Remote experiment interaction method and system

Abstract

The embodiment of the invention discloses a remote experiment interaction method and a system, which relate to the technical field of instrument design and aim at monitoring the operation condition of an experiment instrument in a college lab at a low cost. The method comprises steps: after the instrument device is power-on, a notification message is sent to a mobile terminal; experiment data outputted by the instrument device are received, and the content of the experiment data is displayed; when the displayed content is refreshed according to the experiment data outputted by the instrument device, a screen is captured and the captured screen data are saved; and after request information sent by a mobile terminal is received, the saved captured screen data are sent to the mobile terminal. The method and the system of the invention are suitable for remotely monitoring the operation condition of the experiment instrument in the lab.

Description

technical field [0001] The invention relates to the technical field of instrument design, in particular to a remote experiment interaction method and system. Background technique [0002] The instruments used in the laboratory in the past are composed of mechanical structures or electronic circuits, requiring the operator to manually operate the switches, valves, buttons and other components on the instrument, and obtain the analog data output by the instrument. With the development of information technology, major colleges and universities have basically completed the digital upgrading and transformation of laboratories, the most prominent feature of which is the realization of the connection between experimental instruments and computers, and the operator provides control commands to the instruments through the computer and generates Control parameters, the instrument will further feed the data back to the computer after obtaining the data to form digital or image informat...

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Problems solved by technology

[0003] Since the collected experimental data is output from the computer screen, in most university laboratories, if the instructor guides multiple students to conduct experiments, it is necessary to check back and forth on the screens of the computers operated by each student in order to find out in time For the abnormality of the experimental equipment, if the instructor leaves the field temporarily or is away from school on business trips, etc., it is often impossible to see the experimental data of the experimental equipment in time, find out the abnormality of the equipment in time, and guide and solve the problems that students have in the experiment.

[0004] In order to be able to detect instrument anomalies and problems encountered by operators in experiments in a timely manner, special instrument monitoring and interactive systems are configured in some national key laboratories, and such interactive systems are often customized industrial-grade systems. The cost is high and the operation is complicated, and special personnel are also required for real-time monitoring, and most university laboratories are unable to establish such interactive systems

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