Coin diverting assembly

• US 4,838,406 A
• Filed: 08/16/1988
• Issued: 06/13/1989
• Est. Priority Date: 10/10/1984
• Status: Expired due to Fees

• Current Assignee: COIN Acceptors Incorporated
• Original Assignee: COIN Acceptors Incorporated
• Inventors: Levasseur, Joseph L.
• Primary Examiner(s): BARTUSKA, FRANCIS JOHN
• Application Number:
  US07/233,887
• Time in Patent Office: 301 Days
• Field of Search: 194/346, 221/7, 193/31 A, 193/DIG. 1
• US Class Current: 194/346
• CPC Class Codes: G07D 3/14 Apparatus driven under control of coin-sensing elements
• CPC Class Codes: G07D 5/00 Testing specially adapted to determine the identity or genuineness of coins, e.g. for segregating coins which are unacceptable or alien to a currency

Abstract

This coin divertor assembly includes a body providing a coin entry path and two coin exit paths. A gate member is mounted to the body at the end of the coin-entry path for selectively diverting a coin into one of the coin-exit paths. A holder maintains the gate in each of the gate positions in a stable equilibrium condition and an actuator provides an impulse force for moving the gate from one position of stable equilibrium to the other position of stable equilibrium.

Claims

1. A coin divertor assembly comprising:

(a) a body defining a coin-entry path and first and second coin-exit paths,

(b) a divertor member mounted to the body and movable between a first, coin-diverting stable equilibrium position leading from the coin-entry path to the first coin-exit path and a second coin-diverting stable equilibrium position leading from the coin-entry path to the second coin-exit path,

(c) holding means tending to maintain the divertor member in a position of stable equilibrium, and

(d) actuating means selectively providing an impulse force to move the divertor member from the first position of stable equilibrium to the second position of stable equilibrium,

(e) the holding means being a snap-action spring,

(f) the divertor member being a gate including a hinge, a remote end and an intermediate portion disposed between said hinge and remote end,

(g) the body including a fixed support portion, and

(h) the snap-action spring being a pretensioned spring extending between and attached to the gate intermediate portion and the support portion.

2. A coin divertor assembly comprising:

(a) a body defining a coin-entry path and first and second coin-exit paths,

(b) a divertor member mounted to the body and movable between a first, coin-diverting stable equilibrium position leading from the coin-entry path to the first coin-exit path and a second coin-diverting stable equilibrium position leading from the coin-entry path to the second coin-exit path,

(c) holding means tending to maintain the divertor member in a position of stable equilibrium, and

(d) actuating means selectively providing an impulse force to move the divertor member from the first position of stable equilibrium to the second position of stable equilibrium,

(e) the divertor member being a gate including a hinge, a remote end and an intermediate portion disposed between said hinge and said remote end, and

(f) the holding means including a weight disposed between the gate intermediate portion and the support portion.

3. A coin divertor assembly comprising:

(a) a body defining a coin-entry path and first and second coin-exit paths,

(b) a divertor member mounted to the body and movable between a first, coin diverting stable equilibrium position leading from the coin-entry path to the first coin-exit path and a second coin-diverting stable equilibrium position leading from the coin-entry path to the second coin-exit path,

(c) holding means providing a holding force acting on the divertor member and tending to maintain the divertor member in a position of stable equilibrium, and

(d) impulse actuating means selectively providing alternately first and second short duration impulse forces succeeding each other, the first impulse force overcoming the holding force and moving the divertor member from the first position of stable equilibrium to the second position of stable equilibrium and the second impulse force overcoming the holding force and returning the divertor member to said first position, the holding force holding the divertor member in each of said first and second positions between said short duration impulse forces.

4. A coin divertor assembly as defined in claim 3, in which:

(e) the holding means is a snap-action spring.

5. A coin divertor assembly as defined in claim 3, in which:

(e) the actuating means includes a solenoid having a plunger operatively engageable with the divertor member.

6. A coin divertor assembly as defined in claim 4, in which:

(f) the snap-action spring is a "C" spring.

7. A coin divertor assembly as defined in claim 3, in which:

(e) the divertor member is a gate and includes opposed side portions,

(f) the body includes support portions disposed on each side of the opposed gate portions, and

(g) the holding means includes at least one magnetic element attached to one of said gate and body portions.

8. A coin divertor assembly as defined in claim 3, in which:

(e) the divertor member includes engagement means, and

(f) the holding means includes spaced support means engageable with the body in frictional relation.

9. A coin divertor assembly as defined in claim 3, in which:

(e) the actuating means includes at least two solenoids each having a plunger operatively engageable with the divertor member.

10. A coin divertor assembly as defined in claim 3, in which:

(e) actuator means includes a permanent magnet mounted to the divertor member and at least one electro-magnet mounted to the body adjacent said permanent magnet.

11. A coin divertor assembly as defined in claim 3, in which:

(e) the actuator means include opposed solenoids disposed in spaced relation and a bell crank having opposed arms selectively engageable by the solenoid plungers and an intermediate arm engageable with the divertor member.

12. A coin divertor assembly as defined in claim 3, in which:

(e) the first impulse force is initiated by the sensing of an acceptable coin and the second impulse force is initiated by the sensing of any one of a plurality of events.

13. A coin divertor assembly as defined in claim 3, in which:

(e) the first impulse force is initiated by the sensing of an acceptable coin and the second impulse force is initiated by the sensing of an unacceptable coin.

14. A coin divertor assembly comprising:

(a) a body defining a coin-entry path and first and second coin-exit paths,

(b) a divertor member mounted to the body and movable between a first, coin diverting stable equilibrium position leading from the coin-entry path to the first coin-exit path and a second coin-diverting stable equilibrium position leading from the coin-entry path to the second coin-exit path,

(c) holding means tending to maintain the divertor member in a position of stable equilibrium,

(d) impulse actuating means selectively providing alternating first and second impulse forces succeeding each other, the first impulse force moving the divertor member from the first position of stable equilibrium to the second position of stable equilibrium and the second impulse force returning the divertor member to said first position,

(e) the divertor member being a gate including a hinge having a remote end,

(f) the holding means including a weight disposed between the hinge axis and the remote end, and

(g) the body including spaced abutment portions selectively engageable by the gate so the gate is held by gravity in each of the stable equilibrium positions.