Automatic sectional material storage device

Abstract

The invention discloses an automatic sectional material storage device, comprising a main frame body, wherein the main frame body is provided with a storage mechanism for storing sectional materials, the storage mechanism comprises clapboards arranged on the main frame body at interval, at least one clapboard can be used for adjusting a spacing, and the space between two adjacent clapboards is a storage slot for storing the sectional materials; the main frame body is provided with conveying mechanisms corresponding to the storage slots respectively, and the conveying mechanisms are used for conveying the sectional materials to the storage slots; the main frame body is further provided with a control mechanism consisting of a main controller and a plurality of sensors for detecting the sectional materials, the main controller is connected with the sensors and the conveying mechanisms respectively, and the sensors acquire the position information of the sectional materials and then transmit the position information to the main controller so as to control the starting or stopping of the conveying mechanism; and the storage slots are internally provided with auxiliary conveying mechanisms and / or overturn prevention mechanisms, the auxiliary conveying mechanism are used for assisting the forward conveying of the sectional materials, and the overturn prevention mechanisms are used for preventing the sectional materials from overturning. The automatic sectional material storage device disclosed by the invention can be used for storing the sectional materials automatically and ensuring continuous and stable feeding for a next procedure, and is high in production efficiency and low in labor intensity.

Description

technical field [0001] The invention belongs to the technical field of thermoplastic composite material production, and relates to a storage device, in particular to a profile automatic storage device. Background technique [0002] The production of thermoplastic composite materials is a continuous process. The profiles used for the production of thermoplastic composite materials are stored and supplied in rolls. The length of each roll of profiles is limited, so it is necessary to connect the profiles, that is, to combine the profiles of different rolls. Coil connection, but in the production process, the machine cannot be stopped at will to connect the profiles. Stopping not only affects the production efficiency of the entire production line, but also causes losses to the continuous next process. Moreover, in the production of thermoplastic composite materials, operations such as pre-punching of profiles need to be still for a period of time. [0003] The existing method...

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Problems solved by technology

[0003] The existing method is to scatter the remaining profiles in advance when a roll of profiles is almost used up, find the end and weld it to the end of the next roll of profiles. This method will bring many problems: 1. After the profiles are scattered, the profiles will be confused and twisted and deformed; 2. The operating conditions of the splicing site are poor, and the operation skills are required during welding. Once a mistake occurs, the production line will be shut down and the next process will be lost; 3. The profiles are scattered and All welding is handled manually, which is labor-intensive; 4. It is impossible to standardize and effectively control and manage the entire production line, which affects the smooth and continuous operation of the production line

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