147results about How to "To achieve the purpose of monitoring" patented technology

The invention relates to a method and a system for monitoring and warning a pipeline landslide based on a fiber Bragg grating and a method for constructing the system. The monitoring is performed on four parts including landslide depth displacement, landslide surface displacement, thrust of landslide on a pipeline and pipeline strain, and comprises the steps of: firstly, inserting an inclinometerpipe (1) pasted with a fiber Bragg grating sensor from the landslide (13) to all potential sliding surfaces (15); secondly, embedding a slender concrete ground beam (2) of which two ends are fixedly restrained and the axial direction of a central reinforced bar (17) is stuck to a ground beam fiber Bragg grating sensor (20) in a direction vertical to the deformation direction of the landslide (13)below the surface of the landslide (13); thirdly, measuring the thrust of the landslide (13) on the pipeline by using an earth pressure cell fiber Bragg grating sensor (4) fixed on the pipeline (14);and fourthly, arranging monitoring sections on edges on two sides and the pipeline (14) in the center of the landslide (13), and uniformly arranging three pipe strain fiber Bragg grating sensors (3) on each monitoring section to monitor the axial strain of the pipeline (14).

The embodiment of the invention discloses video monitoring method, system and device based on a virtual wall. A section with any shape is used as the virtual wall in a monitoring video according to a pre-acquired video image, and target characteristics used for triggering the warning are set. The method comprises the steps of: acquiring a video image in the monitoring video; analyzing the content of the video image, obtaining characteristic information and motion track information of a moving target in the video image; and when the characteristic information of the moving target accords with the target characteristics, judging that the moving target passes through the virtual wall according to the motion track information of the moving target. The video monitoring is carried out by applying the embodiment of the invention, because the monitoring range of the set virtual wall is far more than that of the line section in a video trip, the accuracy of the video monitoring is improved, and an intruder is not easy to evade.

The invention discloses an exercise information monitoring system and a method thereof. The system comprises an exercise information acquisition device and a plurality of sets of portable exercise equipment wirelessly connected with the exercise information acquisition device, wherein the portable exercise equipment is electronic rope skipping exercise equipment; each set of the portable exercise equipment comprises a rodlike shell; a rotation head is arranged at the front end of the shell; a power supply module, a data processing circuit connected with the power supply module and a rotation detection circuit and an acceleration sensor which are connected with the data processing circuit are arranged in the shell; a sensing signal detected by the acceleration sensor is converted into a pulse signal; the data processing circuit counts the pulse signal of the acceleration sensor and counts the rotation of rope skipping of the rotation detection circuit. The exercise information monitoring system also comprises a wireless communication module connected with the data processing circuit. The exercise information monitoring system can collect the portable exercise equipment carried by users in different time periods or in real time and fulfill the aim of collecting and then monitoring the exercise amounts of the users. The exercise information monitoring system can be widely applied to schools, troops and enterprise and public institutions and can effectively monitor the exercise information of specific people.

The invention relates to a monitoring system and an analyzing method for autonomous flying of an insect. The method comprises the following steps of: treating the insect with an experiment and putting the insect and foods into a monitoring cover; controlling the ambient temperature and humidity and the photoperiod of the monitoring cover, acquiring the video signal of the autonomous flying action of the insect in the monitoring cover by using a video acquisition device and converting the video signal into a video file; performing real-time/lag analysis on the video file by adopting an image moving target recognition technology and converting the flying action or other moving actions of the inset in the video file into a fixed quantity of original data to be stored in a text document; and sorting and analyzing the original data in the text document by defining a flying threshold value, extracting the flying parameters of the insect from the original data and evaluating the flying or active situations of the insect according to the flying parameters. By adopting the invention, the requirements on the monitoring experiment of autonomous flying or activity of the insect are met, and the experiment efficiency is improved compared with that of the prior art.

The embodiment of the invention discloses a system for monitoring multimedia contents, including a content acquiring module, for acquiring multimedia contents on multimedia related entities to be monitored; a finger print generating module, for calculating the content finger print data of the multimedia contents; a finger print storage module, for storing sample content finger print data; a finger print matching module, for matching the content finger print data and the sample content finger print data stored in the finger print storage module; and an execution module, for executing the prearranged operations according to the matching result of the finger print matching module. The embodiment of the invention also discloses a method and apparatus for monitoring multimedia contents. Adoption of the invention can achieve the goal of effectively monitoring multimedia contents on multimedia related entities.

The invention discloses a cloud platform guarantee system. The system comprises an information acquisition unit, an information acquisition storage unit and a cloud platform guarantee unit, wherein the information acquisition unit is used for collecting resource information from a cloud platform; the resource information includes resource configuration information, resource usage state information and resource alarm information; the information acquisition storage unit is used for storing the resource information collected by the information acquisition unit, acquiring and storing relations among resources according to cloud platform deployment and resource configuration information respectively; the cloud platform guarantee unit is used for determining abnormal information in the resource information collected by the information acquisition unit according to a preset abnormal information rule, acquiring the relations among the resources stored by the storage unit through combining the information and determining abnormal equipment and the resources so as to determine the abnormal resource which needs to be migrated; according to the relations among the resources and a migration rule, a target migration resource without abnormities is determined and the abnormal resource which needs to be migrated is migrated to the target migration resource. The invention also discloses a cloud platform guarantee method. Through the system and the method of the invention, a physical fault point of isolating the cloud platform can be realized and high-efficient and accurate cloud platform guarantee is realized too.

The invention relates to a portable wireless vital sign monitor, which comprises terminal detection equipment and wireless receiving equipment, wherein the terminal detection equipment comprises a single chip microcomputer control module, a sensor acquisition module, a terminal coordinator, an LCD (liquid crystal display) display module and a power module; the wireless receiving equipment comprises a main coordinator and a computer, wherein the computer supplies power to the main coordinator. According to the portable wireless vital sign monitor disclosed by the invention, the vital sign signals comprising the body temperature, the pulse, the respiratory rate and the blood pressure of a user, which are collected by the terminal detection equipment, are processed, displayed and sent; the vital sign signals are received by the wireless receiving equipment and are displayed by a computer. The portable wireless vital sign monitor has the characteristics of low energy consumption, low cost, safety, reliability, strong instantaneity, high detection precision and convenience in carrying.

The invention discloses a street lamp and a monitoring device. The street lamp comprises a luminous body and the monitoring device arranged on the street lamp, wherein the monitoring device comprises a lens, a coding unit, a processing unit and a network service unit; the lens is arranged close to the luminous body; the coding unit is connected with a camera and used for compressing and coding signals input by the lens; the processing unit is connected with the coding unit; and the network service unit is connected with the processing unit, inputs the compression coding signals of the coding unit through the processing unit and sends the compression coding signals through a network interface. The street lamp can record public security conditions on a street at the same time of providing light at night and has low cost.

The invention relates to an electrommunication information power environment monitoring dry contact collecting device. The existing dry contact device relies on a special dry contact collecting sensor, output switching value is single, and a device is required to be replaced when upgrading. Twelve paths of 4-20 Ma/ switching value paths, a three-phase voltage collecting path, a 0-5 V path, two serial interfaces and sixteen paths of dry contact alarm output are arranged on the original dry contact device, and thus the collecting device not only can serve as a general collector but also can serve as a dry contact collector. When serving as the dry contact collector, the collecting device judges the alarm state according to the upper limit set value and the lower limit set value of analog quantity, or the combination of the switching state of the switching amount or the state of multiple input paths; the alarm state is output in the mode of dry point to be accessed into a base station device so as to realize the aim of monitoring a mobile base station; when serving as the general collector, analog quantity and the switching value are collected, and data, state and alarm information are sent to a monitoring host by a communication serial port to be accessed into a monitoring center.

The embodiment of the invention discloses an abnormity early warning method and a device, computer equipment and a storage medium, and the method comprises the following steps: obtaining abnormal feedback information which is abnormal information fed back by a service request initiated by a user for payment; according to the abnormal feedback information, judging whether service parameters representing that the abnormal feedback information needs early warning exist in a preset dynamic configuration table; when the service parameters do not exist in the dynamic configuration table, extractingtarget service parameters represented by the abnormal feedback information from the service database according to the abnormal feedback information, and adding the target service parameters to the dynamic configuration table; and when the service parameters exist in the dynamic configuration table, sending abnormal feedback information to a monitoring terminal according to preset early warning parameters in the service parameters so as to prompt monitoring personnel to process the abnormal feedback information. According to the method, errors caused by the complex technology of a bank system are made up, and early warning of various businesses can be adjusted in time to further meet user requirements.

The invention relates to an intelligentized community security and protection monitoring management system, a networking method and a monitoring management method; the intelligentized community security and protection monitoring management system comprises a security and protection network; the security and protection network is formed by node equipment and a gateway respectively having a Zigbee chip, thus forming a Zigbee star network between security and protection equipment; the monitoring data of each security and protection equipment is uploaded to an intelligent control center through network fusion, and mass data is stored to the cloud end, thus forming the network system; the network system is connected with property owner terminals through a third party App, thus allowing the property owners to monitor the community. The security and protection equipment comprises various sensors and entrance guards, thus reducing community safety hidden troubles; the Zigbee technology and RFID technology are employed, and mass sensors are arranged on each monitoring node according to application occasions and monitoring purposes, thus monitoring various application occasions, saving mass manpower and material and financial resources, and intelligently monitoring the community in real time.

The invention discloses an application program monitoring method, device and system. The monitoring method of the application program is applied to a host, wherein the host comprises at least one Pod,the Pod comprises at least two containers, one of the at least two containers is deployed with an application proxy, the other containers of the at least two containers are deployed with at least oneapplication program, and the method comprises the following steps: obtaining a port identifier of each application program and a Pod identifier of the Pod where the application program is located; generating a query identifier of each application program according to the port identifier and the corresponding Pod identifier; and sending query identifiers. By implementing the method and the device,the unique identification of the application program is realized, when the IP address of the application program is changed or a plurality of application programs are deployed in the same container,the query identifier corresponding to each application program is not changed, and whether each application program is monitored or not can be judged according to the uniqueness of the query identifier.

The invention provides a method for monitoring the production state of a new media program and a program production management system. The monitoring method comprises the following steps of: initiating a task, namely initiating a new media program production task and generating a task list, wherein the task list comprises program information and task contents, the program information comprises a program code and the program code is a unique identifier of the new media program; transmitting, namely transmitting the task list to a corresponding service system after examination and approval is passed; and reporting, namely performing program production work after receiving the task list and reporting the current production state when arriving at a predefined work node by the service system. The whole production flow of the new media program is monitored by acquiring the production state of the new media program.

The invention discloses a host cluster monitoring method, which comprises the following steps of monitoring each host in a host cluster to obtain running status information of each host in the host cluster according to a preset monitoring index; summarizing the running status information of each host in the host cluster to obtain cluster status information of the host cluster; and transmitting the cluster status information to a preset monitoring terminal through a pre-created unified access interface. According to the method, through monitoring each host in the host cluster based on the preset monitoring index, summarizing the running status information of all hosts to obtain the cluster status information of the host cluster, and transmitting the cluster status information to the preset monitoring terminal through the pre-created unified access interface, a purpose of monitoring the host cluster is realized. In addition, the invention also correspondingly discloses a host cluster monitoring device.

The invention relates to a moisture content detecting, controlling and monitoring system. The moisture content detecting system comprises a moisture meter system assembly, a lens assembly and a signal analysis assembly, wherein the moisture meter system assembly comprises a light source assembly, a terahertz radiator, a first terahertz detector and a second terahertz detector; the signal analysis assembly comprises a bias signal generator and a signal processing device; the light source assembly is used for generating a laser beat-frequency light beam and splitting the beam to the terahertz radiator, the first terahertz detector and the second terahertz detector; one part of a terahertz signal radiated by the terahertz radiator is returned to the first terahertz detector through the lens assembly, the other part of the terahertz signal is returned to the second terahertz detector through the lens assembly and a to-be-detected sample; and a reference electric signal obtained by the first terahertz detector and a sample electric signal obtained by the second terahertz detector are input into a signal processing device to carry out moisture content on the to-be-detected sample. With the adoption of the scheme, the moisture content detecting system can be used for carrying out moisture content detection accurately in real time, is relatively high in signal to noise ratio and is relatively high in stability.

The invention relates to the technical field of data collection, and especially relates to a shield tunneling machine data collection system based on a mobile terminal. The system comprises a data collection module, a ZigBee module, an Ethernet interface module, an MX Component module, a micro controller, an SQL database and the mobile terminal; the data collection module is arranged in a shield body of a shield tunneling machine for collecting real-time data of the system of the shield body and being connected to the ZigBee module through an FTF serial port; the ZigBee module transmits the real-time data to the Ethernet interface module via wireless transmission through the IEE 802.15.4 protocol; the Ethernet interface module is connected to the MX Component module through multiple threads, and the MX Component module performs data transmission with the micro controller through a TCP protocol; and the micro controller is separately in communication connection with the SQL database and the mobile terminal. The shield tunneling machine data collection system collects operation state data of the shield tunneling machine, wirelessly transmits the operation state data, stores the operation state data in the SQL database and adjusts the operation state by accessing the stored data.

The invention provides an RFID (Radio Frequency Identification Devices) elevator monitoring control panel. The RFID elevator monitoring control panel is provided with an RFID card reader, a human-face fuzzy recognizer, a wireless communication part, an infrared terminal, a radio transmission part, a CPU (Central Processing Unit) and an interface control panel. The RFID elevator monitoring control panel disclosed by the invention can be used to realize the functions of uploading real-name information of elevator mounting points, reporting faults of a remote monitoring fixed-point position, automatically alarming for calling a help, reporting the maintenance work of maintenance personnel, carrying out video monitoring on the maintenance work of the maintenance personnel, carrying out detailed management on a maintenance work flow and the like.

The present invention relates to the technical field of resource object monitoring in a data center, in particular to a cloud management platform based monitoring method. The method comprises the following steps: S101: virtualization setting, enabling a physical machine bios, initiating CPU virtualization support, and installing virtualization software in the physical machine to realize management functions of creation, startup and shutdown of virtual machines; S102: management tool installation, installing a libvirt management tool to realize local and remote management; and S103: data collection, initiating the libvirt, initiating collect monitor api, setting a collection time interval with demands, and storing collected monitoring information in a distributed database mongodb. According to the cloud management platform based monitoring method disclosed by the present invention, virtual machine monitoring information collection can be completed only by calling the libvirt api, thereby reaching a monitoring purpose without adding agents into virtual machines, and greatly reducing a workload of management personnel; and the method is simple and convenient to operate, and improves reliability and accuracy of the monitoring system.

The embodiments of the invention disclose a network traffic monitoring method and device. The method includes the following steps that: the cells of various base stations are divided into a pluralityof grids according to monitoring object division; a traffic monitoring interval is determined, and the first traffic of each grid in each interval period is obtained according to the traffic monitoring interval; monitoring indicators corresponding to different threshold ranges are generated according to monitoring object features; and the monitoring indicator of each grid is determined according to the monitoring indicators corresponding to the different threshold ranges and the first traffic of each grid. According to the network traffic monitoring method and device provided by the embodiments of the present invention, grid division is performed on the cells; traffic monitoring is performed with the grids adopted as units, and therefore, a monitoring object can be flexibly determined; thefirst traffic of each grid in each interval period is obtained, the monitoring indicator of each grid is determined, and therefore, the change trend of traffic can be obtained in real time, intervention can be performed timely when traffic surges, the perception of a user can be protected in real time, complaints can be reduced, and monitoring can be realized.

The invention discloses a personnel management system, which comprises an attendance module, an employee data management module, an employee training module and a leave module. The system is realized by using two running terminals, wherein one is an organizational management team terminal, and the other is an employee terminal. The system is convenient to use, brings convenience to the personnel management of a company, and permanently saves personnel information of the company; by arranging the two terminals for respectively serving for organization management team and employee, the organization management team can accurately find basic information of company personnel, and the management for company attendance is facilitated; moreover, the employee can get certain training through the terminals, and a request can be sent out by using the leave module when the employee asks for leave. Therefore, by the personnel management system, the running efficiency of a company is improved, and the purpose of comprehensive management and monitoring on personnel resources is achieved.