Abstract: Disclosed is a processing device, including: an operation panel; a hardware processor that: executes a designated process; obtains information for displaying an operation window of the another processing device, and displays an operation window of the processing device and the operation window of the another processing device on the operation panel of the processing device; carries out a substitute setting for instructing the another processing device to substitutionally execute a process relating to an operation button moved to the operation window of the processing device when an operation for moving the operation button displayed in the operation window of the another processing device to the operation window of the processing device is received; and instructs the another processing device to substitutionally execute the process relating to the operation button for which the substitute setting is carried out.

Abstract: Disclosed is a processing device, including: an operation panel; a hardware processor that: executes a designated process; obtains information for displaying an operation window of the another processing device, and displays an operation window of the processing device and the operation window of the another processing device on the operation panel of the processing device; carries out a substitute setting for instructing the another processing device to substitutionally execute a process relating to an operation button moved to the operation window of the processing device when an operation for moving the operation button displayed in the operation window of the another processing device to the operation window of the processing device is received; and instructs the another processing device to substitutionally execute the process relating to the operation button for which the substitute setting is carried out.

Abstract: A subframe construction for a front suspension is provided that increases suspension arm attachment strength in the event of a front collision. The subframe includes a front cross member at the front part of a vehicle body; a rear cross member on the rear side of the front cross member; and a pair of right and left subframe bodies connecting these cross members to each other. The subframe body has upper and lower panels forming a hollow portion therebetween. A rear arm bracket is installed along the rear outer side in the vehicle width direction of the lower panel of the subframe body. The panels include portions ranging from the lower panel face on which the rear arm bracket is mounted to the rear side of the lower panel formed substantially into a spherical shell shape.

Abstract: There is provided a subframe construction for a front suspension that increases the suspension arm attachment strength at the time of front collision. In the subframe construction for a front suspension, comprising a front cross member 1 disposed at the front part of a vehicle body; a rear cross member 3 disposed on the rear side of the front cross member; a pair of right and left subframe bodies 5, 5 for connecting these cross members 1 and 3 to each other, the subframe body 5 having an upper panel 31 and a lower panel 33 forming a hollow portion 35 therebetween; and a rear arm bracket 11 installed to the rear side on the outside in the vehicle width direction of the lower panel 33 constituting the subframe body 5, the panel shapes of the upper panel 31 and lower panel 33 ranging from the lower panel face on which the rear arm bracket 11 is mounted on the lower panel 33 to the rear side of the lower panel 33 are formed substantially into a spherical shell shape.