Plate turning-over type sorting device

Abstract

The invention provides a plate turning-over type sorting device which comprises a rack (8) and transmission devices (7) arranged on the two sides of the rack (8). The transmission devices (7) drive a guide rail of a guide rail pair (4) to move. The guide rail of the guide rail pair (4) is connected with a support (3). A material plate (1) is hinged to the support (3). A switch device (6) is fixed to each sorting port in the rack (8). An expansion bolt (5) is arranged on a sliding block of the guide rail pair (4). The sliding block of the guide rail pair (4) is hinged to the material plate (1) through a hinged connecting rod (2). The expansion bolt (5) is fixed on the sliding block of the guide rail pair (4). Each switch device (6) is composed of a main track (9), a branch track I (10), a branch track II (11) and a reversing block (12), wherein the branch track I (10) and the branch track II (11) are located on the two sides of the main track (9) respectively and provided with open angles. One reversing block (12) is arranged between every two main tracks (9). The plate turning type sorting device is designed for small irregular articles not prone to breaking, and has the advantages of being low in manufacturing cost, convenient to maintain and suitable for application and popularization, energy sources are saved, and the spatial arrangement is flexible.

Description

technical field [0001] The invention relates to the technical field of sorting, and is mainly used for sorting non-fragile and irregular small items such as food, clothing, postal express delivery, medicine, and industrial logistics. Background technique [0002] As an important sorting equipment for box materials, the tilt-tray sorter is widely used in baggage handling, postal express delivery, industrial logistics and other industries. At present, the tilt-tray sorting machines on the market all use electric tilting to sort materials. Each tray trolley is equipped with a power source, which requires a large space and is difficult to apply to the linear sorting method. Usually, the number of turning trolleys used in the project is far greater than the number of sorting ports, so the power on the tray trolleys is in a non-running state most of the time, resulting in cost increases and energy waste. In addition, the power circulates with the turntable trolley, and mobile pow...

AI Technical Summary

Problems solved by technology

At present, the tilt-tray sorting machines on the market all adopt the electric tilting method to realize material sorting. Each tray trolley is equipped with a power source, which requires a large space and is difficult to apply to the linear sorting method.

Usually, the number of turning trolleys used in the project is much larger than the number of sorting ports, so the power on the tray trolleys is in a non-running state most of the time, resulting in cost increases and energy waste

In addition, the power circulates with the turntable trolley, so mobile power supply must be configured, the difficulty of control increases accordingly, and the cost of production and maintenance increases accordingly

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