Ticket machine

Abstract

The invention discloses a ticket machine, which comprises a ticket machine main body having tracks, tooth-shaped elements, hollow-out parts, induction circuit boards and nonmetal assemblies. The ticket machine main body is a metal main body. The each induction circuit board is installed at one side of the each track; a penny-shaped induction ticket passes into covering areas of the induction circuit boards through the tracks, so that data of the penny-shaped induction ticket can be read conveniently. The nonmetal assemblies are installed at the other sides of the tracks and are corresponded with the induction circuit boards. The tooth-shaped elements are formed above the tracks and the hollow-out parts are on two vertical sidewalls of the tracks. Because the ticket machine has hollow-out parts or the tooth-shaped elements, the contact area between the ticket and wall surface inside the machine or the ticket tracks can be reduced so as to reduce resistance. Besides, when there are water drops on the ticket surface or the tracks, the surface tension of the water always causes an adhesion phenomenon occurring between the ticket and the ticket machine. However, according to the invention, the problem of above-mentioned adhesion phenomenon can be overcome, so that the ticket can be withdrawn more smoothly.

Description

technical field [0001] The invention relates to a ticket machine. Background technique [0002] In modern cities, the public transportation system has gradually become a means of transportation commonly used by urbanites. The reason is that the public transportation system not only has the advantage of shortening commuting time, but also has a huge passenger capacity that can effectively relieve peak commuting time. traffic crowds. [0003] Nowadays, many parking lots, rail transit and other public transportation systems have adopted a large number of inductive ticket cards as entry and exit vouchers to replace the previous method of manually reviewing and counting tickets, thereby reducing labor costs and speeding up the speed of entry and exit gates to quickly digest crowd. At present, inductive tickets are mostly designed in the shape of a round coin, so as to facilitate the track design of the ticket machine, in order to make the ticket input smooth. [0004] Since th...

AI Technical Summary

Problems solved by technology

[0004] Since the current ticket machines are usually installed indoors or outdoors, affected by weather, temperature, and humidity, water vapor will adhere to the mechanism and accumulate into water droplets. The sticking phenomenon between the ticket card and the track of the ticket card machine makes it difficult for the ticket to be sent out, resulting in the failure of the ticket card and the ticket card machine

[0005] Furthermore, the internal structure of the round coin induction ticket card machine is mainly composed of metal. The metal shielding effect produced by the metal will cause the sensitivity of the induction circuit board inside the ticket card machine to decrease and it is difficult to read the data of the ticket card. It often causes problems such as misreading the ticket card or treating the normal ticket card as a waste card for recycling.

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