Vertical spiral track type coin clearing device

Abstract

The invention relates to a vertical spiral track type coin allocating device. The vertical spiral track type coin allocating device comprises a shell, wherein a feeding device, a spiral conveying track device, a separating crotch device, a collecting device and a power device are arranged on the shell, the feeding device is fixed on the shell, and the spiral conveying track device is embedded into the wall of the shell; a collecting rotating disc of the collecting device is arranged in the shell, an output track is embedded into the wall of the shell, and a collector is arranged outside the device and is used for collecting coins; the power device is located in the device and is fixedly connected with a feeding rotating disc and the collecting rotating disc through a main shaft so as to transfer power; the feeding device is used for rapidly and sequentially throwing mixed coins into the spiral conveying track device one by one; and one-yuan coins, fifty-cent coins and ten-cent coins can be respectively allocated through a one-yuan coin guide crotch and a fifty-cent coin guide crotch in the separating crotch device and are collected through the collecting device. The vertical spiral track type coin allocating device can be used for automatically allocating coins of fifth series of the RMB which mainly circulate in Chinese market, the allocation error rate is low, the efficiency is high, the structure is compact, and the appearance is unique and graceful.

Description

technical field [0001] The invention relates to the field of the fifth set of RMB coin sorting and technical equipment, in particular to a spiral track vertical coin sorting device. Background technique [0002] Coins are convenient to use, but at the same time, the centralized processing of a large number of coins also brings troubles in sorting. For this reason in recent years, there have been various coin sorting devices on the market. [0003] The existing coin sorting device mainly uses mechanisms such as vibration slits (holes), conveyor belts, and horizontal linear tracks to sort coins layer by layer through slits (holes); however, when the number of coins processed by the vibration sorting mechanism The larger the size, the longer the vibration time required and the lower the actual separation efficiency. At the same time, there will be a phenomenon that multiple coins are stacked together during the vibration, which will affect the accuracy of sorting and cause ina...

AI Technical Summary

Problems solved by technology

[0003] Existing coin sorting devices mainly use mechanisms such as vibration slits (holes), conveyor belts, and horizontal linear tracks to sort coins layer by layer through slits (holes); however, when the number of coins processed by the vibration sorting mechanism The larger the size, the longer the vibration time required, and the lower the actual separation efficiency. At the same time, when the vibration occurs, multiple coins will be stacked together in the gap (hole), which will affect the accuracy of sorting and cause inaccurate counting. The form of the conveyor belt brings an additional auxiliary mechanism; while the horizontal linear guide rail causes high coin friction, which requires additional kinetic energy, which is not efficient, and the structure is loose, and the overall size is elongated

Images