CN209682742U

CN209682742U - PVB doubling film deoils cooling water tank

Info

Publication number: CN209682742U
Application number: CN201920084428.7U
Authority: CN
Inventors: 杨耀锋
Original assignee: Nanjing Baiyou Extrusion Machinery Co Ltd
Current assignee: Nanjing Baiyou Extrusion Machinery Co Ltd
Priority date: 2019-01-17
Filing date: 2019-01-17
Publication date: 2019-11-26
Anticipated expiration: 2029-01-17

Abstract

It deoils cooling water tank the utility model discloses a kind of PVB doubling film, including water tank, it is separately positioned in water tank and enters the component that deoils of water tank side, the transfer assembly and water inlet component being arranged in below the component that deoils positioned at doubling film, conveying assembly is equipped with above water tank, the side wall of water tank is equipped with outlet pipe, the component that deoils includes two being oppositely arranged in water tank for collecting the oil-collecting part of plasticizer, and there are the gaps of doubling film input between two oil-collecting parts；Gap of the doubling film across two oil-collecting parts is entered in water tank, the doubling film entered in water tank is transmitted outward by transfer assembly, doubling film will be exported by conveying assembly again, due to plasticizer density be less than water and two groups it is incompatible, can swim on the water surface, when doubling film pass through the water surface after, plasticizer can stay in the water surface, so being collected plasticizer using oil-collecting part, plasticizer on doubling film can be removed with this, reduce influence of the plasticizer to post-production doubling membrane process.

Description

PVB doubling film deoils cooling water tank

Technical field

The utility model relates to a kind of water tank, the cooling water tank more specifically, it relates to which a kind of PVB doubling film deoils.

Background technique

Domestic safety glass doubling film at present uses PVB intermediate coat, is also PVB doubling film, PVB is polyvinyl butyral Referred to as, PVB intermediate coat is translucent film to film (Polyvinyl butyral), by polyvinyl butyral resin through being plasticized Agent is plasticized a kind of high molecular material of extrusion forming, and appearance is semitransparent thin film, free from admixture, and surfacing has certain thick Rugosity and good flexibility have good cohesive force to unorganic glass, have transparent, heat-resisting, cold-resistant, moisture-proof, mechanical strength High characteristic, be on our times manufacture interlayer, safety glass optimum adhesion material, while building curtain wall, recruit awning, Show window, bank counter, prison visit the building fields such as window, converter screen and various bulletproof glasses and are also widely used.

In actual production doubling film, the flexibility that plasticizer is used to increase doubling film is added in doubling film, but is increased The limited compatibility of agent and doubling film is moulded, so the two sides of doubling film are stained with plasticizer when mold produces doubling film, by It is in oily transparency liquid in plasticizer, is influenced to reduce plasticizer to the subsequent technique of doubling film, so urgently developing one The device that kind removes plasticizer.

Utility model content

In view of the deficienciess of the prior art, deoiling cooling the purpose of this utility model is to provide a kind of PVB doubling film Water tank has the advantage of the plasticizer on removal doubling film.

To achieve the above object, the utility model provides following technical solution:

A kind of PVB doubling film deoils cooling water tank, including water tank, is separately positioned in water tank and is located at doubling film and enter water The transfer assembly and be used for defeated to water tank that the component that deoils of case side, the driving doubling film being arranged in below the component that deoils convey The water inlet component of cooling water is sent, the conveying assembly for exporting doubling film, the side wall of the water tank are equipped with above the water tank It is equipped with outlet pipe, the component that deoils includes two being oppositely arranged on for collecting the oil-collecting part of plasticizer in water tank, described in two There are the gaps of doubling film input between oil-collecting part.

Water is filled in water tank first after the production of doubling film by using above-mentioned technical proposal, doubling film is defeated Enter in water tank, the gap initially passed through between two oil-collecting parts enters in water tank, will enter the doubling film in water tank by transfer assembly Transmission outward, then doubling film will be exported by conveying assembly, since the temperature of doubling film is excessively high, institute's water inlet component in need will In cold water water tank in the same direction, the hot water in water tank is exported from outlet pipe, to keep water tank water temperature constant temperature, and then can be to doubling film Cooling, due to plasticizer density be less than water and two groups it is incompatible, can swim on the water surface, when doubling film pass through the water surface after, increase Modeling agent can stay in the water surface, so being collected plasticizer using oil-collecting part, can be removed the plasticizer on doubling film with this, reduce Influence of the plasticizer to post-production doubling membrane process.

Further, the oil-collecting part includes oil trap and is arranged on oil trap both ends fixed plate, the oil trap edge The setting of doubling film width direction, the oil trap includes the two oil inlet plates and oil baffle being oppositely arranged, and the two oil inlet plates are opposite Be arranged and be located at the two sides in gap, the top of the oil inlet plate side wall be evenly equipped with along its length several in V-shape into Oil groove, the height of the oil baffle are greater than the height of oil inlet plate；

The bottom wall of the oil trap is equipped with flowline, and the flowline stretches out water tank far from one end of oil trap, described Fixed plate is bolted on the roof of water tank.

By using above-mentioned technical proposal, when needing when removing doubling film, the water in water tank is injected into oil-feed tank Slot bottom, when doubling film pass through gap when, plasticizer is swum on the water surface, while causing water flow fluctuation, water drive plasticizer into Oiled-plate method side is sprung up, and the slot bottom for crossing oil-feed tank enters in oil trap, and is greater than the height of oil inlet plate by the height of oil baffle Degree so oil baffle can will prevent oil baffle from entering in oil trap far from the water of oil inlet plate side, while doubling film being entered The ripple compartment generated in water reduces the influence that ripple is formed to doubling film surface, can also block increasing between two oil baffles Modeling agent drifts water tank elsewhere, reduces the pollution to water, and last plasticizer is exported from flowline, can be by doubling with this Plasticizer on film is removed and is exported, and advantageously reduces influence of the plasticizer to post-production doubling membrane process.

Further, the transfer assembly includes the transport motor being arranged on water tank lateral wall, the transport motor Motor shaft is connected with transfer roller, and the transfer roller protrudes into water tank far from one end of transport motor and is arranged along the length of water tank.

By using above-mentioned technical proposal, when doubling film enters in water tank, the temperature of doubling film is very high at this time, so utilizing Transport motor drives transfer roller rotation, provides power for the output of doubling film, reduces in transmission doubling membrane process, doubling film is drawn A possibility that pulling deformation.

Further, the water inlet component includes the water inlet pipe connecting with water source, is connected to the flow pipe being arranged with water inlet pipe, The flow pipe protrudes into water tank far from one end of water inlet pipe and extends to water tank along the setting of the length direction of water tank, the other end Medium position, the water inlet pipe is equipped with the first ring plate close to one end of water tank inner sidewall, the other end is equipped with the second ring plate, and described the The lateral wall of one ring plate is equipped with outer tube, and the outer tube is extended to far from one end of the first ring plate on the lateral wall of the second ring plate；

It is evenly equipped with several permeable holes on the side wall of second ring plate, is axially evenly distributed on the side wall of the flow pipe along it There are several water seepage holes, is evenly equipped with several inlet openings, the inlet opening and water seepage hole along its axial direction on the side wall of the outer tube It is in staggered distribution.

By using above-mentioned technical proposal, when constantly being cooled down to doubling film due to water tank, water temperature increases in water tank, institute Water to be delivered in water inlet pipe and flow pipe, the water in flow pipe enters in outer tube first out of water seepage hole, in water inlet pipe Water enters in outer tube from its top again, and the water in the outer tube of flow pipe side can also enter from permeable hole far from flow pipe In the outer tube of side, the water in outer tube finally enters in water tank out of inlet opening, water can be uniformly delivered to water tank with this It is interior, it reduces water temperature in water tank and generates influence of the gradient to doubling film surface quality.

Further, in the two lateral walls of the water tank and side far from oil trap is equipped with support frame；

The conveying assembly includes output motor and conveying axis, and the both ends setting of the conveying axis is separately positioned on two supports On frame, the output motor is arranged on the support frame, the drive shaft and conveying axis connection of the output motor；

Sliding slot, opposite two cell walls of the sliding slot are equipped on the side wall of two support frames as described above and above conveying axis It is equipped with sliding rail, sliding is connected with slide plate on the sliding rail, and abutting cylinder, the abutting are equipped on the roof of support frame as described above The piston rod of cylinder is connect with slide plate, and output shaft is equipped between two slide plates；

The conveying axis and output shaft are oppositely arranged and are arranged on lateral wall sponge roller, the two sponge roller lateral walls Mutually contradict.

By using above-mentioned technical proposal, after the cooling output out of water tank of doubling film, doubling film pass through two sponge rollers it Between, it is stretched out using the piston rod for pushing against cylinder, by slide plate along sliding rail slide downward, the sponge roller on output shaft is pushed against defeated It send on the sponge roller on axis, is rotated using output motor driving conveying axis, so that sponge roller be driven to rotate, can then drive folder Doubling film is clamped while glue film is fed forward, and water of doubling film two sides can be absorbed, is conducive to doubling film with this It is dried.

Further, delivery roll is equipped between two support frames as described above, the delivery roll is located at conveying roller far from oil trap Side, support frame as described above are equipped with transmission electrical machine, and the drive shaft of the transmission electrical machine is connect with delivery roll；

On the side wall of two support frames as described above and it is located above delivery roll and is equipped with slippage slot, opposite the two of the slippage slot Cell wall is equipped with sliding rail, and sliding is connected with slide plate on the sliding rail, and the roof of support frame as described above is equipped with driving cylinder, institute The piston rod for stating driving cylinder is connect with sliding plate, and driven voller is equipped between two sliding plates；

The delivery roll and driven voller are oppositely arranged and are arranged on outer wall rubber rollers, the lateral wall of two rubber rollers Mutually contradict；Two rubber rollers contact with each other where horizontal plane height be higher than two sponge rollers contact with each other where level Face.

It is then passed through between two rubber rollers, utilizes after doubling film is exported from two sponge rollers by using above-mentioned technical proposal Driving cylinder driving sliding plate is moved down along sliding rail, drives driven voller to move down, so as to support two rubber rollers Tightly, doubling film can be clamped, recycles transmission electrical machine driving delivery roll rotation, so as to drive doubling film to export, simultaneously Water on doubling film is squeezed out, water flows to sponge roller along doubling film, and sponge roller again absorbs water, can also reduce doubling with this Water on film is conducive to that doubling film is dried.

Further, the side wall of the water tank is equipped with two cooling water pipes being oppositely arranged, and two cooling water pipes are located at Between oil trap and sponge roller, there are the gap passed through for doubling film, described cooling water pipe one end between two cooling water pipes Connect with water source, the other end protrudes into the medium position of water tank, the cooling water pipe is in parallel and oil trap, the cooling water pipe are close The outer wall of water tank inner sidewall one end be equipped with first annular, the other end be equipped with the second ring segment, described first annular outer Side wall is equipped with cooling tube, and the cooling tube is extended to far from first annular on the lateral wall of second ring segment, the cooling Pipe extends to water tank far from first annular side far from first annular one end；

Several water inlets are evenly equipped with along its axial direction on the side wall of second ring segment, on the side wall of the cooling water pipe Several leakage holes are evenly equipped with along its axial direction, are evenly equipped with several cold water outlets along its axial direction on the lateral wall of the cooling tube, two The cold water outlet is towards gap.

By using above-mentioned technical proposal, when doubling film passes through after transfer roller, then from gap, water is inputted into cooling water In pipe, water first enters in cooling tube out of cooling water pipe leakage hole, and the water in cooling water pipe enters cooling tube from its end again Interior, the water in the cold water pipe of cooling water pipe side flows into cooling tube from water inlet, and last water is from cold in cooling tube Mouth of a river outflow, using cold water outlet towards gap, water cools down so as to the water passed through to doubling film, and then can be to doubling Film is cooled down, and is conducive to accelerate the cooling velocity to doubling film.

Further, the outer and side close to delivery roll of the water tank is equipped with bracket, and the bracket is equipped with two air hoses, institute Closed at one end, the other end for stating air hose are connected with air blower, and connection, which is equipped with, on the side wall of the air hose and along its length uses In the air port for blowing to doubling film.

By using above-mentioned technical proposal, wind is delivered in air hose using blower, then is exported from air port, is conducive to pair Doubling film further air-dries, and is conducive to accelerate the drying of doubling film.

In conclusion the utility model has the following beneficial effects:

1, water is driven to generate fluctuation when doubling film passes through gap, plasticizer is swum on the water surface, and ripples are dynamic so as to band Dynamic plasticizer passes through the groove bottom wall of oil-feed tank, so as to remove the plasticizer of doubling film two sides, advantageously reduces plasticizer The influence of technique is generated to the doubling film later period；

2, it is higher than oil inlet plate using oil baffle, the plasticizer advantageously reduced in oil trap pollutes other across oil baffle Doubling film can also be entered the ripple generated in water and is blocked between two oil baffles by water, reduce what ripple was formed to doubling film It influences；

3, using sponge tube, rubber rollers and air port, be conducive to that doubling film is dried.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of embodiment.

Fig. 2 is the structural schematic diagram for embodying oil-collecting part in embodiment.

Fig. 3 is the structural schematic diagram for embodying transfer assembly in embodiment.

Fig. 4 is the structural schematic diagram for embodying water inlet component in embodiment.

Fig. 5 is the structural schematic diagram for embodying conveying assembly in embodiment.

Fig. 6 is the structural schematic diagram for embodying air hose in embodiment.

Fig. 7 is the structural schematic diagram for embodying cooling water pipe in embodiment.

Fig. 8 is to embody the portion A enlarged drawing in Fig. 7.

In figure: 1, water tank；10, support frame；2, deoil component；20, oil-collecting part；21, gap；22, oil trap；23, fixed Plate；24, oil inlet plate；25, oil baffle；26, oil-feed tank；27, flowline；28, bolt；3, transfer assembly；30, transport motor；31, Transfer roller；4, water inlet component；40, water inlet pipe；41, flow pipe；42, the first ring plate；43, the second ring plate；44, outer tube；45, permeable Hole；46, water seepage hole；47, inlet opening；5, conveying assembly；50, output motor；51, conveying axis；52, sliding slot；53, sliding rail；54, sliding Plate；540, sliding rail；55, cylinder is pushed against；56, output shaft；57, sponge roller；58, delivery roll；59, transmission electrical machine；500, sliding Move slot；501, rail is slid；502, sliding plate；503, cylinder is driven；504, driven voller；505, rubber rollers；506, groove is slid； 507, driven roll shaft；6, outlet pipe；70, cooling water pipe；71, gap；72, first annular；73, the second ring segment；74, cooling Pipe；75, water inlet；76, leakage hole；77, cold water outlet；8, bracket；80, air hose；81, air blower；82, air port；83, driven shaft Roller.

Specific embodiment

The utility model is described in further detail below in conjunction with attached drawing.

Embodiment:

Referring to Figures 1 and 2, a kind of PVB doubling film deoils cooling water tank comprising water tank 1 is separately positioned in water tank 1 And it is located at the biography for driving the conveying of doubling film that doubling film enters the component 2 that deoils of 1 side of water tank, is arranged in below the component 2 that deoils Sending component 3 and water inlet component 4 for conveying from cooling water to water tank 1, are equipped with above water tank 1 defeated for exporting doubling film The side wall of sending component 5, water tank 1 is equipped with outlet pipe 6, and outlet pipe 6 is between water inlet component 4 and transfer assembly 3, and deoil component 2 include two being oppositely arranged in water tank 1 for collecting the oil-collecting part 20 of plasticizer, and there are the inputs of doubling film between two oil-collecting parts 20 Gap 21；Doubling film is passed through gap 21 to enter in water tank 1, since plasticizer is in oily, swims on the water surface, utilizes oil-collecting Plasticizer is collected by part 20, is transmitted doubling film outward by transfer assembly 3, is carried out doubling film using conveying assembly 5 Output, since the doubling film temperature produced is between 150-180 degree, so needing water inlet component 4 that cold water is delivered to water tank 1 It is interior, the temperature of water in water tank 1 is reduced, outlet pipe 6 is recycled to export water, keeps water in water tank 1 to keep certain water, passes through Oil-collecting part 20 collects plasticizer, can remove the plasticizer of doubling film two sides, advantageously reduce plasticizer to post-production The influence of doubling membrane process.

Referring to Fig. 2, oil-collecting part 20 includes oil trap 22 and is arranged on 22 both ends fixed plate 23 of oil trap, 22 edge of oil trap The setting of doubling film width direction, oil trap 22 include the two oil inlet plates 24 and oil baffle 25 being oppositely arranged, and two oil inlet plates 24 are opposite Be arranged and be located at the two sides in gap 21, the top of 24 side wall of oil inlet plate be evenly equipped with along its length several in V-shape into Oil groove 26, the height of oil baffle 25 are greater than the height of oil inlet plate 24；

Referring to Fig. 2, two flowlines 27, flowline 27 are equipped on the bottom wall of oil trap 22 and close to 1 liang of inner sidewall of water tank Water tank 1 is stretched out in one end far from oil trap 22, and fixed plate 23 is fixed on the roof of water tank 1 by bolt 28；It is plasticized in removal Before agent, water is injected in water tank 1 first, the groove bottom wall that water is stretched to oil-feed tank 26 goes out, and after doubling film passes through gap 21, increases Modeling agent keeps the water surface and positioned at two oil inlet plates 24 between, when doubling film passes through the water surface, generates ripple, ripple drive plasticizer into 24 side of oiled-plate method is sprung up, and is passed through oil-feed tank 26 and entered in oil trap 22, can be removed the plasticizer of doubling film two sides, finally Plasticizer is exported by flowline 27；

Referring to Fig. 2, it is higher than oil inlet plate 24 using oil baffle 25, the ripple between oil inlet plate 24 can be blocked in two gears oil Between plate 25, since the temperature of doubling film is very high, surface prepattern, ripple can have an impact in doubling film surface, can with this To reduce the influence that ripple generates the sizing of doubling film surface；It is subsequent compartment plasticizer can be spread to oil baffle 25 simultaneously The water surface reduces the pollution to the water surface.

Referring to Fig. 3, transfer assembly 3 includes the transport motor 30 being arranged on 1 lateral wall of water tank, the motor of transport motor 30 Axis connection has transfer roller 31, and transfer roller 31 protrudes into water tank 1 far from one end of transport motor 30 and is arranged along the length of water tank 1；Benefit Transfer roller 31 is driven to rotate with transport motor 30, so as to drive doubling film to export, when reducing transmission doubling film, to doubling film Generate the influence pullled.

Referring to Fig. 4, since the temperature of doubling film is very high, so when cooling down to doubling film, water can rise water in water tank 1 Temperature is located at upper part and lower section so being equipped with two groups of water inlet components 4 on 1 side wall of water tank, and water inlet component 4 includes and water The water inlet pipe 40 of source connection (not shown), the flow pipe 41 that setting is connected to water inlet pipe 40, superposed water inlet pipe 40 It is set on side wall there are three flow pipe 41, sets that there are two flow pipes 41 on 40 side wall of water inlet pipe of lower part；

Referring to Fig. 4, since water is delivered in water tank 1 by diameter, the water capacity in water tank 1 is also easy to produce gradient, and water temperature is uneven, shadow The surface quality of doubling film is rung, flow pipe 41 is protruded into water tank 1 far from one end of water inlet pipe 40 and set along the length direction of water tank 1 Set, the other end extends to the medium position of water tank 1, water inlet pipe 40 is equipped with the first ring plate 42, another close to one end of 1 inner sidewall of water tank One end is equipped with the second ring plate 43, and the lateral wall of the first ring plate 42 is equipped with outer tube 44, the one end of outer tube 44 far from the first ring plate 42 It extends on the lateral wall of the second ring plate 43；

Referring to Fig. 4, it is evenly equipped with several permeable holes 45 on the side wall of the second ring plate 43, along its axis on the side wall of flow pipe 41 To being evenly equipped with several water seepage holes 46, be evenly equipped with several inlet openings 47 along its axial direction on the side wall of outer tube 44, inlet opening 47 with Water seepage hole 46 is in staggered distribution, and the diameter of permeable hole 45 is greater than water seepage hole 46, and the diameter of water seepage hole 46 is greater than inlet opening 47；By water edge Water inlet pipe 40 convey in flow pipe 41, water in flow pipe 41 enters in outer tube 44 from water seepage hole 46 first, and water is again from sending water 41 top of pipe is delivered in outer tube 44, and the water in the outer tube 44 of 41 side of flow pipe can also be from permeable hole 45 far from In the outer tube 44 of 41 side of flow pipe, finally uniformly exports from inlet opening 47, cold water can be uniformly injected into water tank 1 with this, The temperature for reducing water in water tank 1 can also reduce a possibility that water temperature generates gradient in water tank 1, reduce water temperature unevenness to doubling The influence that film generates.

Referring to Fig. 5, in the two lateral walls of the water tank 1 and side far from oil trap 22 is equipped with support frame 10；

Referring to Fig. 5, conveying assembly 5 includes output motor 50 and conveying axis 51, and the both ends setting of conveying axis 51 is respectively set On two support frames 10, output motor 50 is arranged on support frame 10, and the drive shaft of output motor 50 is connect with conveying axis 51；

Referring to Fig. 5, sliding slot 52, the phase of sliding slot 52 are equipped on the side wall of two support frames 10 and positioned at the top of conveying axis 51 Sliding rail 53 is equipped with to two cell walls, sliding is connected with slide plate 54 on sliding rail 53, and 54 two lateral walls of slide plate are equipped in sliding rail 53 The sliding rail 540 of upper sliding is equipped on the roof of support frame 10 and pushes against cylinder 55, pushes against the piston rod and slide plate of cylinder 55 54 connect, and output shaft 56 is equipped between two slide plates 54；

Referring to Fig. 3, conveying axis 51 and output shaft 56 are oppositely arranged and are arranged on lateral wall sponge roller 57, two sponge rollers 57 lateral walls mutually contradict；

Referring to Fig. 5, it is equipped with delivery roll 58 between two support frames 10, delivery roll 58 is located at one of conveying roller far from oil trap 22 Side, support frame 10 are equipped with transmission electrical machine 59, and the drive shaft of transmission electrical machine 59 is connect with delivery roll 58；

Referring to Fig. 5, slippage slot 500, slippage slot are equipped on the side wall of two support frames 10 and positioned at the top of delivery roll 58 500 opposite two cell walls are equipped with sliding rail 501, slide sliding on rail 501 and are connected with sliding plate 502, the side wall of sliding plate 502 It is equipped with the sliding groove 506 slid on sliding rail 501, the roof of support frame 10 is equipped with driving cylinder 503, drives cylinder 503 piston rod is connect with sliding plate 502, and driven voller 504 is equipped between two sliding plates 502；

Referring to Fig. 5, delivery roll 58 and driven voller 504 are oppositely arranged and are arranged on outer wall rubber rollers 505, two rubber rollers 505 lateral wall mutually contradicts；Two rubber rollers 505 contact with each other where horizontal plane height be higher than two sponge rollers, 57 phase mutual connection Horizontal plane where touching, since driven voller 504 is too long, when squeezing 504 both ends of driven voller, have it is flexible, centre be easy to Upper bending is convenient for so the setting of driven voller 504 to be greater than to the diameter at its both ends in the diameter positioned at intermediate position by two rubber rollers 505 mutual extrusions are complete；After doubling film is exported from water, a large amount of water is had on doubling film, using abutting cylinder 55 and is driven Cylinder 503 of taking offence respectively moves down output shaft 56 and driven voller 504, by 505 mutual extrusion of two sponge rollers 57 and two rubber rollers Doubling film is clamped, drives sponge roller 57 and rubber rollers 505 to rotate finally by transmission electrical machine 59 and output motor 50, so as to While with conveying clamp glue film, sponge roller 57 absorbs the water on doubling film, and rubber rollers 505 carry out the water on doubling film It squeezes, water is returned on sponge roller 57 along doubling film, absorbed, can reduce the water on doubling film with this, be conducive to folder Glue film is dried.

Referring to Fig. 5, two driven roll shafts are equipped on support frame 10 and positioned at the two sides of output motor 50 and transmission electrical machine 59 507；Using 507 propclip glue film of driven roll shaft, convenient for doubling film is transmitted.

Referring to Fig. 6, water tank 1 is outer and is equipped with bracket 8 with reference to the side of Fig. 5) close to delivery roll 58(, and bracket 8 is equipped with two wind Pipe 80, closed at one end, the other end of air hose 80 are connected with air blower 81, and on the side wall of air hose 80 and along its length connection is set There is the air port 82 for blowing to doubling film, the right side of bracket 8 is equipped with driven beaming roller 83, doubling film output easy to support；Utilize drum Wind is delivered in air hose 80 by blower 81, finally exports from air port 82, and blow to doubling film, doubling can be further dried with this Film.

Referring to Fig. 7 and Fig. 8, the side wall of water tank 1 is equipped with two cooling water pipes 70 being oppositely arranged, and two cooling water pipes 70 are located at For oil trap 22(with reference between Fig. 5) and sponge roller 57, there are the gaps 71 passed through for doubling film between two cooling water pipes 70, cooling 70 one end of water pipe is connect with water source, the other end protrudes into the medium position of water tank 1, and cooling water pipe 70 is cooling in parallel with oil trap 22 Water pipe 70 close to 1 inner sidewall one end of water tank outer wall be equipped with first annular 72, the other end be equipped with the second ring segment 73, first The lateral wall of ring segment 72 is equipped with cooling tube 74, and cooling tube 74 extends to the outer of the second ring segment 73 far from first annular 72 On side wall, cooling tube 74 extends to water tank 1 far from first annular 72 side far from first annular 72 one end；

Referring to Fig. 7 and Fig. 8, several water inlets 75, cooling water are evenly equipped with along its axial direction on the side wall of the second ring segment 73 Several leakage holes 76 are evenly equipped with along its axial direction on the side wall of pipe 70, are evenly equipped on the lateral wall of cooling tube 74 along its axial direction several A cold water outlet 77, two cold water outlets 77 are towards gap 71；When doubling film is cooled down in water, water is inputted into cooling water pipe 70 Interior, a part of water is delivered in cooling tube 74 from leakage hole 76, and a part of water enters cooling tube from the front end of cooling water pipe 70 In 74, last water is exported from cold water outlet 77, and when doubling film is passed through from gap 71, the cold water in cold water outlet 77 is in water tank 1 Water cooled down, reduce gap 71 nearby water temperature, be conducive to the temperature for further decreasing doubling film.

The implementation principle of above-described embodiment are as follows: doubling film is passed through in gap 21, it is by transfer assembly 3 that doubling film is outside Conveying, doubling film is exported, cold water is delivered in water tank 1 by water inlet component 4 using conveying assembly 5, finally from outlet pipe 6 Output reduces by 1 water temperature of water tank, so as to cool down to doubling film, since plasticizer is kept afloat, will be plasticized using oil-collecting part 20 Agent is collected, and can be removed the plasticizer on doubling film with this, be advantageously reduced plasticizer to post-production doubling membrane process It influences.

This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but As long as all by the protection of Patent Law in the scope of the claims of the utility model.

Claims

The cooling water tank 1. a kind of PVB doubling film deoils, it is characterised in that: including water tank (1), be separately positioned in water tank (1) and The driving doubling film conveying for entering the component that deoils (2) of water tank (1) side positioned at doubling film, being arranged below the component that deoils (2) Transfer assembly (3) and for the water inlet component (4) to water tank (1) conveying cooling water, be equipped with and be used for above the water tank (1) The side wall of the conveying assembly (5) that doubling film is exported, the water tank (1) is equipped with outlet pipe (6), the component that deoils (2) packet It includes two to be oppositely arranged in water tank (1) for collecting the oil-collecting part (20) of plasticizer, there are folders between the two oil-collecting parts (20) The gap (21) of glue film input.
The cooling water tank 2. PVB doubling film according to claim 1 deoils, it is characterised in that: the oil-collecting part (20) includes In oil trap (22) both ends fixed plate (23), the oil trap (22) sets along doubling film width direction for oil trap (22) and setting It sets, the oil trap (22) includes the two oil inlet plates (24) and oil baffle (25) being oppositely arranged, and the two oil inlet plates (24) are opposite It is arranged and is located at the two sides of gap (21), the top of oil inlet plate (24) side wall is evenly equipped with several in V along its length The oil-feed tank (26) of font, the height of the oil baffle (25) are greater than the height of oil inlet plate (24)；

The bottom wall of the oil trap (22) is equipped with flowline (27), and the flowline (27) is stretched far from the one end of oil trap (22) Water tank (1), the fixed plate (23) are fixed on the roof of water tank (1) by bolt (28).
The cooling water tank 3. PVB doubling film according to claim 2 deoils, it is characterised in that: the transfer assembly (3) includes Transport motor (30) on water tank (1) lateral wall is set, the motor shaft of the transport motor (30) is connected with transfer roller (31), The transfer roller (31) is protruded into water tank (1) far from the one end of transport motor (30) and is arranged along the length of water tank (1).
The cooling water tank 4. PVB doubling film according to claim 3 deoils, it is characterised in that: the water inlet component (4) includes The water inlet pipe (40) that is connect with water source, the flow pipe (41) that setting is connected to water inlet pipe (40), the flow pipe (41) far from into One end of water pipe (40) is protruded into water tank (1) and is extended in water tank (1) along the setting of the length direction of water tank (1), the other end Portion position, the water inlet pipe (40) is equipped with the first ring plate (42) close to one end of water tank (1) inner sidewall, the other end is equipped with the second ring The lateral wall of piece (43), first ring plate (42) is equipped with outer tube (44), and the outer tube (44) is far from the first ring plate (42) One end extends on the lateral wall of the second ring plate (43)；

Several permeable holes (45) are evenly equipped on the side wall of second ring plate (43), along it on the side wall of the flow pipe (41) It is axially evenly equipped with several water seepage holes (46), is evenly equipped with several inlet openings along its axial direction on the side wall of the outer tube (44) (47), the inlet opening (47) is in staggered distribution with water seepage hole (46).
The cooling water tank 5. PVB doubling film according to claim 3 deoils, it is characterised in that: opposite the two of the water tank (1) On the side wall and side far from oil trap (22) is equipped with support frame (10)；

The conveying assembly (5) includes output motor (50) and conveying axis (51), and difference is arranged in the both ends of the conveying axis (51) It is arranged on two support frames (10), the output motor (50) is arranged on support frame (10), the drive of the output motor (50) Moving axis is connect with conveying axis (51)；

It is equipped with sliding slot (52) on the side wall of two support frames as described above (10) and above conveying axis (51), the sliding slot (52) Opposite two cell walls be equipped with sliding rail (53), slide and be connected with slide plate (54) on the sliding rail (53), support frame as described above (10) It is equipped on roof and pushes against cylinder (55), the piston rod for pushing against cylinder (55) is connect with slide plate (54), two slide plates (54) output shaft (56) are equipped between；

The conveying axis (51) and output shaft (56) are oppositely arranged and are arranged on lateral wall sponge roller (57), two sponges Roller (57) lateral wall mutually contradicts.
The cooling water tank 6. PVB doubling film according to claim 5 deoils, it is characterised in that: two support frames as described above (10) it Between be equipped with delivery roll (58), the delivery roll (58) is located at side of the conveying roller far from oil trap (22), support frame as described above (10) It is equipped with transmission electrical machine (59), the drive shaft of the transmission electrical machine (59) is connect with delivery roll (58)；

Slippage slot (500), the sliding are equipped on the side wall of two support frames as described above (10) and above delivery roll (58) Opposite two cell walls of slot (500) are equipped with sliding rail (501), and sliding is connected with sliding plate (502) on the sliding rail (501), The roof of support frame as described above (10) is equipped with driving cylinder (503), the piston rod and sliding plate of driving cylinder (503) (502) it connects, is equipped with driven voller (504) between two sliding plates (502)；

The delivery roll (58) and driven voller (504) are oppositely arranged and are arranged on outer wall rubber rollers (505), two rubber The lateral wall of roller (505) mutually contradicts；Two rubber rollers (505) contact with each other where horizontal plane height be higher than two sponges Roller (57) contact with each other where horizontal plane.
The cooling water tank 7. PVB doubling film according to claim 6 deoils, it is characterised in that: on the side wall of the water tank (1) The cooling water pipe (70) being oppositely arranged equipped with two, two cooling water pipes (70) be located at oil trap (22) and sponge roller (57) it Between, there are the gap passed through for doubling film (71), described cooling water pipe (70) one end and water between two cooling water pipes (70) The medium position of water tank (1) is protruded into source connection, the other end, the cooling water pipe (70) in parallel with oil trap (22), the cooling Outer wall of the water pipe (70) close to water tank (1) inner sidewall one end is equipped with the second ring segment equipped with first annular (72), the other end (73), the lateral wall of first annular (72) is equipped with cooling tube (74), and the cooling tube (74) is far from first annular (72) it extends on the lateral wall of the second ring segment (73), the cooling tube (74) extends far from first annular (72) one end Side to water tank (1) far from first annular (72)；

Several water inlets (75), the cooling water pipe (70) are evenly equipped with along its axial direction on the side wall of second ring segment (73) Side wall on along its axial direction be evenly equipped with several leakage holes (76), be evenly equipped on the lateral wall of the cooling tube (74) along its axial direction Several cold water outlets (77), two cold water outlets (77) are towards gap (71).
The cooling water tank 8. PVB doubling film according to claim 6 deoils, it is characterised in that: the water tank (1) is outside and close The side of delivery roll (58) is equipped with bracket (8), and the bracket (8) is equipped with two air hoses (80), an end seal of the air hose (80) Close, the other end is connected with air blower (81), connection is equipped with for blowing on the side wall of the air hose (80) and along its length The air port (82) of doubling film.