40results about How to "Inhibition shift" patented technology

The invention relates to a device connector anda manufacture method thereof. An object of the present invention is to suppress displacements of cores and suppress the formation of voids and cracks in a molded resin portion. A terminal block in which a plurality of conductive plates (10) connected to device-side busbars provided in a motor are made integral by a connector housing (50) made of synthetic resin includes a plurality of cores (65) in which the conductive plates (10) are made integral to a primary molded portion (61); a metal plate (30) to be attached and fixed to a motor case; and a secondary molded portion (70) integrally forming the plurality of cores (65) held in contact side by side and the metal plate (30). A contact portion (66) is provided between a pair of adjacent cores (65, 65) and the pair of adjacent cores are held in contact via the contact portion.

A terminal crimping device and a terminal crimping method are provided that collectively crimp-connect a terminal to an electric wire while suppressing displacement of the terminal at a crimp position. The terminal crimping device 1 includes a cutting part 12 configured to cut from the carrier 21 each of the two or more terminals belonging to one terminal set at one end side in the terminal coupled body 2; a terminal conveyance part 13 configured to convey the two or more terminals cut at the cutting part 12 to a crimp position corresponding to the predetermined interval while adjusting a terminal interval of the two or more terminals 22 to an arrangement interval of the covered electric wire 31 at the crimp position in a conveyance direction D12 (longitudinal direction) of the terminal coupled body 2; and a crimping part 15 configured to collectively crimp-connect the two or more terminals 22, conveyed to the crimp position, to the electric wire 31.

A curvature regulating member includes a plurality of member pieces to be arranged along a wire harness and a flexible connecting part connecting adjacent member pieces. The adjacent member pieces areconfigured to contact each other, thereby regulating curvature of the wire harness on an X-Y plane. Each member piece includes a recessed part recessed toward a direction away from an adjacent memberpiece on one side, and a second protrusion configured to be inserted in the recessed part provided on an adjacent member piece on another side when adjacent member pieces contact each other. The recessed part includes a slanted face extending away from the adjacent member piece on the one side as leaving from both ends in a widthwise direction. The second protrusion includes a slanted face extending toward the adjacent member piece on the another side as leaving from both ends in the widthwise direction.

The invention provides a spindle motor and a disc driving device, wherein the spindle motor comprises a magnetic part fixed on a base and axially facing towards a magnet at an interval, and an insulating sheet arranged between the base and a coil to electrically ensure electrical insulation between the base and the coil. The insulating sheet has a cover part for covering upper surface of the radical edge of the magnetic part.

The invention provides a lubricating device of a power transmission mechanism. The lubricating device is capable of reliably supplying lubricating oil and preventing the damage of a tube. A third tube position (49) comprises a bending portion (49c) between a first tube position side end portion (49a) and a second tube position side end portion (49b). On the inner surface (70) of a second box body (11B), a first holding portion (73) is formed at the upstream side of the bending portion (49c) and at a position corresponding to the third tube position (49) while a second holding portion (74) is formed at the downstream side of the bending portion (49c) and at a position corresponding to the third tube position (49). An oil hole (49d) for supplying oil for a shaft is disposed at least at the shorter one between distance (L1) and distance (L2), wherein the distance (L1) is between a position, of the third tube position (49), corresponding to the first holding portion (73) and the bending portion (49c), the distance (L2) is between a position, of the of the third tube position (49), corresponding to the second holding portion (74) and the bending portion (49c).

Disclosed is a castable kiln structure of cylindrical heat rotary equipment. The castable kiln structure is characterized in that a kiln body is divided into a low-temperature feeding region, a high-temperature heat reaction region and an outlet and flow port. Retaining rings are arranged on regional boundaries of the low-temperature feeding region, the high-temperature heat reaction region and the outlet and flow port. The retaining rings protrude out of a kiln liner, so that the materials are enabled to turn over and change operation orbits through the retaining function of the protrusion height of the retaining rings when materials enter different temperature regions. The shortcomings that the kiln liner shaking during operation of a traditional bricked kiln liner to be separated from a steel casing to produce slip frequency with the same is free of overall strength, the kiln liner can be loosened and disintegrated instantly and cannot be maintained rapidly in a small range, and the like are effectively overcome, so that service life of the cylindrical kiln liner is prolonged by one to several times as compared with that of the bricked kiln liner, working cavities inside the kiln liner can be optionally changed according to technological requirements, damages to certain parts of the kiln liner do not cause affect to the service life of the whole kiln, and rapid maintenance in the small range can be achieved.