33 results about "Remote laboratory" patented technology

The present invention is related to databases and the exchange of scientific information. Specifically the invention disclosed a unified scientific database that allows researchers to easily share their data with other researches. The present invention also allows for the ease of data collection, annotation, storage, management, retrieval and analysis of scientific data through and into the database. In addition, it allows for archival storage and retrieval of data collected directly from laboratory instruments to ensure data consistency for patent and other purposes. It also allows for ease of sharing data between laboratories in remote locations. The present invention also supports the automated creation of experimental protocols.

The invention relates to a vehicle drive motor experiment platform remote teaching system. The vehicle drive motor experiment platform remote teaching system comprises an experiment bench, two motors, a connecting piece of the two motors, a motor controller, a torque and revolving speed sensor, a computer, a touch screen, a camera, an electric reactor, a data collecting device, a power filter, a voltage sensor, a current sensor, a volt-ammeter, a revolving speed and torque meter, an LED indicator light board, a direct current power source, a switch and a cable. The experiment bench is of a semi-opened type table and chair structure and comprises a lower box, a bench top and side hanging plates. The vehicle drive motor experiment platform remote teaching system achieves the purpose that during the teaching process, students can visually feel and operate an electric drive system, and video monitoring and field operation control can be conveniently carried out on remote laboratory electric drive teaching equipment in a classroom.

A method of processing an aqueous fluid produced from a wellbore in order to collect or remove a minor constituent therefrom, comprises adding one or more solutes to the aqueous fluid so as to form an aqueous mixture which separates into two aqueous phases in contact with each other, with a first solute present at a greater concentration in the larger, first aqueous phase than in the second aqueous phase and a second solute present at a greater concentration in the smaller, second aqueous phase than in the first aqueous phase; while the compositions of the two phases are such that the said minor constituent preferentially partitions into the smaller, second aqueous phase so that the concentration of that constituent in the smaller second phase exceeds its concentration in the larger first aqueous phase. The second aqueous phase with the said constituent concentrated therein is then separated from the first aqueous phase. The process may be used to concentrate a tracer, such as an organic dye, into a reduced volume which can be transported to a remote laboratory. The process may alternatively be used to remove a contaminant or other minor constituent, so as to allow the first aqueous phase to be put to use, eg for cementing or hydraulic fracturing.

The invention discloses a virtual hardware laboratory remote control system. The virtual hardware laboratory remote control system comprises a laboratory network module, which is used for realizing communication connection between experimental equipment and a remote network module, receiving parameters of a command of a remote client, providing a process monitoring image for a user, storing necessary data into a database and generating a process data tendency chart, and comprises a Web server which is used for operating a remote laboratory website, a Web Navigator server, a database server which is used for storing real-time data and historical data of the operation of the experimental equipment, and a video monitoring server which is used for providing real-time video monitoring images ofthe experimental equipment on site; the remote network module comprises an information issuing module, a register login module, a user management module, a data uploading and downloading module, an online answering module, an experiment inquiry module, a scheduled experiment module and a remote experiment module. According to the virtual hardware laboratory remote control system, the laboratory can be managed remotely and an experiment process can be controlled remotely through a network compressively.

A remote laboratory gateway enables a plurality of students to access and control a laboratory experiment remotely. Access is provided by an experimentation gateway, which is configured to provide secure access to the experiment via a network-centric, web-enabled interface graphical user interface. Experimental hardware is directly controlled by an experiment controller, which is communicatively coupled to the experimentation gateway and which may be a software application, a standalone computing device, or a virtual machine hosted on the experimentation gateway. The remote laboratory of the present specification may be configured for a software-as-a-service business model.

A method for using a single sample suspected of containing a microorganism for both a local rapid test immunoassay and a remote laboratory test. The sample is collected from a patient at a physician's office or from the environment to be tested. The sample is collected using a swab or other implement, combined with a rapid test processing reagent and a portion of the processed sample is used for the local rapid test. The rapid test processing reagent typically consists of a buffer, a salt, and a detergent and is compatible with the local rapid test immunoassay. Only a portion of the processed sample is used for the local rapid test, leaving a remaining portion of the processed sample to be used in a remote laboratory assay. At least some of the remaining portion of the processed sample is combined with a stabilization agent that preserves at least the nucleic acid in the processed sample for the remote laboratory assay.

The invention relates to a time frequency calibration method and a time frequency calibration service system between long distance time frequency laboratories. The method comprises steps that: time difference of at least one data type between a standard time source of a center station and a GNSS satellite clock is measured and stored; at least one data type of the GNSS satellite data which is observed at the center station is acquired and stored in real time; time difference of at least one data type between a time source of a client station and the GNSS satellite clock is measured and stored, and the data type of the client station corresponds to the data type of the center station; a calibration request from the client station is responded, common-view contrast or carrier wave phase contrast between the contrast data from the client station and the contrast data from the center station are carried out by a calibration system based on the satellite data, and a contrast result is returned; the time source of the client station is calibrated according to the returned contrast result. The method and the system facilitate effective utilization of frequency standard in the time frequency laboratories, further guarantees accuracy and reliability of magnitude transmission and improves metering and detecting quality of the time frequency.

The invention discloses a seabed cable online observing system for ocean dynamic environment, mainly including a seabed observing platform, a seabed cable, a shore base monitoring station, a control and data service center. The seabed observing platform can achieve energy supply and distribution, signal transmission and conversion, sensor power supply management and data collection control; the seabed cable is connected with the seabed observing platform and the shore base monitoring station, for transmitting 380V direct current voltage and 5Mbps data signal, and solving limitation on energy supply and data transmission; the shore base monitoring station provides continuous energy supply, and is responsible for transmitting a remote laboratory control command and real-time observing data of the sensor; the control and data service center achieves remote control and management, analyzes and stores the real-time monitored data, and achieves data sharing.

A method of and apparatus for enabling on-site calibration of an instrument, which measures vibration in a machine to assure that the instrument functions within instrument performance specifications, eliminates the need for shipping the instrument to a remote lab for calibration. In one embodiment a CD containing a database that includes the calibration procedure is provided for use with a laptop computer located on site with the instrument. The laptop is connected to the instrument and the procedure displayed on the laptop is followed to calibrate the instrument. Upon successful completion of the procedure, the laptop is connected to a printer which prints out a certificate of completion of calibration. In an alternative embodiment, the database and procedure are available on a remote computer, which is accessed via an internet connection that is password protected.

The invention provides a live broadcast interaction system and method. The method comprises the steps that a server side in the system provided by the invention receives a first video collected by a first video collection terminal in a remote teaching room and a second video collected by a second video collection terminal in a remote laboratory; a current scene type, at least one current scene video related to the current scene type and playing parameters of the current scene video are obtained based on the first video and the second video; and the current scene video is displayed in a display area of a multi-scene blackboard through the playing parameters. Therefore, the related video is highlighted according to a classroom scene, students can clearly know a teaching process and a teaching intention of a teacher through the current scene video, and the teaching interactivity and the class attending experience of the students are improved.

The invention relates to a vehicle drive motor experiment platform remote teaching system. The vehicle drive motor experiment platform remote teaching system comprises an experiment bench, two motors, a connecting piece of the two motors, a motor controller, a torque and revolving speed sensor, a computer, a touch screen, a camera, an electric reactor, a data collecting device, a power filter, a voltage sensor, a current sensor, a volt-ammeter, a revolving speed and torque meter, an LED indicator light board, a direct current power source, a switch and a cable. The experiment bench is of a semi-opened type table and chair structure and comprises a lower box, a bench top and side hanging plates. The vehicle drive motor experiment platform remote teaching system achieves the purpose that during the teaching process, students can visually feel and operate an electric drive system, and video monitoring and field operation control can be conveniently carried out on remote laboratory electric drive teaching equipment in a classroom.

The invention relates to a remote laboratory access control method. The method is characterized by comprising the following processing steps of: 1, carrying out authentication and authorization; 2, starting to keep an account; and 3, finishing the account keeping. The invention is reasonable in design, the authentication, authorization and account keeping functions between a user and an experiment table of a remote laboratory are realized by virtue of coordinative control among core control equipment, authentication, authorization and account keeping equipment, database equipment and terminal control equipment so as to realize remote access control on the laboratory, and the method in the invention has the characteristics of various functions, high safety and reliability, wide application range and low cost.

The invention relates to a method and system for monitoring remote experimental data of an air conditioner based on a Labview platform, including a server computer and a remote client computer. The server computer is installed in the laboratory and connected to the air conditioner for real-time acquisition and transmission of experimental data. Remote clients The terminal computer is the computer of the relevant personnel who needs to obtain the experimental data, and is used to receive, save, process and analyze the experimental data. The server computer and the remote client computer communicate through the local area network. The server computer collects the experimental data from the air conditioner in the experiment, saves the experimental data to the database, and sends the experimental data to the remote client computer through the local area network, and the remote client computer receives the data, saves it, processes and analyzes it. The present invention adopts the mature TCP / IP protocol to directly obtain the experimental data of the remote laboratory through the local area network, and save it in the local client computer, which is convenient for the designer to carry out correlation analysis, and does not require the designer to run back and forth between different laboratories, reducing the The workload of designers is reduced, man-hours are saved, and work efficiency is improved.

The invention discloses a dairy cow production performance measuring system. The dairy cow production performance measuring system comprises a passive RFID tag fixed to the body of a dairy cow and an RFID reader installed on a milking device, the RFID reader is connected with the passive RFID tag through an antenna and connected with a bar code printer. The dairy cow production performance measuring system further structurally comprises a remote laboratory terminal and a system integrated terminal connected with the remote laboratory terminal, the remote laboratory terminal is connected with the bar code printer through a signal line, and the system integrated terminal is further connected with a handheld terminal. The system integrated terminal structurally comprises a man-machine interaction terminal, a data storage host, a display screen and the RFID reader. According to the dairy cow production performance measuring system, the defects in the prior art can be overcome, the data acquisition accuracy is improved, and the data acquisition speed is increased.

A system / method allowing personalized ex vivo customization of a generic ophthalmic lens blank (OLB) or ophthalmic lens with known diopter (OKD) based on localized field-measured patient characteristics is disclosed. The OLB is composed of an acrylic material that has been infused with an ultraviolet (UV) absorbing compound rendering it amenable to customized spatial modification (CSM) of its refractive index via the use of pulsed laser radiation (PLR). The CSM of refractive index eliminates the need for remote laboratory fabrication of a customized intraocular lens (IOL) for the patient. The OLB is retained within a secured lens container (SLC) providing for precise physical orientation of the OLB haptics and OLB lens structure with respect to the application of PLR to the OLB. The SLC contains a lens filler material (LFM) covering the OLB and is hermetically sealed after the OLB has been positioned within the SLC interior and prior to sterilization of the SLC+OLB combination.