CN201149705Y - Card distributing structure for chip card distributing machine - Google Patents

Abstract

A card distributing structure for a card sender of a chip card is obliquely arranged on the card sender of the chip card and is connected with a card distributing device, the card distributing structure comprises a card distributing track provided with a first valve and a third valve, a recycling track provided with a second valve and a ticket taking port, and the card distributing track and the ticket taking port are obliquely arranged on the card sender of the chip card; the card issuing track is connected with the card issuing device and the ticket taking port and is used for transmitting the chip card issued by the card issuing device; the recycling track is connected with the card-issuing track and communicated with the card-issuing track; and the first and second sensors for confirming the state of the chip card are respectively arranged at the card distributing track and the ticket taking port, so that the card distributing structure can increase the friction force of the chip card during sliding, reduce the sliding speed and the impulsive force and avoid the problem of popping up the ticket taking port.

Description

Issuing structure for chip card issuing machines

Technical field:

The utility model relates to a card-issuing structure, in particular to a card-issuing structure installed in a machine table at an inclined angle and used for chip-issuing and issuing machines.

Background technique:

Due to the development of public transportation and the rising oil price, the general public's demand for public transportation is also increasing, so the speed of the card issuing machine for ticket sales will also affect the speed of passengers entering the station; the current situation that often occurs in the card issuing machine is After the ticket card is dropped from the card issuing machine, it directly bounces out of the machine. If you are not careful, the ticket card may fall to a place where you cannot pick it up, causing considerable trouble.

It also happened that after inserting coins, the user forgets to take out the card and leaves directly. When he comes back to take it later, it may have been taken away by others, resulting in monetary loss; therefore, in order to reduce the above problems, it is necessary to improve the card issuing machine In order to avoid any situation from happening again, it will affect the speed of the overall pit stop.

Utility model content:

The technical problem to be solved by the utility model is: aiming at the deficiencies of the above-mentioned prior art, provide a card issuing structure for the chip card issuing machine, which can remind the user to pick up the ticket and prevent the ticket from falling on the card issuing machine. outside structure.

In order to solve the above-mentioned technical problems, the technical solution adopted by the utility model is: a card issuing structure for a chip card issuing machine, which is installed on the chip card issuing machine and connected to a card issuing device, which is characterized in that: the card issuing The structure includes a card-issuing track, a recovery track, and a ticket-taking port. The card-issuing track and the ticket-taking port are obliquely arranged on the chip card issuing machine; the card-issuing track is connected to the card-issuing device and the ticket-taking port for pass the chip card issued by the card issuing device; the recovery track is connected to the card delivery track and communicates with the card delivery track; a first valve is arranged on the card delivery track adjacent to the junction of the recovery track and the card delivery track; the recovery A second valve is provided on the track adjacent to the junction of the card issuing track and the recovery track; a third valve is provided on the card issuing track adjacent to the lower end of the ticket opening; a first sensor is provided close to the first valve ; There is a second sensor near the ticket gate; use the first sensor and the second sensor to confirm the status of the passing chip card, so that the machine can control the first valve, the second valve or The opening or closing of the third valve.

In addition, the ticket collection port can be a long hole. When the chip card is slipping, the user can see the state of the chip slipping through the long hole, so as to improve the visual attention of the user and avoid forgetting to take it. Moreover, the width of the elongated hole is made smaller than the width of the chip card, so it will not fall outside directly, and also has the problem of preventing the chip card from popping out of the ticket opening.

Also, a recovery box is further arranged below the ticket collection port. When the chip card is placed in the ticket collection port for a period of time, the third valve will be opened to allow the chip card to drop into the recovery box to avoid taken by others.

In addition, there are several luminous bodies on the outside of the ticket exit. When the chip card is at the ticket exit, the luminous bodies will emit light or flicker to attract the attention of buyers, have the function of indicating and guiding, and can avoid The user forgot to pick up the ticket.

In this way, the card issuing structure is installed obliquely in the card issuing machine, thereby increasing the friction force when the chip card slides, reducing the sliding speed and reducing the momentum, which can avoid the problem of popping up the ticket opening, and facilitate the user to observe the position of the ticket card , and the user does not need to bend down to take it, which improves its convenience.

In order to have a further understanding of the utility model, a preferred embodiment is disclosed as follows. In conjunction with the diagram and number, the detailed description of its constituent content and the effect achieved is as follows:

Description of drawings:

Fig. 1 is a schematic diagram of the position of an embodiment of the utility model.

Fig. 2 is a schematic diagram of the implementation of the utility model.

Fig. 3 is another schematic diagram of the operation of the utility model.

Fig. 4 is a schematic structural view of the utility model.

Label description:

M...Chip card issuing machine S...Card issuing device

10...Ticket collection gate 11...Lighting body

20…Issuing track 30…Recycling track

40...the first valve 50...the second valve

60...the third valve 70...the first sensor

80...second sensor 90...recycling box

C...chip card

Detailed ways:

Please refer to Fig. 1 to Fig. 4, the utility model is installed on the chip card issuing machine M, and is connected to a card issuing device S, including a ticket taking port 10, a card issuing track 20, a recovery track 30, a first Valve 40, a second valve 50, a third valve 60, a first sensor 70 and a second sensor 80, wherein the ticket collection port 10 is set on the chip card issuing machine M, and the card issuing track 20 is connected to At the card issuing device S and the ticket collection port 10, the chip card C issued by the card issuing device S can slide along the card distribution track 20 to the ticket collection port 10. The card-issuing track 20 communicates, moreover, the first valve 40 is located on the card-issuing track 20, and is adjacent to the junction of the recovery track 30 and the card-issuing track 20; the second valve 50 is located on the recovery track 30, and Adjacent to the intersection of the card-issuing track 20 and the recovery track 30; the third valve 60 is located on the card-issuing track 20 and is adjacent to the lower end of the ticket-taking port 10; as shown in FIG. 4 , the first sensor 70 It is close to the first valve 40, and the second sensor 80 is close to the ticket opening 10; wherein, the card issuing track 20 and the ticket opening 10 are arranged obliquely on the chip card issuing machine M; when the When the chip card C is issued by the card issuing device S, it will slide along the card issuing track 20 to the first valve 40 to stop and stop, and at the same time, the first sensor 70 will start to read the data of the chip card C, if the data is incorrect Or when it is interpreted as a faulty card, the second valve 50 will be opened, so that the chip card C will slide down into the card issuing machine M along the recovery track 30, and be stored separately. If the data is correct, the first valve 40 will be opened to make the chip card C The chip card C slides down to the ticket collection port 10 along the card issuing track 20, and is blocked by the third valve 60 and protrudes from the lower edge of the ticket collection port 10, and the user can take out the ticket card from the ticket collection port 10, Quite convenient, because the card delivery track is in an inclined state, the friction between the chip card C and the card delivery track 20 will reduce the sliding speed of the chip card C, so that when the chip card C reaches the third valve 60, it will not be affected by the reaction. Force and pop out.

Please cooperate with Figure 1 and Figure 4, in addition, when the chip card C is located at the third valve 60, the second sensor 80 will sense the chip card C, when the chip card C stays at the third valve 60 After a period of time, the second sensor 80 will send a signal, open the third valve 60, and make the ticket C fall into a recovery box 90, so as to avoid being taken away by a random third person because of forgetting to take it, and use The operator only needs to ask the station staff to get back the chip card C, which is quite practical and has the effect of reducing losses.

As shown in Figure 3 and Figure 4, the ticket opening 10 can be a long hole, and the width of the long hole is smaller than the maximum width of the chip card C, so as to prevent the chip card C from bouncing outside due to impact , and when the chip card C slides down along the card-issuing track 20, the user can see the chip card C falling from the top of the elongated hole, which has the function of visual reminder, and the user only needs to put the chip card C slightly into the finger. After turning, it can be taken out, which is a simple and practical design.

Please refer to Fig. 4 at the same time, wherein, the above-mentioned first sensor 70 and the second sensor 80 are sensing devices such as induction antennas, and the first valve 40, the second valve 50 and the third valve 60 are all The valve design of the solenoid valve has the advantages of fast response.

Moreover, several luminous bodies 11 are arranged on the outside of the ticket opening 10. When the chip card C falls into the third valve 60, the second sensor 80 will detect the existence of the chip card C, so it will Send out a signal to make each luminous body 11 light up or blink in various ways to improve the user's attention. At the same time, it can be convenient for the user to find the position of the ticket collection port 10. After the chip card C is taken away, the first When the second sensor 80 detects that there is no chip card C, each luminous body 11 will stop emitting light. Wherein, the illuminant 11 can be any device or component such as a light emitting diode.

To sum up, the utility model can remind the user to pick up the ticket, and can prevent the ticket card from falling out of the card issuing machine. It has industrial applicability, novelty and progress. A preferred embodiment is not used to limit the implementation scope of the utility model, that is, equal changes made according to the patent scope of the utility model are all covered by the patent scope of the utility model.

Claims (7)

1. hairpin structure that is used for the chip card card sender, it is installed on the chip card card sender, and be linked to a card-issuing device, it is characterized in that: described hairpin structure comprises that a hair fastener track, reclaims track, reaches a ticket selling slot, and this hair fastener track and ticket selling slot are arranged at described chip card card sender obliquely; This hair fastener track is connected in described card-issuing device and this ticket selling slot, in order to transmit the chip card by this card-issuing device sent; This recovery track is connected in this hair fastener track, and communicates with this hair fastener track; Be adjacent to this recovery track on this hair fastener track and this hair fastener track junction is provided with one first valve; Be adjacent to this hair fastener track on this recovery track and this recovery track junction is provided with one second valve; The lower end that is adjacent to this ticket selling slot on this hair fastener track is provided with one the 3rd valve; Approach this first valve place and be provided with one first inductor; Approach this ticket selling slot place and be provided with one second inductor; Utilize this first inductor and this second inductor confirm the to pass through state of chip card, control this first valve, this second valve or the unlatching of the 3rd valve or close for board.

2. the hairpin structure that is used for the chip card card sender as claimed in claim 1 is characterized in that: the below of described ticket selling slot is provided with one and reclaims box.

3. the hairpin structure that is used for the chip card card sender as claimed in claim 2 is characterized in that: described ticket selling slot is a strip hole, and the width of this strip hole is less than the breadth extreme of this chip card.

4. the hairpin structure that is used for the chip card card sender as claimed in claim 3 is characterized in that: described first inductor and this second inductor are all induction antenna.

5. the hairpin structure that is used for the chip card card sender as claimed in claim 4 is characterized in that: described first valve, this second valve and the 3rd valve are all solenoid valve.

6. the hairpin structure that is used for the chip card card sender as claimed in claim 5 is characterized in that: the described ticket selling slot outside is provided with several luminophors.

7. the hairpin structure that is used for the chip card card sender as claimed in claim 6 is characterized in that: described luminophor is a light emitting diode.

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