A method for testing an equipment automation program may be implemented using a hardware device and may include the following steps: receiving user input through a user interface of the device; automatically identifying a test scenario based on the user input; automatically and sequentially fetching a plurality of messages according to the test scenario; and automatically and sequentially sending the messages to the equipment automation program.

A method, system, and apparatus are provided. The method includes receiving, with a coordinator component, a task for testing at least one electronic device, retrieving, by a first agent from the coordinator component, the task for testing the at least one electronic device, controlling a first robotic device to test the at least one electronic device based on the retrieved task, and receiving, with the coordinator component, a result of the task based on the testing of the at least one electronic device.

A data analyzing device, a data analyzing method, and a quality improvement system are provided. The data analyzing device includes a combination generating module, a ratio calculation module, and a weighting calculation module. The data analyzing device performs relevance analysis of to-be-analyzed data associated with a production operation procedure to generate relevance information. The ratio calculation module calculates a ratio parameter according to a total outlier product quantity corresponding to risky combinations in the relevance information and a total product quantity in the to-be-analyzed data. The weighting calculation module calculates a weighting parameter according to a number of the risky combinations in the relevance information and a total number of combinations of production control factors in the to-be-analyzed data. A production equipment selectively adjusts settings of the production operation procedure according to the ratio parameter and the weighting parameter.

Method of design and manufacturing concrete structures subjected to relevant cyclic loads along their service lives, as wind towers, and a fatigue testing machine. The method consists on the design of concrete structures conditioned by cyclic loads considering a fatigue strength value specified by the project as one of the main design parameters, which will be verified during the manufacturing phase as one of the control parameters of the quality assurance plan by performing fatigue strength test on concrete samples representative of the concrete structural elements produced on said manufacturing phase. The method allows to decouple the concrete fatigue strength from the compressive strength of the material, which is why includes a verification of the fatigue strength as a part of a quality assurance plan of production according to a new developed procedure.

Exercise system test station systems and methods are provided. The test station may include a frame and a trolley movably coupled to the frame. The trolley may include at least one deployable test assembly configured to perform one or more tests on an exercise system when the exercise system is positioned within the frame. The test station may include a workstation and/or a safety light curtain. The at least one deployable test assembly may include a spinner assembly configured to drive a portion of the drivetrain of the exercise system, a knob tester mechanism, a sound and vibration test module, or any combination thereof. The test station may be provided as part of a production line. The product line may include an AGV configured to carry the exercise system through production. Associated methods of testing the exercise system using the test station are also provided.

Method of design and manufacturing concrete structures subjected to relevant cyclic loads along their service lives, as wind towers, and a fatigue testing machine. The method consists on the design of concrete structures conditioned by cyclic loads considering a fatigue strength value specified by the project as one of the main design parameters, which will be verified during the manufacturing phase as one of the control parameters of the quality assurance plan by performing fatigue strength test on concrete samples representative of the concrete structural elements produced on said manufacturing phase. The method allows to decouple the concrete fatigue strength from the compressive strength of the material, which is why includes a verification of the fatigue strength as a part of a quality assurance plan of production according to a new developed procedure.

An automated production system for mobile phones includes a plurality of mobile phone production apparatus, a plurality of mobile phone automatic test apparatus, a plurality of surface mount apparatus, a plurality of optical inspection apparatus, and at least one management module. The management module connects the mobile phone production apparatus, mobile phone automatic test apparatus, surface mount apparatus, and optical inspection apparatus by a plurality of signal cables. An automatic transportation apparatus is configured to transport a plurality of parts between the mobile phone production apparatus, the mobile phone automatic test apparatus, the surface mount apparatus, and the optical inspection apparatus. The automated production system of the instant disclose facilitates the management of the mobile phone production and test apparatus, and provides reports of the operation status and activation of the test apparatus for review, and so economizes manpower and raises the output of production.

A method, system, and apparatus are provided. The method includes receiving, with a coordinator component, a task for testing at least one electronic device, retrieving, by a first agent from the coordinator component, the task for testing the at least one electronic device, controlling a first robotic device to test the at least one electronic device based on the retrieved task, and receiving, with the coordinator component, a result of the task based on the testing of the at least one electronic device.