250results about How to "Improve monitoring quality" patented technology

A repeat prescription ordering system for allowing patients requiring resupply of medication or medical products to access a server using a portable communications and data processing device such as a smart phone or personal digital assistant. The server supplies to the patient a list of medication and medical products which they are authorized to order. The patient can select the products required, and the order is logged by the server and allocated to a supplier for completion of the order. The server maintains an estimate of the amount of medication or medical product held by the patient, this being based on the prescribed dosage regimen and information entered by the patient on their usage and, optionally, on checks on their own health. The patient may be alerted when the estimate indicates that their supplies are running low. The estimate is allowed to go below zero, this implying a possible departure from the prescribed medication regimen.

A robot airplane for tour inspection of power line in counterwise driving structure of coxial double propeller uses two engines to control flight stability, GPS and GIS to confirm flight path, computer processor to adjust flight attitute and battery to provide power for motor, transducer and data link system. Its control system consists of navigation system, autonomous planning system, data link system and on line detection system.

The invention relates to the fields of applications of the internet of things technology, the wireless sensor network technology, the global positioning system (GPS) positioning technology and the GIS electronic map technology, and discloses an online lake water quality monitoring system based on internet of things. The online lake water quality monitoring system comprises a node monitoring device, a data video base station and a remote monitoring center; the node monitoring device is arranged in a lake to be monitored, and is used for monitoring the lake water quality and transmitting the monitoring data obtained from the monitoring to the data video base station through an ZigBee network; the data video data base is arranged in the lake to be monitored for transmitting the received monitoring data, and water quality information and video information which are collected by the data video base station are transmitted to the remote monitoring center through a mobile communicating network; the remote monitoring center comprises a GIS module, and is used for controlling navigation of the data video base station by remote means depending on water quality map information which is provided by the GIS module after receiving the monitoring data and all information, and for assisting to treat water quality of the lake to be monitored.

The invention discloses a method for dynamically monitoring the performance of a server cluster and alarming real-timely, which comprises a server cluster. All the servers adopt a Linux operating system, and the architecture comprises a data collection layer, a data analysis layer and a data presentation layer; the data collection layer comprise the server cluster, the data analysis layer comprise monitor servers, and the data presentation layer comprises emails, short messages, report forms or maps; and the monitor servers of the data analysis layer monitor the servers of the data collection layer through a network, and the data analysis layer transmits monitoring data to the data presentation layer through the network. Compared with the prior art, the method for dynamically monitoring the performance of the server cluster and alarming real-timely has the advantages that a Linux-based platform can collect, analyze and present the performance data of the server, and real-time alarming can be realized, the obtained data information is timely and accurate, the method is flexible and convenient, and occupancy rate for server resources is low.

A method and device for monitoring the quality of service of logistic services. A shipping device, which is shipped along a travel route from a source location to a destination location, includes an electronic device. Times are logged at one or more locations during the travel. The electronic device includes: a GPS-indoor receiver device connected to a control logic, a storage connected to the control logic, a power supply, and an I / O interface. The control logic is arranged for logging, during the shipping device traveling time, datasets including at least the current Time of Day and the current geographic location information derived from GPS signals received en route into the storage. The log data is read out via the I / O interface. The log data is evaluated according to predetermined rules reflecting the quality of service of the actual shipping device shipping.

The invention discloses a multi-stream video system, a video monitoring device and a multi-stream video transmission method. The multi-stream video system includes at least one video capturing device and a video monitoring device. Each video capturing device is used for generating a plurality of video streams with different video specifications at the same time. The video monitoring device forms a telecommunication to each of the video capturing devices. When the video monitoring device performs an application operation, the video monitoring device selects and receives at least one video stream from each of the video capturing devices according to a video requirement of the application operation.

The invention discloses a method for evaluating the system health degree, comprising the following steps: classifying database data; building classified and quantized technical indexes; distributing different data quantitative weights for the data technical index of each database in the classified and quantized technical indexes; obtaining and storing a classified and quantized technical index threshold when the database stably operates according to the classified and quantized technical indexes and the data quantitative weights; collecting the database data; according to the collected database data, calculating the classified and quantized technical indexes; and comparing the classified and quantized technical indexes with a prestored classified and quantized technical index threshold toevaluate the system health degree. The invention also discloses a system for evaluating the system health degree. By the method and the device, the efficiency and the monitoring quality for evaluating the system health degree can be improved, and the database is convenient to maintain and manage.

The invention provides a welding quality monitoring system and method. The welding quality monitoring system comprises a welding gun, a thermal infrared imager, an image capture card and an image processing computer. The welding gun is used for welding welding spots. The thermal infrared imager is used for recording molten bath infrared thermal imaging data of the welding spots. The image capture card is used for collecting the molten bath infrared thermal imaging data and sending the molten bath infrared thermal imaging data to the image processing computer. The image processing computer is used for analyzing the molten bath infrared thermal imaging data to obtain welding parameters, comparing the welding parameters with preset welding standards and obtaining a welding spot quality estimation result. In this way, by the adoption of the welding quality monitoring system and method, online monitoring of automatic welding quality can be achieved, the monitoring efficiency and monitoring quality are improved, and the missing inspection rate is reduced.

The invention relates to a cable line condition monitoring multi-dimensional visual management platform and belongs to the technical field of electric power. According to the cable line condition monitoring multi-dimensional visual management platform, a plurality of sets of data collectors are connected with data receiving servers which are composed of two IBMX3650s; the data receiving servers are connected with data base servers which are composed of two IBMX3650s; the data receiving servers and the data base servers are all connected on the same intranet router; meanwhile, two IBMX3650 servers are used as data base backup servers and connected on an intranet router which is the same as the intranet router of the data base servers; two IBMX3650 servers are used as application servers and also connected on the intranet router which is the same as the intranet router of the data base servers, and client-sides which are connected on an intranet access a service unit which is composed of two IBMX3650 servers through the intranet. An operation management system can be stably and reliably set up, the operation management level is improved, the asset utilization ratio is improved, and asset loss is reduced.

The invention concerns a monitoring system for monitoring patients with disturbed motor function. The monitoring system is characterized by at least one observation station (3) with an electronic camera for recording video motion pictures and devices (10) for marking an object field to be covered by the camera (9), a storage device for the digital storage of video pictures of a patient, which are to be recorded at preselected intervals by the camera in the movement station, an image processing system for processing the video pictures recorded in time intervals to obtain a shortened video picture sequence, and a video display device for displaying the video picture sequence.

An intelligent monitoring system aims to perform object surveillance and tracking, and can quickly build accurate and reliable background data in a complex image condition to achieve desired monitoring result. Based on a dynamic background and a temporary static object and user's requirements, monitoring objects in a background module can be added or deleted to match the actual background information. The whole background data can be tracked according to characteristics of a targeted object set by users, and post-processing can be done for the tracked object, such as zooming, identifying, capturing, surveillance of behaviors, and the like. Thus whether a special attention is needed for a dynamic or static object can be notified. And an alert can be issued to relevant people for timely handling.

The invention discloses an internet of cows, which comprises a cow information acquisition terminal, an application server, a data base, a web server and a client. The cow information acquisition terminal comprises a cow sign information acquirer and identification equipment, wherein the cow sign information acquirer is used for acquiring cow vital sign information and transmitting the information to the application server through a wireless network, and the identification equipment is used for effectively identifying and determining cow identities. The application server is connected with the data base in a communication manner and used for processing received cow vital sign information and other cow information and transmitting the information to the data base for storage. The web server is connected with the application server in a communication manner. By the internet of cows, sign information of cows is acquired and transmitted to the servers for processing and storage, and a user can log in the servers to inquire and browse relevant cow information according to needs.

The invention discloses an intelligent monitoring system capable of being used for a video monitoring device. The intelligent monitoring system comprises an intelligent analysis subsystem and a linkage alarm subsystem. The intelligent analysis subsystem comprises a moving target detecting module, a moving target tracking module, a target behavior analysis module, a moving target classification module and an abnormity detecting module. The linkage alarm subsystem comprises a preview alarm module, a log storage module, a video storage module, an icon display module and a mail sending module. The invention further discloses an intelligent monitoring method capable of being used for the video monitoring device.

The invention provides an unmanned aerial vehicle monitoring system for monitoring floating objects in water. The system comprises a UAV (unmanned aerial vehicle) cruise module and a ground monitoring processing module. By using the UAV cruise module to carry out monitoring, most water areas can be reached, the implementation difficulty of monitoring is small, a UAV does not carry monitoring personnel, the UAV cruise module reaches an observation point in the air, the disadvantages of power safety reliability and the interference of water area velocity and water flow direction by using an observation ship are overcome, the possibility of accidents is little, the reliability and safety of monitoring are improved, the floating objects in a large water area can be monitored in a short time, the monitoring efficiency is improved, a lot of manpower and resources are saved, the energy consumption of monitoring personnel is reduced, a monitoring area and a water area floating object area can be accurately calculated, the density of the water area floating objects is accurately calculated, and the analysis decision and further measures are facilitated according to provided detailed monitoring data.

The invention discloses an information uploading method, a retrieval method, a DVR and monitoring equipment. The information uploading method comprises the following steps that: the DVR receives an image grabbing command; the DVR grabs images with the preset quantity according to the image grabbing command, wherein the images include picture data and picture information which are correlated through image attributes; the grabbed images are stored in a memory, and are uploaded to the monitoring equipment; and the monitoring equipment stores the picture data through a picture data server, and the picture information is stored through a picture information server. The DVR of the invention can trigger and grab a plurality of images in each time according to the preset quantity, and the definition probability of the grabbed images can be improved; and because the grabbed images are transmitted to the monitoring equipment by the DVR and are also stored in the local memory at the same time, when the network has a fault, the grabbed images can be uploaded after the fault is recovered because the grabbed images are stored in the local memory, and the invention ensures no occurrence of blindmonitoring regions of the monitoring equipment.

The invention discloses a traffic road monitoring system based on unmanned aerial vehicle monitoring. According to the system, a plurality of fixed monitoring assemblies are respectively arranged at aplurality of intersections of urban traffic roads and are used for acquiring road surface monitoring video information A1 and uploading the video information A1; a mobile monitoring assembly is arranged on each main / trunk road of the urban traffic roads and used for acquiring road surface monitoring video information A2 of each main road and uploading the video information A2; a first unmanned aerial vehicle unit charging station is arranged on each street lamp pole and used for automatically charging a first unmanned aerial vehicle; a control center is in communication connection with the plurality of fixed monitoring assemblies and the plurality of mobile monitoring assemblies. By mutual cooperation of the plurality of fixed monitoring assemblies and the plurality of mobile monitoring assemblies and the seamless connection of monitoring video information acquisition, monitoring dead angles of the urban traffic roads are effectively reduced, and monitoring quality is improved.

The present invention discloses a method for optimizing sensor network node location in a geological CO2 storage area. In the method, by analyzing data in a monitoring area, such as geological data, geographical data, and meteorological data, analyzing influence factors of a CO2 leakage event and determining a sensitivity partition, designing different coverage control schemes of monitoring sensor network nodes, or intensively or sparsely arranging sensor monitoring nodes, a coverage network is described and optimally expressed on the basis of Delaunay triangulation. In the method for optimizing sensor network node location in a geological carbon dioxide storage area, the arrangement density of wireless sensor network nodes can be dynamically adjusted according to geological and geographical features of a detection area, and the arrangement optimization of a dynamic monitoring sensor network for coal seam carbon dioxide injection area leakage can be realized. The method reduces node redundancy and communication overheads as much as possible, and has strong network coverage and network connectivity.

The invention discloses an anti-external force monitoring early warning method of an electric transmission line based on image recognition. According to the method, on the basis of an original electric transmission line remote monitoring system, an image recognition analysis module, an early warning information processing module and an early warning information display module are additionally arranged, an image recognition technology is used for analyzing data collected by a monitoring device, and the analysis result is transmitted to monitoring personnel in time in an early warning mode. The monitoring early warning method includes the following steps of (1) receiving an image, (b) preprocessing the image, (c) setting a warning trigger rule, (d) detecting a target, (e) analyzing the target, (f) conducting automatic alarm, (g) processing alarm information and (h) previewing a warning image and examining the image. The anti-external force monitoring early warning method of the electric transmission line based on image recognition has the advantages that cost is low, the image recognition method is simple, anti-external force monitoring data of the electric transmission line can be analyzed and calculated in real time, the abnormal condition on site can be subjected to quick early warning, and thus good economic benefits can be achieved.

The invention discloses an infantile seven-element tea preparation amino acid fingerprint detection method and construction method. The detection method comprises the following steps: (1) preparation of a control solution; (2) preparation of a test sample solution; and (3) detection by a high performance liquid chromatograph. The method can effectively detect the quality of the infantile seven-element tea preparation, and is beneficial to monitoring the quality of the product; and the method is simple and stable, has the advantages of high precision and high reproducibility, and can quickly and accurately identify the authenticity and quality of the product.

The invention discloses an audio and video remote monitoring method based on 3G (the 3rd generation telecommunication) network and an audio and video remote monitoring system based on 3G network. The method comprises the following steps: 1) embedded terminals and a monitoring server are provided; 2) the embedded terminals collect onsite audio and video in real time; 3) the embedded terminals detect network delay in real time and dynamically regulate QP ( quasi peak ) value, frame rate and code rate, perform H264 encoding the onsite audio and video according to the QP value, the frame rate and the code rate, and then send the encoded audio and video to the monitoring server; and 4) a currently embedded terminal receives the encoded audio and video according to a control command from the monitoring server, decodes the audio and video and then outputs the decoded audio and video to users. The system comprises the monitoring server and a plurality of embedded terminals, wherein each embedded terminal comprises an audio and video collecting module, a central processing unit, a network receiving and sending module, emergent monitoring keys and an audio and video output module; and the central processing unit includes a delay detecting module, an encoding parameter regulating module and an audio and video encoding module. The audio and video remote monitoring method based on 3G network and the audio and video remote monitoring system based on 3G network according to the invention have the advantages of good bandwidth dynamic adaptability, fluent audio and video, and good monitoring quality.

The present invention relates to supply chain management. More specifically, it relates to supply chain monitoring and to a method and device for monitoring the quality of service of logistic services, wherein goods are shipped along a travel route from a source location to a destination location, and wherein times are logged at one or more locations during the travel. The method includes the steps of a) shipping a shipping device, i.e. a package, letter, parcel, etc., having an electronic device, which includes a GPS-indoor receiver device, a storage, a power supply, an I / O interface, in which the control logic is arranged for processing received GPS data and for logging during the shipping device travel time, and respective current datasets having at least the current time of day and the current geographic location information derived from GPS signals received en route, b) reading out the log data via the I / O interface, and c) evaluating the log data according to predetermined rules reflecting the quality of service of the actual shipping device travel.

The invention discloses an environment-friendly intelligent semi-concealed monitoring device which belongs to the technical field of monitoring equipment. The environment-friendly intelligent semi-concealed monitoring device comprises the components of a monitor, a solar power generating system, a self cleaning system and an intelligent control system. The monitor comprises a housing with a closed inner chamber, a reflection imaging system and a stepping motor, wherein the reflection imaging system and the stepping motor are fixed in the closed inner chamber. The reflection imaging system comprises a total reflection prism, a total reflection prism rack and an image camera. The housing is provided with a perspective opening next to the total reflection prism. The perspective opening is provided with a high-transparency glass cover. The stepping motor is connected with and fixed with a central shaft of the total reflection prism rack through a magnetic coupling. The environment-friendly intelligent semi-concealed monitoring device can intelligently drive devices to perform monitoring operation and cleaning operation through the intelligent control system, thereby realizing intelligent and automatic monitoring operation, and improving imaging effect and monitoring quality. Through the solar power generating system, self driving electric energy can be supplied, thereby realizing no requirement for external energy, preventing a use limitation caused by independence to an external power supply, and enlarging application range.

The invention relates to a power transmission bus and a bus assembly thereof. The power transmission bus comprises an aluminum strip and two copper-aluminum connecting components, wherein each copper-aluminum connecting component comprises a copper plate and a cast aluminum plate obtained by casting the copper plate as an embedded component; and one end of the cast aluminum plate and the aluminumstrip are welded together so that the two copper-aluminum connecting components are respectively positioned at both ends of the aluminum strip. The bus assembly for power transmission comprises threeto four buses, a square pipe and two seal blocks, wherein three to four buses are vertically arranged along the left direction and the right direction; rectangular holes matched with the copper-aluminum connecting components are arranged on the two seal blocks, and the two seal blocks are respectively sleeved outside the corresponding copper-aluminum connecting components and inserted at the leftend and the right end of the square pipe; the inner walls of the seal blocks are connected with the copper-aluminum contact position in a seal way, and the outer walls are connected with the inner wall of the square pipe in the seal way. The invention has favorable conductive performance, high reliability and long service life and can form a power line for transmitting low-voltage high-current ata long distance.

An apparatus for real-time monitoring of a workpiece (40) includes a laser diode (12) emitting a light irradiating the workpiece, a digital camera module (20) imaging the workpiece and forming an optical image signal, and a signal processing unit (30) electrically connected with the laser diode and the digital camera module respectively The optical image signal is transformed by the digital camera module into an electrical image signal, which is transmitted to the signal processing unit. The signal processing unit processes and analyzes the electrical image signal to determine whether there are any defects or flaws in the workpiece. By employing the digital camera module, the volume of the apparatus is reduced. In addition, the monitoring efficiency is improved because of the application of a laser diode. Furthermore, the digital camera module adopts aspheric lenses for improved quality imaging of the workpiece.

The invention discloses an external damage monitoring method and system based on an intelligent warning column and a readable storage medium and relates to the field of external damage identificationand monitoring. The method comprises the following steps of (1) acquiring vibration data and distance data of the warning column and then acquiring a primary recognition result, (2) collecting video and image data according to the primary recognition result and then sending the data and positioning data of the warning column to a cloud platform for secondary recognition to obtain a monitoring result, (3) sending the monitoring result to a patrolling device, a monitoring platform and other field devices, and (4) patrolling according to an external damage monitoring result, detecting and sendingthe distance between the patrolling device and the warning column and patrolling device positioning data to the cloud platform and allowing the monitoring platform to generating a patrolling path according to the distance and the positioning data. The problems that existing external damage behaviors cannot be monitored and prevented and the inspection efficiency of external damage inspectors is low are solved, and the effects that manual intervention is conducted after external damage is intelligently recognized and the external damage monitoring efficiency is improved are achieved.

The invention discloses a monitoring system for the safety of a tower crane. The monitoring system comprises a data acquisition module, a real-time monitoring module and an overload control module, wherein the data acquisition module is respectively connected with the real-time monitoring module and the overload control module; the data acquisition module is used for acquiring weight data of the hoisted load when the tower crane works, amplitude data of the operation of the tower crane as well as status data in real time, outputs the weight data and the amplitude data to the overload control module and outputs the status data to the real-time monitoring module; the overload control module is used for receiving the weight data and the status data and judging whether working points formed by the weight data and the amplitude data are positioned in a preset safety range or not, if not, the tower crane is controlled to stop working. The monitoring system disclosed by the invention has the advantages of reduction of potential safety hazards of the tower crane, high detection precision, time conservation and labor conservation.

A fluorescence quantitative PCR reagent kit for detecting the foot-and-mouth disease virus features that the fluorescent probe (TaqMan) and the positive-sensor or antisence primer are used, and the in vitro transcripted RNA standard is directly used as the reference for both reverse transcription and amplification. It can be used for detecting the monitoring the foot-and-mouth disease and detecting the safety of animal and its food.

The invention relates to a manufacturing method and system of a polyurethane insulation box for a liquefied natural gas ship. The manufacturing method includes a gluing and assembling stage, a leveling and output stage, a CNC machining stage and a packaging stage, wherein the gluing and assembling stage comprises a universal gluing and assembling process, a press-fitting process and an aging process; the manufacturing system comprises a universal gluing and assembling area, a MARK III secondary gluing and assembling area, a press-fitting area, an aging area, a leveling and output area, a CNC machining area and a packaging area. Compared with the prior art, the advantage of high efficiency of automatic equipment is utilized, function blocks are set according to properties of machining processes, all stations in the blocks are connected through an automatic logistics conveying line, all the blocks are connected through an intelligent conveying system, and thus the system can operate continuously, efficiently and orderly, the functions of the blocks can be exerted to the maximum extent, the influence of failures of single equipment on the whole production system is lowered, productionefficiency is improved, the production hours are shortened, and the high-precision quality requirement of products is met.

The invention discloses a three-dimensional temperature field monitoring method based on space-time condition dynamic modeling. The method comprises: using a temperature sensor for acquiring sensing data; based on a mixing effect model framework, using a temperature field physical model based on a heat conduction mechanism and a statistical model based on space-time correlation, analyzing three-dimensional temperature sensing data by establishing a novel three-dimensional temperature field model, and using parameters in the statistical model based on the space-time correlation to dynamically monitor the temperature field evolution process through a statistical process control tool. By the adoption of the method, the problems that an existing traditional temperature field modeling method and a wireless sensor technology are large in error in temperature field monitoring, provided temperature field information is missing or lost and the like can be solved, and whether the temperature field evolution process is stable or not is accurately and comprehensively monitored. The configuration cost of the temperature field sensor can be reduced, the temperature field modeling method is optimized, and the temperature field monitoring quality is improved.