CN208006036U

CN208006036U - Film cooler

Info

Publication number: CN208006036U
Application number: CN201820041394.9U
Authority: CN
Inventors: 郑尚伟
Original assignee: Zhejiang Jinjiu Tape Ltd By Share Ltd
Current assignee: Zhejiang Jinjiu Tape Ltd By Share Ltd
Priority date: 2018-01-10
Filing date: 2018-01-10
Publication date: 2018-10-26
Anticipated expiration: 2028-01-10

Abstract

The utility model discloses a kind of film coolers, its key points of the technical solution are that including tactic water cooling plant, air cooling equipment, the water cooling plant includes cistern, rotation is provided with the first drive roll and the first driven voller at the top of the cistern, it is arranged with the first conveyer belt on first drive roll and the first driven voller, the drive component for driving the first drive roll to rotate is provided on the cistern, selvage guide component is provided on the cistern, the selvage guide component includes the second deflector roll that film passes through and is rotationally connected with the first deflector roll of columns base and is rotationally connected at the top of cistern successively.The film cooler cools down film by way of water cooling and air-cooled combination, and cooling is efficient.

Description

Film cooler

Technical field

The utility model is related to rubber tooling technical field, more particularly to a kind of film cooler.

Background technology

During rubber production, some powdered rubber raw materials are made with definite shape sizing material, so mixer It is pressed into film by tablet press machine, the film after being made is with certain temperature, it is therefore desirable to which cooling processing is carried out to film.

The Chinese patent that existing publication No. is CN104760150A discloses a kind of film cooler, including motor, transmission The output shaft of roller bearing, cooling chamber, bridging bar, roller, fan, motor is connect with transmission rolling shaft belt, and transmission rolling shaft is for drawing Film to be cooled, bridging bar are rotatably dispose in cooling chamber and positioned at cooling indoor upper rows, and roller is rotatably dispose in cooling Indoor and positioned at cooling indoor lower row, hanging glue rod and roller distribute alternately, and fan is arranged on the side wall of cooling chamber, transmission rolling Axis traction film is fed forward, and then film alternately across bridging bar and roller and is hung on bridging bar and roller, then wind It fans in the wind to film of blowout to cool down to film, the cooling efficiency of the film cooler is bad.

Utility model content

In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of film cooler, cooling effect Rate is high.

The above-mentioned technical purpose of the utility model technical scheme is that：A kind of film cooler, Including tactic water cooling plant, air cooling equipment, the water cooling plant includes cistern, rotation setting at the top of the cistern There are the first drive roll and the first driven voller, the first conveyer belt, the storage are arranged on first drive roll and the first driven voller It is provided with the drive component for driving the first drive roll to rotate on pond, selvage guide component is provided on the cistern, it is described Selvage guide component includes that film passes through and be rotationally connected with the first deflector roll of columns base and is rotationally connected with cistern successively Second deflector roll at top, the air cooling equipment include rack, are rotated in the rack and are provided with charging deflector roll, turned in the rack Dynamic setting is there are four sprocket shaft, and the axis of four sprocket shafts is mutually parallel, and four sprocket shafts are linked to be rectangle, four institutes It states and is symmetrically arranged on sprocket shaft there are two sprocket wheel, four sprocket wheels of the same side are in same plane, and the four of the same side The first chain is arranged on a sprocket wheel, two the first chain side by side parallel are arranged, and the operation of first chain is defeated It send direction identical as the conveying direction of film, several extensions parallel with sprocket shaft is arranged at intervals between two first chains Glue bar is provided with perpendicular on the first chain for hanging glue rod to be supported between the both ends and the first chain of several hanging glue rods Plate, one of them described sprocket shaft are connected with the second motor for driving it to rotate, wind are provided on the side wall of the rack Fan.

Through the above technical solutions, the film cooler is at work, film reaches first after the first conveyer belt and leads It at roller, then reaches after the guiding of the first deflector roll at the second deflector roll, and is exported outside cistern via the second deflector roll, wherein by It is rotatably dispose in columns base, and the first deflector roll of water immersion in cistern in the first deflector roll, then film is led by first During roller reaches the second deflector roll, film can pass through water, and water can cool down film, and then film is by the second deflector roll Charging deflector roll is reached after guiding, is then reached on hanging glue rod under the guiding role of charging deflector roll.At the same time the second motor drives Dynamic one of sprocket shaft rotation, and then two sprocket wheels synchronous rotation in sprocket shaft is set, one of sprocket wheel rotation passes through Other the three sprocket wheel rotations of first chain-driving, then two the first chain syn-chro-steps do reciprocally rotary motion, and then pass through riser The hanging glue rod being connected with two the first chains does reciprocally rotary motion, when film is fed forward under the action of the first conveyer belt When, film is hung on one of hanging glue rod, which drives film to be moved to away from water cooling plant direction, and at the same time the One conveyer belt constantly drives film to be fed forward, until the arrival of next hanging glue rod, in the process, film can hang over extension It on glue bar and dangles the gap between two adjacent hanging glue rods, in the wind to film that then fan is blown out, on the one hand can Cool down to film, on the other hand the water left on film can be blown away, film to be dried, the film cooler Film is cooled down by way of water cooling and air-cooled combination, cooling is efficient.

Preferably, be provided with transmission shaft on the end of first drive roll, the driving component include drive sprocket, from Movable sprocket, the second chain being arranged between drive sprocket and driven sprocket and the third electricity for driving drive sprocket to rotate Machine, the driven sprocket are arranged in the one end of transmission shaft far from the first drive roll, and the driven sprocket is coaxially disposed with transmission shaft.

Through the above technical solutions, the driving drive sprocket rotation of third motor, drive sprocket rotation pass through the second chain band Dynamic driven sprocket rotation, driven sprocket rotation drive the rotation of the first drive roll, the rotation of the first drive roll to pass through the first conveyer belt band Dynamic first driven voller rotation, at the same time the first conveyer belt does reciprocally rotary motion, and then drives and be positioned over the first conveyer belt On film be constantly fed forward.

Preferably, there are two frame body, two framves for the center line symmetrical setting of cistern top upper edge cistern Mounting hole is offered on body, the frame body offers the guide hole being connected to mounting hole, institute on the end face of the first drive roll It states sliding in mounting hole and is provided with second bearing seat, first driven voller is rotatably dispose between two second bearing seats, institute Second bearing seat is stated towards being provided on the end face of guide hole for the screw rod across guide hole, the both sides of guide hole are located on the screw rod Be threadedly coupled the fixing nut for being useful for screw rod being fixedly connected on frame body.

Through the above technical solutions, when the first conveyer belt pine excessively or tension, worker first unscrews fixing nut, then adjusts Second bearing seat slides in mounting hole, until conveyer belt is when being in suitable tensioning state, worker screws on fixing nut by the Two bearing bracket retightens on frame body.

Preferably, sliding slot, the second bearing seat are offered on the mounting hole side wall parallel with film transport direction The upper sliding block being arranged for being in sliding fit with the sliding chute.

Through the above technical solutions, when second bearing seat is mounted on frame body, sliding block is embedded into sliding slot, sliding block and cunning Slot coordinates, and is slid in mounting hole to second bearing seat and plays certain guiding role, and the first driven voller is rotatably dispose in Between two second bearing seats, then two bearing blocks can be with synchronizing moving.

Preferably, along the center line symmetrical setting of cistern, there are two mounting bracket, two peaces at the top of the cistern Rotation is provided with pressure roller between shelving, and the pressure roller is located above the first conveyer belt and there are for supplying between the first conveyer belt Film by gap.

Through the above technical solutions, in the transmission process of film, film can pass through between the first conveyer belt and pressure roller Film is pressed on the first conveyer belt by gap, pressure roller so that film can be more smooth in transmission process, not wrinkled.

Preferably, several hanging glue rods are provided with convex block on the end face of riser, and the quantity of the convex block is at least Three.

Through the above technical solutions, three or more convex blocks can be good at hooking film, can prevent to a certain extent Only film falls off in transportational process from each hanging glue rod.

Preferably, material guide device is provided between the water cooling plant and air cooling equipment, the material guide device includes guide Frame, in the guide rack rotation be provided with the second drive roll and the second driven voller, on second drive roll and the second driven voller It is arranged with the second conveyer belt, second conveyer belt is higher than close to one end of air cooling equipment close to one end of water cooling plant, described The 4th motor for driving the second drive roll to rotate is provided in guide rack.

Through the above technical solutions, the 4th motor drives the rotation of the second drive roll, the rotation of the second drive roll to be passed by second Band is sent to drive the rotation of the second driven voller, at the same time the second conveyer belt does reciprocally rotary motion, and then drives and be positioned over second Film on conveyer belt is constantly fed forward, since the second conveyer belt is higher than close to one end of air cooling equipment close to water cooling plant One end, then film can be delivered up by the second conveyer belt, so that the pendency height increase of film, it is cold to increase the film But the cooling efficiency of machine.

Preferably, it is provided with cooling bay on the side wall of the cistern, is offered on the side wall of the cistern for inciting somebody to action The water-flowing trough that cistern is connected to cooling bay is provided in the water-flowing trough for stopping that water is flowed into from cistern in cooling bay First partition, the first partition are slidably arranged on cistern, in the cooling bay sliding be provided with second partition, described the Cooling bay is separated into pond one, pond two by two partition boards, the cistern, Chi Yi, pond two bottom in reducing step-like, institute successively State the component that draws water being provided between cistern and pond two for being evacuated to the water in pond two in cistern.

Through the above technical solutions, the water cooling plant of the film cooler is at work, and when film passes through cistern, film Temperature transmit water supply, and then the temperature of film decreases, but with the continuous work of film cooler, in cistern Coolant-temperature gage can increase, then can influence cooling effect of the water cooling plant to film of the film cooler.At this time worker by first every Plate is extracted out, and the water in cistern can flow into pond one, and the water cooling plant of the film cooler is when in use, can be noted in pond two Enter cold water, then the cold water in pond two is evacuated in cistern by the component that draws water, at this time the water cooling plant of the film cooler Preferable to the cooling effect of film, then worker can extract second partition out, and the water in pond one can flow into pond two, and water can be in pond It is cooling in two, make in order to the water conservancy project of changing of next time, cooling water can be recycled in the water cooling plant of the film cooler, has saved water Resource.

Preferably, the component that draws water include water pump, the water inlet pipe that is connected on water pump, the water outlet being connected on water pump Pipe, the one end of the water inlet pipe far from water pump stretch in pond two, and the one end of the outlet pipe far from water pump stretches to cistern It is interior.

Through the above technical solutions, this draws water, component when in use, extracted out the cold water in pond two by water inlet pipe by water pump, Then the cold water of extraction is sent to cistern by outlet pipe.

In conclusion the utility model having the beneficial effect that in contrast to the prior art：

1, the film cooler cools down film by way of water cooling and air-cooled combination, and cooling is efficient；

2, cooling water can be recycled in the water cooling plant of the film cooler, has saved water resource.

Description of the drawings

Fig. 1 is the structural schematic diagram of film cooler in embodiment, the concrete structure of main prominent film cooler；

Fig. 2 is the structural schematic diagram of water cooling plant in embodiment, the concrete structure of main prominent water cooling plant；

Fig. 3 is the structural schematic diagram of accumulator portion in embodiment；

Fig. 4 is the enlarged drawing at A in Fig. 3, the mounting structure between main prominent first driven voller and cistern；

Fig. 5 is the partial structural diagram of air cooling equipment in embodiment, the concrete structure of main prominent air cooling equipment.

Reference numeral：1, water cooling plant；2, material guide device；3, air cooling equipment；4, cistern；5, the first drive roll；6, One driven voller；7, the first conveyer belt；8, drive component；81, drive sprocket；82, driven sprocket；83, the second chain；84, third Motor；9, selvage guide component；91, the first deflector roll；92, the second deflector roll；10, first bearing seat；11, transmission shaft；12, frame body；13, pacify Fill hole；14, sliding slot；15, guide hole；16, second bearing seat；17, sliding block；18, screw rod；19, fixing nut；20, mounting bracket；21, Pressure roller；22, fixed frame；23, gag lever post；24, cooling bay；241, Chi Yi；242, pond two；25, water-flowing trough；26, first partition； 27, second partition；28, draw water component；281, water pump；282, water inlet pipe；283, outlet pipe；29, guide rack；30, second actively Roller；31, the second driven voller；32, the second conveyer belt；33, the 4th motor；34, rack；35, deflector roll is fed；36, sprocket shaft；37, Sprocket wheel；38, the first chain；39, hanging glue rod；40, riser；41, the second motor；42, fan；43, convex block.

Specific implementation mode

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

This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability Field technique personnel can as needed make the present embodiment the modification of not creative contribution after reading this specification, but As long as all being protected by Patent Law in the right of the utility model.

As shown in Figure 1, a kind of film cooler, including tactic water cooling plant 1, material guide device 2, air cooling equipment 3.

As shown in Fig. 2, water cooling plant 1 includes cistern 4,4 top rotation of cistern is provided with the first drive roll 5 and first It is arranged with the first conveyer belt 7 on driven voller 6, the first drive roll 5 and the first driven voller 6, is provided on cistern 4 for driving the The drive component 8 of one drive roll 5 rotation, is provided with selvage guide component 9 on cistern 4, selvage guide component 9 pass through successively including film and It is rotationally connected with the first deflector roll 91 of 4 bottom of cistern and is rotationally connected with second deflector roll 92 at 4 top of cistern,

At work, film reaches the first deflector roll 91 to the water cooling plant 1 of the film cooler after the first conveyer belt 7 Place, then reaches at the second deflector roll 92 after the guiding of the first deflector roll 91, and is exported outside cistern 4 via the second deflector roll 92, Wherein since the first deflector roll 91 is rotatably dispose in 4 bottom of cistern, and the first deflector roll of water immersion 91 in cistern 4, then glue During piece reaches the second deflector roll 92 by the first deflector roll 91, film can pass through water, and water can cool down film.

4 top of cistern is installed with first bearing seat 10, and the quantity of first bearing seat 10 is two, two first axles Along the center line symmetrical setting of cistern 4, the first drive roll 5 is rotatably dispose between two first bearing seats 10 bearing 10, and Transmission shaft 11 is provided on the end of one drive roll 5, transmission shaft 11, which passes through one of first bearing seat 10 and rotated with it, matches It closes.

As shown in Figures 2 and 3, drive component 8 include drive sprocket 81, driven sprocket 82, setting drive sprocket 81 and from The second chain 83 between movable sprocket 82 and the third motor 84 for driving drive sprocket 81 to rotate, driven sprocket 82 are fixed It is connected to the one end of transmission shaft 11 far from the first drive roll 5, driven sprocket 82 is coaxially disposed with transmission shaft 11.The drive component 8 When work, third motor 84 drives drive sprocket 81 to rotate, and the rotation of drive sprocket 81 drives driven sprocket by the second chain 83 82 rotations, the rotation of driven sprocket 82 drive the rotation of the first drive roll 5, the rotation of the first drive roll 5 to drive the by the first conveyer belt 7 One driven voller 6 rotates, and at the same time the first conveyer belt 7 does reciprocally rotary motion, and then drives and be positioned on the first conveyer belt 7 Film be constantly fed forward.

As shown in Figures 3 and 4,4 top of cistern is fixedly connected with frame body 12, and the quantity of frame body 12 is two, two frame bodies 12 along cistern 4 center line symmetrical setting, frame body 12 be rectangular panel body.The thickness direction of two 12 upper edge frame bodies 12 of frame body is opened Equipped with mounting hole 13, the rectangular cross-section of mounting hole 13.It is offered on the side wall parallel with adhesive tape conveying direction on mounting hole 13 Sliding slot 14, the rectangular cross-section of sliding slot 14.Guide hole 15 is offered on two frame bodies 12, guide hole 15 is opened in frame body 12 far from It is connected on the end face of one drive roll 5 and with mounting hole 13, the section of guide hole 15 is circle.

Sliding is provided with second bearing seat 16, the conveying side of the glide direction and film of second bearing seat 16 in mounting hole 13 To parallel, the first driven voller 6 is rotatably dispose between two second bearing seats 16.Be provided in second bearing seat 16 for cunning The quantity of the sliding block 17 that slot 14 is slidably matched, sliding block 17 is two, and two sliding slots 14 are symmetrical along the center line of second bearing seat 16 Setting.Second bearing seat 16 is located at the both sides of guide hole 15 towards screw rod 18 is fixedly connected on the end face of guide hole 15 on screw rod 18 Be threadedly coupled the fixing nut 19 for being useful for second bearing seat 16 being fixed in mounting hole 13.

When second bearing seat 16 is mounted on frame body 12, sliding block 17 is embedded into sliding slot 14, and sliding block 17 is matched with sliding slot 14 It closes, to second bearing seat 16, certain guiding role is played in sliding in mounting hole 13, and the first driven voller 6 is rotatably dispose in Between two second bearing seats 16, then two second bearing seats 16 can be with synchronizing moving.At the same time, screw rod 18 passes through guide hole 15, screw rod 18 is fixed on frame body 12 by two fixing nuts 19 for being then within 15 both sides of guide hole, and then second bearing seat 16 It is fixedly installed on frame body 12.

When conveyer belt pine excessively or tension, worker first unscrews fixing nut 19, then adjusts second bearing seat 16 and is installing Sliding in hole 13, until when the first conveyer belt 7 is in suitable tensioning state, worker screws on fixing nut 19 by second bearing seat 16 retighten on frame body 12, and the first conveyer belt 7 more can smoothly convey film at this time.

As shown in Fig. 2, along the center line symmetrical setting of cistern 4, there are two mounting bracket 20, two installations at cistern 4 top Rotation is provided with pressure roller 21 between frame 20, pressure roller 21 be located above the first conveyer belt 7 and between the first conveyer belt 7 there are for For film by gap.In the transmission process of film, film can pass through the gap between the first conveyer belt 7 and pressure roller 21, Film is pressed on the first conveyer belt 7 by pressure roller 21 so that film can be more smooth in transmission process, not wrinkled.

4 top of cistern is provided with fixed frame 22, and fixed frame 22 is located at one that the second deflector roll 92 deviates from the first drive roll 5 Side, there are two gag lever posts 23 for setting on the end face of cistern 4 for fixed frame 22, and two gag lever posts 23 are along the center of fixed frame 22 Line is symmetrical arranged.Film reaches after the guiding of the second deflector roll 92 on fixed frame 22, and film be located at two gag lever posts 23 it Between, two gag lever posts 23 play film certain position-limiting action so that film is less prone to shift phenomenon in transmission process.

It is provided with cooling bay 24 on the side wall of cistern 4, is offered on the side wall of cistern 4 for by cistern 4 and cold But the water-flowing trough 25 that pond 24 is connected to, on cistern 4 sliding be provided with the flowed into for stopping water from cistern 4 in cooling bay 24 One partition board 26, first partition 26 are located in water-flowing trough 25, are slided in cooling bay 24 and are provided with second partition 27, second partition 27 will Cooling bay 24 is separated into pond 1, pond 2 242, cistern 4, pond 1, pond 2 242 bottom be in the step reduced successively Shape, the depth in pond 1 are twice of 4 depth of cistern so that the water in cistern 4 can flow into pond one as far as possible In 241, the depth in pond 2 242 is three times of cistern 4 so that the water flowed into pond 1 from cistern 4 can be as far as possible It flows into pond 2 242, is provided between cistern 4 and pond 2 242 for the water in pond 2 242 to be evacuated in cistern 4 Draw water component 28.

The component 28 that draws water includes water pump 281, the water inlet pipe 282 being connected on water pump 281, is connected to going out on water pump 281 Water pipe 283, the one end of water inlet pipe 282 far from water pump 281 stretch in pond 2 242, the one end of outlet pipe 283 far from water pump 281 It stretches in cistern 4.

At work, when film passes through cistern 4, the temperature of film transmits water supply to the water cooling plant 1 of the film cooler, And then the temperature of film decreases, but with the continuous work of film cooler, the coolant-temperature gage in cistern 4 can increase, Cooling effect of the water cooling plant 1 to film of the film cooler can then be influenced.

Worker extracts first partition 26 out at this time, and the water in cistern 4 can flow into pond 1, and the film cooler Water cooling plant 1 when in use, cold water can be injected in the pond 2 242, then water pump 281 will be in pond 2 242 by water inlet pipe 282 Cold water extraction, then the cold water of extraction is sent to cistern 4 by outlet pipe 283, at this time the water cooling of the film cooler Device 1 is preferable to the cooling effect of film, and then worker can extract second partition 27 out, and the water in pond 1 can flow into pond two In 242, water can cool down in pond 2 242, make in order to the water conservancy project of changing of next time, the water cooling plant 1 of the film cooler is recyclable Using cooling water, water resource has been saved.

As shown in Figure 1, material guide device 2 includes guide rack 29, in guide rack 29 rotation be provided with the second drive roll 30 and the Two driven vollers 31, for the second driven voller 31 between the second drive roll 30 and water cooling plant 1, the second drive roll 30 and second is driven The second conveyer belt 32 is arranged on roller 31, the second conveyer belt 32 is higher than one close to water cooling plant 1 close to one end of air cooling equipment 3 It holds, the 4th motor 33 for driving the second drive roll 30 to rotate is provided in guide rack 29.

Film can be entered after the cooling of water cooling plant 1 on second conveyer belt 32, the second master of the 4th motor 33 driving Dynamic roller 30 rotates, and the rotation of the second drive roll 30 drives the rotation of the second driven voller 31 by the second conveyer belt 32, and at the same time second Conveyer belt 32 does reciprocally rotary motion, and then the film being positioned on the second conveyer belt 32 is driven constantly to be fed forward, due to Second conveyer belt 32 is higher than close to one end of air cooling equipment 3 close to one end of water cooling plant 1, then the second conveyer belt 32 can be by glue Piece is delivered up.

As described in figures 1 and 5, air cooling equipment 3 includes rack 34, is rotated in rack 34 and is provided with charging deflector roll 35, rack 34 There are four sprocket shaft 36, the axis of four sprocket shafts 36 is mutually parallel for interior rotation setting, and four sprocket shafts 36 are linked to be rectangle, four It being symmetrically arranged on sprocket shaft 36 there are two sprocket wheel 37, four sprocket wheels 37 of the same side are in same plane, and the four of the same side The first chain 38, two 38 side by side parallel of the first chain settings, the operation conveying side of the first chain 38 are arranged on a sprocket wheel 37 To identical as the conveying direction of film, several hanging glue rods parallel with sprocket shaft 36 are arranged at intervals between two the first chains 38 39, it is provided between the both ends of several hanging glue rods 39 and the first chain 38 for hanging glue rod 39 to be supported on the first chain 38 Riser 40, one of sprocket shaft 36 are connected with the second motor 41 for driving it to rotate, are provided on the side wall of rack 34 Fan 42, the wind that fan 42 is blown out, which can be blown to, to be hung on the film on hanging glue rod 39.

Several hanging glue rods 39 are provided with convex block 43 on the end face of riser 40, and the quantity of convex block 43 is at least three, and three A above convex block 43 can be good at hooking film, can prevent film in transportational process from each kiss-coating to a certain extent It falls off on bar 39.

Film is reached after the second conveyer belt 32 at charging deflector roll 35, is then arrived under the guiding role of charging deflector roll 35 Up on hanging glue rod 39, at the same time the second motor 41 drives one of sprocket shaft 36 to rotate, and then is arranged in sprocket shaft 36 Two sprocket wheels 37 rotate synchronously, and the rotation of one of sprocket wheel 37 drives other three sprocket wheels 37 to rotate by the first chain 38, then Two the first chains 38 synchronize the hanging glue rod for doing reciprocally rotary motion, and then being connected with two the first chains 38 by riser 40 39 do reciprocally rotary motion, and when film is fed forward under the action of the first conveyer belt 7, film hangs over one of kiss-coating On bar 39, which drives film to be moved to away from 1 direction of water cooling plant, at the same time the first conveyer belt 7 constantly band Dynamic film is fed forward, until the arrival of next hanging glue rod 39, in the process, film can hang on a hanging glue rod 39 and hang It, on the one hand can be to film in the wind to film that then fan 42 is blown out in the gap hung down between two adjacent hanging glue rods 39 Cool down, on the other hand the water left on film can be blown away, film to be dried, which passes through water The mode of cold and air-cooled combination cools down to film, and cooling is efficient.

The above is only the exemplary embodiment of the utility model, the protection model rather than limited the present invention It encloses, the scope of protection of the utility model is determined by the attached claims.

Claims

1. a kind of film cooler, including tactic water cooling plant (1), air cooling equipment (3), it is characterized in that：The water cooling Device (1) includes cistern (4), is rotated at the top of the cistern (4) and is provided with the first drive roll (5) and the first driven voller (6), It is arranged with the first conveyer belt (7) on first drive roll (5) and the first driven voller (6), is arranged on the cistern (4) useful In the drive component (8) for driving the first drive roll (5) to rotate, selvage guide component (9) is provided on the cistern (4), it is described to lead Cloth component (9) includes the first deflector roll (91) and the rotation connection that film passes through and is rotationally connected with cistern (4) bottom successively The second deflector roll (92) at the top of cistern (4), the air cooling equipment (3) include rack (34), are rotated on the rack (34) It is provided with charging deflector roll (35), rotating setting in the rack (34), there are four sprocket shaft (36), four sprocket shafts (36) Axis be mutually parallel, four sprocket shafts (36) are linked to be rectangle, have been symmetrically arranged on four sprocket shafts (36) Two sprocket wheels (37), four sprocket wheels (37) of the same side are in same plane, on four sprocket wheels (37) of the same side It is arranged with the first chain (38), two the first chain (38) side by side parallel are arranged, and the operation of first chain (38) is defeated It send direction identical as the conveying direction of film, several and sprocket shaft (36) is arranged at intervals between two first chains (38) Parallel hanging glue rod (39) is provided between the both ends and the first chain (38) of several hanging glue rods (39) for by hanging glue rod (39) riser (40) being supported on the first chain (38), one of them described sprocket shaft (36) are connected with for driving its rotation The second motor (41), be provided with fan (42) on the side wall of the rack (34).

2. film cooler according to claim 1, it is characterized in that：It is provided on the end of first drive roll (5) Transmission shaft (11), the driving component (8) include drive sprocket (81), driven sprocket (82), setting in drive sprocket (81) and The second chain (83) between driven sprocket (82) and the third motor (84) for driving drive sprocket (81) to rotate, it is described Driven sprocket (82) setting is in the one end of transmission shaft (11) far from the first drive roll (5), the driven sprocket (82) and transmission shaft (11) it is coaxially disposed.

3. film cooler according to claim 1, it is characterized in that：Upper edge cistern (4) at the top of the cistern (4) Center line symmetrical setting offers mounting hole (13), the frame body there are two frame body (12) on two frame bodies (12) (12) deviate from the end face of the first drive roll (5) and offer the guide hole (15) being connected to mounting hole (13), the mounting hole (13) Interior sliding is provided with second bearing seat (16), and first driven voller (6) is rotatably dispose between two second bearing seats (16), The second bearing seat (16) is towards being provided with for the screw rod (18) across guide hole (15), the spiral shell on the end face of guide hole (15) Be threadedly coupled the fixation for being useful for screw rod (18) being fixedly connected on frame body (12) on bar (18) positioned at the both sides of guide hole (15) Nut (19).

4. film cooler according to claim 3, it is characterized in that：The mounting hole (13) is parallel with film transport direction Side wall on offer sliding slot (14), the sliding block for being slidably matched with sliding slot (14) is set on the second bearing seat (16) (17)。

5. film cooler according to claim 1, it is characterized in that：At the top of the cistern (4) along cistern (4) Heart line is symmetrical arranged there are two mounting bracket (20), between two mounting brackets (20) rotation be provided with pressure roller (21), the pressure Roller (21) be located above the first conveyer belt (7) and between the first conveyer belt (7) there are for for film by gap.

6. film cooler according to claim 1, it is characterized in that：Several hanging glue rods (39) are away from riser (40) Convex block (43) is provided on end face, the quantity of the convex block (43) is at least three.

7. film cooler according to claim 1, it is characterized in that：Between the water cooling plant (1) and air cooling equipment (3) Be provided with material guide device (2), the material guide device (2) includes guide rack (29), on the guide rack (29) rotation be provided with the Two drive rolls (30) and the second driven voller (31) are arranged with the second biography on second drive roll (30) and the second driven voller (31) Band (32), second conveyer belt (32) is sent to be higher than close to one end of water cooling plant (1), institute close to one end of air cooling equipment (3) State the 4th motor (33) being provided in guide rack (29) for driving the second drive roll (30) to rotate.

8. film cooler according to claim 1, it is characterized in that：It is provided with cooling on the side wall of the cistern (4) Pond (24) offers the water-flowing trough for cistern (4) to be connected to cooling bay (24) on the side wall of the cistern (4) (25), the first partition for stopping water out of cistern (4) inflow cooling bay (24) is provided in the water-flowing trough (25) (26), the first partition (26) is slidably arranged on cistern (4), is slided in the cooling bay (24) and is provided with second partition (27), cooling bay (24) is separated into pond one (241), pond two (242), the cistern (4), Chi Yi by the second partition (27) (241), the bottom in pond two (242) is step-like in reducing successively, is arranged between the cistern (4) and pond two (242) useful In the component that draws water (28) being evacuated to the water in pond two (242) in cistern (4).

9. film cooler according to claim 8, it is characterized in that：The component that draws water (28) includes water pump (281), connects The water inlet pipe (282) being connected on water pump (281), the outlet pipe (283) being connected on water pump (281), the water inlet pipe (282) are remote One end from water pump (281) stretches in pond two (242), and the one end of the outlet pipe (283) far from water pump (281) stretches to storage In pond (4).