38 results about "Laboratory monitoring" patented technology

The invention discloses a laboratory cloud monitoring platform and a laboratory monitoring method. The laboratory cloud monitoring platform comprises an intelligent data acquisition device, a cloud server and a remote monitoring terminal, wherein the intelligent data acquisition device comprises multiple sensors and a data acquisition unit; the cloud server is composed of a cloud SCADA server, a cloud memory, an MQTT server and a WEB server; and the remote monitoring terminal comprises a mobile phone terminal and a PC terminal. Laboratory data are acquired by the intelligent data acquisition device and uploaded to the cloud server, the data are stored and analyzed at the cloud memory, the laboratory data are monitored remotely through connection between the WEB server and the remote monitoring terminal, the accuracy and the real-time performance of the cloud monitoring platform are improved, and multiple monitoring functions are provided.

A network laboratory attendance system comprises a plurality of attendance modules arranged in a laboratory, and a laboratory monitoring module, each of the attendance modules comprises a attendance machine and a communication module has a bidirectional connection with the processor of the attendance machine, and each of the above attendance machines is connected with the laboratory monitoring module through the communication module to send attendance data. The school laboratory attendance research and development system uses the transmission characteristic of Internet of Things in network to make a teacher know the attendance of students in real time and momentarily go to the laboratory in order to guide the students.

The invention discloses a comprehensive management system for labs, comprising a computer and lab comprehensive management software. The lab comprehensive management software is installed in the computer; the lab comprehensive management software comprises a web portal establishment module, a lab information management module, a basic data set module, a lab instrument and equipment management module, a lab material and consumable material management module, and a lab monitoring module. By the mode, the invention provides a comprehensive management system for labs, and the comprehensive management system realizes standardization, processing and informatization of the lab management, enhances teaching quality, management level and service level of labs, provides basis for macroscopic management and scientific decision of management sectors of labs, provides detailed data for teaching evaluation and lab evaluation, and provides powerful guaranteeing for the opening of labs.

The invention discloses a cloud platform-based laboratory management system. The management system comprises an information acquisition part, a data transfer and storage part and an application part. The information acquisition part comprises an environmental information detection and precious instrument positioning module, and an equipment information input module. The data transfer and storage part is composed of a customized embedded processing module and a cloud platform server. The embedded processing module constructs an embedded system and is mainly used for collecting and forwarding the information. The cloud platform server is mainly used for establishing a database server and a web server. The database server is used for storing the data information related to the system and allowing the application program to access the data information. The application part comprises a mobile phone application client and a web client. According to the technical scheme of the invention, a laboratory management subsystem and an experiment teaching subsystem are integrated as one piece, so that the laboratory monitoring management and the experiment teaching are facilitated. The system is used for detecting the environment information of a laboratory based on the wireless sensor network technology and fuzzily positioning precious instruments in the laboratory. The monitoring information is forwarded by the embedded system. After that, the database server and the cloud platform server are established.

The invention discloses a centralized laboratory monitoring system, which comprises an upper computer, detecting equipment and monitoring equipment. The monitoring equipment comprises a communication module, a data processing module and a monitoring module, wherein the communication module communicates with all the detecting equipment in a transmission control protocol (TCP)/internet protocol (IP) mode and communicates with the upper computer; the data processing module transmits detecting tasks distributed by the upper computer to each piece of detecting equipment and uploads detecting results reported by one or more pieces of detecting equipment to the upper computer; and the monitoring module performs load monitoring, quality monitoring, sample tracking and environment monitoring on all the detecting equipment. The invention also discloses a method for realizing the centralized laboratory monitoring system. The centralized laboratory monitoring system and the realization method thereof are particularly suitable for building or rebuilding laboratories in the metallurgy industry, and finally full-automatic management, configuration and monitoring from the upper computer to each piece of detecting equipment can be realized.

The invention discloses a data analysis-based intelligent laboratory monitoring and alarm system. The system comprises an identity identification cabinet and an image pickup picture analysis monitoring system; the identity identification cabinet comprises a cabinet body and an identity identification system disposed in the cabinet body; and the image pickup picture analysis monitoring system includes a second processor, a real-time image pickup module which captures the behavior of a person in the laboratory, a behavior data storage module which stores the behavioral data information of the individual in the laboratory, and an individual picture capturing module which captures images, captures the behavioral characteristics of the individual, generates individual behavior data and transmits the individual behavior data to the behavior data storage module, and an individual picture behavior analysis module which performs comparison analysis on previous behavior data information and thecurrently stored information so as to determine whether the experimental behaviors of the person is abnormal. According to the data analysis-based intelligent laboratory monitoring and alarm system ofthe invention, the time of entering and leaving the laboratory and the characteristics of articles are compared, and the abnormal operation of the experiment person is monitored, and therefore, the loss of the experimental articles and major operational errors can be avoided, and the person and articles in the laboratory can be well monitored and protected.

The invention discloses an intelligent training system for the Internet of Things. The intelligent training system comprises a plurality of intelligent experimental boxes arranged in a laboratory, and a laboratory monitoring module arranged on a teacher desk, wherein each intelligent experimental box comprises a experimental box communication module; and each intelligent experimental box is connected with the laboratory monitoring module via the experimental box communication module, and is used for uploading experimental data. An intelligent experimental system of the intelligent training system disclosed by the invention has the characteristics that intelligentization, namely, all experimental equipments and all experimental processes are convenient to monitor and manage via a control centre of the teacher desk; networking, namely, all the experimental boxes, all experimental equipment and all sensors are connected in a wired manner or a wireless manner; integration, namely, the comprehensive experiment from sensing to service and from a chip and circuits to Internet service can be realized; and collaboration, namely, the collaboration among the experimental boxes and the control centre, the collaboration among the laboratory boxes, and the collaboration among the laboratory boxes and other sensors can be realized.

The invention provides a laboratory quality control and management system and method. The laboratory quality control and management system comprises a mobile sampling process management and control system, a laboratory video monitoring system and a quality monitoring and dispatching system, wherein the mobile sampling process management and control system is installed in a hand-held mobile terminal of a user and used for receiving a sampling task, tracking and recording a moving trajectory in the sampling process and recording the sampling process by means of image shooting; the laboratory video monitoring system is installed in the laboratory and used for performing real-time monitoring on the analysis process conducted by an analyst on a sample in the laboratory; and the quality monitoring and dispatching system is used for performing storage and management on sampled sample data, sampling travel trajectories and sampled images provided by the mobile sampling process management and control system and laboratory monitoring video provided by the laboratory video monitoring system. The laboratory quality control and management system provided by the invention improves the authenticity of laboratory samples, the standardization of the sampling process and the reliability of the analysis process.

The invention relates to the technical field of laboratories, and discloses a laboratory monitoring device based on the Internet of Things. The laboratory monitoring device comprises a breeding room detection system, a working room detection system, a data acquisition module, a data acquisition device, a PLC, a processor, an alarm, a ventilation system, lighting equipment, a buzzer, a power supplymain switch, a server, a web terminal and a mobile terminal, wherein the breeding room detection system is in communication connection with the data acquisition module and is used for collecting breeding room environment data. According to the laboratory monitoring device based on the Internet of Things, facial features of an entering person are shot by a hidden camera and compared with a database externally connected with the processor, if the comparison fails, the server issues information to the web terminal and the mobile terminal and gives an alarm, and a manager can remotely check the laboratory condition by using the web terminal and the mobile terminal, turn off and control the supply main switch and force the equipment to be turned off, thereby achieving the anti-theft purpose.

The invention discloses a lab monitoring system, and relates to the technical field of environment monitoring equipment in a lab. The system comprises a plurality of collection terminals installed atall monitoring points of the lab, a monitoring upper computer, an execution mechanism, and an alarm mechanism. The collection terminals collect the indoor environment information of the lab, wherein the indoor environment information comprises the temperature, humidity, wind speed and air pressure. The collection terminals are in communication connection with the monitoring upper computer, and transmit the collected indoor environment information to the upper computer. The monitoring upper computer is connected with the execution mechanism and the alarm mechanism, receives he indoor environment information, and outputs control signals to the execution mechanism and the alarm mechanism. The execution mechanism receives the control signal, and carries out the adjustment of the indoor environment. The alarm mechanism receives the control signal, and transmits alarm information. The system achieves the remote real-time monitoring, and has the functions of emergency alarm and automatic feedback.

The invention discloses a laboratory monitoring device based on the computer Internet of Things. The laboratory monitoring device comprises an installation column and an internal bracket, wherein thetop of the installation column is welded and fixed with a fixing plate; the bottom end of the installation column is fixedly provided with a base through bolts; the base is independently provided witha wireless network gateway, a sensor component and a UPS (Uninterrupted Power Supply); the top of the internal bracket is welded and fixed with the bottom of an internal thread bushing; the top end of the internal thread bushing is fixedly connected to the upper wall of an external cooling cover through bolts; the tail end of the external cooling cover is provided with a cooling fan; and a camerabody is fixed in the internal bracket. By use of the device, through the cooling fan, air motion is quickened, and a cooling fin is cooperated to improve cooling speed so as to be favorable for prolonging the service life of the camera. Through the wireless network gateway, collected data information can be sent to a monitoring terminal, and an alarm is given through the terminal when a situationis abnormal so as to prompt personnel to quickly carry out processing.

A computer internet of things-based laboratory monitoring device disclosed by the present invention is composed of a camera, a gas sensor, a temperature sensor, a smog sensor, a data acquisition unit, an A/D converter, a single-chip microcomputer, a circulating draught fan, a fire extinguishing control system, a power supply module, a network module, a WIFI module, a mobile terminal and a PC terminal. Compared with the prior art, the computer internet of things-based laboratory monitoring device of the present invention detects the harmful gas leakage, the temperature change and the smog in a laboratory via the gas sensor, if the harmful gas leakage, the temperature change or the smog exists, controls the circulating draught fan to circulate or the fire extinguishing control system to carry out the emergency processing via the mobile terminal, can check the real-time state via the camera, is practical and convenient, and has the popularization and application values.

An electric power measurement laboratory monitoring system comprises a sensor, a data acquisition terminal, a server, a monitoring computer and a mobile terminal, wherein the sensor is used for acquiring data; the data acquisition terminal is in wireless communication connection with the sensor, and is used for performing AD conversion on the monitoring data acquired by means of the sensor; the server is in communication connection with the data acquisition terminal in an LORA wireless communication mode, and is used for receiving and storing various monitoring data transmitted by means of thedata acquisition terminal; and the monitoring computer and the mobile terminal are connected with the server and are used for displaying the various monitoring data stored in the server. The electricpower measurement laboratory monitoring system does not need wiring, is convenient to install, achieves the real-time omnibearing monitoring of the environment of an electric power measurement laboratory, reduces the labor intensity of a laboratory worker, and enables the laboratory management to be more standardized and intelligentized.

The invention relates to the technical field of DNA laboratory monitoring, and discloses a monitoring system for DNA laboratory personnel and equipment. The system includes a laboratory, experiment personnel and information management platforms; the internal of the laboratory is provided with multiple experimental equipment; the multiple experimental equipment is provided with intelligent switchesfor power supply; the internal of the laboratory is also provided with multiple positioning base stations; the experiment personnel carry positioning labels; the positioning labels are connected to the positioning base stations through signals; and the positioning base stations are connected to the information management platforms through wireless communication module signals. The system can record the positions where the experiment personnel are located and the working states of the experimental equipment in real time, so that the experiment personnel can be liberated from complicated experiment recording work.

The invention provides a college laboratory monitoring system based on a GSM technology. The system mainly includes a sending platform, a receiving platform and a mobile device and aims at providing a monitoring system which is capable of remote monitoring and centralized management of a laboratory. When a specific laboratory is abnormal, the sending platform installed in the laboratory sends abnormity data detected at the moment to the receiving platform of a monitoring center and at the same time, the receiving platform sends the received abnormity data to the mobile device so that it is convenient for a laboratory administrator to take effective emergency measures. Compared with a manual regular inspection and guard method of the prior college laboratories, the college laboratory monitoring system based on the GSM technology uses wireless communication and a GSM network to realize remote monitoring so that the laboratory administrator is capable of mastering the real-time condition of the laboratory at any time; therefore, the system is more humanized and capable of improving the security performance of the laboratory; and at the same time, centralized management is realized and the work efficiency is improved.

The invention relates to the technical field of remote monitoring, in particular to a laboratory remote monitoring system. According to the laboratory monitoring system, monitored information is transmitted to the remote end through the communication system, the remote end transmits the received monitoring information to the web server through the web embedded node system, and online information sharing remote whole-network control is achieved; the communication system comprises a communication optimization algorithm and a communication security algorithm; the web embedded node system performsregistration service of the web server through scheduling operation. According to the invention, the web server provides information for a remote user; a remote user downloads a page of a web serverby using a web browser so as to observe the real-time operation condition of the equipment, modifies the variables and completes a monitoring task of the laboratory field equipment, an optimization algorithm and an encryption algorithm are carried out in the communication process so as to improve the safety and the communication efficiency of the communication process, and the creativity is very high.

The invention discloses a large-screen display method and system for laboratory real-time monitoring personnel information. The method comprises the steps that: first personnel information is collected, wherein the first personnel information is the personnel information of personnel entering a laboratory; and the first personnel information is displayed on a first large screen, wherein the first large screen is a large screen in a laboratory monitoring system. According to the method, after all display positions, used for displaying the first personnel information, on the first large screen are occupied, and if newly-collected first personnel information exists, the first personnel information, which is the earliest in all the first personnel information currently displayed on the first large screen, is replaced with the newly-collected first personnel information,and the newly-collected first personnel information is displayed. According to the method and system of the invention, the personnel information of the personnel entering the laboratory is displayed on the large screen of the laboratory monitoring system together, so that a user can obtain multiple pieces of information only through one screen, and the safety protection performance of the laboratory is improved at the same time.