Abstract: A system for processing transactions, having at least one mobile device having a housing having a processor, and a Wi-Fi Communication module disposed therein; a base station having a base station housing, wherein the base station housing houses an embedded system including a processor; and a Wi-Fi communication module configured to communicate with the Wi-Fi communication module of the at least one mobile device; a support stand configured to support the at least one mobile device, wherein the support stand comprises at least one arm having an adjustable position and configured to move to adjust the size of the support stand based on a size of the at least one mobile device; and at least one peripheral device connected to the base station.

Abstract: A system having a base station having a first Wi-Fi transportation, and a mobile device having a second Wi-Fi transportation Application, a peripheral device configured to communicate with the base station and the mobile device, the peripheral device having a third Wi-Fi transportation application, wherein the first Wi-Fi transportation application prevents the base station from communicating with the peripheral device and the second Wi-Fi transportation application prevents the mobile device from communicating with the peripheral device unless the third Wi-Fi transportation application has been authenticated by the first and second Wi-Fi transportation applications, and wherein the third Wi-Fi transportation application prevents the peripheral device from communicating with the base station and the mobile device unless the first and second Wi-Fi transportation applications have been authenticated by the third Wi-Fi transportation application.

Abstract: A system for processing transactions, having a base station having a processor, a storage device configured to store a payment module, downloaded from a module provider, a Wi-Fi communication module, and a terminal management system configured to control the processor, storage device and the Wi-Fi communication module; and at least one mobile device having a processor, a payment user interface configured to allow a user to perform payment transactions with the payment module, a Point of Sale (POS) module configured to perform Point of Sale operations, and a Wi-Fi Communication module, wherein the terminal management system is configured to authenticate a payment module being downloaded and to cause the processor of the base station to prevent the payment module from being installed on the storage device if the payment module is not authenticated by the terminal management system.

Abstract: A system for processing transactions, having at least one mobile device having a housing having a processor, and a Wi-Fi Communication module disposed therein; a base station having a base station housing, wherein the base station housing houses an embedded system including a processor; and a Wi-Fi communication module configured to communicate with the Wi-Fi communication module of the at least one mobile device; a support stand configured to support the at least one mobile device, wherein the support stand comprises at least one arm having an adjustable position and configured to move to adjust the size of the support stand based on a size of the at least one mobile device; and at least one peripheral device connected to the base station.

Abstract: A system having a base station having a Wi-Fi communication module, a first Wi-Fi transportation application that controls the Wi-Fi communication module; and a mobile device having a Point of Sale (POS) module configured to perform Point of Sale operations, a Wi-Fi Communication module, a second Wi-Fi transportation authority that controls the POS module, and the Wi-Fi communications module; wherein the first Wi-Fi transportation application prevents the base station from communicating with the mobile device unless the second Wi-Fi transportation application has been authenticated by the first Wi-Fi transportation application; and wherein the second Wi-Fi transportation application prevents the mobile device from communicating with base station unless the first Wi-Fi transportation application has been authenticated by the second Wi-Fi transportation application.

Abstract: A system having a base station having a Wi-Fi communication module, a first Wi-Fi transportation application that controls the Wi-Fi communication module; and a mobile device having a Point of Sale (POS) module configured to perform Point of Sale operations, a Wi-Fi Communication module, a second Wi-Fi transportation authority that controls the POS module, and the Wi-Fi communications module; wherein the first Wi-Fi transportation application prevents the base station from communicating with the mobile device unless the second Wi-Fi transportation application has been authenticated by the first Wi-Fi transportation application; and wherein the second Wi-Fi transportation application prevents the mobile device from communicating with base station unless the first Wi-Fi transportation application has been authenticated by the second Wi-Fi transportation application.

Abstract: The present invention provides an application specific Internet system (ASIS) comprising one or multiple specific application Internet servers and multiple application specific Internet device (ASID) for specific applications comprising a network interface chip being connected to an Internet server, wherein the network Internet chip being connected to a microprocessor at the same time for handling general protocols and managing control commands and bi-directional data transmission required by particular applications between the server, whereby the display and control module can show and browse the messages, audio input/output module can play music, encode and decode voice, program memory stores firmware, data memory temporarily stores music, voice and display data, non-volatile memory stores data in no power circumstances, and further comprising a power supply unit (or battery set) which provides each hardware component with required operational power.

Abstract: An integral USB MODEM/USB LAN card peripheral comprises a first connector connected to a computer; a second connector connected to a telephone line; a third connector connected to LAN; a USB controller used to collect and dispatch internet data; wherein the USB controller has a micro-controller connected to a first memory, and a USB SIE (serial bus interface engine) connected between the first connector and the micro-controller. The micro-controller is connected to a MODEM module and an ether network media access controller through an internal bus, wherein the MODEM module is connected to the second connector for accessing Internet; and the ether network media access controller connected to the third connector through a physical layer for accessing LAN. Therefore, the present invention enables a computer to access LAN and Internet simultaneously; and the remote users to share compute resource with other users.

Abstract: The present invention discloses a network scan control apparatus connected to a server computer of a network through a computer interface for transmitting, in a push model, an image scan data obtained by an image scanner to a client computer on the network. The network scan control apparatus comprises a computer interface controller and a user interface connected to the computer interface controller. The user interface is provided with an input/output device for inputting instructions and data and displaying messages. The network scan control apparatus further comprises a scan area select mechanism connected to the computer interface controller for selecting an area of a document to be scanned. The present invention enables sharing of an image scanner on a network and enhances resource utilization of the image scanner.