Abstract: A printer includes a paper roll, a printing device, a paper cutting device, a paper output device, and a panel, which are disposed, from rear to front in sequence, on a frame. The printing device includes a printer seat on which a printer head, a paper delivering roller, and a guiding member are disposed. The guiding member forms a paper insertion gap between a guiding piece and a printer seat. The paper insertion gap can smoothly guide a front end of a paper sheet to be inserted downwards to contact with a paper delivering roller. Then, the guiding member pivots back to a positioned state. Thus, the paper sheet can be conveniently and rapidly installed. A paper guiding gap is formed between at least one guiding roller and the printer seat. The paper delivering roller can reliably pull the paper sheet to pass through a printer head for printing.

Abstract: A barcode printer includes a frame on which a paper receiving device, a printing device, a cutting device, and a paper output device are disposed. The paper receiving device receives a plurality of printing papers which is interconnected and folded in a zigzag manner. A front edge of the uppermost printing paper is inserted downward into a paper inlet passage of the printing device. A paper delivering motor moves the uppermost printing paper forward to pass through a gap between a printer and a paper delivering roller. A printer is activated to print a barcode on a lower face of the uppermost printing paper. The front edge of the uppermost printing paper is moved to pass through the cutter and the paper output roller unit. The paper delivering motor is then stopped, and a rear edge of the uppermost printing paper is cut under operation of a paper output motor.

Abstract: A printer includes a paper roll, a printing device, a paper cutting device, a paper output device, and a panel, which are disposed, from rear to front in sequence, on a frame. The printing device includes a printer seat on which a printer head, a paper delivering roller, and a guiding member are disposed. The guiding member forms a paper insertion gap between a guiding piece and a printer seat. The paper insertion gap can smoothly guide a front end of a paper sheet to be inserted downwards to contact with a paper delivering roller. Then, the guiding member pivots back to a positioned state. Thus, the paper sheet can be conveniently and rapidly installed. A paper guiding gap is formed between at least one guiding roller and the printer seat. The paper delivering roller can reliably pull the paper sheet to pass through a printer head for printing.

Abstract: A barcode printer includes a frame on which a paper receiving device, a printing device, a cutting device, and a paper output device are disposed. The paper receiving device receives a plurality of printing papers which is interconnected and folded in a zigzag manner. A front edge of the uppermost printing paper is inserted downward into a paper inlet passage of the printing device. A paper delivering motor moves the uppermost printing paper forward to pass through a gap between a printer and a paper delivering roller. A printer is activated to print a barcode on a lower face of the uppermost printing paper. The front edge of the uppermost printing paper is moved to pass through the cutter and the paper output roller unit. The paper delivering motor is then stopped, and a rear edge of the uppermost printing paper is cut under operation of a paper output motor.

Abstract: A counterfeit paper currency detector with a barcode reading function includes a casing unit receiving a delivering device, a driving device, a paper currency detection device, and a barcode reading device. The delivering device includes a passageway between an upper base and a lower base. The driving device drives a paper currency or a barcode sheet to pass through the passageway. When a paper currency passes through the passageway, a plurality of first paper currency detection units and a plurality of second paper currency detection units of the paper currency detection device examine whether the paper currency is genuine. When a barcode sheet passes through the passageway, a first reading module or a second reading module of the barcode reading device reads widths and spaces of a plurality of bars on the barcode sheet.

Abstract: An induction card managing device for a gaming machine includes a housing unit having a front housing, a connection seat, and a rear housing. The front housing includes a top side having a card slot. Two guiding plates extend forwards from the connection seat into the front housing and form a card passage therebetween. An induction card can be inserted downwards through the card slot into the card passage and is positioned by a bottom plate between the two guiding plates. The control device is mounted in the housing unit and includes a controller, a sensor, a display, and an inputting device. The display and the inputting device are received in a through-slot and openings in the front housing, respectively. The sensor is received in the rear chamber, is aligned with the card passage of the connection seat, and can proceed with reading/writing on the induction card.

Abstract: A card managing device for a gaming machine includes a housing unit having front and rear housings. The front housing includes a surface having first and second hollow portions and a card slot. The front housing further includes a card passage defined between upper and lower stop plates extending rearwards from upper and lower sides of the card slot, respectively. A control device is mounted in the housing unit and includes a controller, a reader/writer, a sensor, a display, and an inputting device. The reader/writer includes a read/write circuit board disposed on the upper stop plate and a read/write head mounted to the read/write circuit board and aligned with the card passage. The sensor is located on an upper side of the upper stop plate distant from the lower stop plate. The display and the inputting device are exposed via the first and second hollow portions, respectively.

Abstract: An induction card managing device for a gaming machine includes a housing unit having a front housing, a connection seat, and a rear housing. The front housing includes a top side having a card slot. Two guiding plates extend forwards from the connection seat into the front housing and form a card passage therebetween. An induction card can be inserted downwards through the card slot into the card passage and is positioned by a bottom plate between the two guiding plates. The control device is mounted in the housing unit and includes a controller, a sensor, a display, and an inputting device. The display and the inputting device are received in a through-slot and openings in the front housing, respectively. The sensor is received in the rear chamber, is aligned with the card passage of the connection seat, and can proceed with reading/writing on the induction card.

Abstract: A stored-value card machine includes a card output device including a body unit and a read/write device. The body unit includes a body and a transmission device mounted in the body. The body includes a card outlet in a front end thereof and a card inlet in a rear end thereof. The body further includes a card passageway having two ends intercommunicating with the card outlet and the card inlet, respectively. The transmission device includes two front transmission wheels and two rear transmission wheels located at the two ends of the passageway, respectively. The read/write device is mounted above an intermediate portion of the card passageway. The read/write device includes a read/write seat, a reader/writer mounted in the read/write seat, and a driver mounted in the read/write seat. The driver is configured to move the reader/writer downwards into the card passageway or upwards out of the card passageway.

Abstract: A straightforward cash dispenser includes a body unit having a body and a cash box mounted on top of the body. The body includes a front side having an exit slot. A bill conveying device is mounted in the body. A bill counting device is mounted inside the body and adjacent to an inner side of the body. The bill counting device is configured to convey a bill inside the body into the bill conveying device in a widthwise direction of the bill and in a lateral direction of the body. The bill conveying device is configured to output the bill via the exit slot in a lengthwise direction of the bill.

Abstract: A counterfeit paper currency detector includes a casing receiving a delivering device, a driving device, and a paper currency detection device. The casing includes a paper currency inlet at an end thereof and a paper currency outlet at another end thereof and aligned with the paper currency inlet. The delivering device includes a delivering body having two ends intercommunicating with the paper currency inlet and the paper currency outlet, respectively. The driving device is mounted at upper and lower sides of the delivering body and is configured to drive a bill inputted via the paper currency inlet to move through the delivering body and then exit the paper currency outlet. The paper currency detection device is mounted to a rear end of the delivering device and is configured to examine whether the bill passing through the delivering body is a counterfeit bill.

Abstract: A toothed wheel operated adjusting device for card stacking machines, in particular an adjusting device adapted for telephone cards and the like, including a receiving body, a conveyance device, and a press plate. The receiving body has a main frame and a support seat. The components of the conveyance device are disposed between the main frame and the support seat. The adjusting device has a securing plate formed by directly bending an upper portion of the main frame at an angle of 90 degrees, and a movable adjusting plate at a lower portion thereof. The movable adjusting plate has guide track plates at both sides thereof movably inserted into corresponding guide tracks at both sides of the support seat. The upper surface of the movable adjusting plate is provided with four guide posts fitted with stop springs respectively. An upper end portion of each guide post extends into a corresponding hollow guide hole of the securing seat.

Abstract: A card stacking and conveyance structure adapted for use in automatic card vending machines such as telephone card vending machines, including a securing seat, a conveyance device, and a press plate. Cards are disposed in a receiving space of the securing seat. The cards will actuate a switch to connect the relevant circuit elements. When a control circuit board receives a card discharge signal, it will actuate a motor which rotates a gear set to bring a roller set into operation. A card will then slide forwardly and gradually pass through a clearance between a front cover plate and a bottom cover plate due to the action of a first roller and a second roller, and then pass through a seam between a third roller and a fourth roller to a card slot of the vending machine.

Abstract: A card output clearance adjusting device for card stacking machines, in particular a clearance adjusting device adapted for telephone cards and the like, including a receiving body, a conveyance device, and a press plate. The receiving body has a main frame and a support seat. The components of the conveyance device are disposed between the main frame and the support seat. The adjusting device has a securing plate formed by directly bending an upper portion of the main frame at an angle of 90 degrees, and a movable adjusting plate at a lower portion thereof The movable adjusting plate has guide track plates at both sides thereof movably inserted into corresponding guide tracks at both sides of the support seat. The upper surface of the movable adjusting plate is provided with four guide posts fitted with stop springs respectively. An upper end portion of each guide post extends into a corresponding hollow guide hole of the securing seat.

Abstract: A paper money exchanger of the type which comprises a housing which defines three receiving chambers for installing a paper money container, a circuit controlling device, a coins container, a coin guiding slot and a discharger is provided. The paper money collector fixedly attached to a moveable cover which is limited by a limiting tab for opening it within 90 degrees for maintenance and repair. The circuit controlling device, the coins container, the coin guiding slot and the coin discharger are moveably interconnected with a plurality of guiding rails, the stopping plates and threaded holes disposed within those three receiving chambers by a plurality of guiding rails, the stopping plates and threaded holes. A paper money exchanger can be readily configured by assembling those components.