Dell Products Inc.

Other

Unisys Corporation

Convergent Technologies, Inc.

David Systems, Inc.

George W Harris, Jr

Shari J Nolan

Jeffery S Nespor

Thomas L Mehl, Sr

Alan Ray Merrell

Jerry Parker Lane

James W Frandeen

Richard A Lagueux, Jr

Everett E Groff

Norman S Dancer

Nardo Zaias

Jeffrey J Krause

Michael G Panas

Gregory Scott Triplett

Jeffrey S Nespor

Maurilio T DeNicolo

Mario Mazzolo

James M Dougherty

Luca Kafiero

A storage domain management system supports storage domains. The storage server includes a plurality of communication interfaces. A first set of communication interfaces in the plurality is adapted for connection to all kinds of users of data. A second set of communication interfaces in the plurality is adapted for connection to respective devices in a pool of storage devices for use in a storage domain. Data processing resources in the server are coupled to the plurality of communication interfaces for transferring data among the interfaces. The data processing resources comprise a plurality of driver modules and configurable logic linking driver modules into data paths. Each configured data path acts as a virtual circuit that includes a set of driver modules selected from the plurality of driver modules. A data storage transaction which is received at a communication interface is mapped to one of the configured data paths. A display and a user input device are included with data processing structures to manage images displayed on the display.

Method for configuration and management of storage resources in a storage network

A memory system with non-volatile integrated circuit memory devices including an interface for a high speed bus is described, supporting continuous writes at the bus speed, without the possibility of buffer overrun during most conditions. The system comprises an memory bus, an system buffer, an array of non-volatile storage units, such as flash memory devices, and an interconnect system supporting data transfer among the components. The array includes sets and subsets of non-volatile storage units, referred to herein for convenience as platters having multiple banks, banks having multiple columns, and columns having multiple storage units. The storage units comprises integrated circuit memory having page buffers, with input ports. In one example, the array includes two platters, eight banks per platter, four columns per bank, and eight storage units per column, for a total of 256 storage units. The system buffer includes at least the same number of stores as columns in each bank. The stores comprise FIFOs with from one to sixteen cycles deep. A triple nested loop is used to manage continuos transfer of data from the high speed bus into the much slower non-volatile integrated circuit memory.

High speed bus interface for non-volatile integrated circuit memory supporting continuous transfer

A storage server comprising: a processing unit, a bus system coupled with the processing unit, including a plurality of slots, slots in the plurality of slots including interfaces to respective data stores; a communication interface; and an operating system coupled with the processing unit the operating system including: logic controlling transfers among the plurality of slots over the bus system according to an internal format, logic for translating a storage transaction received over the communication interface into the internal format, and logic for configuring the plurality of slots according to a configuration data.

Storage server system including ranking of data source

An apparatus is described, comprising a plurality of banks, each bank having a number of columns of non-volatile storage units, each non-volatile storage unit having an input buffer for storing a page of data, the page having an input coupled to the input buffer accepting an input portion of data of a page at a memory speed, the non-volatile storage units storing the data from the input buffer within a memory write time; a plurality of interface buffers; an input bus having an input bus speed which is faster than the memory speed, the input bus being coupled to the plurality of interface buffers; a bus system, connecting each of the plurality of interface buffers to the non-volatile storage units of a column in each of the plurality of banks, supplying data from the plurality of interface buffers to the inputs of the non-volatile storage units at the memory speed.

A pair of insulated, clamping electrode electrical power output tweezers for hair removal, comprising a pair of normally closed, spaced opposed, conductive arms; a conductive tip disposed adjacent a free end of one of the pair of conductive arms; a non-conductive material substantially enclosing each one of the pair of arms; the non-conductive material defining a power transmission area disposed adjacent to and spaced from the free ends; and the power transmission area being substantially free of the non-conductive material and being sufficiently large for contacting hairs.

Electrical current hair removal tweezers

An adapter arrangement for internetworking a non-CTOS computer means with a network of CTOS terminals, including a system-bus, this arrangement being adapted for introduction into, and cooperation with, the non-CTOS computer and comprising CTOS-net bus means for transferring signals from the system-bus plus a communication control stage for controlling and transferring signals to/from the CTOS network and a net-interface stage.

Coupling between non-CTOS host and CTOS network

Disclosed is a portable adapter unit for coupling a small portable computer to a computer network which comprises a network coupling/signal processing circuit, an input connector for one-step connection to such a computer and an output connector for connection to the network, this adapter unit being sufficiently small and light-weight to be transported and used, off-site, with such a portable computer.

Portable network adapter for portable computer

Adapter between non-CTOS host and CTOS network

An adapter arrangement for internetworking a non-CTOS computer with a network of CTOS terminals, including a system-bus, this arrangement being adapted for introduction into, and cooperation with, the non-CTOS computer and comprising CTOS-net bus for transferring signals from the system-bus plus a communication control stage for controlling and transferring signals to/from the CTOS network and a net-interface stage.

Technique for coupling CTOS units to non-CTOS host

Multiple hair removal system includes an adhesive layer, a structural layer disposed adjacent the adhesive layer, and a conductive material. The conductive material functions to provide power from a power source to hairs to be treated that extend up through the adhesive layer and contact the conductive material. A method of removing multiple hairs and inhibiting future hair growth includes the steps of applying a conductive solution to the skin, pressing on an adhesive layer, applying power for a period of time sufficient to destroy the matrix area of the hair, and allowing the treated hair to either be removed immediately or to stay in the skin for a period of time sufficient for the chemical reaction induced at the matrix area to continue long enough to destroy the matrix area and prevent regrowth of the hair.

System for permanent removal of multiple hairs

A method and apparatus for automatically and dynamically providing wiring connections at a central location coupled via ordinary phone lines to a plurality of work stations including a master work station. A central hub couples to a plurality of two wire telephone lines, each of which is coupled to an individual work station. The hub includes circuitry for monitoring transmissions to determine which of the work stations is the master. A receiver coupled to the master work station is coupled to transmitters to each of the other work stations. Receivers coupled to the remaining work stations are in turn coupled to a transmitter to the master work station.

Growing community of inventors

Mountain View, CA, United States of America

George W Harris, Jr