36results about How to "Realize real-time automatic monitoring" patented technology

The invention discloses an orchard bactrocera dorsalis insect damage recognition system based on digital signal processing (DSP) and the internet of things. The orchard bactrocera dorsalis insect damage recognition system comprises an installation support, a novel insect trap fixed on the installation support, an industrial camera arranged above the novel insect trap and a casing fixed on the installation support. A photoelectric detection module is arranged in the novel insect trap; a DSP digital image processing module, a scanning tunneling microscope (STM) 32 functional circuit, a global system for mobile communications (GSM) / general packet radio service (GPRS) wireless communication module and a charging control module which are sequentially connected are arranged in the casing; a displayer and a touch screen are arranged on the surface of the casing; and the charging control module is further connected with a solar panel. According to the orchard bactrocera dorsalis insect damage recognition system, the DSP technology, the machine vision technology and the internet of things technology are combined, the machine vision technology is achieved on a DSP processor platform and applied to detection and recognition of orchard bactrocera dorsalis, and accordingly fast and accurate detection and recognition of orchard bactrocera dorsalis are achieved. Simultaneously, automatic real-time monitoring of orchard insect damage is achieved and cost of manpower and material resources in orchard insect damage monitoring is reduced.

An intelligent monitor system of broadcast is prepared as connecting audio collection unit to intelligent monitor host, sending collected audio data to intelligent monitor host by said collection unit and outputting alarm signal to alarm unit by intelligent monitor host when fault is monitored by intelligent monitor host. The intelligent-monitoring method of broadcast is also disclosed.

The invention discloses a film thickness monitoring method for BOPP film production, and the method comprises the steps: collecting a film profile image outputted by a film thickness measurer, obtaining the reference thickness value, coordinate scale value and mean thickness value of an original film thickness curve in the image according to the image, generating a continuous complete non-crossed film thickness curve according to the image, calculating the thickness value corresponding to each point on the curve, outputting or displaying the thickness values according to the requirements of an object which receives the thickness values, and giving an alarm when a thickness value exceeds a preset range. The method can avoid the analysis of a specific data format of the thickness measurer, accurately obtains the thickness data, achieves the real-time automatic monitoring of the thickness of a film profile, effectively avoids the misjudgment of manual monitoring, and provides the fundamental basis for the control of the thickness of the film. Moreover, the method can be easily popularized to other similar equipment, and is good in expansibility.

The invention discloses a satellite docking and locking automatic control method and system. According to the control method, a motor is adopted by a locking executing mechanism for providing power, and the locking executing mechanism comprises an enclasping assembly mounted on a base and used for achieving the enclasping and downwards pressing functions on a docking ring of a target satellite, a locking assembly used for achieving locking with the docking ring of the target satellite and a damping mechanism used for reducing rigid impact when the locking executing mechanism makes contact with the target satellite. According to the satellite docking and locking automatic control method and system, closed loop full-automatic control over the satellite docking and locking process can be achieved, actions of enclasping, downwards pressing and locking of the locking mechanism to the docking ring of the target satellite can be completed automatically and accurately without human participation, the locking process and state can be automatically monitored in real time in the whole process, and the automation degree and reliability of locking of the satellite docking ring are greatly improved.

The invention discloses a parallel deep multi-point static leveling system used for a pile foundation and a method. The system includes a plurality of displacement measuring devices and a data collection system. Each displacement measuring device includes liquid storage tanks, a buoy, a detection rod and a sensor. The liquid storage tank is used for containing liquid, an upper part thereof is provided with a vent hole, and a lower part is provided with a liquid outlet. The buoy floats on a surface of the liquid. The top of the buoy is provided with a measuring rod. A sensor is mounted on the measuring rod. The vent holes of the multiple liquid storage tanks are in communication through a vent tube. The liquid outlets of the multiple liquid storage tanks are in communication through a liquid passing tube. The sensor of each displacement measuring device is connected with the data collection system. The data collection system can accurately collect settlement data, carry out real-time recording, and automatically draw correlation curves.

This invention relates to float cylinder liquid level monitor system and its method for liquid level status, deepness, position and remaining float force, wherein, the invention comprises computer, sensor, conversion module; the sensor is connected to conversion input end and output end of conversion module is connected to computer. The invention can realize float cylinder liquid level real time monitoring to alter regular human or single device low accuracy and non-scientific data process status.

The invention discloses a film thickness control system based on bolt self-positioning and a bolt self-positioning method. The film thickness control system comprises an extrusion unit, a cooling forming unit, a stretching unit, a thickness measuring unit, a monitoring control unit and a winding unit, The monitoring and control unit includes an acquisition module, a processing module, and a control module. The acquisition module transmits the film profile thickness curve data to the processing module. The processing module calculates and obtains the film thickness and estimates the position of each bolt of the extruder die head. Processing to reduce the estimation deviation, the control module adjusts the thickness of the film in the longitudinal direction and the transverse direction through the frequency converter and the die head adjuster respectively. The invention can quickly self-position the die head bolts, the adjustment action is small in the positioning process, and the influence of long-term bolt heating on normal production is avoided, and the accurate bolt positioning can avoid the problem that the thickness deviation is difficult to zero in the BOPP film manufacturing process , so that the thickness of the film in both transverse and longitudinal directions is highly consistent.

The invention discloses an application crash monitoring method, device, electronic equipment and medium. The method includes: constructing an asynchronous loading request corresponding to the crash information in the target site, accessing the target site according to the asynchronous loading request, and crawling target crash information of the target application, wherein the asynchronous loading request carries description information of the target application, and based on the target crash information , execute the monitoring operation on the crash of the target application, realize the real-time automatic monitoring of the crash of the target application, save labor costs and time costs, avoid the problem of untimely detection of large-scale crashes, and improve the monitoring of application crashes timeliness and efficiency.