CN103660510B - Multilamellar connects pressure equipment - Google Patents
Multilamellar connects pressure equipment Download PDFInfo
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- CN103660510B CN103660510B CN201310744354.2A CN201310744354A CN103660510B CN 103660510 B CN103660510 B CN 103660510B CN 201310744354 A CN201310744354 A CN 201310744354A CN 103660510 B CN103660510 B CN 103660510B
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Abstract
The invention discloses multilamellar and connect pressure equipment, including unwinding device, wrap-up, oil temperature machine and multiple stage press, wherein unwinding device includes multiple emptying roller and the first relative guide roll being arranged between emptying roller with press and the second guide roll；Press includes support, be arranged on support the first mould and relative the second mould of the first mould, drive the second mould near or away from the first driving means of the first mould；The oil-in that the oil-out with oil temperature machine connects and the oil-out connected with the oil-in of oil temperature machine it is provided with on first mould of at least one press and the second mould；The lead rail axis that guide rail is connected and the second driving means driving lead rail axis to rotate it is provided with guide rail between two press；Wrap-up includes multiple material receiving roller and the first relative wind-up roll being arranged between material receiving roller with press and the second wind-up roll.This multilamellar connects pressure equipment can efficiently solve the problem that when repeatedly suppressing the bulletproof cloth after precompressed, production efficiency is relatively low.
Description
Technical field
The present invention relates to bullet resistant material manufacturing technology field, more particularly, it relates to a kind of multilamellar
Even pressure equipment.
Background technology
The bulletproof cloth of high-strength high-modulus polyethylene fiber material is to be combined pre-molding by multilamellar cloth,
Multilamellar cloth, after preliminary compound pre-molding, can not be fully bonded to together, in addition it is also necessary to warp
Cross repeatedly to suppress and just can bond completely.Wherein having repeatedly hot pressing and cold pressing, hot pressing is usually will
After mould is warming up to 85 DEG C, it is compressed on multilamellar cloth holding with the pressure of 25Mp every square centimeter
7-10min.Cold pressing, be to make mould suppress in the case of room temperature.Repeatedly hot pressing makes laminates
Adhesive in material is fully melted to be integrally forming with cloth, colds pressing, bulletproof cloth can be made to shape.
And multilamellar bulletproof cloth can be suppressed simultaneously, and can put between adjacent bulletproof cloth
Put silicone oil release paper, to prevent adjacent two-layer from boning.
Prior art is usually and uses separate unit press that the bulletproof cloth after precompressed is repeatedly pressed
System, the most repeatedly carry out unreeling, lamination, every paper and compacting, be arranged so that operator
The labor intensity of member is relatively big, and production efficiency is low.
In sum, how to efficiently solve when the bulletproof cloth after precompressed is repeatedly suppressed raw
Produce inefficient problem, be current those skilled in the art's urgent problem.
Summary of the invention
In view of this, first purpose of the present invention is to provide a kind of multilamellar to connect pressure equipment, should
Multilamellar connects the structure design of pressure equipment and can efficiently solve and carry out the bulletproof cloth after precompressed repeatedly
The problem that during compacting, production efficiency is relatively low.
In order to reach above-mentioned first purpose, the present invention provides following technical scheme:
A kind of multilamellar connects pressure equipment, including unwinding device, wrap-up, oil temperature machine and arrangement
Multiple stage press between described unwinding device and wrap-up, wherein:
Described unwinding device includes multiple emptying roller and is arranged between described emptying roller and press
The first relative guide roll and the second guide roll；
The first mould that every described press includes support, be arranged on described support is with described
The second mould that first mould is relative, drive described second mould near or away from described first
First driving means of mould；
It is provided with and described oil on first mould of at least one described press and the second mould
The oil-in of the oil-out connection of temperature machine and the oil-out that connects with the oil-in of described oil temperature machine；
Be provided with between two adjacent press lead rail axis that guide rail is connected with described guide rail and
Drive the second driving means that described lead rail axis rotates；
Described wrap-up includes multiple material receiving roller and is arranged between described material receiving roller and press
The first relative wind-up roll and the second wind-up roll.
Preferably, above-mentioned multilamellar connects pressure equipment, also includes clamping device, its be arranged at described in lead
Upper fixture block on the upside of rail and the lower folder relative with described upper fixture block being arranged on the downside of described guide rail
Block, described upper fixture block connects has driving cylinder, described driving cylinder can drive described upper fixture block
Near or away from described lower fixture block.
Preferably, above-mentioned multilamellar connects pressure equipment, and described first driving means is hydraulic system.
Preferably, above-mentioned multilamellar connects pressure equipment, also include being fixed on described pedestal through institute
State the guide pillar of the second mould.
Preferably, above-mentioned multilamellar connects pressure equipment, also includes the work shape for controlling separate unit press
Multiple unit controllers of state.
Preferably, above-mentioned multilamellar connects pressure equipment, also includes signal output part and unit controller
The first photoelectric detector that signal input part connects, it includes being respectively arranged at the first mould and the
Photoelectric receiving tube on two molds and photoemission cell, and described photoemission cell and opto-electronic receiver
Pipe is oppositely arranged, between photoemission cell and photoelectric receiving tube during have no occluder, and this first light
Photodetector sends stopping signal to described unit controller.
Preferably, above-mentioned multilamellar connects pressure equipment, also includes signal output part and multiple described units
The master controller that the signal input part of controller is all connected with.
Preferably, above-mentioned multilamellar connects pressure equipment, also includes the letter of signal output part and master controller
The second photoelectric detector that number input connects, it includes being respectively arranged near unwinding device
Press on and near the photoemission cell on the press of wrap-up and photoelectric receiving tube,
And described photoemission cell and photoelectric receiving tube are oppositely arranged, when photoemission cell and opto-electronic receiver
When having shelter between pipe, this second photoelectric detector sends stopping signal to described master controller.
Preferably, above-mentioned multilamellar connects pressure equipment, and the quantity of described press is three, by unreeling dress
Put to wrap-up direction and be respectively the first press, the second press and the 3rd press.
Preferably, above-mentioned multilamellar connects pressure equipment, described first press and the first mould of the second press
The oil-in that connects with the oil-out being provided with on the second mould with described oil temperature machine of tool and with institute
State the oil-out of the oil-in connection of oil temperature machine.
Preferably, above-mentioned multilamellar connects pressure equipment, and the quantity of described emptying roller and material receiving roller is 41
Individual, and divide equally three layers of arrangement.
Preferably, above-mentioned multilamellar connects pressure equipment, also includes that drive described emptying roller first drives
Motor and drive the second driving motor of described material receiving roller, described first drives motor and described puts
Connect between material roller and have brake coupling, connect between described second driving motor and described material receiving roller
It is connected to brake coupling, also includes the tension controller communicated to connect with described brake coupling.
The multilamellar that the present invention provides connects pressure equipment, including unwinding device, wrap-up, oil temperature machine
And the multiple stage press being arranged between unwinding device and wrap-up.Wherein unwinding device includes
Multiple emptying rollers and the first relative guide roll and second being arranged between emptying roller with press are led
Pick-up roll, the most multiple emptying rollers are wound around cloth or release paper, the cloth of multiple emptying rollers or isolation
Paper is all by the first mould entering press rear in the space between the first guide roll and the second guide roll
Having between the second mould, the cloth of multiple emptying rollers or release paper are by the first guide roll and the
During space between two guide roll it is cloth and release paper is intervally arranged.Every press all include pedestal,
First mould, the second mould and the first driving means, wherein the first mould is fixedly installed on machine
On seat, the first mould and the second mould are oppositely arranged, and the first driving means can drive
Two molds near or away from the first mould, i.e. so that the first mould and the second mould are mutual
Laminating.It is provided with and oil temperature machine on first mould of one press of at least a part of which and the second mould
The oil-in of oil-out connection and the oil-out that connects with the oil-in of described oil temperature machine, so
The oil that then temperature in oil temperature machine is higher can enter the first mould and the second mould inside, to
One mould and the second mould heat up, it is achieved hot pressing.And set between two adjacent press
Being equipped with guide rail, lead rail axis and the second driving means, guide rail is in transmission connection with lead rail axis, i.e. leads
Rail axle rotate can drive guide rail slide block move forward and backward, the two ends of guide rail respectively with adjacent two
Press is close and guide rail is concordant with the first mould upper surface of press, and the second driving means drives
Lead rail axis rotates.Wrap-up includes multiple material receiving roller and is arranged between material receiving roller and press
The first relative wind-up roll and the second wind-up roll, i.e. in multiple stage press after compacting, overlapping
Repeatedly cloth and release paper first pass through the sky between the first relative wind-up roll and the second wind-up roll
In gap, on multiple material receiving rollers, then carry out rolling.
When the multilamellar that the application present invention provides connects pressure equipment, multiple emptying rollers are wound around respectively and need
The cloth suppressed and the release paper being used for isolation, multiple emptying rollers unreel, laminates and isolation
Paper is arranged laggard in space between the first guide roll and the second guide roll after stacking separately
Enter between the first mould of press and the second mould, now drive the second mould near the first mould
And stop certain time after being pressed on cloth and release paper lamination, then drive the second mould away from
One mould, utilizes guide rail traction cloth and release paper lamination to be advanced into the first of next press
Again suppress between mould and the second mould.So have many owing to this multilamellar connects pressure equipment
Individual press, therefore cloth and release paper sequentially pass through multiple stage press, just achieve and repeatedly suppress, so
After roll through material receiving roller after in the space between the first wind-up roll and the second wind-up roll
?.Without repeatedly carrying out unreeling, lamination and every paper, reduce operator's accordingly
Labor intensity, improves production efficiency.
Accompanying drawing explanation
In order to be illustrated more clearly that the embodiment of the present invention or technical scheme of the prior art, below
The accompanying drawing used required in embodiment or description of the prior art will be briefly described, aobvious and
Easily insight, the accompanying drawing in describing below is only some embodiments of the present invention, for this area
From the point of view of those of ordinary skill, on the premise of not paying creative work, it is also possible to according to these
Accompanying drawing obtains other accompanying drawing.
Fig. 1 connects the front view of pressure equipment for the multilamellar that the embodiment of the present invention provides；
The front view of the unwinding device that Fig. 2 provides for the embodiment of the present invention；
The side view of the unwinding device that Fig. 3 provides for the embodiment of the present invention；
The top view of the slide rail that Fig. 4 provides for the embodiment of the present invention.
In accompanying drawing, labelling is as follows:
1-unwinding device, 1a-emptying roller, 1b-the first guide roll, 1c-the second guide roll, 1d-system
Dynamic clutch, 2-press, 2a-guide pillar, 2b-the first mould, 2c-the second mould, 3-the first light
Photodetector, 3a-photoemission cell, 3b-photoelectric receiving tube, 4-clamping device, 4a-drive gas
Under the upper fixture block of cylinder, 4b-, 4c-, fixture block, 5-wrap-up, 5a-the first wind-up roll, 5b-second receive
Winding up roller, 5c-material receiving roller, 6-master controller, 7-the second photoelectric detector, 8-guide rail, 8a-lead
Limited block, 9-unit controller, 10-oil temperature after rail axle, 8b-motor, 8c-front limit block, 8d-
Machine.
Detailed description of the invention
In view of this, first purpose of the present invention is to provide a kind of multilamellar to connect pressure equipment, should
Multilamellar connects the structure design of pressure equipment and can efficiently solve and carry out the bulletproof cloth after precompressed repeatedly
The problem that during compacting, production efficiency is relatively low.
Below in conjunction with the accompanying drawing in the embodiment of the present invention, to the technical side in the embodiment of the present invention
Case is clearly and completely described, it is clear that described embodiment is only the present invention one
Divide embodiment rather than whole embodiments.Based on the embodiment in the present invention, this area is general
The every other embodiment that logical technical staff is obtained under not making creative work premise,
Broadly fall into the scope of protection of the invention.
Referring to Fig. 1, the multilamellar that the embodiment of the present invention provides connects pressure equipment, including unwinding device
1, wrap-up 5, oil temperature machine 10 and be arranged between unwinding device 1 and wrap-up 5
Multiple stage press 2.Wherein unwinding device 1 includes multiple emptying roller 1a and is arranged at emptying roller 1a
The first guide roll 1b relative with between press 2 and the second guide roll 1c, the most multiple blowings
Being wound around cloth or release paper on roller 1a, the cloth of multiple emptying roller 1a or release paper are all by the
The first mould of press 2 is entered after in space between one guide roll 1b and the second guide roll 1c
Between 2b and the second mould 2c, the cloth of multiple emptying roller 1a or release paper are by the first guiding
During space between roller 1b and the second guide roll 1c it is cloth and release paper is intervally arranged.Every pressure
Machine 2 all includes pedestal, the first mould 2b, the second mould 2c and the first driving means, its
In the first mould 2b be fixedly installed on support, the first mould 2b and the second mould 2c sets relatively
Put, and the first driving means can drive the second mould 2c near or away from the first mould
2b, i.e. so that the first mould 2b and the second mould 2c is bonded to each other.At least a part of which one
It is provided with and the oil-out of oil temperature machine 10 on the first mould 2b and the second mould 2c of press 2
The oil-in connected and the oil-out connected with the oil-in of described oil temperature machine 10, the most then oil temperature
The oil that temperature in machine 10 is higher can enter inside the first mould 2b and the second mould 2c, right
First mould 2b and the second mould 2c heats up, it is achieved hot pressing.And two adjacent pressures
Guide rail 8, lead rail axis 8a and the second driving means, guide rail 8 and guide rail it is provided with between machine 2
Axle 8a is in transmission connection, i.e. lead rail axis 8a rotates and guide rail 8 can be driven to rotate, the two of guide rail 8
End respectively with adjacent two press 2 near and the first mould 2b of guide rail 8 and press 2
Upper surface is concordant, and the second driving means drives lead rail axis to rotate.Second driving means can be electricity
Machine 8b.Wrap-up 5 include multiple material receiving roller 5c and be arranged at material receiving roller 5c and press 2 it
Between the first relative wind-up roll 5a and the second wind-up roll 5b, i.e. in multiple stage press 2 suppress
After, the repeatedly cloth of overlapping first passes through relative the first wind-up roll 5a and second with release paper
In space between wind-up roll 5b, then on multiple material receiving roller 5c, carry out rolling.
When the multilamellar that the application embodiment of the present invention provides connects pressure equipment, on multiple emptying roller 1a respectively
Being wound with cloth to be pressed and the release paper for isolation, multiple emptying roller 1a unreel, many
Layer cloth and release paper separately arrange stacking after through the first guide roll 1b and the second guide roll 1c it
Between space in after enter between the first mould 2b and the second mould 2c of press 2, now drive the
Two molds 2c stops certain time near the first mould 2b and after being pressed on cloth and release paper lamination,
Then drive the second mould 2c away from the first mould 2b, utilize guide rail 8 to draw cloth and release paper lamination
It is advanced between the first mould 2b of next press 2 and the second mould 2c again pressing
System.So owing to this multilamellar connects pressure equipment, there is multiple press 2, therefore cloth and release paper warp successively
Cross multiple stage press 2, just achieve and repeatedly suppress, be then passed through the first wind-up roll 5a and the second rolling
Carry out rolling through material receiving roller 5c after in space between roller 5b.Without repeatedly putting
Volume, lamination and every paper, reduce the labor intensity of operator accordingly, improves production effect
Rate.
Distance between first wind-up roll 5a and the second wind-up roll 5b can be 20mm-30mm, the
Distance between one guide roll 1b and the second guide roll 1c can be 20mm-30mm.And it is adjacent
Press 2 between distance should be more than the first mould 2b and the width of the second mould 2c, with this more
Add and be easy to the first mould 2b and the demolition and maintenance of the second mould 2c.
In order to optimize technique scheme further, it is also possible to including clamping device 4, it includes
It is relative with upper fixture block 4b be arranged on the downside of guide rail 8 to be arranged at upper fixture block 4b on the upside of guide rail 8
Lower fixture block 4c, upper fixture block 4b connect driving cylinder 4a, and drives cylinder 4a to drive
Fixture block 4b near or away from lower fixture block 4c, be i.e. placed on guide rail 8 when cloth and the release paper of lamination
Time, in order to the cloth and release paper preventing lamination is mutually disengaged at random, can be by driving cylinder 4a
In driving, fixture block 4b moves to the direction near lower fixture block 4c and is pressed in cloth and the release paper of lamination
On.The a plurality of guide rail 8 being arranged side by side can be included between two the most adjacent press 2, and
The two ends of guide rail 8 are respectively close to two press 2.One can be arranged between two the most adjacent press 2
Individual clamping device 4, it is also possible to arrange multiple, in this no limit.The width of guide rail 8 can depend on
Arrange according to the width of the first mould 2b and the second mould 2c.
Further, the first driving means can be hydraulic system, with separate unit of the prior art
The driving means of press 2 is identical, and hydraulic system easily facilitates control, easy to operate.Certainly,
One driving means can also be multiple cylinder, in this no limit.
In order to prevent the second mould 2c from misplacing when mobile, it is also possible to include being fixed on pedestal
On the guide pillar 2a through the second mould 2c, be arranged such when the second mould 2c along near or
When moving away from the direction of the first mould 2b, can move along this guide pillar 2a, mistake will not occur
The situations such as position.Wherein the quantity of guide pillar 2a can be four, and squarely is distributed.
Wherein, it is also possible to include multiple unit controls of duty for controlling separate unit press 2
Device 9 processed, the most each unit controller 9 controls a press 2.The signal input of unit controller 9
End and the communication connection of the signal input part of separate unit press 2, every unit controller 9 can control with
The duty of the press 2 of its correspondence, the direction of motion of the such as second mould 2c and the second mould
2c rests on the time on the cloth of lamination and release paper.
Further, also including can be with the signal input part of signal output part Yu unit controller 9
The first photoelectric detector 3 connected, it includes being respectively arranged at the first mould 2b and the second mould 2c
On photoemission cell 3a and photoelectric receiving tube 3b, and photoemission cell 3a and photoelectric receiving tube 3b
It is oppositely arranged, when between photoemission cell 3a and photoelectric receiving tube 3b, have no occluder passes through, should
First photoelectric detector 3 sends stopping signal to unit controller 9.I.e. as photoemission cell 3a and
When not having shelter to pass through between photoelectric receiving tube 3b, photoemission cell 3a and photoelectric receiving tube 3b
Between do not have cloth to pass through, this first photoelectric detector 3 sends stopping signal to unit controller 9,
Unit controller 9 and then control corresponding press 2 and quit work, is so possible to prevent not have
In the case of having cloth, press 2 carries out pneumatics, and then the situation of mold damage occurs.Wherein, light
Vertical dimension between electricity transmitting tube 3a and photoelectric receiving tube 3b can be about 3m.
Further, it is also possible to include that signal output part is defeated with the signal of multiple unit controllers 9
Entering the master controller 6 that end all communicates to connect, i.e. this master controller 6 can be multiple by controlling respectively
Unit controller 9 realizes controlling the purpose of every press 2.The most if desired two in multiple stage press 2
Platform is shut down, then master controller 6 sends stopping signal to the unit controller 9 of these two press 2, single
Machine controller 9 controls corresponding press 2 and quits work after receiving stopping signal.
In order to ensure that this multilamellar connects the personal security of the peripheral region of pressure equipment, it is also possible to include letter
Second photoelectric detector 7 of number outfan and the signal input part communication connection of master controller 6,
It includes being respectively arranged near on the press 2 of unwinding device 1 and near wrap-up
Photoemission cell on the press 2 of 5 and photoelectric receiving tube, and photoemission cell and photoelectricity connects
Closed tube is oppositely arranged, and when having shelter between photoemission cell and photoelectric receiving tube, this is second years old
Photoelectric detector 7 sends stopping signal to master controller 6, and then master controller 6 controls all
Press 2 is shut down.I.e. when there being personnel to connect pressure equipment near this multilamellar, personnel are positioned at photoemission
Time between pipe and photoelectric receiving tube, i.e. between photoemission cell and photoelectric receiving tube, there is shelter,
This second photoelectric detector 7 sends stopping signal to master controller 6, and then master controller 6 is controlled
Make all press 2 to shut down.
Wherein unit controller 9 can be Omron CPM1A-40CDR-A-V1 controller,
Master controller 6 can be Delta DVP64EH00R2 high-performance PLC, supports the use Delta
DVP-B10S615 touch screen.
Owing to bulletproof cloth through twice hot pressing and is once colded pressing after precompressed again, therefore press
The quantity of machine 2 can be three, unwinding device 1 to wrap-up 5 direction be respectively the first pressure
Machine, the second press and the 3rd press, the bulletproof cloth after precompressed is entered by such three press 2 respectively
Twice hot pressing of row and once colding pressing.It will be recognized by those skilled in the art that twice hot pressing should
Should carry out before colding pressing, therefore should the first press and the first mould 2b of the second press and the
Be provided with on two molds 2c the oil-in connected with the oil-out of oil temperature machine 10 and with described oil temperature
The oil-out of the oil-in connection of machine 10, so can utilize oil temperature machine 10 to the first press and the
The first mould 2b and the second mould 2c of two press heat up, and realize hot pressing with this.3rd pressure
The first mould 2b and the second mould 2c of machine carry out compacting at normal temperatures and can realize colding pressing.First
The first mould 2b and the second mould 2c of press and the second press can be provided with temperature sensing
Device, wherein temperature sensor can monitor the first mould 2b of the first press and the second press at any time
With the temperature of the second mould 2c, with regulate at any time oil temperature machine 10 oil temperature.
Certainly, the quantity of press 2 can also be other according to actual needs, such as four, five
Individual etc., in this no limit.
It addition, the quantity of emptying roller 1a and material receiving roller 5c can be 41, and point three layers of row
Cloth, i.e. emptying roller 1a and material receiving roller 5c are all point three layers of layouts, so can be simultaneously to 21
Volume bulletproof cloth carries out hot pressing.Certainly the quantity of emptying roller 1a and material receiving roller 5c can also be other,
In this no limit.
Further, emptying roller 1a can be driven by the first driving motor, material receiving roller 5c simultaneously
Can be driven by the second driving motor, and first drives connection between motor and emptying roller 1a
Having brake coupling, second drives connection between motor and material receiving roller 5c to have brake coupling 1d,
Also include the tension controller communicated to connect respectively with two brake coupling 1d.It is arranged such,
Brake force and the material receiving roller of emptying roller can be controlled according to tension controller sets size of current
Tension force, be possible to prevent emptying roller 1a by traction drag time inertia roll and material receiving roller 5c energy
Enough keep suitable winding tension, it is ensured that rolling is the most neat.
Further, guide rail 8 sets position and have front limit block 8c and rear limited block 8d, and front limit
Distance between position block and rear limited block is less than or equal to the first mould 2b's and the second mould 2c
Along the distance in the direction that lamination cloth and release paper advance, when lamination cloth and release paper forward travel distance
During equal to distance between front limit block and rear limited block, on-off control guide rail 8 is utilized to stop passing
Dynamic, suppress the most again.
When being operated, in order to prevent voltage excessive, three press 2 can action successively, i.e.
It is not to be operated simultaneously.Lamination is not had when three press 2 having in any one press 2
When cloth and release paper pass through, manual control mode can be used to realize compacting.When in three press 2 all
There are lamination cloth and release paper that master controller 6 when passing through, can be used to control the duty of press 2.
In this specification, each embodiment uses the mode gone forward one by one to describe, and each embodiment emphasis is said
Bright is all the difference with other embodiments, and between each embodiment, identical similar portion is mutual
See mutually.
Described above to the disclosed embodiments, makes professional and technical personnel in the field be capable of
Or the use present invention.Those skilled in the art are come by the multiple amendment to these embodiments
Saying and will be apparent from, generic principles defined herein can be without departing from the present invention's
In the case of spirit or scope, realize in other embodiments.Therefore, the present invention will not be by
It is limited to the embodiments shown herein, and is to fit to and principles disclosed herein and new
The widest scope that grain husk feature is consistent.
Claims (9)
1. a multilamellar connects pressure equipment, it is characterised in that include unwinding device (1), wrap-up (5),
Oil temperature machine (10) and be arranged in the multiple stage pressure between described unwinding device (1) and wrap-up (5)
Machine (2), wherein:
Described unwinding device (1) include multiple emptying roller (1a) and be arranged at described emptying roller (1a) with
Relative the first guide roll (1b) between press (2) and the second guide roll (1c)；
Every described press (2) includes support, be arranged on described support the first mould (2b) and
Relative the second mould (2c) of described first mould (2b), drive described second mould (2c) near or
Person, away from the first driving means of described first mould (2b), also includes being fixed on wearing on described support
Cross the guide pillar (2a) of described second mould (2c)；
It is provided with on first mould (2b) of at least one described press (2) and the second mould (2c)
The oil-in that connects with the oil-out of described oil temperature machine (10) and the oil-in with described oil temperature machine (10)
The oil-out of connection；
It is provided with guide rail (8) and leading that described guide rail (8) is connected between two adjacent press (2)
Rail axle and drive the second driving means that described lead rail axis rotates；
Described wrap-up (5) include multiple material receiving roller (5c) and be arranged at described material receiving roller (5c) with
Relative the first wind-up roll (5a) between press (2) and the second wind-up roll (5b)；
Also include clamping device (4), it upper fixture block (4b) including being arranged at described guide rail (8) upside
With the lower fixture block (4c) relative with described upper fixture block (4b) being arranged at described guide rail (8) downside, institute
Stating fixture block (4b) connection has driving cylinder (4a), described driving cylinder (4a) can drive on described
Fixture block (4b) near or away from described lower fixture block (4c)；
Also include multiple unit controllers (9) of duty for controlling separate unit press (2).
Multilamellar the most according to claim 1 connects pressure equipment, it is characterised in that described first drives dress
It is set to hydraulic system.
Multilamellar the most according to claim 1 connects pressure equipment, it is characterised in that also include that signal exports
The first photoelectric detector (3) of being connected with the signal input part of unit controller (9) of end, it includes point
It is not arranged at the photoelectric receiving tube (3b) on the first mould (2b) and the second mould (2c) and photoelectricity is sent out
Penetrate pipe (3a), and described photoemission cell (3a) and photoelectric receiving tube (3b) are oppositely arranged, and work as photoelectricity
Between transmitting tube (3a) and photoelectric receiving tube (3b) during have no occluder, this first photoelectric detector (3)
Send stopping signal to described unit controller (9).
Multilamellar the most according to claim 1 connects pressure equipment, it is characterised in that also include that signal exports
The master controller (6) that the signal input part of end and multiple described unit controllers (9) is all connected with.
Multilamellar the most according to claim 4 connects pressure equipment, it is characterised in that also include that signal exports
The second photoelectric detector (7) that end is connected with the signal input part of master controller (6), it includes respectively
It is arranged on the press (2) near unwinding device (1) and near wrap-up (5) press
(2) photoemission cell on and photoelectric receiving tube, and described photoemission cell is relative with photoelectric receiving tube sets
Putting, when having shelter between photoemission cell and photoelectric receiving tube, this second photoelectric detector (7) is sent out
Send stopping signal to described master controller (6).
Multilamellar the most according to claim 1 connects pressure equipment, it is characterised in that described press (2)
Quantity be three, by unwinding device (1) to wrap-up (5) direction be respectively the first press,
Two press and the 3rd press.
Multilamellar the most according to claim 6 connects pressure equipment, it is characterised in that described first press and
It is provided with on first mould (2b) of the second press and the second mould (2c) and described oil temperature machine (10)
The oil-in of oil-out connection and the oil-out that connects with the oil-in of described oil temperature machine (10).
Multilamellar the most according to claim 1 connects pressure equipment, it is characterised in that described emptying roller (1a)
It is 41 with the quantity of material receiving roller (5c), and divides equally three layers of arrangement.
Multilamellar the most according to claim 1 connects pressure equipment, it is characterised in that also include that driving is described
First driving motor of emptying roller (1a) and the second driving motor of the described material receiving roller of driving (5c), described
First drives connection between motor and described emptying roller (1a) to have brake coupling, and described second drives electricity
Connect between machine and described material receiving roller (5c) and have brake coupling, also include leading to described brake coupling
The tension controller that letter connects.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310744354.2A CN103660510B (en) | 2013-12-30 | 2013-12-30 | Multilamellar connects pressure equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310744354.2A CN103660510B (en) | 2013-12-30 | 2013-12-30 | Multilamellar connects pressure equipment |
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| CN107415252A (en) * | 2017-09-06 | 2017-12-01 | 深圳市锦兆天电子科技有限公司 | Photomask Special multi-station full-automatic processing laminating machine |
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