JP2003339947A - Conveyer type coin inserting mechanism - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a mechanism for continuously discharging coins one by one from a cylinder setting gap by driving a conveyer belt with respect to a coin placed on a slope of a coin tray, slid on a plane by its dead weight, falling from an angular side and planarly piled on an angular cylinder. <P>SOLUTION: In the conveyer type coin inserting mechanism, when the coin is arbitrarily placed on the coin tray, the coin is planarly moved from the slope by its dead weight and the coin located on a horizontal face is also made flow into the mechanism by a little support. The flowing-in coin is passed through a control plate and a slide plate, falls from the angular side of the angular cylinder into the cylinder, is abutted to an opposite angular side cylindrical portion and planarly piled. Such coins are continuously discharged from the cylinder setting gap one by one by driving the conveyer belt positioned on the bottom, and inserted into a slot machine. <P>COPYRIGHT: (C)2004,JPO

Description

Description: BACKGROUND OF THE INVENTION [0001] The present invention utilizes a characteristic of a coin to enable continuous insertion and ejection. The inserted coin is always in a stable position in a horizontal state due to its own weight and shape. Becomes In addition, the coin located on the inclined surface of the coin tray having the horizontal surface and the inclined surface starts to slide down. By guiding this, the directionality is controlled, and it falls from the corner to the rectangular cylindrical space under the condition of natural fall. Here, the coins stacked on the cylindrical portion facing the falling direction are stacked and aligned, and the coins stacked on the square cylindrical portion having the running surface of the conveyor belt as the bottom face are discharged through the discharge gap by the stacking own weight. This is a mechanism with stability that completely eliminates mechanical stress. 2. Description of the Related Art At present, 100% of coins are inserted in a slot machine (pachislot) in a vertical direction, so that only one coin can be inserted, and it is necessary to arrange in advance for continuous insertion.
It has been inserted by holding and pushing and loosening about 10 coins. Therefore, considerable skill is required, and generally one coin at a time is mainstream. And the operating rate per vehicle is reduced. [0003] The current disadvantages are as follows. (A) It took a long time to insert one to three cards in one game until the start because one card was inserted. (B) Since the input was artificial, each of them was press-fitted and irregular stress was input, which led to a failure such as clogging of the input port. [0004] In a current slot machine (pachislot), a game starts with insertion of a coin. In order to insert coins, it was necessary to arrange them one by one by hand and insert them vertically into the slot. A physically stable position of a coin is a horizontal position, and a method of correcting this in the vertical direction and inserting the coin into a single thickness gap takes time and has many difficulties in operation. The solution to this problem is to make full use of the physical characteristics of the coin, and to use the tilt angle to flow in while keeping the horizontal fixed position,
The game can be easily and quickly progressed by a method in which the coins are introduced into the rectangular cylindrical space, naturally dropped, and the stacked and aligned coins are continuously driven through the set gap by driving the conveyor and thrown into a slot machine (pachislot) machine. [0005] Embodiments of the present invention will be described below. The coin receiving tray (1) for the slot machine (pachislot) is of a two-sided type (horizontal surface (A) inclined surface (B)), and the inserted coin (2) is inserted in a stable plane state and the coin (2) located on the inclined surface Flows naturally, is controlled in number, gives directionality, falls naturally into the rectangular cylinder (7) by the square side (6), hits the cylindrical surface of the facing surface (8), and is horizontally stacked and aligned. A conveyor type coin insertion device characterized in that coins (2) are continuously discharged in a rotation direction (11) through a clearance (9) set in a cylindrical surface by driving a lower conveyor belt (10). The present slot machine takes a long time to insert coins, and it is necessary to insert coins into a space with a slight margin of coin thickness in advance, since the coins are inserted vertically. This mechanism requires skill, and with this mechanism, simply placing the coin on the coin tray arbitrarily at the plane position of the coin and flowing naturally from its inclined surface under its own weight, and mechanically controlling the physical movement of the coin within the mechanism It uses a stack of coins to remove the stress without applying stress.
This is a stable function that completely eliminates coin insertion effort.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a side view of the present invention. FIG. 2 is a perspective view of the present invention. FIG. 3 is a sectional view of the rectangular cylinder according to the present invention. [Description of Signs] (1) Two-sided coin tray (has horizontal surface (A) and inclined surface (B)) (2) Coin (3) Multiple control plate (4) Sliding plate (5) Rising guide (6) ) Square cylindrical corner (7) Square cylinder (8) Cylindrical surface (9) Cylindrical surface setting gap (10) Conveyor belt (11) Rotation direction

Claims (1)

Claims 1. A coin receiving tray (1) of a slot machine (pachislot) has a horizontal surface (A) and an inclined surface (B), and one or more coins (2) are inserted into the coin receiving plate (1). The coins (2) located in B) are controlled in one row or more through the control gate (3), flow into the sliding board (4), and the coins (2) provided with directionality by the guides (5) are natural. At the corner of the drop point (6), it falls into the rectangular cylindrical space (7), hits the cylindrical surface of the opposite side (8), stacks and aligns in a horizontal position, and has a conveyor belt (10) at the bottom of the rectangular cylinder (7). A mechanism in which only one set coin is continuously discharged in the rotation direction (11) by driving the conveyor belt (10) by the set gap (9).