229results about How to "Realize supervision" patented technology

The invention discloses a chronic disease health management system and method. The system comprises a health monitoring and acquisition apparatus, an information acquisition and processing module, a management module, a terminal device and a real-time tracking and monitoring module, wherein the health monitoring and acquisition apparatus acquires health information of a chronic disease patient and generates health data; the information acquisition and processing module processes, analyzes and assesses the acquired health data and generates analysis and assessment result data of the chronic disease patient; a management scheme is generated through the management module and sent to the terminal device so as to perform intervention management on the chronic disease patient; and the real-time tracking and monitoring module tracks and monitors the health information of the chronic disease patient in real time, evaluates an intervention management feedback effect and continuously adjusts and perfects the management scheme. According to the system and method, effective management can be carried out for dangerous factors of chronic disease crowds and professionalized and personalized 8S health management schemes can be provided for chronic disease patients.

The invention provides a method for inquiring transaction information in a block chain network, an accounting node and a medium. Wherein the block chain network comprises an accounting node sub-network and a service node sub-network. The method is performed by one accounting node in an accounting node sub-network. The method comprises the following steps: receiving a query request of a business node for transaction information in a data block; Obtaining authority data of the service node from an intelligent contract of the service node and the block chain operator; And if it is determined thatthe business node has a query permission for the transaction information according to the permission data of the business node, returning the transaction information to the business node, otherwise,returning a hash value of the transaction information to the business node. According to the embodiment of the invention, on the basis that the shared information achieves the consensus, privacy protection can be carried out on the uplink data.

The invention discloses an invisible address implementation method capable of being supervised by a third party. The method comprises the following steps: when a sender initiates a transaction with a receiver, the sender computes a final public key of the receiver by selecting a random value and using the public key of a supervisor and the public key of the receiver; when the receiver receives the transaction initiated by the sender, the receiver computes a private key corresponding to a transaction address including the random value by using the received random value in the transaction, the own private key and the public key of the supervisor; and when the supervisor audits whether the transaction received by the receiver is legal, the supervisor compute the public key corresponding the transaction address including the random value by using the own private key, the random value in the audited transaction and the public key of the audited party. The method provided by the invention has the advantages that the different transaction addresses received by the same user have unconditional unlinkability; and the supervisor can audit and supervise all transactions by only needing to store one main private key, and protection on user privacy is indirectly achieved.

The invention relates to an electric intelligent inspection system which comprises a two-dimensional code label, an inspection terminal and a background management system, wherein the two-dimensional code label is a unique pole tower identifier arranged on a pole tower; the inspection terminal is operated on an Android 4.0 system and contacts with the background management system through a GPS (Global Positioning System), 3G (The 3rd Generation Telecommunication) and WIFI (Wireless Fidelity) wireless communication facilities; an operator generally scans a two-dimensional code by using a hand-held terminal and transmits data and information to a background for service; the background management system can track a locus map, an inspection state, a site photo, emergency alarm and mobile phone short message notification in real time on line for inspection by mainly receiving the information from the hand-held terminal and can realize the functions of inspection period management, base data management, defect task allocation, task short message sending, defect task execution condition inquiry, data analysis and the like. The electric intelligent inspection system disclosed by the invention can grasp the operation condition of a circuit and the change of a surrounding environment for 24 hours all weather, find the facility defects and the hidden danger which endangers the safety of the circuit and enhance the equipment maintenance level by ensuring the quality of inspection work and improving the efficiency of the inspection work, thereby ensuring the safety of the circuit and the stability of an electric system.

The invention discloses a wireless real-time community medical care monitoring system with a security mechanism and a wireless real-time community medical care monitoring method. The wireless real-time community medical care monitoring system mainly comprises a wireless sensor network and a monitoring computer, wherein the wireless sensor network comprises a terminal node, a route node and a base station node; and the base station node is connected with the monitoring computer by a serial port or network port. The invention has three network formation methods according to different demands. The invention better solves the problem that the elderly and the chronic patient can transmit human physiology parameters to a medical monitoring center in real time; meanwhile, the strengthened security function overcomes the detect that the prior wireless sensor network medical monitoring system can not effectively protect the data, the invention protects the important physiology data during the transmission by adopting an efficient elliptical curve cryptographic algorithm and improves the system safety.

The present invention discloses a human body sleep multiple physical sign non-invasive distributed optical fiber monitoring system and method. The system comprises a mattress, a plurality of physicalsign optical fiber optical grating sensors, a demodulator and an upper computer; the physical sign optical fiber optical grating sensors comprise a plurality of distributed temperature optical fiber optical grating sensors, distributed pressure optical fiber optical grating sensors and distributed heartbeat/respiration optical fiber optical grating sensors; the physical sign optical fiber opticalgrating sensors are all fixedly arranged in fillers embedded between a mattress inner bed net and a fabric inner filling material, and also keep depth on the same horizontal plane; the physical sign optical fiber optical grating sensors are connected with the demodulator, and output signals of the demodulator are transmitted to the upper computer through serial ports, so as to monitor health stateof a user during sleeping, such as physical sign parameters of heart rate, respiration, body temperature, etc.; and sleeping postures and bed leaving conditions are analyzed according to pressure field monitoring conditions of a user in a sleeping state. The distributed multi-parameter optical fiber optical grating sensor networking realizes monitoring of information of multiple physical signs and sleep movement state.

The invention discloses a neuromorphic system based on variable-resistance devices and adaptive-excited neurons and a realization method. The system includes a crossed array of the variable-resistance devices, the anterior neurons, the posterior neurons, a global dynamic threshold value control circuit, a control logic module, a voltage regulation module, a sample input, a tag input and a result output. According to the system, the variable-resistance devices are used as electronic synapses, and a new structure and operation mode of the adaptive-excited neurons are provided, thus the system is optimized on area and operation aspects, and training problems faced by the same type of systems are solved.

The invention discloses an engineering project management cloud platform system based on Internet technology. By adopting the engineering project management cloud platform, standardization, streamlining, informatization, visualization, and intelligentization of supervision working are realized, and therefore management of whole processes and all dimensions of engineering projects is realized, and the fineness and the efficiency of the management are improved.

The invention relates to a remote medical monitoring and security monitoring system, and aims to solve technical problems that functions of exiting monitoring systems are simplex and the systems are poor in mutual compatibility, etc. The remote medical monitoring and security monitoring system comprises an all-in-one machine, a center cloud server and a monitoring center. The all-in-one machine integrates a medical monitoring system, a regional environment monitoring system, a video monitoring system, an entrance guard system and an alarm system into one body. Data packets acquired and generated by the all-in-one machine is uploaded to the center could server in real time. The center could server receives and processes and stores data for the monitoring center to use. According to the invention, comprehensive and multi-aspect monitoring can be carried out on monitored areas. Through a cloud technology platform, management can be carried out on the plurality of monitored areas, and large scope monitoring and remote distance observation can be realized.

The invention discloses a novel concrete intelligent temperature control system and method. The system comprises a main server, an intelligent monitoring main control room and branch control stations. The main server of the system is responsible for data storage, management, calculation, analysis, pre-warning, forecasting and instruction transmission of the whole system and can dynamically and visually display all types of temperature control information in form of graphs, lists and lines, and related workers can conveniently conduct supervision and management. The intelligent monitoring main control room directly distributes instruction information of the main server to all the branch control stations and can send temperature control information of all the branch control stations to the main server in a concentrated mode. The branch control stations draw all monitoring devices to the system so that management and information transmission can be conveniently conducted. By means of the modularized, unitized and systemic design, the true temperature and stress, influenced by the true environment where various factors exist at the same time, of concrete are achieved, man-made influence factors are reduced through intelligent water injection, and rapid and high-quality construction of large-size concrete are ensured under the complex environment conditions.

The invention provides a multi-side online and offline interactive education system, method and device. The system comprises a cloud module, a parent side module, a teacher side module and a student module, wherein the parent side module, the teacher side module and the student side module carry out information interaction with the cloud module; the cloud module transmits the information module ofthe student side module to the teacher side module and the parent side module to realize online teaching and supervisor. The system has the following beneficial effects of environment protection andpaperless teaching; an efficient and intelligent identification function can lighten the daily work of teachers; the own and mutual communication efficiency of each port can be improved; big data andInternet of Things technologies can carry out statistics on one series of data, including teachers, students, parents, schools and the like; and the positioning effect of the Internet of Things can guarantee the safety of students and teaching quality from different angles.

The invention provides a pipeline patrol, maintenance and checking method which is applied to application program servers and comprises the following steps: receiving a patrol task instruction transmitted form a PC, generating a patrol task, and sending out the patrol task, thereby enabling patrol operators to implement patrol; receiving patrol data forwarded from a mobile terminal through a Wechat server, and storing the data in a database server; and judging patrol data types according to internal patrol data identifiers, if the patrol data is ordinary patrol data, generating an ordinary patrol operation state change signal and transmitting to the PC, and if the patrol data is abnormal event patrol data, forwarding a part of information to the PC, generating an abnormal event patrol operation state change signal according to the abnormal event patrol data, and transmitting the signal to the PC. The steps of the maintenance and checking method are similar to those of the patrol method. By adopting the pipeline patrol, maintenance and checking method provided by the invention, the problems that, in the prior art, mobile APP software development cost is high and programs are low in portability can be solved.

Embodiments of the invention provide a data processing method and device and a device for data processing. The method comprises specific steps of receiving voice data and/or image data of a user; determining user emotions according to the voice data and/or image data, wherein user emotions comprise a positive emotion, a neutral emotion or a negative emotion; and if the user emotion meets a first preset condition, sending prompt information to a preset contact. The method can be used for monitoring mental health.

The invention discloses a tuyere information deep learning-based blast furnace condition abnormity supervision and prediction method, which comprises the following steps of: extracting a blast furnace tuyere image, and carrying out denoising preprocessing on the tuyere image by adopting a mode of combining adaptive median filtering and gamma transformation; enhancing the picture contrast by combining a gray binarization algorithm and gray up-shift, then carrying out unsupervised classification on a sample image, automatically generating a label, and constructing a tuyere image database; and establishing a TI-ResNet model to extract the characteristics of the blast furnace smelting process, and finally utilizing the trained TI-ResNet model to supervise and predict the real-time or off-line furnace condition of the blast furnace based on the blast furnace tuyere monitoring data obtained in real time or off line. According to the method, closed-loop automatic datamation and automatic tagging can be realized, the established TI-ResNet model is automatically trained based on the updated data set, and online or offline furnace condition abnormity supervision and prediction can be performed by applying the established intelligent algorithm and model.

The invention provides a monitoring method based on the time triggering Ethernet. The aim of monitoring time triggering communication is achieved. The monitoring method based on the time triggering Ethernet includes the steps that information of an MAC layer is divided into time triggering information, protocol control information and rate limitation information, the information is correspondingly checked and filtered, and then the information conforming to checking options is submitted to a switch module for switching. By means of the monitoring method, the time triggering information, the protocol control information and the rate limitation information are monitored, and the monitoring requirement of a high-reliability switch network can be met.

The invention discloses fetal heart monitoring equipment. The fetal heart monitoring equipment comprises a first communication interface, a data storage unit, a displayer and a data processor, wherein the first communication interface is suitable for being in communication with a fetal heart detector in a first communication mode; the data storage unit is suitable for storing fetal heart data information; the displayer is suitable for displaying the fetal heart data information; the data processor is suitable for receiving a fetal heart data package from the fetal heart detector through the first communication interface, and the fetal heart data information in the fetal heart data package is extracted, stored in the data storage unit and displayed on the displayer. The fetal heart data information comprises fetal heart rate data comprising a fetal heart rate, a self-correlation peak value and/or a peak value compared result, the data processor is used for displaying a heart rate value curve on the displayer according to the fetal heart rate, guide identification is displayed on the displayer according to the self-correlation peak value and/or the peak value compared result, and a user is conveniently guided to move the fetal heart detector. The invention further discloses a fetal heart monitoring system comprising the fetal heart monitoring equipment and a corresponding fetal heart monitoring method.

The invention provides an Internet of things data management method, platform and device. The method comprises the following steps: a data layer receives the Internet of Things data sent by a terminaldevice and writes the Internet of Things data into a blockchain, wherein each node of the blockchain network comprises a member and a data layer in an application management layer; the data layer receives first tradable data information sent by a first member, and broadcasts the tradable data information to the blockchain network, so that each node of the blockchain network confirms the first tradable data information; if the blockchain network confirms that the tradable data information is legal, the data layer writes the tradable data information into the blockchain, so that a second membersends a transaction request to the first member according to the tradable data information. According to the method, the platform and the device in the invention, the Internet of Things data are stored based on the blockchain technology, and the Internet of Things data can be managed and supervised effectively.

Provided is a bluetooth wireless cardiac sound and respiration sound auscultation monitor apparatus comprising an auscultation monitor device and a receiving device, wherein the monitor device comprising a probe, a lamp indicator module, a wave filter module, a micro controller, a photoelectric insulation module, a blue tooth transmission module and a power supply module, the receiving device comprising a bluetooth receiving module, a PC machine and a bluetooth earphone. The provided apparatus is directed to infectious patients, it can both protect the medical workers and transmit the patient information at the utmost to remote processing software for analysis and storage by realizing a non-contact type auscultation and monitor of lung respiration sound and heart sound in real time. It has simple structure, reasonable design, easy operation, low power consumption and integrated function.