Abstract: A splice for gathering ends of an electrical wire bundle, capable of maintaining a welded portion at the center in a cap member regardless of the number of wires in the electrical wire bundle; protecting the welded portion from vibrations and impacts; and of being versatile so as to be used in multiple wire bundles. The splice includes: an electrical wire portion (10) having a wire core splice portion (14) in which wire cores (13) are welded together; a cushioning member (20) covering an outer circumferential face of the electrical wire portion (10); a protective cap (30) accommodating an end portion of the electrical wire portion (10) and fixes the electrical wire portion (10) via the wire core splice portion (14); and a cover tape (40) wound around the protective cap (30), a portion of the cushioning member (20) exposed from the protective cap (30), and the electrical wire bundle.

Abstract: A protector for a wire harness can shorten a length of a protector main body in an axis direction and securely lock the protector main body with a lid. A protector for a wire harness into which wire harness wires are inserted is provided with a protector main body housing the wires and a lid mounted on the protector main body to be capable of opening and closing. The protector is also provided with a first lock portion that locks the protector main body and the lid in a certain length area; and a second lock portion that locks the protector main body and the lid in a certain width area. Further, a branching exit is provided to the protector in order to draw out a branched portion branching off the wires between the first lock portion and the second lock portion when the lid is in a closed state.

Abstract: In order to provide a connector cover amenable to precise control of the outer diameter dimensions and suppression of shininess on the outer surface thereof, and a method for manufacturing the same, a shaping mold (21) in which a through-hole (22) having a predetermined inner diameter dimension is formed along an immersion direction is immersed in a solution of thermoplastic resin. The shaping mold (21) is pulled up from the solution, and the resin adhering to an inner surface portion of the through-hole (22) of the shaping mold (21) is gelled, so that a precursor (110) is shaped. The precursor (110) is released from the shaping mold (21), and an unnecessary portion (111) of the precursor (110) is cut off.

Abstract: A splice for gathering ends of an electrical wire bundle, capable of maintaining a welded portion at the center in a cap member regardless of the number of wires in the electrical wire bundle; protecting the welded portion from vibrations and impacts; and of being versatile so as to be used in multiple wire bundles. The splice includes: an electrical wire portion (10) having a wire core splice portion (14) in which wire cores (13) are welded together; a cushioning member (20) covering an outer circumferential face of the electrical wire portion (10); a protective cap (30) accommodating an end portion of the electrical wire portion (10) and fixes the electrical wire portion (10) via the wire core splice portion (14); and a cover tape (40) wound around the protective cap (30), a portion of the cushioning member (20) exposed from the protective cap (30), and the electrical wire bundle.

Abstract: The present invention provides a method for performing regeneration of a decolorization capacity of waste clay that has been used for purification of fats and oils, and production of a thermally recyclable compound as a biofuel from oily ingredients in the waste clay at the same time in a convenient manner. That is, a method for producing purified fats and oils of the invention includes: a method for producing regenerated clay including the steps of mixing waste clay that has been used for purification of fats and oils, lower alcohol, and an acidic catalyst; and performing extraction of oily ingredients from the waste clay, and an esterification reaction between the fats and oils and/or a free fatty acid in the oily ingredients and the lower alcohol at the same time so as to regenerate a decolorization capacity of the waste clay; regenerated clay that is produced by the method for producing the regenerated clay; and a process of decolorizing the fats and oils using the regenerated clay.

Abstract: The present invention provides a method for performing regeneration of a decolorization capacity of waste clay that has been used for purification of fats and oils, and production of a thermally recyclable compound as a biofuel from oily ingredients in the waste clay at the same time in a convenient manner. That is, a method for producing purified fats and oils of the invention includes: a method for producing regenerated clay including the steps of mixing waste clay that has been used for purification of fats and oils, lower alcohol, and an acidic catalyst; and performing extraction of oily ingredients from the waste clay, and an esterification reaction between the fats and oils and/or a free fatty acid in the oily ingredients and the lower alcohol at the same time so as to regenerate a decolorization capacity of the waste clay; regenerated clay that is produced by the method for producing the regenerated clay; and a process of decolorizing the fats and oils using the regenerated clay.

Abstract: A structure of the flexing section of a multilayer flexible circuit board wherein at least one layer of a flexible insulation base material is bonded, via an adhesive agent layer, between a plurality of wiring conductors on which required wiring patterns are formed with conductive foil, the flexible insulation base material of the flexing section of the multilayer flexible circuit board being provided with a non-bonded portion so that it is not bonded with the wiring conductors or another flexible insulation base material at least on one surface.