CN217457908U

CN217457908U - Automatic production line for warehouse pieces

Info

Publication number: CN217457908U
Application number: CN202220501337.0U
Authority: CN
Inventors: 刘志强
Original assignee: Yuanjiang Sanyang Machinery Manufacturing Co ltd
Current assignee: Yuanjiang Sanyang Machinery Manufacturing Co ltd
Priority date: 2022-03-08
Filing date: 2022-03-08
Publication date: 2022-09-20
Anticipated expiration: 2032-03-08

Abstract

The utility model discloses an automatic production line of warehouse pieces, which comprises a feeding trolley, wherein a gantry truss is arranged on the feeding trolley; a material taking frame is arranged on the gantry truss; the material taking frame is provided with a plurality of vacuum suckers and a plurality of electromagnet suckers; laser cutting machine and preceding roll table are installed to longmen truss below, and the purlin machine is installed to the conveying end of preceding roll table, and the back roll table is installed to purlin machine ejection of compact department, and numerical control rounding machine is installed to back roll table exit, and the transport robot is installed to numerical control rounding machine's ejection of compact department, and turn-ups machine and welding robot are installed to the cooperation transport robot. The production efficiency of the utility model is greatly improved, the daily output of people is improved by 476%, and the labor cost is obviously reduced; the labor intensity of workers is greatly reduced, and the product quality is stable and reliable. The processing range of the product is expanded at will, and the investment of the die is greatly reduced.

Description

Automatic production line for warehouse pieces

Technical Field

The utility model relates to the field of machinary, especially, relate to a storehouse piece automation line.

Background

The tablet chamber is generally formed by fixedly connecting chamber sheets, and the chamber sheet structure is shown in figure 1 and comprises an arc-shaped side chamber sheet body and folding edges around, wherein connecting holes are formed on the folding edges. The existing bin sheet processing method is generally shown in fig. 2, holes are drilled on the periphery of a bin sheet, notches at four corners are cut, the periphery is folded, the folded edges are welded together, then a rounding machine is used for pressing into an arc in advance, and the arc is placed in a die for pressing, so that the bin sheet with the required radian is accurately manufactured.

However, the existing processing technology has the following problems:

1. the per-person yield is low: based on 5 per day productions (140 sheets), the original production process needs 16 production workers, and 0.31 production workers are produced per day.

2. The quality is unstable: the existing three-roller rounding machine has the defects that the straight sections at two ends are longer, and the bin sheet is integrally arc-shaped, so that the three-roller rounding machine is required to be molded, and the difference cannot be eliminated during compression molding, so that the radian of a finished product is inconsistent, and the field installation progress is influenced; and the drilling process adopts a stacked drilling process, and mass quality accidents are easy to generate due to the proficiency and responsibility of workers.

3. The labor intensity is large: the labor intensity of workers at stations such as oxygen cutting, edge folding, welding, profiling and the like is high; 4, the tooling die is more: a set of drilling jig and a set of forming pressing jig are required for producing each bin sheet.

SUMMERY OF THE UTILITY MODEL

In order to solve the technical problem, the utility model provides a storehouse piece automation line. After the automatic production line and the process of the utility model are adopted, the production efficiency is greatly improved, the daily production of people is improved by 476%, and the labor cost is obviously reduced; the labor intensity of workers is greatly reduced, and the product quality is stable and reliable. The processing range of the product is expanded at will, and the investment of the die is greatly reduced.

The purpose of the utility model is realized through the following technical scheme:

an automatic bin slice production line comprises a feeding trolley, wherein a gantry truss is installed by matching with the feeding trolley; a material taking frame is arranged on the gantry truss; the material taking frame is provided with a plurality of vacuum suckers and a plurality of electromagnet suckers; laser cutting machine and preceding roll table are installed to longmen truss below, and the purlin machine is installed to the conveying end of preceding roll table, and the back roll table is installed to purlin machine ejection of compact department, and numerical control rounding machine is installed to back roll table exit, and the transport robot is installed to numerical control rounding machine's ejection of compact department, and turn-ups machine and welding robot are installed to the cooperation transport robot.

In a further improvement, the purlin machine is a through purlin machine.

In a further improvement, ring grooves are formed at two ends of a lower roller of the numerical control rounding machine.

In a further improvement, positioning blocks are fixed on two sides of the feeding trolley, and a positioning flange is fixed at one end of the feeding trolley.

The improved gantry truss is characterized in that a Y-direction moving mechanism is mounted on the gantry truss and connected with a lifting mechanism, and the lifting mechanism is connected with a material taking frame.

In a further improvement, the numerical control rounding machine is a four-roller rounding machine.

An automatic production process of tablets comprises the following steps:

placing a material on a feeding trolley, placing a raw material on a laser cutting machine through a gantry truss through a material taking frame, punching holes on the periphery of the raw material by the laser cutting machine, and cutting notches at four corners to obtain a cut raw material;

secondly, conveying the cut raw materials to a front roller way by a gantry truss, conveying the cut raw materials to a purlin machine, bending long sides of the cut raw materials by ninety degrees, and then entering a numerical control rounding machine for rounding through a rear roller way to obtain rounded raw materials;

clamping the rounded raw materials by a carrying robot and sending the rounded raw materials to a flanging machine, flanging the short edges of the rounded raw materials, clamping the long flanging end parts of the rounded raw materials by the carrying robot during flanging, sending the end parts of the short edges of the rounded raw materials to the flanging machine for primary flanging, feeding the rounded raw materials forwards by the carrying robot for secondary flanging, and folding the short edges of the rounded raw materials into a U shape; obtaining a flanged material;

and step four, the carrying robot sends the flanged materials to the welding robot, and the long sides and the short sides of the flanged materials are welded.

The beneficial effects of the utility model reside in that:

after the automatic production line and the process of the utility model are adopted, the production efficiency is greatly improved, the daily production of people is improved by 476%, and the labor cost is obviously reduced; the labor intensity of workers is greatly reduced, and the product quality is stable and reliable. The processing range of the product is expanded at will, and the investment of the die is greatly reduced.

Drawings

The present invention is further explained by using the attached drawings, but the content in the attached drawings does not constitute any limitation to the present invention.

FIG. 1 is a schematic view of a tablet;

FIG. 2 is a schematic view of a conventional processing flow of a bin sheet;

FIG. 3 is a schematic structural view of the automatic bin sheet production line of the present invention;

FIG. 4 is a schematic structural view of a material trolley;

FIG. 5 is a schematic view of the structure of the sucker installation;

FIG. 6 is a schematic diagram of the operation of the purlin machine;

FIG. 7 is a schematic view of the ring opening on the lower roll;

FIG. 8 is a flanging schematic diagram of a flanging machine.

The automatic welding device comprises a feeding trolley 1, a gantry truss 2, a material taking frame 21, a vacuum chuck 22, an electromagnet chuck 23, a laser cutting machine 3, a front roller way 4, a purlin machine 5, a lower roller 51, a ring groove 52, a rear roller way 6, a numerical control rounding machine 7, a carrying robot 8, a flanging machine 9, a welding robot 10, a positioning block 11, a positioning flange 12, an upper wheel 13, a lower wheel 14, a workpiece 15, a flanging die 16, a fixed die 17, a final movable die state 18 and an initial movable die state 19.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more clearly apparent, the present invention is further described in detail below with reference to the accompanying drawings and examples.

Example 1

The technical proposal of the utility model is as follows: blanking (cutting holes and notches), machining long edges of purlines by a machine, rolling circles, machining short edges by a flanging machine and welding by a robot.

The equipment scheme is as follows: the bin sheet automatic production line equipment is characterized in that automation equipment replaces manual work to complete bin sheet feeding, laser cutting, cold rolling, rounding, bending, welding and other operations, and comprises an automatic feeding and discharging gantry truss, a laser discharging work station, a rolling mill, a roller line, a rounding work station, a bending work station, a carrying robot, a robot welding work station and the like, and is shown in figure 3.

Specifically, the working principle is as follows:

the material trolley is stopped at a material supplementing station, manual material supplementing is carried out, and in order to ensure certain precision, a positioning block is arranged on the material trolley to ensure the initial precision of the material; the material trolley is shown in a plan view in figure 4.

After the material supplementing is finished, the material trolley is controlled by the central controller to run to a material loading station, and the gantry truss is controlled by the central controller to hoist the plate material to the workbench of the laser cutting machine. The gantry truss is fixed in the X direction, and the material taking precision in the X direction is ensured by the installation positions of the truss and the feeding trolley; the material taking precision of the gantry truss in the Y direction is determined by the motion precision of the gantry truss, so that the motion precision is ensured by adopting a digital control mode.

And a sucker is arranged below the gantry truss. If the vacuum chuck is adopted, the safety is not high, and the electromagnetic chuck is adopted to easily suck the lower plate of the plate to be processed by mistake, so that the inconvenience of batch processing is caused. Therefore, a hybrid form of vacuum chuck and electromagnet chuck is adopted. When the steel plate is adsorbed, the vacuum chuck works firstly, the plate to be processed is adsorbed away from the lower plate for a certain distance, and when the electromagnetic chuck cannot act on the lower plate, the electromagnet is electrified to release the vacuum chuck, so that the safety of hoisting the steel plate is ensured; the suction cup mounting is shown in figure 5.

The laser cutting machine workbench adopts an exchange workbench mode for ensuring the production efficiency, and when one workbench cuts, the other workbench is matched with the gantry truss to carry out loading and unloading operation.

After the laser cutting machine finishes cutting, the workpiece is placed on the front roller way by the gantry truss, and is sent into the purlin machine by the front roller way, and two 90-degree hems in the length direction of the rolling bin sheet are rolled. In consideration of production efficiency, the purlin machine is adopted, and after the workpiece passes through the purlin machine, rolling is completed. The working principle of the purlin machine is shown in figure 6.

And conveying the workpiece subjected to flanging forming by the purlin machine to a rounding machine through a rear roller way, and performing roll forming by the rounding machine. Because the straight sections at the two ends of the three-roller rounding machine are longer, profiling is needed subsequently, the requirement of products cannot be met, and the straight sections of the four-roller rounding machine are shorter and can be ignored on warehouse sheet products, the four-roller rounding machine is adopted. The types of the company warehouse sheets are three at present, the subsequent product expansibility needs to be considered, and in order to facilitate production conversion and stabilize the product quality, a numerical control four-roller rounding machine is determined to meet the production requirement. The rollers of a standard rounding machine are smooth surfaces, and the products to be processed are flanged, so that the rounding machine needs to be customized, and an open ring groove is formed in the lower roller of the rounding machine to meet the requirements of product processing. The specific structure is shown in fig. 7.

After rounding, the carrying robot moves forwards to the rounding machine through the seventh shaft, grabs and lifts the workpiece by using the grabbing and lifting tool, moves to the flanging machine, and sends the workpiece to the flanging machine for flanging and forming.

The short edge of the warehouse sheet of the company is of a C-shaped structure. If a common flanging machine is adopted for processing, the carrying robot needs to follow up according to the flanging action, the height of a formed workpiece is higher, and the safety is poor. And the carrying robot needs a longer arm span and has larger investment. In order to solve the problem, the scheme determines to adopt a flanging machine to process, the robot grabs and lifts the workpiece to be immobile during flanging, and the flanging machine moves correspondingly, so that the scheme is simplified, and the investment is saved.

The flanging machine is used for positioning the end part of the long bent edge to perform first flanging, the robot feeds materials again after finishing the first flanging, the workpiece is turned over for 180 degrees after finishing the second flanging, and the flanging at the other end is finished. The specific working principle is shown in fig. 8.

And after the flanging is finished, the carrying robot sends the workpiece to the welding station through the seventh shaft, and four-corner welding is finished by the welding robot.

And manually transferring the welded bin sheet to a storage area.

It should be finally noted that the above embodiments are only used to illustrate the technical solutions of the present invention and not to limit the protection scope of the present invention, and although the present invention has been described in detail with reference to the preferred embodiments, those skilled in the art should understand that the technical solutions of the present invention can be modified or replaced with equivalents without departing from the spirit and scope of the technical solutions of the present invention.

Claims

1. The automatic bin sheet production line is characterized by comprising a feeding trolley (1), wherein a gantry truss (2) is installed in cooperation with the feeding trolley (1); a material taking frame (21) is arranged on the gantry truss (2); the material taking frame (21) is provided with a plurality of vacuum suckers (22) and a plurality of electromagnet suckers (23); laser cutting machine (3) and preceding roll table (4) are installed to gantry truss (2) below, purlin machine (5) are installed to the conveying end of preceding roll table (4), back roll table (6) are installed to purlin machine (5) ejection of compact department, numerical control rounding machine (7) are installed to back roll table (6) exit, transfer robot (8) are installed to the ejection of compact department of numerical control rounding machine (7), flanger (9) and welding robot (10) are installed in cooperation transfer robot (8).

2. An automatic production line of chips according to claim 1, characterized in that said purlin machine (5) is a through purlin machine.

3. The automatic production line of the chips as claimed in claim 1, wherein the numerically controlled rounding machine (7) has ring grooves (52) formed at both ends of the lower roller (51).

4. The automatic bin sheet production line according to claim 1, wherein positioning blocks (11) are fixed on two sides of the feeding trolley (1), and a positioning flange (12) is fixed on one end of the feeding trolley.

5. The automatic bin sheet production line according to claim 1, wherein a Y-direction moving mechanism is mounted on the gantry truss (2), the Y-direction moving mechanism is connected with a lifting mechanism, and the lifting mechanism is connected with a material taking frame (21).

6. The automatic production line of chips of claim 1, characterized in that said numerical control rounding machine (7) is a four-roll rounding machine.