CN208257810U - A kind of fugitive dust noise remote monitoring system based on hand-held mobile terminal - Google Patents
A kind of fugitive dust noise remote monitoring system based on hand-held mobile terminal Download PDFInfo
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- CN208257810U CN208257810U CN201821041475.5U CN201821041475U CN208257810U CN 208257810 U CN208257810 U CN 208257810U CN 201821041475 U CN201821041475 U CN 201821041475U CN 208257810 U CN208257810 U CN 208257810U
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- fugitive dust
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Abstract
The fugitive dust noise remote monitoring system based on hand-held mobile terminal that the utility model discloses a kind of, including fugitive dust noise monitoring center, relay transmission node, hand-held mobile terminal and multiple fugitive dust noise monitoring devices；The output end of each fugitive dust noise monitoring device passes through wireless network and connect with relay transmission node, and the output end of the relay transmission node is connect by wireless network with fugitive dust noise monitoring center；The relay transmission node also passes through blueteeth network and connect with hand-held mobile terminal.The utility model receives each collected information of fugitive dust noise monitoring by relay transmission node, fugitive dust noise monitoring center is given by wireless network uniform transmission, simultaneously, collected information can be transferred to hand-held mobile terminal by blueteeth network by relay transmission node, hand-held mobile terminal need not obtain data from fugitive dust noise monitoring center again, avoid wireless network fluctuation and adversely affect to on-site supervision bring.
Description
Technical field
The utility model relates to fugitive dust noise monitorings, remote more particularly to a kind of fugitive dust noise based on hand-held mobile terminal
Range monitoring system.
Background technique
With urban construction and economic fast development, is stacked with construction, reconstruction of the old city town removal, material and road is applied
The dust pollution of the initiations such as work, it has also become one of principal element of urban atmospheric pollution.Particulate matter has become China city at present
The primary pollutant of city's atmosphere pollution, the quantity in particulate pollutant from industrial fumes and dust are being reduced year by year, and
The specific gravity shared in Particulate Pollution object total amount from the particulate matter of fugitive dust is but increasing year by year, and has become cause city at present
The primary factor of city's Particulate Pollution.Meanwhile the problem of noise pollution of the following construction also becomes increasingly conspicuous, especially
The noise pollution generated in the construction project construction of urban population congested area, has become the hot issue of environment complaint.Ring
Border noise pollution is one of main environmental pollution public hazards in city, and the ambient noise that when site construction discharges is more than defined to permit
Perhaps, work, study, life and the other normal lifves of people are interfered.
Therefore, the fugitive dust noise monitoring for increasing construction site, to improving, people's living environment is extremely important, with regard to current
Speech, the monitoring of fugitive dust noise are mainly combined by following two mode to realize, one is utilize fugitive dust noise monitoring device
The fugitive dust noise information of collection site, and shown on the display screen that equipment carries, on-site supervision is completed for staff,
Another kind is to acquire fugitive dust noise monitoring information using fugitive dust noise monitoring device, is given remotely by wireless network real-time Transmission
Fugitive dust noise monitoring center is managed collectively.
But in some more dangerous construction areas, staff completes scene prison by the display screen that equipment carries
Control be it is inappropriate, in this case, staff can pass through wireless network by the intelligent movable equipment (mobile phone etc.) of oneself
Network from fugitive dust noise monitoring center obtain Real-time Monitoring Data, complete on-site supervision, still, fugitive dust information monitoring information need from
Monitoring device is transferred to monitoring center, then is transferred to intelligent movable equipment from monitoring center, and wireless propagation path is longer, when wireless
When network fluctuation, staff possibly can not obtain monitoring data in time, be unfavorable for carrying out scene to fugitive dust noise monitoring data
Monitoring.
Utility model content
The purpose of the utility model is to overcome the deficiencies in the prior art, provide a kind of fugitive dust based on hand-held mobile terminal
Noise remote monitoring system receives each collected information of fugitive dust noise monitoring by relay transmission node, passes through wireless network
Uniform transmission gives fugitive dust noise monitoring center, meanwhile, relay transmission node can be passed collected information by blueteeth network
It is defeated by hand-held mobile terminal, hand-held mobile terminal need not obtain data from fugitive dust noise monitoring center again, avoid wireless network
Fluctuation adversely affects on-site supervision bring.
The purpose of this utility model is achieved through the following technical solutions: a kind of fugitive dust based on hand-held mobile terminal
Noise remote monitoring system, including fugitive dust noise monitoring center, relay transmission node, hand-held mobile terminal and multiple fugitive dust noises
Monitoring device；The output end of each fugitive dust noise monitoring device passes through wireless network and connect with relay transmission node, described
The output end of relay transmission node is connect by wireless network with fugitive dust noise monitoring center；The relay transmission node also passes through
Blueteeth network is connect with hand-held mobile terminal.
Wherein, the fugitive dust noise monitoring device includes fugitive dust sensor, noise transducer, locating module, microprocessor
With the first wireless sending module, the output end of the fugitive dust sensor, noise transducer and locating module connects with microprocessor
It connects, the output end of the microprocessor is connect by the first wireless sending module with relay transmission node.The fugitive dust noise prison
Control equipment further includes local storage and local display, and the local storage and local display connect with microprocessor
It connects.
Preferably, the fugitive dust noise monitoring device further includes the ZigBee communication module connecting with microprocessor, each
Self-organized network communication is carried out by ZigBee communication module between fugitive dust noise monitoring device.
Wherein, the relay transmission node includes the first wireless receiving module, relay process device, the second wireless sending module
Pass through the first wireless receiving module and each fugitive dust noise monitoring device with the input terminal of the first bluetooth module, the relay process device
Connection, receives the signal that the first wireless sending module is sent in each fugitive dust noise monitoring device, and the output end of relay process device is logical
It crosses the second wireless sending module to connect with fugitive dust noise monitoring center, the relay process device also passes through the first bluetooth module and hand
Hold mobile terminal connection.
Preferably, the relay transmission node further includes ethernet communication module, and the relay process device also passes through ether
Net communication module is connect with fugitive dust noise monitoring center.
Preferably, the hand-held mobile terminal includes mobile phone or iPad with Bluetooth function.
The beneficial effects of the utility model are: (1) the utility model receives each fugitive dust noise prison by relay transmission node
Collected information is surveyed, gives fugitive dust noise monitoring center by wireless network uniform transmission, meanwhile, relay transmission node can incite somebody to action
Collected information is transferred to hand-held mobile terminal by blueteeth network, and hand-held mobile terminal need not be again from fugitive dust noise monitoring
The heart obtains data, avoids wireless network fluctuation and adversely affects to on-site supervision bring；Each fugitive dust is made an uproar in the utility model
Self-organized network communication is carried out by ZigBee communication module between acoustic monitoring equipment, in a wherein fugitive dust noise monitoring device in
When transmission node communicating interrupt, it can also be monitored and be believed to relay transmission node-node transmission by other fugitive dust noise monitoring devices
Breath.Relay transmission node further includes ethernet communication module, except through wireless transmission method outside, relay transmission node can also
By Ethernet to fugitive dust noise monitoring central transmission data, the stability of data transmission is improved.
Detailed description of the invention
Fig. 1 is the principles of the present invention block diagram；
Fig. 2 is the functional block diagram of fugitive dust noise monitoring device；
Fig. 3 is the functional block diagram of relay transmission node；
Fig. 4 is the embodiment schematic diagram of hand-held mobile terminal.
Specific embodiment
The technical solution of the utility model, but the protection scope of the utility model are described in further detail with reference to the accompanying drawing
It is not limited to as described below.
As shown in Figure 1, a kind of fugitive dust noise remote monitoring system based on hand-held mobile terminal, including fugitive dust noise monitoring
Center, relay transmission node, hand-held mobile terminal and multiple fugitive dust noise monitoring devices；Each fugitive dust noise monitoring device
Output end passes through wireless network and connect with relay transmission node, the output end of the relay transmission node by wireless network with
The connection of fugitive dust noise monitoring center；The relay transmission node also passes through blueteeth network and connect with hand-held mobile terminal.
In embodiments herein, each fugitive dust noise monitoring device can be fixedly mounted on environment to be measured (construction work
Ground etc.) different zones, also may be mounted on AGV trolley, carry out fugitive dust with AGV moving of car, and in different place
Noise measuring.
As shown in Fig. 2, the fugitive dust noise monitoring device includes fugitive dust sensor, noise transducer, locating module, Wei Chu
Manage device and the first wireless sending module, the output end of the fugitive dust sensor, noise transducer and locating module is and micro process
The output end of device connection, the microprocessor is connect by the first wireless sending module with relay transmission node.The fugitive dust is made an uproar
Acoustic monitoring equipment further includes local storage and local display, and the local storage and local display are and microprocessor
Connection.
In embodiments herein, the fugitive dust noise monitoring device further includes that the ZigBee connecting with microprocessor leads to
Module is interrogated, passes through ZigBee communication module progress self-organized network communication between each fugitive dust noise monitoring device.
As shown in figure 3, the relay transmission node includes the first wireless receiving module, relay process device, the second wireless hair
Module and the first bluetooth module are sent, the input terminal of the relay process device is supervised by the first wireless receiving module and each fugitive dust noise
Control equipment connection, receive the signal that the first wireless sending module in each fugitive dust noise monitoring device is sent, relay process device it is defeated
Outlet is connect by the second wireless sending module with fugitive dust noise monitoring center, and the relay process device also passes through the first bluetooth mould
Block is connect with hand-held mobile terminal.In embodiments herein, the relay transmission node further includes ethernet communication module,
The relay process device also passes through ethernet communication module and connect with fugitive dust noise monitoring center.
In embodiments herein, first wireless sending module and the first wireless receiving module type are identical, such as
Gsm module can all be used.
In embodiments herein, fugitive dust noise monitoring center includes the second wireless receiving module, calculates unit
And the display and memory of monitoring center, the output end of second wireless receiving module are connect with unit is calculated, and are calculated
Unit is connect with the display of monitoring center and memory respectively；Second wireless receiving module receives the second wireless sending module hair
The information sent is transferred to calculating unit, and completes monitoring information in the display of monitoring center and memory and display and save, and supplies
Staff carries out unified monitoring management；In this embodiment, fugitive dust noise monitoring center further includes and relay transmission section
The ethernet communication module of point cooperation receives the monitoring information from relay transmission node by Ethernet；In the embodiment, institute
It states the second wireless receiving module and the second sending module type is identical, such as can all use 4G communication module.In the reality of the application
It applies in example, fugitive dust noise monitoring center, relay transmission node, hand-held mobile terminal and each fugitive dust noise monitoring device are equal
It is provided with independent power supply, to realize system power supply.
In embodiments herein, the hand-held mobile terminal includes mobile phone or iPad with Bluetooth function, another
In a little embodiments, the hand-held mobile terminal also may include the second bluetooth module, terminal handler and terminal display screen, such as
Shown in Fig. 4, the first bluetooth module in second bluetooth module and relay transmission node establishes bluetooth communication, and described second is blue
Tooth module is also connect with terminal handler, and the terminal handler is connect with terminal display screen.
The working principle of the utility model is as follows: in the course of work, the fugitive dust sensor of each fugitive dust noise monitoring device,
Noise transducer carries out information collection, and microprocessor is transferred to together with from the location information of locating module, microprocessor
By collected information preservation in local storage, and by the first wireless communication module collected information is transferred to
After transmission node；Due to carrying out self-organized network communication by ZigBee communication module between each fugitive dust noise monitoring device, at it
In fugitive dust noise monitoring device and relay transmission node communication when interrupting, can also pass through other fugitive dust noise monitoring devices
To relay transmission node-node transmission monitoring information, the stability of data transmission is improved；Relay node receives each fugitive dust noise
After the collected information of monitoring device, these information can be sent in fugitive dust noise monitoring by way of wireless transmission
The heart carries out unified remote monitoring and administration for fugitive dust noise monitoring center；Since relay transmission node further includes ethernet communication
Module, even if break in wireless transmissions, relay transmission node can also be by Ethernet to fugitive dust noise monitoring central transmission
Data further improve the stability of data transmission；Collected information can be passed through blueteeth network by relay transmission node
It is transferred to hand-held mobile terminal, the on-site supervision of fugitive dust noise is carried out for staff, hand-held mobile terminal need not be again from fugitive dust
Noise monitoring center obtains data, avoids wireless network fluctuation and adversely affects to on-site supervision bring.
Finally it should be noted that above are merely preferred embodiments of the utility model, it is noted that for this technology
For the those of ordinary skill in field, without departing from the principle of this utility model, several improvement and profit can also be made
Decorations, these improvements and modifications also should be regarded as the protection scope of the utility model.
Claims (7)
1. a kind of fugitive dust noise remote monitoring system based on hand-held mobile terminal, it is characterised in that: including fugitive dust noise monitoring
Center, relay transmission node, hand-held mobile terminal and multiple fugitive dust noise monitoring devices；Each fugitive dust noise monitoring device
Output end passes through wireless network and connect with relay transmission node, the output end of the relay transmission node by wireless network with
The connection of fugitive dust noise monitoring center；The relay transmission node also passes through blueteeth network and connect with hand-held mobile terminal.
2. a kind of fugitive dust noise remote monitoring system based on hand-held mobile terminal according to claim 1, feature exist
In: the fugitive dust noise monitoring device includes that fugitive dust sensor, noise transducer, locating module, microprocessor and first are wireless
The output end of sending module, the fugitive dust sensor, noise transducer and locating module is connect with microprocessor, micro- place
The output end of reason device is connect by the first wireless sending module with relay transmission node.
3. a kind of fugitive dust noise remote monitoring system based on hand-held mobile terminal according to claim 2, feature exist
Further include local storage and local display in: the fugitive dust noise monitoring device, the local storage and is locally displayed
Device is connect with microprocessor.
4. a kind of fugitive dust noise remote monitoring system based on hand-held mobile terminal according to claim 2, feature exist
In: the fugitive dust noise monitoring device further includes the ZigBee communication module connecting with microprocessor, each fugitive dust noise monitoring
Self-organized network communication is carried out by ZigBee communication module between equipment.
5. a kind of fugitive dust noise remote monitoring system based on hand-held mobile terminal according to claim 1, feature exist
In: the relay transmission node includes the first wireless receiving module, relay process device, the second wireless sending module and the first bluetooth
The input terminal of module, the relay process device is connect by the first wireless receiving module with each fugitive dust noise monitoring device, is received
The output end of the signal that the first wireless sending module is sent in each fugitive dust noise monitoring device, relay process device is wireless by second
Sending module is connect with fugitive dust noise monitoring center, and the relay process device also passes through the first bluetooth module and hand-held mobile terminal
Connection.
6. a kind of fugitive dust noise remote monitoring system based on hand-held mobile terminal according to claim 5, feature exist
In: the relay transmission node further includes ethernet communication module, the relay process device also pass through ethernet communication module with
The connection of fugitive dust noise monitoring center.
7. a kind of fugitive dust noise remote monitoring system based on hand-held mobile terminal according to claim 1, feature exist
In: the hand-held mobile terminal includes mobile phone or iPad with Bluetooth function.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821041475.5U CN208257810U (en) | 2018-06-29 | 2018-06-29 | A kind of fugitive dust noise remote monitoring system based on hand-held mobile terminal |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201821041475.5U CN208257810U (en) | 2018-06-29 | 2018-06-29 | A kind of fugitive dust noise remote monitoring system based on hand-held mobile terminal |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2022120876A1 (en) * | 2020-12-11 | 2022-06-16 | 边缘智能研究院南京有限公司 | Real-time acquisition system for urban digital information |
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2018
- 2018-06-29 CN CN201821041475.5U patent/CN208257810U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2022120876A1 (en) * | 2020-12-11 | 2022-06-16 | 边缘智能研究院南京有限公司 | Real-time acquisition system for urban digital information |
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