Abstract: A deflection amount calculation device configured to calculate a deflection amount in a reference direction of a component constituting an industrial machine, the deflection amount calculation device including: a deflection amount acquisition unit configured to acquire, as an actual deflection amount, a measured value of a deviation amount at a predetermined position before and after an actual load is applied to a given position of the component; an ideal deflection amount calculation unit configured to, based on an ideal model of the component, calculate an ideal value of the actual deflection amount as an ideal deflection amount; and a self-weight deflection amount calculation unit configured to, based on the actual deflection amount and the ideal deflection amount, calculate a self-weight deflection amount caused by a self-weight of the component.

Abstract: An information processing device configured to display information on a plurality of machines in a plant in where a plurality of users and the machines individually having a plurality of modes are present is provided with a screen customization unit configured to generate layout information on a custom screen and a layout information holding unit configured to store the layout information in association with the users, the machines, and the modes.

Abstract: To reduce wasteful memory consumption as compared with prior art in the case of a greater number of machine configuration trees subjected to switching by a numerical control device. A control system for an industrial machine including a machine configuration editing device and a machine configuration management device is configured to represent a machine configuration to be controlled in a graph-like machine configuration tree having constituent elements as nodes. The machine configuration editing device acquires machine configuration data for generating the machine configuration tree.

Abstract: A machine tool controller according to an aspect of the present disclosure controls a machine tool having a plurality of drive axes, the machine tool controller including: an input processing unit which displays an input screen including a schematic projection drawing of a driven body that is driven by the plurality of drive axes and an input box that allows for a positional relationship of the driven body in the schematic projection drawing to be inputted, and stores a numerical value inputted to the input box; a drawing information management unit which stores decoding information indicating a relationship between the numerical value inputted to the input box and a position or drive amount of the drive axis; and a parameter processing unit which converts the numerical value inputted to the input box into a drive parameter of the plurality of drive axes, based on the decoding information.

Abstract: A deflection amount calculation device configured to calculate a deflection amount in a reference direction of a component constituting an industrial machine, the deflection amount calculation device including: a deflection amount acquisition unit configured to acquire, as an actual deflection amount, a measured value of a deviation amount at a predetermined position before and after an actual load is applied to a given position of the component; an ideal deflection amount calculation unit configured to, based on an ideal model of the component, calculate an ideal value of the actual deflection amount as an ideal deflection amount; and a self-weight deflection amount calculation unit configured to, based on the actual deflection amount and the ideal deflection amount, calculate a self-weight deflection amount caused by a self-weight of the component.

Abstract: A machine tool controller according to an aspect of the present disclosure controls a machine tool having a plurality of drive axes, the machine tool controller including: an input processing unit which displays an input screen including a schematic projection drawing of a driven body that is driven by the plurality of drive axes and an input box that allows for a positional relationship of the driven body in the schematic projection drawing to be inputted, and stores a numerical value inputted to the input box; a drawing information management unit which stores decoding information indicating a relationship between the numerical value inputted to the input box and a position or drive amount of the drive axis; and a parameter processing unit which converts the numerical value inputted to the input box into a drive parameter of the plurality of drive axes, based on the decoding information.

Abstract: A machine tool control device according to as embodiment of the present disclosure is a machine tool control device which controls a machine tool having a plurality of drive axes, the machine tool control device including: an input acceptance unit which accepts an input from outside; and a modeling unit which models a driven body which is driven by the drive axes on virtual 3D space, in which the input acceptance unit has a parameter setting unit is which a parameter designating an operating condition of the plurality of drive axes is inputted, and in which the modeling unit includes: a driven body arrangement unit which arranges a model of the driven body on the virtual 3D space, based on the parameter inputted in the parameter setting unit, and a projection image generation unit which generates a projection image of the model of the driven body arranged by the driven body arrangement unit.

Abstract: To reduce wasteful memory consumption as compared with prior art in the case of a greater number of machine configuration trees subjected to switching by a numerical control device. A control system for an industrial machine including a machine configuration editing device and a machine configuration management device is configured to represent a machine configuration to be controlled in a graph-like machine configuration tree having constituent elements as nodes. The machine configuration editing device acquires machine configuration data for generating the machine configuration tree.

Abstract: An information processing device configured to display information on a plurality of machines in a plant in where a plurality of users and the machines individually having a plurality of modes are present is provided with a screen customization unit configured to generate layout information on a custom screen and a layout information holding unit configured to store the layout information in association with the users, the machines, and the modes.