40results about How to "Realize remote intelligent monitoring" patented technology

The invention discloses a method for remotely and intelligently monitoring an animal robot in the open. A backpack and a handheld control terminal are wirelessly connected with a base station respectively. The base station, a general packet radio service (GPRS) gateway server and the Internet are sequentially connected in a wired way. A desktop control terminal and a monitoring center are in wired connection with the Internet respectively. Control instructions are input by the terminals, transmitted to the monitoring center for temporary storage by the connection, and transmitted to the backpack after the data of the backpack is transmitted to the monitoring center to finish monitoring the animal robot. The method has the advantages of 1, remotely monitoring the animal robot; 2, realizing remote indoor master control by utilizing a computer terminal; 3, realizing remote indoor-outdoor mobile master control by utilizing the handheld control terminal; 4, displaying monitoring data by utilizing an electronic map; and 5, realizing long-term monitoring in the open. In brief, the method is wide in monitoring coverage area, flexible in control ways, suitable for all-weather, wide-area and long-term monitoring; and the animal robot can be operated to detect danger zones or applied to military scouting so as to achieve huge economic and social benefits.

The invention relates to an agricultural environment information collection and control device with a sensor interface circuit. The device comprises a control circuit and the sensor interface circuit which are electrically connected, the control circuit comprises a microprocessor U1 and a shift register U16, the model of the microprocessor U1 is STM32F107, a pin 23 of the microprocessor U1 is connected with an awakening circuit, the awakening circuit comprises a resistor R3, a capacitor C6 and a switch K1, the pin 23 of the microprocessor U1 is connected with one end of the resistor R3, one end of the capacitor and one end of the switch K1, the other end of the resistor R3 is connected with a power source, the other end of the switch K1 is grounded, and the other end of the capacitor C6 is grounded; the shift register U16 is electrically connected with the sensor interface circuit, agricultural on-site environment parameters can be monitored in real time, the Internet is in wireless connection, the device is convenient and flexible to use, sensor nodes are managed in a distributed mode, various sensors can be freely combined, and system flexibility is increased. All sensor node power sources are independently controlled, system power consumption can be effectively reduced, and the requirement for long-time work in the field is met.

The invention relates to an agricultural environment information collection and control device with a wireless interface circuit. The device comprises a control circuit, the wireless interface circuit, and a GPS and GPRS communication interface circuit which are all electrically connected, and a wireless sending interface circuit is connected with a 433 MHz wireless transmitting module and used for sending an instruction to wireless sensor nodes; a wireless receiving interface circuit is connected with a 315 MHz wireless receiving module, and a soil moisture sensor interface circuit is adopted for being connected with a TDR-3 type soil water sensor to detect soil moisture in the position close to the collection and control device; the wireless interface circuit is adopted in the position far away from the collection and control device to be connected with the wireless transmitting module and the wireless receiving module, the wireless transmitting module and the wireless receiving module are connected with the soil moisture sensor to detect the soil moisture, the frequency of the wireless transmitting module is different from the frequency of the wireless receiving module, and interference caused between transmitting and receiving of wireless signals is avoided.

The invention relates to an automatic monitoring method and system for long distance pipeline safety. It uses the monomode optical fiber laid near the distant pipeline, or the backup monomode optical fiber in the measured cable as sensing element; when the pipeline has leakage or the pipeline is damaged, the transmission character of the optical fiber will be changed, the light path difference of the laser in the two fibers will be changed; the change can be acquired with light interference method; at the same time, uses the affection of exterior force to the monomode optical fiber, and locating the position of the exterior on the pipeline. The several monitoring systems can be assembled into a network, thus the high sensitive, remote, real-time and automatic monitor to the long distance pipeline can be realized.

The invention relates to a bolt load wireless monitoring system and monitoring method. The system includes a fiber grating sensor, a demodulation system and a user data processing system. The system has the characteristics of distributed measurement and integrated wireless transmission, and can monitor multiple Real-time measurement of the load change of the bolt, and uploading of monitoring information and issuing of control instructions through wireless communication, realizing remote intelligent monitoring, and solving the problem of real-time quantitative measurement of bolt load; the axial force information of the measured bolt proposed by the present invention And the calculation method of shear force information, combined with the setting position of the fiber grating sensor, can perform real-time calculation on the ground, and can accurately and comprehensively obtain the axial force and shear force information of the measured bolt; solve the problem of real-time quantitative measurement of bolt load in the field of aerospace measurement , and can also be popularized and applied to occasions where bolt loads are measured in other national defense and industrial fields, and has strong practicability.

The invention discloses a real-time monitoring and analyzing system for a substation. The real-time monitoring and analyzing system comprises a data acquisition module, a data transmission module and a data processing module. The data acquisition module is mounted on an inspection vehicle and enabled to freely move for acquiring data of various devices in the substation. The data acquisition module transmits data to the data processing module through the data transmission module, and the data processing module performs real-time monitoring and intelligent analyzing to realize remote intelligent monitoring of power equipment. The real-time monitoring and analyzing system for the substation has the advantages that monitoring ranges and objects can be selected independently and flexibly, the defect of immovability of monitoring platforms mounted in fixed points is overcome effectively, monitoring ranges are widened, the problems of inaccuracy in temperature measurement of voltage heating equipment due to temperature errors resulted from remote monitoring are reduced, operation efficiency is improved, and manpower and material resources are saved. The invention further provides a real-time monitoring and analyzing method for the substation.

The invention discloses an automobile storage battery intelligent monitoring method based on the car networking big data technology. The automobile storage battery intelligent monitoring method based on the car networking big data technology comprises the following steps that firstly, data flow is obtained, specifically, data items of the automobile storage battery voltage, the automobile storage battery current and the automobile storage battery charging state are acquired from an automobile to be stored in a car networking big data platform through the car networking data acquisition technology; secondly, the health state of an automobile storage battery is monitored, specifically, data acquired in the first step are substituted into an automobile storage battery service life calculation model for automobile storage battery service life calculation; and thirdly, intelligent reminding is conducted, specifically, automobile storage battery health state data and information obtained in the second step are sent to a user. The automobile storage battery intelligent monitoring method based on the car networking big data technology has the advantages that remote intelligent monitoring on the automobile storage battery is achieved while the health state of the automobile storage battery can be known online in real time through monitoring on the working state of the automobile storage battery, and accordingly intelligent reminding can be achieved so as to achieve advanced prediction of automobile storage battery faults.