CN206619257U - Simple landslide monitoring warning device - Google Patents
Simple landslide monitoring warning device Download PDFInfo
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- CN206619257U CN206619257U CN201720249628.4U CN201720249628U CN206619257U CN 206619257 U CN206619257 U CN 206619257U CN 201720249628 U CN201720249628 U CN 201720249628U CN 206619257 U CN206619257 U CN 206619257U
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- landslide
- sliding shoe
- vasculum
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- spring
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Abstract
The utility model provides a kind of simple landslide monitoring warning device, including：First spud pile, it inserts easy landslide areas；Rope hauling device, it, which includes being rotatably connected to convolution on rope drum, rope drum on the first mounting blocks, the first mounting blocks, drawstring；Signal acquisition mechanism, it includes the stress spring being arranged in the vasculum of landslide, stress spring is connected by sliding shoe with pulling out the drawstring end of rope drum, and signal capture device is provided with the vasculum of landslide, and signal capture device is used to gather the elastic deformation for occurring stress spring because drawstring is pulled；Controller, it is arranged in the vasculum of landslide, and the output end of signal capture device is connected with the input of controller；Suggestion device；And power supply device.The beneficial effects of the utility model：The detection to the landslide cracking phenomena without rock falls is realized, and facilitates installation.
Description
Technical field
The utility model is related to geology variation monitoring equipment, and in particular to a kind of simple landslide monitoring warning device.
Background technology
In Prevention And Treatment of Geological Hazards, it is often necessary to potential landslide is monitored, presently used monitoring device base
This all costly installs also complex, once coming down, equipment is also damaged therewith, therefore, and monitoring cost is higher.
Chinese patent discloses the disaster of mountain massif coast monitoring device that a kind of notification number is CN 106056852A, the equipment
Including：Basis box, monitoring case, baffle plate, fixed column, buffer spring, monitoring case and fixed column are each attached to monitored massif slope
On ground, the height above sea level of fixed column is more than the height above sea level of the monitoring case, the fixed column lower end monitored massif slope of insertion
In ground, fixed column upper end and baffle plate lower end hinge connection, buffer spring one end are connected with baffle plate, the buffer spring other end
The monitoring case surface is extended to, monitoring case lower surface is provided with pulley, and pulley lower end is provided with wheel block group.Although the equipment one
Determine that the monitoring to landslide phenomenon can be realized in degree, but the shortcoming that the equipment is present is：
1) monitoring case is positioned on hillside by pulley, because the gradient on different hillside is inconsistent, causes monitoring case to be pacified
The extended length of buffer spring is different after dress, if long-term buffer spring has larger outstanding drawing effect, and buffering elastic to monitoring case
Spring is exposed, is easily caused buffer spring and is damaged or broken off, and reduces the service life of whole monitoring device；
If 2) do not have rock falls behind landslide above baffle plate, the phenomenon of landslide cracking is just can't detect, therefore
In the presence of it is certain the drawbacks of.
Utility model content
The utility model provides a kind of simple landslide monitoring warning device, realizes and the massif without rock falls is slided
The detection of slope cracking phenomena, and facilitate installation.
To achieve the above object, the utility model employs following technical scheme：
A kind of simple landslide monitoring warning device, including：
First spud pile, it inserts easy landslide areas；
Rope hauling device, it includes the first mounting blocks, and the first mounting blocks at the top of the first spud pile with being fixedly connected, the first peace
Being rotatably connected to convolution on rope drum, rope drum on dress block has drawstring, and drawstring one end is fixed with rope drum, rope drum other end energy
Rope drum is pulled out, the second mounting blocks are additionally provided with the top of the first spud pile, the second mounting blocks are located at convolution cylinder and deviate from first
The side of mounting blocks, rope drum has been recessed groove groove, the second mounting blocks and rope drum close to the one side of the second mounting blocks
Between be provided with positioning gear, positioning gear can be stretched in groove groove, and the groove on groove groove inwall can be nibbled with positioning gear
Close, offer shuttling holes on the second mounting blocks, the side of the remotely located gear of the second mounting blocks is provided with shuttle cylinder, shuttle cylinder
Endoporus connected with shuttling holes, the endoporus and shuttling holes of shuttle cylinder are through there is locating rod, and locating rod is close to the end of positioning gear
It is fixedly connected with positioning gear, mounting disc is fixedly connected with the end of the remotely located gear of locating rod, the diameter of mounting disc is big
In the diameter of shuttle cylinder endoporus, retaining spring is connected between shuttle cylinder and mounting disc, retaining spring one end is leaned on shuttle cylinder
The end face of nearly mounting disc is fixed, and the end face of the other end of retaining spring with mounting disc close to shuttle cylinder is fixed, and locating rod is passed through
Retaining spring, offers positioning hole on the securing lever, is inserted on shuttle cylinder to the positioning hole of locating rod through having
First latch, retaining spring be in nature extended length when, positioning gear insertion tooth groove in and with the tooth of groove groove inwall
Line is engaged；After the first latch is inserted into positioning hole through shuttle cylinder, positioning gear is away from groove groove；
Second spud pile, its insertion is difficult landslide areas；
Come down vasculum, and it is fixedly installed on the top of the second spud pile；
Signal acquisition mechanism, it includes being arranged at the stress spring in the vasculum of landslide, stress spring by sliding shoe with
Pull out and signal capture device is provided with the drawstring end connection of rope drum, landslide vasculum, signal capture device is used to gather because drawing
The elastic deformation that rope pulls and occurs stress spring；
Controller, it is arranged in the vasculum of landslide, and the output end of signal capture device is connected with the input of controller；
Suggestion device, it is connected by on-off circuit with the output end of controller, to collect stress in signal capture device
Spring sends the prompting of appearance landslide when there occurs elastic deformation；And
Power supply device, signal capture device, controller and suggestion device are connected with power supply device, think letter
Number catcher, controller and suggestion device provide working power.
Preferably, signal acquisition mechanism also includes：
Shake-up chamber is offered in directive slide track, landslide vasculum, touches and guide ring is provided with cavity wall, guide ring will be touched
Dynamic chamber is separated into test chamber and pulls chamber, and directive slide track is arranged on pulling cavity wall, and directive slide track is away from guide ring；
Line wheel is oriented to, sliding shoe is arranged at pulling intracavitary, its sliding shoe is by being oriented to line wheel on directive slide track slidably
Set；
Maintenance block, it is arranged at sliding shoe on the side of guide ring, is opened up on maintenance block towards pulling cavity wall
Hole clipping, is installed with the second latch on the vasculum of landslide, and the second latch can be inserted into hole clipping after passing through landslide vasculum；And
Guide rod, end face of its one end with sliding shoe close to guide ring is fixed, and its other end enters to inspection through guide ring
Intracavitary is surveyed, signal capture device includes permanent magnet and displacement transducer, and the end that guide rod is located in test chamber is connected with permanent magnetism
Iron, permanent magnet is cylindrical structure, and the diameter of permanent magnet is more than the interior diameter of guide ring, is provided with the inwall of test chamber
The displacement transducer relative with permanent magnet, the output end of displacement transducer is the output end of signal capture device, and displacement transducer is used
In the displacement of detection permanent magnet, stress spring is placed on guide rod and is located at outside the end for pulling intracavitary, stress spring one end and cunning
Motion block is fixedly connected, and the stress spring other end is fixedly connected with guide ring, and when the second latch is inserted into sliding shoe in hole clipping
After being relatively fixed with landslide vasculum, stress spring is in nature extended length.
Preferably, in addition to fixed pulling rope mechanism, fixed pulling rope mechanism includes：
Installation portion, it is arranged at the side that sliding shoe deviates from guide rod；
Maintenance hook, it is semi arch structure, and the rotation of maintenance hook one end and installation portion is connected, and maintenance hook is to sliding shoe place side
To bending, drawstring, which is stretched to, pulls intracavitary end to be fixed becket bridle, and becket bridle is cyclic structure, and maintenance hook passes through becket bridle；
Portion is driven, it is connected with maintenance hook with installation portion junction, the portion of driving also is arc structure, drives portion to away from cunning
Motion block direction is bent, and drives portion to extend to away from maintenance hook direction；
Torsion spring, it, which is arranged at, drives between portion and sliding shoe, and stress spring extends torsion spring after one section when pulling sliding shoe
Becket bridle is just allowed to be skidded off from maintenance hook；
Handle is pulled, it is arranged at outside the vasculum of landslide；And
Installing rope, its one end is with pulling fixing, and its other end is penetrated to pulling intracavitary and fixed with sliding shoe.
Compared to prior art, the utility model has the advantages that：
1) when mounted, first, the first latch is inserted into positioning hole, realizes and departs from positioning gear with rope drum,
Meanwhile, the second latch is inserted into hole clipping, the fixation of sliding shoe is realized so that stress spring is in nature extended length, with
So that stress spring is not elongated after mounting, because primary stress spring more holds in nature extended length elastic deformation
Easily, therefore the sensitivity of reaction is improved；Then, drawstring is pulled out so that the stake of the first maintenance is inserted into easy landslide areas, the
The stake of two maintenances, which can be inserted, is difficult landslide areas, improves the range of fitting limit, and causes drawstring to be tauted state, and drawstring can not be sent out
Raw elastic deformation；Finally, the first latch and the second latch, release positioning gear and sliding shoe are extracted, positioning gear to draw
Rope holding is tightened up state, realizes the installation of the device；
2) due to realizing the inspection of landslide cracking phenomena by detecting the distance between the stake of the first maintenance and the stake of the second maintenance
Survey, therefore, realize the detection to the landslide cracking phenomena without rock falls so that the scope of application is wider.
Brief description of the drawings
Fig. 1 is the structural representation after simple landslide monitoring warning device installation in embodiment 1；
Fig. 2 is the structural representation at rope drum in Fig. 1；
Fig. 3 be simple landslide monitoring warning device in embodiment 2 landslide vasculum split after schematic diagram.
Embodiment
Embodiment 1：
As shown in Figure 1 and Figure 2, the present embodiment proposes a kind of simple landslide monitoring warning device, including：
First spud pile 1, it inserts easy landslide areas；
Rope hauling device 2, it includes the first mounting blocks 21, and the first mounting blocks 21 are fixedly connected with the top of the first spud pile 1,
Convolution on rope drum 22, rope drum 22 is rotatably connected on first mounting blocks 21 drawstring 23, the one end of drawstring 23 and rope drum 22
Fixed, the other end of rope drum 22 can pull out rope drum 22, the second mounting blocks 24 are additionally provided with the top of the first spud pile 1, the
Two mounting blocks 24 are located at the side that convolution cylinder deviates from the first mounting blocks 21, and rope drum 22 is in the one side of the second mounting blocks 24
It is recessed to form groove groove, positioning gear 25 is provided between the second mounting blocks 24 and rope drum 22, positioning gear 25 can be stretched to
In groove groove, groove on groove groove inwall can be engaged with positioning gear 25, and shuttling holes are offered on the second mounting blocks 24, the
The side of the remotely located gear 25 of two mounting blocks 24 is provided with shuttle cylinder 26, and the endoporus of shuttle cylinder 26 is connected with shuttling holes, shuttles
The endoporus and shuttling holes of cylinder 26 are through there is locating rod 27, and locating rod 27 is fixed close to the end of positioning gear 25 with positioning gear 25
Mounting disc 28 is fixedly connected with connection, the end of the remotely located gear 25 of locating rod 27, the diameter of mounting disc 28, which is more than, to shuttle
The diameter of 26 endoporus of cylinder, is connected with retaining spring 29, the one end of retaining spring 29 is with shuttling between shuttle cylinder 26 and mounting disc 28
Cylinder 26 is fixed close to the end face of mounting disc 28, and the other end of retaining spring 29 and mounting disc 28 are solid close to the end face of shuttle cylinder 26
It is fixed, and locating rod 27 passes through retaining spring 29, and positioning hole is offered in locating rod 27, being passed through on shuttle cylinder 26 has and can insert
Enter to the first latch 20 in the positioning hole of locating rod 27, when retaining spring 29 is in nature extended length, position gear 25
Engaged in insertion tooth groove and with the groove of groove groove inwall；It is inserted into the first latch 20 through shuttle cylinder 26 in positioning hole
Afterwards, positioning gear 25 is away from groove groove；
Second spud pile 3, its insertion is difficult landslide areas；
Come down vasculum 4, and it is fixedly installed on the top of the second spud pile 3；
Signal acquisition mechanism (not shown), it includes the stress spring being arranged in the vasculum 4 of landslide, and stress spring leads to
Cross sliding shoe and be connected with pulling out the end of drawstring 23 of rope drum 22, signal capture device, signal capture are provided with the vasculum 4 of landslide
Device is used to gather the elastic deformation for occurring stress spring because drawstring 23 is pulled；
Controller (not shown), it is arranged in the vasculum 4 of landslide, the output end of signal capture device and controller it is defeated
Enter end to be connected；
Suggestion device (not shown), it is connected by on-off circuit with the output end of controller, with signal capture device
Collect and the prompting of appearance landslide is sent when stress spring there occurs elastic deformation；And
Power supply device 5, signal capture device, controller and suggestion device are connected with power supply device 5, think
Signal capture device, controller and suggestion device provide working power.Power supply device 5 can be solar cell.
Suggestion device, including buzzer, buzzer are connected by on-off circuit with controller；Meanwhile, suggestion device may be used also
To be modem and radiofrequency launcher, controller is connected by on-off circuit with modem, modem with
Radiofrequency launcher is connected, and realizes Long Distant Transmit.
Embodiment 2：
The present embodiment and the difference of embodiment 1 are：In order that the signal acquisition for obtaining signal acquisition mechanism is sensitiveer, this
Embodiment has carried out further design to signal acquisition mechanism；Meanwhile, in order to avoid at landslide in the first spud pile 1 and the
Crack is larger and cause drawstring 23 to be broken between two spud piles 3, and for convenience fixes drawstring 23 and sliding shoe, the present embodiment
Increase has set the mechanism of fixed pulling rope 23.
It refer to shown in Fig. 3, signal acquisition mechanism also includes：
Shake-up chamber is offered in directive slide track 61, landslide vasculum 4, touches and is provided with guide ring 69 on cavity wall, be oriented to
Ring 69 will touch chamber and be separated into test chamber 41 and pull chamber 42, and directive slide track 61 is arranged on the pulling inwall of chamber 42, and is oriented to
Slide rail 61 is away from guide ring 69；
Line wheel 62 is oriented to, sliding shoe 65 is arranged in pulling chamber 42, its sliding shoe 65 is being oriented to cunning by being oriented to line wheel 62
Slidably set on rail 61；
Maintenance block 63, it is arranged at sliding shoe 65 on the side of guide ring 69, opened up on maintenance block 63 towards pulling
The hole clipping of the inwall of chamber 42, is installed with the second latch 66 on the vasculum 4 of landslide, and the second latch 66 can be inserted after passing through landslide vasculum 4
Enter to hole clipping；And
Guide rod 64, end face of its one end with sliding shoe 65 close to guide ring 69 is fixed, and its other end passes through guide ring 69
Enter in test chamber 41, signal capture device includes permanent magnet 671 and displacement transducer 672, guide rod 64 is located at test chamber
End in 41 is connected with permanent magnet 671, and permanent magnet 671 is cylindrical structure, and the diameter of permanent magnet 671 is more than guide ring 69
Interior diameter, the displacement transducer 672 relative with permanent magnet 671, displacement transducer 672 are provided with the inwall of test chamber 41
Output end be signal capture device output end, displacement transducer 672 is used to detect the displacement of permanent magnet 671, stress spring 68
It is placed on guide rod 64 to be located at outside the end pulled in chamber 42, the one end of stress spring 68 is fixedly connected with sliding shoe 65, stress bullet
The other end of spring 68 is fixedly connected with guide ring 69, and when the second latch 66 is inserted into sliding shoe 65 and landslide vasculum in hole clipping
After 4 are relatively fixed, stress spring 68 is in nature extended length.
Please continue to refer to shown in Fig. 3, simple landslide monitoring warning device also includes the mechanism of fixed pulling rope 23 in the present embodiment,
The mechanism of fixed pulling rope 23 includes：
Installation portion 71, it is arranged at the side that sliding shoe 65 deviates from guide rod 64；
Maintenance hook 72, it is semi arch structure, and the rotation of the one end of maintenance hook 72 and installation portion 71 is connected, and maintenance hook 72 is to slip
The place direction of block 65 is bent, and drawstring 23, which is stretched to, pulls the inner end of chamber 42 to be fixed becket bridle, and becket bridle is cyclic structure, maintenance hook
72 pass through becket bridle；
Portion 73 is driven, it is connected with maintenance hook 72 with the junction of installation portion 71, it is also arc structure to drive portion 73, drives portion
73 bend to away from the direction of sliding shoe 65, and drive portion 73 to extend to away from the direction of maintenance hook 72；
Torsion spring 74, it, which is arranged at, drives between portion 73 and sliding shoe 65, and stress spring 68 extends when pulling sliding shoe 65
Torsion spring 74 just allows becket bridle to be skidded off from maintenance hook 72 after one section, and this function passes through the coefficient of elasticity and torsion spring from stress spring 68
74 coefficient of elasticity can be achieved with；
Pull 75, it is arranged at outside the vasculum 4 of landslide；And
Installing rope 76, its one end is fixed with pulling 75, and its other end is penetrated to pulling chamber 42 and fixed with sliding shoe 65.
When needing to install drawstring 23, first, the second latch 66 is extracted, to discharge sliding shoe 65；Then, pull 75,
Under the drive of installing rope 76, sliding shoe 65 is slid into close to the position for pulling chamber 42 to export, and maintenance hook 72, which is passed, pulls chamber 42
Outlet；Finally, the becket bridle of drawstring 23 is enclosed on maintenance hook 72, realizes the installation of drawstring 23, pulled 75, realize while discharging
Slide the return of card.When occurring landslide phenomenon, crack is produced between the stake of the first maintenance and the stake of the second maintenance, drawstring 23, which is pulled, to be slided
Motion block 65, because torsion spring 74 just allows becket bridle to be skidded off from maintenance hook 72 after one section of the elongation of stress spring 68 when pulling sliding shoe 65,
Therefore drawstring 23 drives sliding shoe 65, guide rod 64 and permanent magnet 671 to move first, stress spring 68 produces elastic deformation, forever
With displacement transducer 672 relative displacement occurs for magnet 671 so that trickle change occurs for the magnetic field around displacement transducer 672,
Because displacement transducer 672 is sensitive to the change detection in magnetic field, therefore permanent magnet 671 only has small change and can also detected, and controls
Device control suggestion device processed sends prompting, and to enable emergency personnel to rush in time, when crack is larger, drawstring 23 is to maintenance
The pulling force increase of hook 72 so that maintenance hook 72 is rotated, and torsion spring 74 is compressed, the becket bridle and maintenance hook 72 for then causing drawstring 23 takes off
From the maintenance of rear-pulling rope of conveniently speedily carrying out rescue work 23 and first stake etc. can be utilized again, cost-effective.
Finally illustrate, above example is only unrestricted to illustrate the technical solution of the utility model, although ginseng
The utility model is described in detail according to preferred embodiment, it will be understood by those within the art that, can be to this
The technical scheme of utility model is modified or equivalent substitution, without departing from the objective and model of technical solutions of the utility model
Enclose, it all should cover among right of the present utility model.
Claims (3)
1. a kind of simple landslide monitoring warning device, it is characterised in that including：
First spud pile, it inserts easy landslide areas；
Rope hauling device, it includes the first mounting blocks, and the first mounting blocks at the top of the first spud pile with being fixedly connected, the first mounting blocks
On be rotatably connected to convolution on rope drum, rope drum and have drawstring, drawstring one end is fixed with rope drum, and the rope drum other end can be pulled out
Rope drum, is additionally provided with the second mounting blocks at the top of the first spud pile, and the second mounting blocks are located at convolution cylinder and installed away from first
The side of block, rope drum has been recessed groove groove close to the one side of the second mounting blocks, between the second mounting blocks and rope drum
Positioning gear is provided with, positioning gear can be stretched in groove groove, the groove on groove groove inwall can be engaged with positioning gear, the
Offer shuttling holes on two mounting blocks, be provided with shuttle cylinder in the side of the remotely located gear of the second mounting blocks, shuttle cylinder it is interior
Hole is connected with shuttling holes, and the endoporus and shuttling holes of shuttle cylinder are through there is locating rod, and locating rod is close to the end of positioning gear with determining
Position gear is fixedly connected, and mounting disc is fixedly connected with the end of the remotely located gear of locating rod, and the diameter of mounting disc, which is more than, to be worn
The diameter of shuttle cylinder endoporus, is connected with retaining spring, retaining spring one end is with shuttle cylinder close to peace between shuttle cylinder and mounting disc
The end face of sabot is fixed, and the end face of the other end of retaining spring with mounting disc close to shuttle cylinder is fixed, and locating rod is through positioning
Spring, offers positioning hole on the securing lever, is inserted on shuttle cylinder to first in the positioning hole of locating rod through having
Latch, when retaining spring is in nature extended length, is nibbled in positioning gear insertion tooth groove and with the groove of groove groove inwall
Close；After the first latch is inserted into positioning hole through shuttle cylinder, positioning gear is away from groove groove；
Second spud pile, its insertion is difficult landslide areas；
Come down vasculum, and it is fixedly installed on the top of the second spud pile；
Signal acquisition mechanism, it includes the stress spring being arranged in the vasculum of landslide, and stress spring is by sliding shoe with pulling out
Signal capture device is provided with the drawstring end connection of rope drum, landslide vasculum, signal capture device is used to gather because drawstring is drawn
Elastic deformation that is dynamic and making stress spring generation；
Controller, it is arranged in the vasculum of landslide, and the output end of signal capture device is connected with the input of controller；
Suggestion device, it is connected by on-off circuit with the output end of controller, to collect stress spring in signal capture device
The prompting of appearance landslide is sent when there occurs elastic deformation；And
Power supply device, signal capture device, controller and suggestion device are connected with power supply device, think that signal is caught
Catch device, controller and suggestion device and working power is provided.
2. simple landslide monitoring warning device according to claim 1, it is characterised in that signal acquisition mechanism also includes：
Shake-up chamber is offered in directive slide track, landslide vasculum, touches and is provided with guide ring on cavity wall, guide ring will touch chamber
It is separated into test chamber and pulls chamber, directive slide track is arranged on pulling cavity wall, and directive slide track is away from guide ring；
Line wheel is oriented to, sliding shoe is arranged at pulling intracavitary, and its sliding shoe is slidably set by being oriented to line wheel on directive slide track；
Maintenance block, it is arranged at sliding shoe on the side of guide ring, is opened up on maintenance block towards the hole clipping for pulling cavity wall,
The second latch is installed with the vasculum of landslide, the second latch can be inserted into hole clipping after passing through landslide vasculum；And
Guide rod, end face of its one end with sliding shoe close to guide ring is fixed, and its other end enters to test chamber through guide ring
Interior, signal capture device includes permanent magnet and displacement transducer, and the end that guide rod is located in test chamber is connected with permanent magnet, forever
Magnet is cylindrical structure, and the diameter of permanent magnet is more than the interior diameter of guide ring, be provided with the inwall of test chamber with forever
The relative displacement transducer of magnet, the output end of displacement transducer is the output end of signal capture device, and displacement transducer is used to examine
The displacement of permanent magnet is surveyed, stress spring is placed on guide rod and is located at outside the end for pulling intracavitary, stress spring one end and sliding shoe
It is fixedly connected, the stress spring other end is fixedly connected with guide ring, and when the second latch is inserted into sliding shoe and cunning in hole clipping
After slope vasculum is relatively fixed, stress spring is in nature extended length.
3. simple landslide monitoring warning device according to claim 2, it is characterised in that also including fixed pulling rope mechanism,
Fixed pulling rope mechanism includes：
Installation portion, it is arranged at the side that sliding shoe deviates from guide rod；
Maintenance hook, it is semi arch structure, and maintenance hook one end rotates with installation portion and is connected, and maintenance hook is curved to direction where sliding shoe
Song, drawstring, which is stretched to, pulls intracavitary end to be fixed becket bridle, and becket bridle is cyclic structure, and maintenance hook passes through becket bridle；
Portion is driven, it is connected with maintenance hook with installation portion junction, the portion of driving also is arc structure, drives portion to away from sliding shoe
Direction is bent, and drives portion to extend to away from maintenance hook direction；
Torsion spring, it, which is arranged at, drives between portion and sliding shoe, and torsion spring just allows after one section of stress spring elongation when pulling sliding shoe
Becket bridle is skidded off from maintenance hook；
Handle is pulled, it is arranged at outside the vasculum of landslide；And
Installing rope, its one end is with pulling fixing, and its other end is penetrated to pulling intracavitary and fixed with sliding shoe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720249628.4U CN206619257U (en) | 2017-03-15 | 2017-03-15 | Simple landslide monitoring warning device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720249628.4U CN206619257U (en) | 2017-03-15 | 2017-03-15 | Simple landslide monitoring warning device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206619257U true CN206619257U (en) | 2017-11-07 |
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ID=60232484
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720249628.4U Expired - Fee Related CN206619257U (en) | 2017-03-15 | 2017-03-15 | Simple landslide monitoring warning device |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110388893A (en) * | 2019-08-16 | 2019-10-29 | 湖南联智桥隧技术有限公司 | Long-range safety monitoring slope data acquisition device based on Beidou data communication |
| CN110599743A (en) * | 2019-10-09 | 2019-12-20 | 河南城建学院 | Buried landslide early warning device |
| CN111260890A (en) * | 2020-01-18 | 2020-06-09 | 曹淯翔 | Magnetic induction type debris flow alarm device |
| WO2020181989A1 (en) * | 2019-03-12 | 2020-09-17 | 湖南联智科技股份有限公司 | Beidou satellite positioning-based monitoring device |
| CN113112756A (en) * | 2021-03-09 | 2021-07-13 | 应急管理部国家自然灾害防治研究院 | Emergent early warning device of landslide of high accuracy |
-
2017
- 2017-03-15 CN CN201720249628.4U patent/CN206619257U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2020181989A1 (en) * | 2019-03-12 | 2020-09-17 | 湖南联智科技股份有限公司 | Beidou satellite positioning-based monitoring device |
| CN110388893A (en) * | 2019-08-16 | 2019-10-29 | 湖南联智桥隧技术有限公司 | Long-range safety monitoring slope data acquisition device based on Beidou data communication |
| CN110388893B (en) * | 2019-08-16 | 2024-03-08 | 湖南联智科技股份有限公司 | Remote slope safety monitoring data acquisition device based on Beidou data communication |
| CN110599743A (en) * | 2019-10-09 | 2019-12-20 | 河南城建学院 | Buried landslide early warning device |
| CN111260890A (en) * | 2020-01-18 | 2020-06-09 | 曹淯翔 | Magnetic induction type debris flow alarm device |
| CN113112756A (en) * | 2021-03-09 | 2021-07-13 | 应急管理部国家自然灾害防治研究院 | Emergent early warning device of landslide of high accuracy |
| CN113112756B (en) * | 2021-03-09 | 2023-02-17 | 应急管理部国家自然灾害防治研究院 | Emergent early warning device of landslide of high accuracy |
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