Round can translating and transferring mechanism

Abstract

The invention discloses a round can translating and transferring mechanism, and belongs to the field of vessel conveying machinery and equipment. According to the round can translating and transferring mechanism, a can conveying belt is horizontally wound and connected to a can conveying rotary roller, a transferring bracket is horizontally arranged on one side above a fixed bracket, a material moving guide rod is arranged on the transferring bracket in a sliding mode in a horizontal direction, a can clamping connecting plate is vertically and fixedly arranged at one end of the material movingguide rod, a reciprocating gear at one end of a reciprocating rotating shaft is engaged and connected with a translating rack, a can moving rack is arranged in a rack bracket in the horizontal direction, the output end of a can moving cylinder is fixedly connected with one side of the can moving rack, one side below the transferring bracket is rotatably connected to a rotating support seat, a transferring gear is horizontally and fixedly arranged at the output end of a transferring motor, and a transferring gear is engaged and connected with an arc-shaped rack. The round can translating and transferring mechanism has the advantage of reasonable structural design, round cans can be continuously translated and transferred quickly and stably according to processing need, the round can transferring efficiency and quality are increased, and the processing and use requirements are met.

Description

technical field [0001] The invention belongs to the field of container equipment conveying machinery, and in particular relates to a translational transfer mechanism for round cans, which is mainly used for continuous transfer 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 th...

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 upper cover of the round cans needs to be processed, and the round cans produced and processed by the previous process are smoothly carried out along the conveyor belt For transmission, the round cans need to be placed one by one to the upper cover processing station for processing. In the subsequent production and processing process of the existing round cans, for small can making enterprises, the manual processing is generally mainly used to complete the previous process. The round cans are manually placed to the required processing station to enable the upper cover processing. The workers' work intensity is high and the working hours are long, which makes it difficult to meet the needs of large-scale can production. The existing large-scale can production enterprises , in the process of placing the round tank body produced and processed in the previous process, the manipulator is generally used to automatically grab and place it, but to use the manipulator to place it, it is first necessary to grab the round tank body. The existing manipulator will In the process of grabbing the round tank, the round tank often falls off due to poor grasping in the process of grabbing the round tank, so that the round tank cannot be normally grabbed and placed, making the The efficiency and quality of circular tank placement cannot be guaranteed, and in the process of grabbing the circular tank with the manipulator, the circular tank is often flattened and twisted due to improper grasping force, which affects the round tank. Due to the quality of the round cans, it is difficult to ensure continuous and efficient translation of the round cans one by one. The existing round can transfer mechanism can only realize the translation of the round cans in the horizontal direction, and it is difficult to synchronize the translation of the round cans during the translation process. The round cans are rotated and transferred to the required processing stations, which cannot meet the needs of processing and use

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