Method of manufacturing structural object, identifier for manufacturing structural object, structural object manufacturing system, and machining program

A structural object manufacturing system that manufactures a structural object by using machining equipment including a machining tool, the structural object manufacturing system comprising:

• a measurement sensor that measures a three-dimensional shape;
• and
• processing circuitry connected to the measurement sensor, wherein:
• the processing circuitry receives a data set including
• workpiece three-dimensional measurement data acquired by measuring the three-dimensional shape of a workpiece and
• first specific information of first identifier three-dimensional measurement data which is acquired by measuring the three-dimensional shape of an identifier attached to the workpiece and is associated with the workpiece three-dimensional measurement data;
• the processing circuitry acquires second identifier three-dimensional measurement data by measuring the three-dimensional shape of the identifier with the measurement sensor;
• the processing circuitry reads out the workpiece three-dimensional measurement data from the data set including the first specific information that coincides with second specific information of the second identifier three-dimensional measurement data;
• and
• the processing circuitry determines a machining plan based on the read workpiece three-dimensional measurement data.

A non-transitory computer readable medium storing a machining program for use in manufacturing a structural object by using machining equipment including a machining tool, the machining program causing at least one processor to execute:

• receiving a data set including
• workpiece three-dimensional measurement data acquired by measuring a three-dimensional shape of a workpiece and
• first specific information of first identifier three-dimensional measurement data which is acquired by measuring a three-dimensional shape of an identifier attached to the workpiece and is associated with the workpiece three-dimensional measurement data;
• acquiring second specific information of second identifier three-dimensional measurement data by measuring the three-dimensional shape of the identifier with a measurement sensor of the machining equipment;
• reading out the workpiece three-dimensional measurement data from the data set including the first specific information that coincides with the second specific information of the second identifier three-dimensional measurement data;
• and
• determining a machining plan based on the read workpiece three-dimensional measurement data.