Abstract:
A production method for joint rubber, characterized by comprising an end face shaping step of performing shaping so that one end face of a sheet-form unvulcanized rubber member can abut against the other end face thereof, and an end face joining step of letting the one end face abut against the other end face and joining them together. In the end face shaping step, shaping is performed so that one end face of the sheet-form unvulcanized rubber member can abut against the other end face. In the end face joining step, the one end face is allowed to abut against the other end face for joining them. Accordingly, the joint rubber is obtained through efficient joining , is free from a clearance between the joining faces, and ensures a high dimension accuracy and a sufficient joint strength.
Abstract:
Un método para la fabricación de caucho unido conjuntamente, que comprende: una etapa de configuración de la cara extrema para configurar una cara extrema (2a) de un miembro de caucho no vulcanizado (2) en forma de lámina, de tal manera que una cara extrema se puede unir a tope sobre la otra cara extrema (2b) del miembro de caucho no vulcanizado en forma de lámina, y una etapa de unión con junta de una cara extrema para unir a tope mutuamente una cara extrema sobre la otra cara extrema para realizar la unión conjunta, caracterizado porque la etapa de configuración de la cara extrema incluye medir la configuración de una cara extrema del miembro de caucho no vulcanizado en forma de lámina; configurar, sobre la base del resultado de la medición, la configuración de una cara extrema (2a) en una configuración de la cara extrema, en la que su borde de punta corresponde substancialmente con una línea recta de referencia (Y-Y); y conformar la otra cara extrema (2b) en una configuración que se puede unir a tope sobre la configuración de una cara extrema.
Abstract:
PROBLEM TO BE SOLVED: To dispense with a troublesome work, to reduce a noise simultaneously, and to simplify a structure. SOLUTION: A measuring sensor 36 and a control part 40 are connected together only through a signal wire 41, and a sensor controller or an analog input unit are not interposed therebetween as hitherto, to thereby reduce a noise and simplify a structure. In addition, since the control part 40 is dedicated one specialized in determining radial runout of a measuring tire 22 based on a measurement result from the measuring sensor 36, a waveform analysis processing program is not required to be installed to dispense with a troublesome work. COPYRIGHT: (C)2009,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To secure high operating efficiency, high joining accuracy and sufficient joining strength by correcting the end face width, in the longer direction, of a sheetlike unvulcanized rubber to a specified shape and butting the end faces against each other and further, moving a pair of joint rollers in the width direction while making the joint rollers roll to bring the end faces into contact under pressure with each other. SOLUTION: A sheetlike material 2 extruded in such a state that a cord such as of steel wire or fiber is coated with rubber by a calender roll, is cut to an appropriate length, and the positions of the cut end faces in the longer direction are corrected using an end face position correcting device. Thus the sheetlike material 2 is wound around a molding drum 70, and the tip face and the rear end face of the material 2 are set opposite to each other. Further, the tip face and the rear end face are brought into contact under pressure with each other by joint units 92 of an end face pressure contact device 71. After that, the end faces thus forced into contact with each other are welded together by an ultrasonic wave to be applied by an ultrasonic wave welding device. When the end faces are brought into contact under pressure with each other, it is possible to ensure a gapless correct and highly efficient pressure contact and secure the high joining accuracy and sufficient joining strength of the end faces because the end faces are mutually corrected to the specified shape.
Abstract:
PROBLEM TO BE SOLVED: To easily apply arbitrary tension to a ribbon-like material 14 with high precision while achieving labor saving. SOLUTION: The ribbon-like material 14 is twined on the roller 22 connected to an induction electromotor 20 and the output torque of the induction electromotor 20 is controlled by a control means 33 to apply the resistance in the direction, which is opposite to the supply direction of the ribbon-like material 14, to the ribbon-like material 14 from the roller 22. Since the output torque of the induction electromotor 20 is freely controlled by the control means 33, arbitrary tension can be imparted to the ribbon-like material 14 at a spiral arbitrary position while achieving labor saving. COPYRIGHT: (C)2008,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To eliminate adjusting work and seal clogging. SOLUTION: When a movable part 30 is moved toward a body part 31 after the pressure sensitive adhesive seal 23a is sucked by a suction box 44 and a mount 22 overlapped on the pressure sensitive adhesive seal 23a is drawn while folding it back by a peeling edge 27, the pressure sensitive adhesive seal 23a is peeled from the mount 22 and it is transferred to the suction box 44. Even when a residual adhered amount Z is large at suction starting by the suction box 44, it can be easily peeled, and a conventional seal pedestal causing seal clogging becomes unnecessary.
Abstract:
PROBLEM TO BE SOLVED: To provide a shape measuring method for the end face of a sheet-like member with high measuring sensitivity, excellent work efficiency, and maintenance free. SOLUTION: The measuring method for a sheet-like material 2 scans a laser displacement meter 71 at least along one end face of the top end or rear end of the sheet-like material 2, and detects the shape of the end face by the laser displacement meter 71.