CN207503074U - The intelligence control system in precision intelligence laboratory - Google Patents
The intelligence control system in precision intelligence laboratory Download PDFInfo
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- CN207503074U CN207503074U CN201721172502.8U CN201721172502U CN207503074U CN 207503074 U CN207503074 U CN 207503074U CN 201721172502 U CN201721172502 U CN 201721172502U CN 207503074 U CN207503074 U CN 207503074U
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Abstract
The utility model discloses a kind of intelligence control system in precision intelligence laboratory, including：Local touch screen control system, central server control system and long-range APP control systems；The long-range APP control systems include the APP background host computers being connect with the central server communication, the mobile phone terminal for being built-in with laboratory control APP and the communication module for establishing the communication connection between the mobile phone terminal and the APP background host computers.The intelligence control system in the precision intelligence laboratory of the utility model, intelligentized control method is carried out to precision intelligence laboratory by three layers of control system, control on the spot, long-distance centralized control and the intelligent of mobile phone terminal APP controls for realizing precision intelligence laboratory combine, the intelligence degree of precision intelligence laboratory system control and convenient degree are greatly improved, the laboratory control APP that user can be transferred through facilitating whenever and wherever possible mobile phone terminal is made to be monitored and control the parameters in precision intelligence laboratory.
Description
Technical field
The utility model is related to laboratory field of intelligent control technology, more particularly to a kind of intelligence in precision intelligence laboratory
Control system.
Background technology
With the development of science and technology, people are also more next to the research in the fields such as nanometer, microelectronics, biology, life science
More extensive many colleges and universities and scientific research institution are all put into the research in these high-grade, precision and advanced fields with going deep into, for science and technology not
Disconnected development is made that tremendous contribution.In the research of these most advanced branches of science, other than the scientific knowledge of this profession, one is ground with this
It is the consistency for ensureing result of study, reliability and final successful important guarantee hand to study carefully the research environment that technique matches
Section.The precision intelligence laboratory of high-cleanness, high grade is the important avatar of this means, the cleanliness factor one in these laboratories
As will be higher than ISO5 grades, the indexs such as temperature, relative humidity, noise, antistatic, anti-shielding properties have harsh requirement, this
The strict requirements just proposed to the construction in laboratory, operation and control.
The number of devices in precision intelligence laboratory is more, and the control of the operating parameter of each equipment is required strictly, to protect
Indoor high-cleanness, high environment is tested in confirmation.Control now for precision intelligence laboratory is often rested on to each equipment difference
Manual operation, control mode operation is troublesome in this, and is not easy to manage concentratedly, is susceptible to mistake, it is difficult to which meeting user will
It asks；It has also appeared now and central controlled technology is carried out to each equipment using computer equipment, but there are control ranges
Limitation, the convenience of control are inadequate.But it yet there are no now and intelligent control carried out to precision intelligence laboratory using cell phone application
Technology.
Utility model content
The technical problem to be solved by the utility model is to the deficiencies in for the above-mentioned prior art, provide a kind of precision
The intelligence control system of Development of intelligent laboratory.
In order to solve the above technical problems, the technical solution adopted in the utility model is：A kind of intelligence in precision intelligence laboratory
Energy control system, including：Local touch screen control system, the central service with the local touch screen control system communication connection
Device control system and the long-range APP control systems with central server control system communication connection；
The local touch screen control system include touch screen, the local controller that is connect with the touch screen and with it is described
The level-one monitoring and controlling unit of local controller connection；
The central server control system includes two level monitoring and controlling unit, network-type data collector and the net
The interchanger of network type data collector connection and the central server that is connect with the interchanger, the central server also with institute
The local control stated in local touch screen control system is communicated to connect by the exchange machine；
The long-range APP control systems include the APP background host computers being connect with the central server communication, are built-in with reality
Test the mobile phone terminal of room control APP and for establishing the communication connection between the mobile phone terminal and the APP background host computers
Communication module.
Preferably, the level-one monitoring and controlling unit includes air-conditioning system monitoring and controlling module, temperature sensor, humidity
Sensor, lamps and lanterns monitoring and controlling module, air quality sensor, air pressure probe, carbon dioxide sensor and oxygen pass
Sensor.
Preferably, the two level monitoring and controlling unit includes electricity instrument, gate inhibition's monitoring and controlling module and video surveillance mould
Block.
Preferably, the data of the level-one monitoring and controlling unit are transmitted to the center by the local controller and take
Business device, the electricity instrument, the data of gate inhibition's monitoring and controlling module are acquired by the network-type data collector, then through the friendship
It changes planes and is transmitted to the central server；The data that the central server storage receives, and the data of reception are solved
Analysis and statistics control APP to be shown by the laboratory on the touch screen and mobile phone terminal.The data of the camera are led to
It crosses network storage hard disk and is transmitted to the interchanger, then be transmitted to the central server.
Preferably, the central server for being parsed to the data received, also use by the central server
APP is controlled in sending the laboratory on warning message to the touch screen and mobile phone terminal.
Preferably, gate inhibition's monitoring and controlling module includes fingerprint instrument and the access control being connect with the fingerprint instrument
Device.
Preferably, gate inhibition's monitoring and controlling module and the air-conditioning system monitoring and controlling module and carbon dioxide sensing
Device communicates to connect, and the air-conditioning system monitoring and controlling module is for controlling the air-conditioning system in laboratory, to adjust reality
Test indoor fresh air volume and return air amount.
Preferably, gate inhibition's monitoring and controlling module enters the personnel amount in laboratory for real-time monitoring record, also
For being carried out automatically controlling to air-conditioning system monitoring and controlling module, with the indoor fresh air supply amount of regulation experiment and return air amount.
Preferably, the video surveillance module includes network storage hard disk and multiple cameras.
The utility model includes at least following advantageous effect：
(1) intelligence control system in the precision intelligence laboratory of the utility model, by three layers of control system to accurate intelligence
Energy laboratory carries out intelligentized control method, realizes control on the spot, long-distance centralized control and the mobile phone terminal in precision intelligence laboratory
The intelligence of APP controls combines, and greatly improves the intelligence degree of precision intelligence laboratory system control and convenient degree, uses
The laboratory control APP that family can be transferred through facilitating whenever and wherever possible mobile phone terminal carries out the parameters in precision intelligence laboratory
It is monitored and controlled.
(2) the utility model is realized by first layer control system, i.e., local touch screen control system using touch screen
The parameters in precision intelligence laboratory are monitored in situ and are controlled.
(3) the utility model can test precision intelligence by second layer control system, i.e. central server control system
The parameters of room carry out Detection ＆ Controling in centralized, while realize the concentration point of the parameters in precision intelligence laboratory
Analyse, count and generate report, data storage, alarm push, the functions such as each data of real-time display, the intelligent, degree that becomes more meticulous height,
Convenient for concentrated controling management.
(4) the utility model utilizes the reality on mobile phone terminal by third layer control system, i.e., long-range APP control systems
Room control APP is tested, network strange land control is carried out to the parameters in precision intelligence laboratory, user passes through the reality on mobile phone terminal
Room control APP is tested, using communication network, indoor every data target progress is comprehensive can anywhere be tested to precision
It is monitored and controlled；The convenience of accurate experiment indoor heating system control and effective control range are greatly improved, has broken accurate reality
The limitation of indoor heating system control area is tested, improves user experience, greatly improves the intelligence of accurate laboratory control system
With facilitation degree.
Description of the drawings
Fig. 1 is the principle schematic of the structure of the intelligence control system in the precision intelligence laboratory of the utility model.
Specific embodiment
The utility model is described in further detail with reference to embodiment, those skilled in the art's reference to be enabled to say
Bright book word can be implemented according to this.
It should be appreciated that such as " having ", "comprising" and " comprising " term used herein are not precluded one or more
The presence or addition of a other element or combinations.
A kind of intelligence control system in the precision intelligence laboratory of the present embodiment, including：Local touch screen control system, with
It is described local touch screen control system communication connection central server control system and with the central server control system
The long-range APP control systems of communication connection.
The local touch screen control system include touch screen, the local controller that is connect with the touch screen and with it is described
The level-one monitoring and controlling unit of local controller connection；
The level-one monitoring and controlling unit includes air-conditioning system monitoring and controlling module, temperature sensor, humidity sensor, lamp
Have monitoring and controlling module, air quality sensor, air pressure probe, carbon dioxide sensor and oxygen sensor.Air
Mass sensor is used to detect the cleanliness factor of air.Air pressure probe detects precision intelligence Laboratory Air positive/negative-pressure number
According to.Lamps and lanterns monitoring and controlling module carries out Centralizing inspection and control for coordinating to the indoor respective lamps and lanterns of precision intelligence experiment.
The central server control system includes two level monitoring and controlling unit, network-type data collector and the net
The interchanger of network type data collector connection and the central server that is connect with the interchanger, the central server also with institute
The local controller stated in local touch screen control system is connected by the switch communication；So as to control local touch screen
System, central server control system and long-range APP control systems mutually establish communication connection, each other by communication line and lead to
Letter agreement is communicatively coupled.So as to which central server control system be enable to control local touch screen control system, in
Entreat server control system that can include the function of local touch screen control system.Wherein, PC machine can be used in central server.
The two level monitoring and controlling unit includes electricity instrument, gate inhibition's monitoring and controlling module and video surveillance module.Electricity instrument
For coordinating realization for statistical analysis to testing indoor electricity consumption.The video surveillance module include network storage hard disk and
Multiple cameras.The data of the camera are transmitted to the interchanger by network storage hard disk, then are transmitted to the center
Server.
The long-range APP control systems include the APP background host computers being connect with the central server communication, are built-in with reality
Test the mobile phone terminal of room control APP and for establishing the communication connection between the mobile phone terminal and the APP background host computers
Communication module.User controls APP anywhere can test indoor items to precision by the laboratory on mobile phone terminal
Data target is comprehensively monitored and controlled.
The data of the level-one monitoring and controlling unit are transmitted to the central server by the local controller, described
Electricity instrument, the data of gate inhibition's monitoring and controlling module are acquired by the network-type data collector, then are transmitted through the interchanger
To the central server；The data that the central server storage receives, and the data of reception are parsed and counted,
The statistical report form of the operating parameter of each tested measurement equipment in laboratory is generated, is convenient for monitoring and manage.It is touched by described
The control APP of the laboratory on screen and mobile phone terminal is touched to be shown.
In one embodiment, the central server parses the data received, and compare its whether be more than
Preset range, when the data that the central server receives are more than preset range, the central server
Send the laboratory control APP on warning message to the touch screen and mobile phone terminal.For example, electricity is abnormal, humiture is abnormal,
Air quality indexes exception etc. passes through warning message and reminds user, to check early laboratory abnormality, improves intelligence
Management degree can be changed, convenient for the maintenance in laboratory.Processing operation in the embodiment is only the structure in the utility model
On the basis of conventional selection, the utility model is not improved specific processing operation or analysis method, only order ability
Field technique personnel are easy to understand.
Gate inhibition's monitoring and controlling module includes fingerprint instrument and the access controller being connect with the fingerprint instrument.The gate inhibition
Monitoring and controlling module is communicated to connect with the air-conditioning system monitoring and controlling module and carbon dioxide sensor, gate inhibition's monitoring
Control module is established with the local controller in the local touch screen control system by the central server and communicated to connect,
So as to communicate with the air-conditioning system monitoring and controlling module in the local touch screen control system and carbon dioxide sensor foundation
Connection.The air-conditioning system monitoring and controlling module is indoor with regulation experiment for controlling the air-conditioning system in laboratory
Fresh air volume and return air amount.
The real-time monitoring record of gate inhibition's monitoring and controlling module enters the personnel amount in laboratory, and indoor according to testing
Actual person quantity and the indoor carbon dioxide concentration value of experiment carry out automatically controlling air-conditioning system monitoring and controlling module, adjust
Test indoor fresh air supply amount and return air amount.
Specific control operation therein is only the conventional selection on the basis of the structure of the utility model, this practicality is new
Not to specifically operation being controlled to be improved, only order those skilled in the art are easy to understand type.
Air cleaning and conditioning system all can set fresh air volume in design according to indoor scheduled maximum functional number, generally
30m3/ (people * hours), the energy consumption of air-conditioning system is also largely from the processing of the processes such as cooling/dehumidifying/heating of fresh air.
However when specifically used, interior is not to be always maintained at maximum personnel's number, in fact it could happen that personnel's number of most of working times
All it is far smaller than designer's number, the fresh air volume of such air-conditioning system supply is far longer than actual demand, causes a large amount of of energy
Waste.Likewise, it can also be introduced oxygen concentration as monitoring parameter, to regulate and control to air-conditioning system.
Fig. 1 gives the principle schematic of the structure of the intelligence control system in the precision intelligence laboratory of the utility model,
But the utility model is not limited to that.
The utility model enters the personnel amount in laboratory by the real-time monitoring record of gate inhibition's monitoring and controlling module, and
According to test indoor actual person quantity and the indoor carbon dioxide concentration value of experiment to air-conditioning system monitoring and controlling module into
Row automatically controls, the indoor fresh air supply amount of regulation experiment and return air amount.So that it is guaranteed that test indoor fresh air volume and return air amount
Technical parameters is waited to meet the requirements, and a large amount of energy consumptions can be saved.
The utility model carries out intelligentized control method, wherein first layer control by three layers of control system to precision intelligence laboratory
System processed, i.e., local touch screen control system, is monitored in situ the parameters in precision intelligence laboratory by touch screen
And control；Second layer control system, i.e. central server control system communicate to connect, separately with local touch screen control system
Two level monitoring and controlling unit is further included outside, Detection ＆ Controling in centralized are carried out to the parameters in precision intelligence laboratory, together
The concentration of the parameters in Shi Shixian precision intelligences laboratory is analyzed, counts and generate report, data storage, alarming pushes, is real
When show the functions such as each data, it is intelligent, the degree that becomes more meticulous is high, convenient for concentrated controling management；Third layer control system, i.e., remotely
APP control systems, long-range APP control systems are interacted with central server control system, pass through the experiment on mobile phone terminal
Room controls APP, carries out network strange land control to the parameters in precision intelligence laboratory, user passes through the experiment on mobile phone terminal
Room controls APP, and using communication network, anywhere the indoor items data target of precision experiment comprehensively can supervised
It surveys and controls；The convenience of accurate experiment indoor heating system control and effective control range are greatly improved, has broken accurate experiment
The limitation of indoor heating system control area, improves user experience, further improves the intelligence of accurate laboratory control system
With facilitation degree.
The specific control operation of the system of the utility model is only the routine on the basis of the structure of the utility model
Selection, the utility model is not to controlling specifically operation or method to be improved, and only order those skilled in the art are convenient for reason
Solution.
Although the embodiment of the utility model is disclosed as above, it is not restricted in specification and embodiment
Listed utilization, it can be applied to various fields suitable for the present invention completely, for those skilled in the art,
Other modification is easily implemented, therefore without departing from the general concept defined in the claims and the equivalent scope, this reality
Specific details is not limited to novel.
Claims (9)
1. a kind of intelligence control system in precision intelligence laboratory, which is characterized in that including：Local touch screen control system, with
It is described local touch screen control system communication connection central server control system and with the central server control system
The long-range APP control systems of communication connection；
The local touch screen control system include touch screen, the local controller that is connect with the touch screen and with the local
The level-one monitoring and controlling unit of controller connection；
The central server control system includes two level monitoring and controlling unit, network-type data collector and the network-type
The interchanger of data collector connection and the central server that is connect with the interchanger, the central server also with described
Local controller in ground touch screen control system is connected by the switch communication；
The long-range APP control systems include the APP background host computers being connect with the central server communication, are built-in with laboratory
Control the mobile phone terminal of APP and the communication for establishing the communication connection between the mobile phone terminal and the APP background host computers
Module.
2. the intelligence control system in precision intelligence laboratory according to claim 1, which is characterized in that the level-one monitoring
Control unit includes air-conditioning system monitoring and controlling module, temperature sensor, humidity sensor, lamps and lanterns monitoring and controlling module, air
Mass sensor, air pressure probe, carbon dioxide sensor and oxygen sensor.
3. the intelligence control system in precision intelligence laboratory according to claim 2, which is characterized in that the two level monitoring
Control unit includes electricity instrument, gate inhibition's monitoring and controlling module and video surveillance module.
4. the intelligence control system in precision intelligence laboratory according to claim 3, which is characterized in that the level-one monitoring
The data of control unit are transmitted to the central server, the electricity instrument, gate inhibition's monitoring and controlling by the local controller
The data of module are acquired by the network-type data collector, then are transmitted to the central server through the interchanger；Institute
The data that central server storage receives are stated, and the data of reception are parsed and counted, pass through the touch screen and hand
Laboratory control APP in machine terminal is shown.
5. the intelligence control system in precision intelligence laboratory according to claim 4, which is characterized in that the central service
For device for being parsed to the data received, the central server is additionally operable to send warning message to the touch screen and hand
Laboratory control APP in machine terminal.
6. the intelligence control system in precision intelligence laboratory according to claim 5, which is characterized in that gate inhibition's monitoring
Control module includes fingerprint instrument and the access controller being connect with the fingerprint instrument.
7. the intelligence control system in precision intelligence laboratory according to claim 6, which is characterized in that gate inhibition's monitoring
Control module is communicated to connect with the air-conditioning system monitoring and controlling module and carbon dioxide sensor, the air-conditioning system monitoring
Control module is for controlling the air-conditioning system in laboratory, with the indoor fresh air volume of regulation experiment and return air amount.
8. the intelligence control system in precision intelligence laboratory according to claim 7, which is characterized in that gate inhibition's monitoring
Control module enters the personnel amount in laboratory for real-time monitoring record, is additionally operable to carry out air-conditioning system monitoring and controlling module
It automatically controls, with the indoor fresh air supply amount of regulation experiment and return air amount.
9. the intelligence control system in precision intelligence laboratory according to claim 8, which is characterized in that the video surveillance
Module includes network storage hard disk and multiple cameras.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721172502.8U CN207503074U (en) | 2017-09-13 | 2017-09-13 | The intelligence control system in precision intelligence laboratory |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201721172502.8U CN207503074U (en) | 2017-09-13 | 2017-09-13 | The intelligence control system in precision intelligence laboratory |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107589770A (en) * | 2017-09-13 | 2018-01-16 | 中天道成（苏州）洁净技术有限公司 | The intelligence control system in precision intelligence laboratory |
| CN110553362A (en) * | 2019-08-27 | 2019-12-10 | 北京戴纳实验科技有限公司 | laboratory temperature regulation system |
-
2017
- 2017-09-13 CN CN201721172502.8U patent/CN207503074U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107589770A (en) * | 2017-09-13 | 2018-01-16 | 中天道成（苏州）洁净技术有限公司 | The intelligence control system in precision intelligence laboratory |
| CN110553362A (en) * | 2019-08-27 | 2019-12-10 | 北京戴纳实验科技有限公司 | laboratory temperature regulation system |
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