Material return apparatus on coin storage apparatus

Abstract

A material returning device of a coin storage device comprises a bowl holder, a temporary storage bowl arranged on the bowl holder, and a basic frame rotationally connected with the bowl holder through a rotating shaft. The bowl holder is driven by a traction device relative to the basic frame and has at least two working states. The first state is that the bowl holder is opened at an angle relative to the basic frame, and a material returning path is formed between the bowl holder and the basic frame. The second state is that the bowl holder is closed relative to the basic frame. The traction device comprises a rotating wheel body rotationally arranged on the basic frame around an axis and a bowl support pole with two ends respectively connected to the bowl holder and the rotating wheel body. The bowl holder is driven by the traction device to be opened relative to the basic frame, so that materials containing extraneous materials and coins can be returned from the material returning path between the bowl holder and the basic frame. The coin storage device can store the returned coins again or return the coins according to the requirements of clients. After the extraneous material is returned, machine fault can be eliminated and the device can operate normally.

Description

technical field [0001] The present invention relates to a coin storage device. Background technique [0002] The working principle of the existing coin storage equipment is usually: the coin is put into the machine by a coin slot, and the coin in the machine first passes through an aisle, and is detected and counted in this aisle, and then enters the temporary storage chamber in the machine body, and then enter the corresponding coin storage chambers through the clearing of the temporary storage chamber. At present, the temporary storage chambers of many coin storage devices are provided by a bowl-shaped temporary storage body. The temporary storage bowl is set in A bowl fixed frame can be rotated on the bowl fixed frame. There are some coin clearing partitions near the edge of the bowl bottom of the temporary storage bowl. Partition, when the coins move to a discharge channel with the temporary storage bowl, they will be thrown out from the clearing partition to the discha...

AI Technical Summary

Problems solved by technology

[0002] The working principle of the existing coin storage equipment is usually: the coin is put into the machine by a coin slot, and the coin in the machine first passes through an aisle, and is detected and counted in this aisle, and then enters the temporary storage chamber in the machine body, and then enter the corresponding coin storage chambers through the clearing of the temporary storage chamber. At present, the temporary storage chambers of many coin storage devices are provided by a bowl-shaped temporary storage body. The temporary storage bowl is set in A bowl fixed frame can be rotated on the bowl fixed frame. There are some coin clearing partitions near the edge of the bowl bottom of the temporary storage bowl. Partition, when the coins move to a discharge channel with the temporary storage bowl, they will be thrown out from the clearing partition to the discharge channel, but in practical applications, there are often light-weight sundries, such as paper clips, etc., staying in the temporary storage bowl It cannot be brought to the clearing area by the bowl, and there may even be situations where special-shaped objects get stuck in the clearing area at the bottom of the bowl, which will cause the machine to malfunction and be forced to stop running. It can continue to run after the foreign objects are removed. At this time, the staff will stop the transmission program of the machine, and the coins staying in the temporary storage bowl also need to be withdrawn. Therefore, on the coin storage device, people need to develop a device for automatically returning the coins and sundries in the temporary storage bowl

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