CN205334219U - Computer laboratory intelligent monitoring and control system based on thing networking - Google Patents
Computer laboratory intelligent monitoring and control system based on thing networking Download PDFInfo
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- CN205334219U CN205334219U CN201620123525.9U CN201620123525U CN205334219U CN 205334219 U CN205334219 U CN 205334219U CN 201620123525 U CN201620123525 U CN 201620123525U CN 205334219 U CN205334219 U CN 205334219U
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Abstract
The utility model discloses a computer laboratory intelligent monitoring and control system based on thing networking, monitoring subsystem, voltage electric current monitoring subsystem, window monitoring subsystem and internet gateway in computer electric classroom entrance guard monitoring subsystem, room, computer electric classroom entrance guard monitoring subsystem includes that computer electric classroom entrance guard, computer electric classroom entrance guard monitor trigger device and computer electric classroom entrance guard monitoring device, monitoring subsystem includes video monitoring device and audible and visual alarm in temperature -detecting device, smog detection device, infrared detection device, the room in the room, voltage current monitoring subsystem includes current sensor, voltage sensor and relay switch, and window monitoring subsystem includes door and window magnetic inductor and window control pressure trigger device, monitor control ware, voltage electric current monitor control ware and window monitor control ware are connected with the internet gateway communication in computer electric classroom entrance guard monitor control ware, the room. The utility model discloses can realize diversified comprehensive control to computer electric classroom.
Description
Technical field
This utility model relates to a kind of Monitoring and control system, particularly relates to a kind of computer laboratory intellectual monitoring based on Internet of Things and control system。
Background technology
Along with the development of science and technology, monitoring system plays an important role in people's daily life, drastically increases the safety of living environment。Especially for some key monitoring places, for instance the computer audio-visual education room in colleges and universities, generally require omnibearing being monitored, to stop potential safety hazard, it is ensured that school assets are not suffered a loss。But currently for the monitoring system often function singleness of colleges and universities' Computer audio-visual education room, monitoring effect is not good；Meanwhile, the monitoring system of existing colleges and universities Computer audio-visual education room does not possess the control to key monitoring points such as computer audio-visual education room voltage, electric currents yet。
Utility model content
The purpose of this utility model is to provide a kind of computer laboratory intellectual monitoring based on Internet of Things and control system, it is possible to computer audio-visual education room realizes multi-faceted comprehensive monitoring and control, improves monitoring effect, stops potential safety hazard。
This utility model adopts following technical proposals:
Based on computer laboratory intellectual monitoring and the control system of Internet of Things, including computer audio-visual education room gate inhibition's Monitor And Control Subsystem, within doors Monitor And Control Subsystem, voltage x current Monitor And Control Subsystem, window Monitor And Control Subsystem and gateway of internet of things；
Computer audio-visual education room gate inhibition's Monitor And Control Subsystem includes computer audio-visual education room gate inhibition, computer audio-visual education room gate inhibition monitors triggering device and computer audio-visual education room gate inhibition's supervising device；Computer audio-visual education room gate inhibition adopts electric control lock antitheft door, is provided with RFID radio-frequency card reader outside electric control lock antitheft door in door body；Computer audio-visual education room gate inhibition monitors triggering device and includes being arranged on the heat energy sensing device that ground computer audio-visual education room gate inhibition outside computer audio-visual education room gate inhibition monitors pressure triggering and is arranged on outside computer audio-visual education room gate inhibition；Computer audio-visual education room gate inhibition's supervising device adopts the computer audio-visual education room gate inhibition's video monitoring apparatus being arranged on computer audio-visual education room gate inhibition；RFID radio-frequency card reader, computer audio-visual education room gate inhibition monitor the signal output part of pressure triggering, heat energy sensing device and computer audio-visual education room gate inhibition's video monitoring apparatus and connect the signal input part of computer audio-visual education room gate inhibition's supervisory control device respectively, and the signal output part of computer audio-visual education room gate inhibition's supervisory control device controls to connect electric control lock antitheft door and computer audio-visual education room gate inhibition's video monitoring apparatus；Computer audio-visual education room gate inhibition's supervisory control device is connected with gateway of internet of things communication；
Monitor And Control Subsystem includes being arranged on computer audio-visual education room temperature-detecting device within doors, mist detecting device, infrared detecting device, within doors video monitoring apparatus and acoustic-optic alarm within doors, the signal output part of temperature-detecting device, mist detecting device, infrared detecting device and video monitoring apparatus within doors connects the signal input part of supervisory control device within doors respectively, and the signal output part of supervisory control device controls to connect video monitoring apparatus and acoustic-optic alarm within doors within doors；Supervisory control device is connected with gateway of internet of things communication within doors；Video monitoring apparatus is arranged on video monitoring installing rack within doors；Video monitoring installing rack includes being embedded in buries pipe underground in computer audio-visual education room roof body of wall, bury underground and pipe is vertically and fixedly provided with connecting tube, connecting tube is connected with the base of electric platform, and video monitoring apparatus is arranged on electric platform within doors, and supervisory control device controls to connect electric platform within doors；
Voltage x current Monitor And Control Subsystem includes the current sensor, voltage sensor and the relay switch that are connected on the main power supply circuits of computer audio-visual education room, the signal output part of current sensor and voltage sensor connects the signal input part of voltage x current supervisory control device respectively, and the signal output part of voltage x current supervisory control device controls to connect relay switch by control relay circuit；Voltage x current supervisory control device is connected with gateway of internet of things communication；
Window Monitor And Control Subsystem includes door and window magnetic inductor and window monitoring pressure triggering；Door and window magnetic inductor is arranged on the forms of computer audio-visual education room, window monitoring pressure triggering is arranged on the windowsill of computer audio-visual education room, the signal output part of door and window magnetic inductor and window monitoring pressure triggering connects window supervisory control device respectively, and window supervisory control device is connected with gateway of internet of things communication。
Described computer audio-visual education room gate inhibition monitors pressure triggering and includes rectangular pedal, pedal upper surface offers rectangular fluting, in fluting, corner is vertically provided with support spring respectively, it is evenly arranged with in fluting and organizes pressure transducer more, the signal output parts organizing pressure transducer connect the signal input part of computer audio-visual education room gate inhibition's supervisory control device respectively, fluting top is covered with upper cover, and the lower surface of upper cover and the upper end supporting spring are fixed。
Described heat energy sensing device adopts body heat sensor。
Described computer audio-visual education room gate inhibition's video monitoring apparatus and within doors video monitoring apparatus all adopt infrared camera。
Described temperature-detecting device adopts temperature sensor。
Described mist detecting device adopts Smoke Sensor。
Described infrared detecting device adopts infrared sensor。
Described window monitoring pressure triggering adopts pressure transducer, and many group pressure transducers are arranged on computer audio-visual education room windowsill upper surface, and many group pressure transducers are covered with moistureproof cushion。
This utility model can pass through computer audio-visual education room gate inhibition's Monitor And Control Subsystem, within doors Monitor And Control Subsystem and window Monitor And Control Subsystem and record computer audio-visual education room gate inhibition place, computer audio-visual education room respectively within doors and the coherent video at computer audio-visual education room window place, it is simultaneous for computer audio-visual education room gate inhibition place and computer audio-visual education room window place is provided with special triggering device, further enhancing the accuracy of monitoring, it is capable of the overall monitor that computer audio-visual education room is multi-faceted, improves monitoring effect。Simultaneously, this utility model can also utilize the voltage and current information of power supply circuits in the real-time monitoring computer audio-visual education room of voltage x current Monitor And Control Subsystem, and the voltage and current of power supply circuits automatically cuts off power supply circuits in computer audio-visual education room when exceeding setting value in computer audio-visual education room, it is prevented that the damage of the expensive electrical equipment such as computer。
Accompanying drawing explanation
Fig. 1 is theory diagram of the present utility model。
Detailed description of the invention
Below in conjunction with drawings and Examples, this utility model is made with detailed description:
As shown in Figure 1, computer laboratory intellectual monitoring based on Internet of Things described in the utility model and control system, including computer audio-visual education room gate inhibition's Monitor And Control Subsystem, within doors Monitor And Control Subsystem, voltage x current Monitor And Control Subsystem, window Monitor And Control Subsystem and gateway of internet of things；
Computer audio-visual education room gate inhibition's Monitor And Control Subsystem includes computer audio-visual education room gate inhibition, computer audio-visual education room gate inhibition monitors triggering device and computer audio-visual education room gate inhibition's supervising device；Computer audio-visual education room gate inhibition adopts electric control lock antitheft door, is provided with RFID radio-frequency card reader outside electric control lock antitheft door in door body；Computer audio-visual education room gate inhibition monitors triggering device and includes being arranged on the heat energy sensing device that ground computer audio-visual education room gate inhibition outside computer audio-visual education room gate inhibition monitors pressure triggering and is arranged on outside computer audio-visual education room gate inhibition；Computer audio-visual education room gate inhibition's supervising device adopts the computer audio-visual education room gate inhibition's video monitoring apparatus being arranged on computer audio-visual education room gate inhibition；RFID radio-frequency card reader, computer audio-visual education room gate inhibition monitor the signal output part of pressure triggering, heat energy sensing device and computer audio-visual education room gate inhibition's video monitoring apparatus and connect the signal input part of computer audio-visual education room gate inhibition's supervisory control device respectively, and the signal output part of computer audio-visual education room gate inhibition's supervisory control device controls to connect electric control lock antitheft door and computer audio-visual education room gate inhibition's video monitoring apparatus；Computer audio-visual education room gate inhibition's supervisory control device is connected with gateway of internet of things communication；
Monitor And Control Subsystem includes being arranged on computer audio-visual education room temperature-detecting device within doors, mist detecting device, infrared detecting device, within doors video monitoring apparatus and acoustic-optic alarm within doors, the signal output part of temperature-detecting device, mist detecting device, infrared detecting device and video monitoring apparatus within doors connects the signal input part of supervisory control device within doors respectively, and the signal output part of supervisory control device controls to connect video monitoring apparatus and acoustic-optic alarm within doors within doors；Supervisory control device is connected with gateway of internet of things communication within doors；Video monitoring apparatus is arranged on video monitoring installing rack within doors；Video monitoring installing rack includes being embedded in buries pipe underground in computer audio-visual education room roof body of wall, bury underground and pipe is vertically and fixedly provided with connecting tube, connecting tube is connected with the base of electric platform, and video monitoring apparatus is arranged on electric platform within doors, and supervisory control device controls to connect electric platform within doors。The video monitoring installing rack burying pipe underground is adopted to have fixation, survivable advantage and the electric platform controlled by supervisory control device within doors, it is possible to control the rotation of video monitoring apparatus within doors so that it is monitoring range is more extensively more flexible。
Voltage x current Monitor And Control Subsystem includes the current sensor, voltage sensor and the relay switch that are connected on the main power supply circuits of computer audio-visual education room, the signal output part of current sensor and voltage sensor connects the signal input part of voltage x current supervisory control device respectively, and the signal output part of voltage x current supervisory control device controls to connect relay switch by control relay circuit；Voltage x current supervisory control device is connected with gateway of internet of things communication。
Window Monitor And Control Subsystem includes door and window magnetic inductor and window monitoring pressure triggering；Door and window magnetic inductor is arranged on the forms of computer audio-visual education room, and door and window magnetic inductor can detect whether the window of computer audio-visual education room is opened；Window monitoring pressure triggering is arranged on the windowsill of computer audio-visual education room, and window monitoring pressure triggering can accurately judge whether have human or animal to trample on windowsill。The signal output part of door and window magnetic inductor and window monitoring pressure triggering connects window supervisory control device respectively, and window supervisory control device is connected with gateway of internet of things communication。
In this utility model, computer audio-visual education room gate inhibition monitors pressure triggering and includes rectangular pedal, pedal upper surface offers rectangular fluting, in fluting, corner is vertically provided with support spring respectively, it is evenly arranged with in fluting and organizes pressure transducer more, the signal output parts organizing pressure transducer connect the signal input part of computer audio-visual education room gate inhibition's supervisory control device respectively, and fluting top is covered with upper cover, and the lower surface of upper cover and the upper end supporting spring are fixed。When incomer stands in outside computer audio-visual education room gate inhibition, pressure transducer will necessarily be triggered while stepping on upper cover。
In the present embodiment, described heat energy sensing device adopts body heat sensor；Described computer audio-visual education room gate inhibition's video monitoring apparatus and within doors video monitoring apparatus all adopt infrared camera；Described temperature-detecting device adopts temperature sensor；Described mist detecting device adopts Smoke Sensor；Described infrared detecting device adopts infrared sensor；Described window monitoring pressure triggering adopts pressure transducer, many group pressure transducers are arranged on computer audio-visual education room windowsill upper surface, many group pressure transducers are covered with moistureproof cushion, moistureproof cushion can either play moisture-proof role, the many groups pressure transducer being all provided with below moistureproof cushion can also be made more hidden simultaneously。
This utility model is in use, when incomer is ready to pass through computer audio-visual education room gate inhibition and electric control lock antitheft door enters in computer audio-visual education room, pressure triggering will necessarily be monitored by computer audio-visual education room gate inhibition and/or be sensed detected by device by heat energy, monitor in pressure triggering and heat energy sensing device arbitrary one when sending a signal to computer audio-visual education room gate inhibition's supervisory control device as computer audio-visual education room gate inhibition, computer audio-visual education room gate inhibition's supervisory control device controls computer audio-visual education room gate inhibition's video monitoring apparatus immediately and starts shooting and be monitored。RFID radio-frequency card reader reads and records the RFID radio-frequency card internal information that incomer uses, and gives over to archives and is easy to staff and transfers relevant information afterwards。The RFID radio-frequency card internal information that uses as incomer verified correct after, computer audio-visual education room gate inhibition's supervisory control device controls electric control lock antitheft door and opens。
Monitor And Control Subsystem is in use within doors, temperature-detecting device can detect the temperature in computer audio-visual education room in real time, infrared detecting device can detect in computer audio-visual education room the human or animal of whether appearance activity in real time, mist detecting device can detect in computer audio-visual education room whether smog occur in real time, to judge whether fire occur。The relevant information collected is sent to supervisory control device within doors by temperature-detecting device, infrared detecting device and mist detecting device, and when there is fire secret, supervisory control device control acoustic-optic alarm is reported to the police within doors。Meanwhile, supervisory control device shows the degree information in computer audio-visual education room also by display screen within doors。Supervisory control device is also by each video image of 24 hours within doors of video monitoring apparatus monitor in real time within doors within doors, and circulates storage。
This utility model can also utilize the voltage sensor in voltage x current Monitor And Control Subsystem and current sensor, the voltage and current information of power supply circuits in real-time monitoring computer audio-visual education room, and the voltage and current information collected is sent to voltage x current supervisory control device, when in computer audio-visual education room, the voltage of power supply circuits or electric current exceed setting value, voltage x current supervisory control device controls relay switch and disconnects to cut off power supply circuits in computer audio-visual education room, it is prevented that the damage of the expensive electrical equipment such as computer。
In this utility model, computer audio-visual education room gate inhibition's Monitor And Control Subsystem, within doors Monitor And Control Subsystem, voltage x current supervisory control device, window Monitor And Control Subsystem can pass through the mutual communication of gateway of internet of things, or be undertaken being stored or sent to designated equipment by relevant information by gateway of internet of things。
The above, it it is only preferred embodiment of the present utility model, not this utility model is done any pro forma restriction, although this utility model is disclosed above with preferred embodiment, but it is not limited to this utility model, any those skilled in the art, without departing within the scope of technical solutions of the utility model, when the technology contents of available the disclosure above makes a little change or is modified to the Equivalent embodiments of equivalent variations, in every case it is the content without departing from technical solutions of the utility model, any simple modification above example made according to technical spirit of the present utility model, equivalent variations and modification, all still fall within the scope of technical solutions of the utility model。
Claims (8)
1. based on the computer laboratory intellectual monitoring of Internet of Things and control system, it is characterised in that: include computer audio-visual education room gate inhibition's Monitor And Control Subsystem, within doors Monitor And Control Subsystem, voltage x current Monitor And Control Subsystem, window Monitor And Control Subsystem and gateway of internet of things；
Computer audio-visual education room gate inhibition's Monitor And Control Subsystem includes computer audio-visual education room gate inhibition, computer audio-visual education room gate inhibition monitors triggering device and computer audio-visual education room gate inhibition's supervising device；Computer audio-visual education room gate inhibition adopts electric control lock antitheft door, is provided with RFID radio-frequency card reader outside electric control lock antitheft door in door body；Computer audio-visual education room gate inhibition monitors triggering device and includes being arranged on the heat energy sensing device that ground computer audio-visual education room gate inhibition outside computer audio-visual education room gate inhibition monitors pressure triggering and is arranged on outside computer audio-visual education room gate inhibition；Computer audio-visual education room gate inhibition's supervising device adopts the computer audio-visual education room gate inhibition's video monitoring apparatus being arranged on computer audio-visual education room gate inhibition；RFID radio-frequency card reader, computer audio-visual education room gate inhibition monitor the signal output part of pressure triggering, heat energy sensing device and computer audio-visual education room gate inhibition's video monitoring apparatus and connect the signal input part of computer audio-visual education room gate inhibition's supervisory control device respectively, and the signal output part of computer audio-visual education room gate inhibition's supervisory control device controls to connect electric control lock antitheft door and computer audio-visual education room gate inhibition's video monitoring apparatus；Computer audio-visual education room gate inhibition's supervisory control device is connected with gateway of internet of things communication；
Monitor And Control Subsystem includes being arranged on computer audio-visual education room temperature-detecting device within doors, mist detecting device, infrared detecting device, within doors video monitoring apparatus and acoustic-optic alarm within doors, the signal output part of temperature-detecting device, mist detecting device, infrared detecting device and video monitoring apparatus within doors connects the signal input part of supervisory control device within doors respectively, and the signal output part of supervisory control device controls to connect video monitoring apparatus and acoustic-optic alarm within doors within doors；Supervisory control device is connected with gateway of internet of things communication within doors；Video monitoring apparatus is arranged on video monitoring installing rack within doors；Video monitoring installing rack includes being embedded in buries pipe underground in computer audio-visual education room roof body of wall, bury underground and pipe is vertically and fixedly provided with connecting tube, connecting tube is connected with the base of electric platform, and video monitoring apparatus is arranged on electric platform within doors, and supervisory control device controls to connect electric platform within doors；
Voltage x current Monitor And Control Subsystem includes the current sensor, voltage sensor and the relay switch that are connected on the main power supply circuits of computer audio-visual education room, the signal output part of current sensor and voltage sensor connects the signal input part of voltage x current supervisory control device respectively, and the signal output part of voltage x current supervisory control device controls to connect relay switch by control relay circuit；Voltage x current supervisory control device is connected with gateway of internet of things communication；
Window Monitor And Control Subsystem includes door and window magnetic inductor and window monitoring pressure triggering；Door and window magnetic inductor is arranged on the forms of computer audio-visual education room, window monitoring pressure triggering is arranged on the windowsill of computer audio-visual education room, the signal output part of door and window magnetic inductor and window monitoring pressure triggering connects window supervisory control device respectively, and window supervisory control device is connected with gateway of internet of things communication。
2. the computer laboratory intellectual monitoring based on Internet of Things according to claim 1 and control system, it is characterized in that: described computer audio-visual education room gate inhibition monitors pressure triggering and includes rectangular pedal, pedal upper surface offers rectangular fluting, in fluting, corner is vertically provided with support spring respectively, it is evenly arranged with in fluting and organizes pressure transducer more, the signal output parts organizing pressure transducer connect the signal input part of computer audio-visual education room gate inhibition's supervisory control device respectively, fluting top is covered with upper cover, the lower surface of upper cover and the upper end supporting spring are fixed。
3. the computer laboratory intellectual monitoring based on Internet of Things according to claim 1 and control system, it is characterised in that: described heat energy sensing device adopts body heat sensor。
4. the computer laboratory intellectual monitoring based on Internet of Things according to claim 1 and control system, it is characterised in that: described computer audio-visual education room gate inhibition's video monitoring apparatus and within doors video monitoring apparatus all adopt infrared camera。
5. the computer laboratory intellectual monitoring based on Internet of Things according to claim 1 and control system, it is characterised in that: described temperature-detecting device adopts temperature sensor。
6. the computer laboratory intellectual monitoring based on Internet of Things according to claim 1 and control system, it is characterised in that: described mist detecting device adopts Smoke Sensor。
7. the computer laboratory intellectual monitoring based on Internet of Things according to claim 1 and control system, it is characterised in that: described infrared detecting device adopts infrared sensor。
8. the computer laboratory intellectual monitoring based on Internet of Things according to claim 1 and control system, it is characterized in that: described window monitoring pressure triggering adopts pressure transducer, many group pressure transducers are arranged on computer audio-visual education room windowsill upper surface, and many group pressure transducers are covered with moistureproof cushion。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620123525.9U CN205334219U (en) | 2016-02-17 | 2016-02-17 | Computer laboratory intelligent monitoring and control system based on thing networking |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620123525.9U CN205334219U (en) | 2016-02-17 | 2016-02-17 | Computer laboratory intelligent monitoring and control system based on thing networking |
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| CN205334219U true CN205334219U (en) | 2016-06-22 |
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| CN201620123525.9U Expired - Fee Related CN205334219U (en) | 2016-02-17 | 2016-02-17 | Computer laboratory intelligent monitoring and control system based on thing networking |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106600487A (en) * | 2016-11-18 | 2017-04-26 | 安徽工程大学 | University multimedia classroom management system based on mobile terminal |
| CN108594770A (en) * | 2018-03-09 | 2018-09-28 | 西北工业大学 | A kind of laboratory security monitoring system based on NB-IoT technologies |
| CN109407601A (en) * | 2018-10-29 | 2019-03-01 | 孙宜美 | Development of intelligent laboratory monitoring and alarming system based on data analysis |
-
2016
- 2016-02-17 CN CN201620123525.9U patent/CN205334219U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106600487A (en) * | 2016-11-18 | 2017-04-26 | 安徽工程大学 | University multimedia classroom management system based on mobile terminal |
| CN108594770A (en) * | 2018-03-09 | 2018-09-28 | 西北工业大学 | A kind of laboratory security monitoring system based on NB-IoT technologies |
| CN109407601A (en) * | 2018-10-29 | 2019-03-01 | 孙宜美 | Development of intelligent laboratory monitoring and alarming system based on data analysis |
| CN109407601B (en) * | 2018-10-29 | 2021-04-30 | 北京东华合创科技有限公司 | Intelligent laboratory monitoring alarm system based on data analysis |
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| C14 | Grant of patent or utility model | ||
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160622 Termination date: 20180217 |
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| CF01 | Termination of patent right due to non-payment of annual fee |