Abstract: Disclosed is a method for manufacturing a resin product using a fused deposition modeling-type 3D printer, wherein a first molded body is produced using a first resin that has laser light absorption properties using the 3D printer. In addition, a second molded body is produced, using the 3D printer, so as to be laminated on the first molded body by supplying a second resin that has laser light transmissivity to the surface of the first molded body. Then, the first molded body and the second molded body are welded to each other by irradiating laser light along a path that extends from the second molded body side to the first molded body through an irradiation region between the first molded body and the second molded body.

Abstract: A data collection system collects data required to generate an automated work program that causes a control target to automatically perform predetermined work. The data collection system instructs presentation of a work guide that indicates a work process for work elements. The data collection system acquires an operation log of a log collection system during execution of the work element. The data collection system acquires an image log of the log collection system during execution of the work element. The data collection system acquires time data indicating time required to execute the work element. The data collection system acquires evaluation data indicating evaluation of an execution result of the work element. The data collection system causes a data storage unit to store therein a work element log in work element units in association with the operation log, the image log, the time data, and the evaluation data.

Abstract: A controller changes a position and/or orientation of a treatment head by controlling an operation of a robot arm according to an external input. A probe driver changes a projection amount of a diagnostic probe with respect to an irradiator. Further, the controller performs synchronous control to synchronize the probe driver and the robot arm with each other so that the relative position between the irradiator and the distal end of the diagnostic probe changes while holding the distal end position of the diagnostic probe.

Abstract: A control apparatus detects a misalignment between an irradiation position of a transdermal treatment device and a target irradiation position. When the misalignment is detected, the control unit stops irradiation of the transdermal treatment device or moves the irradiation position closer to the target irradiation position.

Abstract: An information integration apparatus includes providers, a middleware, and an application. The middleware executes processes of: assigning a reliability label to data supplied by a device to the provider, the reliability label corresponding to the provider; storing the data in a data storage device; reading the data from the data storage device, and supplying the read data to the application. The application provides, using the data, a display on a display device in a display mode corresponding to the reliability label assigned to the data.

Abstract: The present disclosure provides a technique to easily share and record comments from users on information acquired from medical devices and displayed on a screen. An information integration apparatus of the present disclosure includes an information storage, a main image generator, a target designator, a comment inputter, an information generator, and a comment image generator.

Abstract: An information integration apparatus includes providers, a middleware, and an application. The middleware executes processes of: assigning a reliability label to data supplied by a device to the provider, the reliability label corresponding to the provider; storing the data in a data storage device; reading the data from the data storage device, and supplying the read data to the application. The application provides, using the data, a display on a display device in a display mode corresponding to the reliability label assigned to the data.

Abstract: One embodiment of the present disclosure is provided with: an information acquisition portion; an information storage portion; an event extraction section; a region setting section; and a display section. The information storage portion adds, to medical information, a time at which the information acquisition portion acquires the medical information from each of multiple medical devices used in a surgery, and a label for specifying the medical information. The display section causes a display device to display, as medical information, an image including a surgery site and at least one event extracted by the event extraction section in a time region set by the region setting section based on the time added to the medical information.

Abstract: A controller changes a position and/or orientation of a treatment head by controlling an operation of a robot arm according to an external input. A probe driver changes a projection amount of a diagnostic probe with respect to an irradiator. Further, the controller performs synchronous control to synchronize the probe driver and the robot arm with each other so that the relative position between the irradiator and the distal end of the diagnostic probe changes while holding the distal end position of the diagnostic probe.

Abstract: A control apparatus detects a misalignment between an irradiation position of a transdermal treatment device and a target irradiation position. When the misalignment is detected, the control unit stops irradiation of the transdermal treatment device or moves the irradiation position closer to the target irradiation position.

Abstract: A setting task of a setting unit includes a task to determine, based on a detection result of a detector, whether a click operation is carried out with a part of an operator's body mounted on a mount portion. The click operation is defined as an intentional movement of the part of the body by the operator in accordance with a predetermined pattern.

Abstract: One embodiment of the present disclosure is provided with: an information acquisition portion; an information storage portion; an event extraction section; a region setting section; and a display section. The information storage portion adds, to medical information, a time at which the information acquisition portion acquires the medical information from each of multiple medical devices used in a surgery, and a label for specifying the medical information. The display section causes a display device to display, as medical information, an image including a surgery site and at least one event extracted by the event extraction section in a time region set by the region setting section based on the time added to the medical information.

Abstract: A portable timepiece includes a case, a power receiving coil accommodated in the case, a bypass member configured to include a soft magnetic material, and a first band that is internally equipped with the bypass member, and that is transformable so as to dispose the bypass member between the power receiving coil and a charging device when charging is performed using the charging device.

Abstract: A display control device includes an image acquisition unit, a position acquisition unit, an image displaying unit, an information acquisition unit, and an information displaying unit. The image displaying unit displays with a display device a target image, the target image being an image a position corresponding to a tool position. The information acquisition unit acquires the at least one medical support information associated with an acquired position that represents the position of the medical tool at a time when the medical support information was acquired. The information displaying unit performs an information display by associating, based on the acquired position associated with the at least one medical support information, the medical support information with a position on the target image and that displays the medical support information.

Abstract: A portable timepiece includes a case, a power receiving coil accommodated on a rear surface side in the case, a bypass member configured to include a soft magnetic material, and a first band that is attached to the case, that is internally equipped with the bypass member, and that enables the bypass member to be disposed between the power receiving coil and a charging device when charging is performed using the charging device.

Abstract: Provision of a garment capable of positively holding a biological information detecting device and suppressing the reduction of product lifetime to realize improvement in productivity and reduction of costs. A garment 100A includes a garment body 101 and a device housing portion 120 provided in the garment body 101 and holding a heart rate measuring device 10 having a device body 20 and electrodes 26A and 26B contacting a biological surface so as to be attached/detached, in which the device housing portion 120 holds part of the device body 20 in a state where the electrodes 26A and 26B are exposed toward the biological surface side. The device housing portion 120 houses the device body 20 in a stretched state.

Abstract: A setting task of a setting unit includes a task to determine, based on a detection result of a detector, whether a click operation is carried out with a part of an operator's body mounted on a mount portion. The click operation is defined as an intentional movement of the part of the body by the operator in accordance with a predetermined pattern.