Abstract: A touch panel module includes a frame unit and a touch panel unit. The frame unit includes a hollow frame body. The hollow frame body has a receiving space concaved downwardly from the top side thereof, a surrounding positioning portion formed on an inner bottom surface thereof, and an inner ladder structure formed on an inner surrounding peripheral surface thereof. The touch panel unit includes a transparent substrate received in the receiving space and disposed on the surrounding positioning portion by a plurality of adhesive elements and a transparent conductive film received in the receiving space and disposed on the transparent substrate. Therefore, the touch panel unit can naturally aim at the center position inside the hollow frame body due to the design of the inner ladder structure of the hollow frame body.

Abstract: A display supporting device comprises a supporting sleeve, a pivotable head, a first fastener, a second fastener, and a third fastener. The supporting sleeve has a circular hollow cross-section and a penetrating hole on the side wall thereof The pivotable head has a head portion and a neck portion. The neck portion has two stopping sections and is adapted to rotatably couple the supporting sleeve to enable lateral angle adjustment. The first fastener is arranged in the pivotable head for coupling a display unit. The second fastener has an attaching hole correspondingly aligns the penetrating hole, enabling horizontal rotation of the pivotable head about the second fastener. The third fastener passes through the penetrating hole of the supporting sleeve and the attaching hole of the second fastener. The horizontal rotation of the pivotable head is restricted through the contact between the stopping sections thereof and the third fastener.

Abstract: A telephone device capable of sensing a radio frequency identification (RFID) tag includes: a control module, a display unit, and a handset unit. The control module has a database and a processor electrically connected to the database. The display unit is electrically connected to the processor of the control module. The handset unit has a housing, a telephone module, a radio frequency identification reader, a switch, and a transmitter, wherein the telephone module, the radio frequency identification reader, the switch and the transmitter are disposed in the housing. The telephone module has a listening component and a speaking component. The radio frequency identification reader has a signal transceiver. The switch is selectivity conducting to the telephone module or the radio frequency identification reader. The transmitter is electrically connecting to the processor of the control module and the switch. Thus, the telephone device has radio frequency identification and communicating functions.

Abstract: A telephone device having barcode scanning capability includes: a control module, a display unit, and a handset. The control module has a database and a processor electrically connected to the database. The display unit is electrically connected to the processor of the control module. The handset unit has a housing, a telephone module, a scanner, a switch, and a transmitter module, wherein the telephone module, the scanner, the switch and the transmitter module are disposed in the housing. The housing has a scanning port formed thereof. The telephone module has a listening component and a speaking component. The scanner has an optical reading unit corresponding to the scanning port of the housing. The switch is selectivity conducting to the telephone module or the scanner. The transmitter module is electrically connecting to the processor of the control module and the switch. Thus, the telephone device has scanning and communicating functions.

Abstract: The instant disclosure relates to a television signal receiver having signal switching capability between the High-Definition Multimedia Interface (HDMI) and the Digital Visual Interface (DVI) signal. In particular, a television signal receiver using a mechanical signal selection unit to switch between the HDMI and DVI connectors, for receiving matching input digital signal, is disclosed.

Abstract: A display device is provided. The display device comprises a screen body and two swipe card readers. The screen body has a front surface and a rear surface and comprises at least one display screen unit. The two swipe card readers are separately disposed on the front and the rear surface of the screen body and electrically connected to the at least one display screen unit.

Abstract: A touch panel is provided. The touch panel comprises a frame, a touch pad module, a pad and a film. The frame has a compartment for receiving the touch pad module. The pad is disposed between the frame and the touch pad module in the compartment. Wherein, the frame, the touch pad module and the pad substantially at the same horizontals so that the film can be stacked onto the frame, the pad and the touch pad module flatly.

Abstract: A point-of-sale terminal includes an outer housing, an inner box unit, and a computing hardware unit disposed in the inner box unit. The inner box unit is disposed in the outer housing, confines a receiving space, and includes a box body and a box cover. The box body defines a box opening for access to the receiving space, and includes two lateral plates, each of which is provided with a respective first engaging part. The box cover includes a top plate having two lateral edges, each of which is provided with a respective second engaging part that engages a corresponding first engaging part to interconnect the box body and the box cover such that the box cover is pivotable relative to the box body between a closed position, where the box cover closes the box opening, and an opened position, where the box cover uncovers the box opening.