356results about How to "Monitor health" patented technology

A method for monitoring the health of a system comprises performing at each of a plurality of times the steps of:constructing a condition signature from a plurality of condition indicators including (a) a plurality of vibration measurements acquired from the system or (b) one or more vibration measurements and one or more performance parameter measurements acquired from the system;predicting a normal signature from a model defining one or more inter-dependencies between said condition indicators, the normal signature corresponding to the condition signature for a healthy system;comparing the condition signature with the normal signature; andregistering an event if the condition signature differs from the normal signature by more than a predetermined threshold.

The invention relates to a construction and operation method of a container cloud platform system. The construction and operation method comprises the following steps: (1) the system is constructed; (2) access shunting is carried out on a control instruction and a service instruction; (3) a container cluster scheduling module forwards an access request to a specific container, and the specific container carries out service processing on the access request, returns the access request to the container cluster scheduling module, and then returns a processing result to a caller; (4) a host containerization engine module containerizes a host, records and maintains an application operated in the current platform and an application operation example list, supports and processes the control instruction, forwards instruction information, and monitors and feeds back the state of an application operation example; (5) a general controller module processes the control instruction of a container cloud platform; (6) an application health management module monitors the application condition; and (7) a message bus carries out message communication of a cloud platform device. The construction and operation method provided by the invention is used for packaging and operating dependent terms of third party applications with a container as a unit for achieving isolated operation and avoiding mutual interference, and the system resources of the host are used more fully.

The present invention includes embodiments of systems and methods for increasing the operational efficiency and extending the estimated operational lifetime of a flash memory storage device (and its component flash memory chips, LUNs and blocks of flash memory) by monitoring the health of the device and its components and, in response, adaptively tuning the operating parameters of flash memory chips during their operational lifetime, as well as employing other less extreme preventive measures in the interim, via an interface that avoids the need for direct access to the test modes of the flash memory chips. In an offline characterization phase, “test chips” from a batch of recently manufactured flash memory chips are used to simulate various usage scenarios and measure the performance effects of writing and attempting to recover (read) test patterns written with different sets of operating parameters over time (simulating desired retention periods).

A method and system for the secure recording, uploading and management of data, audio and video relating to person-to-person encounters to protect both participants from improper behavior in a closed setting, by either party, and to support the rules of digital of evidence in the case of a potential investigation all the while protecting the privacy of the participating parties.

The present invention discloses a web server architecture based on a Docker and an interactive method between modules. The web server architecture comprises a load balancing module, a service discovery module, a system monitoring module, a private library module and a plurality of server modules. The web server architecture can be conveniently applied to a web system with the need of high availability and scalability. At the same time, the following functions of (1) monitoring, storing and displaying the operation conditions of a CoreOS server and a Docker container operated by the CoreOS server, (2) dynamically expanding and retracting a cluster according to monitoring data, and (3) updating service in a non-restart mode through establishing a Docker private library and a related strategy are realized.

An artificial liver system for treating liver failure includes a reservoir to provide albumin-containing dialysis fluid to the patient's peritoneum, an implantable device including a pump to pump the fluid from the peritoneum to the bladder via respective catheters, control circuitry, battery and transceiver; a charging and communication system configured to periodically charge the battery and communicate with the implantable device to retrieve data reflective of the patient's health; and monitoring and control software, suitable for use with conventional personal computers, for configuring and controlling operation of the implantable device and charging and communication system. The monitoring and control software allows a treating physician to remotely adjust the volume, time, and frequency with which fluid is pumped from the peritoneal cavity to the bladder based on the data reflective of the patient's health.

The invention provides a grid-side regional distributed photovoltaic operation and maintenance management system and a grid-side regional distributed photovoltaic operation and maintenance management method. The management system and the management method orient to the requirements of provincial and municipal electric power companies for regional distributed photovoltaic grid-connected monitoring and operation management, achieve the regional distributed photovoltaic data acquisition, region monitoring, grid-connected management, billing supervision and safe operation inspection, solve the technical difficulties of data fusion, operational monitoring, data analysis and the like after provincial and municipal large-scale distributed photovoltaic access, improve a distributed photovoltaic integrated management system, enhance distributed photovoltaic integrated management level, operation and maintenance analysis level and operation service level, increase distributed power supply access efficiency, and ensure safe and economical operation of the power grid.

The invention discloses an online and fault diagnosing system for a crane. The system comprises: a signal collection subsystem which is used for obtaining various state information in the crane operation process; a datum acquisition subsystem which is used for acquiring the information obtained by the signal collection subsystem, preprocessing the information and outputting the information; an online monitoring and alarming subsystem which is used for analyzing the information output by the datum acquisition subsystem, the online monitoring, and the fault alarming; a wireless communication subsystem which is used for positioning the crane and transmitting data input to the online monitoring and alarming subsystem; and a remote monitoring and diagnosing subsystem which is used receiving and analyzing the data transmitted by the wireless communication subsystem to realize online monitoring, fault alarming, fault diagnosing and trend analyzing in a remote manner. The system has the functions of online monitoring, advance warning and alarming, analyzing, diagnosing, wireless communication remote monitoring and the like, so reliable bases are provided for the safe operation of the crane, and safety accidents are avoided or reduced.

The invention belongs to the field of biomedical engineering and mainly relates to the technical field of physiological parameter monitoring, in particular to a mobile physiological parameter monitoring system. The system comprises a data acquisition end and a data receiving end and is characterized in that the data acquisition end is mounted in portable wrist type equipment and comprises a photoelectric sensor, a physiological signal processing circuit, a temperature sensor, a single chip microcomputer, a liquid crystal display screen and a Bluetooth pass-through module; and the data receiving end is a smartphone which uses an Android operation system and has a Bluetooth function and comprises a database, a GPS (Global Positioning System), a short message help module and physiological parameter analysis software. Compared with the prior art, the mobile physiological parameter monitoring system has the beneficial effects that the system is small and convenient, is convenient for a user to carry and can monitor the health condition of the user in real time; when the health condition of the user is abnormal, an alarm is triggered, and an emergency contact person is notified through sending a message; the system has a GPS positioning function; and the stored historical physiological data provides a reference for the diagnosis of a doctor.

A method, apparatus, article of manufacture, and a memory structure provide the ability to determine an input operating point and an output operating point on a non-linear traveling wave tube amplifier (TWTA). The non-linearity of the TWTA is measured. An input roots mean-square (RMS) value of an input signal used to measure the non-linearity of the TWTA is computed. The RMS value identifies an input operating point of the measured non-linearity of the TWTA. Lastly, an output operating point is obtained.

Monitoring the health of a system module can be carried out during state transitioning, for example when starting or stopping a system module. A monitor module can be operationally connected to the system module. The system module can output a status signal for predetermined system status points during state transitioning. The monitor module can start a timer on detecting a first status signal and can reset the timer on detecting a subsequent status signal. The timer can indicate a failed transitioning of the system module in the event that the timer is not reset within a determined period of being reset.

The invention discloses a gas transmission pipeline leakage detection system and method suitable for multiple state changes. The gas transmission pipeline leakage detection system and method suitable for the multiple state changes comprise a gas transmission pipeline leakage detection system (system for short) suitable for multiple state changes and a gas transmission pipeline leakage detection method (method for short) suitable for the multiple state changes. The system comprises an input module, a gas transmission pipeline transmission mechanism model, a neural network compensation model, a pipeline system signal collection module, a correction output processing module and an error obtaining module; the method aims at building a gas transmission pipeline mathematical model, obtaining a gas transmission pipeline state-space equation, processing flow signals of the gas transmission pipeline state-space equation, building the RBF neural network and verifying a detection model; the gas transmission pipeline flowing mathematical model and the detection method based on knowledge are combined, tail end loads, the pipeline diameter, pipeline bending, the environment temperature, the gas wave velocity, a compression coefficient, the pipeline hydraulic frictional resistance coefficient and the like are researched, and the gas transmission pipeline leakage is monitored; and a pipeline model is trained, and an accurate model suitable for the pipeline condition changes is obtained.

A technique for protecting traffic in a Layer 2 (L2) communication network between a first and a second local nodes (CE1, CE2) interconnected via a redundant dual homed structure, the technique comprises a) distributing the traffic in the dual homed structure in a fault-free state, to form two traffic flows between the CE1 and CE2; b) providing Layer 2 (L2) fault indications for the dual homed structure, in the form of operation and maintenance (OAM) tools, c) in a faulty state of the dual homed structure, forwarding traffic packets at the provider edges of the structure, based only on conventional physical fault indications and L2 fault indications, by locally making forwarding decisions for selecting an active communication line via the redundant dual homed structure.

The invention relates to an internal resistance measuring method of an accumulator, which belongs to a measuring method that the internal resistance of the accumulator is measured by utilizing heavy current direct current discharge method. The specific steps are as follows: (1) a resistance with high power, high precision and low resistance value is selected as the discharge resistance; (2) close of the high power relay is controlled, and the discharge circuit is switched on to cause the accumulator to perform spark on the discharge resistance from earth. The discharge time is controlled within 7 - 12s and the discharge current I and voltage at both terminals of the accumulator V1 are measured at the same time; (3) the discharge circuit is switched off for a 1 -2ms delay time, and the voltage at both terminals of the accumulator V2 are measured for the moment; and (4) the internal resistance of the accumulator is calculated. The method has the advantages of high measurement accuracy, and strong interference-free feature. The accumulator can be measured on line, the health status of the accumulator can be monitored and capacity of the accumulator can be estimated by the method.

The invention discloses a state evaluating method applied to secondary equipment of an intelligent transformer station. The state evaluating method comprises a step 1 of according to an evaluation object, acquiring online real-time detection data from correlative secondary equipment and acquiring historical data and basic data from a database; a step 2 of fusing multiple types of data and performing comprehensive evaluation by using multiple evaluating methods; and a step 3 of according to an evaluated result, guiding a worker to overhaul and replacement of the secondary equipment. The state evaluating method applies online monitoring information to a state evaluating system, integrates the historical data of the secondary equipment into the state evaluation in order to provide guarantee for detection reliability, objectively determines the weights of evaluating factors by using an experts objective weight method in group decision, and fast and effectively monitors the health state of the secondary equipment by the combination of the weighted TOPSIS evaluating method and an improved fuzzy integration SVM state evaluating method so as to facilitate the maintenance of the secondary equipment.

The invention discloses a balance scheduling center, method, system and device of distributed tasks. The method comprises the steps that according to a function or type, multiple task groups are created, and a corresponding scheduling strategy is distributed for each task group; multiple scheduling plans are formulated for each task group, and each scheduling plan corresponds to an executable taskset; the execution amount of current tasks of each task group is monitored, and according to configuration parameters, the scheduling amount of each scheduling plan is calculated and obtained; according to the execution amount of the current tasks of each task group, the task issuing amount of each task main unit is calculated according to configuration parameters; according to the issuing amountof each task main unit, an executable task is issued for the corresponding task main unit. The scheduling center comprises a configuration module, a task scheduling module, a task issuing module anda task cache and monitoring module. According to the balance scheduling center, the task execution efficiency and use rate of the task main unit are effectively improved, and the load of the task mainunit is balanced.

The invention discloses an intelligent delivery pipeline with multiple integrated sensors and a monitoring system for the intelligent delivery pipeline. The intelligent delivery pipeline and the monitoring system comprise a base station, a delivery pipeline and a wireless sensor node, and are characterized in that the base station receives and processes data transmitted by the wireless sensor node, a temperature sensor, a humidity sensor and interfaces of a distributed fiber sensor, a force measuring strain gauge, a pressure sensor, a flow meter and an ultrasonic sensor are integrated on a sensor module, a processor module comprises two functional modules, namely, a micro-processing unit and a wireless communication unit, the wireless sensor node is powered in a wireless timed charged mode, an attached cavity is arranged on the delivery pipeline, and the wireless sensor node is mounted in the attached cavity. The intelligent delivery pipeline and the monitoring system have the advantages that the various sensors are integrated on the sensor module, so that the delivery pipeline can be monitored, and the signal data can be wirelessly transmitted between the sensor node and the base station; electric energy can be supplied to the sensor node by the aid of a wireless charging technology, accordingly, cable arrangement can be omitted, and large quantities of data of the delivery pipeline can be efficiently monitored.

A method and system provide the ability to measure a transmission performance characteristic. A signal is received and equalized. The equalized signal is demodulated and an ideal signal is generated from the demodulated equalized signal. A performance characteristic is the estimated from a difference between the ideal signal and the equalized signal.

A method and system provide the ability to measure a transmission performance characteristic. A signal is received and demodulated. An ideal signal is generated from the demodulated signal. The received signal is coherently averaged to reduce noise. The performance characteristic is the estimated TWTA nonlinearity from a difference between the coherently averaged ideal signal and received signal.

The invention provides a remote data acquisition and real-time analysis system for a filling production line, and belongs to the technical field of data acquisition systems. The system comprises a filling production line data acquisition end, a cloud server and a remote application end; the filling production line data acquisition end takes an MCU (Micro Control Unit) module as the control center; a working gas pressure monitoring module, a leak detection pool water bath temperature detection module and a raw liquid level height detection module are connected to the MCU module via an analog-to-digital conversion module; a communication module, a working cylinder position monitoring module, a conveying belt motor working condition detection module, a filled liquid flow detection module and a weighing detection module are respectively directly connected to the MCU module; and the cloud server comprises a data storage module and a message transfer module. The filling production process is comprehensively monitored in real time by acquiring data of each working link of the filling production line, and on-line SPC analysis and fault diagnosis are performed, so that the system is beneficial to improving the qualification rate and quality of products and reducing the maintenance cost.

A manufacturing execution system (MES) with virtual-metrology capabilities and a manufacturing system including the MES are provided. The MES is built on a middleware architecture (such as an object request broker architecture), and includes an equipment manager, a virtual metrology system (VMS), a statistical process control (SPC) system, an alarm manager and a scheduler. The manufacturing system includes a first process tool, a second process tool, a metrology tool, the aforementioned MES, a first R2R (Run-to-Run) controller and a second R2R controller.

The invention discloses a campus security management system based on finger vein recognition technology. The campus security management system comprises a master controller, a server and a user side, wherein the server is used for storing information, and the user side is connected with the server. The master controller is connected with the server. The master controller is in control connection with an entrance guard module, a classroom forecasting module and an informing module, wherein the entrance guard module comprises a finger vein recognition module, the classroom forecasting module has the function of judging the school stage or the after-school stage of students, and the informing module can automatically remind and inform parents of the students. The campus security management system has the higher security, reliability and operability, and the campus security management level is improved.

The invention relates to a method and a system for arranging big data ETL tasks. The method comprises the following steps: 1) carrying out data processing component configuration and data flow direction configuration on an ETL task arranged by a user; 2) according to the data processing component and the data flow direction, generating a model description language for the ETL task arranged by theuser; 3) analyzing the model description language into a directed acyclic graph of the ETL task,wherein nodes in the directed acyclic graph are data processing components, and edges in the directed acyclic graph are data flow directions; and 4) according to the directed acyclic graph of the ETL task, executing the task through an execution engine. In the ETL task execution process, the ETL task execution condition can be monitored, and logs can be analyzed. The system comprises a visualization engine, a Rest API interface, an execution engine, a monitoring module and a log module. According to the method, the big data ETL process can be configured visually, the running state of the ETL is monitored, rich data processing components are provided, and the components are extensible.

A system for positioning power distribution network terminal failures comprises a primary transformer, secondary transformers subordinate to the primary transformer, a data acquisition unit, a data processing unit, a central information processing unit and a wireless communication unit. A method for positioning the power distribution network terminal failures includes the specific steps: 1) acquiring voltage and current values of the primary transformer; 2) judging whether fluctuations of the acquired voltage and current values exceed preset threshold values or not; 3) sending alarm information of the primary transformer to a monitoring center computer, wherein the alarm information comprises a physical address of the primary transformer; and 4) positioning failure positions of the secondary transformers subordinate to the primary transformer and branches, and sending the failure positions to the monitoring center computer. Operation states of power distribution network terminals can be monitored timely and effectively and sent to a monitoring center in real time, and thereby the system and the method can be widely applied to increasingly complex power distribution networks to shorten failure time and reduce economic losses caused by the failures.

The invention discloses a Docker Container monitoring method. The method comprises the following steps of obtaining id information of all Containers in a current host; according to the id informationof the Containers, obtaining Namespace states of the Containers, namely, obtaining Namespaces of all the Containers in the current host and exported by a kernel; according to the id information and Namespace information of the Containers, obtaining mirror information, container life cycles and container performance data; and presenting the container data, and deploying a monitoring script. According to the method, the host which already creates a Docker Container environment can be monitored; the profile data, the performance data and the mirror data of the Containers are collected; and good monitoring and display of Docker Container application are realized.

The invention relates to a multichannel electrical impedance type plant water content monitoring system which comprises a hardware circuit, a measuring probe and a personal computer part. The multichannel electrical impedance type plant water content monitoring system is characterized in that the hardware circuit comprises a USB power supply module, a data transmission and control module and an impedance measuring module, wherein the USB power supply module supplies power to the hardware circuit after being connected with a personal computer; the data transmission and control module realizes channel gating switch control and data transmission; the impedance measuring module generates a frequency adjustable sinusoidal wave as an exciting source by a direct frequency synthesizing chip and obtains an impedance value by a self-balancing bridge circuit comprising an amplifier and a feedback resistor through analog multiplication and low-pass filtration, analogue-to-digital conversion and data processing; the measuring probe consists of a single-core shielded wire and a lamellar electrode; and the personal computer part is a control procedure interface, controls the hardware circuit andprocesses and displays measured data. The invention ensures simultaneous measure of multiple channels and has the advantages of non-invasive and long-term continuous monitoring, and the like.

The invention discloses a piezoelectric strain sensor, a method for testing the strain sensitivity of the piezoelectric strain sensor and the application of the piezoelectric strain sensor. The sensor comprises a piezoelectric ceramic piece, a silica gel layer and a packaging layer, wherein the silica gel layer makes the sensor stressed evenly and good in sensitivity, and the packaging layer makes the sensor good in insulating property and resistant to interference of the external environment. According to the method, strain sensitivity testing is carried out through a constant-strength beam device, the strain sensitivity (mV / mu epsilon) of the sensor under the condition of different low vibration frequencies of a bridge can be tested, and the strain of a bridge structure can be indirectly reflected according to the strain sensitivity under different vibration frequencies and the voltage output of the sensor; in this way, the piezoelectric strain sensor can replace a strain gage to measure the strain of structures like the bridge under low frequencies, various shortcomings caused by using the strain gage are overcome, and the sensor has broad application prospects in bridge monitoring.

The invention discloses a touch screen air-conditioning gateway system. The touch screen air-conditioning gateway system comprises a touch screen gateway, terminal equipment, an air-conditioning system, an air energy water heater, a smart home system, a camera and a management server, wherein the terminal equipment, the air-conditioning system, the air energy water heater, the smart home system, the camera and the management server are respectively connected with the touch screen gateway; the number of air conditioners in the air-conditioning system can be increased to 64; the terminal equipment is equipped with an air-conditioning control system; the touch screen gateway is accessed through a network so as to monitor the air-conditioning system and the quality of ambient air; and the terminal equipment is connected with the network of the touch screen gateway in a plurality of modes. The touch screen air-conditioning gateway system monitors the running state of the air conditioners anytime and anywhere through the touch screen gateway system, simultaneously analyzes the air quality through sampling, automatically regulates the air quality, provides great convenience for users, improves the environment and satisfies the requirements of the users.

The invention relates to a system for achieving the intelligent control of a transformer cooler group based on double closed loops, and the system comprises a central management module, a plurality of motor control protection modules, and a transformer data sampling module, wherein each motor control protection module is corresponding to one cooler motor of the cooler group in a one-to-one manner, and is used for collecting the operation data of the corresponding cooler motor and feeding back the operation data to the central management module. The transformer data sampling module is used for collecting the operation data of a transformer and feeding back the operation data to the central management module. The central management module is used for managing and controlling the operation states of all coolers in the cooler group according to the operation data of the transformer and the operation data of all cooler motors. The system achieves the precise control of the oil temperature of the transformer and loads and the precise determining of a fault point of the coolers, improves the automation degree of the control of the coolers of the transformer, and is wider in application range.