CN114381732A

CN114381732A - Large-breadth automatic adjustable vacuum liquid suction device

Info

Publication number: CN114381732A
Application number: CN202210000790.8A
Authority: CN
Inventors: 邹力
Original assignee: Individual
Current assignee: Individual
Priority date: 2022-01-04
Filing date: 2022-01-04
Publication date: 2022-04-22

Abstract

The invention discloses a large-breadth vacuum imbibition automatic regulating device, which is attached to a horizontal large-breadth vacuum etching machine. The large-breadth vacuum liquid suction cutter automatic adjusting device comprises a large-breadth bearing conveying structure, a vacuum liquid suction cutter automatic adjusting device and a range finding probe arranged at a feed inlet; the automatic vacuum liquid suction knife adjusting devices are arranged on the outer conveying support, are arranged between the two conveying shafts, and are used for large-breadth plate aluminum plates, stainless steel plates, ceramic hot-pressing door molds and all etchable metal materials on the conveying shafts; an electronic detector specially used for measuring the thickness of the base plate is arranged at a material inlet of the machine and used for detecting the thickness of the processed base plate so as to adjust the height of the vacuum liquid suction cutter and realize automatic lifting adjustment of the liquid suction device. The invention greatly improves the uniformity of fine grains on the surface of the hot-pressing door mold, the aluminum-type plate, the stainless steel decorative plate, and has higher requirements on the grains of the surface and the bottom color of the plate in special industries such as the hot-pressing door mold industry, thereby avoiding the influence on the product yield due to the pool effect and effectively improving the defect in the existing etching equipment.

Description

Large-breadth automatic adjustable vacuum liquid suction device

Technical Field

The invention relates to a large-breadth full-automatic horizontal vacuum etching device for large-scale etchable base processes such as metal decorative plates, hot-pressing door molds, aluminum plates and the like, and relates to self-regulation of a vacuum device.

Background

Along with the improvement of life quality, various living decoration materials are increasingly complicated, the market needs to be greatly increased for larger and thicker etching plates, and aiming at the defects of the prior art, the novel large-width automatic adjustable vacuum liquid suction device overcomes the defects that the existing etching machine cannot load large thick plate parts and the existing water tank effect cannot timely suck away the residual old liquid medicine on the surfaces of the large plate parts, particularly, the existing vacuum device with the common thick plate adopts the structure that a roller shaft moves up and down to meet the easy clamping plate of the thicker plate, so that the yield is greatly reduced, and the device can thoroughly solve the problems. A novel solution is provided.

Disclosure of Invention

The invention discloses a large-breadth automatic adjustable vacuum imbibing device, which can fundamentally solve the problems encountered in the background of the invention, and adopts the following technical scheme in order to realize the problems: the large-breadth automatic adjustable vacuum imbibition device comprises a large-breadth bearing conveying structure, a vacuum imbibition knife automatic adjusting device and a vacuum imbibition structure, wherein the large-breadth bearing conveying structure, the vacuum imbibition knife automatic adjusting device and the vacuum imbibition structure are arranged on a conveying outer support, and the number of the vacuum imbibition knife automatic adjusting device is between two conveying shafts; the conveying structure comprises a feeding part and a discharging part, and an electronic detector special for measuring the thickness of the base plate is arranged at the feeding part of the machine and used for detecting the thickness of the processed base plate so as to adjust the height of the vacuum liquid suction cutter and realize automatic lifting adjustment of the liquid suction device; a vacuum liquid suction device, which is provided with a liquid suction knife for carrying out vacuum liquid suction at a specific distance relative to the plate surface; the automatic regulating device of the vacuum liquid suction cutter structurally comprises a lifting transmission main shaft, a power transmission shaft, a liquid suction cutter suspension rod, a lifting cam (the cam is provided with a limiting groove), a power shaft direction worm rod, a lifting shaft direction turbine, an electronic distance probe, a servo system and a transmission shaft supporting seat; the system electronic detector detects the thickness of the substrate at the feeding position; calculating in a PLC circuit, outputting on a servo motor, fixedly connecting the servo motor with a power transmission shaft through a coupler, fixing the power transmission shaft with a transmission worm, and transmitting the obtained kinetic energy to a lifting shaft turbine through meshing by the worm; the vortex fiber is fixedly connected with the lifting transmission main shaft, the lifting shaft is fixed on a lifting shaft fixing seat on the outer side conveying support, and the lifting cam is fixed between every two conveying shafts. The lifting main shaft is provided with a lifting cam with a pulley, and the lifting of the cam drives the liquid suction cutter suspension rod; the vacuum liquid washing knife is downward in the adsorption direction.

Furthermore, the mechanism send structure lift main shaft fixing base to be detachable. The conveying seats are all provided with transmission spacer bushes.

Further, big automatic adjustable vacuum imbibition device of breadth, its characteristics lie in: the axis is parallel to the lifting input driven power transmission shaft.

Further, big automatic adjustable vacuum imbibition device of breadth, its characteristics lie in: the power transmission shaft and the lifting transmission shaft are mutually vertical.

Further, big automatic adjustable vacuum imbibition device of breadth, its characteristics lie in: the adjusting device can set the number according to the length of the equipment and the requirement of the product.

Further, big automatic adjustable vacuum imbibition device of breadth, its characteristics lie in: the vacuum liquid suction device and the automatic adjusting device are a large-breadth automatic adjustable vacuum liquid suction device.

The device overcomes the defects that the existing etching machine can not load the large thick plate and the existing water pool effect exists, and can not suck the residual old liquid medicine on the surface of the large plate in time, particularly, the existing vacuum device for the common thick plate adopts the structure that the roller shaft moves up and down to meet the easy clamping plate of the thick plate, thereby greatly reducing the yield.

Drawings

FIG. 1 is a three-dimensional structure of the large-format automatic adjustable vacuum imbibing device;

FIG. 2 is a structural perspective of a front view of the present design;

FIG. 3 is a side view of the design;

FIG. 4 is a view showing the lowest height of the design device;

FIG. 5 is a top height adjustment of the present design;

description of reference numerals:

1. lifting servo motor

2. Power shaft fixing seat

3. Power shaft fixing seat shaft sleeve

4. Lifting spindle turbine

5. Lifting shaft fixing seat shaft sleeve

6. Liquid suction knife suspension rod

7. Lifting cam (cam with limiting groove)

8. Lifting spindle

9. Distance detector

10. Power shaft scroll bar

11. Power main shaft

12. Outside delivery stent

13. Lifting shaft fixing seat

14. Inner side conveying support

15. Liquid suction knife

16. Negative pressure source loose joint

17. Conveying shaft

With reference to the attached drawings, the technical scheme is combined: a large-breadth automatic adjustable vacuum imbibition device comprises a machine body etching tank, a liquid medicine tank, a PLC circuit control system, an etching imbibition device (not shown in the attached drawing), a conveying system, a conveying bracket at the outer side of 12, a conveying bracket at the inner side of 14, and a conveying shaft 17, which form a main conveying structure; arranging a 9-distance detector in the feeding direction, and when the metal plate enters a conveying system; measuring the distance by an electronic distance detector, and calculating inside the PLC to obtain the thickness of the material; adjusting 1, lifting a servo motor, wherein the servo motor is fixedly connected with an 11 power main shaft, and a 10 power shaft worm is assembled on the 11 power main shaft; the power main shaft is arranged on the power shaft fixing seat 2, and a power shaft fixing seat shaft sleeve 3 is sleeved outside the power main shaft 11; the power shaft worm rod 10 transmits power to the lifting main shaft turbine 4, and the lifting main shaft turbine 4 is fixedly connected with the lifting main shaft 8; 8, the lifting main shaft is attached to the 12 outer side conveying support; the lifting spindle 8 is provided with 13 lifting spindle fixing seats at intervals, the lifting spindle 8 is fixedly connected with 7 lifting cams (provided with limiting grooves) in a manner that the lifting spindle fixing seats 5 are sleeved in the 13 lifting spindle fixing seats, 6 imbibition knife suspension rods are driven along with the overturning of the cams, the 6 imbibition knife suspension rods are connected with imbibition concentrated pipes in a welding manner, and the imbibition concentrated pipes are connected with 15 imbibition knives; the 16 negative pressure source is movably connected with a vacuum device; wherein, the power of the lifting servo motor changes along with the change of the size and the number of the vacuum liquid suction knife devices, and the sizes of the models of all the parts of the patent need to be correspondingly adapted.

The specific implementation mode is as follows: those skilled in the art can make equivalent changes or substitutions without departing from the spirit of the present invention, and such equivalent changes or substitutions are included in the scope defined by the claims of the present application.

Claims

1. The utility model provides a big automatic adjustable vacuum imbibition device which characterized in that: the automatic vacuum imbibition knife adjusting device is arranged on the outer conveying support, and the number of the automatic vacuum imbibition knife adjusting devices is between two conveying shafts; the conveying structure comprises a feeding part and a discharging part, and an electronic detector special for measuring the thickness of the base plate is arranged at the feeding part of the machine and used for detecting the thickness of the processed base plate so as to adjust the height of the vacuum liquid suction cutter and realize automatic lifting adjustment of the liquid suction device; a vacuum liquid suction device, which is provided with a liquid suction knife for carrying out vacuum liquid suction at a specific distance relative to the plate surface; the automatic regulating device of the vacuum liquid suction cutter structurally comprises a lifting transmission main shaft, a power transmission shaft, a liquid suction cutter suspension rod, a lifting cam (the cam is provided with a limiting groove), a power shaft direction worm rod, a lifting shaft direction turbine, an electronic distance probe, a servo system and a transmission shaft supporting seat; the system electronic detector detects the thickness of the substrate at the feeding position; calculating in a PLC circuit, outputting on a servo motor, fixedly connecting the servo motor with a power transmission shaft through a coupler, fixing the power transmission shaft with a transmission worm, and transmitting the obtained kinetic energy to a lifting shaft turbine through meshing by the worm; the vortex fiber is fixedly connected with the lifting transmission main shaft, the lifting shaft is fixed on a lifting shaft fixing seat on the outer side conveying support, and the lifting cam is fixed between every two conveying shafts; the lifting main shaft is provided with a lifting cam with a pulley, and the lifting of the cam drives the liquid suction cutter suspension rod; the vacuum liquid washing knife is downward in the adsorption direction.

2. The large format automatically adjustable vacuum imbibing device of claim 1 wherein: the conveying structure lifting spindle fixing base is detachable, and the conveying base is provided with a transmission spacer bush.

3. The large format automatically adjustable vacuum imbibing device of claim 1 wherein: the axis is parallel to the lifting input driven power transmission shaft.

4. The large format automatically adjustable vacuum imbibing device of claim 1 wherein: the power transmission shaft and the lifting transmission shaft are mutually vertical.

5. The large format automatically adjustable vacuum imbibing device of claim 1 wherein: the adjusting device can set the number according to the length of the equipment and the requirement of the product.

6. The large format automatically adjustable vacuum imbibing device of claim 1 wherein: the vacuum imbibing devices correspond to the automatic adjusting devices one by one.

7. The large format automatically adjustable vacuum imbibing device of claim 1 wherein: the bottom of the vacuum liquid suction knife is provided with a negative pressure liquid suction hole which is communicated with a negative pressure source.

8. The large format automatically adjustable vacuum imbibing device of claim 1 wherein: the fixed connection is fixed by welding a movable buckle structure and a bolt.