Automatic board station adjusting mechanism

Abstract

The invention discloses an automatic board station adjusting mechanism and belongs to the field of board machining auxiliary mechanical equipment. The two sides of lifting supports on two sides of theupper portion of a fixed base are vertically and rotationally connected with lifting lead screws; lifting worm wheels are horizontally and fixedly arranged at the upper ends of the lifting lead screws; a rotary rod support is horizontally and fixedly arranged on the upper sides of the lifting supports; the two sides of a main reciprocating rotary rod are horizontally, coaxially and fixedly provided with main lifting worms matched with the lifting worm wheels separately; the two sides of an auxiliary reciprocating rotary rod are horizontally, coaxially and fixedly provided with auxiliary lifting worms matched with the lifting worm wheels separately; an adjusting mechanism is vertically arranged at the positions, on one side of the auxiliary reciprocating rotary rod, of the rotary rod support; and a board bearing mechanism is horizontally arranged on one side of the lifting supports. The automatic board station adjusting mechanism is reasonable in structural design, boards can be stablylifted and adjusted to the inclined station in a swing mode according to the machining demands, automatic transferring, feeding and blanking of boards can be achieved, the automation degree of machining of the boards is improved, and the machining and use requirements are met.

Description

technical field [0001] The invention belongs to the field of auxiliary mechanical equipment for plate processing, and in particular relates to an automatic plate position adjustment mechanism, which is mainly applied to the position adjustment during the placement and processing of various metal plates. Background technique [0002] Plate refers to a flat rectangular building material plate processed into a certain size, used as a component of a wall, ceiling or floor, and also refers to a metal plate formed by forging, rolling or casting. According to the material category, it includes metal plate, glass plate And wooden boards, etc., according to the thickness of the board, including thin boards, medium boards, thick boards and special thick boards. During the use of the board, the board needs to be cut, bent, stamped and welded according to the specific use conditions. The wooden board can be processed into building material boards of various shapes and specifications, an...

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Problems solved by technology

During the production and processing of existing plates, the plates need to be processed in various ways according to the needs of processing and installation. Therefore, it is necessary to adjust the positions such as rotation after the plates are lifted smoothly, so that the plates can meet the needs of various processing methods. , in the process of placing the existing boards, the whole process of placing the boards on the support mainly uses workers to lift the boards. Due to the heavy weight and large volume of the boards, the labor intensity of the workers in the process of lifting the boards is relatively high Moreover, the lifting quality of the board is poor, and it is easy to cause damage and distortion of the board during the lifting process of the board. The existing board is difficult to lift smoothly and conveniently after being placed horizontally, and it is difficult to facilitate the board after being lifted to the desired position. The rotation adjustment of the board makes it impossible to adjust the rotation of the board to the inclination angle, which makes it difficult to adjust the processing station efficiently and accurately according to the needs of the use. In order to realize the rotation adjustment of the board, the existing board adjustment mechanism needs to adjust the bracket for placing the board Rotation, using the rotation of the bracket to realize the synchronous rotation of the plates placed on the bracket, the driving mechanism is complex and cumbersome to operate, the drive energy consumption of the bracket rotation is also high, and after turning the bracket with the plates to the desired position, it is difficult To realize the stable and firm locking of the bracket to the desired position, the bracket is prone to shift and shake during the subsequent plate processing, requiring workers to intervene in support during the plate processing process, which in turn affects the processing accuracy and processing efficiency of the plate. Some boards are difficult to conveniently unload and transfer after processing, and workers need to lift the boards. Therefore, during the entire board adjustment process, workers participate in more labor, and the degree of automation of board adjustment processing is low. The efficiency and quality of plate processing cannot meet the needs of processing and use

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