Conveying and overturning mechanism for square tanks

Abstract

The invention discloses a conveying and overturning mechanism for square tanks, and belongs to the field of mechanical equipment for continuous conveying of tanks. A tank carrying mechanism is arranged on a fixing support at one side of a front tank conveying mechanism obliquely and downwardly. A tank guide mechanism is arranged on a fixing support at the lower side of the front tank conveying mechanism obliquely and downwardly. A rear tank conveying mechanism is horizontally and fixedly arranged on a fixing support at the lower side of the tank guide mechanism. A tank carrying support is arranged on a lifting guide rod slidably. A tank-carrying clamp plate is arranged at the output end of a tank-carrying air cylinder fixedly. A reset spring sleeves the lifting guide rod on the lower sideof the tank carrying support. A tank guide pipeline is arranged on a fixing support at the lower side of a front tank conveying belt obliquely and downwardly. A tank clamping mechanism is arranged onthe upper side of the lower end of the tank guide pipeline. A plurality of material conveying electromagnets are arranged on the outer side of a rear tank conveying belt evenly. The conveying and overturning mechanism has the advantages that the structural design is reasonable, the square tanks can be conveyed efficiently and continuously and can be also overturned smoothly and vertically one by one, and production and application requirements are met.

Description

technical field [0001] The invention belongs to the field of mechanical equipment for continuous conveying of cans, and in particular relates to a conveying and turning mechanism for square cans, which is mainly used in the continuous turning process of square 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 ...

AI Technical Summary

Problems solved by technology

During the production and processing of the existing square tanks, for small-scale tank-making enterprises, the production and processing of the formed square tanks is generally manually turned over to enable the upper cover to be processed, and the work intensity of the workers is relatively high and the working hours Long, it is difficult to meet the needs of large-scale can production. In the existing large-scale can production enterprises, in the process of vertically turning the square cans produced and processed in the previous process, the manipulator is generally used to automatically turn over, but the manipulator is used to turn over , first of all, it is necessary to grab the square tank body. In the process of grabbing the square tank body, the existing manipulator often causes the square tank body to fall off due to poor grasping in the process of grabbing the square tank body, resulting in The square tank cannot be turned vertically normally, so that the efficiency and quality of the vertical flip of the square tank cannot be guaranteed, and in the process of using the manipulator to grab the square tank, it is often caused by improper grasping force. The square tank is flattened and twisted, which affects the quality of the square tank. In the process of turning the square tank vertically, the manipulator needs multiple driving mechanisms to drive continuously and independently. The driving energy consumption is high, and the multi-drive mechanism is also extremely It is prone to failure, and it is difficult to run stably for a long period of time. It cannot guarantee continuous and efficient vertical flipping of square tanks one by one, which cannot meet the needs of production and use.

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