Abstract: The invention relates to a machine for dispensing perfume-testing supports, comprising support storage means for storing a batch of supports, support-dispensing means for transporting the supports one by one to a delivery point, and support impregnation means for depositing a perfume sample on each dispensed support, before the dispensing thereof. The dispensing means comprise support-marking means for marking each dispensed support at the moment of the dispensing thereof, the marking means and the impregnation means being automatically actuated during the dispensing process.

Abstract: A multiple coin actuation mechanism has a latch biased to an inward home position with its inner end extending through an upstream side of a first coin slot of a stationary front cover plate toward a rotatable carrier wheel and generally alongside an unobstructed path for insertion of a first coin through the first coin slot into a first coin recess of the carrier wheel. The latch is pivotally yieldably movable away from the carrier wheel due to engagement with a second coin in a second coin recess in the rotatable carrier wheel, as the second coin is brought into alignment with the first coin slot, to allow the second coin to pass under the latch while the latch remains in contact with the second coin, preventing its removal from the second coin recess outwardly through the first coin slot, as the carrier wheel rotates past the first coin slot.

Abstract: An anti-vandalism device in a coin-operated actuation mechanism includes a stop movably extendible and compressible in length and mounted on a coin retainer plate in alignment with a bore therein for moving between a forward blocking position and a rearward unblocking position relative to the bore and to a coin receiving recess in a coin carrier wheel on an opposite side of the retainer plate depending upon whether or not the recess is devoid of a valid coin, and a cam surface actuator defined on a ratchet gear wheel disposed adjacent to the coin retainer plate in a position to engage the stop and cause it to move from its rearward unblocking position to its forward blocking position when the coin receiving recess is devoid of a valid coin and in response to the ratchet gear wheel moving with the coin carrier wheel.

Abstract: A dual coin mechanism for a vending machine includes a cover plate having a peripheral flange with first and second coin slots defined therein angularly and axially offset from one another about and along an axis defined by the cover plate, and first and second coin carrier wheels mounted for rotation about the axis relative to the cover plate and respectively having first and second coin recesses angularly and axially offset from one another about and along the axis. The axially offset relationships between the first and second slots, the first and second recesses and consequently first and second paths taken by first and second coins carried in the first and second recesses ensure that the first and second coins are not brought into alignment respectively with the second and first slots and thus are made inaccessible to a user during their travel along the first and second paths.

Abstract: A multiple coin actuation mechanism has a carrier wheel with angularly spaced first and second coin recesses aligned with first and second coin slots of a front cover plate when the carrier wheel is in an initial home position at which a user initially deposits first and second coins into the first and second coin recesses through the first and second coin slots. A pivotal coin removal blocking latch and an edge notch defined adjacent to one side of the first coin recess in the carrier wheel allows initial insertion of the first coin through the first coin slot into the first coin recess while preventing removal of the second coin from the second coin recess through the first coin slot when the carrier wheel has turned sufficiently to align the second coin recess with the first coin slot.

Abstract: The coin sorting device comprises: a body (1); a coin put-in port (4) for putting a coin in; a coin sorting handle (5) which can be rotated; a coin turn table (7) which can be rotated according to a rotation of the coin sorting handle (5) and comprises a coin receiving portion (20) for receiving a put-in coin; a rocking member (21) which can rock around a shaft (21a) which is attached to the coin turn table (7), for rocking so that a top end portion of the rocking member (21) is pressed to move in a radial outer direction by a periphery of a normal coin which is received by the coin receiving portion (20); and a stopper (31) which is attached to the body (1), for preventing a rotation of the coin turn table (7) by hitting the top end portion of the rocking member (21) against an end portion (31a) of the stopper (31) when a normal coin is not received by the coin receiving portion (20), while for allowing the rotation of the coin turn table (7) without hitting the top end portion of the rocking member (21) whi

Abstract: A coin discriminating device for discriminating put-in coins into a normal coin and a smaller coin, in which the maximum number of normal coins to be put-in can be easily changed. The coin discriminating device includes a turn plate having a cut-out portion and a coin discriminating pawl portion on a periphery thereof. A plurality of coin discriminating levers, each of which has an engaging portion able to engage with the coin discriminating pawl portion, abut against a periphery of corresponding received put-in coins in the cut-out portion, respectively. A biasing member biases a free end of the coin discriminating levers to a side of the turn plate, and a handle is provided for rotating the turn plate. A regulating member regulates a number of normal coins to be put in the cut-out portion of the turn plate, and a setting member is provided for setting the number of normal coins to be put-in.

Abstract: A coin mechanism includes a coin conveyor provided with a hub on its front face, which rotates in a recess formed in the rear face of the cover plate. The hub reinforces the structural integrity of the coin conveyor, allowing the mechanism to accommodate large coins without diminishing the reliability of the rotational locking mechanism. Preferably the recess is dimensioned as a bearing for the frontal hub, which secures the coin conveyor against shifting due to wearing of parts so that the mechanism retains a high tolerance for measuring the diameter of the coin over a longer period of time.

Abstract: A coin mechanism capable of accepting two coins simultaneously is provided with generally opposed coin slots with mechanisms for measuring each of the two coins immediately adjacent thereto. The measuring mechanisms includes detente cooperating with front and rear portions of a notched wheel, the detents being mounted so that only one detent cooperates with each portion of the notched wheel. The invention further provides a member for blocking access to the first coin slot as the second coin passes, to prevent removal of the coin therefrom.

Abstract: A coin mechanism capable for simultaneously accepting two coins in generally opposed coin slots measures the diameter and thickness of each coin at the commencement of the actuation of the coin mechanism and includes a rocking blade to obstruct one of the coin slots so as to prevent unauthorized removal of a coin.

Abstract: In a coin mechanism for a vending machine, the inner face of the coin mechanism body is provided with a raised edge over which the coin projects slightly. As the coin mechanism is rotated, the coin travels along this raised edge. A portion of the raised edge is ramped inwardly, so that the coin is separated from the coin receiving recess with an axial force, thereby overcoming any attempt to circumvent the coin mechanism by adhering the coin to the coin receiving recess using tape or glue.

Abstract: A vending machine has an outer housing with a hollow interior and a manual retrieval opening. At least one tray is removably supported by the housing inside the interior thereof. The tray has a plurality of storage bins, each bin being dimensioned for receiving a plurality of items to be dispensed. Each bin has a movably actuable mechanism for ejecting a single unit of the item therefrom. A manually operable coin mechanism is mounted to an exterior of the housing for receiving a predetermined number and size of coins. Insertion of the proper coins into the coin mechanism permits a single actuation thereof through a predefined range of motion. A manually operable selector mechanism is mounted to the exterior of the housing for designating the item to be dispensed when moved into engagement with the ejecting mechanism of a preselected one of the plurality of storage bins.

Abstract: A coin mechanism for a vending machine comprises a cylinder rotatable in a passageway within a housing to release vended product to a purchaser. Operation of the mechanism requires insertion of purchase coins into coin slots accessible when the cylinder partially protrudes from the housing. The cylinder is thereafter substantially completely inserted into the housing and rotated by means of a handle located on one end thereof. Upon rotation of the cylinder, the coins prevent engagement of locking pawls mounted in the housing with either of two separate mechanism-blocking shoulders located on the cylinder. The end of the cylinder opposite the handle is connected to a coupler member, which in turn is fastened to a spiral product coil, rotation of the cylinder causing rotation of the coil and the release of product therefrom. The coupler member also includes a ratchet wheel which cooperates with a pawl in the housing to prevent improper rotation of the cylinder.

Abstract: Disclosed herein is a coin rejector for accepting multiple coins. Upon sequential insertion of two coins of the desired size, a customer can rotate a handle to operate a vending machine. The device employs a rotatable wheel which accepts the disks, positions them adjacently edge-to-edge such that the outer edge of the second disk disables a blocking member which otherwise prevents vending, and deposits the disks into a collection chamber.

Abstract: An outer housing encloses an inner panel separating a money accepting and ticket dispensing apparatus. The money accepting apparatus releases an internal lever upon insertion of the correct money. This internal lever disengages from a toothed plate which is connected by a shaft to an external hand lever. A pulling of the external hand lever after insertion of the correct money turns multiple gears which cause a cam to actuate to release a ticket retaining gate. In addition, the gears are connected to a cylindrical rear roller which turns a pair of latex bands mounted around the rear roller and a front cylindrical roller mounted on an idler shaft. A weight over the tickets causes frictional pressure to be exerted on the ticket by turning bands and thereby allows the bands to move a single ticket under a raised exit gate.

Abstract: Disclose is a coin-operated dispensing mechanism, a basic element of which is a disc-like, coin-receiving wheel having at least a first perimetrical coin-receiving receptacle, the thickness of which is substantially equal to a plural multiple of the thickness of a coin of predetermined denomination. The first receptacle is dimensioned for receiving a number of coins in face-to-face relationship, the number being equal to the plural multiple. It is disclosed that the thickness of the wheel equals the thickness of the receptacle, so that the receptacle extends from one face of the wheel to the other. The mechanism also includes a system of pawls or dogs which prevent undesired rotation of the wheel, including a coin dog or pawl and an independently-functioning auxiliary coin dog or pawl which prevents dispensing rotation of the wheel if only one coin instead of two is placed in the coin-receiving receptacle.