CN205843722U - A kind of independent automation engineering monitoring device - Google Patents
A kind of independent automation engineering monitoring device Download PDFInfo
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- CN205843722U CN205843722U CN201620789641.4U CN201620789641U CN205843722U CN 205843722 U CN205843722 U CN 205843722U CN 201620789641 U CN201620789641 U CN 201620789641U CN 205843722 U CN205843722 U CN 205843722U
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Abstract
The utility model discloses a kind of independent automation engineering monitoring device, including: multiple information monitoring modules being laid in each default monitoring position of described engineering respectively；Described information monitoring module at least includes the one in underground level gauge, pore pressure gauge, anchor dynamometer, axle power meter, strain gauge, reinforcing rib meter, soil pressure cell, displacement meter, hydrostatic level and inclination sensor；Multiple vasculums being laid in each default collection position of described engineering respectively；Described vasculum is connected with the information monitoring module in the range of its predeterminable range；And the multiple vasculum power supply being respectively used to power to each described vasculum；Described vasculum power supply includes energy-storage battery and solar panel；This utility model can complete the engineering monitoring to the single engineering monitoring project with multiple monitoring index and monitoring task, is also applied for site environment complicated, monitored area scattered engineering monitoring project.
Description
Technical field
This utility model relates to engineering monitoring technical field, a kind of independent automation engineering monitoring device.
Background technology
Engineering monitoring refers in construction of structures work progress, uses monitoring instrument Con trolling index every to key position to enter
The technological means of row monitoring, this technological means is for checking that work progress is the most reasonable and ensureing the safety of construction.In recent years
The wireless monitor technology carrying out engineering monitoring technical field has gradually obtained popularization and application, but by single engineering monitoring project meeting
There are multiple monitoring index and monitoring task, and owing to project sites is complicated, monitored area disperses, therefore, wireless monitor
The technology actual application in engineering monitoring field there be difficulties involved when.
Summary of the invention
This utility model is for the proposition of problem above, and develops a kind of independent automation engineering monitoring device.
Technological means of the present utility model is as follows:
A kind of independent automation engineering monitoring device, including:
Multiple information monitoring modules being laid in each default monitoring position of described engineering respectively；Described information monitoring module is extremely
Include underground level gauge, pore pressure gauge, anchor dynamometer, axle power meter, strain gauge, reinforcing rib meter, soil pressure cell, displacement less
One in meter, hydrostatic level and inclination sensor；
Multiple vasculums being laid in each default collection position of described engineering respectively；Described vasculum with away from its predeterminable range
In the range of information monitoring module be connected；
And the multiple vasculum power supply being respectively used to power to each described vasculum；Described vasculum power supply includes energy storage
Battery and solar panel；
Described vasculum includes:
For the monitoring information that described information monitoring module exports is converted to meet the monitoring number of RS485 communication protocol
According to, and the information acquisition module that described Monitoring Data is sent by RS485 interface；
The GPRS communication module being connected with described information acquisition module by RS485 bus；Described GPRS communication module
The Monitoring Data received is wirelessly transmitted to server via GPRS network；
Further, when described information monitoring module includes hydrostatic level and inclination sensor, described monitoring device
Also include the mounting bracket for installing described hydrostatic level and inclination sensor simultaneously；Described mounting bracket has:
It is arranged on first on works to be monitored vertically support member and the second vertical support member parallel；
Along the vertical direction of works to be monitored in the first mounting body being arranged above and below and the second mounting body；Described
One mounting body and the second mounting body are each attached on the described first vertical support member and the second vertical support member；Described static(al)
Level gauge is removably mounted in described first mounting body；Described inclination sensor is removably mounted at described second mounting seat
On body.
Owing to have employed technique scheme, a kind of independent automation engineering monitoring device that this utility model provides,
By multiple information monitoring modules and the configuration of multiple vasculum, it is possible to complete having multiple monitoring index and monitoring task
The engineering monitoring of single engineering monitoring project, is also applied for site environment complicated, monitored area scattered engineering monitoring project, dress
Put simplicity flexible for installation, be not required to external mains supply, can independently use.
Accompanying drawing explanation
Fig. 1 is the structural representation of device described in the utility model；
Fig. 2 is the structural representation of mounting bracket described in the utility model.
In figure: 1, information monitoring module, 2, vasculum, 3, vasculum power supply, 4, server, 5, mounting bracket, 6, static(al)
Level gauge, 7, inclination sensor, 8, works to be monitored, the 51, first vertical support member, the 52, second vertical support member, 53,
One mounting body, the 54, second mounting body.
Detailed description of the invention
A kind of independent automation engineering monitoring device as depicted in figs. 1 and 2, including: multiple be laid in respectively described
The information monitoring module 1 of each default monitoring position of engineering；Described information monitoring module 1 at least includes underground level gauge, pore water
Piezometer, anchor dynamometer, axle power meter, strain gauge, reinforcing rib meter, soil pressure cell, displacement meter, hydrostatic level 6 and inclination sensing
One in device 7；Multiple vasculums 2 being laid in each default collection position of described engineering respectively；Described vasculum 2 is pre-with away from it
If the information monitoring module 1 in distance range is connected；And multiple be respectively used to power supply to each described vasculum 2 vasculum
Power supply 3；Described vasculum power supply 3 includes energy-storage battery and solar panel；Described vasculum 2 includes: for by described letter
The monitoring information of breath monitoring modular 1 output is converted to meet the Monitoring Data of RS485 communication protocol, and described Monitoring Data is led to
Cross the information acquisition module that RS485 interface sends；The GPRS being connected with described information acquisition module by RS485 bus
Communication module；The Monitoring Data received is wirelessly transmitted to server 4 via GPRS network by described GPRS communication module；Enter one
Step ground, when described information monitoring module 1 includes hydrostatic level 6 and inclination sensor 7, described monitoring device also include for
The mounting bracket 5 of described hydrostatic level 6 and inclination sensor 7 is installed simultaneously；Described mounting bracket 5 has: be arranged on parallel
The vertical support member of on works 8 to be monitored first 51 and the second vertical support member 52；Vertical direction along works 8 to be monitored
In the first mounting body 53 and the second mounting body 54 being arranged above and below；Described first mounting body 53 and the second mounting body 54
It is each attached on the described first vertical support member 51 and the second vertical support member 52；Described hydrostatic level 6 is removably mounted at
In described first mounting body 53；Described inclination sensor 7 is removably mounted in described second mounting body 54；Described static(al)
Level gauge 6 and described inclination sensor 7 are all bolted device and realize detachable installation.
Information monitoring module 1 described in the utility model at least includes underground level gauge, pore pressure gauge, anchor cable dynamometry
One in meter, axle power meter, strain gauge, reinforcing rib meter, soil pressure cell, displacement meter, hydrostatic level 6 and inclination sensor 7；Its
In, underground level gauge is for gathering the water level information of subsoil water, and pore pressure gauge is for gathering the pore water pressure letter of the soil body
Breath, anchor dynamometer is used for gathering prestress anchoraging status information, and axle power meter is used for gathering axle force information, and strain gauge is used for gathering
Stress information, reinforcing rib meter is used for gathering reinforcing steel bar bear information, and soil pressure cell is used for gathering soil pressure information, and displacement meter is used for adopting
Collection deformation displacement information, hydrostatic level 6 is used for gathering sedimentation information, and inclination sensor 7 is used for gathering tilt variation amount information；
Each vasculum 2 uses energy-storage battery and solar panel to power respectively, it is not necessary to 220V external power supply, can independently use；
This utility model is laid with vasculum 2 in each default collection position of described engineering, each vasculum 2 all with away from it
Information monitoring module 1 in the range of predeterminable range is connected, with effective biography of the monitoring information that guarantee information monitoring modular 1 obtains
Defeated, if there is multiple information monitoring module 1 in the range of the predeterminable range of vasculum 2, then these information monitoring modules 1 are permissible
Connecting same vasculum 2, described predeterminable range scope is generally 20～30m；Described information monitoring module 1 can be according to default prison
The monitoring requirements that location is put comprises the sensor of different purposes, and the different information monitoring modules 1 presetting monitoring position can complete
Many monitorings task of engineering monitoring project and the requirement of many monitoring indexes, if the monitored area dispersion of engineering monitoring project, the most
There is the most scattered situation in the installation position of individual vasculum 2, each vasculum of device described in the utility model 2 and server 4 it
Between use communication, it is not necessary to using communication cable, during actual application, multiple vasculums 2 can be incorporated to a collection simultaneously
System, is controlled by an acquisition software；When using device described in the utility model, first preset the prison of monitoring position according to difference
Survey task needs to install corresponding information monitoring module 1, and often an engineering monitoring project has multinomial monitoring task, thus needs
Otherwise comprise different types of monitoring instrument and sensor, by vasculum 2 with the information monitoring module 1 preset on monitoring position
Included information acquisition module realizes turning between each monitoring instrument or the output signal of sensor and RS485 signal
Changing, each monitoring instrument and sensor can be made a distinction by self unique Electronic Numbering；In different default collection position peaces
Dress vasculum 2 and vasculum power supply 3 (battery and solar panel)；It should be noted that be at utmost subject to when solar panel is installed
Irradiate to sunlight；Described device also includes multiple energy supply control module being connected respectively, this power supply control with each vasculum power supply 3
Molding block, for controlling discharge and recharge and the power supply break-make of timing controlled vasculum power supply 3 of energy-storage battery, supports many time periods
The break-make of vasculum power supply 3 is set, and then can at utmost realize energy-conservation continuation of the journey, it is possible to adapt to rainy few fine southern area
Application；Vasculum 2 is arranged on mobile phone signal covering position and can connect the position of data network, arranges GPRS communication module ginseng
Number.Requirement according to engineering monitoring project in prior art, hydrostatic level and inclination sensor generally require be arranged on same
On monitoring point, but hydrostatic level and inclination sensor are generally respectively adopted mounting structure by prior art and install, both
Wasting manpower and material resources is unfavorable for again improving installation effectiveness, and the mounting structure of hydrostatic level can be passed by this utility model with inclination
The mounting structure of sensor unites two into one, and the first mounting body 53 installs hydrostatic level 6, and the second mounting body 54 is installed and tilted to pass
Sensor 7, whole installation process skill not only uses manpower and material resources sparingly but also improve installation effectiveness.
A kind of independent automation engineering monitoring device that this utility model provides, by multiple information monitoring modules with many
The configuration of individual vasculum, it is possible to complete the engineering prison to the single engineering monitoring project with multiple monitoring index and monitoring task
Survey, be also applied for site environment complicated, monitored area scattered engineering monitoring project, device simplicity flexible for installation, it is not required to external
Mains supply, can independently use；Device simplicity flexible for installation, while having saved personal monitoring's cost, improves engineering prison
Measured frequency, automaticity is high.
The above, only this utility model preferably detailed description of the invention, but protection domain of the present utility model is not
Being confined to this, any those familiar with the art is in the technical scope that this utility model discloses, according to this practicality
Novel technical scheme and inventive concept equivalent or change in addition thereof, all should contain protection domain of the present utility model it
In.
Claims (2)
1. an independent automation engineering monitoring device, it is characterised in that described device includes:
Multiple information monitoring modules being laid in each default monitoring position of described engineering respectively；Described information monitoring module is at least wrapped
Include underground level gauge, pore pressure gauge, anchor dynamometer, axle power meter, strain gauge, reinforcing rib meter, soil pressure cell, displacement meter, quiet
One in power level gauge and inclination sensor；
Multiple vasculums being laid in each default collection position of described engineering respectively；Described vasculum with away from its predeterminable range scope
Interior information monitoring module is connected；
And the multiple vasculum power supply being respectively used to power to each described vasculum；Described vasculum power supply includes energy-storage battery
And solar panel；
Described vasculum includes:
For the monitoring information that described information monitoring module exports is converted to meet the Monitoring Data of RS485 communication protocol, and
The information acquisition module that described Monitoring Data is sent by RS485 interface；
The GPRS communication module being connected with described information acquisition module by RS485 bus；Described GPRS communication module will connect
The Monitoring Data received is wirelessly transmitted to server via GPRS network.
A kind of independent automation engineering monitoring device the most according to claim 1, it is characterised in that when described information is supervised
When survey module includes hydrostatic level and inclination sensor, described monitoring device also includes installing described static level for simultaneously
Instrument and the mounting bracket of inclination sensor；Described mounting bracket has:
It is arranged on first on works to be monitored vertically support member and the second vertical support member parallel；
Along the vertical direction of works to be monitored in the first mounting body being arranged above and below and the second mounting body；Described first peace
Dress pedestal and the second mounting body are each attached on the described first vertical support member and the second vertical support member；Described static level
Instrument is removably mounted in described first mounting body；Described inclination sensor is removably mounted at described second mounting body
On.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620789641.4U CN205843722U (en) | 2016-07-25 | 2016-07-25 | A kind of independent automation engineering monitoring device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620789641.4U CN205843722U (en) | 2016-07-25 | 2016-07-25 | A kind of independent automation engineering monitoring device |
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| Publication Number | Publication Date |
|---|---|
| CN205843722U true CN205843722U (en) | 2016-12-28 |
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ID=57625010
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620789641.4U Active CN205843722U (en) | 2016-07-25 | 2016-07-25 | A kind of independent automation engineering monitoring device |
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| CN (1) | CN205843722U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111896047A (en) * | 2020-07-06 | 2020-11-06 | 贵州摩斯智慧科技有限公司 | Real-time online monitoring system for geological engineering |
-
2016
- 2016-07-25 CN CN201620789641.4U patent/CN205843722U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111896047A (en) * | 2020-07-06 | 2020-11-06 | 贵州摩斯智慧科技有限公司 | Real-time online monitoring system for geological engineering |
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