor 311, the second rewinding motor 312, guide slide plate 313, rewinding box 314 and work
Platform 315；Workbench 315 is arranged in above the left side central portion of rack 31, and two parallel lines guide rails 32 are horizontally installed on workbench
On 315 front and rear sides, straight line mould group 33 is horizontally installed on workbench 315 and is located between two linear guides 32, draws material
Device 34 is arranged on the guide rail slide block of two linear guides 32 and the mould group sliding block of straight line mould group 33, and straight line mould group 33, which drives, draws
Expect that device 34 is drawn along 32 direction of linear guide or so to expect, draws material tensioner roll wheel assembly 36 that the guide rail of two linear guides 32 is set
The right side of device 34 is expected on sliding block and the mould group sliding block of straight line mould group 33, positioned at drawing, discharging tensioner roll wheel assembly 35 is erected at work
Make at 315 upper left side material inlet of platform and be located at the left end of linear guide 32 and straight line mould group 33, counter weight device 37 includes counterweight
Wheel carrier 371 and weighting distribution wheel 372, counterweight wheel carrier 371 is arranged in rack 31, positioned at the right side of workbench 315, weighting distribution wheel 372
Both ends are mobilizable to be nested on two side stands of counterweight wheel carrier 371, and separator 38 is arranged in rack 31 and is located at counterweight
The right side of device 37, the first rewinding air-expanding shaft 39 are arranged on the rear wall of rack 31 and are located on the right side of separator 38
The lower right-hand side on 31 rear wall of rack and being located at separator 38, the first rewinding is arranged in side, the second rewinding air-expanding shaft 310
Motor 311 be arranged on 31 rear wall of rack and be located at 39 adjacent of the first rewinding air-expanding shaft and with the first rewinding air-expanding shaft 39
Input terminal connection, the second rewinding motor 312 be arranged on 31 rear wall of rack and be located at the second rewinding air-expanding shaft 310 it is adjacent
Place is simultaneously connect with the input terminal of the second rewinding air-expanding shaft 310, guide slide plate 313 it is inclined be arranged in rack 31 and be located at point
Lower section at right-side outlet from device 38, rewinding box 314 are inclined at the right side in rack 31 and being located at guide slide plate 313
Below exit.
Draw material device 34 include cylinder frame 341, lower air cylinder 342, compacting top plate 343, guide post bearing 344, guide post 345 and
It suppresses bottom plate (not regarded out in figure)；The guide rail slide block of two linear guides 32 and the mould group of straight line mould group 33 is arranged in compacting bottom plate
On sliding block, cylinder frame 341 is erected on compacting bottom plate, and two lower air cylinders 342 are arranged in the upper and lower air cylinder 342 of cylinder frame 341
Motion bar downward through in the lower section of cylinder frame 341, suppressing the motion bar end that lower air cylinder 342 is arranged in top plate 343, two
A guide post bearing 344 runs through the top front and rear sides that cylinder frame 341 is arranged in, and two guide posts 345 are nested with respectively in each guide post axis
It holds in 344 and end is fixedly connected on compacting top plate 343, lower air cylinder 342 drives compacting 343 vertical up-or-down movement of top plate,
Lower air cylinder 342 drives compacting top plate 343 to be depressed on compacting bottom plate, can clamp material, under the driving of straight line mould group 33
It realizes and draws material.
As shown in Figure 20 to Figure 23, separator 38 includes lateral branch frame plate 381, the separation rolling of medial cradle plate 382, first
Wheel 383, second separation idler wheel 384, the first displacement adjustment device 385, second displacement regulating device 386, cutter adjusting bracket 387,
First parting tool 388, the second parting tool 389, the first rewinding directive wheel 3810, the second rewinding directive wheel 3811 and the dress that blows off
Set 3812；Lateral branch frame plate 381 and medial cradle plate 382 are separately positioned on the front and back side of rack 31, and one group of first displacement is adjusted
Regulating device 385 and one group of second displacement regulating device 386 are separately positioned on lateral branch frame plate 381 and medial cradle plate 382, the
Two displacement adjustment devices 386 are located at the underface of the first displacement adjustment device 385, and the both ends of the first separation idler wheel 383, which are run through, to be set
Set the adjustable company of the first displacement adjustment device 385 on supporting plate 381 on the outside and medial cradle plate 382 and with the left and right sides
It connects, the both ends of the second separation idler wheel 384 are in setting on the outside supporting plate 381 and medial cradle plate 382 and and front and rear sides
The adjustable connection of second displacement regulating device 386 and be located at the first separation idler wheel 383 underface and at a distance of one it is default away from
From, i.e., first separation idler wheel 383 and second separation idler wheel 384 between form a separating opening 3831, one group of cutter adjusting bracket 387 divides
It is not arranged on supporting plate 381 on the outside and medial cradle plate 382, the first parting tool 388 and the second parting tool 389 respectively can
On the cutter adjusting bracket 387 that front and rear sides are arranged in adjusted, the second parting tool 389 is being located at the first parting tool 388 just
Lower section, the both ends of more first rewinding directive wheels 3810 are separately positioned on lateral branch frame plate 381 and medial cradle plate 382 and position
It is arranged in the top of the first separation idler wheel 383, according to the rewinding path of the first high temperature 3, the two of more second rewinding directive wheels 3811
End is separately positioned on lateral branch frame plate 381 and medial cradle plate 382 and is located at the lower section of the second separation idler wheel 384, according to second
The rewinding path of high temperature 4 is arranged, and one or more groups of air separation plants 3812 are separately positioned on lateral branch frame plate 381 and medial cradle plate
On 382 and be located at first separation idler wheel 383 and second separation idler wheel 384 3831 adjacent of separating opening, further make product with
High temperature membrane, which is blown off, to be separated；Pass through the first displacement adjustment device 385 and second displacement regulating device 386, the first separation of adjustment respectively
The relative position of idler wheel 383 and the second separation idler wheel 384 and the first parting tool 388 and the second parting tool 389, the first separation
Cutter 388 and the second parting tool 389 according to high temperature membrane and are produced by the adjustment position height of cutter adjusting bracket 387 of front and rear sides
Product separate demand, adjust the first separation idler wheel 383 and the second separation idler wheel 384, the first parting tool 388 and the second separating knife
Behind the position of tool 389, during the first high temperature membrane 3 pulls up material, the second high temperature membrane 4 pulls down material, product 2 and the first high temperature
Film 3 and the separation of the second high temperature membrane 4 when being sticked in the first high temperature membrane 3 such as product 2, by the blocking of the first parting tool 388, produce
Product 2 peel away the first high temperature membrane 3 downwards, when being sticked to the second high temperature membrane 4 such as product 2, are produced by the blocking of the second parting tool 389
Product 2 peel away the second high temperature membrane 4 upwards, pass through the separator 38, it can be ensured that product 2 and the first high temperature membrane 3 and the second high temperature
Film 4 is sufficiently separated out, and automatically falls into product 2 in rewinding box 314.
As shown in figure 18, discharging machine 30 further includes ion air cooling equipment 315, and ion air cooling equipment 315 is arranged in rack 31
At left and right sides of lower section upper, positioned at counterweight wheel carrier 371, ion air cooling equipment 315 destatic and cool down the high temperature membrane after pressing and
Product.
As shown in Figure 1, fast press 20 is in the structure basis of original fast press, in the left and right sides wall of its device housings
Upper position corresponding with pressing opening opens up feeding inlet and discharge port, convenient for high temperature membrane and product pan feeding and discharging, further,
Soft check apron can be set on the corresponding equipment inner sidewall of feeding inlet and discharge port of fast press 20, to prevent the temperature in pressing machine
Degree is lost.
As shown in fig. 6, the first high temperature membrane of web-like 3 is nested with the first discharging air-expanding shaft 112 in charger 10 before producing and using
On, one end of the first high temperature membrane 3 pulls out 100 successively to go out by path around the first weighting distribution wheel 1182 of charger 10, more first
Material directive wheel 116, the discharging tensioner roll wheel assembly 35 of collecting machine 30, drawing material device 34, draws material to rise at the pressing region of fast press 20
Tight roll wheel assembly 36, weighting distribution wheel 372, separator 38, more first rewinding directive wheels 3810, winding rewinding are nested with to first and receive
Expect on air-expanding shaft 39；The second high temperature membrane of web-like 4 is nested on the second discharging air-expanding shaft 113 of charger 10, the second high temperature membrane 4
One end pulls out 200 successively to be bypassed the second weighting distribution wheel 1192 of charger 10, more second discharging directive wheels 117, works by path
Table top 1111, the discharging tensioner roll wheel assembly 35 of collecting machine 30, drawing material device 34, draws material tensioner at the pressing region of fast press 20
Roll wheel assembly 36, weighting distribution wheel 372, separator 38, more second rewinding directive wheels 3811, winding rewinding are nested with to the second discharging
On air-expanding shaft 310, a folded product is placed on the material loading platform 1254 of feed mechanism 12.When production and application, feeding jacks component
125 jack up products to predetermined position, and feeding manipulator 124 draws product and to carry second be placed on work top 1111 high
On warm film 4, the drawing material device 34 of the first discharging air-expanding shaft 112 and the second discharging air-expanding shaft 113, discharging machine 30 through charger 10
And first rewinding air-expanding shaft 39 and the second rewinding air-expanding shaft 310 interoperation under, the first high temperature membrane 3 and the second high temperature membrane 4 folder
Entering the pressing region of fast press 20 with product 2, fast press 20 carries out pressing product, after the completion of product pressing, fast press 20
Pressing be open and open, then the through charger 10 first discharging air-expanding shaft 112 and the second discharging air-expanding shaft 113, discharging machine 30
Under the interoperation for drawing material device 34 and the first rewinding air-expanding shaft 39 and the second rewinding air-expanding shaft 310, the first high temperature membrane 3 and second
High temperature membrane 4 enters discharging machine 30 entrainment of product 2, discharging tensioner roll wheel assembly 35, drawing material device 34, drawing material through collecting machine 30
Tensioner roll wheel assembly 36, weighting distribution wheel 372, at separator 38, the first high temperature membrane 3 and the separation of the second high temperature membrane 4, product 2 are logical
Guide slide plate 313 is crossed to automatically fall into rewinding box 314.
Automatically fast press is jacked up using feeding jacking component 125 to die pressing product to predetermined position chip of the present invention, in utilization
Expect that manipulator 124 is realized to be rolled out in the second high temperature membrane 4 on die pressing product automatic charging to work top 1111 by high temperature membrane
Mechanism 11 and discharging machine 30 realize the first high temperature membrane 3 and the roll-to-roll Automatic-feeding of the second high temperature membrane 4 and rewinding up and down, the first high temperature
Film 3 and the second high temperature membrane 4 are drawn by rolling enters fast press 20 entrainment of product 2 when expecting, after the completion of product pressing, draws material device 34
It pulls out rolling the first high temperature membrane 3 and the second high temperature membrane 4 and removes fast press entrainment of product 2, utilize the separator of discharging machine 30
38 and the first rewinding gas expansion shaft 39, the second rewinding gas expansion shaft 310 automatically strip the first high temperature membrane 3 and the second high temperature membrane 4, make product
2 are automatically fallen into rewinding box 314 by guide slide plate 313；Separator 38 separates demand with product according to high temperature membrane, adjusts
One separation idler wheel 383 and the second separation idler wheel 384, the first parting tool 388 and the second parting tool 389 position after, the
During one high temperature membrane 3 pulls up material, the second high temperature membrane 4 pulls down material, product 2 divides with the first high temperature membrane 3 and the second high temperature membrane 4
From when being sticked in the first high temperature membrane 3 such as product 2, by the blocking of the first parting tool 388, it is high that product 2 peels away first downwards
Warm film 3, when being sticked to the second high temperature membrane 4 such as product 2, by the blocking of the second parting tool 389, product 2 peels away second upwards
High temperature membrane 4 can confirm that product 2 is sufficiently separated out with the first high temperature membrane 3 and the second high temperature membrane 4 by the separator 38；Using
Chip product automation bonding operation may be implemented in the fast press of the present invention, gets through product pressing manpower and concentrates bottleneck process, realizes
Equipment full-automatic operation, a people can at least operate 3 playscript with stage directions invention chips fast press automatically, can largely reduce operator's quantity,
Employment cost is reduced, the operation fold for reducing human factor is bad, improves product quality.
Above-described embodiment and schema and non-limiting product form and style of the invention, any technical field it is common
The appropriate changes or modifications that technical staff does it all should be regarded as not departing from patent category of the invention.
Claims (10)
1. a kind of chip fast press automatically characterized by comprising charger, the fast press equipped with feed inlet and discharge port and
The feed inlet side of fast press is arranged in discharging machine, charger, and the discharge port side of fast press is arranged in discharging machine, and fast press is set
It sets between charger and discharging machine, the feed inlet of the fast press is corresponding with the pressing opening of discharge port and fast press；
The charger includes that high temperature membrane rolls out mechanism and feed mechanism, and high temperature film roll mechanism includes rack, to place first
The first discharging air-expanding shaft, the second discharging air-expanding shaft and work top to place the second high temperature film roll of high temperature film roll, first
Discharging air-expanding shaft, the second discharging air-expanding shaft between the upper and lower every being arranged on the rack, work top setting the first discharging air-expanding shaft with
Between second discharging air-expanding shaft and positioned at the side of fast press, the feed mechanism includes feeding manipulator and feeding jacking group
The side of work top can be arranged in part, feeding jacking component up and down, which is equipped with to place product
Material loading platform, feeding manipulator is arranged in the upper space of work top and material loading platform and can be in work top and feeding
It is moved between platform；
The discharging mechanism includes drawing material device, discharging tensioner roll wheel assembly, drawing material tensioner roll wheel assembly, separator, first
Rewinding air-expanding shaft, the second rewinding air-expanding shaft, rewinding box and discharging workbench；Discharging workbench is positioned close to the one of fast press
Side, the discharging tensioner wheel assembly are arranged between the discharge end of fast press and discharging workbench, and the drawing material device is slidably
Setting discharging workbench on, draw material tensioner roll wheel assembly be arranged in draw material device in contrast to discharging tensioner wheel assembly one
The side that discharging workbench deviates from fast press, the first rewinding air-expanding shaft and the second rewinding inflatable between centers is arranged in side, separator
Every the upper and lower position that separator side is arranged in, the magazine out is arranged in the first rewinding air-expanding shaft and the second rewinding inflatable
Between axis and separator is set to away from the side of discharging workbench.
2. a kind of chip as described in claim 1 fast press automatically, it is characterised in that: it includes institute that the high temperature membrane, which rolls out mechanism,
It states rack, the first discharging air-expanding shaft, the second discharging air-expanding shaft, the first discharging machine, the second discharging machine, first go out
Expect directive wheel, the second discharging directive wheel, the first counter weight device, the second counter weight device, stock shelf and the work top；First goes out
Material air-expanding shaft is disposed longitudinally on the top on the inside of rack rear left, under the second discharging air-expanding shaft is disposed longitudinally on the inside of rack rear left
Side, the first discharging machine setting rack rear left inside front, with first discharging air-expanding shaft adjacent and with first discharging inflatable
The input terminal of axis connects, the second discharging machine be arranged in rack rear left side-lower, with the second discharging air-expanding shaft adjacent and with
The right side intermediate region of rack, more first discharging guiding are arranged in the input terminal connection of second discharging air-expanding shaft, work top
The both ends of wheel are successively set on the front-rear side walls of rack, the top positioned at work top and left and right sides and according to the first high temperature membrane
Discharging path setting, more second discharging directive wheels both ends be successively set on the front-rear side walls of rack, be located at workbench
The left and right sides in face and according to the discharging path of the second high temperature membrane be arranged；First counter weight device includes the first counterweight wheel carrier and first
Weighting distribution wheel, the first weighting distribution wheel frame are arranged on the front-rear side walls of rack and are located at two first of work top upper left
Expect between directive wheel, the both ends of the first weighting distribution wheel are mobilizable to be nested on the left and right sides bracket of the first counterweight wheel carrier；Second
Counter weight device includes the second counterweight wheel carrier and the second weighting distribution wheel, and the second weighting distribution wheel frame is arranged on the front-rear side walls of rack and position
Between the two second discharging directive wheels on the left of the work top, the both ends of the second weighting distribution wheel are mobilizable to be nested in the second counterweight
On the left and right sides bracket of wheel carrier；Feed mechanism frame is arranged on the rack and is located at the outer side-lower of work top, feed mechanism
One end high temperature membrane be set roll out above the feeder framework of mechanism, the other end of feed mechanism is fixed on high temperature membrane and rolls out machine
On the rack rear wall of structure, feed mechanism is across the upper space of work top.
3. a kind of chip as claimed in claim 2 fast press automatically, it is characterised in that: the feed mechanism include stock shelf,
Linear guide, straight line mould group, the feeding manipulator and the feeding jack component；Stock shelf, which is arranged, rolls out mechanism in high temperature membrane
Feeder framework above, one end of two parallel lines guide rails is mounted on stock shelf, the other end is mounted on high temperature membrane and rolls out
On the rear wall of the rack of mechanism, one end of straight line mould group is mounted on stock shelf and is located between two linear guides, straight line
The other end of mould group is mounted on the rear wall for the rack that high temperature membrane rolls out mechanism, and feeding manipulator is arranged in two linear guides
Guide rail slide block and straight line mould group mould group sliding block on, straight line mould group drives feeding manipulator to transport before and after the linear guide direction
Dynamic, the lower section of stock shelf is arranged in feeding jacking component, and feeding jacks component and jacks up product to predetermined position for feeding manipulator
Draw product.
4. a kind of chip as claimed in claim 3 fast press automatically, it is characterised in that: the feeding manipulator includes cylinder
Plate, cylinder, sucker, suction nozzle, guide post and guide post bearing；The guide rail slide block and straight line mould group of two linear guides is arranged in air cylinder board
Mould group sliding block on, the diagonal two sides in lower section of air cylinder board are arranged in cylinder, and sucker is arranged in the end of each cylinder, multiple suction nozzles settings
In the lower section of sucker, four guide post bearings run through the two sides that air cylinder board is arranged in, and four guide posts are nested with respectively in each guide post bearing
Interior, end is fixedly connected on the top of sucker, and cylinder drives sucker vertical up-or-down movement.
5. a kind of chip as claimed in claim 3 fast press automatically, it is characterised in that: the feeding jacking component includes fixing
Plate, jacking guide pillar bearing, jacking guide pillar, the material loading platform, lower plate, motor and hold-doun nut, fixed plate are arranged in feeding
The lower section of frame, four jacking guide pillar bearings extend through on the quadrangle of setting fixed plate, and four jacking guide pillars are nested with respectively to be pushed up
It rising in guide post bearing, the top of four jacking guide pillars is arranged in material loading platform, and the end of four jacking guide pillars is arranged in lower plate,
Hold-doun nut is on the centre of setting fixed plate, and the lower section of lower plate is arranged in motor, and the screw rod of motor, which extends upward through, to be passed through
The hold-doun nut of fixed plate, end are fixedly connected below material loading platform, and motor passes through the cooperation top of its screw rod and hold-doun nut
Material loading platform is played to predetermined position, so that feeding manipulator draws product.
6. a kind of chip as described in claim 1 fast press automatically, it is characterised in that: the discharging machine includes rack, straight line
Guide rail, drawing material device, the discharging tensioner roll wheel assembly, drawing material tensioner roll wheel assembly, matches refitting at straight line mould group
It sets, the separator, the first rewinding air-expanding shaft, the second rewinding air-expanding shaft, the first rewinding motor, the second rewinding electricity
Machine, guide slide plate, the rewinding box and the discharging workbench；Discharging workbench is arranged in the left side central portion of discharging machine rack
Side, two parallel lines guide rails are horizontally installed on the front and rear sides of discharging workbench, and straight line mould group is horizontally installed on discharging work
Make on platform and be located between two linear guides, draws material device that the guide rail slide block and straight line mould group of two linear guides are set
Mould group sliding block on, straight line mould group drive draw material device along linear guide direction or so draw expect, draw material tensioner roll wheel assembly setting
On the guide rail slide block of two linear guides and the mould group sliding block of straight line mould group, positioned at the right side for drawing material device, discharging tensioner rolling
Wheel assembly is erected at discharging workbench upper left side material inlet and is located at the left end of linear guide and straight line mould group, with refitting
It sets including counterweight wheel carrier and weighting distribution wheel, weighting distribution wheel frame is arranged in discharging machine rack, positioned at the right side of discharging workbench, weighting distribution wheel
Both ends it is mobilizable be nested on two side stands of counterweight wheel carrier, separator be arranged in discharging machine rack and be located at matches
The right side set is reset, the first rewinding air-expanding shaft is arranged on the rear wall of discharging machine rack and is located on the right side of separator
The lower right-hand side on discharging machine rack rear wall and being located at separator, the first rewinding electricity is arranged in side, the second rewinding air-expanding shaft
Machine is arranged on discharging machine rack rear wall and is located at the first rewinding air-expanding shaft adjacent and the input with the first rewinding air-expanding shaft
End connection, the second rewinding motor are arranged on discharging machine rack rear wall and are located at the second rewinding air-expanding shaft adjacent and with the
The input terminal of two rewinding air-expanding shafts connects, the inclined right side being arranged in discharging machine rack and be located at separator of guide slide plate
Lower section at side outlet, rewinding box are inclined at lower section at the right-side outlet in discharging machine rack and being located at guide slide plate.
7. a kind of chip as claimed in claim 6 fast press automatically, it is characterised in that: drawings expect device include cylinder frame,
Lower air cylinder, compacting top plate, guide post bearing, guide post and compacting bottom plate；The guide rail that two linear guides are arranged in compacting bottom plate is sliding
On block and the mould group sliding block of straight line mould group, cylinder frame is erected on compacting bottom plate, and two lower air cylinder settings are upper and lower in cylinder frame
The motion bar of air cylinder is downward through in the lower section of cylinder frame, suppressing the motion bar end that lower air cylinder is arranged in top plate, and two
Guide post bearing runs through the top front and rear sides that cylinder frame is arranged in, and two guide posts are nested in each guide post bearing respectively and end
It is fixedly connected on compacting top plate, lower air cylinder drives compacting top plate vertical up-or-down movement, and lower air cylinder drives under compacting top plate
It is pressed on compacting bottom plate.
8. a kind of chip as claimed in claim 6 fast press automatically, it is characterised in that: the separator includes outrigger
Plate, medial cradle plate, the first separation idler wheel, the second separation idler wheel, the first displacement adjustment device, second displacement regulating device, knife
Have adjusting bracket, the first parting tool, the second parting tool, the first rewinding directive wheel and the second rewinding directive wheel；Lateral branch frame plate
And medial cradle plate is separately positioned on the front and back side of discharging machine rack, one group of first displacement adjustment device and one group of second displacement
Regulating device is separately positioned on lateral branch frame plate and medial cradle plate, and second displacement regulating device is located at the first displacement and adjusts dress
The underface set, the both ends of the first separation idler wheel in setting on the outside supporting plate and medial cradle plate and with the left and right sides
Setting supporting plate and medial cradle on the outside are run through in the both ends of the adjustable connection of first displacement adjustment device, the second separation idler wheel
On plate and with the second displacement regulating device of front and rear sides it is adjustable connection and be located at first separate idler wheel underface and phase
Away from a pre-determined distance, i.e., a separating opening, one group of cutter adjusting bracket difference are formed between the first separation idler wheel and the second separation idler wheel
It is arranged on supporting plate on the outside and medial cradle plate, the first parting tool and the adjustable setting of the second parting tool difference are preceding
Afterwards on the cutter adjusting bracket of two sides, the second parting tool is located at the underface of the first parting tool, more first rewinding directive wheels
Both ends be separately positioned on lateral branch frame plate and medial cradle plate and be located at the top of the first separation idler wheel, according to the first high temperature
The setting of rewinding path, the both ends of more second rewinding directive wheels are separately positioned on lateral branch frame plate and medial cradle plate and position
It is arranged in the lower section of the second separation idler wheel, according to the rewinding path of the second high temperature.
9. a kind of chip as claimed in claim 8 fast press automatically, it is characterised in that: the separator further includes the dress that blows off
Set, one or more groups of air separation plants be separately positioned on lateral branch frame plate and medial cradle plate and be located at first separation idler wheel and
The separating opening adjacent of second separation idler wheel.
10. a kind of chip as described in claim 1 fast press automatically, it is characterised in that: the discharging machine further includes ion wind
Device for cooling, ion air cooling equipment are arranged on the rack, at left and right sides of the lower section of counterweight wheel carrier.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910456901.4A CN110065289A (en) | 2019-05-29 | 2019-05-29 | A kind of chip fast press automatically |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910456901.4A CN110065289A (en) | 2019-05-29 | 2019-05-29 | A kind of chip fast press automatically |
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| Publication Number | Publication Date |
|---|---|
| CN110065289A true CN110065289A (en) | 2019-07-30 |
Family
ID=67371992
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910456901.4A Pending CN110065289A (en) | 2019-05-29 | 2019-05-29 | A kind of chip fast press automatically |
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| Country | Link |
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| CN (1) | CN110065289A (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112954915A (en) * | 2021-01-25 | 2021-06-11 | 江西志浩电子科技有限公司 | Automatic feeding and discharging mechanism of FPC quick press |
| CN113710001A (en) * | 2021-09-06 | 2021-11-26 | 昆山中立德智能科技有限公司 | Quick press |
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| JP2002225059A (en) * | 2001-02-01 | 2002-08-14 | Nichigo Morton Co Ltd | Lamination method |
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