37results about How to "Realize joint monitoring" patented technology

The invention provides an automatic baking monitoring system and method which are used for monitoring a food baking process in an oven. The system mainly comprises a central control computer and an acquisition control subsystem which is in data communication with the central control computer, wherein the acquisition control subsystem comprises a baking heater, ventilation adjustment equipment, a humidity and temperature sensor, a proportion integration differentiation (PID) controller and an electronic nose. By using the automatic baking monitoring system and the automatic baking monitoring method, actual temperature, actual humidity and actual gas components in the food baking process in the oven can be automatically acquired in real time through circulating judgment and control; a baking stage of foods can be accurately judged in real time according to the actual gas components in the oven; the temperature and the humidity in the oven are correspondingly adjusted to be equal to a baking temperature set value and a baking humidity set value which correspond to the baking stage of the foods; adaptive adjustment monitoring of the food baking process is realized; and the accuracy and the baking quality of a baking process are improved.

The invention discloses a multifunctional wet gas pipeline top corrosion automatic simulation test device, which is composed of a test loop system, a control and display system, and the test loop system includes: a gas cylinder, a deposition tank, an electric heater, a fixed pipe, a flexible Composite tubes, test tubes, electrodes, temperature probes, pressure probes, etc. The test tubes are rectangular square tubes, with gas injection ports and multiple reference electrode installation holes reserved on the bottom surface, and liquid injection ports and exhaust gas ports reserved on the top surface. There are multiple sample mounting holes, multiple working electrode mounting holes and probe mounting holes, auxiliary electrode mounting holes are reserved on the side, and the two ends of the test tube are respectively connected to a flexible composite tube through flanges. The benefit of the present invention is that the device can not only reflect the corrosion situation of the top of the wet gas pipeline laid at 0-90° in the oil and gas development process, but also evaluate the effectiveness of the corrosion inhibitor under this working condition and the effect of the corrosion inhibitor on the The corrosion reduction effect of the partially damaged part of the coating.

The invention relates to a safe pointing and safe distance real-time monitoring system which comprises a laser pointing distance measuring instrument, a ground host computer and a data transmission system, wherein the data transmission system is used for the communication between the laser pointing distance measuring instrument and the ground host computer. The laser pointing distance measuring instrument comprises a laser transmitter, a laser receiver, a laser pointing module, a laser distance measuring module, a central control unit, a communication module, a time control module and a powersupply module, wherein the power supply module is used for supplying power for all the parts. The system is also provided with a video camera and a wireless control device. The invention can realize the automatic pointing in a tunneling direction and the automatic real-time monitoring of a tunneling distance, not only can save the manpower, but also can improve the production efficiency, and can realize the combined monitoring of data and images, the wireless control of a working spot and the remote control working of ground managers.

The invention discloses a mobile bridge wind temperature joint automatic monitoring system, which relates to the field of bridge engineering and includes a bridge monitoring subsystem, a cloud server and a client. The invention realizes the joint monitoring of bridge surface meteorological parameters and bridge structure temperature, performs data analysis and processing on the cloud server, and conducts visual data interaction through the client; the bridge surface meteorological parameter monitoring module adopts a movable design, which is used for meteorological The sensor for data monitoring can be adjusted at any time to monitor the entire bridge deck in a time-division manner; the height-adjustable lower cantilever structure design enables the sensor used for meteorological data monitoring to track the height of the boundary layer on the bridge surface and adjust the sensor position adaptively in real time; The bridge structure temperature monitoring module adopts the design of patch-type temperature sensors arranged in a distributed manner, which can detect the temperature of the bridge structure in all directions; the client can not only exchange data, but also store data for a long time.