CN103852510A - Virtual laboratory electrophoresis apparatus - Google Patents
Virtual laboratory electrophoresis apparatus Download PDFInfo
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- CN103852510A CN103852510A CN201210495008.0A CN201210495008A CN103852510A CN 103852510 A CN103852510 A CN 103852510A CN 201210495008 A CN201210495008 A CN 201210495008A CN 103852510 A CN103852510 A CN 103852510A
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Abstract
The present invention discloses a virtual laboratory electrophoresis system, and belongs to the field of laboratory biochemistry and molecular biology laboratory apparatuses, wherein the virtual laboratory electrophoresis system utilizes a laboratory network system, uses a computer to operate an I/O electrophoresis effect device through a software, and is provided for laboratory biological macromolecule electrophoresis analysis. The virtual laboratory electrophoresis system adopts the general software operation system, utilizes the virtual laboratory electrophoresis apparatus V1.0 software to replace the hardware to achieve acquisition, processing, storage, result expression and output control on data and images of the high performance I/O electrophoresis effect device (I/O laboratory electrophoresis direct current output module, I/O electrophoresis tank, I/O electrophoresis gel image capture device, I/O electrophoresis device running image capture device, and the like) through the laboratory local area network so as to achieve synchronous and timed application requirements on the I/O electrophoresis effect device and achieve equipment control and system integration. The system has characteristics of low critical software development and maintenance cost, rapid technology update, low equipment price, customized instrument function, flexible system development, and easy integration connection with other devices.
Description
One, technical field
Virtual laboratory electrophoresis system of the present invention, belongs to laboratory biological chemistry and molecular biology experiment instrument field.
Two, background technology
Virtual instrument technique is to utilize high performance modularized hardware, in conjunction with efficiently, computer software completes the application of various tests, measurement and robotization control flexibly, is the development trend of thermometrically industry.Virtual instrument technique has that performance is high, extendability is strong, the development time is few and integrated this four large advantage of height.
Virtual laboratory electrophoresis system is by efficient software, I/O hardware and for this three parts composition of the network platform of integrated software and hardware, virtual laboratory electrophoresis system adopts common software operating system windows 9X/windows2000/windows NT/windowsXP, utilize " virtual laboratory electrophoresis apparatus V1.0 " software replace hardware to realize I/O electrophoretic effect device (I/O laboratory electrophoresis direct current output module, I/O electrophoresis tank, I/O running gel image collecting device, I/O electrophoresis equipment operation image harvester etc.) signal processing, results expression and output are controlled, soft, hardware platform can meet demand synchronous to the network equipment and timing application, and realize flexible to equipment, efficiently, multi-functional control and the omnibearing system integration.The hardware of the virtual laboratory electrophoresis system building is greatly simplified, and integration of equipments cost and operating cost significantly reduce.，
Virtual laboratory electrophoresis system utilizes computer technology and network technology, can utilize easily internet to realize remote testing, control.Virtual laboratory electrophoresis system instrument can utilize a large amount of existing software resources, for the further processing, storage and the transmission that detect data, image provide convenience.
The test function of virtual laboratory electrophoresis system realizes with software control, can meet according to the different peripherals of user's different actual needs combos the requirement of testing crew.In the face of provisional special electrophoresis Detection task, also can set up soon specific demand electrophoresis detection system.
Three, summary of the invention
Content of the present invention comprises:
1) " virtual laboratory electrophoresis apparatus V1.0 " software, the software electrophoresis functions module that chamber LAN realizes having I/O function by experiment realizes control, to realize laboratory electrophoresis experiment.
2) the electrophoresis functions module of I/O function: I/O laboratory electrophoresis direct supply output module, I/O electrophoresis tank, I/O running gel image collecting device, I/O electrophoresis equipment operation image harvester.
Four, embodiment
Virtual laboratory electrophoresis system is by efficient computing machine " virtual laboratory electrophoresis apparatus V1.0 " software, I/O electrophoretic effect device (I/O laboratory electrophoresis direct current output module, I/O electrophoresis tank, I/O running gel image collecting device, I/O electrophoresis equipment operation image harvester etc.) and form for this three part of the network platform of integrated software and hardware.
1) network:
Connect the lab lan of software and hardware and can use any in RS485 network, HART network and fieldbus networks.
The operating system of the control main frame of laboratory office network system adopts windows 9X/windows2000/windows NT/windowsXP, and operation " virtual laboratory electrophoresis apparatus software V1.0 " drives, measures, analyzes, controls the peripheral I/O electrophoretic effect device connecting on lab lan network.
Network control host computer: can be notebook, PC or workstation.
Personal computer terminal: can be notebook, PC.
2) virtual laboratory electrophoresis apparatus software V1.0:
Computing machine is realized I/O electrophoretic effect device (the I/O laboratory electrophoresis direct current output module to connecting on network by operation " virtual laboratory electrophoresis apparatus software V1.0 ", I/O electrophoresis tank, I/O running gel image collecting device, I/O electrophoresis equipment operation image harvester etc.) communication, sensor signal is transferred to computing machine by I/O electrophoretic effect device, main frame is processed data, storage and transmission, realize the setting to I/O electrophoretic effect device by network system, monitoring, control, analyze, data acquisition, process, result shows, the functions such as storage.
3) I/O electrophoretic effect device:
I/O electrophoretic effect device comprises I/O laboratory electrophoresis power module, I/O electrophoresis tank, I/O running gel image collecting device, I/O electrophoresis equipment operation image harvester etc., laboratory operation personnel both can pass through network platform centralized control I/O electrophoretic effect device, can control respectively again each I/O electrophoretic effect device, realize the unified function of controlling of the whole electrophoresis equipments in current laboratory.
I/O electrophoresis power module: power supply power module is divided into low pressure, medium and high pressure three class direct supply output modules, to realize the controlled output of direct current of 10V-10000V/5 μ A-2A.
I/O electrophoresis tank: for having the laboratory electrophoresis tank of I/O function, I/O electrophoresis tank can be realized temperature, pressure, the isoparametric measurement of flow, communication and control.
I/O running gel dyeing apparatus: for the laboratory running gel with I/O function dyes.
I/O running gel image analysis apparatus: for the laboratory running gel with I/O function carries out graphical analysis.
I/O electrophoresis equipment operation image harvester: for thering is the image collecting device for thering is I/O function, can realize network or the on-the-spot image acquisition to electrophoresis equipment ruuning situation, storage, transmission.
I/O electrophoretic effect device meets the requirement of RS485 network, HART network and fieldbus networks, all has the wired and wireless communication interface with LAN (Local Area Network) and internet compatibility in each module.
In each module, all there is the read-write capability of unified IC-card, to realize parameter setting and the data acquisition to separate devices.
By virtual laboratory electrophoresis system, electrophoresis experiment chamber experimenter can realize after logining main frame by personal computer terminal:
1) experiment parameter that can administer electrophoresis equipment to oneself by personal computer terminal arranges, revises;
2) can carry out parameter to the electrophoresis equipment in own controlling run by personal computer terminal arranges online, revises;
3) operational factor that can control electrophoresis equipment to oneself by personal computer terminal is carried out Real-Time Monitoring;
4) can transfer 60 days in the past individual electrophoresis experiment parameters by personal computer terminal;
5) can be by personal computer terminal machine real-time monitored electrophoresis equipment operation field image.
By virtual laboratory electrophoresis system, electrophoresis experiment chamber managerial personnel can realize after logining main frame by main frame or personal computer terminal:
1) can realize by personal computer terminal whole use functions of general experimenter;
2) can pass through the real-time monitoring experiment of personal computer terminal chamber all personnel's electrophoresis equipment service condition;
3) can be by personal computer terminal inspection to ruuning situation and the parameter of 60 days whole electrophoresis equipments in laboratory were carried out in the past.
4) can pass through personal computer real time modifying, stop the electrophoresis equipment of all operations in laboratory.
Virtual laboratory electrophoresis system makes full use of now mature computer technology and network technology, can utilize easily the network platform to realize the centralized control of laboratory equipment; Adopt universal Software Platform, can utilize existing a large amount of existing software resource, for further processing, storage and the transmission of data analysis, image provide convenience; Virtual laboratory electrophoresis system instrument adopts software replace hardware, realizes signal processing, results expression and the output control of electrophoresis equipment, and the hardware of measuring system constructing is simplified greatly, and testing cost significantly reduces.
System has: critical software development and maintenance cost is low, and technology innovation is fast, and equipment price is low, and user can self-defining instrumental function, and system development is flexible, and user's configuration device is flexible, easily and the feature of other equipment connections.
Claims (4)
1. virtual laboratory electrophoresis system, is characterized in that: by efficient software, I/O electrophoretic effect device and the network platform for integrated software and hardware, and three part compositions.
2. according to the virtual laboratory electrophoresis system described in claims 1, it is characterized in that completing by computer software the I/O electrophoretic effect device that network is connected carries out the laboratory electrophoretic analysis experimental system that parameter setting, data acquisition, analysis and processing, results expression and output etc. build based on virtual instrument technique.
3. according to the virtual laboratory electrophoresis system described in claims 1, it is characterized in that laboratory electrophoresis equipment and the relevant devices such as I/O electrophoretic effect device (comprising I/O laboratory electrophoresis direct current output module, I/O electrophoresis tank, I/O running gel image collecting device, I/O electrophoresis equipment operation image harvester), they directly complete laboratory electrophoresis experiment and related experiment function.
4. according to the virtual laboratory electrophoresis system described in claims 1, it is characterized in that the network platform for Integrated Virtual laboratory electrophoresis system software and hardware.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210495008.0A CN103852510A (en) | 2012-11-29 | 2012-11-29 | Virtual laboratory electrophoresis apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210495008.0A CN103852510A (en) | 2012-11-29 | 2012-11-29 | Virtual laboratory electrophoresis apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN103852510A true CN103852510A (en) | 2014-06-11 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201210495008.0A Pending CN103852510A (en) | 2012-11-29 | 2012-11-29 | Virtual laboratory electrophoresis apparatus |
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| CN (1) | CN103852510A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US11926811B2 (en) | 2017-07-17 | 2024-03-12 | Amino Labs North Incorporated | Personal laboratory for genetic engineering, culturing and analysis of microorganisms and biochemicals |
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2012
- 2012-11-29 CN CN201210495008.0A patent/CN103852510A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US11926811B2 (en) | 2017-07-17 | 2024-03-12 | Amino Labs North Incorporated | Personal laboratory for genetic engineering, culturing and analysis of microorganisms and biochemicals |
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Application publication date: 20140611 |