Round can shunting feeding transfer mechanism

Abstract

The invention discloses a round can shunting feeding transfer mechanism, and belongs to the field of container equipment processing machinery equipment. Two can transfer mechanisms are horizontally arranged on a fixed bracket which is located on one side of the shunting mechanism from top to bottom. The middle portion of the upper part of an upper can guiding pipe communicates with the lower end of a can bearing hopper, and the upper can guiding pipe and a lower can material pipe are integrally shaped. A shunting rotary plate is vertically arranged in a rotating clamping groove of a rotating bracket, a round can clamping groove is formed in the outer side of the shunting rotary plate in the radial direction of the shunting rotary plate, and a can pushing cylinder is horizontally fixedly arranged on a can pushing bracket on one side of the round can clamping groove. A turning rotating shaft is horizontally rotatably connected to the upper side of a turning bracket. An arc-shaped grooveplate is horizontally fixedly arranged on the outer side of a turning connecting plate, and a turning can groove is formed in the arc-shaped groove plate. According to the round can shunting feeding transfer mechanism, the design is reasonable, round cans can be transported smoothly and sequentially one by one, so that the round cans be transported in a shunting mode, and the automatic turning ofthe round cans can be realized in the process of the shunting transfer of the round cans so as to meet the needs of processing and use.

Description

technical field [0001] The invention belongs to a round can branch feeding and conveying mechanism, in particular to a round can branch feeding and conveying mechanism, which is mainly used for continuous conveying and processing of round cans. Background technique [0002] Tanks mainly refer to cylindrical airtight containers that can be used to store materials. Tanks play an increasingly important role in our production and life due to their high efficiency in storing items and the convenience of carrying them. Tanks are classified according to their appearance and shape. , can be divided into square cans and round cans. There are many materials for producing cans, mainly including plastic cans and metal cans. Compared with plastic cans, metal cans are more widely used in our industrial production and daily life. The advantages of metal cans Obviously, its airtight performance is very good, it can resist high internal pressure, it can ensure that the products in the metal ...

AI Technical Summary

Problems solved by technology

For metal round cans, after the tinplate is produced and processed into round cans by the previous process, the round cans need to be filled and covered. In order to fill and cover the round cans normally For processing, it is necessary to turn the round tank body vertically from the horizontal position to the vertical position during the loading process, so that the open position at one end of the round tank body can be set vertically upwards to ensure that the round tank body can be covered normally. Processing, in the follow-up production and processing process of the existing round tanks, for small-scale tank-making enterprises, generally, the round tanks processed by the previous process are manually loaded and turned over to enable filling. For lid processing, the workers’ work intensity is high and the working hours are long, so it is difficult to meet the needs of large-scale can production. The existing large-scale can production enterprises are vertically flipping the round cans produced and processed in the previous process. The process generally uses a manipulator to automatically load and turn over, but when using a manipulator to do the overturning, it first needs to grab the round tank. In the process of forming the tank body, the round tank body falls off due to poor grasping, causing the round tank body to be unable to be turned vertically normally, so that the efficiency and quality of the vertical flipping of the round tank body cannot be guaranteed. In the process of grabbing the round tank with the manipulator, the round tank is often flattened and twisted due to improper grasping force, which affects the quality of the round tank. In the process of vertically turning the round tank over Among them, the manipulator needs multiple driving mechanisms to drive continuously and independently, the driving energy consumption is high, and the multi-driving mechanisms are also prone to failure, it is difficult to run stably for a long period, and it cannot guarantee continuous and efficient circular tanks one by one. Vertical flipping, the existing round cans that have been produced and processed by the previous process are difficult to realize accurate feeding one by one for the subsequent process during the feeding process, which often causes jamming during the feeding process of the round cans , which affects the normal and orderly continuous processing of round cans, and during the feeding process of round cans, it is difficult to accurately transfer the round cans according to the needs of production and use, which affects the efficiency and quality of subsequent processing of round cans and cannot meet production needs

Images