CN205969651U

CN205969651U - Cooling device for film

Info

Publication number: CN205969651U
Application number: CN201620926492.1U
Authority: CN
Inventors: 徐志雄
Original assignee: Sichuan Yuanxing Rubber Co Ltd
Current assignee: Sichuan Yuanxing Rubber Co Ltd
Priority date: 2016-08-24
Filing date: 2016-08-24
Publication date: 2017-02-22
Anticipated expiration: 2026-08-24

Abstract

The utility model discloses a cooling device for film, including frame and the cooling tank of setting in the frame below, its characterized in that still includes guide rail and heat dissipation case, guide rail one end is connected with the frame, and the other end also is connected with the frame, and in guide rail mid portion sets up the cooling tank, and the mid portion of guide rail in the cooling tank is the V -arrangement, in addition, guide rail both sides reason be equipped with can free activity the fixing clip, the setting of heat dissipation case is in the junction of guide rail with the frame, be equipped with the crossbeam in the frame of the top of cooling tank, be equipped with vertical decurrent shower nozzle on the crossbeam. The utility model discloses structure foundation, easy operation, through the setting of guide rail and fixing clip, make the film normally get into in the cooling tank to the heat dissipation case during the coolant liquid is gone into in the submergence completely, reaches regular cooling, and improving cooling efficiency, the input speed of sheet rubber in curling is finally adjusted to the speed of speed controller control guide rail, makes winding effect better.

Description

Batch off unit

Technical field

This utility model is related to chiller and in particular to batch off unit, belongs to rubber-producing equipment technical field.

Background technology

In existing rubber conveyer belt manufacturing enterprise, need after elastomeric material is pressed into sheet rubber after coolant cools down It is wound, and existing coolant is placed only in cooling bay, sheet rubber passes freely through coolant, but due to sheet rubber relatively Relatively thin, buoyancy is relatively large, causes cannot be completely submerged in coolant；And the crimping device of cooling bay front end and rear end There is fluctuation in tabletting machine equipment operating rate, when the speed of winding apparatus is very fast, sheet rubber is easily straightened, thus causing rubber Film is raised to the top of coolant, causes cooling effect poor, or even is raised to and separates with coolant, causes the film cannot Cooling；And when the speed of tabletting machine equipment is relatively fast so that the conveying of crimping device inner rubber piece is too fast, occur during winding Fold, impact is normal to wind.

Utility model content

This utility model aims to solve the problem that prior art problem, and proposes batch off unit.The cooling solving film is asked Topic, solves the winding problems of film also according to speed.This utility model passes through the setting of guide rail and fixing card, so that film is normally entered Enter in cooling bay, and be totally submerged in coolant, reach regular cooling, and heat dissipation tank improves cooling effectiveness；Speed Controller controls the speed of guide rail, charging rate in curling for the final regulation sheet rubber, makes winding effect more preferable.

For solving above-mentioned technical problem, following technical scheme is proposed：

Batch off unit, including frame and be arranged on the cooling bay below frame it is characterised in that also include guide rail and Heat dissipation tank, described guide rail one end is connected with frame, and the other end is also connected with frame, and in guide rail mid portion setting cooling bay, Separately, it is provided with fixing card that can be freely movable in guide rail two edges；Described heat dissipation tank is arranged on the junction of guide rail and frame；? The frame of the top of cooling bay is provided with crossbeam, is provided with shower nozzle straight down on crossbeam.

Preferably, described frame is respectively equipped with the conveyer belt connecting tablet machine and crimping device.

Preferably, described guide rail is connected with the conveyer belt in frame.

Preferably, described frame is provided with the speed control controlling guide rail speed.

Preferably, at least two, described guide rail, are set in parallel.

Preferably, mid portion in cooling bay for the described guide rail is V-shaped or U-shaped.

Preferably, the bottom of described guide rail mid portion is under cooling liquid level.

Preferably, described cooling bay at least one, and on the downside of cooling bay, have cooling liquid inlet and cooling liquid outlet.

Preferably, described coolant is ethylene glycol type coolant.

Preferably, described heat dissipation tank at least one, radiating box body be rectangle, and casing both sides setting exhaust fan.

Preferably, described shower nozzle at least one, and equipped with coolant in shower nozzle.

Technique productions flow process principle of the present utility model is：

In rubber-producing equipment, by this utility model batch off unit, it is arranged between tablet machine and crimping device, Guide rail is connected with the tablet machine conveyer belt in frame and crimping device conveyer belt respectively；When sheet rubber is through tablet machine conveyer belt When being sent on guide rail, the fixing card of guide rail both sides fixes sheet rubber；Then, guide rail is under the regulation and control of speed control, with Certain speed enters in coolant, then goes out coolant again, runs on the conveyer belt of crimping device, completes to wind.Here During, exhaust fan work in heat dissipation tank, plays the effect of cooling sheet rubber；Shower nozzle equipped with coolant sprays coolant in rubber On piece, help out.

Using technique scheme, the Advantageous Effects bringing are as follows：

（1）In this utility model, mechanism basis, simple to operate, sheet rubber can be made effectively to be cooled down, and by speed The control of degree, makes the effect of winding more preferable；

（2）In this utility model, the setting of guide rail, contribute to driving film to normally enter in cooling bay, and soak completely Submerge in coolant, reach regular cooling, and heat dissipation tank improves cooling effectiveness；

（3）In this utility model, the setting of fixing card, play the effect of fixing sheet rubber, to prevent due to sheet rubber Buoyancy and fluctuation, and cannot sufficiently cool down, the cooling effectiveness of impact sheet rubber；

（4）In this utility model, the setting of heat dissipation tank, produced wind by exhaust fan, help the cooling of sheet rubber, and improve Its efficiency；

（5）In this utility model, crossbeam arranges shower nozzle, equipped with coolant in shower nozzle, in plant running stage, shower nozzle Spray coolant spraying, the cooling of auxiliary rubber piece；

（6）In this utility model, speed control controls the speed of guide rail, so that sheet rubber is reached sufficiently cold But, on the other hand indirectly control the transfer rate of sheet rubber, charging rate in curling for the final regulation sheet rubber, make winding Effect is more preferable；

（7）In this utility model, the quantity of guide rail and be arrangeding in parallel, facilitate the stable transmission to sheet rubber for the guide rail, prevent The only skidding of sheet rubber or sideslip；

（8）In this utility model, mid portion V-arrangement in cooling bay for the guide rail or U-shaped, it is easy to sheet rubber follows track Enter in cooling bay, reach sufficient cooling.

Brief description

Fig. 1 structural representation of the present utility model

In figure, 1, frame, 2, cooling bay, 3, guide rail, 4, heat dissipation tank, 5, fixing card, 6, crossbeam, 7, shower nozzle, 8, conveyer belt, 9th, speed control, 10, cooling liquid inlet, 11, cooling liquid outlet, 12, exhaust fan.

Specific embodiment

Below by being clearly and completely described it is clear that described to the technical scheme in this utility model embodiment Embodiment be only a part of embodiment of the present utility model, rather than whole embodiment.Based on the reality in this utility model Apply example, all other embodiment that those of ordinary skill in the art are obtained under the premise of not making creative work, all belong to Scope in this utility model protection.

Embodiment 1

Batch off unit, including frame 1 and the cooling bay 2 being arranged on frame 1 lower section, also includes guide rail 3 and heat dissipation tank 4, described guide rail 3 one end is connected with frame 1, and the other end is also connected with frame 1, and in guide rail 3 mid portion setting cooling bay 2, Separately, it is provided with fixing card 5 that can be freely movable in guide rail 3 two edges；Described heat dissipation tank 4 is arranged on the connection of guide rail 3 and frame 1 Place；Frame 1 above cooling bay 2 is provided with crossbeam 6, is provided with shower nozzle 7 straight down on the cross beam 6.

Embodiment 2

Preferably, described frame 1 is respectively equipped with the conveyer belt 8 connecting tablet machine and crimping device.

Preferably, described guide rail 3 is connected with the conveyer belt 8 in frame 1.

Preferably, described frame 1 is provided with the speed control 9 controlling guide rail 3 speed.

Preferably, 3 two, described guide rail, is set in parallel.

Preferably, mid portion in cooling bay 2 for the described guide rail 3 is V-shaped.

Preferably, the bottom of described guide rail 3 mid portion is under cooling liquid level.

Preferably, described cooling bay 2 one, and on the downside of cooling bay 2, have cooling liquid inlet 10 and cooling liquid outlet 11.

Preferably, described coolant is ethylene glycol type coolant.

Preferably, described heat dissipation tank 4 one, heat dissipation tank 4 casing is rectangle, and casing both sides setting exhaust fan 12.

Preferably, 7 one, described shower nozzle, and equipped with coolant in shower nozzle 7.

Embodiment 3

Preferably, 3 two, described guide rail, is set in parallel.

Preferably, mid portion in cooling bay 2 for the described guide rail 3 takes the shape of the letter U.

Preferably, described coolant is ethylene glycol type coolant.

Embodiment 4

Preferably, 3 two, described guide rail, is set in parallel.

Preferably, described cooling bay 2 two, and on the downside of cooling bay 2, have cooling liquid inlet 10 and cooling liquid outlet 11.

Preferably, described coolant is ethylene glycol type coolant.

Preferably, described heat dissipation tank 4 two, heat dissipation tank 4 casing is rectangle, and casing both sides setting exhaust fan 12.

Preferably, 7 three, described shower nozzle, and equipped with coolant in shower nozzle 7.

Embodiment 5

Preferably, 3 three, described guide rail, is set in parallel.

Preferably, described coolant is ethylene glycol type coolant.

Embodiment 6

Preferably, 3 two, described guide rail, is set in parallel.

Preferably, described cooling bay 2 three, and on the downside of cooling bay 2, have cooling liquid inlet 10 and cooling liquid outlet 11.

Preferably, described coolant is ethylene glycol type coolant.

Embodiment 7

Preferably, 3 four, described guide rail, is set in parallel.

Preferably, described cooling bay 2 four, and on the downside of cooling bay 2, have cooling liquid inlet 10 and cooling liquid outlet 11.

Preferably, described coolant is ethylene glycol type coolant.

Preferably, described heat dissipation tank 4 three, heat dissipation tank 4 casing is rectangle, and casing both sides setting exhaust fan 12.

Preferably, 7 five, described shower nozzle, and equipped with coolant in shower nozzle 7.

Embodiment 8

Preferably, 3 five, described guide rail, is set in parallel.

Preferably, described coolant is ethylene glycol type coolant.

Preferably, described heat dissipation tank 4 four, heat dissipation tank 4 casing is rectangle, and casing both sides setting exhaust fan 12.

Preferably, 7 seven, described shower nozzle, and equipped with coolant in shower nozzle 7.

Embodiment 9

As shown in Figure 1：In rubber-producing equipment, by this utility model batch off unit, it is arranged on tablet machine and volume Between bent device, guide rail 3 is connected with the tablet machine conveyer belt 8 in frame 1 and crimping device conveyer belt 8 respectively；Work as sheet rubber When tablet machine conveyer belt 8 is sent on guide rail 3, the fixing card 5 of guide rail 3 both sides fixes sheet rubber；Then, guide rail 3 exists Under the regulation and control of speed control 9, entered in coolant with certain speed, then go out coolant again, run to crimping device On conveyer belt 8, complete to wind.In the process, in heat dissipation tank 4, exhaust fan 12 works, and plays the effect of cooling sheet rubber；Equipped with cold But the shower nozzle 7 of liquid sprays coolant on sheet rubber, helps out.

Claims

1. batch off unit, including frame（1）Be arranged on frame（1）The cooling bay of lower section（2）It is characterised in that also wrapping Include guide rail（3）And heat dissipation tank（4）, described guide rail（3）One end and frame（1）Connect, the other end also with frame（1）Connect, and lead Rail（3）Mid portion arranges cooling bay（2）Interior, separately, in guide rail（3）Two edges are provided with fixing card that can be freely movable（5）；Institute State heat dissipation tank（4）It is arranged on guide rail（3）With frame（1）Junction；In cooling bay（2）Top frame（1）It is provided with horizontal stroke Beam（6）, in crossbeam（6）It is provided with shower nozzle straight down（7）.

2. batch off unit according to claim 1 is it is characterised in that described frame（1）On be respectively equipped with connection pressure Piece machine and the conveyer belt of crimping device（8）.

3. batch off unit according to claim 2 is it is characterised in that described guide rail（3）With frame（1）On transmission Band（8）It is connected.

4. the batch off unit according to claim 1 or 3 is it is characterised in that described frame（1）It is provided with control guide rail （3）The speed control of speed（9）.

5. batch off unit according to claim 1 is it is characterised in that described guide rail（3）At least two, set in parallel Put.

6. batch off unit according to claim 1 is it is characterised in that described guide rail（3）In cooling bay（2）In in Between partly V-shaped or U-shaped, and guide rail（3）The bottom of mid portion is under cooling liquid level.

7. batch off unit according to claim 1 is it is characterised in that described cooling bay（2）At least one, and cool down Pond（2）There is cooling liquid inlet downside（10）And cooling liquid outlet（11）.

8. batch off unit according to claim 1 is it is characterised in that described coolant is ethylene glycol type coolant.

9. batch off unit according to claim 1 is it is characterised in that described heat dissipation tank（4）At least one, heat dissipation tank （4）Casing is rectangle, and casing both sides setting exhaust fan（12）.

10. batch off unit according to claim 1 is it is characterised in that described shower nozzle（7）At least one, and shower nozzle （7）In equipped with coolant.