KR101984187B1

KR101984187B1 - Roll Sheet Array type Washing and Drying Apparatus

Info

Publication number: KR101984187B1
Application number: KR1020150171348A
Authority: KR
Inventors: 남현; 신무용; 김대성; 송동수; 최용진
Original assignee: 주식회사 엘지화학
Priority date: 2015-12-03
Filing date: 2015-12-03
Publication date: 2019-05-30
Also published as: KR20170065201A

Abstract

The present invention provides a roll sheet array type cleaning and drying apparatus capable of washing and drying a winder roll sheet (10) made in the form of a roll sheet by a roll winder (1). The roll sheet array type washing and drying apparatus of the present invention comprises a roll sheet tank 20 including a plurality of roll sheet housings 40 composed of a perforated plate into which a winder roll sheet 10 can be inserted, (30). This makes it possible to effectively wash a large number of winder roll sheets (10) by using a small amount of washing liquid by circulating the washing liquid. In particular, the vacuum pump (80) is connected to the roll sheet tank (20) And is also effective in drying by heat oil circulation using the jacket 20-2.

Description

(Roll Sheet Array Type Washing and Drying Apparatus)

The present invention relates to a cleaning and drying apparatus, and more particularly, to a roll sheet array type cleaning and drying apparatus in which a plurality of roll sheets can be washed and dried at one time.

Generally, a plastic or fibrous roll sheet is produced by winding a sheet on which a lamination of oil / inorganic materials has been performed on a surface in the form of a roll.

In particular, the sheet or roll sheet is washed and dried for a subsequent process, thereby removing impurities such as unreacted materials or side reactants that may remain on the sheet after lamination. This impurity removal process is an essential procedure and removal of impurities must be effective.

An example of impurity removal is a solvent impregnation method. In the solvent impregnation method, the produced sheet or roll sheet is precipitated in a washing tank containing an appropriate solvent, the impurities are removed in a precipitated state for a predetermined time, and the solvent remaining on the sheet is dried Procedure.

Japanese Published Patent Application No. 2010-131922A

However, in the case of the solvent-impregnated method, the impurity removal efficiency is inevitably low when the solvent flow is weak or the solvent is poor in view of the performance, and in case of the toxic solvent from the environment, the influence on the human body and the environment must be considered.

In particular, the solvent impregnation method has a fundamental limitation that it takes much time to remove impurities.

In view of the above, the present invention is characterized in that a plurality of roll sheets wrapped with a perforated plate are arrayed to be cleaned and dried, thereby greatly increasing the efficiency of the impurity removing operation, and forming a circulating washing liquid condition and a high temperature condition, A roll sheet array type cleaning and drying device which greatly improves the efficiency and greatly improves the roll sheet drying efficiency by connecting the vacuum pump and especially the batch control using the motor connected impeller can greatly improve the cleaning and drying performance and efficiency The purpose of this paper is to provide

In order to accomplish the above object, the present invention provides a cleaning and drying apparatus for a roll sheet array system, comprising: a cleaning liquid supply unit for supplying a cleaning liquid to the inner space and forcibly circulating the cleaning liquid; A roll sheet tank discharged to the outside; A cap screwed with the roll sheet tank and sealing the contact surface of the roll sheet tank with a packing; A roll sheet housing provided with the plurality of roll sheets spaced apart from each other and provided with the internal space of the roll sheet tank; A circulator circulating the heat medium oil through the heating medium jacket of the roll sheet tank to raise the temperature of the washing liquid; A circulation pump for forcibly circulating the cleaning liquid injected by the cleaning liquid injector into the internal space of the roll sheet tank; .

The roll sheet tank arranges the roll sheet housing vertically or horizontally in the inner space.

Wherein the roll sheet is a winder roll sheet composed of a roll winder in which the sheet is wound in a roll form and the winder roll sheet has a winder case wrapped by the roll winder, The perforated holes are pierced, the winder case is separated at both ends, and the separated both ends are locked by the case clamp.

The roll winder includes a rotating shaft for rotating a handle coupled to an end of an upper end portion of the sheet in a roll form, a shaft cylinder surrounding the rotating shaft, and a lower end portion of the rotating shaft for vertically supporting the rotating shaft. And an upper plate provided on the upper end of the rotating shaft and having perforated holes, wherein the shaft cylinder is separated at both ends, and the separated both ends are locked by a shaft clamp.

The roll sheet housing comprises a hollow pipe in which the roll sheet is individually received, and the hollow pipe divides the internal space into sections.

In order to accomplish the above object, the present invention provides a cleaning and drying apparatus for a roll sheet array system, comprising: a cleaning liquid supply unit for supplying a cleaning liquid to the inner space and forcibly circulating the cleaning liquid; A roll sheet tank in which the cleaning liquid is discharged to the outside; A cap screwed with the roll sheet tank and sealing the contact surface of the roll sheet tank with a packing; A roll sheet housing provided with the plurality of roll sheets spaced apart from each other and provided with the internal space of the roll sheet tank; Circulating the heat medium oil through the heat medium jacket of the roll sheet tank to raise the temperature of the wash liquid; A circulation pump for forcibly circulating the cleaning liquid injected by the cleaning liquid injector into the internal space of the roll sheet tank; And a vacuum pump for decontaminating the inner space of the roll sheet tank.

According to another aspect of the present invention, there is provided an apparatus for cleaning and drying a roll sheet array system, comprising: a cleaning liquid supply unit for supplying a cleaning liquid to the inside space and forcibly circulating the cleaning liquid; A roll sheet tank through which the cleaning liquid is discharged to the outside; A roll sheet housing provided with the plurality of roll sheets spaced apart from each other and provided with the internal space of the roll sheet tank; A circulator circulating the heat medium oil through the heating medium jacket of the roll sheet tank to raise the temperature of the washing liquid; A circulation pump for forcibly circulating the cleaning liquid injected by the cleaning liquid injector into the internal space of the roll sheet tank; A vacuum pump for reducing the internal space of the roll sheet tank; A motor for rotating the impeller; a motor for rotating the impeller; a motor for rotating the impeller; A detachable cap penetrating through an impeller shaft connecting the motor and the impeller, and coupled to the roll sheet tank; .

The cleaning and drying apparatus of the present invention achieves the following advantages and effects by washing and drying a plurality of roll sheets stacked in an array manner.

First, since the roll sheet forms a non-attached form of the substrate by using the winder, the drying is accelerated with the effective solvent contact of the substrate, and the cleaning and drying performance is greatly improved by using the porous hole housing which smoothes the solvent flow. do. Secondly, a large number of roll sheets are loaded in the tank in an array manner during one operation, thereby greatly improving cleaning and drying efficiency. Third, since the solvent forced circulation, the heat medium oil circulation, and the batch control are selectively used or mixed, the impurity removing performance is greatly improved even by using a small amount of solvent. Fourth, airtightness of the tank ensures safe and efficient drainage of the solvent using the drain valve while preventing the leakage of the solvent or the removed impurities. Fifth, since the roll sheet is arranged horizontally or vertically, more efficient cleaning and drying can be performed depending on the type and size of the substrate. Sixth, the efficiency of roll sheet drying is greatly improved by the drying method associated with the vacuum pump.

1 is an example in which the cleaning and drying apparatus according to the present invention is arranged so that a winder roll sheet is vertically arranged in an array manner.
2 is a detailed configuration diagram of a roll sheet tank, a cap and a roll sheet housing according to the present invention.
3 is a block diagram of a roll winder for manufacturing a winder roll sheet according to the present invention.
4 is a working state of a washing and drying apparatus in which a winder roll sheet according to the present invention is vertically arrayed.
5 is a cleaning operation in which the cleaning and drying apparatus according to the present invention is arranged in a state in which the winder roll sheet is vertically arrayed.
6 is a drying operation in which the cleaning and drying apparatus according to the present invention is arranged in a state in which the winder roll sheet is vertically arrayed.
Fig. 7 is an example in which the cleaning and drying apparatus according to the present invention is arranged so that the winder roll sheet is horizontally arranged in an array manner.
8 is a configuration example of a washing and drying apparatus in which a winder roll sheet according to the present invention is vertically arranged in an array manner and batch control using an impeller is performed.
9 is an assembled state of the washing and drying apparatus according to Fig.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings, which illustrate exemplary embodiments of the present invention. The present invention is not limited to these embodiments.

Fig. 1 shows a configuration of a roll sheet array type cleaning and drying apparatus according to the present embodiment.

As shown, the components of the cleaning and drying apparatus include a winder roll sheet 10, a roll sheet tank 20, a cap 30, a roll sheet housing 40, and a drain valve 50.

Specifically, the winder roll sheet 10 comprises a roll winder 1 in which the sheet 1-1 is wound in a roll form, a cleaning liquid (or an organic solvent) in a state of wrapping the roll winder 1, And a pair of case clamps 9-1 and 9-2 for locking or unlocking the winder case 7 so as to facilitate the passage of the winder case 7, do. Particularly, the roll winder 1 and the winder case 7 are formed by forming a perforated sheet in a circular shape and are exposed to the washing liquid. Therefore, stainless steel material or teflon is used for corrosion prevention, Coated SUS material. Further, the pair of case clamps 9-1, 9-2 are provided at intervals on both ends of the winder case 7, and are locked and unlocked on the principle of the door lock.

Specifically, the roll sheet tank 20 forms an inner space in which the cleaning liquid injected into the inner space is gathered on the bottom surface, and the forced circulation of the injected cleaning liquid and the temperature rise due to the heating of the roll sheet tank 20 is performed. Shaped hollow cylindrical cylinder. In particular, the roll sheet tank 20 is made of SUS (stainless steel) or Teflon coated SUS to prevent corrosion.

Specifically, the cap 30 is coupled to the inlet portion of the roll sheet tank 20, thereby blocking the inner space of the roll sheet tank 20 from the outside. Particularly, the cap 30 is screwed with the roll sheet tank 20 so that the cap 30 can easily be detached.

Specifically, the roll sheet housing 40 is assembled into a pair of a plurality of winder roll sheets 10 in a state in which a plurality of winder roll sheets 10 are arrayed, so that washing and drying operations can be performed at one time. In particular, the roll sheet housing 40 is formed of a stainless steel material or a Teflon coated SUS material to prevent corrosion because the perforated sheet is formed by curling a perforated sheet and is exposed to the cleaning liquid.

Specifically, the drain valve (50) is provided on the bottom surface of the roll sheet tank (20) to discharge the cleaning liquid collected after the cleaning is completed to the outside from the roll sheet tank (20). For this purpose, the drain valve (50) uses an electronic opening / closing valve or a manually operated ball valve.

1, the components of the washing and drying apparatus further include a washing liquid injector 60A, a circulation pump 60C, a circulator 60D, a dryer 80, and a controller 100 . When the washing fluid injector 60A, the circulation pump 60C, the circulator 60D and the dryer 80 are operated independently using the on / off button, the controller 100 controls the solids washing and drying apparatus May not be used as a component of < / RTI >

The washing liquid injector 60A communicates with the inner space of the roll sheet tank 20 using a washing liquid supply line, though not shown. An electronic opening / closing valve or a manual ball valve is connected to the inlet and the outlet of the washing liquid supply line . Therefore, the cleaning liquid injector 60A supplies the cleaning liquid to the inner space of the roll sheet tank 20, thereby forming the cleaning condition of the sheet 1-1 wound on the winder roll sheet 10. [ In addition, the cleaning liquid injection is injected by the operator directly into the roll sheet tank 20 or under the control of the controller 100, and such cleaning liquid injection is common.

The circulation pump 60C circulates the cleaning liquid injected into the roll sheet tank 20 forcibly. To this end, the circulation pump 60C is connected to the internal space of the roll sheet tank 20 by means of a circulating liquid circulating line (not shown). If necessary, the circulating pump 60C is provided with an electromagnetic opening / closing valve, valve may be provided.

The circulator 60D communicates with the heating medium jacket 20-2 of the roll sheet tank 20 by using a heating medium oil circulation line and circulates the heating medium oil through the heating medium jacket 20-2 to form a roll sheet tank 20 are heated or cooled. The heat medium oil circulation may be controlled by a circulator 60D of the controller 100. [ For this purpose, the circulator 60D can be forced circulation of the heat medium in association with the outlet valve 60-1 and the inlet valve 60-2. For example, each of the valves 60-1 and 60-2 may be an electromagnetic valve that is turned on / off to the controller 100, but a manually operated ball valve may be applied. However, in the conventional configuration of the circulator 60D, the valves 60-1 and 60-2 may not be provided.

The dryer 80 sucks air of the roll sheet tank 20 to improve the drying efficiency of the sheet 1-1. For this purpose, the dryer 80 applies a vacuum pump.

The controller 100 operates the cleaning liquid injector 60A, the circulation pump 60C, the circulator 60D and the dryer 80 in accordance with the amount of washing liquid used, the washing condition and the drying condition, Value, it is possible to control the operation of the device according to the set value, thereby adjusting the air temperature, the circulation speed, the vacuum pressure of the decay, etc., and implement a programming or logic setting function for the control.

2 shows an example of a detailed configuration of the roll sheet tank 20, the cap 30 and the roll sheet housing 40. As shown in Fig.

Specifically, the roll sheet tank 20 is formed of a cylindrical cylinder having an inner space formed in a unidirectionally hermetically-sealed space and having a predetermined width. The packing groove 20-1 is formed along the periphery of the inlet portion by using the width of the cylindrical cylinder to form airtightness with the packing 33 of the cap 30. When the male thread 21 is formed as the outer peripheral surface of the inlet portion So that it is screwed into the female screw 31 of the cap 30. Particularly, the thermal oil jacket 20-2 is formed using the width of the cylindrical cylinder, so that the roll sheet tank 20 is formed into a double wall structure. In this case, the heating medium jacket 20-2 is connected to the circulator 60D, and the circulator 60D is connected to the controller 100 to perform heating medium oil circulation, 20 may be heated or cooled.

Specifically, the cap 30 is installed at the inlet of the roll sheet tank 20 to block the inner space of the roll sheet tank 20 from the outside, and is separated from the inlet portion of the roll sheet tank 20, Lt; / RTI > The cap 30 is screwed to the male screw 21 formed on the outer peripheral surface of the inlet of the roll sheet tank 20 by forming a female screw 31 on the inner circumferential surface surrounding the inlet of the roll sheet tank 20, And the packing 33 is provided at the bottom surface for sealing the inlet portion of the roll sheet tank 20 so as to be fitted into the perforated packing groove 20-1 along the periphery of the inlet portion of the roll sheet tank 20 to form airtightness. In this case, the packing 33 applies a rubber ring.

Specifically, the roll sheet housing 40 is fixed to the bottom surface of the roll sheet tank 20 and has a hollow pipe shape in which the winder roll sheet 10 is received. In order to facilitate the passage of the washing liquid, The hole 40a is drilled. In particular, the roll sheet housing 40 includes first, second, third, and fourth roll sheet housings 40-1 and 40-40 so that a plurality of winder roll sheets 10 are arrayed, 2, 3 - 3, and 4 - 4), and the inner space of the roll sheet tank 20 is divided into quadrant sections. For example, when the first roll sheet housing 40-1 is positioned in the first quadrant of the quadrant section, the second roll sheet housing 40-2 is disposed in the second quadrant, the third roll sheet housing 40 -3 in the third quadrant, and the fourth roll sheet housing 40-4 in the fourth quadrant. Therefore, the first, second, third, and fourth roll sheet housings 40-1, 40-2, 40-3, and 40-4 are arranged in the inner space of the roll sheet tank 20 in a circular shape.

On the other hand, Fig. 3 shows a roll winder 1 for producing a winder roll sheet 10.

As shown in the figure, the roll winder 1 includes a handle 1-3, a rotary shaft 2, a shaft cylinder 3, shaft clamps 4-1 and 4-2, a lower plate 5-1, And an upper plate 5-2.

Specifically, the handle (1-3) is fitted to the end of the rotary shaft (2) to rotate the rotary shaft (2). The rotary shaft 2 is rotatably supported by the lower plate 5-1 and the end of the rotary shaft 2 to which the handle 1-3 is engaged is exposed to the upper plate 5-2. The shaft cylinder 3 is rotated together with the rotary shaft 2 while surrounding the rotary shaft 2 and both ends are opened for insertion and engagement of the base material 1-1. The shaft clamps 4-1 and 4-2 are provided at both ends of the shaft cylinder 3 in a pair. For example, one of the shaft clamps 4-1 and 4-2 is hinged to one end of the shaft cylinder 3 and the other is hung on the other end of the shaft cylinder 3, Open or close both ends of the pipe. The lower plate 5-1 serves as a support for raising the roll winder 1 while rotatably supporting the rotary shaft 2. [ The upper plate 5-2 supports the end portion of the sheet 1-1 wound on the shaft cylinder 3. [ In particular, the upper plate 5-2 punctures a plurality of the porous holes 5-1a so that the washing liquid can flow into the sheet 1-1 during washing.

Therefore, the operator inserts the sheet 1-1 into both ends of the shaft cylinder 3, which is opened by unlocking the shaft clamps 4-1 and 4-2, and then the shaft clamps 4-1 and 4-2 The seat 1 - 1 is fixed to the shaft cylinder 3 at one end thereof. When the handle 1-1 is engaged with the end of the rotary shaft 2 and the rotation of the rotary shaft 2 and the shaft cylinder 3 causes the sheet 1-1 to move to the shaft cylinder 3 It is wound. Then, the operator confirms the winding of the sheet 1-1 and then cuts the sheet 1-1, thereby completing the manufacture of the wine roll sheet 10. In this case, the operation of the roll winder 1 of the operator can be performed with the roll winder 1 and the winder case 7 engaged. In particular, by controlling the operation intensity of the handle 1-3, the operator can appropriately adjust the wound state of the sheet 1-1 to favor the cleaning and drying.

After operation of the roll winder 1 of the operator, a roll of the rollers 10 is produced. The winder roll sheet 10 has a sheet 1-1 wound on a roll winder 1 wrapped around a winder case 7 locked by case clamps 9-1 and 9-2. Particularly, the sheet 1-1 can be more efficiently cleaned by the cleaning liquid introduced into the porous holes 7a of the winder case 7 and the porous holes 5-1a of the top plate 5-2 .

On the other hand, Fig. 4 shows a working state of the washing and drying apparatus in which the winder roll sheet 10 is vertically arrayed.

As shown in the figure, the prepared four winder roll sheets 10 are inserted into the first, second, third and fourth roll sheet housings 40-1, 40-2, 40-3 and 40-4, respectively. At this time, the insertion state of the winder roll sheet 10 causes the bottom plate 5-1 of the roll winder 1 to come into contact with the bottom surface of the roll sheet tank 20. Then, after the cleaning liquid is injected into the roll sheet tank 20, the cap 30 is engaged so that the inner space of the roll sheet tank 20 is blocked from the outside.

As a result, the roll sheet tank 20 is fixed to the four winder roll sheets 10 accommodated in the first, second, third and fourth roll sheet housings 40-1, 40-2, 40-3, Ready for washing and drying operations.

On the other hand, Figs. 5 and 6 show the operation states of washing and drying the four winder roll sheets 10 in which the washing and drying apparatus is loaded in the roll sheet array system.

Referring to FIG. 5, in the washing process of the four winder roll sheets 10, the washing liquid injecting unit 60A comprises a washing liquid injecting unit 60A, and the circulating pump 60C is forcibly circulated after the washing liquid is injected. Particularly, the operation of the washing liquid injector 60A and the circulation pump 60C can be performed manually by the operator or automatically by the controller 100. [ For example, in the manual operation, the operator closes all the valves 50, 60-1, 60-2, and then activates the circulation pump 60C after the operation of the cleaning liquid injector 60A, Injection of the washing liquid and forced circulation are performed. On the other hand, in the automatic operation, the controller 100 closes all the valves 50, 60-1, 60-2 and outputs the control signal a to operate the cleaning liquid injector 60A, After completion, the washing solution injector 60A is stopped, and then the control signal b is outputted to operate the circulation pump 60C to forcibly circulate the injected washing solution.

When the washing solution injection and the forced circulation are performed, The washing liquid to be injected is passed through the four winder roll sheets 10 and the washing liquid passes through the porous holes 7a of the winder case 7 and the porous holes 5-1a of the top plate 5-2, To the sheet 1-1. At this time, the drain valve 50 maintains the closed state.

In the cleaning process, the roll sheet tank 20 is heated via the heat medium oil circulating the heat medium jacket 20-2 of the roll sheet tank 20 in conjunction with the circulator 60D, and the circulator 60D, Can be operated manually or automatically. For example, the operator manually operates the circulator 60D while opening the outlet valve 60-1 and the inlet valve 60-2 and the drain valve 50 in a closed state, so that the heat medium oil flows into the heating medium oil jacket 20-2. On the other hand, during automatic operation, the controller 100 outputs the control signal c to operate the circulator 60D to circulate the heat medium oil to the heat medium jacket 20-2. As a result, the roll sheet tank 20 is heated by the heating medium flow path and the temperature of the cleaning liquid is raised.

As described above, the cleaning liquid is forcedly circulated or the temperature rises. This can form a condition in which the internal spatial cleaning efficiency of the roll sheet tank 20 is improved, leading to an increase in the cleaning efficiency for the four winder roll sheets 10.

Referring to FIG. 6, in the drying process of the four winder roll sheets 10, the drain valve 20 is opened to completely discharge the washing liquid collected on the bottom surface of the roll sheet tank 20.

In the drying process, the drying of the solid material 1 can be promoted by making the inner space of the roll sheet tank 20 to be in a condition favorable to drying by the dryer 80 after completely discharging the washing liquid. For example, when the dryer 80 is a vacuum pump, the operation of the vacuum pump can be performed manually and automatically. In the manual operation, the operator directly operates the vacuum pump to discharge air from the internal space of the roll sheet tank 20. [ On the other hand, during automatic operation, the controller 100 operates the vacuum pump with the control signal d output to discharge air from the internal space of the roll sheet tank 20. As a result, the four winder roll sheets 10 are accelerated in drying by the vacuum pump.

7 to 8 show a modification of the roll sheet array type washing and drying apparatus.

Referring to FIG. 7, the roll sheet array type cleaning and drying apparatus is configured to horizontally arrange the roll sheet tank 20 in comparison with the roll sheet array type cleaning and drying apparatus of FIGS. 1 to 6, Two tank rests 90-1 are used for the support of the tank 20. Thus, the cleaning and drying apparatus with horizontal roll sheet tank 20 is identical to the cleaning and drying apparatus with vertical roll sheet tank 20 of FIGS. 1-6 and all components for cleaning and drying.

However, the cleaning and drying apparatus equipped with the horizontal roll sheet tank 20 is arranged such that the layout of the drain valve 50, the cleaning liquid injector 60A, the circulation pump 60C, the circulator 60D, the dryer 80, And is appropriately deformed in accordance with one roll sheet tank 20. The outlet valve 60-1 and the inlet valve 60-2 are disposed on the side of the roll sheet tank 20 so that the outlet valve 60-1 and the inlet valve 60-2 are connected to each other, Can be installed using the bottom surface instead of the side surface portion.

Referring to Figs. 8 and 9, the roll sheet array type cleaning and drying apparatus is the same as the roll sheet array type cleaning and drying apparatus of Figs. 1 to 6 and all components for cleaning and drying. However, there is a difference in that a batch control is further added to the washing and drying operation, and a batch control device for batch control is further included.

Specifically, the components of the batch control device include a motor 110, an impeller shaft 120, and an impeller 130. The motor 110 is controlled by the controller 100 and provides rotational force. One end of the impeller shaft 120 is connected to the motor 110 so that the impeller shaft 120 is rotated by the motor 110 and the other end thereof is connected to the impeller 130 and positioned inside the roll sheet tank 20. The impeller 130 is fixed to the impeller shaft 120 and is rotated together with the impeller shaft 120 when rotated to be close to the bottom surface of the roll sheet tank 20. [ Therefore, the impeller 130 is rotated by stirring the cleaning liquid collected on the bottom surface of the roll sheet tank 20 during the cleaning to improve the cleaning efficiency and to stir the air in the inner space of the roll sheet tank 20 during drying, The drying efficiency can be improved. To this end, the controller 100 controls the motor 110 batchwise.

The components of the batch control device further include a winder plate 90-2 and a plate support 90-3. The winder plate 90-2 is configured to separate the first, second, third, and fourth roll sheet housings 40-1, 40-2, 40-3, and 40-4 from the bottom surface of the roll sheet tank 20 The impeller 130 can be installed at a position close to the bottom surface of the roll sheet tank 20. The plate support 90-3 is fixed to the bottom surface of the roll sheet tank 20 so that the winder plate 90-2 is spaced apart from the bottom surface of the roll sheet tank 20. [ Particularly, the plate support 90-3 is provided at the edge of the winder plate 90-2, so that the impeller 130 is positioned in the inner space of the plate support 90-3.

In addition, the components of the batch control device include a detachable cap 30-1. Specifically, the detachable cap 30-1 includes a packing 33 for airtight sealing, a pair of left and right cap bodies 35A and 35B separated in a semicircular shape, and a pair of left and right cap bodies 35A and 35B A shaft hole 36-2 formed in a circular shape at a central portion of the left and right cap bodies 35A and 35B in the engaged state of the insert flange 36-1 and the left and right cap bodies 35A and 35B protruded from one side, And a cap clamp 37 for providing a locking function to maintain the engaged state of the left and right cap bodies 35A and 35B. In particular, the cap clamp 37 is composed of a plurality of caps, and although not shown, a hook-and-hook method is applied for locking and unlocking.

Therefore, when the left and right cap bodies 35A and 35B of the separable cap 30-1 are engaged with the roll sheet tank 20, the inlet portion of the roll sheet tank 20 is inserted into the insert flange 36-1 The impeller shaft 120 is passed through the shaft hole 36-2 and the cap clamp 37 is locked to the left and right cap bodies 35A, and 35B are integrated.

As described above, the roll sheet array type cleaning and drying apparatus according to the present embodiment includes a roll sheet tank 20 in which a temperature is raised by forced circulation and heating of a cleaning liquid injected into an internal space, a porous hole And a roll sheet housing (40) provided with a plurality of winder roll sheets (10) arranged at intervals from each other and provided as an internal space of the roll sheet tank (20) By improving circulation condition and high temperature condition, cleaning efficiency is greatly improved even with a small amount of washing liquid. By connecting vacuum pump, the efficiency of roll sheet drying is greatly improved. In particular, washing with batch control using motor-connected impeller And drying performance and efficiency are greatly improved.

1: roll winder 1-1: sheet
1-3: Handle 2: Rotary shaft
3: Shaft cylinder 4-1, 4-2: Shaft clamp
5-1: Lower plate 5-2: Upper plate
5-2a, 7a, 40a: Porous hole 7: Winder case
9-1, 9-2: Case clamp 10: Winder roll sheet
20: Roll sheet tank 20-1: Heat medium jacket
20-2: packing groove 21: male thread
30: Cap 30-1: Detachable cap
31: female thread 33: packing
35A, 35B: left and right cap body 36-1: insert flange
36-2: Axial hole 37: Cap clamp
40: Roll sheet housing
40-1, 40-2, 40-3, 40-4: 1st, 2nd, 3rd and 4th roll sheet housings
50: drain valve 60A: washing liquid injector
60C: Circulating pump 60D: Circulator
60-1: Outlet valve 60-2: Inlet valve
80: dryer
90-1: Tank stand 90-2: Winder plate
90-3: Plate support
100: controller 110: motor
120: impeller shaft 130: impeller

Claims

A roll sheet tank 20 in which a washing liquid is injected into the inner space and forced circulation is performed and heating is performed to raise the temperature of the washing liquid;
A roll sheet housing (40) provided with a plurality of roll sheets arranged at an interval from each other and provided with the internal space of the roll sheet tank (20), a porous hole (40a) through which the washing liquid flows;
And
The roll sheet is a winder roll sheet 10 composed of a roll winder 1 in which a sheet 1-1 is wound in a roll form,
The roll winder 1 includes a rotating shaft 2 for rotating the sheet 1-1 in a roll form by rotating a handle 1-3 attached to an end of an upper portion of the roll winder 1, A lower plate 5-1 provided at the lower end of the rotary shaft 2 to vertically support the rotary shaft 2 and a lower plate 5-1 disposed above the upper end of the rotary shaft 2, 5-2a) is formed with a perforated top plate (5-2).

The apparatus of claim 1, wherein the roll sheet tank (20) arranges the roll sheet housing (40) vertically or horizontally in the inner space.

delete

The winder according to claim 1, wherein the winder roll sheet (10) comprises a winder case (7) wrapped by the roll winder (1), and the winder case (7) 7a) is perforated.

The apparatus of claim 4, wherein the winder case (7) is made of stainless steel or teflon coated SUS material.

The apparatus of claim 4, wherein both ends of the winder case (7) are separated and the separated both ends are locked by case clamps (9-1, 9-2).

delete

2. The apparatus as claimed in claim 1, wherein the shaft cylinder (3) has both ends separated, and both ends of the shaft cylinder (3) are locked by shaft clamps (4-1, 4-2).

[6] The apparatus of claim 1, wherein the roll sheet tank (20) is provided with a drain valve (50) to discharge the cleaning liquid from the inner space to the outside and to be coupled with the cap (30) A roll sheet array type cleaning and drying device.

[12] The apparatus of claim 9, wherein the roll sheet tank 20 is made of SUS (stainless steel) or Teflon coated SUS.

[12] The apparatus as claimed in claim 9, wherein the roll sheet tank (20) is provided with a heating medium jacket (20-2) through which heat medium oil is circulated.

The heating apparatus according to claim 11, wherein the heating medium oil circulates the heating medium jacket (20-2) through a circulator (60D) and heats the roll sheet tank (20) to raise the temperature of the washing liquid Array type washer and dryer.

A circulation pump (60C) is connected to the roll sheet tank (20), and the circulation pump (60C) forcibly circulates the cleaning liquid in the inner space of the roll sheet tank (20) Roll sheet array type flushing and drying device.

The cap 30 is screwed to the roll sheet tank 20 and the contact surface between the cap 30 and the roll sheet tank 20 is sealed by the packing 33. [ Roll sheet array type flushing and drying device.

The method of claim 1, wherein the roll sheet housing (40) is made of a hollow pipe in which the roll sheet is individually received, and the hollow pipe divides the internal space into sections. Device.

The apparatus of claim 15, wherein the roll sheet housing (40) is made of stainless steel or teflon coated SUS material.

The roll sheet array cleaning method according to claim 1, wherein a cleaning liquid injector (60A), a circulation pump (60C), a circulator (60D), and a dryer (80) are connected to the roll sheet tank And a drying device.

The apparatus of claim 17, wherein the dryer (80) is a vacuum pump that rotates the internal space.

The roll sheet array system according to claim 17, wherein the washing liquid injector (60A), the circulation pump (60C), the circulator (60D), and the dryer (80) Cleaning and drying equipment.

The roll sheet tank 20 according to claim 1, wherein the roll sheet tank 20 is provided with an impeller 130 rotated by a motor 110, and the motor 110 is operated by a batch control during washing or drying, 130) of the roll sheet array type washing and drying apparatus.

The motorcycle according to claim 20, wherein the motor (110) is provided outside the roll seat tank (20), and the motor (110) and the impeller (130) are connected by an impeller shaft Washing and drying equipment.

22. The apparatus of claim 21, wherein the impeller shaft (120) penetrates a detachable cap (30-1) coupled to the roll sheet tank (20).

The separable cap 30-1 according to claim 22, wherein the separable cap 30-1 includes a packing 33 for airtight sealing, a pair of left and right cap bodies 35A and 35B separated in a semicircular shape, left and right cap bodies 35A and 35B 35B formed in the center of the left and right cap bodies 35A, 35B in the engaged state of the insert flange 36-1 and the left and right cap bodies 35A, 35B protruding from one side of the shaft holes 36 -2), and a cap clamp (37) that provides a locking function to maintain the engaged state of the left and right cap bodies (35A, 35B).