Abocom Systems, Inc.

Eric Oh-Yang

Jui-Chang Chen

Chien-Kuo Chang

Richard Chen

The present invention includes a housing for carrying the components or circuits. The housing include a first part that is located in the slot when the present invention is inserted into the computer. The second part of the housing extends outside the slot of the computer. A wireless transmission module is set in the second part for transmitting the signal. A SIM is set also in the second part of the housing. A hot swapping protector is located in the first part of the housing and electrically coupled to the SIM for protection. A card reader is connected to the hot swapping protector and a power control module is connected to the card reader, the hot swapping protector for providing the power.

Wireless computer peripheral interface with the capability of identification

A dual-purpose connector assembly includes a stand, a first electrical connector, an electrical cable and a second electrical connector. The stand has a base adapted to be placed on a table surface, and a prop formed with a first cable passage that extends along a vertical axis. The base has a surrounding wall, and is formed with a second cable passage that extends from the first cable passage to the surrounding wall. The first electrical connector is mounted on the prop and is adapted to connect electrically with the peripheral device. The electrical cable has a first end connected to the first electrical connector, and a second end opposite to the first end, and extends through the first and second cable passages. The second electrical connector is connected to the electrical cable and is adapted to connect electrically with an electronic device.

Dual-purpose connector assembly

A PC card having automated Drag and Sleep function is equipped with Drag and Sleep control circuit to connect to the controller of the PC card, a connector unit and the other devices. As the connection of the connector unit to the external system (the external networks or devices) is cut off, the Drag and Sleep control circuit generates and transmits interrupt-signal to the controller to enable the PC card to get into sleep state; when the disconnected connector unit is once again connected to the external system (such as the external networks or devices), the Drag and Sleep control circuit generates and transmits interrupt-signal to the controller to enable the PC card to resume normal state, thus the PC card can effectively save energy because it can greatly lower the electric current consumption under the sleep state.

Growing community of inventors

Miao-Lih Hsuan, Taiwan

Eric Oh-Yang