Abstract: A heating device includes a hermetic container configured to accommodate a heatable object, a nozzle that supplies superheated steam into the hermetic container, a partition plate that separates a supplying region for the superheated steam from a heating region where the heatable object is heated in the hermetic container, an opening arranged in the partition plate, the opening allowing the superheated steam to be blown from the supplying region toward the heatable object in the heating region, an electric heater that heats the superheated steam in the supplying region, and a circulation mechanism that circulates the superheated steam from the supplying region to the heating region.

Abstract: The present disclosure provides a method for manufacturing a workpiece including a heating process capable of heating a resin workpiece uniformly. The method for manufacturing the workpiece includes the heating process for supplying superheated steam from a plurality of nozzles to heat the resin workpiece having a planar part. In the heating process, the superheated steam is blown on the resin workpiece from the plurality of nozzles to heat the same in a state that each axis of the plurality of nozzles is arranged so as to be inclined in one direction along a plane of the planar part with respect to a normal of the planar part.

Abstract: A hand device for working robot which can be downsized is provided. The device consists of a robot hand 10, a link means 40 and a workpiece drop prevention means. The robot hand 10 includes a hand base 20, a pair of fingers 21, 21 protruding from the hand base 20 and a movable core 25 provided with a cylinder 24. The link means 40 includes a lever and a connecting pad 43 for connecting the lever and the movable core 25. A workpiece drop prevention means 60 includes a protrusion stick 50 which is supported by a supporting rail 51, a coil spring and an air cylinder for recess 53.

Abstract: At the same time as establishing a means of recording operation data 4, to record the operation data of robots 2 and 2· ·, monitor cameras 5 and 5· ·, to film the operation status of robots 2 and 2· ·, and a means of recording visual data 6 and 6· ·, to record said visual data from said monitor cameras, a central computer 7 is installed, into which an advisor can collect both said operation data and said visual data by means of the Internet N, wherein, if an error occurs in either robot 2 or robot 2· ·, the advisor is able to collect operation data and visual data from before and after the occurrence of the error into said central computer 7, analyze both said types of data in order to investigate the cause of the error, following which, images of the site filmed by monitor camera 5 can be downloaded by means of the Internet N, wherein said advisor is able to issue instructions to an on-site operator as to the recovery procedure for robot 2, while said advisor is referring to said filmed images for verificati

Abstract: A hand device for working robot which can be downsized is provided. The device consists of a robot hand 10, a link means 40 and a workpiece drop prevention means. The robot hand 10 includes a hand base 20, a pair of fingers 21, 21 protruding from the hand base 20 and a movable core 25 provided with a cylinder 24. The link means 40 includes a lever and a connecting pad 43 for connecting the lever and the movable core 25. A workpiece drop prevention means 60 includes a protrusion stick 50 which is supported by a supporting rail 51, a coil spring and an air cylinder for recess 53.

Abstract: At the same time as establishing a means of recording operation data 4, to record the operation data of robots 2 and 2 • •, monitor cameras 5 and 5 • •, to film the operation status of robots 2 and 2 • •, and a means of recording visual data 6 and 6 • •, to record said visual data from said monitor cameras, a central computer 7 is installed, into which an advisor can collect both said operation data and said visual data by means of the Internet N, wherein, if an error occurs in either robot 2 or robot 2 • •, the advisor is able to collect operation data and visual data from before and after the occurrence of the error into said central computer 7, analyze both said types of data in order to investigate the cause of the error, following which, images of the site filmed by monitor camera 5 can be downloaded by means of the Internet N, wherein said advisor is able to issue instructions to an on-site operator as to the recovery procedure for robot 2, while said ad