Abstract: A footwear shoe structure for sports and general outdoor activity, having excellent benefits with respect to hallux vulgas, has an internal half-size tabi (Japanese sock) structure that uses a stretchable cloth and separates the big toe from the other four toes, the internal structure being interposed between an instep covering material and an upper toe part of a sole. The stretching property of the stretchable cloth forming an upper part and the stretching property of the stretchable cloth forming a lower part of the internal structure are differentiated from one another so as to be smaller in the latter than in the former. A partition member 4 formed of a soft elastic material is fitted into a crotch part between a big toe part and a part of the internal structure for the other four toes. In one embodiment, the upper part of the internal structure is formed of two sheets comprising stretchable cloth of nylon or polyester fiber, and a urethane foam 1c is interposed therebetween.
Abstract: An apparatus to control the rate of flow of a stream of pressurized fluid through a conduit. The apparatus comprises a flow measurement device operatively connected to the conduit, a flow control device operatively connected to the conduit, and a controller operatively connected to the flow control device. The flow measurement device generates an output signal proportionate to the rate of flow of fluid therethrough. The flow control device includes an adjustable orifice wherein upon the opening of the orifice a portion of the stream of pressurized fluid is independently released from the conduit by the flow control device. The controller receives the output signal generated by the flow measurement device and causes the adjustable orifice in the flow control device to open or close as necessary to maintain the flow of pressurized fluid as measured by the flow measurement device within pre-determined limits.
Type:
Grant
Filed:
March 24, 2004
Date of Patent:
April 20, 2010
Assignee:
Weatherford Canada Partnership c/o Weatherford International Ltd.
Abstract: An Operations Center (OC) (200) acts as a central key manager and intermediary in securely, reliably and non-repudiably delivering a document (3) from a sender (100) to a recipient (300). The OC (200) acts as a key manager to facilitate the process of strong authentication of the sender (100) and the recipient (300), encryption of the delivery (510), and setup of reliable connections (2A, 2B, 2C). In a preferred embodiment, the reliable connections (2A, 2B, 2C) are virtual private network connections.