CN210031137U - Transfer coating dipping device - Google Patents
Transfer coating dipping device Download PDFInfo
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- CN210031137U CN210031137U CN201920725855.9U CN201920725855U CN210031137U CN 210031137 U CN210031137 U CN 210031137U CN 201920725855 U CN201920725855 U CN 201920725855U CN 210031137 U CN210031137 U CN 210031137U
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- felt
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- driving wheel
- rubber
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Abstract
The utility model discloses a transfer coating dipping device, which comprises a transfer coating felt structure, a product conveying structure and a product placing structure; the transfer coating felt structure comprises a rubber roll driving wheel, a rubber roll driven wheel, a press roll, a saturated glue solution storage tank and a felt; the rubber roller driven wheel is immersed in the saturated glue solution and is connected with the inner wall of the saturated glue solution storage tank through a fixed shaft; the rubber roll driving wheel and the rubber roll driven wheel are connected through a felt, and the felt can rotate around the rubber roll driving wheel and the rubber roll driven wheel under the driving of the rubber roll driving wheel. According to the transfer coating dipping cloth art product process, in the coating and dipping processes of the cloth art product, the thickness of the cloth art product is guaranteed, the liquid carrying rate of the cloth art product is reduced, and the energy consumption in the drying process is reduced.
Description
Technical Field
The utility model belongs to the technical field of the coating impregnation technique and specifically relates to a transfer coating saturating device.
Background
The traditional impregnation process such as wet impregnation is to mix the product to be impregnated with the solution, squeeze out the excess solution by the pressure of the impregnation rolls and then dry. To reduce the water usage in the production, it is necessary to increase the pressure of the impregnation rollers to achieve lower wet pickup, but this approach may have an irreversible effect on the thickness and even strength of some products, and also increases the energy usage during the subsequent drying process. For example, the patent numbers are: CN201621387761.8, entitled multipurpose coating device for film material, which comprises a dipping tank for containing coating liquid and a dipping roller; the film material soaking device further comprises a first spiral micro-concave roller, a second spiral micro-concave roller and a soaking material box, wherein a gap for the film material to pass through is reserved between the first spiral micro-concave roller and the second spiral micro-concave roller and is adjustable; the impregnation box is provided with an opening so that the coating liquid in the impregnation box can be in contact with the outer surface of the first spiral micro-concave roller; and a backing roll for applying force to the film material. The processing and coating glue solution of the product is adjusted by only pressure, which is not beneficial to the uniform coating of the cloth product.
Disclosure of Invention
The utility model aims to solve the problem that to the shortcoming among the above-mentioned prior art, put forward improvement scheme or alternative, especially one kind can guarantee cloth art product thickness, can reduce the improvement or the alternative of the transfer coating saturating device of the consumption of the energy again.
In order to solve the above problem, the utility model discloses a scheme as follows: the transfer coating machine is characterized by comprising a transfer coating felt structure, a product conveying structure and a product placing structure; the transfer coating felt structure comprises a rubber roll driving wheel, a rubber roll driven wheel, a press roll, a saturated glue solution storage tank and a felt; the rubber roller driven wheel is immersed in the saturated glue solution and is connected with the inner wall of the saturated glue solution storage tank through a fixed shaft; the rubber roller driving wheel and the rubber roller driven wheel are connected through a felt, and the felt can rotate around the rubber roller driving wheel and the rubber roller driven wheel under the driving of the rubber roller driving wheel; the felt is used for being soaked in saturated glue solution and then is transferred to the surface and the inside of a product through a compression roller and a rubber roller driving wheel; the product conveying structure comprises a left driven wheel, a cloth product and a right driven wheel; the left driven wheel and the right driven wheel rotate clockwise to push the product to advance; the product placing structure comprises a left cylindrical support body, a right cylindrical support body and a rolling body driving wheel; and the left cylindrical support body and the right cylindrical support body support the rolling body driving wheel.
Further, according to the above design scheme, the transfer coating dipping device is characterized in that the felt is in a band-shaped annular structure and is used for adsorbing saturated glue solution.
Further, according to the above design scheme, the transfer coating dipping device is characterized in that one side of the rubber roll driving wheel and one side of the rubber roll driven wheel are detachable at one side, so that replacement of a felt with an annular needling structure is facilitated.
Further, according to the above design scheme, the transfer coating dipping device is characterized in that the distance between the press roller and the rubber roller driving wheel is the thickness of the product, so that the thickness of the product is ensured to be unchanged.
Further, according to above-mentioned design scheme the transfer coating saturating device, characterized in that, left side cylinder support and right side cylinder support are fixed setting, the volume action wheel is the floating setting.
The technical effects of the utility model are as follows: comprises a transfer coating felt structure, a product conveying structure and a product placing structure; the transfer coating felt structure comprises a rubber roll driving wheel, a rubber roll driven wheel, a press roll, a saturated glue solution storage tank and a felt; the rubber roller driven wheel is immersed in the saturated glue solution and is connected with the inner wall of the saturated glue solution storage tank through a fixed shaft; the rubber roller driving wheel and the rubber roller driven wheel are connected through a felt, and the felt can rotate around the rubber roller driving wheel and the rubber roller driven wheel under the driving of the rubber roller driving wheel; the felt is used for being soaked in saturated glue solution and then is transferred to the surface and the inside of a product through a compression roller and a rubber roller driving wheel; the product conveying structure comprises a left driven wheel, a cloth product and a right driven wheel; the left driven wheel and the right driven wheel rotate clockwise to push the product to advance; the product placing structure comprises a left cylindrical support body, a right cylindrical support body and a rolling body driving wheel; and the left cylindrical support body and the right cylindrical support body support the rolling body driving wheel. The transfer coating dipping device uniformly transfers saturated glue solution to the surface and the inside of a cloth product through the annular needled felt, ensures the thickness of the cloth product, reduces the liquid carrying rate of the cloth product and reduces the energy consumption of the drying process in the coating and dipping processes of the cloth product.
Drawings
FIG. 1 is a block diagram of a transfer coating dipping apparatus.
FIG. 2 is a structure view of the rubber roller driven wheel.
Wherein, 1 is a left driven wheel, 2 is a saturated glue solution storage tank, 21 is a saturated glue solution, 22 is a fixed shaft, 3 is a rubber roller driving wheel, 31 is an inner rubber roller, 32 is a felt, 33 is a rubber roller driven wheel, 4 is a press roller, 5 is a product, 6 is a right driven wheel, 7 is a roll product, 71 is a left cylindrical support, 72 is a right cylindrical support, and 73 is a roll driving wheel.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings.
Example 1: a transfer coat impregnation apparatus comprising a transfer coat felt structure, a product conveying structure, and a product placement structure; the transfer coating felt structure comprises a rubber roll driving wheel, a rubber roll driven wheel, a press roll, a saturated glue solution storage tank and a felt; the rubber roller driven wheel is immersed in the saturated glue solution and is connected with the inner wall of the saturated glue solution storage tank through a fixed shaft; the rubber roller driving wheel and the rubber roller driven wheel are connected through a felt, and the felt can rotate around the rubber roller driving wheel and the rubber roller driven wheel under the driving of the rubber roller driving wheel; the felt is used for being soaked in saturated glue solution and then is transferred to the surface and the inside of a product through a compression roller and a rubber roller driving wheel; the product conveying structure comprises a left driven wheel, a cloth product and a right driven wheel; the left driven wheel and the right driven wheel rotate clockwise to push the product to advance; the product placing structure comprises a left cylindrical support body, a right cylindrical support body and a rolling body driving wheel; the left side cylindrical support body and the right side cylindrical support body support the reel body driving wheel, the felt is of a band-shaped annular structure and used for adsorbing saturated glue, and one side of the rubber roller driving wheel and one side of the rubber roller driven wheel are detachable on one side, so that the felt of the annular needling structure can be replaced conveniently.
Example 2: a transfer coat impregnation apparatus comprising a transfer coat felt structure, a product conveying structure, and a product placement structure; the transfer coating felt structure comprises a rubber roll driving wheel, a rubber roll driven wheel, a press roll, a saturated glue solution storage tank and a felt; the rubber roller driven wheel is immersed in the saturated glue solution and is connected with the inner wall of the saturated glue solution storage tank through a fixed shaft; the rubber roller driving wheel and the rubber roller driven wheel are connected through a felt, and the felt can rotate around the rubber roller driving wheel and the rubber roller driven wheel under the driving of the rubber roller driving wheel; the felt is used for being soaked in saturated glue solution and then is transferred to the surface and the inside of a product through a compression roller and a rubber roller driving wheel; the product conveying structure comprises a left driven wheel, a cloth product and a right driven wheel; the left driven wheel and the right driven wheel rotate clockwise to push the product to advance; the product placing structure comprises a left cylindrical support body, a right cylindrical support body and a rolling body driving wheel; the left side cylinder support body and the right side cylinder support body support and roll up the body action wheel distance between compression roller and the rubber roll action wheel is the thickness of product, guarantees that product thickness is unchangeable, left side cylinder support body and right side cylinder support body are fixed setting, roll up the body action wheel and set up for floating.
Claims (6)
1. A transfer coat impregnation apparatus comprising a transfer coat felt structure, a product conveying structure and a product placement structure; the transfer coating felt structure comprises a rubber roll driving wheel, a rubber roll driven wheel, a press roll, a saturated glue solution storage tank and a felt; the rubber roller driven wheel is immersed in the saturated glue solution and is connected with the inner wall of the saturated glue solution storage tank through a fixed shaft; the rubber roller driving wheel and the rubber roller driven wheel are connected through a felt, and the felt can rotate around the rubber roller driving wheel and the rubber roller driven wheel under the driving of the rubber roller driving wheel; the felt is used for being soaked in saturated glue solution and then is transferred to the surface and the inside of a product through a compression roller and a rubber roller driving wheel; the felt is an annular needled felt; the product conveying structure comprises a left driven wheel, a cloth product and a right driven wheel; the left driven wheel and the right driven wheel rotate clockwise to push the product to advance; the product placing structure comprises a left cylindrical support body, a right cylindrical support body and a rolling body driving wheel; and the left cylindrical support body and the right cylindrical support body support the rolling body driving wheel.
2. The transfer coating dipping device of claim 1 wherein the felt is a belt-like annular structure for absorbing saturated glue.
3. The transfer coating dipping device according to claim 1, wherein one side of the rubber roll driving wheel and the rubber roll driven wheel is detachable at one side, so that the replacement of the felt with an annular needling structure is convenient.
4. The transfer coating dipping device according to claim 1, wherein the distance between the press roll and the rubber roll driving wheel is the thickness of the product, so as to ensure that the thickness of the product is unchanged.
5. The transfer coating immersion apparatus of claim 1 wherein the left and right cylindrical supports are stationary and the spool drive wheel is floating.
6. The transfer coat impregnation apparatus of claim 1, wherein the endless needled felt is a seamless endless needled felt comprising a rubber belt and a needled felt disposed on an outer surface of the rubber belt.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920725855.9U CN210031137U (en) | 2019-05-21 | 2019-05-21 | Transfer coating dipping device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920725855.9U CN210031137U (en) | 2019-05-21 | 2019-05-21 | Transfer coating dipping device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN210031137U true CN210031137U (en) | 2020-02-07 |
Family
ID=69366573
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920725855.9U Active CN210031137U (en) | 2019-05-21 | 2019-05-21 | Transfer coating dipping device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN210031137U (en) |
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2019
- 2019-05-21 CN CN201920725855.9U patent/CN210031137U/en active Active
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