150 results about "Laboratory management" patented technology

The invention relates to a system and a method for open intelligent management of a laboratory. The system comprises a server and a client, wherein the server comprises a university level platform node server and a plurality of college level platform node servers; the university level platform node server performs data communication with a university shared data base through a data communication module and a synchronous module, and performs data communication with the college level platform node servers through the data communication module; the client is connected with the server through a campus network inside a university and through the INTERNET outside the university; and the client comprises a laboratory management control system and an intelligent laboratory management system. The method comprises the management of experiments or experiment courses specified in a teaching program and the management of open experiments or equipment usage outside the teaching program. According to the invention, all-day open of the laboratory can be realized, and the working efficiency of laboratory management personnel can be greatly improved.

The invention discloses an open laboratory reservation system, which is used for allowing users of network terminal devices in the open laboratory reservation system to conduct reservation use operation and/or management work of an open laboratory by means of a network, and specifically comprises a database, a user management module, an experiment operator information management module, an experiment reservation module, an experimental equipment management module, an information transmission module, a data processing module, a system management module and a system server. The invention furtherdiscloses an open laboratory reservation method corresponding to the open laboratory reservation system. The open laboratory reservation system has the advantages of full automatic and intelligent laboratory reservation according to actual teaching conditions, reservation result checking, laboratory management and user information issuing, improves the precision and efficiency of experiment arrangement, saves manpower, and realizes the safety of the system by means of an identity authentication mechanism. The open laboratory reservation system further has the advantages of good openness, expansibility, and perfect system function.

The invention discloses an Internet of things smart campus system. The system comprises a smart campus management total machine, a logistics management system, a safety protection management system, a personnel management system and a teaching management system, wherein the logistics management system, the safety protection management system, the personnel management system and the teaching management system are connected with the smart campus management total machine through corresponding switches, the logistics management system comprises an illumination energy-saving system, a vehicle management system, a campus greening system and a food and drink sales system, the safety protection management system comprises a safety management system and a video monitoring system, the personnel management system comprises a student management system and a teacher management system, and the teaching management system comprises a classroom management system, a library management system, a laboratory management system and a file management system.

The invention provides a laboratory ordering and usage management system. A corresponding laboratory ordering and usage management system is used for storing the information of a laboratory and an applicant, and carrying out a comparison between the input information and the information of the laboratory and the applicant stored in a database, and if the information is valid, transmitting the input information of the applicant to an entrance guard system; the entrance guard system carries out a comparison between the planned allowable persons and the information of the laboratory and the applicant transmitted by the ordering and usage management system, switches on/off of the entrance guard based on the comparing result, and transmitting the input information of the ordering person and entering time to a power supply control system; the power supply control system is used for setting the power supply time of the laboratory; and an alarming system is used for triggering acousto-optic alarm and transmitting an alarm short message. According to the laboratory ordering and usage management system, an entrance guard control technology and a power supply management technology are adopted to develop the laboratory ordering and usage management system for an institution of higher learning, and the laboratory ordering and usage management system is convenient for students to utilize the resource in the laboratory, and convenient for laboratory management, and has high management efficiency; and the laboratory ordering and usage management system can meet the management and the usage of the resource in the laboratory of the institution of higher learning.

The invention discloses a laboratory appointment management system and method, relates to the technical field of laboratory management, and aims to solve the problem that the high efficiency of laboratory appointment management work is influenced by the technical scheme in the prior art. According to the technical scheme, the system comprises a system management module used for defining an administrator of a laboratory; a project management module used for a user to create an experiment course project; a reservation module used for generating reservation information; a database used for storing a preservable laboratory list and a preservable laboratory list; a data matching module used for matching corresponding laboratories in an appointment laboratory list according to the reservation information and generating matching information; a reservation management module used for the administrator to approve the matching information; and a personal information module used for generating state information of corresponding appointments. After a user reserves the laboratory according to needs, an administrator can receive the reservation request and approve the reservation request, and thehigh efficiency of laboratory reservation management work is improved.

The invention discloses a smart laboratory cloud platform, comprising a high-definition demonstration system, an autonomous learning management system, an interactive teaching system, an intelligent information display system, a mobile operation and maintenance system, a laboratory open management system, an intelligent teaching management system and a mobile learning system. The high-definition demonstration system includes a demonstration video recording and synchronous live broadcasting module. The autonomous learning management system includes an autonomous video uploading module, a synchronous redisplay and self-diagnosis module and an autonomous on-demand module. By organically integrating cloud computing, big data, mobile Internet and other information technologies, the smart laboratory cloud platform promoting the innovation of experimental management means and the improvement of teaching quality through high-definition demonstration, autonomous learning, interactive teaching,laboratory management, intelligent teaching management, teaching resources, mobile learning, laboratory safety management, data analysis and data maps is built.

The present invention discloses a two-dimensional code and wireless network-based laboratory management system. The system comprises a laboratory management service system and a mobile terminal; the mobile terminal is provided with a laboratory management application system; the mobile terminal comprises a camera and a two-dimensional code identification system; the laboratory management service system is used for generating corresponding two-dimensional code marks for courses and experimental instruments of a laboratory, carrying out two-dimensional code marking for experiment teachers and students, carrying out experiment registration and providing a query entrance; and the laboratory management application system is used for obtaining information set by the laboratory management service system and uploading obtained people and equipment information to the laboratory management service system for storing the information. With the two-dimensional code and wireless network-based laboratory management system adopted, experimental instruments and equipment can be managed; an entire experimental process can be also managed; the attendance and experimental situations of the students can be queried; laboratory management work efficiency can be improved; and laboratory teaching resources can be integrated and optimized.

The invention discloses an open-type laboratory management and control system and method on the basis of internet of things. The system comprises an intelligent central control device which is arranged correspondingly to a laboratory, and a remote management and control center which performs network data interaction with the intelligent central control device; the intelligent central control device comprises a data acquisition module which comprises at least an identity recognition unit, a control module and an execution module. According to the invention, the laboratory and the whole experimental process by experimenters are managed and controlled through the intelligent central control device which is arranged correspondingly to a laboratory, and the remote management and control center which performs network data interaction with the intelligent central control device. An experiment can carried out by an appointment at a time other than experiment class time; effective management and control of laboratories can be achieved; the laboratories can be used openly so that the laboratory resource of universities can be effectively shared and fully used. At the same time, the labor resource consumption of management can be saved, and management cost is saved.

The invention relates to a laboratory management system. The laboratory management system comprises an intelligent safety island device, a factor management device, and a personnel management device.The intelligent safety island device, the factor management device, and the personnel management device further comprise corresponding functional modules. The provided laboratory management system solves the problems that in present laboratory management, the management efficiency is low, the supervision is not comprehensive, safety hazards are not eliminated, and the resources are wastes.

The invention discloses an intelligent laboratory management system. The system comprises a database used for storing identification comparison information of people participating in an experiment andteaching comparison information, a human body characteristic identification module used for collecting human body characteristic information of people getting in and out of a laboratory, a safety monitoring module used for performing comparison between the human body characteristic information with information in the database to control accessing permission according to a comparison result and count the number of accessing people, an image processing module used for conducting gray processing on images of each experiment desktop to obtain the gray images of each experiment desktop, an image comparison module used for comparing the gray images of each experiment desktop with preset comparison images to judge whether or not the number of experimental items is a preset number, and a reminding module used for sending reminding notices to people performing the experiment and a teacher when the judging result of the image comparison module is negative.

The invention discloses an intelligent laboratory management system based on a cloud platform. The system comprises a RFID electronic tag, an equipment adapter, a cloud server and a mobile terminal arranged on laboratory equipment, and a two-dimensional code arranged on the surface of the equipment adapter, wherein the equipment adapter is connected with a power supply cable of the laboratory equipment in series; the equipment adapter comprises a single chip microcomputer, and also comprises a RFID reader-writer, a communication unit, a power acquisition unit and a relay connected with the single chip microcomputer; and the power acquisition unit and the relay are connected with the power supply cable of the laboratory equipment in series. According to the management system provided by the invention, the common laboratory can be simply transformed into the intelligent laboratory without involving capital construction and other events, thus being simple and convenient.

The invention relates to a virtual experiment system based on a cloud computing technology. The virtual experiment system comprises a client machine, an experiment management system and a cloud infrastructure; the client machine provides an interface for a user operation, is accessed to the experiment management system through the client machine to obtain experiment classification information andis finally accessed to the cloud infrastructure to obtain an experiment environment; the experiment management system is used for providing laboratory management with a curriculum being the center based on the cloud infrastructure; the cloud infrastructure is used for providing a cloud mainframe and cloud storage service, on one hand, opening and closing service of the cloud mainframe and cloud storage is provided for the experiment management system, and accessing information is fed back to the experiment management system; on the other hand, based on accessing information of the cloud mainframe and the cloud storage, an experiment environment is provided for access of the client machine. Compared with the prior art, the virtual experiment system has the advantages of being open, extendable, efficient in resource utilization, convenient to manage and the like.

The invention provides an intelligent laboratory management system based on the internet of things, which comprises a field equipment layer, a network layer, an internet of things platform and an IDMsystem connected in turn. The field device layer comprises a sensor, a traditional device instrument and an intelligent device instrument; the network layer comprises an Internet of Things communication module and a gateway, wherein the Internet of Things communication module is arranged on the traditional equipment and instruments to construct communication capability for the traditional equipment and instruments and an access gateway unified communication protocol, and the sensor and the intelligent equipment and instruments access gateway carry out communication protocol encapsulation; theIOT platform analyzes different communication protocols through the network layer to uniformly manage the field device layer, and simultaneously establishes a virtual mirror image for each device andprovides a unified API. The IDM system and the Internet of Things platform interact with each other through the API to carry out experiment management and execution operation on all devices. The invention overcomes the defects of non-automation of the control of the existing laboratory equipment, non-informationization of the experiment management and non-sharing of the resource management.

The invention relates to the field of laboratory management technology, and discloses a laboratory management system. The laboratory management system comprises a control center, as well as an experimental learning management module, an experimental teaching management module, an equipment management module, a reagent consumable management module, an authority management module and a communicationmodule which are connected with the control center respectively, wherein the control center communicates with a network server through the communication module; and the experi mental learning management module comprises an experimental knowledge module, an online test module, an online examination module, an online question bank management module, a parameter setting module and a question bank module. According to the laboratory management system, comprehensive management of a laboratory is realized through an Internet technology and a computer technology, and advanced and reasonable flow management and paperless officering are adopted, thereby simplifying and standardizing the work of the laboratory, realizing intelligent control, greatly reducing the work of laboratory management personnel and increasing the management efficiency of the laboratory.

The invention discloses a method for analyzing zinc in an alkaline zinc-nickel alloy plating solution. The method comprises the steps of enabling Ni<2+> ions in the alkaline zinc-nickel alloy plating solution and dimethylglyoxime to generate precipitate under the condition the pH is equal to 4-6; filtering and separating the precipitate; then, measuring the content of the zinc in the filtrate; under the condition that the pH is equal to 10, taking chrome black T as an indicator, and titrating the zinc by ethylene diamine tetraacetic acid (EDTA) standard solution. According to the method, nickel is separated by a precipitation separation method, zinc is measured by titration, and the used reagents are non-toxic and harmless. The existing method adopts potassium cyanide to screen nickel, so that potential safety hazard is brought to laboratory management, and the environment is polluted.

The invention provides a laboratory management system which comprises a laboratory management device, a server and a user terminal. The laboratory management device is used for conducting information collection and processing on conditions of a laboratory, the server is connected with the laboratory management device, information interaction is carried out between the server and the laboratory management device, a C/S structure is achieved through the server and the laboratory management device, the server terminal of the C/S structure is achieved through the server, and the client terminal of the C/S structure is achieved through the laboratory management device. The user terminal is connected with the server, information interaction is carried out between the user terminal and the server to achieve indirect control over the laboratory management device, a B/S structure is achieved through the server and the user terminal, the server terminal of the B/S structure is achieved through the server, and the browser terminal of the B/S structure is achieved through the user terminal. The laboratory management system has the advantages of being capable of guaranteeing that information of the laboratory management device can be stably transmitted to the server, enabling a user to be capable of accessing the server through a browser only even through a mobile phone is used, and achieving control over the laboratory management device.

The invention relates to a QR code-based on-site laboratory management system which comprises a QR code information management platform, a laboratory data acquisition terminal and a QR code application terminal, wherein the QR code information management platform is respectively connected with the laboratory data acquisition terminal and the QR code application terminal through the Internet or a local server. In order to solve the problem that five factors including people, machines, articles, materials and environment can not be managed neatly, each indivisible factor is subjected to atomization classification, and and all information of each indivisible factor is gathered, uploaded to the network, bound with a network address through a QR code, and input into a laboratory information management system. Seamless link from physical things to system information and from system information to physical things is realized. Laboratory management becomes more convenient, and item detection becomes more efficient.

The invention relates to a management control system based on external fertilization-embryo transplantation. The system comprises a doctor's advice management module, an electronic medical record module, an identity identification module, a patient management module, a laboratory management module and a heredity management module, in the abovementioned management system, a set of software system containing a big data acquisition and processing technology and a complex embryo transplantation algorithm is also arranged, the software system includes detection data acquisition and processing software deployed in a reproductive center, a software program installed in a computer of an attending doctor and used for automatically calculating a transplantation operation schedule and managing an embryo transplantation process and an APP program installed in an intelligent mobile phone and used for notifying and reminding a patient to transplant. The system efficiently fuses a complicated clinical treatment process and a patient service process, thereby improving a capability of serving patients of the reproductive center, enhancing satisfaction of the patients, and greatly reducing doctor-patient contradiction.

The invention relates to an instrument and equipment management and resource sharing cloud platform based on an Internet of things technology, which comprises a working state detection unit, an Internet of things unit and a laboratory management unit, wherein the working state detection unit is used for detecting instantaneous power consumption of instruments and equipment; information detected by the working state detection unit is transmitted to the laboratory management unit at the cloud in real time through the Internet of things unit; and the laboratory management unit performs utilization rate analysis and management on the information sent by the Internet of things unit. The advantages of the instrument and equipment management and resource sharing cloud platform lie in that the utilization rate of scientific instruments and equipment is monitored through a reasonable and effective method, workload distribution and maintenance schedules are dynamically adjusted in real time according to the monitored utilization rate, and resource sharing of equipment with a low utilization rate is realized.

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 sports floor vibration absorption measuring device based on a high speed data acquisition card and a method thereof. The sports floor vibration absorption measuring device comprises a testing frame, a testing control box, a high speed data acquisition card, and a testing host. Under the control of the testing frame, a counter weight can be used to apply the action force to the tested sports floor or the reference hard ground, and a force transducer disposed in the frame is used to measure the action force, which is converted into the standard voltage signal by the testing control box, and the standard voltage signal can be combined with a starting signal, and then can be transmitted to the testing host by the high speed data acquisition card, and at last, the testing host is used to run the vibration absorption testing software to complete the measurement of the vibration absorption coefficient. The testing host is used to provide the flexible and convenient operation interface, the storage and playback function of the mass data, and the report printing function, and is also used to provide various communication interfaces such as Ethernet interfaces, RS485/232 interfaces, and so on, and therefore the data sharing and the system integration with the laboratory management platform can be facilitated. The sports floor vibration absorption measuring device is advantageous in that the structure is novel, the operation is flexible, and the convenient and effective testing tool can be provided for the production and the testing of the sports floor and the enterprises using the device.