Roller packing machine

Abstract

The invention discloses a roller packing machine. The roller packing machine comprises a pipe-making packing machine and a pipe winding machine, wherein a film roll charging device is mounted on the pipe-making packing machine; a heating and bonding device is mounted on the pipe-making packing machine; a film pipe rolling device is mounted on the pipe-making packing machine by an arm plate with an adjustable angle; an adjusting hand wheel for adjusting the angle of the arm plate is mounted on the pipe-making packing machine; a hot gas sewing sealer, a cooler and a film pipe conveying device are mounted on the arm plate of the pipe-making packing machine; a swinging arm is mounted under the pipe winding machine, and a guiding roller is mounted on the pipe winding machine;a reversing transposition roller is mounted on the pipe winding machine; roll cylinders are separately mounted on two sides of the reversing transposition roller; two ends of each of the roll cylinders are mounted through a coiling safety chuck; and a motor is connected to the coiling safety chuck. The roller packing machine disclosed by the invention has the beneficial effects that in the process of producing, the rollers are not reversed, exposed or mixed; the full-automatic time-saving labor-saving production is performed; the efficiency is high; and the producing cost is reduced, and the quality of products is improved.

Description

technical field [0001] The invention relates to an automatic packaging machine, in particular to a roller packaging machine. Background technique [0002] Rollers are rolling elements, which are widely used and very important mechanical parts, such as CNC lathes, cross guide rails in machining centers, high rigidity and high rotation precision machine tool spindle bearings, etc. Rollers are the most widely used rolling elements in the bearing industry, and are the most important components of bearings along with steel balls. The quality of the roller directly affects the quality of the bearing, and also directly affects the accuracy and life of the guide rail of the machine tool and the accuracy and life of the spindle, thus affecting the accuracy and life of the entire machine tool. [0003] Such important parts have been produced in large quantities by many professional manufacturers in our country, and the rollers provided are low in price and high in quality. However, ...

AI Technical Summary

Problems solved by technology

However, in the packaging link of the traditional production process, the controlled quality of the rollers is often difficult to control. Some people even think that the rollers have been processed and packaged. Reasonable methods and methods make the quality-controlled rollers lose control in this link, resulting in poor quality

[0005] In the packaging link of the traditional production link, the processed rollers will be scratched, scratched, or even severely bumped on the surface of the rollers after several turnovers, changing boxes, dumping, placing, artificial mixing and other factors, making the surface of the rollers The quality is damaged, the rollers will produce abnormal noise after assembly, and the scratches on the raceway will affect the assembly accuracy and life; the mixing of rollers of the same type and different production batches will increase the dispersion of the outer diameter of the rollers, causing The force on the rollers will be uneven during subassembly, which will also affect the assembly accuracy and life; if the rollers exposed to the air are not packed in time, dust in the air will be mixed in, which will reduce the cleanliness of the rollers, and the rollers need to be cleaned during subsequent assembly , increasing the process

[0006] In addition, in the packaging link of the traditional production link, the processed rollers are dumped and placed in the transfer box after several weeks, which is time-consuming, laborious and occupies a special site, which reduces production efficiency, increases production costs and wastes production resources.

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