30results about How to "Easy to monitor and analyze" patented technology

The invention discloses a method for preparing a silane coupling agent modified attapulgite surface molecular imprinting material aiming at bisphenol A. The method comprises the following preparation steps: preparing a molecular imprinting material carrier; adding silane coupling agent modified attapulgite into an HCl solution to be acidified, performing backflow reaction under the condition of heating and nitrogen-filled seal, and drying in vacuum; adding the attapulgite obtained in the second step into anhydrous methylbenzene, adding acryloyl chloride and triethylamine under the condition of nitrogen-filled seal, stirring to react under the condition of room temperature, performing suction filtration, subsequently washing, and drying in vacuum; and putting the attapulgite obtained in the third step into an acetonitrile solvent, further adding template molecules, functional monomers, cross-linking agents and initiators to perform polymerization reaction so as to form the expected attapulgite surface molecular imprinting material. The prepared attapulgite surface bisphenol A molecular imprinting material has the advantages of large adsorption capacity, high targeted adsorbability, high repeated utilization rate, long service life and the like.

The invention relates to the field of safety monitoring of a building engineering, in particular to a real-time monitoring system for safe construction of a building engineering structure and an application method thereof. The system comprises a real-time monitoring system, a monitoring management platform and a monitoring user end; and a WSN (Wireless Sensor Network) monitoring system comprises a WSN coordinator, multiple WSN routers, multiple WSN collectors and multiple construction monitoring sensors. Based on a wireless full-automatic monitoring means, the system can automatically acquire the information of each monitoring point in the construction process of the building engineering and can visually display each monitoring part in the construction process of the building engineering and the monitored data of the each monitoring point in real time in conjunction with a two-dimensional or three-dimensional model, thereby solving the problems in the prior art.

The invention relates to the technical field of electric power information, and in particular to an electric power operating information displaying method and system. The electric power operating information displaying method comprises the steps of: presetting an electric power operating monitoring field displaying library, and storing electric power operating three-dimensional scene displaying models in the electric power operating monitoring field displaying library; and calling one electric power operating three-dimensional scene displaying model from the electric power operating monitoring field displaying library to display electric power operating information according to a received display instruction. The electric power operating information displaying system comprises a storage device and a model display device. Through utilizing the electric power operating information displaying method and the system of the embodiment to display the electric power operating information, the electric power monitoring personnel can conveniently monitor and analyze according to a monitoring displaying result.

The invention relates to a current-carrying capacity and temperature simulation method for a high-voltage alternating-current submarine cable. Through establishing a submarine cable multi-physical coupling simulation model based on an electromagnetic field, a heat transfer field and a fluid field, a calculation method for calculating the temperature and current-carrying capacity of a submarine cable is provided. The current-carrying capacity and temperature simulation method is based on an electricity-heat-flow multi-physical field coupling equation, is used for monitoring a temperature fieldand current-carrying capacity of the submarine cable by combining with actual laying conditions of the submarine cable, and can perform monitoring and analysis on the operation condition of the submarine cable more conveniently; an APP based on COMSOL simulation can meet the requirements of users to the maximum extent; and an operator can set different parameters according to different conditionsof the submarine cable to obtain the temperature field and the current-carrying capacity of the submarine cable. The current-carrying capacity and temperature simulation method and system overcome thedefects that a submarine cable entity experiment is high in cost, difficult to implement, difficult to measure data and the like, efficiently realizes simulation calculation of the temperature and current-carrying capacity of the submarine cable, and have important significance in guaranteeing completely reliable operation of a power grid and stable operation of the submarine cable.

The invention provides an aqueous fluorescent tracer and a preparation method thereof. The aqueous fluorescent tracer has a chemical structure shown in the description; and R in the chemical structureis -SO3Na, -(CH2)2NH(CH2)2SO3Na, -Ph-SO3Na, -Ph-COOC2H2SO3H or a group with the formula being shown in the description. The preparation method of the aqueous tracer comprises the following steps: carrying out a condensation reaction on salicylaldehyde and diethyl malonate with piperidine as a catalyst to obtain a first product; carrying out a hydrolysis reaction on the first product under an alkaline condition to obtain a second product; and reacting the second product with aminosulfonate to prepare the aqueous fluorescent tracer. The aqueous fluorescent tracer has the advantages of good water solubility, low cost, non-toxicity, good chemical and biological stability, good thermal stability, simplicity in analysis operation, small dosage, high sensitivity, and convenience in monitoring.

The invention discloses a portable wireless communication blood glucose monitoring and diagnosing system oriented to a community hospital. In the system, a glucose meter and a database of the community hospital perform data intercommunication in a wireless communication manner; the output of a glucose meter detection module is connected with the input of a microprocessor; the microprocessor is respectively connected with a man-machine interface circuit, a data memory and a serial communication circuit through different output ports; the output of the serial communication circuit is connected with a first wireless communication module; data is transmitted and received between the first wireless communication module and a second wireless communication module in a wireless communication manner; and the second wireless communication module is interconnected with the database of the community hospital. In the invention, measuring results are transmitted in real time by means of the data receiving and sending functions of a digital mobile communication network so that the measuring results of a patient can be fed back to a doctor immediately and diagnosis and guidance of the doctor can be transmitted to the patient in real time, thus protecting the patient against the pain to and from the hospital, and saving a large quantity of medical resources.

According to the technical scheme, the bolt assembly for the high-voltage power transmission tower comprises a bolt and a nut which are used for fixing angle steel of the high-voltage power transmission tower, an information acquisition module is arranged on the side, facing the angle steel, of the bolt and/or the nut, the information acquisition module is extruded by the angle steel bolt assembly; the information acquisition module is for acquiring and transmitting a pressure signal, and a terminal processing module for receiving and analyzing the pressure signal is further included. The boltassembly has the beneficial effects that the pre-tightening force of the bolt is decoded into an electric signal, so that the state of the bolt assembly of the power transmission tower can be conveniently monitored on line, data can be dynamically analyzed in real time, and is convenient to analyze, monitor and collect, a historical curve can be formed, so that subsequent research on the bolt assembly can be deeper, a wireless transmission module is used, a line is simpler, the communication distance is long, and disconnection is not likely to happen.

The invention provides an intelligent pipe network state monitoring and analyzing method and a system, and the method comprises the steps: obtaining preprocessed pipe network data, and determining a pipe point number and a pipeline number in the pipe network data; calculating to obtain a shortest communication distance and a shortest communication path between every two different pipe point numbers in the pipe network data; and according to the obtained pipe network abnormity or query information, calling the calculated result data to analyze the pipe network state. By means of the method, theshortest communication distance and the shortest communication path between every two pipe points in the pipe network data can be calculated, the calculation process is simple and efficient, a largenumber of resources of the system do not need to be occupied, when the pipe network is abnormal or information is inquired, the calculated result data can be called for analysis, repeated operation isavoided, and the analysis efficiency is improved. The invention further provides a system for realizing the intelligent pipe network state monitoring and analyzing system.

The invention discloses a crawling robot structure device for pipeline flaw detection, and relates to the field of industrial robot application devices. A driving power device is fixedly connected with a first supporting connecting plate and a second supporting connecting plate, one side of a movable joint plate is fixedly connected with a third supporting connecting plate and a fourth supportingconnecting plate, and a first sensing detection mechanism and a second sensing detection mechanism are fixedly installed on the movable joint plate. A first wide-angle camera device and a second wide-angle camera device are fixedly installed on the two sides of a first supporting base plate correspondingly, a first light supplement device and a second light supplement device are fixedly installedon the first supporting base plate, and a first guide auxiliary wheel and a second guide auxiliary wheel are arranged on a second supporting base plate. A tube wall at a corresponding position is effectively detected by arranging the sensing detection mechanisms on the front end side of the movable joint plate; and by arranging the wide-angle camera devices and the light supplement device, image information collection operation can be carried out on the tube wall in real-time, and the tube wall can be monitored and analyzed conveniently in a visualized mode.

The invention belongs to a steel bar corrosion monitoring technical field, and relates to a steel bar corrosion monitoring method, which comprises the following steps of using an change of a resistance value of a built-in steel wire to reflect the corrosion condition of the steel bar, which is mainly used for corrosion monitoring and durability assessment of the steel bar component in a steel bar concrete structure, and is achieved in a parallel-resistance-typed steel bar corrosion monitoring device. The process procedure comprises two steps of mounting of parallel-resistance-typed steel bar corrosion monitoring device and monitoring of steel bar corrosion condition, wherein the steel wire is embedded in different depth from the concrete surface by using a parallel-connection manner, and is led out only using a group of wires uniform sections or variable cross-sections, thereby ensuring sensibility of the change in resistance of a metal conductor caused by corrosion of the steel bar. The inclining degree of the parallel-resistance-typed steel bar corrosion monitoring device can be adjusted so as to monitor the corrosion condition of the steel bar in different concrete protective layer thicknesses. The principle thereof is scientific and reliable, monitoring is easy and convenient, the monitoring result is accurate and reliable, and the resistance signal is simple and sensitive to change, thereby being easy to analyze and monitor, so that the adaptive range is wide.

The invention relates to an air purifying device imitating the nasal cavity, the nasopharynx portion and other upper respiratory tract structures and functions, and in particular to the air purifying device imitating the nasopharynx portion. Air is polluted, PM 2.5 exceeds the standard and the health is damaged due to exhaust emission of automobile exhaust. An existing air purifier is inconvenient to wear and low in efficiency, and treatment of air pollution sources of automobiles and other equipment emitting waste gas is not facilitated. The air purifying device imitates the structural and functional features of nasal cavities and nasopharynx portions of human beings, elephants and other animals, twisted aeration conduits, vibrissa, mucous membranes, grume, porous adsorption cores and other structures imitating nasopharynx portion and elastic conformal connectors and the like are designed. The air purifying device has comprehensive effects of rough screening, filtering, warming, humanizing, absorbing, adhering and the like on air passing through the device, and therefore PM2.5 dust and the like in the air are effectively prevented from being absorbed into human bodies; PM2.5 dust and the like in the waste gas emitted by automobiles and the like are effectively prevented from entering the ambient air; the air purifying device has the functions of supporting the nasopharyngeal respiratory tract and preventing snoring.

The invention discloses an environment-friendly control cable, which comprises a cable body, a cable acquisition module, an information processing module, an information calculation module, an early warning prompt module and a processor, wherein the cable acquisition module is used for acquiring internal information and external information of the cable body; the information processing module is used for receiving internal information and external information of the cable body, processing and marking the internal information, and processing and marking the ; and the information calculation module is used for calculating the processed internal processing information and external processing information to obtain an electric internal coefficient and an electric external coefficient, and analyzing the electric internal coefficient and the electric external coefficient to obtain an analysis set. According to the environment-friendly control cable disclosed by the invention, the problems that the interior and the exterior of the cable cannot be monitored and analyzed at the same time in the existing scheme, so that the fault of the cable cannot be found and maintained in time are solved.

The invention discloses a tax source management analysis monitoring system. The system comprises a basic query module, an information import module, a graph display module, a basic data module, a system management module and a file storage module. The basic query module comprises a comprehensive query and analysis comparison unit, an industrial and commercial enterprise basic information unit, a national tax-related information unit, a real estate tax-related information unit, a local tax enterprise basic information unit and a national tax enterprise basic information unit. According to the invention, self-checking processing is realized as required; macro analysis is carried out on the overall completion condition of the tax source through the graph display module. The data table of basic query is combined for chart display, a user can clearly see the data trend condition on the chart through selection of different months, data monitoring is facilitated, a manager can analyze and monitor the data in real time, the data safety is high, the manual checking time is saved, and the data precision is high.

The invention relates to the technical field of environmental protection monitoring, and discloses an environmental protection monitoring system based on big data, which comprises a data acquisition module, a central data management module, a wireless communication module, a data analysis module, a data storage module and a remote monitoring module, the data acquisition module is connected with the remote monitoring module, the remote monitoring module comprises a camera and a front-end server, the central data management module is connected with the data analysis module, and the central data management module comprises a central controller. Through the application of the Internet of Things technology, a large amount of data can be collected, the real-time performance and effectiveness of environment monitoring are effectively improved, information sharing is achieved, remote video monitoring can be carried out on key pollution source areas, monitoring data of the environment data acquisition module can be collected, sorted and stored, and data support and guarantee are provided for environment management application.