Multi-path weighing wireless remote dynamic collector for rolled sand and stone on surface layer of landslide
阅读说明:本技术 一种山体滑坡表层滚落砂石多路称重式无线远程动态收集器 (Multi-path weighing wireless remote dynamic collector for rolled sand and stone on surface layer of landslide ) 是由 张耀南 康建芳 赵爱国 艾鸣浩 李红星 冯克庭 敏玉芳 赵彦博 于 2020-05-18 设计创作,主要内容包括:本发明涉及一种山体滑坡表层滚落砂石多路称重式无线远程动态收集器,利用收集器的结构特征,将山坡下滚砂石滚落入称重收集筒内,由远程测控终端通过称重传感器、ATB470M无线接收传输模块和多路称重无线变送器将数据转换电信号传到远程测控终端,再由远程测控终端现场的全方位监控通过远程无线信号将采集网络数据传输远程数据监测中心,由远程数据监测中心处理分析称量结果。本发明对震后松散砂石颗粒进行监测,有助于对震后山体动向的有所了解,其对于保障人民生命安全和国家财产具有广泛的社会效益。(The invention relates to a multi-path weighing type wireless remote dynamic collector for rocky rock rolling on the surface layer of landslide, which utilizes the structural characteristics of the collector to roll the rocky rock rolling on the landslide into a weighing collecting cylinder, a remote measurement and control terminal transmits a data conversion electric signal to the remote measurement and control terminal through a weighing sensor, an ATB470M wireless receiving and transmitting module and a multi-path weighing wireless transmitter, the remote measurement and control terminal carries out on-site omnibearing monitoring and transmits acquired network data to a remote data monitoring center through a remote wireless signal, and the remote data monitoring center processes and analyzes the weighing result. The invention monitors loose sand particles after earthquake, is beneficial to understanding the dynamic direction of the mountain after the earthquake, and has wide social benefits for guaranteeing the life safety of people and national property.)
1. The utility model provides a wireless long-range dynamic collector of mountain landslide top layer roll grit multichannel weighing type, it collects probe cover (2) to contain grit collection mouth (1) angle, protective barrel (3), grit rolls shock attenuation baffle (4), telescopic link (5), funnel (6), grit rolls thing weighing collection section of thick bamboo (7), weighing sensor (8), ATB470M wireless reception transmission module (9), multichannel wireless transmitter (10) of weighing, solar cell and charging circuit (11), remote measurement and control terminal (RTU) (12), solar power unit (13), signal power line (14), 20W solar panel (15), cradling piece (16), handle (17), long-range wireless signal (18), data monitoring center (19), computer (20), weigh multichannel memory display (21), corrugated pipe formula is adjustable 0-65 collect probe cover (22), The anti-sliding sand-rock collector is characterized in that a sand-rock collecting opening (1) is formed above the protective barrel (3), the width of the sand-rock collecting opening (1) is 1cm, 2cm, 5cm and 10cm multiplied by 50cm, and the width opening is enlarged from small to large from top to bottom; an angle collection probe cover (2) is arranged above the opening, the angle of the angle collection probe cover is divided into 0 degree, 15 degrees, 30 degrees and 45 degrees, so that the sand and stone collection opening 1 below the angle collection probe cover 2 is consistent with the gradient level; the probe cover comprises a downslide prevention guard plate (24), a gravel rolling damping guide plate (4), a leakage-proof cover (25) and a corrugated pipe type collection probe cover (22) which is adjustable by 0-65 degrees, telescopic rods (5) are arranged on two sides of the cover, a funnel (6) is received below the cover, a gravel rolling object weighing collection cylinder (7) in a protection barrel (3) is extended into a lower opening of the funnel (6), gravel particles (23) are arranged in the collection cylinder, a weighing sensor (8) is arranged at the bottom of the collection cylinder, an ATB470M wireless receiving and transmitting module (9), a multipath weighing wireless transmitter (10), a solar lithium battery and charging circuit (11) and a solar power supply device (13) are arranged in the protection barrel (3), and the weighing sensor (8) is connected with a remote measurement and control terminal (RTU) (12) on an outer barrel support rod (16) and a 20W solar panel (15) through; the remote measurement and control terminal (RTU) (12) transmits a data conversion electric signal to the remote measurement and control terminal (RTU) (12) through a weighing sensor (8), an ATB470M wireless receiving transmission module (9) and a multi-path weighing wireless transmitter (10), then a remote data monitoring center (19) transmits acquired network data through a remote wireless signal by the site omnibearing monitoring of the remote measurement and control terminal (RTU) (12), a computer (20) is arranged in the remote data monitoring center (19), a weighing multi-path storage display (21), and a computer (20) and a weighing multi-path storage display (21) are arranged in the remote data monitoring center (19) to monitor the rock rolling impact accumulation body.
Technical Field
The invention relates to a multi-path weighing wireless remote dynamic collector for rolled sand on the surface layer of landslide, which is applied to the landslide with the surface of 0-60 degrees and easy landslide in the open field and can dynamically monitor and collect the sand amount of the falling section falling objects in different heights and unit area time periods.
Background
China is a mountainous country, the mountain area is large, the mountain area occupies 2/3 of the national area, and China is between two earthquake zones in the world, the geological conditions in China are complex, and earthquake activities are frequent. When an earthquake occurs, the most basic phenomena are that the ground continuously vibrates, faults and earthquake cracks appear on the ground, large-scale collapse and sliding of mountains are caused, the local terrain is changed, or the mountains are raised or settled, buildings or engineering facilities are seriously damaged, urban and rural roads are not cracked, bridges are broken, and rivers are blocked. After an earthquake occurs, due to secondary influence caused by earthquake waves, a collapsing body shatters and looses a rock body to be extremely unstable under the attack of strong wind or heavy rain, and large broken stones and granular particles frequently roll along a slope surface. In order to guarantee the life safety of people and avoid the loss of national property, the relationship between the impact energy and the impact frequency of the rolling stones and the slope instability scale (the shakeout quality) is explored, and the impact influence degree is evaluated by the gravel quality of an output system after the rolling stones impact a deposited body, so that the method has wide social benefit and scientific value.
Disclosure of Invention
In order to dynamically monitor the amount of sand and stone particles sliding under the wind load of loose sand and stones on a hill with a 0-60-degree slope, a multi-path weighing wireless remote dynamic collector for sand and stone falling on the surface layer of the hill landslide is developed.
The purpose of the invention is realized by the following technical scheme:
the utility model provides a wireless long-range dynamic collector of gravel multichannel weighing type that falls on mountain landslide top layer, it collects probe cover to contain the grit and collect mouthful angle, the protective barrel, the grit rolls the shock attenuation baffle, the telescopic link, the funnel, the grit rolls the thing and weighs the collection section of thick bamboo, weighing sensor, ATB470M wireless reception transmission module, the wireless changer of multichannel weighing, solar cell and charging circuit, remote measurement and control terminal (RTU), solar power unit, signal power line, 20W solar panel, the cradling piece, the handle, long-range wireless signal, the data monitoring center, the computer, weigh multichannel storage and display, the adjustable 0-65 collection probe cover of bellows type, the grit particulate matter, prevent gliding backplate and leak protection lid. A sand collecting port is arranged above the protective barrel. The width of the collecting opening is 1cm, 2cm, 5cm, 10cm multiplied by 50cm long, and the width of the opening is enlarged from small to large from top to bottom. An angle collection probe cover is arranged above the opening, the angles of the angle collection probe cover are divided into 0 degree, 15 degrees, 30 degrees and 45 degrees, and the sand and stone collection opening 1 below the angle
The advantages and the beneficial effects of the invention are as follows:
1. the invention is applied to the landslide hills with the surface gradient of 0-60 degrees in the field, and the sand and stone amount of 0-10 cm of the sliding and falling objects on the downslide section in unit area time periods with different heights are collected by the weighing and collecting cylinder. The remote measurement and control terminal transmits the data conversion electric signal to the remote measurement and control terminal through the weighing sensor, the ATB470M wireless receiving and transmitting module and the multi-channel weighing wireless transmitter, the remote measurement and control terminal transmits the acquired network data to the remote data monitoring center through the remote wireless signal in an all-round monitoring mode, and the remote data monitoring center processes and analyzes the weighing result. The invention monitors loose sand particles after earthquake, is beneficial to understanding the dynamic direction of the mountain after earthquake, is beneficial to improving the disaster prevention capability, provides data information for related departments, and has wide social benefits for guaranteeing the life safety of people and national property.
2. The method has the advantages of strong practicability, capability of dynamically monitoring the mountain body after the earthquake in real time, easiness in installation of equipment and high observation precision.
Drawings
FIG. 1 is a schematic diagram of the present invention.
Fig. 2 is a side view of fig. 1.
FIG. 3 is a schematic view of the angle gathering probe cover of FIG. 1.
Fig. 4 is a schematic view of a remote data monitoring center according to the present invention.
FIG. 5 is a schematic view of the angle collection probe cover of FIG. 1 at 0, 15, 30, 45.
FIG. 6 is a schematic view of a buried placement site according to the present invention.
Detailed Description
As shown in fig. 1-5, a multi-channel weighing wireless remote dynamic collector for sand and stone falling on the surface layer of mountain landslide comprises a sand and stone collecting port 1, an angle
In the implementation process, observation indexes such as the slope, the length of the slope, the height and the like of an observed mountain are measured, and a weighing type wireless remote dynamic collector is arranged on a section with the same distance with a loose slope. Particularly, a plurality of weighing wireless remote dynamic collectors are arranged on a slope which is observed to have sand which is easy to slide down and loose and is larger than 10 degrees to 60 degrees to collect the sand sliding amount, and the placing points are shown in figure 6.
When the protective barrel is buried before arrangement, the barrel edge of the
When the flux of loose sand particles is collected, the leakage-proof cover 25 is opened, the
After one section of sand is observed, the anti-leakage cover 25 is covered, the
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