JPS5929242Y2 - User control device - Google Patents

Description

[Detailed description of the invention] This invention is a user device that has a contact part 1 that is provided on the operating surface and that is held by the user from which the user takes out the object released by the user's operation, and that the user comes into contact with when taking out the object. It relates to an operating device.

A button on a user-operated device such as an automatic teller machine or an automatic teller machine is used to hold items such as banknotes ejected by the user's operation at 1 for the user to take out. A contact portion for contact is provided on the operating surface.

Conventionally, the contact part was made of a conductive material such as iron, so when a user touches the contact part when taking out an ejected item, a current flows through the device due to the electrostatic charge held by the user. There was an inconvenience that the device could malfunction or break down.

In addition, the current flows through the user's hands, which causes discomfort.

The purpose of this invention is to provide a user operating device that eliminates the above-mentioned disadvantages.

According to this invention, the article released by the user's operation is held at 1, which the user takes out, and the contact part that the user comes into contact with when taking out the article is made of a non-conductive member. Even if you touch the contact part when taking out the product, the static charge carried by the user will not flow into the device.
Malfunctions and breakdowns of the device can be prevented, and the user will not feel uncomfortable.

An embodiment of this invention will be described below with reference to the drawings.

This embodiment is an automatic teller machine that uses a card as an operation medium, and FIG. 1 is a perspective view of the automatic teller machine, and FIG. 2 is a perspective view of the automatic teller machine in FIG. saw,
FIG.

As shown in the drawing, G is the box of the automatic teller machine, 2 is the card receiving section, and when the user places the card 3 on the card receiving section 2 and inserts it in the direction of arrow B shown in FIG. The card reader 15 (only partially shown) is connected to this card 3.
Load it and read it.

4 is an operation procedure display section, 5 is a numeric keypad, 6 is a denomination setting key, 7 is a confirmation key, and 8 is a number amount display section.The user operates the numeric keypad 5 button and the denomination setting key 6 to enter the payment amount. Set the payment amount displayed on the input amount display section 8 and press the confirmation key 7.

Reference numeral 9 denotes a contact portion provided on the operation surface 30, on which the ejected banknote button slip 10 is placed and held.

The contact portion 9 has a concave shape with a notch 4 in the center, and the user grasps and pulls out banknotes and slips 10 at this notch.

Since the payment operation button of the automatic teller machine and the operation by the user are well known, a detailed explanation thereof will be omitted.

In Fig. 2, 11 is the box of the slip issuing machine, 12 is the box of the banknote ejection machine, 13 is the box of the control device, and 14 is the box of the power supply device, but the configuration of each device is well known. Therefore, the illustrated buttons and the explanation of their operations will be omitted.

The slip issuing machine has a built-in card reader 15 (only a part of which is shown in gold), and the inserted card 3 is returned to the card receiving section 2 after being read, but the slip 10 is sent to the slip ejection port. 16 into the bill ejection machine.

The bill dispensing machine is equipped with a slip receiving port 17, and the slips 10 that have fallen from the receiving port 17 are guided by a guide member 18, and transported by a conveying means 19 (only a part of which is shown in gold) for conveying the banknotes 10. They are ejected into the same ejection port 20 one after another with the banknotes 10 and accumulated on the contact portion 9 .

The receiving part 2 button and the contact part 9 are made of non-conductive material.

Since it is desirable that the non-conductive member be made of a material that is difficult to dielectrically polarize, ABS resin gold was used as the material for the receiving portion 2.

Further, since the contact portion 9 is a thin plate, if the conventionally used iron plate is replaced with another material, a problem in strength will arise.

Therefore, as the structure of the contact portion 9, a member made of an iron plate coated with a non-conductive paint was adopted.

That is, the structure was such that approximately 1300μ of nylon 12 paint was applied to the steel plate.

Further, even if the user inserts his or her hand through the ejection opening 20, the ejection table 21 button and the shirt flap 21 are constructed of non-conductive members so that the user's hand does not touch the box 12 of the bill ejection machine.

The ejecting table 21 is made of ABS resin, and is attached to the box 12 of the bill ejecting machine so as to be approximately flush with the contact portion 9.

The button and contact portion 9 are attached to the box 1 of the automatic teller machine.

In addition, the shutter 22 is made of a steel plate coated with nylon 12, approximately 30 mm thick.
It is constructed by applying it to a thickness of 0μ, and is normally placed on the discharge platform 21 by its own weight.

Then, the shutter 22 is attached to one end of the rod 23 and pressed, and when the slip button and banknote 10 are released, the solenoid 24 that acts on the other end of the rod 23 for a predetermined period of time is pulled, and the rod 23 is moved counterclockwise with the fulcrum 25 as the gold center. 2, and the shutter 22 is retracted upward as shown in FIG.

In the above embodiment, since the receiving part 2 button and the contact part 9 are made of non-conductive material, the electrostatic charge carried by the user is prevented from flowing into the box 1 of the automatic teller machine, and therefore the automatic cash dispenser The machine will not malfunction.

Furthermore, since the release table 21 button and the shutter 22 are also made of non-conductive materials, the effect of preventing noise current is even more remarkable.

Furthermore, in this embodiment, the slip issuing machine, bill dispensing machine, control device, power supply device, etc. are constructed as a unit, and each box is made of a good conductor such as an iron plate and is grounded with a ground wire 26, so each device Not only is it electrostatically shielded, it is also mechanically protected, and it is easier to carry and replace during maintenance.

In the above embodiment, only the automatic teller machine was explained, but in the case of an automatic teller machine, the contact part for receiving the ejected banknotes simply changes to the contact part for inserting the banknotes. They are all the same.

In addition, in the case of an automatic teller machine or a deposit/withdrawal machine (in which the bank clerk is the user), both the contact part for receiving banknotes and the contact part for insertion should be made of non-conductive materials. good.

In general, the operating medium is not limited to cards, but may also be bankbooks, coins, etc.

For example, in the case of a money changer, it accepts banknotes as the operating medium and releases the exchanged money into the contact area.

Further, in the case of a vending machine, it accepts coins as an operating medium and releases the product onto the contact area.

[Brief explanation of drawings]

FIG. 1 is a perspective view of the automatic teller machine, and FIG. 2 is a sectional view of the automatic teller machine in FIG. 1 taken along the line kA-A'. 1...Cash machine box, 2...Accepting music doctor 9
...Contact part, 11...Box of slip generator, 12...
- Box body of banknote dispensing machine, 21...dispensing table, 22...shutter.

Claims (1)

[Scope of utility model registration request] In a user operation device having a contact part provided on an operation surface and held by a user to take out an article discharged by a user's operation, and with which the user comes into contact when taking out the article, the contact part is made of a non-conductive material. A user operation device characterized in that it is composed of members.