CN215412980U

CN215412980U - Drying device for efficiently removing cleaning agent

Info

Publication number: CN215412980U
Application number: CN202120660783.1U
Authority: CN
Inventors: 樊振华; 刘建栓; 韩相博
Original assignee: Shenzhen New Katop Automation Technology Co ltd
Current assignee: Shenzhen New Katop Automation Technology Co ltd
Priority date: 2021-03-31
Filing date: 2021-03-31
Publication date: 2022-01-04
Anticipated expiration: 2031-03-31

Abstract

The utility model discloses a drying device for efficiently removing a cleaning agent, which comprises a brushing and dewatering module, a rubber covered roller extrusion dewatering module and a high-pressure air knife dewatering module, wherein the brushing and dewatering module comprises at least one stage of dewatering brush set, the rubber covered roller extrusion dewatering module comprises at least one stage of dewatering hydraulic roller set, and the high-pressure air knife dewatering module comprises at least one stage of high-pressure air knife set. The drying device for efficiently removing the cleaning agent has the advantages of simple structure, easiness in assembly and maintenance, small occupied space, high drying speed, low energy consumption and the like, which are not possessed by the prior art.

Description

Drying device for efficiently removing cleaning agent

Technical Field

The utility model relates to the field of lithium battery production, in particular to a drying device for efficiently removing a cleaning agent.

Background

In the production process of lithium batteries, various base materials such as foils and films need to be dried after being cleaned. In the prior art, the oven is generally adopted to dry the substrate, and the device adopting the oven to dry the substrate has the defects of large energy consumption, long equipment length, high manufacturing cost, high later maintenance difficulty, high maintenance cost and the like, and has the problems of low drying speed, low working efficiency and the like in the practical application process.

Therefore, the present invention is directed to provide a new technical solution to solve the existing technical problems.

SUMMERY OF THE UTILITY MODEL

In order to overcome the defects of the prior art, the utility model provides the drying device for efficiently removing the cleaning agent, and the drying device for efficiently removing the cleaning agent solves the technical defects of high energy consumption, long equipment length, large occupied space, complex structure, high equipment manufacturing cost and maintenance cost, low drying speed and the like in the prior art.

The technical scheme adopted by the utility model for solving the technical problems is as follows:

the utility model provides a high-efficient drying device who removes sanitizer, includes brushing away water removal module, rubber roll extrusion water removal module and high-pressure air knife water removal module, brushing away water removal module includes at least one-level water removal brush group, rubber roll extrusion water removal module includes at least one-level water removal roller set, high-pressure air knife water removal module includes one-level high-pressure air knife group at least.

As the improvement of the technical scheme, the brushing and dewatering module comprises a brush module support, a first brush support and a second brush support, the first brush support and the second brush support are arranged on the brush module support, the first brush support and the second brush support are respectively provided with a first brush and a second brush, the first brush and the second brush jointly form a one-level dewatering brush set, and one-level brushing and dewatering can be carried out on the substrate through the one-level dewatering brush set.

As a further improvement of the above technical scheme, the first brush and the second brush are respectively hinged to the first brush support and the second brush support, a first angle adjusting handle is arranged on a hinged shaft of the first brush or the first brush, a second angle adjusting handle is arranged on a hinged shaft of the second brush or the second brush, and the brushing angles of the first brush and the second brush to the substrate can be respectively adjusted through the first angle adjusting handle and the second angle adjusting handle.

As a further improvement of the technical scheme, a third brush and a fourth brush are respectively arranged on the lower portion of the first brush support and the lower portion of the second brush support, wherein the first brush and the third brush are hinged to be mounted on the first brush support, the second brush and the fourth brush are hinged to be mounted on the second brush support, a first connecting rod is hinged between the first brush and the third brush, a second connecting rod is hinged between the second brush and the fourth brush, the first connecting rod can drive the first brush and the third brush to synchronously rotate, the second connecting rod can drive the second brush and the fourth brush to synchronously rotate, the third brush and the fourth brush jointly form a second-stage dewatering brush set, and the substrate can be subjected to second-stage brushing dewatering through the second-stage dewatering brush set.

As the further improvement of above-mentioned technical scheme, brush module support has horizontal regulating plate, first brush support and second brush support are all installed on the horizontal regulating plate, be provided with rectangular shape adjustment tank on the horizontal regulating plate, first brush support and second brush support all pass behind the rectangular shape adjustment tank through elasticity formula screw with horizontal regulating plate fixed connection.

As a further improvement of the above technical solution, the brushing water removal module further includes a brushing water removal module water baffle.

As the further improvement of above-mentioned technical scheme, rubber roll extrusion dewatering module includes the compression roller support and sets up the one-level benchmark roller on the compression roller support, still is provided with one-level compression roller swing arm and one-level compression roller on the compression roller support and drives actuating cylinder, the articulated installation of one-level compression roller swing arm is on the compression roller support, and the free end of one-level compression roller swing arm is provided with the cooperation the one-level compression roller of one-level benchmark roller the output that the one-level compression roller drove actuating cylinder is connected to the free end of one-level compression roller swing arm can drive the swing of one-level compression roller swing arm, the one-level pressure roller is removed the water pressure roller set with one-level benchmark roller is constituteed jointly to the one-level pressure roller set, removes the water pressure roller set through the one-level and can carry out the one-level extrusion dewatering to the substrate of following through between one-level benchmark roller and the one-level pressure roller.

As a further improvement of the technical scheme, the one-level pressure roller swing arm is hinged to the pressure roller support through a one-level swing arm hinge seat, the one-level pressure roller driving cylinder is hinged to the pressure roller support through a one-level cylinder seat and a one-level cylinder mounting shaft, a one-level cylinder connector is arranged at the output end of the one-level pressure roller driving cylinder, and the one-level cylinder connector is hinged to the free end of the one-level pressure roller swing arm through a one-level cylinder hinge shaft.

As the further improvement of the technical scheme, still be provided with second grade reference roll and second grade compression roller swing arm, second grade compression roller on the compression roller support and drive actuating cylinder, second grade compression roller swing arm articulated installation is on the compression roller support, and the free end of second grade compression roller swing arm is provided with the cooperation the second grade compression roller of second grade reference roll, the output that second grade compression roller drove actuating cylinder is connected to the free end of second grade compression roller swing arm can drive the swing of second grade compression roller swing arm, second grade compression roller and second grade reference roll constitute second grade dewatering roll group jointly, can carry out the second grade extrusion dewatering to the substrate that passes through between follow second grade reference roll and the second grade compression roller through second grade dewatering roll group.

As a further improvement of the technical scheme, the secondary compression roller swing arm is hinged to the compression roller support through a secondary swing arm hinge seat, the secondary compression roller driving cylinder is hinged to the compression roller support through a secondary cylinder seat and a secondary cylinder mounting shaft, a secondary cylinder connector is arranged at the output end of the secondary compression roller driving cylinder, and the secondary cylinder connector is hinged to the free end of the secondary compression roller swing arm through a secondary cylinder hinge shaft.

As a further improvement of the technical scheme, the two compression roller supports are provided, two ends of the first-level reference roller and the two ends of the second-level reference roller are respectively installed on the two compression roller supports through bearings, the first-level compression roller swing arm, the first-level compression roller driving cylinder, the second-level compression roller swing arm and the second-level compression roller driving cylinder are respectively provided with two ends, two ends of the first-level compression roller are respectively installed on the two first-level compression roller swing arms through bearings, and two ends of the second-level compression roller are respectively installed on the two second-level compression roller swing arms through bearings.

As a further improvement of the technical scheme, a primary reference synchronizing wheel and a secondary reference synchronizing wheel are respectively arranged on the primary reference roller and the secondary reference roller, a synchronous belt is wound between the primary reference synchronizing wheel and the secondary reference synchronizing wheel and is used for driving the primary reference roller and the secondary reference roller to synchronously rotate.

As the further improvement of the technical scheme, the upper part of the compression roller support is provided with a driving cylinder mounting plate, the first-level compression roller driving cylinder and the second-level compression roller driving cylinder are both mounted on the driving cylinder mounting plate and are connected with the compression roller support through the driving cylinder mounting plate.

As a further improvement of the above technical solution, one end of the primary reference roller or the secondary reference roller is provided with a driving wheel.

As a further improvement of the technical scheme, the primary reference roller, the primary compression roller, the secondary reference roller and the secondary compression roller are rubber rollers or roller bodies with rubber layers on the surfaces.

As a further improvement of the above technical scheme, the high-pressure air knife dewatering module comprises an air knife support, and an upper air knife mounting roller and a lower air knife mounting roller which are mounted on the air knife support, wherein an upper high-pressure air knife and a lower high-pressure air knife are respectively arranged on the upper air knife mounting roller and the lower air knife mounting roller, the upper high-pressure air knife and the lower high-pressure air knife jointly form a first-stage high-pressure air knife set, and the first-stage high-pressure air knife set is used for performing first-stage blowing dewatering on the substrate.

As a further improvement of the above technical solution, the upper air knife mounting roller and the lower air knife mounting roller are respectively mounted on the air knife bracket through which air knife adjusting seat and the lower air knife adjusting seat are.

As a further improvement of the above technical solution, the upper air knife mounting roller and the lower air knife mounting roller are respectively provided with an upper air knife adjustment handle and a lower air knife adjustment handle, the upper air knife adjustment handle is used for adjusting an angle between the upper high-pressure air knife and the substrate, and the lower air knife adjustment handle is used for adjusting an angle between the lower high-pressure air knife and the substrate.

As a further improvement of the technical scheme, the inside of the upper air knife installation roller and the lower air knife installation roller is provided with a roller inner channel, the air inlet of the upper high-pressure air knife is communicated with the roller inner channel of the upper air knife installation roller, the air inlet of the lower high-pressure air knife is communicated with the roller inner channel of the lower air knife installation roller, and the outlets of the roller inner channels of the upper air knife installation roller and the lower air knife installation roller are communicated with an external high-pressure air source through pipelines.

As a further improvement of the above technical solution, the high-pressure air knife water removal module has two or more stages of high-pressure air knife water removal sets.

As a further improvement of the technical scheme, the water collecting and draining device further comprises a water baffle plate, and a water collecting and draining port is formed in the water baffle plate.

The utility model also provides a drying method for efficiently removing the cleaning agent, which carries out combined water removal on the base material by adopting three modes of brushing water removal, compression roller extrusion water removal and high-pressure air knife water removal.

As above-mentioned technical scheme's improvement, realize brushing and wipe off the dewatering to the substrate through brushing and wipe off dewatering module, carry out compression roller extrusion dewatering to the substrate through compression roller extrusion module, carry out high-pressure air knife dewatering to the substrate through high-pressure air knife dewatering module.

As a further improvement of the above technical solution, the brushing and dewatering module has two or more stages of dewatering brush sets and performs two or more stages of brushing and dewatering work on the substrate by the two or more stages of dewatering brush sets; the rubber roll extrusion dewatering module (2) is provided with two or more stages of dewatering roll sets and carries out two or more stages of pressing roll extrusion dewatering work on the base material through the two or more stages of dewatering press roll sets; the high-pressure air knife dewatering module is provided with two or more stages of high-pressure air knife sets and performs two or more stages of brushing dewatering work on the base material through the two or more stages of high-pressure air knife sets.

As a further improvement of the technical scheme, the brushing and dewatering module is adopted to remove millimeter-level liquid on the surface of the base material, the compression roller extrusion module is adopted to remove micron-level liquid on the surface of the base material, and the high-pressure air knife module is adopted to remove molecular-level liquid on the surface of the base material.

The utility model has the beneficial effects that: the utility model provides a drying device for efficiently removing a cleaning agent, which adopts a brushing water removal module, a rubber roll extrusion water removal module and a high-pressure air knife water removal module to respectively discharge millimeter-level liquid, micron-level liquid and molecular-level liquid on the surface of a substrate, has the advantages of simple structure, short length, small occupied space, low equipment assembly and later maintenance cost and the like, can greatly reduce energy consumption in practical application, can operate at the tape running speed of 300 meters, can realize rapid drying of the substrate in the space of 1 meter, greatly improves the drying efficiency, and is favorable for improving the production benefit of enterprises.

In conclusion, the drying device for efficiently removing the cleaning agent solves the technical defects of high energy consumption, long equipment length, large occupied space, complex structure, high equipment manufacturing cost and maintenance cost, low drying speed and the like in the prior art.

Drawings

The utility model is further illustrated with reference to the following figures and examples.

FIG. 1 is a schematic view of an assembly of a drying apparatus for efficiently removing detergent according to the present invention;

FIG. 2 is an assembly schematic of the brush dewatering module of the present invention;

FIG. 3 is an assembly view of the brush dewatering module of the present invention from another angle;

FIG. 4 is a third angle assembly view of the brush dewatering module of the present invention;

FIG. 5 is an assembly view of the rubber roll extrusion dewatering module of the present invention;

FIG. 6 is an enlarged view of a portion of FIG. 5;

FIG. 7 is an assembly view of the high pressure air knife water removal module of the present invention;

fig. 8 is another angle assembly of the high pressure air knife water removal module of the present invention.

Detailed Description

The conception, the specific structure, and the technical effects produced by the present invention will be clearly and completely described below in conjunction with the embodiments and the accompanying drawings to fully understand the objects, the features, and the effects of the present invention. It is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all embodiments, and those skilled in the art can obtain other embodiments without inventive effort based on the embodiments of the present invention, and all embodiments are within the protection scope of the present invention. In addition, all the connection/connection relations referred to in the patent do not mean that the components are directly connected, but mean that a better connection structure can be formed by adding or reducing connection auxiliary components according to specific implementation conditions. The technical features of the utility model can be combined interactively without conflicting with each other, see fig. 1-8.

With specific reference to fig. 1, a drying device for efficiently removing a cleaning agent comprises a brushing water removal module 1, a rubber roll extrusion water removal module 2 and a high-pressure air knife water removal module 3, wherein the brushing water removal module 1 comprises at least one level water removal brush set, the rubber roll extrusion water removal module 2 comprises at least one level water removal pressure roller set, and the high-pressure air knife water removal module 3 at least comprises one level high-pressure air knife set.

In the specific implementation of the present invention, after the base materials 9 such as foils and films are cleaned, they are classified into three categories, i.e. fast drying according to the form of surface liquid (solvent):

the first type: the substrate surface tension carries a large layer of water (solvent) with a thickness of the order of millimeters;

the second type: the substrate surface tension carries a small amount of water (solvent) film with a thickness of micrometer scale;

in the third category: the substrate surface tension carries a trace amount of water (solvent) mist of molecular scale thickness.

And (3) respectively removing and drying three types of solvents with different forms. The method comprises the following steps:

1.1 for the millimeter-scale water (solvent) layer, a large amount of water was first removed using a pappus brush.

1.2, the brush is provided with two-stage or multi-stage brushing;

1.3, the wire diameter, the density, the length and the hardness of the hairbrush can influence the actual brushing water removal effect.

2.1, for a micron-scale water (solvent) film, a soft rubber roller is used for extruding to remove the residual small amount of water.

2.2 the glue pressing roller is also provided with two-stage or multi-stage extrusion;

2.3 the material, hardness and pressure of the glue pressing roller can influence the actual squeezing and dewatering effect.

3.1, water (solvent) mist of molecular grade, and blowing the floated water mist by using a high-pressure air knife.

3.2 the high-pressure air knife is provided with two-stage or multi-stage blowing;

3.3 the pressure, flow, angle and temperature of the air knife can influence the blowing and air drying effect.

The verified effect is that the two stages of the first two steps and each step can achieve the effects of no water mark, touch hand feeling and surface dryness and can be directly rolled.

According to different requirements or product moisture analyzer standards, the modules of each step can be arranged in two or more stages, and the drying effect is continuously improved.

The desolventizing and drying equipment can run at the speed of 300 meters and realize the rapid drying of the film in a space of 1 meter.

Referring to fig. 2, 3 and 4 specifically, the brushing and dewatering module 1 includes a brush module holder 11, and a first brush holder 121 and a second brush holder 122 disposed on the brush module holder 11, the first brush holder 121 and the second brush holder 122 are respectively provided with a first brush 131 and a second brush 132, the first brush 131 and the second brush 132 jointly form a first-stage dewatering brush set, and the first-stage dewatering brush set can perform first-stage brushing and dewatering on the substrate 9; the first brush 131 and the second brush 132 are respectively hinged to the first brush holder 121 and the second brush holder 122, a first angle adjusting handle 141 is arranged on a hinged shaft of the first brush 131 or the first brush 131, a second angle adjusting handle 142 is arranged on a hinged shaft of the second brush 132 or the second brush 132, and the brushing angles of the first brush 131 and the second brush 132 on the substrate 9 can be respectively adjusted by the first angle adjusting handle 141 and the second angle adjusting handle 142; the lower part of the first brush holder 121 and the lower part of the second brush holder 122 are respectively provided with a third brush 133 and a fourth brush 134, wherein the first brush 131 and the third brush 133 are hinged on the first brush holder 121, the second brush 132 and the fourth brush 134 are hinged on the second brush holder 122, a first connecting rod 151 is hinged between the first brush 131 and the third brush 133, a second connecting rod 152 is hinged between the second brush 132 and the fourth brush 134, the first connecting rod 151 can drive the first brush 131 and the third brush 133 to synchronously rotate, the second connecting rod 152 can drive the second brush 132 and the fourth brush 134 to synchronously rotate, the third brush 133 and the fourth brush 134 jointly form a second-stage water removal brush group, and the substrate 9 can be subjected to second-stage brushing and water removal through the second-stage water removal brush group; the brush module support 11 is provided with a transverse adjusting plate 111, the first brush support 121 and the second brush support 122 are both mounted on the transverse adjusting plate 111, a strip-shaped adjusting groove 112 is formed in the transverse adjusting plate 111, and the first brush support 121 and the second brush support 122 are both fixedly connected with the transverse adjusting plate 111 after penetrating through the strip-shaped adjusting groove 112 through elastic screws; the brushing dewatering module 1 further comprises a brushing dewatering module splash plate 16.

The millimeter-scale water (solvent) layer on the substrate can be dewatered by brushing the dewatering module 1, specifically, a large amount of water is taken out by the squeegee brushing in the one-stage or two-stage or multi-stage dewatering brush set.

In this embodiment, two-stage water-removing brush sets are provided, and in other embodiments, the practitioner can set an appropriate number of water-removing brush sets depending on the particular implementation.

The wire diameter, the density, the length and the hardness of the hairbrush in the water removal hairbrush group can influence the actual brushing water removal effect, and a proper hairbrush can be selected according to the specific application environment.

In this technical scheme, through the front and back position and the angle of first angle adjustment handle 141 and the adjustable brush of second angle adjustment handle 142, a street brush and substrate 9's contact length, dynamics, dewatering effect.

The first connecting rod 151 and the second connecting rod 152 are used to synchronously adjust the first brush 131, the third brush 133, the second brush 132 and the fourth brush 134, respectively, so as to achieve the best water wiping effect.

With specific reference to fig. 5 and 6, the rubber roll extrusion dewatering module 2 includes a pressure roll support 21 and a primary reference roll 22 disposed on the pressure roll support 21, the pressure roll support 21 is further provided with a primary pressure roll swing arm 23 and a primary pressure roll driving cylinder 24, the primary pressure roll swing arm 23 is hinged to the pressure roll support 21, a primary pressure roll 25 matched with the primary reference roll 22 is disposed at a free end of the primary pressure roll swing arm 23, an output end of the primary pressure roll driving cylinder 24 is connected to a free end of the primary pressure roll swing arm 23 and can drive the primary pressure roll swing arm 23 to swing, the primary pressure roll 25 and the primary reference roll 22 jointly form a primary dewatering roll set, and a substrate 9 passing between the primary reference roll 22 and the primary pressure roll 25 can be subjected to primary extrusion dewatering through the primary dewatering roll set; the primary compression roller swing arm 23 is hinged on the compression roller support 21 through a primary swing arm hinge seat 231, the primary compression roller driving cylinder 24 is hinged on the compression roller support 21 through a primary cylinder seat 241 and a primary cylinder mounting shaft 242, the output end of the primary compression roller driving cylinder 24 is provided with a primary cylinder connector 243, and the primary cylinder connector 243 is hinged with the free end of the primary compression roller swing arm 23 through a primary cylinder hinge shaft 244; the press roll support 21 is further provided with a secondary reference roll 26, a secondary press roll swing arm 27 and a secondary press roll driving cylinder 28, the secondary press roll swing arm 27 is hinged on the press roll support 21, a secondary press roll 29 matched with the secondary reference roll 26 is arranged at the free end of the secondary press roll swing arm 27, the output end of the secondary press roll driving cylinder 28 is connected to the free end of the secondary press roll swing arm 27 and can drive the secondary press roll swing arm 27 to swing, the secondary press roll 29 and the secondary reference roll 26 jointly form a secondary water removal pressure roll set, and secondary extrusion water removal can be performed on the base material 9 passing between the secondary reference roll 26 and the secondary press roll 29 through the secondary water removal pressure roll set; the secondary pressure roller swing arm 27 is hinged and installed on the pressure roller support 21 through a secondary swing arm hinge seat 271, the secondary pressure roller driving cylinder 28 is hinged and installed on the pressure roller support 21 through a secondary cylinder seat 281 and a secondary cylinder installation shaft 282, a secondary cylinder connector 283 is arranged at the output end of the secondary pressure roller driving cylinder 28, and the secondary cylinder connector 283 is hinged and connected with the free end of the secondary pressure roller swing arm 27 through a secondary cylinder hinge shaft 284.

In this embodiment, the number of the pressure roller support 21 is two, two ends of the first-stage reference roller 22 and the second-stage reference roller 26 are respectively installed on the two pressure roller support 21 through bearings, two ends of the first-stage pressure roller swing arm 23, two ends of the first-stage pressure roller driving cylinder 24, two ends of the second-stage pressure roller swing arm 27 and two ends of the second-stage pressure roller driving cylinder 28 are respectively installed on the two first-stage pressure roller swing arms 23 through bearings, and two ends of the second-stage pressure roller 29 are respectively installed on the two second-stage pressure roller swing arms 27 through bearings; the primary reference roller 22 and the secondary reference roller 26 are respectively provided with a primary reference synchronizing wheel 221 and a secondary reference synchronizing wheel 261, a synchronous belt is wound between the primary reference synchronizing wheel 221 and the secondary reference synchronizing wheel 261 and is used for driving the primary reference roller 22 and the secondary reference roller 26 to synchronously rotate; a driving cylinder mounting plate 211 is arranged at the upper part of the compression roller support 21, and the primary compression roller driving cylinder 24 and the secondary compression roller driving cylinder 28 are both mounted on the driving cylinder mounting plate 211 and are connected with the compression roller support 21 through the driving cylinder mounting plate 211; one end of the primary reference roller 22 or the secondary reference roller 26 is provided with a driving wheel 262; the primary reference roller 22, the primary pressing roller 25, the secondary reference roller 26 and the secondary pressing roller 29 are all rubber rollers or roller bodies with rubber layers on the surfaces.

In specific implementation, the water (solvent) film of 9 micron grade of the substrate of the water removal module 2 is extruded by the rubber roller to remove water, and specifically, the residual small amount of water is removed by the rubber roller extrusion.

The glue pressing roller is also provided with two-stage or multi-stage extrusion; the material, hardness and pressure of the glue pressing roller can influence the actual squeezing and dewatering effect.

In this embodiment, the dewatering roll sets are arranged in two stages, and in other embodiments, the practitioner can choose to arrange an appropriate number of dewatering roll sets as desired.

In the implementation of the utility model, the pressure between the primary reference roller 22 and the primary pressure roller 25 and the pressure between the secondary reference roller 26 and the secondary pressure roller 29 are adjusted by the pressure gauge, so that the proper pressure is set between the reference roller and the pressure roller, and the effect of squeezing the water drainage film is achieved.

With reference to fig. 7 and 8 in particular, the high-pressure air knife dewatering module 3 includes an air knife support 31, and an upper air knife mounting roller 321 and a lower air knife mounting roller 322 mounted on the air knife support 31, the upper air knife mounting roller 321 and the lower air knife mounting roller 322 are respectively provided with an upper high-pressure air knife 331 and a lower high-pressure air knife 332, the upper high-pressure air knife 331 and the lower high-pressure air knife 332 jointly form a primary high-pressure air knife set, and the primary high-pressure air knife set is used for performing primary blowing dewatering on the substrate 9; the upper air knife mounting roller 321 and the lower air knife mounting roller 322 are respectively mounted on the air knife bracket 31 through which air knife adjusting seat 341 and the lower air knife adjusting seat 342 are; the upper air knife mounting roller 321 and the lower air knife mounting roller 322 are respectively provided with an upper air knife adjusting handle 351 and a lower air knife adjusting handle 352, the upper air knife adjusting handle 351 is used for adjusting the angle between the upper high-pressure air knife 331 and the base material 9, and the lower air knife adjusting handle 352 is used for adjusting the angle between the lower high-pressure air knife 332 and the base material 9; the inner parts of the upper air knife installation roller 321 and the lower air knife installation roller 322 are provided with roller inner channels, the air inlet of the upper high-pressure air knife 331 is communicated with the roller inner channel of the upper air knife installation roller 321, the air inlet of the lower high-pressure air knife 332 is communicated with the roller inner channel of the lower air knife installation roller 322, and the outlets of the roller inner channels of the upper air knife installation roller 321 and the lower air knife installation roller 322 are communicated with an external high-pressure air source through pipelines; the high-pressure air knife dewatering module 3 is provided with two or more stages of high-pressure air knife dewatering sets; the water collecting and draining device further comprises a water baffle 4, and a water collecting and draining port 41 is formed in the water baffle 4.

In this embodiment, the high-pressure air knife water removal module 3 is used to remove water (solvent) mist at molecular level on the substrate 9, and specifically, the high-pressure air knife is used to purge floating water mist.

The high-pressure air knife is provided with two-stage or multi-stage blowing;

the pressure, flow, angle and temperature of the air knife can influence the blowing and air drying effects.

In this embodiment, the air injection angles of the upper high-pressure air knife 331 and the lower high-pressure air knife 332 can be adjusted by the upper air knife adjusting handle 351 and the lower air knife adjusting handle 352, respectively.

The pressure, flow, angle and temperature of the air knife can influence the blowing and air drying effect, and particularly, when the air-drying device is implemented, the numerical values of the parameters can be adjusted according to needs to achieve the optimal effect.

Based on the drying device for efficiently removing the cleaning agent, the utility model also provides a drying method for efficiently removing the cleaning agent, and the drying method carries out combined water removal on the base material 9 by adopting three modes of brushing water removal, compression roller extrusion water removal and high-pressure air knife water removal.

Preferably, realize brushing away the dewatering through brushing away dewatering module 1 to substrate 9, carry out the compression roller extrusion dewatering to substrate 9 through compression roller extrusion module 2, carry out the high-pressure air knife dewatering to substrate 9 through high-pressure air knife dewatering module 3.

Preferably, the brushing dewatering module 1 has two or more stages of dewatering brush sets and performs two or more stages of brushing dewatering work on the substrate 9 by the two or more stages of dewatering brush sets; the rubber roll extrusion dewatering module 2 is provided with two or more stages of dewatering roll sets and carries out two or more stages of pressing roll extrusion dewatering work on the base material 9 through the two or more stages of dewatering press roll sets; the high-pressure air knife dewatering module 3 is provided with two or more stages of high-pressure air knife sets and performs two or more stages of brushing dewatering work on the base material 9 through the two or more stages of high-pressure air knife sets.

Preferably, the brushing dewatering module 1 is used for removing millimeter-level liquid on the surface of the substrate 9, the compression roller extrusion module 2 is used for removing micrometer-level liquid on the surface of the substrate 9, and the high-pressure air knife module 3 is used for removing molecular-level liquid on the surface of the substrate 9.

After the method provided by the utility model is adopted, the film can run at the speed of 300 meters, the film can be quickly dried in the space of 1 meter, and the method has the advantages of good drying effect, high drying speed, small occupied space, low energy consumption and the like.

While the preferred embodiments of the present invention have been illustrated and described, it will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the utility model as defined by the appended claims.

Claims

1. The utility model provides a drying device of high-efficient detergent that removes which characterized in that: including brushing away water removal module (1), rubber roll extrusion water removal module (2) and high-pressure air knife water removal module (3), brushing away water removal module (1) including at least one-level water removal brush group, rubber roll extrusion water removal module (2) includes at least one-level water removal pressure roller set, high-pressure air knife water removal module (3) include one-level high-pressure air knife group at least.

2. The drying device for efficiently removing cleaning agent as claimed in claim 1, wherein: brushing and dewatering module (1) includes brush module support (11) and sets up first brush support (121), second brush support (122) on brush module support (11), first brush support (121), second brush support (122) are provided with first brush (131) and second brush (132) respectively, one-level dewatering brush group is constituteed jointly in first brush (131) and second brush (132), can carry out the one-level brushing and dewater to substrate (9) through one-level dewatering brush group.

3. The drying device for efficiently removing cleaning agent as claimed in claim 2, wherein: the first brush (131) and the second brush (132) are respectively hinged to the first brush support (121) and the second brush support (122), a first angle adjusting handle (141) is arranged on a hinged shaft of the first brush (131) or the first brush (131), a second angle adjusting handle (142) is arranged on a hinged shaft of the second brush (132) or the second brush (132), and the brushing angles of the first brush (131) and the second brush (132) to the substrate (9) can be respectively adjusted through the first angle adjusting handle (141) and the second angle adjusting handle (142).

4. The drying device for efficiently removing cleaning agent as claimed in claim 2, wherein: the lower part of the first brush support (121) and the lower part of the second brush support (122) are respectively provided with a third brush (133) and a fourth brush (134), wherein the first brush (131) and the third brush (133) are hinged on the first brush support (121), the second brush (132) and the fourth brush (134) are hinged on the second brush support (122), a first connecting rod (151) is hinged between the first brush (131) and the third brush (133), a second connecting rod (152) is hinged between the second brush (132) and the fourth brush (134), the first connecting rod (151) can drive the first brush (131) and the third brush (133) to synchronously rotate, the second connecting rod (152) can drive the second brush (132) and the fourth brush (134) to synchronously rotate, the third brush (133) and the fourth brush (134) jointly form a two-stage brush set, the substrate (9) can be brushed and dewatered secondarily by the secondary dewatering hairbrush group.

5. The drying device for efficiently removing cleaning agent as claimed in claim 2, wherein: brush module support (11) have horizontal regulating plate (111), first brush support (121) and second brush support (122) are all installed on horizontal regulating plate (111), be provided with rectangular shape adjustment tank (112) on horizontal regulating plate (111), first brush support (121) and second brush support (122) all pass behind rectangular shape adjustment tank (112) and horizontal regulating plate (111) fixed connection through elasticity formula screw.

6. The drying device for efficiently removing cleaning agent as claimed in claim 2, wherein: the brushing and dewatering module (1) further comprises a brushing and dewatering module water baffle (16).

7. The drying device for efficiently removing cleaning agent as claimed in claim 1, wherein: the rubber roll extrusion dewatering module (2) comprises a pressing roll support (21) and a primary reference roll (22) arranged on the pressing roll support (21), a primary pressing roll swing arm (23) and a primary pressing roll driving cylinder (24) are further arranged on the pressing roll support (21), the primary pressure roller swing arm (23) is hinged on the pressure roller support (21), a primary pressure roller (25) matched with the primary reference roller (22) is arranged at the free end of the primary pressure roller swing arm (23), the output end of the primary compression roller driving cylinder (24) is connected to the free end of the primary compression roller swing arm (23) and can drive the primary compression roller swing arm (23) to swing, the primary pressure roller (25) and the primary reference roller (22) jointly form a primary water removal pressure roller set, the primary water removing pressure roller group can perform primary extrusion water removal on the base material (9) passing between the primary reference roller (22) and the primary pressing roller (25).

8. The drying device for efficiently removing cleaning agent as claimed in claim 7, wherein: the one-level pressure roller swing arm (23) is hinged and installed on the pressure roller support (21) through a one-level swing arm hinge seat (231), the one-level pressure roller driving cylinder (24) is hinged and installed on the pressure roller support (21) through a one-level cylinder seat (241) and a one-level cylinder installation shaft (242), the output end of the one-level pressure roller driving cylinder (24) is provided with a one-level cylinder connector (243), and the one-level cylinder connector (243) is hinged and connected with the free end of the one-level pressure roller swing arm (23) through a one-level cylinder hinge shaft (244).

9. The drying device for efficiently removing cleaning agent as claimed in claim 7, wherein: still be provided with second grade benchmark roller (26) and second grade compression roller swing arm (27), second grade compression roller on compression roller support (21) and drive actuating cylinder (28), articulated the installing on compression roller support (21) of second grade compression roller swing arm (27), the free end of second grade compression roller swing arm (27) is provided with the cooperation second grade compression roller (29) of second grade benchmark roller (26), the output that second grade compression roller drove actuating cylinder (28) is connected to the free end of second grade compression roller swing arm (27) can drive the swing of second grade compression roller swing arm (27), second grade compression roller (29) and second grade benchmark roller (26) constitute second grade except that the water pressure roller set jointly, can carry out the second grade extrusion dewatering to substrate (9) of passing through between follow second grade benchmark roller (26) and second grade compression roller (29) through second grade except that water pressure roller set.

10. The drying device for efficiently removing detergent according to claim 9, wherein: the secondary pressure roller swing arm (27) is hinged and installed on the pressure roller support (21) through a secondary swing arm hinge seat (271), the secondary pressure roller driving cylinder (28) is hinged and installed on the pressure roller support (21) through a secondary cylinder seat (281) and a secondary cylinder installation shaft (282), a secondary cylinder connector (283) is arranged at the output end of the secondary pressure roller driving cylinder (28), and the secondary cylinder connector (283) is hinged and connected with the free end of the secondary pressure roller swing arm (27) through a secondary cylinder hinge shaft (284).

11. The drying device for efficiently removing detergent according to claim 9, wherein: compression roller support (21) have two, install on two compression roller supports (21) through the bearing respectively at the both ends of one-level benchmark roller (22), second grade benchmark roller (26), one-level compression roller swing arm (23), one-level compression roller drive actuating cylinder (24), second grade compression roller swing arm (27), second grade compression roller drive actuating cylinder (28) all have two, install respectively on two one-level compression roller swing arms (23) through the bearing at one-level compression roller (25) both ends, install respectively on two second grade compression roller swing arms (27) through the bearing at second grade compression roller (29) both ends.

12. The drying device for efficiently removing detergent according to claim 9, wherein: be provided with one-level benchmark synchronizing wheel (221), second grade benchmark synchronizing wheel (261) on one-level benchmark roller (22), second grade benchmark roller (26) respectively, around being equipped with the hold-in range between one-level benchmark synchronizing wheel (221) and second grade benchmark synchronizing wheel (261), the hold-in range is used for driving one-level benchmark roller (22), second grade benchmark roller (26) synchronous operation.

13. The drying device for efficiently removing detergent according to claim 9, wherein: compression roller support (21) upper portion is provided with and drives actuating cylinder mounting panel (211), the one-level compression roller drives actuating cylinder (24) and second grade compression roller and drives actuating cylinder (28) and all install drive actuating cylinder mounting panel (211) and be connected with compression roller support (21) through driving actuating cylinder mounting panel (211).

14. The drying device for efficiently removing detergent according to claim 9, wherein: one end of the primary reference roller (22) or the secondary reference roller (26) is provided with a driving wheel (262);

the primary reference roller (22), the primary pressing roller (25), the secondary reference roller (26) and the secondary pressing roller (29) are rubber rollers or roller bodies with rubber layers on the surfaces.

15. The drying device for efficiently removing cleaning agent as claimed in claim 1, wherein: high-pressure air knife dewatering module (3) include air knife support (31) and install last air knife installation roller (321), down air knife installation roller (322) on air knife support (31), be provided with respectively on last air knife installation roller (321), down air knife installation roller (322) high-pressure air knife (331), down high-pressure air knife (332), go up high-pressure air knife (331), down high-pressure air knife (332) constitute one-level high-pressure air knife tackle jointly, one-level high-pressure air knife tackle is used for carrying out the one-level to substrate (9) and sweeps the dewatering.

16. The drying device for efficiently removing cleaning agent as claimed in claim 15, wherein: the upper air knife mounting roller (321) and the lower air knife mounting roller (322) are respectively mounted on the air knife bracket (31) through which air knife adjusting seat (341) and the lower air knife adjusting seat (342) are arranged.

17. The drying device for efficiently removing cleaning agent as claimed in claim 15, wherein: the upper air knife mounting roller (321) and the lower air knife mounting roller (322) are respectively provided with an upper air knife adjusting handle (351) and a lower air knife adjusting handle (352), the upper air knife adjusting handle (351) is used for adjusting the angle between the upper high-pressure air knife (331) and the base material (9), and the lower air knife adjusting handle (352) is used for adjusting the angle between the lower high-pressure air knife (332) and the base material (9).

18. The drying device for efficiently removing cleaning agent as claimed in claim 15, wherein: the inner parts of the upper air knife installation roller (321) and the lower air knife installation roller (322) are provided with roller inner channels, the air inlet of the upper high-pressure air knife (331) is communicated with the roller inner channels of the upper air knife installation roller (321), the air inlet of the lower high-pressure air knife (332) is communicated with the roller inner channels of the lower air knife installation roller (322), and the outlets of the roller inner channels of the upper air knife installation roller (321) and the lower air knife installation roller (322) are communicated with an external high-pressure air source through pipelines.

19. The drying device for efficiently removing cleaning agent as claimed in claim 1, wherein: the high-pressure air knife dewatering module (3) is provided with two or more stages of high-pressure air knife dewatering sets.

20. A drying apparatus for efficiently removing cleaning agent according to any one of claims 1 to 19, wherein: the water-collecting and liquid-discharging device is characterized by further comprising a water baffle (4), wherein a water-collecting and liquid-discharging port (41) is formed in the water baffle (4).