WORK CONTENT CREATION APPARATUS AND METHOD, AND WORKFLOW CREATION APPARATUS AND METHOD

• US 20130191094A1
• Filed: 11/28/2012
• Published: 07/25/2013
• Est. Priority Date: 01/24/2012
• Status: Abandoned Application

• Current Assignee: Fujitsu Limited
• Original Assignee: Fujitsu Limited
• Inventors: Tenma, Tsukasa, Furumoto, Yukihiko, AKAHOSHI, Ryusuke, Morimoto, Mari
• Application Number:
  US13/688,185
• Publication Number:
  US 20130191094A1
• Time in Patent Office: Days
• US Class Current: 703/6
• CPC Class Codes: G05B 19/41865 characterised by job scheduling, process planning, material flow
• CPC Class Codes: G05B 2219/32252 Scheduling production, machining, job shop
• CPC Class Codes: G05B 2219/32254 Work sequence, alternative sequence
• CPC Class Codes: G05B 2219/32351 Visual, graphical animation of process
• CPC Class Codes: G06F 30/20 Design optimisation, verification or simulation optimisation, verification or simulation of circuit designs G06F30/30
• CPC Class Codes: Y02P 90/02 Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]

Abstract

A work content creation apparatus that carries out: deriving a motion range for a component that moves from animation data representing movement in 3-dimensional space of a component with a component name for work subject to processing, and based on a motion pattern and a motion condition stored in a first storage section, deriving a motion condition relationship to motion pattern of the component in the motion range; based on a correspondence relationship stored in a second storage section, deriving a work name corresponding to the motion condition relationship to motion pattern; and based on a correspondence relationship stored in a third storage section, deriving work content corresponding to the work name and the component name as work content of work performed on the component.

Claims

1. A work content creation apparatus comprising:

a processor; and

a memory storing instructions, which when executed by the processor perform a first procedure, the first procedure including;

(a) storing, in a first storage section of the memory, a motion pattern expressing a category of motion of a component and a motion condition expressing a condition to classify motion of the component;

(b) storing, in a second storage section of the memory, a correspondence relationship between a work name expressing a name of work performed on the component and the motion condition relationship to motion pattern of the component;

(c) storing, in a third storage section of the memory, a correspondence relationship between the work name, a component name that is a term for the component, and work content expressing content of work performed on the component;

(d) deriving a motion range for a component that moves from animation data representing movement in 3-dimensional space of a component with a component name for work subject to processing, and based on the motion pattern and the motion condition stored in the first storage section, deriving the motion condition relationship to motion pattern of the component in the motion range;

(e) based on the correspondence relationship stored in the second storage section, deriving a work name corresponding to the motion condition relationship to motion pattern derived at (d); and

(f) based on the correspondence relationship stored in the third storage section, deriving work content corresponding to the work name derived at (e) and the component name as work content of work performed on the component.

2. The work content creation apparatus of claim 1, wherein

the animation data contains motion data including the position of the component of the work subject to processing, and

at (d), the motion condition relationship to motion pattern is derived based on the position of the component contained in the motion data of the animation data.

3. The work content creation apparatus of claim 1, wherein

the animation data contains a component attribute including the component name associated with the component,

the second storage section stores a correspondence relationship between the component attribute including component name associated with the component and the work name, and

at (e), the work name is derived based on the motion condition relationship to motion pattern derived at (d) and based on the component name contained in the component attribute of the animation data.

4. The work content creation apparatus of claim 1, wherein

the animation data includes explanatory information expressing content to assist work performed on the component;

the second storage section stores a correspondence relationship between content to assist work performed on the component and work name; and

at (e), a work name is derived based on the motion condition relationship to motion pattern derived at (d) and based on the content to assist work performed on the component included in the explanatory information of the animation data.

5. The work content creation apparatus of claim 1, wherein

the animation data includes a component attribute containing the component name associated with the component;

and

at (e), the component name contained in the component attribute of the animation data is employed as the component name.

6. The work content creation apparatus of claim 1, wherein (e) includes:

(g) deriving a first work name candidate based on the motion condition relationship to motion pattern derived at (d) and deriving a second work name candidate based on the component name included in the component attribute of the animation data, and

(h) deriving a work name from the first work name candidate and the second work name candidate derived at (g).

7. The work content creation apparatus of claim 1, wherein (e) includes:

(i) deriving a first work name candidate based on the motion condition relationship to motion pattern derived at (d); and

(j) deriving a second work name candidate based on explanatory information that expresses content to assist work performed on the component included in the animation data, and

(k) deriving a work name from the first work name candidate derived at (i) and the second work name candidate derived at (j).

8. A workflow creation apparatus, wherein

the memory stores instructions, and when the instructions are executed by the processor, the workflow creation apparatus performs a second procedure, the second procedure including:

(l) breaking down input animation data representing movement in 3-dimensional space of a product to part animation data representing movement in 3-dimensional space of a component contained in the product, and outputting the broken down part animation data as animation data representing movement in 3-dimensional space of a component with a name;

(m) creating the work content by the work content creation apparatus of claim 1; and

(n) based on the work content created at (m), creating a workflow in which the work content is arranged in work sequence

9. A work content creation method comprising:

(a) by a processor, deriving a motion range for a component that moves from animation data representing movement in 3-dimensional space of a component with a component name for work subject to processing, and based on a motion pattern expressing a category of motion of the component stored in a first storage section of a memory and a motion condition expressing a condition to classify motion of the component, deriving a motion condition relationship to motion pattern of the component in the motion range;

(b) by the processor, based on a correspondence relationship stored in a second storage section of the memory between a motion pattern of the component and a work name expressing a name of work performed on the component, deriving a work name corresponding to the derived motion condition relationship to motion pattern of the component; and

(c) by the processor, based on a correspondence relationship stored in a third storage section of the memory between the work name, a component name that is a term for the component, and work content expressing content of work performed on the component, deriving work content corresponding to the derived work name and the component name as work content of work performed on the component.

10. A workflow creation method comprising:

(d) by the processor, breaking down input animation data representing movement in 3-dimensional space of a product to part animation data representing movement in 3-dimensional space of a component contained in the product, and outputting the broken down part animation data as animation data representing movement in 3-dimensional space of a component with a name;

(e) by the processor, using the work content creation method of claim 9, creating the work content; and

(f) by the processor, based on the created work content, creating a workflow in which the work content is arranged in work sequence.

11. A computer-readable recording medium having stored therein a program for causing a computer to execute a work content creation process, the work content creation process comprising:

(a) deriving a motion range for a component that moves from animation data representing movement in 3-dimensional space of a component with a component name for work subject to processing, and based on a motion pattern expressing a category of motion of the component stored in a first storage section and a motion condition expressing a condition to classify motion of the component, deriving a motion condition relationship to motion pattern of the component in the motion range;

(b) based on a correspondence relationship stored in a second storage section between a motion pattern of the component and a work name expressing a name of work performed on the component, deriving a work name corresponding to the derived motion condition relationship to motion pattern of the component; and

(c) based on a correspondence relationship stored in the third storage section between the work name, a component name that is a term for the component, and work content expressing content of work performed on the component, deriving work content corresponding to the derived work name and the component name as work content of work performed on the component.

12. A computer-readable recording medium having stored therein a program for causing a computer to execute a workflow creation process, the workflow creation process comprising:

(d) breaking down input animation data representing movement in 3-dimensional space of a product to part animation data representing movement in 3-dimensional space of a component contained in the product, and outputting the broken down part animation data as animation data representing movement in 3-dimensional space of a component with a name;

(e) creating the work content using the program stored in the computer-readable recording medium of claim 11; and

(f) based on the created work content, creating a workflow in which the work content is arranged in work sequence.