Abstract:
A voice output system for providing a voice output to a user of a subcomponent of an automation system. A PLC associated with monitoring or controlling an operation of the subcomponent determines if voice output is needed and generates a signal to provide the requisite speech output. The output may be computer generated or a pre-recorded taped message.
Abstract:
The scan cycle in a programmable logic controller is constructed so as to allow the PLC users program to execute an instruction to assign a user program section to which the PLC system is to transfer control upon the occurance of an instruction-specified event. Also allowed is the de-assignment of a user program section from an instruction-specified event. Moreover, the interrupt may happen at any portion of the PLC scan cycle and not merely at compilation time. This thereby allows for dynamically presetting values of characters and the like as well as pipelining of interrupts in the PLC.
Abstract:
A programmable logic controller (PLC) with voice control includes a CPU configured to run an application program, a condition monitoring system (CMS) configured to provide condition data of an industrial unit, a microphone input for providing microphone data, the microphone input connected with the CMS, which is configured to receive the microphone data, determine an audio file using the received microphone data, and provide the audio file to the CPU; wherein the application program is configured to determine a control command for the PLC using the provided audio file.
Abstract:
The method includes a car diagnostic method based on mobile phone voice mode which includes the following steps: step 1, providing a connector which will be mounted to a car, downloading a client to a mobile phone, opening a microphone of the mobile phone or opening the client by a user to input voice; step 2, interpreting voice content and executing commands by the client after the client had received the input voice; step 3, communicating the client software with the connector mounted on the car automatically; step 4, starting a diagnostic software, collecting data from the car, and analyzing the data from the car professionally to form a diagnostic result, by the client; step 5, transmitting the diagnostic result to the client, outputting the diagnostic result to the user via voice mode, and storing the diagnostic result.