Intelligent mobile monitoring equipment

Abstract

The invention discloses intelligent mobile monitoring equipment which comprises an intelligent mobile phone and a sensing device. The intelligent mobile phone is provided with detection data interfaces including a temperature information interface, a vibration information interface, a current information interface and a voltage information interface, the sensing device is a sensor with matched detection data interfaces or a universal sensor connected through a switching line, and the sensor is mounted to a field device. By the aid of the intelligent mobile monitoring equipment, an inspector can get out of trouble of carrying a variety of equipment, and routing inspection requirements can be met only by carrying the intelligent mobile monitoring equipment.

Description

technical field [0001] The invention relates to the fields of mobile communication, mobile monitoring and sensor monitoring, and provides an intelligent mobile monitoring device through software development of smart phones, adding peripherals and developing corresponding transfer interfaces. Background technique [0002] With the popularity of smart phones, smart phones have replaced traditional mobile phones with their irreplaceable software scalability, and have become a portable communication tool for more and more people. In the current industrial field, the monitoring of equipment has corresponding sensing and testing equipment connected to the system. These testing equipment have been designed at the beginning, and it is difficult to add new sensing and testing equipment and detection nodes according to the needs of equipment. Sometimes it is necessary for inspectors to use relevant hand-held testing equipment to conduct safety inspections. If there are many types of i...

AI Technical Summary

Problems solved by technology

In the current industrial field, the monitoring of equipment has corresponding sensing and testing equipment connected to the system. These testing equipment have been designed at the beginning, and it is difficult to add new sensing and testing equipment and detection nodes according to the needs of equipment. At times, inspectors need to use relevant hand-held testing equipment to conduct safety inspections. If there are many types of inspections and scattered equipment, inspection personnel often need to go back and forth to replace testing equipment, wasting a lot of manpower and material resources.

During the inspection process, such as temperature detection, the inspection personnel conduct temperature detection on the equipment, and judge whether the equipment is operating normally through the detected temperature. This detection method is random, and it is impossible to obtain the continuous operation status of the equipment. , when the site is very large, the detection of related equipment is very random, which is very easy to cause detection omissions

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