Abstract: An e-book read apparatus has a screen, a storage unit, a processing module and a layout tool. The storage saves at least one e-book having a plurality of chapters and sections, and pages. The processing is coupled to the storage unit for showing the e-book on the screen for responsing a read request. In addition, the layout is installed in the processing module or the storage unit for re-typeset the e-book for responsing a re-layout request.

Abstract: A read apparatus provided by the present invention has a screen, a storage unit and a processing module. The storage unit saves at least one e-book having a plurality of pages. Wherein, the processing module is coupled to the screen and storage unit. Therefore, the processing module can display the e-book on the screen, so as to responde a read request. Meanwhile, when the word size of the e-book has been adjusted, the processing module maintains original contents corresponding to each of pages in e-book for responding a browse request.

Abstract: An auto-function port located within a host computing machine or an external peripheral device, wherein the auto-function port is identified by the host computing machine through a unique product and vendor identification associated with an internal USB hub controller, thereby allowing for execution of an automated function by the host computing machine upon connection of a USB device with the auto-function port depending on the software configuration of the host computing machine and the type of USB device.

Abstract: The present invention relates to a Universal Serial Bus On-The-Go apparatus, which comprises: a USB OTG controller; at least one port switching device, coupled to said USB OTG controller for switching a host role or a slave role connected to it, respectively; a first receptacle, coupled to said port switching device for connecting to a first USB device; a second receptacle, coupled to said switching device for connecting to a second USB device; and a state machine logic, coupled to said USB OTG controller for selectively enabling said port switching device by a pre-determined priority and sensing plug-in activity to said first receptacle or second receptacle.

Abstract: The present invention relates to a memory card reader which has a eject button; an electrical switch which senses when the eject button is in an inactive rest position. When a memory card is inserted through an aperture in the front bezel it sits at a depth to ensure the rear face of the memory card is at least flush with the bezel surface. The memory card acts on a second electrical switch contact to indicate when it is fully seated. Sensing the state of both switches allows the condition of a) the card being fully seated and b) that there is no card movement, to be detected. To eject the memory card the user must use the eject button which acts on an eject lever to push the card outwards through the aperture in the front bezel. The present invention also relates to a method for safely reading from and writing to a memory card reader device.

Abstract: The present invention relates to a memory card reader has an eject button; the eject button inactive rest position is sensed by an electrical switch. When a memory card is inserted through an aperture in a front bezel it seats at a depth to ensure the rear face of the memory card is at least flush with the bezel surface. The memory card acts on a second electrical switch contact to indicate when it is fully seated. Sensing the state of both switches allows the condition of: a) the card being fully seated and b) that there is no card movement, to be detected. To eject the memory card the user must use the eject button which acts on an eject lever to push the card outwards through the aperture in the front bezel. The present invention also relates to a method for safely reading and writing a memory card reader device.

Abstract: Apparatus and methods for consumer friendly, automatically configuring, computer resource enabling, under the control of a flash card reader. Computer processes can be triggered simply by the consumer pressing a button or the occurrence of some physical real-world action. The computer processes are either inherent and fixed in the memory card reader device or they are configured when the reader is connected to a computer for the first time and it discovers the available resources. The inventive way in which the reader launches computer processes, which perform functions such as data archival, editing, printing, send by email, post to web, purchasing of services, encryption, decryption are launched, by a reader device, results in a much simplified consumer interface.

Abstract: A portable data storage device (1), sometimes referred to as a “pen drive”, “thumb drive” or “USB key-ring storage”, attaching securely to a key-ring (2) while carried by the user, or attaching securely to a computer-tethered security cable (5), such as that described in U.S. Pat. No. 6,305,197, when left unattended to deter theft. The portable storage device attaches to a security cable (5) without the need to unlock said security cable's lock (17). A physical key device (3) or (alpha) numeric key number for a combination lock (4) is used to release the portable storage device from the computer tethered security cable (5) or key-ring (2).

Abstract: A PC (PCMCIA) card is constructed to include a jacket formed of a plastic bottom cover shell and a plastic top cover shell and defining a receiving chamber, the top cover shell and the bottom cover shell each having a plurality of locating grooves symmetrically disposed at two sides, and an interface adapter mounted inside the receiving chamber, the interface adapter including a circuit board and two connectors at two sides of the circuit board, the connectors each having a plurality of locating rods disposed at two sides and respectively engaged into the locating grooves of the jacket.

Abstract: A PC (PCMCIA) card is constructed to include a jacket formed of a plastic bottom cover shell and a plastic top cover shell and defining a receiving chamber, the top cover shell and the bottom cover shell each having a plurality of locating grooves symmetrically disposed at two sides, and an interface adapter mounted inside the receiving chamber, the interface adapter including a circuit board and two connectors at two sides of the circuit board, the connectors each having a plurality of locating rods disposed at two sides and respectively engaged into the locating grooves of the jacket.

Abstract: A for memory cards comprises a base part and four guide piece sections. The base part is an integrated casing made by way of injection molding and provides a longitudinal spacing wall and two transverse partitions between an upper wall and a lower wall and between two lateral walls of a rear wall thereof respectively based on the width and the height of each of different types memory cards such that the front side thereof is formed with four slot sockets. Each of the slot sockets is provided with a plurality of grooves or engaging recesses corresponding to the number of signal terminals on the respective memory card. The guide piece sections are corresponding to the slot sockets respectively and each of the guide piece sections is located in and fixed to the corresponding one of the slot sockets and is composed of metal guide pieces corresponding to the number of the grooves and the engaging recesses. The metal guide pieces are bent and inserted into the grooves and the engaging recesses.