Process and system for the gesture-based control of a test process at an industrial, partially automated visual inspection station of an industrial technical process or an industrial technical production plant

摘要

The invention relates to a method for the gesture-based control of a test process at an industrial, partially automated visual inspection station of an industrial technical process or an industrial technical production system, wherein a technical module as a gesture module (103; 204; 302; 401; 501; 604) is connected in terms of data technology, the gesture module (103; 204; 302; 401; 50; 604) with at least two physical detection units (sensor units) (102; 202; 602), which are based on different detection methods of spatial user interactions, is connected in terms of data technology, the defined freehand movements are recognized by a gesture processor (104; 206; 304) of the gesture module (103; 204; 302; 401; 501; 604) in a hardware-independent manner, identified in a technology-neutral manner, and processed in a data-technical manner as a command set of defined collections of freehand commands and on to data processing units of the worker guidance system be directed by a pointing gesture to a test system (1102), the activation of the visual inspection at the industrial partially automated visual inspection work station is signaled, whereupon a real test object (902) is transported to the industrial partially automated visual inspection work station by means of technical conveying elements, positioned on a test table of the latter and there optically and / or is checked mechanically with regard to test features of its surface quality, its material strength and / or its corrosion resistance and, in the absence of error features, the test system is deactivated by means of a deactivation gesture (306), or if at least one error feature of the real test object (902) is identified by a spatially located one Pointing gesture (305) is documented and subsequently classified by a semantic pointing gesture (1105) by assigning the error location and type of error in a quality assurance system t, after which the test system (1102) is deactivated using the deactivation gesture (306).