Abstract: A drive motor comprises a motor body (5) for rotating a motor shaft (11) in a predetermined forward direction; a brake engagement surface (30) formed at a projection (14) which is projected from a part of the motor shaft; claw piece (15) which engages with the projection at a predetermined position on interruption of electricity for the motor body and acts to stop rotation of the motor shaft, wherein the claw piece comprises an engagement claw (60) of actue angle shape; and a wedge engagement release mechanism (31) for releasing the wedged engagement by rotating the motor shaft in a release direction which is equal to the reversed direction.

Abstract: A coin throwing port restricting mechanism 10 enables substantial restriction of a configuration of a coin throwing port 4 by means of a simply handling thereof. Such a coin throwing port restricting mechanism 10 contributes to provide a coin throwing device which has only one coin throwing port 4 and which can receive many kinds of coins of different sizes. The coin throwing port restricting mechanism 10 comprises a ring 11 and an arm 12. The ring 11 which serves as a fixing member surrounds the coin throwing port 4. The arm 12 extends from the inner periphery of the ring 11 to the center thereof in a manner that it faces front to the coin throwing port 4. The extending length and the extending width of the arm 12 are selectable depending on the diameter and the thickness of the coin. Thus, the configuration of the coin throwing port 4 can be restricted without modifying the shape thereof.

Abstract: A coin feeding device is provided comprising a base plate adapted for mounting predetermined coins on one end thereof, including a scraper for scraping the coins towards the other or opposite end of the base plate along a predetermined coin feeding path. The scraper comprises a main rotating body rotatably mounted on the base plate and includes a coin feeding wing unit or finger assembly extending radially outwardly from the main rotating body. The coin feeding wing unit or finger assembly is used for feeding the coins to the other or opposite end of the base plate while traveling along the coin feeding path by virtue of the rotation of the main rotating body. The coin-feeding device includes a movable engagement piece biased to force one of the coins against the main rotating body along the coin feeding path.

Abstract: A coin dispensing device comprises a hopper 1 where a supply of coins is held in bulk. The coins are transported one by one on a coin dispensing disc 3 rotatably supported by a rotary shaft 2 for use in dispensing a coin. A base plate 20 is opposed to the coin dispensing disc 3 at a predetermined distance. The coin dispensing device also comprises guide holes 14 penetrating through the coin dispensing disc 3. Each of the guide holes 14 receives one of agitating members 13 which travels along a predetermined orbit on the base plate 20 accompanying with rotation of the coin dispensing disc 3. An extrusion member 50 is disposed on the base plate 20 along the orbit. The extrusion member 50 has a predetermined relative height to the base plate 20 to make a portion of the agitating member be protruded, as the agitation protruding end 13a, through the guide hole 14 from the coin dispensing disc 3 when the agitating member 13 passes on the extrusion member 50 along the orbit.

Abstract: In a coin sorting device which rolls a coin along a sorting passage and which carries out a sorting operation for the coin during movement of the coin, it is readily possible to remove unnecessary material from the sorting passage. The unnecessary material may be surface material which is separated from the coin. If the unnecessary material is left in the sorting passage, it becomes one of factors which cause an error in the sorting operation. Inasmuch as the unnecessary material can be readily removed from the sorting passage, reliability is improved as regards the sorting operation. For removing the unnecessary material, a plurality of through holes may be made to a bottom of the sorting passage. A roller member may be used at the bottom of the sorting passage instead of making the through holes.

Abstract: A coin door assembly is provided comprising a service door panel having a front surface, an inner surface and a coin selector assembly associated with the inner surface. The coin selector assembly is comprised of a pair of spaced chutes attached to the inner surface of the door panel which includes a coin selector secured to the inner surface of the door panel disposed between the chutes, the coin selector having a front surface and a rear surface, with the front surface facing the inner surface of the door panel. The coin door assembly is provided with means for holding the coin selector in place. A lock lever is provided pivoted to the inner surface of the door panel for correctly positioning the coin selector, the lock lever having a clamp piece cooperatively associated therewith.

Abstract: Coins stored in a hopper (1) are delivered one by one towards an outlet of a hollow cylindrical case (3) on a base plate (2) by coin feeding arms (9) of a coin feeding disc (4) having coin receiving holes (8). The coin feeding disc (4) is rotated in the hollow cylindrical case (3). The coin is further delivered out of the hollow cylindrical case (3) by coin feeding wings (12) of a scraper (13) rotated on the base plate (2) outside of the hollow cylindrical case (3). An upright coin carrier duct (17) is disposed, with an opening at the lower end thereof, on the inclined base plate (2). A coin guide (21) is disposed along a coin transporting path (15) where a coin is delivered by the coin feeding wings (12) of the scraper (13). The coin engaged with the coin guide (21) is pushed towards the lower end port of the coin carrier duct (17 ) by a convex portion formed at the leading side of each of the coin feeding wings (12).

Abstract: A coin sorting device comprises a hopper (4) for holding a supply of coins. Within the hopper (4), a coin feeding disc (2) is provided for feeding the coin to a coin outlet (26). A coin transporting piece carrier (5) is rotated in synchronism with the coin feeding disc (2). The coin transporting piece carrier (5) is inclined to the coin feeding disc (2) at a predetermined angle. A plurality of coin transporting pieces (8) are protruded from the coin transporting piece carrier (5) passing through coin transporting piece reception holes (9, 10). A coin feeding belt (28) extends from the upper portion of the coin feeding disc (2) to the coin outlet (26). The coin is delivered in contact relation with the coin feeding belt (28). A belt driving pulley (33) is rotated by means of the coin feeding disc (2) in a frictionally well-contact relation therewith.

Abstract: In a vending machine for discharging one of articles by manual operation of lever after depositing a coin, a rotary plate is rotated by the manual operation of the manual lever and a driven plate is rotated through the deposited coin which is received in a pocket formed by cooperation of the rotary plate and the driven plate. The driven plate drives an article discharging mechanism. An article discharging mechanism has a package separating mechanism for separating one package from a package belt having scored lines between adjacent packages to discharge it as the article. The package separating mechanism comprises a package guide roll for guiding one package thereon during rotation and elastic fingers rotating together with the package guide roll. The elastic fingers pinch the package onto the package guide roll with bending. The fingers rapidly return to the original shape from the bent shape by their elasticity to give a tension force to the package.

Abstract: An outlet device for a coin payout hopper including an outlet chute having a curved outlet chute passage for upwardly pushing coins out of an upper outlet by trailing coins pushed into a lower inlet in the horizontal direction from the coin payout hopper. The outlet chute includes an outside edge plate having an outside coin guide track positioned at the outside with respect to the center of the radius of curvature of the curved outlet chute passage with the outside coin guide track being inclined to an acute angle to a coin supporting surface of a coin supporting back plate and an inside edge plate having an inside coin guide track positioned at the inside with respect to the center of the radius of curvature of the curved outlet chute passage.

Abstract: A coin conveyor for successively transporting coins comprises an elongated back plate and a plurality of tapered guide rollers arranged at respective opposite side edge portions of the back plate so as to guide and retain coins transported on the back plate.

Abstract: An improvement of a coin dispensing apparatus, in particular of an agitator mounted on a central circular stage of a coin transferring rotary disc rotatably disposed in a hopper containing a plurality of coins to be dispensed. The agitator is composed of an agitating member having a plurality of agitating arms extending outwards from the central portion thereof and a resiliently deformable sheet having a thickness thinner than that of the coin, which are secured at their central portions to the central circular stage of the rotary disc such that the agitating elements rotate together with the rotary disc.

Abstract: The outlet device is used for guiding a coin discharged from a coin payout hopper through an escalator upwardly. The outlet device comprises an outlet chute having a curved coin guiding passage for upwardly guiding coins pushed in a lower inlet in the horizontal direction towards an upper outlet in the vertical direction. The outlet chute is composed of a back plate, a pair of outside and inside edge plates, and an elastically deformable inside front plate of elastomer material such as rubber covering only the inside edge plate positioned in the inner side in relation to a center of curvature of the curved coin guiding passage, the elastically deformable inside front plate having an extension protruding beyond the inner coin guiding edge face of the inside edge plate.

Abstract: A coin dispensing apparatus comprises a coin supply hopper secured to a base plate inclined at an angle to the horizontal and a coin feeding rotary disk rotatably supported on the base plate within the coin supply hopper. The coin feeding rotary disk has a disk body and a circumferential wall. The disk body includes a plurality of circumferentially spaced coin receiving through holes extended through the peripheral portion of the coin feeding rotary disk, and a plurality of coin feeding arms having a thickness smaller than the thickness of a coin to be treated and extending at an angle to the radial direction of the rotary disk on the peripheral portion of the bottom surface between the coin receiving through holes of the rotary disk. The disk body preferably has a sufficient thickness to provide coin receiving through holes having a deep depth for holding at least three coins therein.

Abstract: An apparatus for circulating and cleaning coins in a game machine or the like comprises a coin feeder including a coin recovering hopper set in a game machine or any other machine; a coin recovering duct for recovering coins from the machine to the coin recovering hopper; a coin cleaning and transporting duct having an inlet connected to an outlet chute of the coin feeder; a coin supply hopper connected to an outlet of the coin cleaning and transporting duct for receiving coins from the coin cleaning and transporting duct and supplying coins to be used for the machine; and an overflow coin chute for passing coins from the coin supply hopper to the coin recovering hopper.

Abstract: A coin feeder comprising a hopper for holding a supply of coins in bulk; a rotary disc rotatably disposed at an angle to the horizontal within the hopper and provided with a central circular stage and a plurality of coin transporting pins which are protruded from a peripheral portion around the central circular stage and spaced apart in the peripheral direction of the rotary disc; and an outlet including an outlet chute for guiding coins pushed out of the hopper by coin transporting pins. The central circular stage is provided with a brush having bristles of synthetic resin or another non-metallic material for cleaning coins within the hopper.

Abstract: A coin intermittent accepting device of a reservation type coin acceptor including a coin reserving passage for temporarily reserving a plurality of coin as in public telephones. The accepting device includes an electromagnetic solenoid fixed on one of parallelly spaced side plates of said coin reserving passage, parallelly spaced support arms each having one end pivotably supported on a pivot axis extending perpendicular to the longitudinal axis of a plunger of the electromagnetic solenoid and other free ends integral with an acceptance gate, and a coin stop arm having one end pivotably supported on the pivot axis and other free end providing the coin stop, at least one of the support arms and the coin stop arm being provided with longitudinal slots inclined in opposite directions, respectively, and the plunger of the electromagnetic solenoid having at the free end thereof an actuating pin extending perpendicular to the longitudinal axis of the plunger and engaging the inclined slots.

Abstract: A coin dispensing apparatus comprising a hopper for holding a supply of coins in bulk, a rotary disc rotatably disposed at one side within the hopper at an angle to the horizontal, a carrier being rotatable in a plane extending at an angle to the rotary disc and a plurality of coin transporting pins and coin agitating pins carried on the carrier and protruded from the surface of the rotary disc through pin receiving holes in the rotary disc. The protruded end of the coin agitating pin is slanted so as to slope toward the periphery portion of the rotary disc.

Abstract: An apparatus for accepting two kinds of coins comprises a coin diameter discriminating passage unit having a coin passage adapted for discriminating diameters of coins and being openable downwards for dropping an unacceptable coin from the coin passage, a vertically extending coin returning chute arranged below the coin diameter discriminating passage unit for receiving the unacceptable coin dropped therefrom and two coin material discriminating units arranged at both sides of the coin returning chute, respectively. The coin diameter discriminating passage unit has two opposed side outlets adapted for introducing acceptable coins into the respective coin material discriminating units. Thus, the apparatus has a reduced width and thickness and a high flexibility owing to possibility of exchanging the coin diameter discriminating passage unit and/or the coin material discriminating unit for various kinds of coins.