CN105365331B - A kind of closed cooling type single, double surface glass-fiber-fabric laminating machine - Google Patents
A kind of closed cooling type single, double surface glass-fiber-fabric laminating machine Download PDFInfo
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- CN105365331B CN105365331B CN201510870442.6A CN201510870442A CN105365331B CN 105365331 B CN105365331 B CN 105365331B CN 201510870442 A CN201510870442 A CN 201510870442A CN 105365331 B CN105365331 B CN 105365331B
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- silica gel
- pressure roller
- gel pressure
- composite structure
- fiber
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- 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
- B32B37/06—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding characterised by the heating method
-
- 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
- B32B37/00—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding
- B32B37/08—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding characterised by the cooling method
-
- 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
- B32B37/10—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding characterised by the pressing technique, e.g. using action of vacuum or fluid pressure
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- Physics & Mathematics (AREA)
- Fluid Mechanics (AREA)
- Laminated Bodies (AREA)
Abstract
The present invention relates to a kind of closed cooling type single, double surface glass-fiber-fabric laminating machine, belong to overlay film field.Arrangement film feeding mechanism, composite structure one and composite structure two in shield, described shield are arranged in the chassis assembly of closed cooling type single, double surface glass-fiber-fabric laminating machine；Composite structure one is used for glass-fiber-fabric one side film；Composite structure one is used for the two-sided overlay film of glass-fiber-fabric with composite structure two；Film feeding mechanism is used to supply film；Arrangement cooling device in shield, for the silica gel pressure roller in cooling combined mechanism one, composite structure two.The closed cooling type single, double surface glass-fiber-fabric laminating machine that the present invention is provided, to meet the production requirement that different product is compound, can both be improved operating efficiency, is reduced production cost with two-sided overlay film again on same machine with one side film.
Description
Technical field
The present invention relates to a kind of closed cooling type single, double surface glass-fiber-fabric laminating machine, belong to overlay film field.
Background technology
Once or twice roll-in of the existing glass laminating machine typically mainly by hot-rolling and silica gel pressure roller, to realize glass base
Material and film it is compound, by compound product, available for making dedusting filtering bag, waterproof, seepage control material etc..Sometimes it is raising glass
The performance of product is, it is necessary to carry out two-sided overlay film, and existing glass laminating machine is typically only capable to carry out one side film, if needed
Will glass base material another side overlay film, generally require by after one side film product upset be fed again into laminating machine, therefore
Overlay film efficiency is substantially reduced, and is unfavorable for saving production cost.In addition, the type of cooling of existing glass laminating machine silica gel pressure roller is general
For open type, there is unstability in cooling effect easily by such environmental effects, be unfavorable for ensureing that product composite quality and environmental protection will
Ask.
The content of the invention
The present invention is for above-mentioned not enough there is provided a kind of closed cooling type single, double surface glass-fiber-fabric laminating machine.
The present invention is adopted the following technical scheme that：
A kind of closed cooling type single, double surface glass-fiber-fabric laminating machine of the present invention；Including chassis assembly, shield, control
Panel processed, transmission system, composite structure one, composite structure two, film feeding mechanism one, film feeding mechanism two, selvage guide mechanism, cooling dress
Put；Arrangement film feeding mechanism one, composite structure one and film feeding mechanism in shield, described shield are arranged in described chassis assembly
2nd, composite structure two；Composite structure one is used for glass-fiber-fabric one side film；Composite structure one is provided commonly for glass with composite structure two
The two-sided overlay film of cloth；Film feeding mechanism one is used to supply film to the glass-fiber-fabric in composite structure one, and film feeding mechanism two is used for composite structure
Glass-fiber-fabric in two supplies film；It is connected on the inside of cooling device arrangement shield with composite structure one, composite structure two；Selvage guide mechanism is used for
Glass-fiber-fabric or film are delivered to composite structure, transmission system drives composite structure one or composite structure two to make by gear set mechanism
It is dynamic；Control panel is used to control laminating machine working condition；Composite structure one is consistent with the rotating ratio of composite structure two.
Closed cooling type single, double surface glass-fiber-fabric laminating machine of the present invention, described composite structure one includes hot-rolling
One, silica gel pressure roller one, silica gel pressure roller two, cylinder one, swing arm；
Described hot-rolling one, silica gel pressure roller one, silica gel pressure roller two are arranged parallel to；Cylinder one and swing arm respectively symmetrically cloth
Put on left and right side plate；Silica gel pressure roller one, the axial two ends of silica gel pressure roller two are connected by one end of ball bearing and swing arm respectively
Connect, the other end of swing arm is connected with cylinder one respectively by bearing pin, swing arm center arrangement arm shaft, swing arm turns along arm shaft
It is dynamic；Cylinder one drives swing arm to be rotated along arm shaft respectively, silica gel pressure roller one, the silicon connected by the rotation driving other end of swing arm
Glue laminated roller two is with hot-rolling one close to separating；The film and glass-fiber-fabric are by hot-rolling one and the roll-in of silica gel pressure roller one, then pass through
Two or two roll-ins of hot-rolling one and silica gel pressure roller, complete glass-fiber-fabric one side film roll-in.
Closed cooling type single, double surface glass-fiber-fabric laminating machine of the present invention, described composite structure two includes hot-rolling
Two, silica gel pressure roller three, silica gel pressure roller four, cylinder one, swing arm；Described hot-rolling two, silica gel pressure roller three, silica gel pressure roller four are mutually flat
Row arrangement；Described cylinder one is respectively symmetrically arranged on left and right side plate with swing arm；The axle of silica gel pressure roller three, silica gel pressure roller four
Connected respectively by one end of ball bearing and swing arm to two ends, the other end of swing arm is connected with cylinder one respectively by bearing pin,
Arm shaft is arranged in swing arm center, and swing arm is rotated along arm shaft；Cylinder one drives swing arm to be rotated along arm shaft respectively；One point of cylinder
Not Qu Dong swing arm rotated along arm shaft, pass through swing arm rotation driving the other end connect glue laminated roller three, silica gel pressure roller four with heat
Roller two close to separating；Described glass-fiber-fabric is again introduced into hot-rolling two and the roller of silica gel pressure roller three after completing one side film roll-in
Pressure, then by hot-rolling two and four or two roll-ins of silica gel pressure roller, complete the two-sided overlay film roll-in of glass-fiber-fabric.
Closed cooling type single, double surface glass-fiber-fabric laminating machine of the present invention, cooling device includes：Cooling fan machine
Structure, water tank cools down steel rider one, and cylinder two cools down steel rider two, water inlet pipe and return pipe；Silica gel in described composite structure one
Silica gel pressure roller three, silica gel pressure roller four in pressure roller one, silica gel pressure roller two and composite structure two, cooling steel rider one, cooling steel rider two
For hollow structure；
The axial two ends of cooling steel rider one are connected with cylinder two respectively, the control of cylinder two cooling steel rider one and silica gel pressure roller
First, the contact of silica gel pressure roller two is with separating；The axial two ends of cooling steel rider two are connected with cylinder two respectively, the control cooling of cylinder two
Steel rider two and silica gel pressure roller three, the contact of silica gel pressure roller four are with separating；
Water inlet port connection return pipe, its water outlet port connection water inlet pipe of water tank；Filling cooling medium in water tank；Cooling
Medium enters in the silica gel pressure roller one in water inlet pipe, composite structure one, silica gel pressure roller two, cooling steel rider one, composite structure two
Silica gel pressure roller three, silica gel pressure roller four, the two ends of cooling steel rider two are connected with water inlet pipe and return pipe respectively；Cooling medium is from water inlet
Pipe is flowed into be cooled down in above-mentioned roller, and the return pipe for then flowing to the connection of the roller other end enters back into water tank formation cooling circuit knot
Structure, the water supply case cooling of cooling fan mechanism.
Closed cooling type single, double surface glass-fiber-fabric laminating machine of the present invention, described water inlet pipe and silica gel pressure roller one,
Be independently connected insertion between silica gel pressure roller two, cooling steel rider one, water inlet pipe and silica gel pressure roller one, silica gel pressure roller two, cooling steel rider
Be mutually communicated between one using flexible pipe, flexible pipe with silica gel pressure roller one, silica gel pressure roller two, cool down steel rider one movement and
Stretched or shunk.
Closed cooling type single, double surface glass-fiber-fabric laminating machine of the present invention, water inlet pipe and silica gel pressure roller three, silica gel pressure
Be independently connected insertion between roller four, cooling steel rider two, and water inlet pipe is used with silica gel pressure roller three, silica gel pressure roller four, cooling steel rider two
Flexible pipe is mutually communicated, flexible pipe with silica gel pressure roller three, silica gel pressure roller four, cool down steel rider two movement and stretched or
Shrink.
Closed cooling type single, double surface glass-fiber-fabric laminating machine of the present invention, described composite structure one and compounding machine
Water inlet segment between structure two is provided with valve；When one side film, valve is closed, and cooling medium flows to silica gel pressure
Roller one, silica gel pressure roller two, cooling steel rider one；When two-sided overlay film, valve is in opening, and cooling medium flows to silica gel simultaneously
Pressure roller one, silica gel pressure roller two, cooling steel rider one and silica gel pressure roller three, silica gel pressure roller four, cooling steel rider two.
Closed cooling type single, double surface glass-fiber-fabric laminating machine of the present invention, described transmission system includes variable-frequency electric
Machine one, reductor one and freewheel clutch, clutch；The end arrangement gear three of hot-rolling one in composite structure one；Compounding machine
The end arrangement gear six of hot-rolling two in structure two；
The driving reductor one of variable-frequency motor one is rotated, and freewheel clutch is assembled on driving reductor one, by freewheel clutch
Control and driving composite structure one are rotated；
Power transmission between the gear six on gear three and hot-rolling two on hot-rolling one is controlled by clutch；From
When clutch is in opening, composite structure one completes glass-fiber-fabric one side film roll-in；When clutch is in closure state, it is combined
Mechanism one works and completes the two-sided overlay film roll-in of glass-fiber-fabric simultaneously with composite structure two.
Closed cooling type single, double surface glass-fiber-fabric laminating machine of the present invention, described clutch includes gear four, tooth
Wheel five, handle；Gear three on described composite structure one is engaged with gear four, and gear four is engaged with gear five, and gear five is again
Engaged with the gear six on composite structure two；Handle is connected with gear five, between handle drives gear five and gear four, gear six
Engagement with separating.
Closed cooling type single, double surface glass-fiber-fabric laminating machine of the present invention, selvage guide mechanism includes some short-range missile cloth
Roller and long fabric guide roll；Some short-range missile cloth rewinder rolls are arranged in shield；Some short-range missile cloth rewinder rolls are parallel with composite structure；It is some short
Fabric guide roll is used to receive glass-fiber-fabric with carrying out overlay film in film importing composite structure；Long fabric guide roll is arranged on the outside of shield, for leading
Go out finished product after glass-fiber-fabric overlay film.
Beneficial effect
The closed cooling type single, double surface glass-fiber-fabric laminating machine that the present invention is provided, both can be with one side on same machine
Overlay film, to meet the production requirement that different product is compound, can be improved operating efficiency, is reduced production cost with two-sided overlay film again.
The type of cooling of silica gel pressure roller is closed circuit, and cools down two silica gel pressure rollers simultaneously using single cooling steel rider
Structure type, can effectively reduce such environmental effects cooling effect, be conducive to extend silica gel pressure roller service life and guarantor
The quality of production of joint product is demonstrate,proved, while being conducive to environmental protection.Machine can produce the joint product of different-thickness.
Brief description of the drawings
Fig. 1 is the positive structure diagram of the present invention；
Fig. 2 is the cross section structure diagram of the present invention；
Fig. 3 is the right side structural representation of the present invention；
Fig. 4 is the left view structural representation of the present invention；
The hot-rolling end that Fig. 5 is the present invention is installed by cross section structure diagram；
Fig. 6 is the axle side schematic diagram one of the present invention；
Fig. 7 is the axle side schematic diagram two of the present invention；
Fig. 8 is the one side film fundamental diagram of the present invention；
Fig. 9 is the two-sided overlay film fundamental diagram of the present invention.
Embodiment
Invention is further described below in conjunction with the accompanying drawings：
As shown in the figure：1st, a kind of closed cooling type single, double surface glass-fiber-fabric laminating machine；Including chassis assembly 1, shield 2, control
Panel 3 processed, transmission system 4, composite structure 1, composite structure 26, film feeding mechanism 1, film feeding mechanism 28, selvage guide mechanism 9,
Cooling device 10；Arrangement film feeding mechanism 1, composite structure one in shield 2, described shield 2 are arranged in described chassis assembly 1
5 and film feeding mechanism 28, composite structure 26；Composite structure 1 is used for glass-fiber-fabric one side film；Composite structure 1 and compounding machine
Structure 26 is provided commonly for the two-sided overlay film of glass-fiber-fabric；Film feeding mechanism 1 is used to supply film, film transmitting machine to the glass-fiber-fabric in composite structure 1
Structure 28 is used to supply film to the glass-fiber-fabric in composite structure 26；Cooling device 10 is arranged the inner side of shield 2 and composite structure 1, answered
Mechanism 26 is closed to be connected；Selvage guide mechanism 9 is used to glass-fiber-fabric or film being delivered to composite structure, and transmission system 4 passes through gear set mechanism
Composite structure 1 or composite structure 26 is driven to work；Control panel 3 is used to control laminating machine working condition；Composite structure 1
It is consistent with the rotating ratio of composite structure 26.
Chassis assembly 1 includes underframe 1-1, right plate 1-2, left plate 1-3,1-4 stull；Left plate 1-3, right plate 1-4
On underframe, stull 1-4 two ends are fixed on left plate 1-3, right plate 1-2, play a part of supporting body.
Shield 2 includes right shield 2-1, upper shield 2-2, front apron 2-3, left shield 2-4；Left shield 2-4, right shield 2-1
The both sides of machine are separately mounted to, protective action is primarily served, upper shield is used to protecting and excluding flue gas, and control panel 3 is installed
On right shield 2-1, the working condition of entire machine is controlled.
Composite structure 1 includes the 5-1 of hot-rolling one, the 5-2 of silica gel pressure roller one, the 5-3 of silica gel pressure roller two；The 5- of thickness adjusting apparatus one
4；The 5-5 of thickness adjusting apparatus two；Cylinder block 5-401, the 5-402 of cylinder one, cylinder breeches joint 5-403, bearing pin 5-404, swing arm 5-
405, swing arm axle bed, the 5-407 of bearing three, arm shaft, back-up ring 5-409, end cap 5-410, the 5-411 of bearing four；
The 5-1 of hot-rolling one, the 5-2 of silica gel pressure roller one, the 5-3 of silica gel pressure roller two are arranged parallel to；The 5-402 of cylinder one and swing arm 5-
405 are respectively symmetrically arranged on left plate 1-3, right plate 1-4；
The 5-1 of hot-rolling one, the 5-2 of silica gel pressure roller one, the 5-3 of silica gel pressure roller two are arranged parallel to；Cylinder block 5-401 is fixed on the right side
On side plate 1-2, the 5-402 of cylinder one is arranged on cylinder block 5-401；Cylinder breeches joint 5- is housed on the 5-402 plungers of cylinder one
403, swing arm 5-405 are established a connection by bearing pin 5-404 with cylinder breeches joint 5-403；
Swing arm axle bed is fixed on right plate 1-2, and arm shaft and bearing three, back-up ring are respectively provided with thereon, and swing arm 5-405 is another
One end is built with end cap, bearing four, the 5-2 of silica gel pressure roller one.
Arm shaft is arranged in swing arm 5-405 centers, and swing arm 5-405 is rotated along arm shaft；The 5-402 of cylinder one drives pendulum respectively
Arm 5-405 is rotated along arm shaft, by drive swing arm 5-405 rotation so that drive the other end connect the 5-2 of silica gel pressure roller one,
The 5-3 of silica gel pressure roller two is with the 5-1 of hot-rolling one close to separating；The film passes through the 5-1 of hot-rolling one and silica gel pressure roller one with glass-fiber-fabric
5-2 roll-ins, then by the 5-1 of hot-rolling one and two 5-3, bis- roll-ins of silica gel pressure roller, complete glass-fiber-fabric one side film roll-in.
Composite structure 26 is identical with the operation principles of above-mentioned composite structure 1.
Composite structure 26 includes the 6-1 of hot-rolling two, the 6-2 of silica gel pressure roller three, the 6-3 of silica gel pressure roller four, the 5-402 of cylinder one, swing arm
5-405；The described 6-1 of hot-rolling two, the 6-2 of silica gel pressure roller three, the 6-3 of silica gel pressure roller four are arranged parallel to；The 5-402 of cylinder one and pendulum
Arm 5-405 is respectively symmetrically arranged on left plate 1-3, right plate 1-4；
The 6-2 of silica gel pressure roller three, the 6-3 of silica gel pressure roller four axial two ends pass through the one of ball bearing and swing arm 5-405 respectively
End connection, the swing arm 5-405 other end distinguishes the 5-402 connections of cylinder one, the arrangement swing arm of swing arm 5-405 centers by bearing pin
Axle, swing arm 5-405 is rotated along arm shaft；The 5-402 of cylinder one drives swing arm 5-405 to be rotated along arm shaft respectively；The 5-402 of cylinder one
Driving swing arm 5-405 is rotated along arm shaft respectively, passes through the glue laminated for driving swing arm 5-405 rotation and then driving the other end to connect
The 6-2 of roller three, the 6-3 of silica gel pressure roller four are with the 6-1 of hot-rolling two close to separating；Described glass-fiber-fabric is completed after one side film roll-in again
The secondary 6-1 of entrance hot-rolling two and the 6-2 roll-ins of silica gel pressure roller three, then by the 6-1 of hot-rolling two and four 6-3, bis- roll-ins of silica gel pressure roller, it is complete
Into the two-sided overlay film roll-in of glass-fiber-fabric.
Power transmission between the 5-1 of hot-rolling one 4-17 of gear three and the 6-1 of hot-rolling two 4-29 of gear six is by clutch
Device 4-28 is controlled；When clutch 4-28 is in opening, composite structure 1 completes glass-fiber-fabric one side film roll-in；Clutch
When device 4-28 is in closure state, composite structure 1 works and completes the two-sided overlay film roll-in of glass-fiber-fabric simultaneously with composite structure 26.
Cooling device includes：Cooling fan mechanism 10-1, water tank 10-2, water tank/blower tray 10-3, the 10- of return pipe one
22, water pump 10-5, motor 10-6, the 10-7 of Type B V-belt two, active vee-pulley 10-8, the 10-9 of reductor two, reducer pedestal two
10-10, the 10-11 of variable-frequency motor two, the 10-12 of active synchronization belt wheel two, timing belt two 10-13, the driven 10-14 of synchronous pulley two,
Water inlet pipe one 10-15, valve 10-16, the intake 10-17 of flexible pipe one, the 10-18 of cooling water rotating joint one, the 10- of water flexible pipe two
19, the intake 10-20 of flexible pipe three, cooling water rotating joint two, the 10-22 of return pipe two, cooling steel roller mechanism 10-23, cooling steel
The 10-2301 of roller two, the 10-2302 of guide rail two, the 10-2303 of rolling bearing units two, the 10-2304 of cylinder two, cooling steel rider one 10-2401；
The 10-12 of active synchronization belt wheel two is housed on the 10-11 of variable-frequency motor two output shaft, will by the 10-13 of timing belt two
Power is transferred to the 10-14 of driven synchronous pulley two installed in the 10-9 inputs of reductor two, after speed change, by installed in subtracting
Active vee-pulley 10-8 in the fast 10-9 output ends of machine two, cooling fan is transferred to by the 10-7 of Type B V-belt two by power
Mechanism 10-1, cooling fan mechanism 10-1 and water tank 10-2, which are arranged on, to be fixed on underframe 1-1 water tank/blower tray 10-3,
The 10-9 of reductor two is arranged on the 10-10 of reducer pedestal two, and the 10-10 of reducer pedestal two is fixed on left plate 1-3.
The silica gel pressure roller three in the 5-2 of silica gel pressure roller one, the 5-3 of silica gel pressure roller two and composite structure 26 in composite structure 1
6-2, the 6-3 of silica gel pressure roller four, cooling steel rider one 10-2401, cooling steel rider two 10-2301 are hollow structure；
Cooling steel rider one 10-2401 axial two ends are connected with the 10-2304 of cylinder two respectively, the 10-2304 of cylinder two controls
The 10-2401 of steel rider one and the 5-2 of silica gel pressure roller one, the 5-3 of silica gel pressure roller two contact are cooled down with separating；Cool down the 10-2301 of steel rider two
Axial two ends be connected respectively with the 10-2304 of cylinder two, the 10-2304 of cylinder two control the cooling 10-2301 of steel rider two and silica gel pressure
The 6-2 of roller three, the 6-3 of silica gel pressure roller four contact are with separating；
Water tank 10-2 delivery ports are connected with the 10-15 of water inlet pipe one, the 10-15 of water inlet pipe one end and water inlet flexible pipe one
10-17, water inlet flexible pipe two 10-19, water inlet flexible pipe three 10-20 are connected, the water inlet 10-17 of flexible pipe one and water inlet flexible pipe two
10-19 is fixed on the 6-2 of silica gel pressure roller three and the 6-3 of silica gel pressure roller four by the 10-18 of cooling water rotating joint one, flexible pipe of intaking
Three 10-20 are fixed on cooling steel rider two 10-2301 by cooling water rotating joint two.Cooling medium is from the 10-15 of water inlet pipe one
Into in the 5-2 of silica gel pressure roller one, the 5-3 of silica gel pressure roller two and cooling steel rider one 10-2401；And flowed out from the other end.
The type of cooling in composite structure 26 is identical with the cooling structure and mode in composite structure 1；Silica gel pressure roller three
6-2, the 6-3 of silica gel pressure roller four, cooling steel rider two 10-2301 two ends are connected with water inlet pipe with return pipe respectively；Cooling medium from
Water inlet pipe is flowed into be cooled down in above-mentioned roller, and the return pipe for then flowing to the connection of the roller other end enters back into water tank 10-2 formation coolings
Loop structure, cooling fan mechanism 10-1 water supply casees 10-2 coolings.
Flexible pipe is made up of material that is stretchable or shrinking, can coordinate collaborating for roller press mechanism, can guarantee that cooling is situated between again
The circulation of matter.
Water inlet segment between composite structure 1 and composite structure 26 is provided with valve 10-16；When the two-sided overlay film of progress
During work, the cold water flowed out by water tank 10-2 delivery ports has respectively entered the 5-2 of silica gel pressure roller one, silicon by the 10-15 of water inlet pipe one
In the 5-3 of glue laminated roller two and cooling steel rider one 10-2401, inner surface and outer surface respectively to silica gel pressure roller carry out cooling down；
Cold water passes through valve 10-16 simultaneously, has respectively entered the 6-2 of silica gel pressure roller three, the 6-3 of silica gel pressure roller four and cooling steel rider one 10-
In 2301, inner surface and outer surface equally to silica gel pressure roller carry out cooling down.
When carrying out one side film work, valve 10-16 is closed, the cold water flowed out by water tank 10-2 delivery ports
The 5-2 of silica gel pressure roller one, the 5-3 of silica gel pressure roller two and cooling steel rider one 10-2401 are had respectively entered merely through the 10-15 of water inlet pipe one
In.Water after cooling is collected to the 10-22 of return pipe one from the other end of machine, then is taken out by motor 10-6 drivings water pump 10-5
Water conservancy project is made, through the 10-22 of return pipe two, flows into water tank 10-2, carries out next circulation.
Transmission system 4 includes the 4-1 of variable-frequency motor one, the 4-2 of active synchronization belt wheel one, the 4-3 of timing belt one, the 4- of reducer pedestal one
4, driven synchronous pulley one, reductor one 4-6, freewheel clutch 4-7, gear one, key, duplicate gear 4-10, gear fixing axle
One, gear axis fixing plate, bearing one, end ring, the 4-15 of gear two, gear fixing axle two, gear three 4-17, key 4-18, tooth
Take turns fixing bolt 4-19, round nut 4-20, stop washer 4-21, the 4-22 of end cap one, cooling shaft bearing 4-23, the 4-24 of bearing two,
The 4-25 of end cap two, the 4-26 of gear four, gear fixing axle three, clutch 4-28, gear five 4-2801, handle 4-2802, gear six
4-29；
The 4-1 of variable-frequency motor one drivings reductor one 4-6 is rotated, assembling freewheel clutch 4-7 on driving reductor one 4-6,
The start of composite structure 1 is controlled and driven by freewheel clutch 4-7；
The 4-2 of active synchronization belt wheel one is installed on the 4-1 output shafts of variable-frequency motor one；The 4-4 of reducer pedestal one is arranged on right plate
On 1-2, the 4-6 of reductor one is arranged on the 4-4 of reducer pedestal one, and the driven 4-5 of synchronous pulley one is arranged on the defeated of the 4-6 of reductor one
Enter on axle, using the 4-3 of timing belt one, the 4-1 of variable-frequency motor one power is transferred to the 4-6 of reductor one；
The 4-6 output ends of reductor one are provided with the 4-8 of gear one, key, control whether power passes by freewheel clutch 4-7
Next stage duplicate gear 4-10 is handed to, gear axis fixing plate is fixed on right plate 1-2, and gear fixing axle is respectively provided with thereon
First, bearing one, end ring, duplicate gear 4-10 and the 4-16 of gear fixing axle two, gear two, the 4-17 of gear three and hot-rolling one
5-1 is connected by key 4-18, and the 4-17 of gear three is fixed on the 5-1 of hot-rolling one shaft end by gear fixing bolt 4-19；It is cold
But bearing block 4-23 be arranged on right plate 1-2 on, inside be equipped with the 4-24 of bearing two, its lateral surface be respectively provided with the 4-22 of end cap one,
Stop washer 4-21, round nut 4-20, medial surface are equipped with the 4-25 of end cap two；It is achieved thereby that driving tooth from the 4-1 of variable-frequency motor one
Three 4-17 rotations are taken turns, and then make it that the 5-1 of hot-rolling one rotations are in running order.
The 4-27 of gear fixing axle three is arranged on right plate 1-2, and gear four 4-26, the 4-26 of gear four and tooth are provided with axle
The power transmission for taking turns five 4-2801 is controlled by clutch 4-28.Handle 4-2802 axis is mutually perpendicular to state with gear shaft
When, power transmission is interrupted, i.e. one side film working condition；When handle 4-2802 axis is coaxial with gear shaft holding, four teeth
Take turns as engagement, i.e., two-sided overlay film working condition.
Clutch 4-28 includes the 4-26 of gear four, gear five 4-2801, handle 4-2802；Gear on composite structure 1
Three 4-17 are engaged with the 4-26 of gear four, and the 4-26 of gear four is engaged with the 4-2801 of gear five, the 4-2801 of gear five and and composite structure
The 4-29 of gear six engagements on 26；Handle 4-2802 is connected with the 4-2801 of gear five, the 4-2801 of handle 4-2802 drive gears five
Engagement between the 4-26 of gear four, the 4-29 of gear six is with separating.
Film feeding mechanism two includes：The 7-1 of gas expansion shaft one, flange form safety chuck, clutch base 7-3, clutch gear, magnetic
Brake 7-5, chuck gear 7-6, the 7-7 of bending rubber one, horizontal toothed gearing electric motor 7-8, active vee-pulley one slow down electric
Support 7-10, the 7-11 of Type B V-belt one, the driven 7-12 of vee-pulley one, bending rubber bearing block 7-13, bearing support 7-
14；
The 7-1 of gas expansion shaft one two ends are arranged in flange form safety chuck 7-2, chuck gear 7-6 and flange form safety card
Disk is connected；Clutch base 7-3 is arranged on 1-3 on left plate, and magnetic powder brake 7-5 is arranged on clutch base 7-3, magnetic powders brake
Device 7-5 drives clutch gear that power is transferred into chuck gear 7-6, so that drive the 7-1 of gas expansion shaft one in running order, it is real
The steady operation of existing PTFE film paper tube.
The 7-7 of bending rubber one is PTFE film tensioning member, and its two ends is separately mounted in bending rubber bearing block 7-13, rubber
Glue roller bearing block 7-13 is fixed on bearing support 7-14；Driven V-belt is installed on the 7-7 end axis of bending rubber one
A 7-12 is taken turns, active vee-pulley one is arranged on the horizontal toothed gearing electric motor 7-8 output shafts on reducer motor base 7-10, led to
The rotation that the 7-11 of Type B V-belt one realizes the 7-7 of bending rubber one is crossed, the tension of PTFE film is played；Reducer motor base 7-10
It is separately mounted to bearing support 7-14 on left plate 1-3.
Film feeding mechanism two includes the 8-1 of gas expansion shaft two, the 8-7 of bending rubber two.The type of drive and film transmitting machine of film feeding mechanism two
Structure one is identical.Film feeding mechanism two works in two-sided overlay film together with film feeding mechanism one, completes two-sided confession film.
Selvage guide mechanism 9 includes some 9-1 of short-range missile cloth rewinder roll one, the 9-2 of short-range missile cloth rewinder roll two, the 9-3 of short-range missile cloth rewinder roll three, short-range missile cloth rewinder roll
Four 9-4, the 9-5 of short-range missile cloth rewinder roll five, the 9-6 of short-range missile cloth rewinder roll six, short-range missile cloth rewinder roll seven 9-7, long fabric guide roll 9-8, bearing five, the 9- of bearing block one
10, bearing block two；
The 9-1 of short-range missile cloth rewinder roll one be arranged on be fixed on it is (same in right plate 1-2, the 9-11 of bearing block two on left plate 1-3 inwalls
Other short-range missile cloth rewinder rolls), long fabric guide roll 9-8, which is arranged on, is fixed on right plate 1-2, the 9-10 of bearing block one on left plate 1-3 end faces
It is interior.
One side film operation principle：Glass-fiber-fabric passes sequentially through the 9-1 of short-range missile cloth rewinder roll one, the 9-2 of short-range missile cloth rewinder roll two；From gas expansion shaft one
The PTFE film discharged on 7-1 passes sequentially through the 7-7 of bending rubber one, the 9-3 of short-range missile cloth rewinder roll three and glass-fiber-fabric while entering compounding machine
In structure 1, after the 5-1 of the hot-rolling one and 5-2 of silica gel pressure roller one, the 5-3 of silica gel pressure roller two roll-in twice, then short-range missile is passed sequentially through
The 9-6 of cloth rewinder roll six, the 9-7 of short-range missile cloth rewinder roll seven, long fabric guide roll 9-8, into winder.
Two-sided overlay film operation principle：Glass-fiber-fabric passes sequentially through the 9-1 of short-range missile cloth rewinder roll one, the 9-2 of short-range missile cloth rewinder roll two；From gas expansion shaft one
The PTFE film discharged on 7-1 passes sequentially through the 7-7 of bending rubber one, the 9-3 of short-range missile cloth rewinder roll three, enters compounding machine simultaneously with glass-fiber-fabric
In structure 1, after the 5-1 of the hot-rolling one and 5-2 of silica gel pressure roller one, the 5-3 of silica gel pressure roller two roll-in twice, semi-finished product are formed；From
The PTFE film discharged on the 8-1 of gas expansion shaft one passes sequentially through the 8-7 of bending rubber one, the 9-4 of short-range missile cloth rewinder roll four, and from composite structure
One 5, the 9-5 of short-range missile cloth rewinder roll five semi-finished product simultaneously enter composite structure 26 in, by the 6-1 of the hot-rolling two and 6-2 of silica gel pressure roller three,
After the 6-3 of silica gel pressure roller four roll-in twice, two-sided overlay film is completed, then lead by the 9-6 of short-range missile cloth rewinder roll six, the 9-7 of short-range missile cloth rewinder roll seven, length
Cloth rewinder roll 9-8, into winder.
The foregoing is only a preferred embodiment of the present invention, but protection scope of the present invention be not limited thereto,
Any one skilled in the art the invention discloses technical scope in, the change or replacement that can be readily occurred in,
It should all be included within the scope of the present invention.Therefore, protection scope of the present invention should be with scope of the claims
It is defined.
Claims (6)
1. a kind of closed cooling type single, double surface glass-fiber-fabric laminating machine；It is characterized in that：Including chassis assembly (1), shield (2),
Control panel (3), transmission system (4), composite structure one (5), composite structure two (6), film feeding mechanism one (7), film feeding mechanism two
(8), selvage guide mechanism (9), cooling device (10)；Shield (2), described shield (2) interior cloth are arranged in described chassis assembly (1)
Put film feeding mechanism one (7), composite structure one (5), film feeding mechanism two (8), composite structure two (6)；Composite structure one (5) is used for glass
Fine cloth one side film；Composite structure one (5) is provided commonly for the two-sided overlay film of glass-fiber-fabric with composite structure two (6)；Film feeding mechanism one (7)
For supplying film to the glass-fiber-fabric in composite structure one (5), film feeding mechanism two (8) is used for the glass-fiber-fabric in composite structure two (6)
For film；Cooling device (10) is arranged on the inside of shield (2) to be connected with composite structure one (5), composite structure two (6)；Selvage guide mechanism
(9) it is used to glass-fiber-fabric or film being delivered to composite structure, transmission system (4) drives composite structure one (5) by gear set mechanism
Or composite structure two (6) start；Control panel (3) is used to control laminating machine working condition；Composite structure one (5) and composite structure
The rotating ratio of two (6) is consistent；
Described composite structure one (5) includes hot-rolling one (5-1), silica gel pressure roller one (5-2), silica gel pressure roller two (5-3), cylinder one
(5-402), swing arm (5-405)；
Described hot-rolling one (5-1), silica gel pressure roller one (5-2), silica gel pressure roller two (5-3) are arranged parallel to；(the 5- of cylinder one
402) respectively symmetrically it is arranged in swing arm (5-405) on left and right side plate；Silica gel pressure roller one (5-2), silica gel pressure roller two (5-3)
Axial two ends are connected by ball bearing with one end of swing arm (5-405) respectively, and the other end of swing arm (5-405) passes through bearing pin point
It is not connected with cylinder one (5-402), swing arm (5-405) center arrangement rotating shaft, swing arm (5-405) is rotated along arm shaft；Cylinder
One (5-402) drives swing arm (5-405) to be rotated along arm shaft respectively, by driving the rotation of swing arm (5-405) to drive the other end
Silica gel pressure roller one (5-2), the silica gel pressure roller two (5-3) of connection are close with separating with hot-rolling one (5-1)；The film and glass-fiber-fabric
By hot-rolling one (5-1) and silica gel pressure roller one (5-2) roll-in, then pass through hot-rolling one (5-1) and silica gel pressure roller two (5-3) secondary roller
Pressure, completes glass-fiber-fabric one side film roll-in；
Described composite structure two (6) includes hot-rolling two (6-1), silica gel pressure roller three (6-2), silica gel pressure roller four (6-3), cylinder one
(5-402), swing arm (5-405)；Described hot-rolling two (6-1), silica gel pressure roller three (6-2), silica gel pressure roller four (6-3) are parallel to each other
Arrangement；Described cylinder one (5-402) is respectively symmetrically arranged on left and right side plate with swing arm (5-405)；(the 6- of silica gel pressure roller three
2), the axial two ends of silica gel pressure roller four (6-3) are connected by ball bearing with one end of swing arm (5-405) respectively, swing arm (5-
405) the other end is distinguished cylinder one (5-402) by bearing pin and connected, swing arm (5-405) center arrangement arm shaft, swing arm (5-
405) rotated along arm shaft；Cylinder one (5-402) drives swing arm (5-405) to be rotated along arm shaft respectively；By driving swing arm (5-
405) silica gel pressure roller three (6-2), the silica gel pressure roller four (6-3) of rotation driving other end connection are close with hot-rolling two (6-1)
With separating；Described glass-fiber-fabric is again introduced into hot-rolling two (6-1) and silica gel pressure roller three (6-2) roller after completing one side film roll-in
Pressure, then by hot-rolling two (6-1) and silica gel pressure roller four (6-3) secondary roll-in, complete the two-sided overlay film roll-in of glass-fiber-fabric；
Described transmission system (4) includes variable-frequency motor one (4-1), reductor one (4-6) and freewheel clutch (4-7), clutch
Device (4-28)；The end arrangement gear three (4-17) of hot-rolling one (5-1) in composite structure one (5)；In composite structure two (6)
The end arrangement gear six (4-29) of hot-rolling two (6-1)；
Variable-frequency motor one (4-1) driving reductor one (4-6) is rotated, assembling freewheel clutch (4-7) on reductor one (4-6),
Controlled by freewheel clutch (4-7) and drive composite structure one (5) to rotate；
Power transmission between the gear three (4-17) of hot-rolling one (5-1) and the gear six (4-29) of hot-rolling two (6-1) is to pass through
Clutch (4-28) is controlled；When clutch (4-28) is in opening, composite structure one (5) completes glass-fiber-fabric one side film
Roll-in；When clutch (4-28) is in closure state, composite structure one (5) completes glass with composite structure two (6) while working
The two-sided overlay film roll-in of cloth；
Selvage guide mechanism (9) includes some short-range missile cloth rewinder rolls and long fabric guide roll；Some short-range missile cloth rewinder rolls are arranged in shield (2)；If
Dry root short-range missile cloth rewinder roll is parallel with composite structure；Some short-range missile cloth rewinder rolls are used to receive glass-fiber-fabric with being carried out in film importing composite structure
Overlay film；Long fabric guide roll is arranged on the outside of shield (2), for exporting finished product after glass-fiber-fabric overlay film.
2. closed cooling type single, double surface glass-fiber-fabric laminating machine according to claim 1, it is characterised in that：Cooling device
Including：Cooling fan mechanism (10-1), water tank (10-2), cooling steel rider one (10-2401), cylinder two (10-2304), cooling steel
Roller two (10-2301), water inlet pipe and return pipe；Silica gel pressure roller one (5-2), silica gel pressure roller in described composite structure one (5)
Two (5-3) and silica gel pressure roller three (6-2), silica gel pressure roller four (6-3) in composite structure two (6), cooling steel rider one (10-
2401), cooling steel rider two (10-2301) is hollow structure；
The axial two ends of cooling steel rider two (10-2301) are connected with cylinder two (10-2304) respectively, cylinder two (10-2304) control
The contact of refrigeration but steel rider two (10-2301) and silica gel pressure roller three (6-2), silica gel pressure roller four (6-3) is with separating；Cool down steel rider one
The axial two ends of (10-2401) are connected with cylinder two (10-2304) respectively, cylinder two (10-2304) control cooling steel rider one
(10-2401) and silica gel pressure roller one (5-2), the contact of silica gel pressure roller two (5-3) are with separating；
Water inlet port connection return pipe, its water outlet port connection water inlet pipe of water tank (10-2)；Filling cooling in water tank (10-2)
Medium；Silica gel pressure roller one (5-2) that cooling medium enters in water inlet pipe, composite structure one (5), silica gel pressure roller two (5-3), cooling
Silica gel pressure roller three (6-2), silica gel pressure roller four (6-3), cooling steel rider two in steel rider one (10-2401), composite structure two (6)
The two ends of (10-2301) are connected with water inlet pipe with return pipe respectively；Cooling medium is flowed into from water inlet pipe and cooled down in above-mentioned roller,
The return pipe for then flowing to the connection of the roller other end enters back into water tank (10-2) formation cooling circuit structure, cooling fan mechanism (10-
1) water supply case (10-2) cools.
3. closed cooling type single, double surface glass-fiber-fabric laminating machine according to claim 2, it is characterised in that：Described enters
Be independently connected insertion between water pipe and silica gel pressure roller one (5-2), silica gel pressure roller two (5-3), cooling steel rider one (10-2401), enters
It is mutual using flexible pipe between water pipe and silica gel pressure roller one (5-2), silica gel pressure roller two (5-3), cooling steel rider one (10-2401)
Insertion, flexible pipe is moved and entered with silica gel pressure roller one (5-2), silica gel pressure roller two (5-3), cooling steel rider one (10-2401)
Row stretching is shunk.
4. closed cooling type single, double surface glass-fiber-fabric laminating machine according to claim 2, it is characterised in that：Water inlet pipe with
Be independently connected insertion between silica gel pressure roller three (6-2), silica gel pressure roller four (6-3), cooling steel rider two (10-2301), water inlet pipe with
Silica gel pressure roller three (6-2), silica gel pressure roller four (6-3), cooling steel rider two (10-2301) are mutually communicated using flexible pipe, flexible
Tubing with silica gel pressure roller three (6-2), silica gel pressure roller four (6-3), cooling steel rider two (10-2301) movement and stretched or received
Contracting.
5. closed cooling type single, double surface glass-fiber-fabric laminating machine according to claim 2, it is characterised in that：Described answers
The water inlet segment closed between mechanism one (5) and composite structure two (6) is provided with valve (10-16)；When one side film, valve
(10-16) is closed, and cooling medium flows to silica gel pressure roller one (5-2), silica gel pressure roller two (5-3), cooling steel rider one
(10-2401)；When two-sided overlay film, valve (10-16) is in opening, and cooling medium flows to the (5- of silica gel pressure roller one simultaneously
2), silica gel pressure roller two (5-3), cooling steel rider one (10-2401) and silica gel pressure roller three (6-2), silica gel pressure roller four (6-3), cooling
Steel rider two (10-2301).
6. closed cooling type single, double surface glass-fiber-fabric laminating machine according to claim 1, it is characterised in that：It is described from
Clutch (4-28) includes gear four (4-26)；Gear five (4-2801), handle (4-2802)；On described composite structure one (5)
Gear three (4-17) engaged with gear four (4-26), gear four (4-26) is engaged with gear five (4-2801), (4- of gear five
2801) and with the gear six (4-29) on composite structure two (6) engage；Handle (4-2802) is connected with gear five (4-2801),
Engagement between handle (4-2802) drive gear five (4-2801) and gear four (4-26), gear six (4-29) is with separating.
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| CN106099036B (en) * | 2016-08-19 | 2018-10-02 | 深圳市信宇人科技股份有限公司 | The coating roll-in system of the continuous complete automatic assembly line of electrodes of lithium-ion batteries |
| CN106099046B (en) * | 2016-08-19 | 2018-11-09 | 深圳市信宇人科技股份有限公司 | The continuous complete automatic assembly line of electrodes of lithium-ion batteries |
| CN106099035A (en) * | 2016-08-19 | 2016-11-09 | 深圳市信宇人科技有限公司 | Lithium is from the roll-in splitting system of the continuous complete automatic assembly line of battery pole piece |
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Denomination of invention: A closed cooling type single and double-sided glass fiber cloth laminating machine Effective date of registration: 20220829 Granted publication date: 20170926 Pledgee: Postal Savings Bank of China Limited Shanxian sub branch Pledgor: Shandong Tianrui New Material Technology Co.,Ltd. Registration number: Y2022980013873 |
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