133results about How to "Connection" patented technology

An improved plastic basket shopping cart includes a cart base having an upwardly extending rear frame section with a handle and at least three wheels rotatably mounted on the cart base. A generally rectangular box shaped plastic basket is mounted on the cart base, and includes a base wall, left and right side walls and a front wall, the side walls and the front wall having a plurality of generally rectangular wall openings having a height greater than their width, excepting those wall openings adjacent the base wall being generally square in shape for improved structural strength. Rear flange sections extend outwards and rearwards from the side walls to substantially cover the gaps between the side walls and the rear frame section. Finally, a basket rim support wire extends circumferentially around and through upper portions of the side walls and front wall and connects to the rear frame section.

A spring-actuated air-brake cylinder as the diaphragm cylinder for vehicle brake systems includes a diaphragm, an actuator-spring chamber in which there is received a spring-actuated piston, which is acted on by a compression spring as the actuator spring and is actively connected to the diaphragm, which is disposed between the actuator-spring chamber and a pressure chamber, in which there is guided moveably a sealed push rod, which can include a pressure member on its diaphragm side. The spring-actuated diaphragm is connected to the push rod or to the pressure member or to the spring-actuated piston by means of vulcanization.

The present invention provides a simple structure for connecting a flexible printed circuit board to a printed circuit board in which when connecting a flexible printed circuit board to a printed circuit board, the positioning thereof can be made easily, the connection therebetween can be made smoothly and rigidly, and further the assembling time can be reduced. Patterns, on a flexible printed circuit board and a printed circuit board are aligned and connected with each other by soldering. An elongate hole is formed in the vicinity of and along the edge portion in a connecting part of the printed circuit board, and two rectangular holes communicating with the elongate hole are formed at both longitudinal ends of the elongate hole, while two notches for controlling insertion depth are provided at opposing ends of the connecting edge of the flexible printed circuit board. The leading edge portion of the flexible printed circuit board, which is left between the cut portions, is bent downward, and the bent portion is inserted into the elongate hole and the rectangular holes of the printed circuit board to position the flexible printed circuit board, and then the patterns, respectively located on the flexible printed circuit board and the printed circuit board, are connected by soldering.

The first face of the pad is situated between the front-side face of the second semiconductor substrate and a hypothetical plane including and being parallel to the front-side face, and a second face of the pad that is a face on the opposite side of the first face is situated between the first face and the front-side face of the second semiconductor substrate, and wherein the second face is connected to the wiring structure so that the pad is electrically connected to the circuit arranged in the front-side face of the second semiconductor substrate via the wiring structure.

A semiconductor integrated circuit device includes: a first large scale integrated circuit including a plurality of first logical blocks; a programmable second large scale integrated circuit connected the first large scale integrated circuit and including a second logical block; a memory storing data for achieving the purposes of the first logical blocks; and a control unit that, when a failure is detected in any of the first logical blocks during the operation of the first large scale integrated circuit, writes the data for the faulty first logical block stored in the memory to the second logical block, and uses the second logical block in place of the faulty first logical block.

A terminal fitting (10, 120, 210, 230) has a connecting portion (11, 121, 211) to be connected with a mating terminal and a wire barrel (12, 126, 212) to be crimped into connection with an end portion of a wire (20, 110, 220). A restriction (18, 152, 218A, 231) is between the connecting portion (11, 121, 211) than the wire barrel (12, 126, 212) and faces a placing surface of a bottom plate (16, 123, 216) where the end portion of the wire (20, 110, 220) is to be placed for restricting an upward movement of the end portion of the wire (20, 110, 220).

The invention provides a convenient, lightweight and streamlined connecting device for attaching a leader or tippet to a fly-fishing line. The Fly Line Connecting Device is configured with an expandable tubular lattice that allows for an in-line connection to the fly line. The connection device has an integral tubular lattice sized with an internal diameter that is slightly smaller that the fly line and when compressively displaced, operates to expand the internal diameter to allow insertion of the fly line. Once the fly line is fully inserted, the tubular lattice is allowed to contract and elastically constrict onto and thereby grip the semi-resilient surface of the fly line. When the fly line and leader line are placed in tension through the connecting device, the tubular lattice acts to constrict down on the fly-line to resist separation. The connecting device of the invention is configured with a loop, eyelet, knot-trapping feature, or short tippet to allow for the convenient attachment of the leader line. Alternatively, the connecting device is permanently attached or integrally formed with a full-length leader. The preferred embodiment of the connecting device is injection molded in an intermediate form that is configured to be manually or machine cold-drawn to the final working dimensions and optimal physical properties.