Measurement operation image

Abstract

The image of the present application is, for example, an image for displaying various settings related to the items to be weighed in a weighing machine such as a combination scale, and the settings. This image is displayed on a display unit (e.g., a touch panel) of a device such as a tablet. When the image is displayed on a vertically long display unit, such as when the device is used in portrait orientation, a vertically long screen like the image shown in the image is displayed on the display unit. When the image is displayed on a horizontally long display unit, such as when the device is used in landscape orientation, a horizontally long screen like the image shown in the image showing the changed state is displayed on the display unit. In Reference Images 1 and 2 showing the usage state, each part of the image is divided into multiple areas. Area A in each of the above Reference Images is an area that displays information about the operating status, such as the type of item to be weighed, the target weight, and the operating speed. Area B in Reference Image 1 showing the usage state is an area where basic settings related to the operation of the weighing machine can be made. Area C is an area where settings related to the operation of the hopper can be made. Area C displays an image of a hopper (e.g., a supply hopper, a weighing hopper, a memory hopper, etc.). The hopper's operation can be configured by entering values ​​into the multiple squares in Area C. Areas D and E are areas where other weighing machine settings (e.g., basic settings for the feeder that supplies the items to the hopper and settings related to discharge) can be configured. The device user can switch between the open and closed state of each setting screen by tapping Areas B through E. Reference images 1 and 2 showing the usage state show the state in which all of Areas B through E are open. The device user can scroll the image up and down to display any range of the image, the image showing the changed state, and Reference images 1 and 2 showing the usage state on the display. Reference image 3 showing the usage state shows an example of the image displayed on a portrait-oriented display. Reference image 4 showing the usage state shows an example of the image displayed on a landscape-oriented display. As shown in the above figures, the position of each area of ​​the image of the product of the present application changes depending on the orientation of the device to be optimally positioned. The enlarged views of Area B and Area C show enlarged views of Areas B and C, respectively.

Images