Abstract: A light-emitting mounting structure for valuable document acceptor includes a main unit defining a front opening and a bill passage, LEDs mounted in the main unit and respectively arranged at opposing top and bottom sides relative to the front opening, a face panel mounted at the front side of the main unit and defining a bill insertion slot having a diverging front open side for the insertion of a valuable document into the bill passage, light diffuser panels respectively mounted in the face panel for diffusing light toward the diverging front open side of the bill insertion slot, and a light guide plate mounted in the face panel and adapted to guide emitted light from the LEDs toward the light diffuser panels. This design allows adjustment of the amount of installed LEDs and their installation locations.

Abstract: A foreign object detecting apparatus in bill passageway includes a laser light source, a first light detector and a second light detector. The laser light source is arranged in a first lateral side to emit a coherent laser beam toward a second lateral side. The first light detector is arranged in the second lateral side to receive the coherent laser beam and to measure the intensity of the coherent laser beam. The second light detector is arranged in one of a top side and a bottom side, wherein when a foreign object is presence in the bill passageway, the intensity of the coherent laser beam received by the first light detector is decreased by the blocking of the foreign object, and at least a portion of the coherent laser beam which is reflected, refracted, diffracted or scattered by the foreign object is received by the second light detector.

Abstract: A bill box for use in a bill acceptor having a RFID read/write module and adapted for receiving bills from the bill acceptor is disclosed to include a housing having a bracket provided with locating grooves, bottom plates, stop plates, finger slot and stop grooves and suspending therein and dividing the internal space of the housing into a bill storage chamber and a partition chamber, and a memory carrier provided with stop blocks, retaining lugs, springy retainer and stop strips for quick mounting in the bracket in a detachable manner and carrying a wireless memory device for recording bill storage data by the wireless read/write module of the bill acceptor wirelessly for quick data check.

Abstract: A bill box for use in a bill acceptor having a RFID read/write module and adapted for receiving bills from the bill acceptor is disclosed to include a housing having a bracket provided with locating grooves, bottom plates, stop plates, finger slot and stop grooves and suspending therein and dividing the internal space of the housing into a bill storage chamber and a partition chamber, and a memory carrier provided with stop blocks, retaining lugs, springy retainer and stop strips for quick mounting in the bracket in a detachable manner and carrying a wireless memory device for recording bill storage data by the wireless read/write module of the bill acceptor wirelessly for quick data check.

Abstract: A bill acceptor includes a bill acceptor main unit having a bill insertion slot, a bill transfer mechanism for transferring each inserted bill through a bill passage to a bill outlet, a bill recognition unit for recognizing the authenticity and value of each inserted bill and a bill pusher for pushing each inserted bill out of the bill outlet, and a bill box having a front opening facing the bill pusher, two elongated stop members disposed at two opposite lateral sides of the front opening in a parallel manner, a bill-receiving bearing board supported on spring members inside the box body of the bill acceptor for receiving each bill that is pushed away from the bill outlet into the bill box and a baffle pivotally mounted in the box body at the top side of front opening adjacent to the bill outlet and biasable for letting each inserted bill be pushed by the bill pusher out of the bill outlet onto the bill-receiving bearing board and reversible to hold down each received bill on the bill-receiving bearing board

Abstract: A bill box for use in a bill acceptor having a RFID read/write module and adapted for receiving bills from the bill acceptor is disclosed to include a housing having a bill inlet, a bill storage chamber and a top bracket with a mounting chamber, and a memory carrier frame mounted in the mounting chamber of the bracket and carrying a RFID memory for recording bill storage data by the wireless read/write module of the bill acceptor wirelessly for quick bill storage check.

Abstract: A foreign object detecting apparatus in bill passageway includes a laser light source, a first light detector and a second light detector. The laser light source is arranged in a first lateral side to emit a coherent laser beam toward a second lateral side. The first light detector is arranged in the second lateral side to receive the coherent laser beam and to measure the intensity of the coherent laser beam. The second light detector is arranged in one of a top side and a bottom side, wherein when a foreign object is presence in the bill passageway, the intensity of the coherent laser beam received by the first light detector is decreased by the blocking of the foreign object, and at least a portion of the coherent laser beam which is reflected, refracted, diffracted or scattered by the foreign object is received by the second light detector.

Abstract: A bill acceptor includes a main body attached with a bill box at the back side, a transmission mechanism for carrying a bill or license into a passage in the main body for examination by a recognition unit inside the main body and returning the rejected bill or examined license and carrying the examined bill to the bill box, and a face panel, which is fastened to the front side of the main body and has an insertion slot for the insertion of a bill/license into the passage and a finger guide portion disposed at one lateral side of the insertion slot for the insertion of a finger to bias a jammed license out of the insertion slot.

Abstract: A bill acceptor includes a housing defining an insertion slot and a passage extending from said insertion slot, a transmission mechanism for delivering each inserted bill/license from the insertion slot to the passage and then to a bill box been attached to the housing, a gate controllable to open/close the insertion slot, an solenoid valve controllable to move the gate between the close position and the open position, a first media sensor disposed at a front side relative to the gate for driving the solenoid valve to open the gate upon detection of the insertion of a bill/license into the insertion slot, and a second media sensor disposed at a rear side relative to the gate and adapted for driving the solenoid valve to close the gate after the delivery of an inserted bill/license to the passage by the transmission mechanism.

Abstract: A bill acceptor includes a main body attached with a bill box at the back side, a transmission mechanism for carrying a bill or license into a passage in the main body for examination by a recognition unit inside the main body and returning the rejected bill or examined license and carrying the examined bill to the bill box, and a face panel, which is fastened to the front side of the main body and has an insertion slot for the insertion of a bill/license into the passage and a finger guide portion disposed at one lateral side of the insertion slot for the insertion of a finger to bias a jammed license out of the insertion slot.

Abstract: A bill acceptor in which a bill box has a baffle pivoted to the box body thereof at one side of a bill entrance of the box body and torsional springs bilaterally coupled between the baffle and the box body to bias the baffle toward a spring-supported bill-receiving bearing board inside the bill box so that the baffle allows a inserted bill to be moved onto the bill-receiving bearing board by a bill-pressing device in a bill acceptor main unit of the bill acceptor and immediately holds the bill positively on the bill-receiving bearing board after retrieval of the bill-pressing device.

Abstract: A memory card is provided. The memory card comprises a substrate, a plurality of electronic package devices, a molding compound and a plastic forming material. The substrate has at least a plurality of outer contacts and a plurality of inner contacts and the outer contacts are electrically connected to the inner contacts. The electronic package devices are located on the substrate and the electronic package devices electrically connect to the inner contacts, respectively. The molding compound is covering the electronic package devices and the corresponding inner contacts. The plastic forming material is covering the molding compound and the substrate, and the plastic forming material exposes the outer contacts.

Abstract: A bill acceptor in which a detector unit that detects the authenticity of a inserted bill is formed of a bottom detector member and a top detector member, each detector member having a plurality of detection through holes for the passing of a detection signal and a light permeable division plate detachably fastened to the respective detector member to protect the detection through holes against outside moisture.

Abstract: A memory card structure comprising a substrate, a plurality of memory chips, some package material and an ultra-thin plastic shell is provided. To fabricate the memory card, a substrate having a first surface and a second surface is provided. The first surface has a plurality of outer contacts and the second surface has at least a cavity. There is a plurality of inner contacts around the cavity. Furthermore, the outer contacts and the inner contacts are electrically connected to each other. The memory chips are stacked up inside the cavity and electrically connected to the inner contacts of the substrate. Then, the memory chips and the inner contacts are encapsulated using the molding compound. Thereafter, the ultra-thin plastic shell is placed over the second surface and attached to the substrate. That portion of the ultra-thin plastic shell covering the memory chips has a thickness of about 0.1˜0.15 mm.

Abstract: A memory card structure comprising a substrate, a plurality of memory chips, some molding compound and an ultra-thin plastic shell is provided. To fabricate the memory card, a substrate having a first surface and a second surface is provided. The first surface has a plurality of outer contacts and the second surface has a cavity and a plurality of inner contacts around the cavity. The outer contacts and the inner contacts are electrically connected to each other. The memory chips are stacked up in the same area inside the cavity. Furthermore, the memory chips are electrically connected to the inner contacts. Then, the memory chips and the inner contacts are encapsulated. Thereafter, the ultra-thin plastic shell is placed over the second surface and attached to the substrate. That portion of the ultra-thin plastic shell covering the memory chips has a thickness of about 0.1˜0.4 mm.

Abstract: A bill cabinet used in an automatic vending machine for collecting bills is disclosed to include a bill receiver for receiving inserted bills and a cabinet body for collecting received bills, the cabinet body having a receiving open chamber, a bill entrance, a bearing board suspending in the receiving open chamber and movable forwards/backwards between the bill entrance and the bottom side of the receiving open chamber far from the bill entrance, spring members supporting the bearing board in the receiving open chamber, and two elastically deformable spring strips symmetrically and detachably provided at two sides in the bill entrance and defining a gate for allowing movement of the pressure board in and out of the bill entrance to carry the received bill to the bearing board and to let the received bill be further stopped between the bearing board and the spring strips after return of the pressure board to the bill receiver through the bill entrance.

Abstract: A memory card structure comprising a substrate, a plurality of memory chips, some package material and an ultra-thin plastic shell is provided. To fabricate the memory card, a substrate having a first surface and a second surface is provided. The first surface has a plurality of outer contacts and the second surface has at least a cavity. There is a plurality of inner contacts around the cavity. Furthermore, the outer contacts and the inner contacts are electrically connected to each other. The memory chips are stacked up inside the cavity and electrically connected to the inner contacts of the substrate. Then, the memory chips and the inner contacts are encapsulated using the molding compound. Thereafter, the ultra-thin plastic shell is placed over the second surface and attached to the substrate. That portion of the ultra-thin plastic shell covering the memory chips has a thickness of about 0.1˜0.15 mm.

Abstract: A memory card structure comprising a substrate, a plurality of memory chips, some molding compound and an ultra-thin plastic shell is provided. To fabricate the memory card, a substrate having a first surface and a second surface is provided. The first surface has a plurality of outer contacts and the second surface has a cavity and a plurality of inner contacts around the cavity. The outer contacts and the inner contacts are electrically connected to each other. The memory chips are stacked up in the same area inside the cavity. Furthermore, the memory chips are electrically connected to the inner contacts. Then, the memory chips and the inner contacts are encapsulated. Thereafter, the ultra-thin plastic shell is placed over the second surface and attached to the substrate. That portion of the ultra-thin plastic shell covering the memory chips has a thickness of about 0.1˜0.4 mm.

Abstract: A memory card. The memory card comprises a substrate, a plurality of electronic package devices, a molding compound and a plastic forming material. The substrate has at least a plurality of outer contacts and a plurality of inner contacts and the outer contacts are electively connected to the inner contacts. The electronic package devices are located on the substrate and the electronic package devices electively connect to the inner contacts, respectively. The molding compound is covering the electronic package devices and the corresponding inner contacts. The plastic forming material is covering the molding compound and the substrate, and the plastic forming material exposes the outer contacts.