CN210247189U - Printing ink belt cleaning device - Google Patents
Printing ink belt cleaning device Download PDFInfo
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- CN210247189U CN210247189U CN201920572513.8U CN201920572513U CN210247189U CN 210247189 U CN210247189 U CN 210247189U CN 201920572513 U CN201920572513 U CN 201920572513U CN 210247189 U CN210247189 U CN 210247189U
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Abstract
The utility model discloses a printing ink belt cleaning device, include: the device comprises a rack, a horizontal bridge type transmission system, a spraying system, a cutting liquid reflux system, an air drying system, an air draft system and a liquid medicine recycling system; wherein the rack is loaded with a horizontal bridge type transmission system for conveying workpieces from feeding to discharging; the spraying system is used for cleaning the printing ink on the surface of the workpiece; the cutting liquid reflux system is arranged on the frame and respectively arranged in the spraying system and the air drying system, and liquid medicine or water stain remained on the surface of the workpiece is refluxed into the corresponding box body through the high-pressure air knife so as to reduce cross contamination of cleaning liquid medicine and save liquid medicine or water; the air drying system is arranged on the rack, and water stains on the surface of the workpiece are blown off by a high-pressure air knife; the air draft system is arranged at the inlet and the outlet of each section and used for reducing the smell of the cleaning liquid medicine.
Description
Technical Field
The utility model belongs to a printing ink belt cleaning device, especially an automatic horizontal bridge type transmission structure get rid of and wash method and system of printing ink relate to printed wiring board trade technical field.
Background
At present, workers wipe ink by soaking cotton cloth, gauze and the like in organic solvent. In the working process, the odor generated by the organic solvent can affect the respiratory system of the human body, and the corrosivity of the organic solvent can also cause damage to the human body. Meanwhile, the working efficiency is low, and the environment of the production field is severe.
SUMMERY OF THE UTILITY MODEL
The utility model aims to solve the technical problem that a printing ink belt cleaning device is provided.
The utility model provides a technical scheme as follows that above-mentioned technical problem took:
an ink cleaning device comprising:
the device comprises a rack, a horizontal bridge type transmission system, a spraying system, a cutting liquid reflux system, an air drying system, an air draft system and a liquid medicine recycling system;
wherein the rack is loaded with a horizontal bridge type transmission system for conveying workpieces from feeding to discharging;
the spraying system is used for cleaning the printing ink on the surface of the workpiece;
the cutting liquid reflux system is arranged on the frame and respectively arranged in the spraying system and the air drying system, and liquid medicine or water stain remained on the surface of the workpiece is refluxed into the corresponding box body through the high-pressure air knife so as to reduce cross contamination of cleaning liquid medicine and save liquid medicine or water;
the air drying system is arranged on the rack, and water stains on the surface of the workpiece are blown off by a high-pressure air knife;
the air draft system is arranged at the inlet and the outlet of each section and is used for reducing the smell of the cleaning liquid medicine;
the liquid medicine recycling system is arranged beside the equipment, liquid medicine in the liquid medicine storage tank is conveyed to the liquid medicine recycling groove through the pump for treatment, and the treated liquid medicine is conveyed back to the liquid medicine storage tank through the pump again.
Preferably, the spraying system is arranged on the frame, an inlet of the spraying system is connected with an outlet at the lower part of the liquid medicine storage box body through a pump, the liquid medicine storage box is arranged beside the cleaning box body, the spraying backflow liquid medicine flows back to the liquid medicine storage box through a connecting port at the upper part of the liquid medicine storage box, and a recovery groove body of a spraying clear water rinsing part is positioned right below the spraying pipe and the conveying surface.
Preferably, the horizontal bridge type transmission system penetrates through the first spraying system, the second spraying system, the third spraying system and the air drying system, and drives the workpiece to enter a feeding step, an ink cleaning step 1, an isolation step, an ink cleaning step 2, an isolation step, a 2-level pressure water cleaning step, a market water cleaning step, an isolation step, a cold air drying step and a discharging step.
Preferably, the first spraying system specifically includes:
a first equipment main body casing (101) which is made of PP material, and the equipment main body is formed by welding the PP material;
first bridge transmission (102): is fixed on the device main body shell (101) through screws;
first transmission motor (103): the device is fixed on a device main body shell (101) through screws, and is connected with a bridge type transmission system (102) through a chain and a gear;
a first liquid-cutting blower (104): the liquid cutting air knife is placed below the equipment main body shell (101) and is connected to the liquid cutting air knife (111) through an air pipe;
first supporting long foot (105): is connected to the equipment main body casing (101) through screws and welding;
first draft housing (106): is connected to the device main body casing (101) through screws;
first feed illumination (107): is connected to the device main body casing (101) through screws;
first exhaust duct (108): is connected to the equipment main body shell (101) and the air draft cover (106) through screws and welding;
first pressure gauge (109): the lower part is provided with threads and is connected to the shell (101) of the main body of the equipment;
first visible glass cover (110): is arranged on the shell (101) of the main body of the device;
first liquid air knife (111): is connected to the equipment main body shell (101) and the liquid cutting fan (104) through screws and welding;
first upper spray cleaning system (112): is connected to the equipment main body casing (101) through screws and welding;
a first lower spray cleaning system (113): is connected to the equipment main body casing (101) through screws and welding;
first wire tube (114): is connected to the device main body casing (101) through screws;
first supporting short foot (115): the feeding step and the ink washing 1 step are performed by connecting to the apparatus main body casing (101) by screws and welding.
Preferably, the second spraying system specifically includes:
a second equipment main body shell (201) which is made of PP material, and the equipment main body is formed by welding the PP material; second bridge transmission (202): is fixed on the device main body shell (201) through screws;
second exhaust duct (203): is connected to the equipment main body shell (201) through screws and welding;
second pressure gauge (204): the lower part is provided with screw threads and is connected to the shell (201) of the main body of the equipment;
second visible glass cover (205): is arranged on the shell (201) of the main body of the equipment
A second liquid cutting air knife (206): is connected to the equipment main body shell (201) through screws and welding;
second upper spray cleaning system (207): is connected to the equipment main body shell (201) through screws and welding;
a second lower spray cleaning system (208): is connected to the equipment main body shell (201) through screws and welding;
second wire tube (209): is connected to the equipment main body shell (201) through screws;
second supporting short foot (210): and (2) connecting the ink tank to the device main body casing (201) through screws and welding, thereby performing the ink cleaning step (2).
Preferably, the third spraying system specifically includes:
a third device main body case (301) which is made of PP material and is formed by welding the PP material; third axle drive system (302): is fixed on the third equipment main body shell (301) through screws;
third liquid cutting air knife (303): is connected to a third apparatus main body casing (301) by screws and welding; third electric cabinet (304): is connected to the third apparatus main body casing (301) by welding;
third indicator light (305): is connected to a third electric cabinet (304) through screws;
third touch screen (306): is connected to a third electric cabinet (304) through screws;
third speed control system (307): is connected to a third electric cabinet (304) through screws;
third temperature control system (308): is connected to a third electric cabinet (304) through screws;
third upper spray cleaning system (309): is connected to a third equipment main body shell (301) and a third acid and alkali resistant circulating pump (311) through screws and welding;
a third lower spray cleaning system (310): is connected to a third equipment main body shell (301) and a third acid and alkali resistant circulating pump (311) through screws and welding;
third acid and alkali resistant circulating pump (311): is connected to a third equipment main body shell (301) and a third upper spraying cleaning system (309) and a third lower spraying cleaning system (310) through screws;
third wire tube (312): is connected to a third apparatus main body casing (301) by screws;
third support short foot (313): and is connected to a third equipment main body casing (301) through screws and welding, thereby performing 2-stage pressure water washing, city water washing and isolation steps.
Preferably, the seasoning system includes: air-dry box, it contains air-dry structure, and ejection of compact structure specifically includes:
the equipment main body shell (401) is formed by welding PP materials;
bridge transmission (402): is fixed on the device main body shell (401) through screws;
an upper air drying air knife (403): is connected to the equipment main body shell (401) and the fan (406) through screws and welding;
a lower air drying air knife (404): is connected to the equipment main body shell (401) and the fan (406) through screws and welding;
visible glass cover (405): is placed on the shell (401) of the main body of the device;
fan (406): the air-drying device is placed below the air-drying device 1 and is connected to an upper air-drying air knife (403) and a lower air-drying air knife (404) through air pipes;
wire tube (407): is connected to the device main body casing (401) by screws;
exhaust duct (408): is connected to the equipment main body shell (401) through screws and welding;
discharge lighting (409): is connected to the device main body casing (401) by screws;
supporting long ground leg (410): is connected to the equipment main body shell (401) through screws and welding;
supporting short anchor (411): is connected to the device main body casing (401) by screws and welding.
Preferably, the method further comprises the following steps: a secondary trough section comprising: a fifth equipment main body shell (501) which is formed by welding PP materials;
a fifth acid/alkali-resistant pump (502) connected to the fifth apparatus main body casing (501) by screws;
fifth medical fluid filtration system (503): is connected to the fifth apparatus main body casing (501) by screws and welding.
The system is mainly used for cleaning ink (including but not limited to solder resist ink, white ink, photosensitive ink, resin ink and the like). The cleaning method can solve the following six defects of the existing ink cleaning:
the impact of organic cleaning solvent odor on the site;
the impact of organic cleaning solvent odor on field operators;
the organic cleaning solvent can not be recycled, the clean production can not be realized, and the energy conservation and emission reduction are realized;
the cleaning quality cannot be improved;
productivity cannot be improved;
labor costs cannot be saved.
Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by the practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and claims hereof as well as the appended drawings.
Drawings
The present invention will be described in detail with reference to the accompanying drawings so that the above advantages of the present invention can be more clearly understood. Wherein the content of the first and second substances,
FIG. 1 is a schematic structural view of the ink cleaning apparatus of the present invention;
FIG. 2 is a schematic structural view of the ink cleaning apparatus of the present invention;
FIG. 3 is a schematic structural view of a first spraying system of the ink cleaning device of the present invention;
FIG. 4 is a schematic structural diagram of a first spraying system of the ink cleaning device of the present invention;
FIG. 5 is a schematic structural view of a first spraying system of the ink cleaning apparatus of the present invention;
FIG. 6 is a schematic structural view of an air drying system of the ink cleaning apparatus of the present invention;
FIG. 7 is a schematic structural view of a secondary trough section of the ink cleaning device of the present invention;
Detailed Description
The following detailed description will be made with reference to the accompanying drawings and examples, so as to solve the technical problems by applying technical means to the present invention, and to fully understand and implement the technical effects of the present invention. It should be noted that, as long as no conflict is formed, the embodiments and the features in the embodiments of the present invention may be combined with each other, and the technical solutions formed are all within the scope of the present invention.
The equipment flow comprises the following steps: feeding → ink cleaning 1 → isolation → ink cleaning 2 → isolation → 2-stage pressure water washing, city water washing, isolation → cold air drying → discharging
Specifically, the equipment mainly comprises a rack, a horizontal bridge type transmission system, a spraying system, a liquid cutting backflow system, an air drying system, an air draft system and a liquid medicine recycling system.
Bear horizontal bridge type transmission system in the frame, conveying platform is from one end to the other end in proper order: feeding → ink cleaning 1 → isolation → ink cleaning 2 → isolation → 2-level pressure water washing, city water washing, isolation → cold air drying → discharging;
wherein the first section: comprises 2 cleaning boxes and a liquid medicine storage box.
The cleaning box body comprises a feeding structure, and the cleaning structure is sprayed for the first time and is isolated from the liquid cutting structure.
And a second stage: comprises 2 cleaning boxes and a liquid medicine storage box.
The cleaning box body comprises an isolation liquid cutting structure, and the second-time spraying cleaning structure is carried out to isolate the liquid cutting structure.
A third stage: comprises 1 box body, a cleaning box body
The cleaning box body comprises an isolation liquid cutting structure, a third-time spraying clear water rinsing structure is carried out, and the isolation liquid cutting structure
A fourth stage: comprises 1 case body
The air-dry box body comprises an air-dry structure and a discharge structure.
Specifically, an ink cleaning apparatus includes:
the device comprises a rack, a horizontal bridge type transmission system, a spraying system, a liquid cutting backflow system, an air drying system, an air draft system and a liquid medicine recovery system;
wherein the rack is loaded with a horizontal bridge type transmission system for conveying workpieces from feeding to discharging;
the spraying system is used for cleaning the printing ink on the surface of the workpiece;
the cutting liquid reflux system is arranged on the frame and respectively arranged in the spraying system and the air drying system, and liquid medicine or water stain remained on the surface of the workpiece is refluxed into the corresponding box body through the high-pressure air knife so as to reduce cross contamination of cleaning liquid medicine and save liquid medicine or water;
the air drying system is arranged on the rack, and water stains on the surface of the workpiece are blown off by a high-pressure air knife;
the air draft system is arranged at the inlet and the outlet of each section and is used for reducing the smell of the cleaning liquid medicine;
the liquid medicine recycling system is arranged beside the equipment, liquid medicine in the liquid medicine storage tank is conveyed to the liquid medicine recycling groove through the pump for treatment, and the treated liquid medicine is conveyed back to the liquid medicine storage tank through the pump again.
Preferably, the spraying system is arranged on the frame, an inlet of the spraying system is connected with an outlet at the lower part of the liquid medicine storage box body through a pump, the liquid medicine storage box is arranged beside the cleaning box body, the spraying backflow liquid medicine flows back to the liquid medicine storage box through a connecting port at the upper part of the liquid medicine storage box, and a recovery groove body of a spraying clear water rinsing part is positioned right below the spraying pipe and the conveying surface.
Preferably, the horizontal bridge type transmission system penetrates through the first spraying system, the second spraying system, the third spraying system and the air drying system, and drives the workpiece to enter a feeding step, an ink cleaning step 1, an isolation step, an ink cleaning step 2, an isolation step, a 2-level pressure water cleaning step, a market water cleaning step, an isolation step, a cold air drying step and a discharging step.
Preferably, the first spraying system specifically includes:
a first equipment main body casing (101) which is made of PP material, and the equipment main body is formed by welding the PP material;
first bridge transmission (102): is fixed on the device main body shell (101) through screws;
first transmission motor (103): the device is fixed on a device main body shell (101) through screws, and is connected with a bridge type transmission system (102) through a chain and a gear;
a first liquid-cutting blower (104): the liquid cutting air knife is placed below the equipment main body shell (101) and is connected to the liquid cutting air knife (111) through an air pipe;
first supporting long foot (105): is connected to the equipment main body casing (101) through screws and welding;
first draft housing (106): is connected to the device main body casing (101) through screws;
first feed illumination (107): is connected to the device main body casing (101) through screws;
first exhaust duct (108): is connected to the equipment main body shell (101) and the air draft cover (106) through screws and welding;
first pressure gauge (109): the lower part is provided with threads and is connected to the shell (101) of the main body of the equipment;
first visible glass cover (110): is arranged on the shell (101) of the main body of the device;
first liquid air knife (111): is connected to the equipment main body shell (101) and the liquid cutting fan (104) through screws and welding;
first upper spray cleaning system (112): is connected to the equipment main body casing (101) through screws and welding;
a first lower spray cleaning system (113): is connected to the equipment main body casing (101) through screws and welding;
first wire tube (114): is connected to the device main body casing (101) through screws;
first supporting short foot (115): the feeding step and the ink washing 1 step are performed by connecting to the apparatus main body casing (101) by screws and welding.
Preferably, the second spraying system specifically includes:
a second equipment main body shell (201) which is made of PP material, and the equipment main body is formed by welding the PP material; second bridge transmission (202): is fixed on the device main body shell (201) through screws;
second exhaust duct (203): is connected to the equipment main body shell (201) through screws and welding;
second pressure gauge (204): the lower part is provided with screw threads and is connected to the shell (201) of the main body of the equipment;
second visible glass cover (205): is arranged on the shell (201) of the main body of the equipment
A second liquid cutting air knife (206): is connected to the equipment main body shell (201) through screws and welding;
second upper spray cleaning system (207): is connected to the equipment main body shell (201) through screws and welding;
a second lower spray cleaning system (208): is connected to the equipment main body shell (201) through screws and welding;
second wire tube (209): is connected to the equipment main body shell (201) through screws;
second supporting short foot (210): and (2) connecting the ink tank to the device main body casing (201) through screws and welding, thereby performing the ink cleaning step (2).
Preferably, the third spraying system specifically includes:
a third device main body case (301) which is made of PP material and is formed by welding the PP material; third axle drive system (302): is fixed on the third equipment main body shell (301) through screws;
third liquid cutting air knife (303): is connected to a third apparatus main body casing (301) by screws and welding; third electric cabinet (304): is connected to the third apparatus main body casing (301) by welding;
third indicator light (305): is connected to a third electric cabinet (304) through screws;
third touch screen (306): is connected to a third electric cabinet (304) through screws;
third speed control system (307): is connected to a third electric cabinet (304) through screws;
third temperature control system (308): is connected to a third electric cabinet (304) through screws;
third upper spray cleaning system (309): is connected to a third equipment main body shell (301) and a third acid and alkali resistant circulating pump (311) through screws and welding;
a third lower spray cleaning system (310): is connected to a third equipment main body shell (301) and a third acid and alkali resistant circulating pump (311) through screws and welding;
third acid and alkali resistant circulating pump (311): is connected to a third equipment main body shell (301) and a third upper spraying cleaning system (309) and a third lower spraying cleaning system (310) through screws;
third wire tube (312): is connected to a third apparatus main body casing (301) by screws;
third support short foot (313): and is connected to a third equipment main body casing (301) through screws and welding, thereby performing 2-stage pressure water washing, city water washing and isolation steps.
Preferably, the seasoning system includes: air-dry box, it contains air-dry structure, and ejection of compact structure specifically includes:
the equipment main body shell (401) is formed by welding PP materials;
bridge transmission (402): is fixed on the device main body shell (401) through screws;
an upper air drying air knife (403): is connected to the equipment main body shell (401) and the fan (406) through screws and welding;
a lower air drying air knife (404): is connected to the equipment main body shell (401) and the fan (406) through screws and welding;
visible glass cover (405): is placed on the shell (401) of the main body of the device;
fan (406): the air-drying device is placed below the air-drying device 1 and is connected to an upper air-drying air knife (403) and a lower air-drying air knife (404) through air pipes;
wire tube (407): is connected to the device main body casing (401) by screws;
exhaust duct (408): is connected to the equipment main body shell (401) through screws and welding;
discharge lighting (409): is connected to the device main body casing (401) by screws;
supporting long ground leg (410): is connected to the equipment main body shell (401) through screws and welding;
supporting short anchor (411): is connected to the device main body casing (401) by screws and welding.
Preferably, the method further comprises the following steps: a secondary trough section comprising: a fifth equipment main body shell (501) which is formed by welding PP materials;
a fifth acid/alkali-resistant pump (502) connected to the fifth apparatus main body casing (501) by screws;
fifth medical fluid filtration system (503): is connected to the fifth apparatus main body casing (501) by screws and welding.
Wherein, more specifically, the horizontal bridge transmission system: the spraying device is arranged on the frame and penetrates through the first section (a first spraying system), the second section (a second spraying system), the third section (a third spraying system) and the fourth section (an air drying system). The function is as follows: conveying workpieces from feed to discharge
A spraying system: the spraying system is arranged on the frame, the inlet of the spraying system is connected with the outlet at the lower part of the liquid medicine storage box body through a pump, the liquid medicine storage box is arranged beside the cleaning box body, and the spraying backflow liquid medicine flows back to the liquid medicine storage box through the connecting port at the upper part of the liquid medicine storage box. The recovery tank body of the spray clear water rinsing part is positioned under the spray pipe and the conveying surface.
The function is as follows: cleaning ink on the surface of a workpiece;
cutting liquid reflux system: is arranged on the frame and is respectively arranged in each section. And the liquid medicine or water stain remained on the surface of the workpiece is refluxed into the corresponding box body by the high-pressure air knife.
The function is as follows: reduce the cross contamination of the cleaning liquid and save the liquid (or water)
Air-dry system: the water stain on the surface of the workpiece is blown off by the high-pressure air knife.
The function is as follows: removing excess water
An air draft system: are provided at the inlet and outlet of each segment.
The function is as follows: reducing odor of cleaning solution
A liquid medicine recycling system: the liquid medicine recycling device is arranged beside the equipment, liquid medicine in the liquid medicine storage tank is conveyed to the liquid medicine recycling tank through the pump for treatment, and the treated liquid medicine is conveyed back to the liquid medicine storage tank through the pump again.
The working principle is explained as follows:
the worker turns on the power of the device and presses the start button. And placing a workpiece to be cleaned at the feeding hole, wherein the workpiece enters the equipment along with the bridge type transmission shaft.
The workpiece enters a first section, and the printing ink is softened and partially washed away in a high-pressure spraying mode;
the workpiece enters a second section, and the printing ink is washed away in a high-pressure spraying mode;
the workpiece enters a third section, and residual printing ink and liquid medicine on the surface of the workpiece are cleaned in a high-pressure spraying mode
The workpiece enters the fourth section, most of the workpiece with water stain on the surface of the workpiece is removed in a high-pressure cold air mode, and the workpiece is discharged from the discharge port, so that the whole process is finished.
The utility model discloses can solve current problem:
the machine body is basically in a closed state during operation, so that the influence of the odor of the organic cleaning solvent on the site is effectively reduced;
the field personnel do not contact with the cleaning agent, so that the influence of the odor of the organic cleaning solvent on the field operators is effectively reduced;
the organic cleaning solvent is recycled, clean production is realized, energy is saved, and emission is reduced;
the cleaning quality can be improved;
the productivity can be improved;
labor cost can be saved;
finally, it should be noted that: although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that modifications may be made to the embodiments described in the foregoing embodiments, or equivalents may be substituted for elements thereof. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (8)
1. An ink cleaning apparatus, comprising:
the device comprises a rack, a horizontal bridge type transmission system, a spraying system, a cutting liquid reflux system, an air drying system, an air draft system and a liquid medicine recycling system;
wherein the rack is loaded with a horizontal bridge type transmission system for conveying workpieces from feeding to discharging;
the spraying system is used for cleaning the printing ink on the surface of the workpiece;
the cutting liquid reflux system is arranged on the frame and respectively arranged in the spraying system and the air drying system, and liquid medicine or water stain remained on the surface of the workpiece is refluxed into the corresponding box body through the high-pressure air knife so as to reduce cross contamination of cleaning liquid medicine and save liquid medicine or water;
the air drying system is arranged on the rack, and water stains on the surface of the workpiece are blown off by a high-pressure air knife;
the air draft system is arranged at the inlet and the outlet of each section and is used for reducing the smell of the cleaning liquid medicine;
the liquid medicine recycling system is arranged beside the equipment, liquid medicine in the liquid medicine storage tank is conveyed to the liquid medicine recycling groove through the pump for treatment, and the treated liquid medicine is conveyed back to the liquid medicine storage tank through the pump again.
2. The ink cleaning device according to claim 1, wherein the spraying system is disposed above the frame, an inlet of the spraying system is connected to a lower outlet of the chemical liquid storage tank through a pump, the chemical liquid storage tank is disposed beside the cleaning tank, the spraying return chemical liquid flows back to the chemical liquid storage tank through a connection port at an upper portion of the chemical liquid storage tank, and a recovery tank body of the spraying clear water rinsing part is located right below the spraying pipe and the conveying surface.
3. The ink cleaning apparatus of claim 1 or 2, wherein the horizontal bridge drive system extends through the first, second, third and air drying systems.
4. The ink cleaning apparatus of claim 3, wherein the spray system comprises: first spraying system specifically includes:
a first equipment main body casing (101) which is made of PP material, and the equipment main body is formed by welding the PP material;
first bridge transmission (102): is fixed on the device main body shell (101) through screws;
first transmission motor (103): the device is fixed on a device main body shell (101) through screws, and is connected with a bridge type transmission system (102) through a chain and a gear;
a first liquid-cutting blower (104): the liquid cutting air knife is placed below the equipment main body shell (101) and is connected to the liquid cutting air knife (111) through an air pipe;
first supporting long foot (105): is connected to the equipment main body casing (101) through screws and welding;
first draft housing (106): is connected to the device main body casing (101) through screws;
first feed illumination (107): is connected to the device main body casing (101) through screws;
first exhaust duct (108): is connected to the equipment main body shell (101) and the air draft cover (106) through screws and welding;
first pressure gauge (109): the lower part is provided with threads and is connected to the shell (101) of the main body of the equipment;
first visible glass cover (110): is arranged on the shell (101) of the main body of the device;
first liquid air knife (111): is connected to the equipment main body shell (101) and the liquid cutting fan (104) through screws and welding;
first upper spray cleaning system (112): is connected to the equipment main body casing (101) through screws and welding;
a first lower spray cleaning system (113): is connected to the equipment main body casing (101) through screws and welding;
first wire tube (114): is connected to the device main body casing (101) through screws;
first supporting short foot (115): is connected to the apparatus main body casing (101) by screws and welding.
5. The ink cleaning apparatus of claim 3, wherein the spray system comprises: the second spraying system specifically comprises:
a second equipment main body shell (201) which is made of PP material, and the equipment main body is formed by welding the PP material; second bridge transmission (202): is fixed on the device main body shell (201) through screws;
second exhaust duct (203): is connected to the equipment main body shell (201) through screws and welding;
second pressure gauge (204): the lower part is provided with screw threads and is connected to the shell (201) of the main body of the equipment;
second visible glass cover (205): is arranged on the shell (201) of the main body of the equipment
A second liquid cutting air knife (206): is connected to the equipment main body shell (201) through screws and welding;
second upper spray cleaning system (207): is connected to the equipment main body shell (201) through screws and welding;
a second lower spray cleaning system (208): is connected to the equipment main body shell (201) through screws and welding;
second wire tube (209): is connected to the equipment main body shell (201) through screws;
second supporting short foot (210): is connected to the device main body casing (201) by screws and welding.
6. The ink cleaning apparatus of claim 3, wherein the spray system comprises: the third spraying system specifically comprises:
a third device main body case (301) which is made of PP material and is formed by welding the PP material; third axle drive system (302): is fixed on the third equipment main body shell (301) through screws;
third liquid cutting air knife (303): is connected to a third apparatus main body casing (301) by screws and welding; third electric cabinet (304): is connected to the third apparatus main body casing (301) by welding;
third indicator light (305): is connected to a third electric cabinet (304) through screws;
third touch screen (306): is connected to a third electric cabinet (304) through screws;
third speed control system (307): is connected to a third electric cabinet (304) through screws;
third temperature control system (308): is connected to a third electric cabinet (304) through screws;
third upper spray cleaning system (309): is connected to a third equipment main body shell (301) and a third acid and alkali resistant circulating pump (311) through screws and welding;
a third lower spray cleaning system (310): is connected to a third equipment main body shell (301) and a third acid and alkali resistant circulating pump (311) through screws and welding;
third acid and alkali resistant circulating pump (311): is connected to a third equipment main body shell (301) and a third upper spraying cleaning system (309) and a third lower spraying cleaning system (310) through screws;
third wire tube (312): is connected to a third apparatus main body casing (301) by screws;
third support short foot (313): is connected to the third apparatus main body casing (301) by screws and welding.
7. The ink cleaning apparatus of claim 3, wherein the air drying system comprises: air-dry box, it contains air-dry structure, and ejection of compact structure specifically includes:
the equipment main body shell (401) is formed by welding PP materials;
bridge transmission (402): is fixed on the device main body shell (401) through screws;
an upper air drying air knife (403): is connected to the equipment main body shell (401) and the fan (406) through screws and welding;
a lower air drying air knife (404): is connected to the equipment main body shell (401) and the fan (406) through screws and welding;
visible glass cover (405): is placed on the shell (401) of the main body of the device;
fan (406): the air-drying device is placed below the air-drying device 1 and is connected to an upper air-drying air knife (403) and a lower air-drying air knife (404) through air pipes;
wire tube (407): is connected to the device main body casing (401) by screws;
exhaust duct (408): is connected to the equipment main body shell (401) through screws and welding;
discharge lighting (409): is connected to the device main body casing (401) by screws;
supporting long ground leg (410): is connected to the equipment main body shell (401) through screws and welding;
supporting short anchor (411): is connected to the device main body casing (401) by screws and welding.
8. The ink cleaning apparatus of claim 3, further comprising: a secondary trough section comprising: a fifth equipment main body shell (501) which is formed by welding PP materials;
a fifth acid/alkali-resistant pump (502) connected to the fifth apparatus main body casing (501) by screws;
fifth medical fluid filtration system (503): is connected to the fifth apparatus main body casing (501) by screws and welding.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201920572513.8U CN210247189U (en) | 2019-04-25 | 2019-04-25 | Printing ink belt cleaning device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201920572513.8U CN210247189U (en) | 2019-04-25 | 2019-04-25 | Printing ink belt cleaning device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110087401A (en) * | 2019-04-25 | 2019-08-02 | 深圳市瑞成环保设备有限公司 | A kind of ink cleaning device and method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110087401A (en) * | 2019-04-25 | 2019-08-02 | 深圳市瑞成环保设备有限公司 | A kind of ink cleaning device and method |
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