Abstract: The present invention includes: a connector unit configured to disconnectably connect an injection container unit and a lid member; and a vertically driving mechanism configured to cause the injection container unit and the lid member to move up and down together when the injection container unit and the lid member are connected together and to cause the lid member to move up and down when the injection container unit and the lid member are not connected together.

Abstract: The present invention includes: a connector unit configured to disconnectably connect an injection container unit and a lid member; and a vertically driving mechanism configured to cause the injection container unit and the lid member to move up and down together when the injection container unit and the lid member are connected together and to cause the lid member to move up and down when the injection container unit and the lid member are not connected together.

Abstract: A receiving jig device and a working machine using the device. The receiving jig device includes a base table, a bearing member, a rotating axis supported by the bearing member, a rotating device for rotating the rotating axis, a first receiving jig having a supporting arm fixed to the rotating axis, a second receiving jig having a supporting arm connected rotatably to the rotating axis, and an engaging device for causing the supporting arm of the first receiving jig and the supporting arm of the second receiving jig to be brought into a connected or a disconnected state.

Abstract: A fabrication line that utilizes a jig pallet that is commonly used in processing equipment to efficiently finish and assemble semifinished products of plural shapes. The jig pallet includes a holding member D for holding a semifinished product W and an opening/closing device G1 for opening and closing the holding member D, and allows the semifinished product W to be mounted and dismounted by opening and closing the holding member D with the opening/closing device G1. The jig pallet is transported to processing equipment M1, M2, and M3 to allow the semifinished product to be processed in the fabrication line. An opening/closing driving device G2 that engages the opening/closing device G1 to open and close the holding member is provided along the fabrication line.

Abstract: A process and assembly line for assembling a door-trim assembly in which resin-made door-trim parts are automatically fixed to a resin-made door-trim main body. Resin-made door-trim parts and deformable members associated therewith are temporarily installed to a resin-made door-trim main body. In a deforming processing unit (3), an electrically operated cylinder (10) equipped with an ultrasonic oscillator (2) extends and contracts and is rotatable within a horizontal plane by a ball screw mechanism (12). To the deformable members of the resin-made door-trim parts temporarily installed on the resin-made door-trim main body, the ultrasonic oscillator (2) comes close in opposite relationship by driving of the electrically operated cylinder (10) and ball screw mechanism (12), and performs ultrasonic irradiation. Consequently, the deformable members are deformed and the resin-made door-trim parts corresponding thereto are fixed to the resin-made door-trim main body.

Abstract: The present invention provides a receiving jig device and a working machine using the receiving jig device, wherein the receiving jig device can reduce the cost of equipment and the mounting space and it also can facilitate the teaching of a working point such as a welding point. The receiving jig device comprises a base table, a bearing member, a rotating axis supported by the bearing member, rotating means for rotating the rotating axis, a first receiving jig having a supporting arm fixed to the rotating axis, a second receiving jig having a supporting arm connected rotatably to the rotating axis, and engaging means for causing the supporting arm of the first receiving jig and the supporting arm of the second receiving jig brought into connected or disconnected state.

Abstract: A process for manufacturing a door trim assembly in which resin-made door trim parts are automatically fixed to a resin-made door trim main body; and a manufacturing line therefore. Resin-made door trim parts and transformable members associated therewith are tentatively fitted to a resin-made door trim main body. In transforming processing unit (3) of manufacturing line, electrically operated cylinder (10) equipped with ultrasonic oscillator (2) extends and contracts in the direction of upper limit and is ratable within horizontal plane by means of ball screw mechanism (12). To the transformable members tentatively fitting resin-made door trim parts to resin-made door trim main body, the ultrasonic oscillator (2) comes close in opposite relationship by driving of the electrically operated cylinder (10) and ball screw mechanism (12), and performs ultrasonic irradiation.

Abstract: A fabrication line that utilizes a versatile jig pallet that can be commonly used in processing equipment to efficiently finish and assembly of the production of semifinished products of plural shapes is disclosed. The jig pallet comprises a holding member for holding a semifinished product W and an opening/closing device G1 for opening and closing the holding member D, and allows the semifinished product W to be mounted and dismounted by opening and closing the holding member D by means of the opening/closing device G1. The jig pallet is transported to processing equipment M1, M2, and M3 to allow the semifinished product to be processed in the fabrication line. An opening/closing driving device G2 engaging the opening/closing device G1 to drive the holding member D to open and close is provided along the fabrication line.