Abstract: The present invention prevents water or the like from collecting on a shutter face by having a sufficient water discharge capability without requiring a bulky water discharge structure, in an automatic transaction apparatus that deposits and withdraws money by opening and closing the shutter. Namely, includes a sloping profile shutter having side wall faces at side faces on two sides, a casing cover that covers the side wall faces of the shutter, and that covers a shutter bottom edge portion at a position below the shutter face when the shutter is closed, and a chute that includes a water discharge outlet and is disposed to cover the shutter bottom edge portion from below when the shutter is closed.

Abstract: A financial self-help service device for preventing plugging by foreign objects and damage by mucilage glue is provided. It has a panel, and a cash inlet-outlet (1) is set on the panel. The financial self-help service device further includes a gate (2) for opening or closing the cash inlet-outlet (1). POM (polyoxymethylene) plastic convex points (9) are provided at the edge of the gate (2) matched with the cash inlet-outlet (1), so as to form a flow guide gap between the gate (2) and the panel when the gate (2) closes the cash inlet-outlet (I).

Abstract: The invention relates to a machine (M) for dispensing products and/or services which are paid for with banknotes. The invention is of the type that comprises a banknote reader (L) which is positioned behind a horizontal insertion slot (F1) and which is used to process banknotes inserted by a user. The aforementioned reader is equipped with an essentially-horizontal inlet slot (F2) serving as an inlet for banknotes. According to the invention, the insertion slot (F1) is disposed at a lower level in relation to the inlet slot (F2) along a vertical reference axis (V). In addition, the machine comprises a guiding interface device (1, 2) which is disposed between the insertion slot (F1) and the inlet slot (F2) such as to guide an inserted banknote from the insertion slot (F1) to the inlet slot (F2).

Abstract: A method of promoting customer donations at a place of business includes providing a donation receptacle including a collection inlet, a proceeds bin, and at least one perforated section. The collection inlet is configured to receive monetary donations. The proceeds bin is configured to store the monetary donations received via the collection inlet. A donation path is at least partially defined between the collection inlet and the proceeds bin such that the monetary donations received via the collection inlet move along the donation path to the proceeds bin. The at least one perforated section is positioned along the donation path and is configured to separate the monetary donations from undesired refuse also received via the collection inlet. The donation receptacle is assembled to a cavity formed in a wall structure at the place of business.

Abstract: A coin sorting and counting machine and a method for operating it to automatically dispense cash vouchers based on the value of the counted coins, manufacturers' coupons and store coupons. Coins are placed in a hopper tray angled downward from the horizontal. When the hinged tray is lifted, the coins travel over a peak structure, through a waste management system and into the coin sorting and counting apparatus. The value of the coins and the number of coins within each denomination are displayed as the coins are counted. The coins fall into a storage area and the user is issued a cash voucher and a series of manufacturer coupons.

Abstract: A tamper-resistant door for a vending machine includes a conventionally-positioned product delivery port, a cash box vault positioned adjacent the delivery port for receiving a cash box, a coin return chute positioned at an upper corner of the delivery port, and a coin changer of conventional design positioned over the delivery port and the cash box. A changer vault partially encloses the coin changer. The cash box vault (and the cash box placed therein) are relocated away from their conventional position on the non-hinged side of the main door to a location adjacent the product delivery port on the hinged side of the door, while the coin changer is relocated away from its prior art position adjacent the non-hinged side of the main door to a central location above the product delivery port and the cash box vault. An elongated coin chute connects the coin return slot with the coin inlet of the coin changer. A first section of the coin chute is in communication with the coin slot.

Abstract: A bill identification device (20) is disposed in the vertical portion (6b) of a bill transporting route (6) that comprises a horizontal portion (6a) connected to a bill slot (3) and a vertical portion (6b) rising up substantially in a vertical direction from the downstream end of the horizontal portion (6a) whereby the drop in genuineness identification capability for an inserted bill can be prevented as much as possible even if a liquid such as salt water is poured into the bill slot (3).

Abstract: A tamper-resistant door for a vending machine includes a conventionally-positioned product delivery port, a cash box vault positioned adjacent the delivery port for receiving a cash box, a coin return chute positioned at an upper corner of the delivery port, and a coin changer of conventional design positioned over the delivery port and the cash box. A changer vault partially encloses the coin changer. The cash box vault (and the cash box placed therein) are relocated away from their conventional position on the non-hinged side of the main door to a location adjacent the product delivery port on the hinged side of the door, while the coin changer is relocated away from its prior art position adjacent the non-hinged side of the main door to a central location above the product delivery port and the cash box vault. An elongated coin chute connects the coin return slot with the coin inlet of the coin changer. A first section of the coin chute is in communication with the coin slot.

Abstract: A coin handling device, as a first invention, comprising a cable (20), a liquid guide means (61) for guiding liquid falling via a cable guide hole (10a) into a device body (2), a liquid storing means (62) and a liquid discharging means (63). A coin handling device, as a second invention, wherein a coin selection unit (101, 201) comprising a coin guide means (181), a liquid collecting means (182) and a liquid discharging means (183) is equipped with a liquid flow-in means (184) for allowing liquid falling via the coin guide means (181) to flow into those portions of the coin selection unit (101, 201) other than the liquid sorting means (182), a liquid passing means (185) and a liquid flowout means (186, 216) for continuously feeding the passed liquid to the liquid discharging means (183).

Abstract: A coin handling mechanism for conveying coins to a remotely positioned coin receptor which accumulates the deposited coins. There is a water trap positioned along a back wall of the housing for diverting the flow of liquid injected through the coin entrance slot downwardly along the back of the housing to a fluid collecting chamber. The water trap comprises intersecting vertical support members and horizontal cross bars. There is also provided a coin discharge chute having an adjustment mechanism to adjust the point of discharge of the coins.

Abstract: A tamper-resistant door for a vending machine includes a conventionally-positioned product delivery port, a cash box vault positioned adjacent the delivery port for receiving a cash box, a coin return chute positioned at an upper corner of the delivery port, and a coin changer of conventional design positioned over the delivery port and the cash box. A changer vault partially encloses the coin changer. The cash box vault (and the cash box placed therein) are relocated away from their conventional position on the non-hinged side of the main door to a location adjacent the product delivery port on the hinged side of the door, while the coin changer is relocated away from its prior art position adjacent the non-hinged side of the main door to a central location above the product delivery port and the cash box vault. An elongated coin chute connects the coin return slot with the coin inlet of the coin changer. A first section of the coin chute is in communication with the coin slot.

Abstract: A tamper-resistant door for a vending machine includes a conventionally-positioned product delivery port, a cash box vault positioned adjacent the delivery port for receiving a cash box, a coin return slot positioned at an upper corner of the delivery port, and a coin changer of conventional design positioned over the delivery port and the cash box. A changer vault partially encloses the coin changer. The cash box vault (and the cash box placed therein) are relocated away from their conventional position on the non-hinged side of the main door to a location adjacent the product delivery port on the hinged side of the door, while the coin changer is relocated away from its prior art position adjacent the non-hinged side of the main door to a central location above the product delivery port and the cash box vault. An elongated coin chute connects a coin slot with the coin inlet of the coin changer. A first section of the coin chute is in communication with the coin slot.

Abstract: An anti-corruption coin/token chute assembly is provided for use with conventional coin acceptance assemblies. The assembly includes a coin race having first and second side walls and a floor. The floor is provided with a plurality of apertures to facilitate release of foreign substances. An ejection member is movably coupled the coin race. The ejection member includes a coin race insert that, in the rest position, is nested in the coin race. The coin race insert also includes first and second side walls and a floor. The floor of the coin race insert is provided with a plurality of apertures and is advantageously positioned so that the apertures are in substantial alignment with the apertures of the floor of the coin race. Accordingly, unauthorized foreign substances, such as liquids, that are injected into the chute assembly are drained through the apertures before fouling the electronics of the coin acceptance assemblies.

Abstract: A coin handling mechanism for conveying coins to a remotely positioned coin receptor which accumulates the deposited coins. There is a liquid diverter within the mechanism for directing the flow of liquid injected through the coin entrance slot downwardly along the back of the housing to a fluid collecting chamber. A plurality of ribs at the back of the housing form channels for directing the flow of the fluid along the back of the housing. There is also provided a coin discharge chute having an adjustment mechanism to adjust the point of discharge of the coins. This compensates for variances in various vending machines and positions the coin discharge chute properly with respect to the coin receptor.

Abstract: A funds discrimination and sorting system comprises an acceptor for accepting mixed currency from a customer. A sorter and discriminator sorts and discriminates the funds by denomination, the sorter and discriminator are coupled to the acceptor. An interface is coupled to the sorter and discriminator for accepting instructions from a customer, the instructions causing the actuation of the system; and an attendant control panel allows an attendant to operate the system in a plurality of modes, the attendant control panel is positioned opposite and is inaccessible from said customer interface.

Abstract: A coin chute for use with a vending machine for receiving coins and transferring the coins to an electrical coin mechanism and preventing liquid from entering and damaging the electrical coin mechanism. The coin chute includes an upper passage in a first vertical plane for entry of a coin at the upper end thereof, and an intermediate passage extending at an angle away from one side of the upper passage at the lower end of the upper coin passage. The intermediate passage has a side formed by a first grid adapted for passage therethrough of liquid poured into the upper passage. The coin chute further comprises a lower passage extending down from the lower end of the intermediate passage for receiving a coin dropping down through the upper passage and intermediate passage and for delivering it to the electrical coin mechanism. The chute further includes a drain for draining the liquid passing through the first grid.

Abstract: A vending machine bezel for attachment to the front panel of a vending machine that is durable and versatile, and that advantageously provides at least two apertures for the insertion of money. The face of the bezel fits through an industry-standard size bill validator opening in the front panel of the vending machine. In one embodiment, the bezel contains three apertures to accept banknotes, coins and cards in payment for a vend item.

Abstract: A tamper-resistant door for a vending machine includes a conventionally-positioned product delivery port, a cash box vault positioned adjacent the delivery port for receiving a cash box, a coin return chute positioned at an upper corner of the delivery port, and a coin changer of conventional design positioned over the delivery port and the cash box. A changer vault partially encloses the coin changer. The cash box vault (and the cash box placed therein) are relocated away from their conventional position on the non-hinged side of the main door to a location adjacent the product delivery port on the hinged side of the door, while the coin changer is relocated away from its prior art position adjacent the non-hinged side of the main door to a central location above the product delivery port and the cash box vault. An elongated coin chute connects the coin return slot with the coin inlet of the coin changer. A first section of the coin chute is in communication with the coin slot.

Abstract: The coin receiving assembly provides a mechanism for defining a coin race through which a coin may pass, but from which fluid will be caused to exit. The coin is caused to negotiate a generally curvilinear path, while surfaces defining the coin race are configured to conduct water to locations away from the coin race. Additionally, apertures are provided toward a latter portion of the arcuate coin path to facilitate drainage of fluids otherwise adhering to surfaces defining the coin path.

Abstract: A banknote reader for initiating a service operation of a vending machine comprises an installation housing of side plates and a money container. Between the side plates are modules for aligning, transporting, checking and/or rejecting banknotes. The modules are positioned at predetermined locations along the transport path of the banknotes. The installation housing has exchangeable front parts and opposite narrow sides. A flap which can be pivoted for maintenance work can be provided. A built-in control device and a connecting opening to the money container can be included.

Abstract: A banknote processor for judging whether a banknote inserted into a banknote insertion port is authentic or false, storing the inserted banknote in the interior of a processor body when judging that the banknote is authentic and returning the inserted banknote to the banknote insertion port when judging that the banknote is false. In the banknote processor, a fluid collector for collecting fluid dropping from a bottom of the processor body is disposed at a lower side of the bottom of the processor body, and a fluid guiding member is communicatingly connected to the fluid collector for guiding the collected fluid externally of the processor body.

Abstract: A tamper-resistant door for a vending machine includes a conventionally-positioned product delivery port, a cash box vault positioned adjacent the delivery port for receiving a cash box, a coin return chute positioned at an upper corner of the delivery port, and a coin changer of conventional design positioned over the delivery port and the cash box. A changer vault partially encloses the coin changer. The cash box vault (and the cash box placed therein) are relocated away from their conventional position on the non-hinged side of the main door to a location adjacent the product delivery port on the hinged side of the door, while the coin changer is relocated away from its prior art position adjacent the non-hinged side of the main door to a central location above the product delivery port and the cash box vault. An elongated coin chute connects the coin return slot with the coin inlet of the coin changer. A first section of the coin chute is in communication with the coin slot.

Abstract: A coin processing apparatus comprises a coin selecting unit for determining whether put-in coins are genuine or not and denominations of the coins determined as genuine and guiding false coins to a predetermined coin path assigned for the false coin and the genuine coins to corresponding predetermined coin paths in accordance with their denominations, a coin accommodating unit for accommodating the genuine coins selected by the coin selecting unit for the respective denominations, and a coin payment unit for paying out coins having denominations corresponding to an amount of change from the coin accommodating unit, in which the coin selecting unit, the coin accommodating unit and the coin payment unit are inseparably provided as an integrated unit within a single housing. The coin selecting unit includes a liquid collector, a discharge path and a guide groove for rapidly discharging liquid poured into a coin slot to the outside of the coin processing apparatus.

Abstract: A protective system (10) for use in a vending machine (100) to protect vulnerable parts of the machine, such as the coin changer (130) selection switches, display, harnessing and the like, located below the bill validator (120), from being damaged when liquid is introduced into the bill validator by vandals. The system (10) includes a catch pan (12), attached to the vending machine (100) below the bill validator (120) and providing a reservoir having a bottom (14) and side portions (16, 18, 24 and 26) and a drainage opening (30) and a conduit (34) for carrying the liquid to a remote area.

Abstract: A bill processor temporarily collects liquid entering the processor body through the liquid inlet and guided below a bill inlet or guided along a tilted bottom surface of the processor body in a liquid collector disposed at the bottom of a front cover which is provided with the bill inlet, and then discharges the liquid to the outside of a device to which the bill processor is mounted through a liquid guiding member connected to the liquid collector.

Abstract: A coin processing apparatus which comprises a coin selecting section for determining whether put-in coins are genuine or not and denominations of the coins determined as genuine, a coin accommodating section for accommodating the genuine coins selected by the coin selecting section, and a coin payment section for paying out coins having denominations corresponding to an amount of change from the coin accommodating section, in which the coin accommodating section is formed at the lower portion of a single housing and the coin selecting section is formed by an inner wall face of the housing having a part of the coin selecting section and by a cover having another part of the coin selecting section on its back face, the cover being adapted for covering the inner wall face of the housing, and in which a rib is formed on an upper surface of the housing, for guiding liquid fell on the upper surface of the housing to both sides of the housing and, the coin selecting section is provided with a liquid collector, a dis

Abstract: An adapter for a coin-operated machine is mounted on the front face of the machine and covers the region for receiving coins. The adapter comprises a slot on the upper portion thereof and a tortuous passageway leading to the region for receiving coins. The tortuous path comprises a first downwardly and laterally extending segment having a liquid permeable bottom wall. Preferably, a second downwardly and laterally extending segment extends beneath the first segment, the second segment having a liquid impermeable roof.

Abstract: The present invention is a moisture-detecting apparatus for bill validators and coin mechanisms used in vending machines. Vandalism by "salting" of these types of machines results in loss of product, monies, and damage to the mechanisms. Therefore the reason for the present invention. Which consist of moisture-detecting probes and the ability to instantly shut off the logic lines and power to the bill validator, stopping damage to the bill validator, power supply, and coin mechanism power side. Thereby stopping the "jack pot" rejecting effect of coins, and the free vending of products, when moisture is detected.

Abstract: A coin selector includes a horizontal coin conveying unit for forcibly conveying a coin inserted through a coin insert slit in the horizontal direction while the coin is held between an opposing pair of endless belts. The horizontal coin conveying unit is slidably arranged in a housing of the coin selector, and moreover, the space defined by the opposing pair of endless belts is enlarged by turnably opening the opposing pair of endless belt about their one end. The upstream side of the horizontal coin conveying unit is covered with a cover, and a liquid collecting portion is attached to the cover so as to allow a liquid received through the coin insert slit to be quickly discharged outside of the coin selector.

Abstract: An apparatus and method for reducing vandalism and minimizing damage from liquids injected into apertures of a vending machine is described. An anti-salting module, having a housing with an integral tray for collecting liquids, is connected beneath a bill validator in a vending machine A rubber fillet is connected to the rear of the bill validator and directs injected fluids to the tray. A moisture sensor integral to the tray is connected to detection and control circuitry. When moisture is detected, the detection and control circuitry operates to interrupt power and control signals to the bill validator. Other external sensors, such as a second moisture sensor and a continuity sensor for monitoring the status of other vending machine components, may also be connected to the detection and control circuitry. After moisture has been detected, vending machine power and control signals can be restored only when moisture is no longer present, and a SET switch is depressed by service personnel.

Abstract: A coin selector includes a horizontal coin conveying unit for forcibly conveying a coin inserted through a coin insert slit in the horizontal direction while the coin is held between an opposing pair of endless belts. The horizontal coin conveying unit is slidably arranged in a housing of the coin selector, and moreover, the space defined by the opposing pair of endless belts is enlarged by turnably opening the opposing pair of endless belt about their one end. The upstream side of the horizontal coin conveying unit is covered with a cover, and a liquid collecting portion is attached to the cover so as to allow a liquid received through the coin insert slit to be quickly discharged outside of the coin selector.

Abstract: A coin selector includes a single coin passage and a single coin rolling-down passage. The coin passage is equipped with a coin discriminating mechanism so as to discriminate whether a coin inserted through a coin insert slit is a true coin or a false coin, and moreover, discriminate the kind of the coin which has been recognized as a true coin. On the other hand, the coin rolling-down passage is equipped with a coin distributing mechanism so as to selectively distribute the true coin conveyed from the coin passage depending on the kind of each coin. Conculsively, the coin selector is contructed in a very compact configuration.

Abstract: A liquid diverting device for a currency receiver having an entrance slot for receipt of currency includes structure for diverting liquid from the entrance slot of the currency receiver. The structure includes a top wall, a bottom wall, first and second side walls, and first and second end walls. The device is disposed adjacent to the entrance slot of the currency receiver. The first side wall includes an inlet slot for receipt of currency. The second side wall includes an outlet slot for passing currency to the entrance slot of the currency receiver. The outlet slot is aligned with the entrance slot of the currency receiver. The diverting structure includes a channel interconnecting the inlet slot and the outlet slot. The channel extends between the top and bottom walls and the side walls for providing a passageway for currency through the diverting structure. The bottom wall includes a plurality of apertures for the removal from the channel of liquid.

Abstract: A liquid diverting coin chute for conveying coins from a coin slot to a remotely positioned coin receptor includes a housing having sidewalls, front and rear walls, and top and bottom walls. The housing top wall includes an aperture for receiving coins from the coin slot. The housing bottom wall includes a first aperture for delivering coins to the coin receptor and a second aperture for dispensing liquid from the housing. A screen having front and back surfaces is disposed within the housing and extends from the housing top wall aperture to the housing bottom wall first aperture. The screen further extends between the housing sidewalls for conveying coins along the front surface thereof through the housing. The screen includes a plurality of apertures for passage of liquid therethrough to the bottom wall second aperture.