Continuous reciprocating stamping mechanism

Abstract

The invention discloses a continuous reciprocating stamping mechanism, and belongs to the field of constructional material process machinery and equipment. A stamping mechanism and a driving mechanismof the continuous reciprocating stamping mechanism are sequentially and fixedly arranged on one side of a fixing bracket from the top down; a rotating disk is horizontally and fixedly arranged at theupper end of a transmission rotating shaft; the outer end of the upper side of the rotating disk is horizontally and rotatably connected with a transmission roller; a reciprocating guide plate is arranged at a guide plate rotating roll in the horizontal direction in a rolling manner; a reciprocating channel adapted to the transmission roller is horizontally arranged in a guide bracket on the lower side of the reciprocating guide plate; a printing stamper is horizontally and fixedly arranged at the middle part of the upper side of a substrate connecting plate; a lifting pressing plate is horizontally arranged on the upper side of the printing stamper; and the two sides of the lower part of a pressing roll bracket on the lower side of a pressing plate guide rod are horizontally and rotatably connected with stamping rotating rolls correspondingly. The continuous reciprocating stamping mechanism is reasonable in structural design, and a plate can be subjected to continuous reciprocating translational motion conveniently, quickly and stably and stamped quickly and efficiently to meet the requirements for machining and using.

Description

technical field [0001] The invention belongs to the field of building material processing machinery and equipment, in particular to a continuous reciprocating embossing mechanism, which is mainly used in the field of specification mark printing of building boards. 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, and the metal board can be processed into ...

AI Technical Summary

Problems solved by technology

After the production and processing of the existing boards are completed in the previous process, in order to facilitate the sales of the boards, it is necessary to carry out marking processing on the boards, so that the specification information such as the length, width, thickness and model of the boards can be marked. In the later stage of building installation, it is necessary to cut the boards with longer sizes into smaller boards according to the needs of use. Therefore, in the process of printing the boards, two methods are mainly used. One method of printing the boards is Cut the boards with longer sizes and specifications evenly according to the needs during the transmission process, and then place the cut boards with smaller sizes on the marking mechanism one by one for marking processing. This method is mainly suitable for low-quality Small and small block boards are printed and processed, which is convenient for workers to operate and can ensure the printing quality of the boards. Another method of printing marks on boards is to print the boards continuously and evenly during the transmission process, and then complete the printing process. The printed boards are uniformly cut section by section, so that the cut and processed boards have marks on them. This method is mainly suitable for large-sized and heavy-weight boards, which is inconvenient. However, it is difficult to ensure the quality of the printing on the board during the transfer process, and it takes a certain amount of time to print the board. Therefore, it is necessary to transfer the board intermittently during the transfer process to meet the needs of the board printing. Plate printing and plate intermittent transmission need to be accurately coordinated, so the numerical control requirements for the entire device are relatively high, which greatly increases the operation and maintenance costs of the device

In the process of the existing marking mechanism printing the plate, it is difficult to accurately adjust and control the pressing force of the plate, making it difficult to print the plate smoothly and efficiently, and the existing marking mechanism is printing the plate During the marking process, it is difficult to continuously print and process the plates, making it difficult to guarantee the clarity and integrity of the marks on the plates during the process of marking the plates. The marking efficiency of the plates is low and the quality is poor, which cannot meet the needs of production and use need

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