CN107543577B - A kind of hydraulic engineering ground landslide measuring device - Google Patents
A kind of hydraulic engineering ground landslide measuring device Download PDFInfo
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- CN107543577B CN107543577B CN201710728227.1A CN201710728227A CN107543577B CN 107543577 B CN107543577 B CN 107543577B CN 201710728227 A CN201710728227 A CN 201710728227A CN 107543577 B CN107543577 B CN 107543577B
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Abstract
The invention discloses a kind of hydraulic engineering ground landslide measuring devices, including rectangle bearing base, rectangle bearing base lower surface is fixedly connected with vertical rectangle hollow shell, flexible depth measurement mechanism is equipped in the vertical rectangle hollow shell, the vertical rectangle hollow side surfaces are equipped with lifting landslide supporting mechanism, rectangle bearing base upper surface is equipped with hoisting mechanism, rectangle bearing base side surface, which is equipped with, swings lighting mechanism, rectangle fixed frame is set on the vertical rectangle hollow shell and at rectangle bearing base, two groups of support rods are set between rectangle fixed frame upper surface and rectangle bearing base lower surface.The invention has the advantages that being conveniently adjusted usage mode using more convenient, the depth and inner case for ground landslide are able to carry out effective measurement and feedback, convenient for protecting ontology in measurement.
Description
Technical field
The present invention relates to hydraulic engineering field, especially a kind of hydraulic engineering ground landslide measuring device.
Background technique
Hydraulic engineering apparatus is exactly the general name for the tool for needing to use when being administered in terms of urban water conservancy, is collapsed for ground
For, sometimes due to city waterlogging, so that the situation that ground is recessed.
With the continuous development of present society, but while development, the resource of the earth is more destroyed, is caused
As soon as a balance is not achieved in the resource of some earth, for example city is warmed, and is a rainy place in the south in China,
Prolonged to rain, urban inner cannot by its city, rainwater be drained as soon as possible, city is persisted to for a long time, for city
Road has very big harm, and if things go on like this, rainwater immersion is easy for collapsing inside road, in order to dredge road, water as soon as possible
Sharp staff needs to measure the area and depth that collapse, and by a series of operation and plan, needing will be at landslide
It fixes as soon as possible, is all manually to hold tool to measure in tradition, if landslide area is uncontrollable, to the peace with survey crew
It just cannot be guaranteed entirely, when measurement, if measuring tool knocks the landslide block fallen completely not yet over, to the work of measurement
Tool also can be a kind of damage, cause economic waste, therefore in order to solve these problems, and designing a kind of measuring tool is that have very much must
It wants.
Summary of the invention
The purpose of the present invention is to solve the above problems, devise a kind of hydraulic engineering ground landslide measuring device.
Realize above-mentioned purpose the technical scheme is that, a kind of hydraulic engineering ground caves in measuring device, including square
Shape bearing base, rectangle bearing base lower surface are fixedly connected with vertical rectangle hollow shell, in the vertical rectangle hollow shell
Equipped with flexible depth measurement mechanism, the vertical rectangle hollow side surfaces are equipped with lifting landslide supporting mechanism, and the rectangle is held
It carries pedestal upper surface and is equipped with hoisting mechanism, rectangle bearing base side surface, which is equipped with, swings lighting mechanism, the vertical square
Rectangle fixed frame is set on shape hollow shell and at rectangle bearing base, rectangle fixed frame upper surface and rectangle carry base
Two groups of support rods are set between seat lower surface, are set with one group of arc fixed plate, each arc at the free time of the rectangle fixed frame
One group of fixing glue is all provided between the fixed board ends of shape and vertical rectangle hollow shell, the flexible depth measurement mechanism is by processing perpendicular
The No.1 circular open of straight rectangle hollow shell lower surface is inlaid in No.1 circular open and matches with vertical rectangle hollow shell phase
The bottomless carrying shell of circle, be fixedly connected on round bottomless carrying shell upper surface No.1 suction iron block, be fixedly connected on vertical square
Upper surface and No. two suction iron blocks to match with No.1 suction iron block in shape hollow shell are inlaid in upper surface in round bottomless carrying shell
Motor spring clamp hand, be fixedly connected in motor spring clamp hand and the medium-sized rotating electric machine of No.1 that round end is downward, fixed connect
Connect on the medium-sized rotating electric machine round end of No.1 vertical rotation screw rod, be sleeved on vertical rotation screw rod and bottomless held with round
Carry shell inner surface mutually overlapped rotation threaded block, processing on round bottomless carrying shell inner surface and with rotate threaded block phase
Matched internal screw thread layer, one group of automatically controlled catch bar for being fixedly connected on rotation threaded block lower surface are inlaid under rotation threaded block
No.1 miniature webcam at the center on surface, is inlaid in the promotion fixed block being sleeved on each automatically controlled catch bar lower end surface
What each No. two miniature webcams pushed on fixed block side surface collectively formed, the lifting landslide supporting mechanism is by processing
Multiple No. two vertical strip grooves on vertical rectangle hollow shell outer surface are inlaid in two in each No. two vertical strip grooves
The opposite automatically controlled telescopic rod of one group of telescopic end on opposite flank is fixedly connected between often with respect to one group automatically controlled telescopic rod
And the sliding shoe to match with corresponding No. two vertical strip grooves, the swing branch being hingedly connected on each sliding shoe side surface
Fagging, be sleeved on clamping rings in each No. two vertical strip grooves on one of them automatically controlled telescopic rod, be hingedly connected at it is every
What the inclined shore bar that a clamping rings is connected with corresponding swinging support plate lower surface collectively formed, the swing flare-aircraft
Structure is held by processing in two groups of rectangle gap of rectangle bearing base top surface edge, the level that is arranged in each rectangle gap
Bar, the swing lamp holder being sleeved on each horizontal bearing bar, the headlamp being inlaid in each swing lamp holder is carried to collectively form.
The hoisting mechanism is by being fixedly connected on rectangle bearing base upper surface center electric power storage cabinet, being fixedly connected on storage
The rectangular retaining plate of electronic box body upper surface, the rotation hoisting ring being inlaid at the center of rectangular retaining plate upper surface, hinge connection
What one group of pivotal handle at the both ends of rectangular retaining plate upper surface collectively formed.
The length of the vertical rotation screw rod is slightly less than the length of round bottomless carrying shell.
Battery, the model WDKH-F of the battery are equipped in the mounting electricity storage pack body.
Each cross section for pushing fixed block is semicircle.
The diameter of one group of cross section matched for pushing fixed block is greater than the straight of round bottomless carrying shell lower end surface
Diameter.
The quantity of multiple described No. two vertical strip grooves is 4-6, and multiple described No. two vertical strip grooves are angularly
On same circumference.
Each swinging support plate upper surface is fixedly connected with anti-slip layer.
Hemispherical lampshade is embedded on each swing lamp holder two opposite sides surface.
One group of tight fixed bolt is equipped between the bottomless carrying shell lower surface of circle and vertical rectangle hollow shell lower surface.
Using the hydraulic engineering ground landslide measuring device of technical solution of the present invention production, use is more convenient, just
In adjustment usage mode, depth and inner case for ground landslide are able to carry out effective measurement and feedback, convenient for surveying
When amount, ontology is protected.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of hydraulic engineering ground landslide measuring device of the present invention;
Fig. 2 is a kind of partial side, cross-sectional view of hydraulic engineering ground landslide measuring device of the present invention;
Fig. 3 is vertical rectangle hollow shell in landslide measuring device in a kind of hydraulic engineering ground of the present invention, automatically controlled stretches
The top view that contracting bar, sliding shoe, swinging support plate and anti-slip layer match;
Fig. 4 is rectangle bearing base, horizontal bearing in a kind of hydraulic engineering ground landslide measuring device of the present invention
Bar swings lamp holder, the top view that headlamp and hemispherical lampshade match;
Fig. 5 is to push fixed block in landslide measuring device in a kind of hydraulic engineering ground of the present invention and No. two miniature are taken the photograph
The partial enlarged view matched as head;
In figure, 1, rectangle bearing base;2, vertical rectangle hollow shell;3, rectangle fixed frame;4, support rod;5, arc is fixed
Plate;6, fixing glue;7, round bottomless carrying shell;8, No.1 suction iron block;9, No. two suction iron blocks;10, motor spring clamp hand;11, one
Number medium-sized rotating electric machine;12, screw rod is rotated vertically;13, threaded block is rotated;14, automatically controlled catch bar;15, No.1 miniature webcam;
16, fixed block is pushed;17, No. two miniature webcams;18, automatically controlled telescopic rod;19, sliding shoe;20, swinging support plate;21, fixed
Annulus;22, horizontal bearing bar;23, lamp holder is swung;24, headlamp;25, electric power storage cabinet;26, rectangular retaining plate;27, rotation is hung
Fill annulus;28, pivotal handle;29, battery;30, anti-slip layer;31, hemispherical lampshade;32, tight fixed bolt;33, inclined shore
Bar.
Specific embodiment
The present invention is specifically described with reference to the accompanying drawing, as shown in Figs. 1-5, a kind of hydraulic engineering ground landslide survey
Device, including rectangle bearing base 1 are measured, 1 lower surface of rectangle bearing base is fixedly connected with vertical rectangle hollow shell 2, described
Flexible depth measurement mechanism is equipped in vertical rectangle hollow shell 2, vertical 2 side surface of rectangle hollow shell is equipped with lifting landslide branch
Support mechanism, 1 upper surface of rectangle bearing base are equipped with hoisting mechanism, and 1 side surface of rectangle bearing base, which is equipped with, to be swung
Lighting mechanism, is set with rectangle fixed frame 3 on the vertical rectangle hollow shell 2 and at rectangle bearing base 1, the rectangle is solid
Determine to set two groups of support rods 4 between 1 lower surface of 3 upper surface of frame and rectangle bearing base, be set at the free time of the rectangle fixed frame 3
One group of arc fixed plate 5 is all provided with one group of fixing glue 6 between each 5 both ends of arc fixed plate and vertical rectangle hollow shell 2,
The flexible depth measurement mechanism by process vertical 2 lower surface of rectangle hollow shell No.1 circular open, be inlaid in No.1 circle
The bottomless carrying shell 7 of circle that matches in shape opening and with vertical rectangle hollow shell 2 is fixedly connected on the bottomless carrying shell 7 of circle
The No.1 suction iron block 8 of upper surface is fixedly connected on upper surface in vertical rectangle hollow shell 2 and matches with No.1 suction iron block 8
No. two suction iron blocks 9 are inlaid in the motor spring clamp hand 10 of upper surface in round bottomless carrying shell 7, are fixedly connected on motor spring
In clamp hand 10 and the medium-sized rotating electric machine 11 of No.1 that round end is downward, it is fixedly connected on medium-sized 11 round end of rotating electric machine of No.1
Vertical rotation screw rod 12, be sleeved on vertical rotation screw rod 12 and mutually overlapped turn with round bottomless 7 inner surface of carrying shell
It moves threaded block 13, process in the round bottomless internal screw thread layer for carrying on 7 inner surface of shell and matching with rotation threaded block 13, admittedly
Surely it is connected to one group of automatically controlled catch bar 14 of rotation 13 lower surface of threaded block, is inlaid at the center of rotation 13 lower surface of threaded block
No.1 miniature webcam 15, be sleeved on each 14 lower end surface of automatically controlled catch bar promotion fixed block 16, be inlaid in each push away
What No. two miniature webcams 17 on dynamic 16 side surface of fixed block collectively formed, the lifting landslide supporting mechanism is by processing perpendicular
Multiple No. two vertical strip grooves on straight 2 outer surface of rectangle hollow shell are inlaid in two in each No. two vertical strip grooves
The opposite automatically controlled telescopic rod 18 of one group of telescopic end on opposite flank, be fixedly connected on often with respect to one group automatically controlled telescopic rod 18 it
Between and match with corresponding No. two vertical strip grooves sliding shoe 19, be hingedly connected on each 19 side surface of sliding shoe
Swinging support plate 20, be sleeved on clamping rings in each No. two vertical strip grooves on one of them automatically controlled telescopic rod 18
21, it is common to be hingedly connected at the inclined shore bar 33 that each clamping rings 21 is connected with corresponding 20 lower surface of swinging support plate
It constitutes, the lighting mechanism that swings is existed by processing in two groups of rectangle gap of 1 top surface edge of rectangle bearing base, setting
Horizontal bearing bar 22 in each rectangle gap, the swing lamp holder 23 being sleeved on each horizontal bearing bar 22, be inlaid in it is each
Swing what the headlamp 24 in lamp holder 23 collectively formed;The hoisting mechanism is by being fixedly connected on 1 upper surface of rectangle bearing base
Electric power storage cabinet 25 at center, is inlaid in rectangular retaining plate 26 at the rectangular retaining plate 26 for being fixedly connected on 25 upper surface of electric power storage cabinet
Rotation hoisting ring 27 at the center of upper surface, one group of pivotal handle being hingedly connected at 26 upper surface both ends of rectangular retaining plate
28 collectively form;The length of the vertical rotation screw rod 12 is slightly less than the length of round bottomless carrying shell 7;The electric power storage cabinet
Battery 29, the model WDKH-F of the battery 29 are equipped in 25;Each cross section for pushing fixed block 16 is
It is semicircle;The diameter of one group of cross section matched for pushing fixed block 16 is greater than round bottomless carrying 7 lower end surface of shell
Diameter;The quantity of multiple described No. two vertical strip grooves is 4-6, and multiple described No. two vertical strip grooves are angularly located at
On same circumference;Each 20 upper surface of swinging support plate is fixedly connected with anti-slip layer 30;Each described 23 liang of swing lamp holder
Hemispherical lampshade 31 is embedded on opposite flank;Bottomless 7 lower surface of carrying shell of circle and vertical 2 following table of rectangle hollow shell
One group of tight fixed bolt 32 is equipped between face.
The characteristics of the present embodiment is to be deep into the vertical rectangle hollow shell 2 for being located at 1 lower surface of rectangle bearing base and collapse
The inside of side, by control, wherein vertical rectangle hollow shell 2 carries base by rectangle fixed frame 3 and two groups of support rods 4 and rectangle
1 lower surface of seat is attached, wherein one group of arc fixed plate 5 and one group of fixing glue 6 on each arc fixed plate 5 are convenient for
It is more stable by being connected between rectangle fixed frame 3 and vertical rectangle hollow shell 2, so that the medium-sized rotating electric machine 11 of No.1 carries out
Rotation work drives vertical rotation screw rod 12 that the rotation threaded block 13 being located on vertical rotation screw rod 12 is made rise up and down
Drop, the positive and negative rotation by controlling the medium-sized rotating electric machine 11 of No.1 drive rotation threaded block 13 to carry out oscilaltion, reach vertical turn
When the limit of dynamic screw rod 12, by control, so that the automatically controlled catch bar 14 for being located at rotation 13 lower surface of threaded block carries out down
Drop drives the promotion fixed block 16 being located on telescopic end to be declined, two be inlaid on each promotion 16 side surface of fixed block
Number miniature webcam 17 is sent to by controller using backstage convenient for the information around record, wherein being located at rotation threaded block
The No.1 miniature webcam 15 of 13 lower surfaces is identical as the effect of No. two miniature webcams 17, and the position only acted on is different,
The middle medium-sized rotating electric machine 11 of No.1 is attached by motor spring clamp hand 10 with upper surface in round bottomless carrying shell 7 is located at,
Wherein round bottomless carrying shell 7 is attached by one group of tight fixed bolt 32 and vertical 2 lower surface of rectangle hollow shell, wherein being located at
The round bottomless screw thread carried on 7 inner surface of shell matches with rotation threaded block 13, convenient for lifting, what is measured into shape decline
When, it is easy to knock the surface of landslide over, by control, so that being located at the automatically controlled telescopic rod 18 in each No. two vertical strip grooves
It stretches, so that the sliding shoe 19 on telescopic end is slided, during being slided, one of them automatically controlled telescopic rod
18 are constantly adjusted the angle by fixed round 21 drive inclined shore bar 33, so that on 19 side surface of each sliding shoe
Swinging support plate 20 and the interior upper surface of landslide mutually overlap, and play the role of protection to this device, wherein if landslide is internal not
It is clear, artificial swing in advance can be carried out, each swing lamp holder 23 is swung into vertical state, by headlamp 24 convenient under irradiation
Side, wherein each swing lamp holder 23 is attached by horizontal bearing bar 22 with rectangle bearing base 1, wherein being located at each pendulum
One group of hemispherical lampshade 31 on dynamic lamp holder 23 is convenient for the protection to headlamp 24, wherein being located at table on each swinging support plate 20
The anti-slip layer 30 in face is convenient for landslide above, and use is more convenient, is conveniently adjusted usage mode, for the depth of ground landslide
It is able to carry out effective measurement and feedback with inner case, convenient for protecting ontology in measurement.
In the present embodiment, programmable Series Controller and three motor drivens are installed first at the present apparatus free time
Device is provided at an outer portion with control switch in this device, by taking the controller of MAM-200 model as an example, by six of the model controller
Output terminal is defeated with three motor drivers, 15, No. two cameras 17 of No.1 camera and headlamp 24 respectively by conducting wire
Enter end connection, those skilled in the art pass through conducting wire and the medium-sized rotating electric machine 11 of No.1, automatically controlled catch bar in Jiang Santai motor driver
14 included driving motors are connected with the terminals for the driving motor that automatically controlled telescopic rod 18 carries, by the output end at battery 29
It is attached by the power connection end of conducting wire and controller.After those skilled in the art pass through controller programming, the fully controllable each electricity of system
The job order of device, the specific working principle is as follows: first if the dell of landslide is that area ratio is biggish, people can not be approached
Rotation hoisting ring 27 on this device can be attached with large-scale machinery, this device is placed at landslide by landslide,
It works, wherein rotation hoisting ring 27 passes through rectangular retaining plate 26 and electric power storage cabinet 25 and 1 upper surface of rectangle bearing base
It is attached, wherein the battery 29 being located in electric power storage cabinet 25 is convenient for carrying out this device providing electricity when outdoor work
Source is held convenient for artificial wherein being located at one group of pivotal handle 28 of 26 upper surface of rectangular retaining plate, will be located at rectangle bearing base 1
The vertical rectangle hollow shell 2 of lower surface is deep into the inside of landslide, by control, wherein vertical rectangle hollow shell 2 passes through rectangle
Fixed frame 3 and two groups of support rods 4 are attached with 1 lower surface of rectangle bearing base, wherein one group of arc fixed plate 5 and being located at every
One group of fixing glue 6 on a arc fixed plate 5 is convenient for connect more between rectangle fixed frame 3 and vertical rectangle hollow shell 2
Stabilization drive vertical rotation screw rod 12 to be located at vertical rotation so that the medium-sized rotating electric machine 11 of No.1 carries out rotation work
Rotation threaded block 13 on screw rod 12 carries out oscilaltion, and the positive and negative rotation by controlling the medium-sized rotating electric machine 11 of No.1 drives rotation
Threaded block 13 carries out oscilaltion, when reaching the limit of vertical rotation screw rod 12, by control, so that being located at rotation screw thread
The automatically controlled catch bar 14 of 13 lower surface of block is declined, and the promotion fixed block 16 being located on telescopic end is driven to be declined, and is embedded in
No. two miniature webcams 17 on each promotion 16 side surface of fixed block are transmitted convenient for the information around record by controller
Application backstage is given, wherein being located at the No.1 miniature webcam 15 of rotation 13 lower surface of threaded block and the work of No. two miniature webcams 17
With position difference that is identical, only acting on, wherein the medium-sized rotating electric machine 11 of No.1 by motor spring clamp hand 10 and is located at circle
Upper surface is attached in bottomless carrying shell 7, wherein round bottomless carrying shell 7 is empty by one group of tight fixed bolt 32 and vertical rectangle
2 lower surface of heart shell is attached, wherein the screw thread and rotation 13 phase of threaded block that are located on round bottomless carrying 7 inner surface of shell
Match, be easy to knock the surface of landslide over when declining measurement into shape convenient for lifting, by control, so that being located at each No. two
Automatically controlled telescopic rod 18 in vertical strip groove stretches, so that the sliding shoe 19 on telescopic end is slided, is being slided
In dynamic process, one of them automatically controlled telescopic rod 18 carries out continuous adjusting angle by fixed round 21 drive inclined shore bar 33
Degree plays this device so that the interior upper surface of swinging support plate 20 and landslide on 19 side surface of each sliding shoe mutually overlaps
The effect of protection, wherein can carry out artificial swing in advance if landslide is internal unclear, each swing lamp holder 23 is swung to
Vertical state, by headlamp 24 convenient for irradiation lower section, wherein each swing lamp holder 23 is held by horizontal bearing bar 22 with rectangle
It carries pedestal 1 to be attached, wherein one group of hemispherical lampshade 31 being located on each swing lamp holder 23 is convenient for the guarantor to headlamp 24
Shield, wherein the anti-slip layer 30 for being located at each 20 upper surface of swinging support plate is convenient for the soil progress to landslide above effective anti-skidding
Support.
Above-mentioned technical proposal only embodies the optimal technical scheme of technical solution of the present invention, those skilled in the art
The principle of the present invention is embodied to some variations that some of them part may be made, belongs to the scope of protection of the present invention it
It is interior.
Claims (10)
- Measuring device, including rectangle bearing base (1) 1. a kind of hydraulic engineering ground caves in, which is characterized in that the rectangle Bearing base (1) lower surface is fixedly connected with vertical rectangle hollow shell (2), is equipped in the vertical rectangle hollow shell (2) flexible deep Measuring mechanism is spent, vertical rectangle hollow shell (2) side surface is equipped with lifting landslide supporting mechanism, the rectangle bearing base (1) upper surface is equipped with hoisting mechanism, and rectangle bearing base (1) side surface, which is equipped with, swings lighting mechanism, the vertical square Rectangle fixed frame (3) are set on shape hollow shell (2) and at rectangle bearing base (1), rectangle fixed frame (3) upper surface Two groups of support rods (4) are set between rectangle bearing base (1) lower surface, are set with one group at the free time of the rectangle fixed frame (3) Arc fixed plate (5) is all provided with one group of fixing glue between each arc fixed plate (5) both ends and vertical rectangle hollow shell (2) (6), the flexible depth measurement mechanism by process vertical rectangle hollow shell (2) lower surface No.1 circular open, be inlaid in The bottomless carrying shell (7) of circle that matches in No.1 circular open and with vertical rectangle hollow shell (2) is fixedly connected on round nothing The No.1 suction iron block (8) of bottom carrying shell (7) upper surface is fixedly connected on the interior upper surface of vertical rectangle hollow shell (2) and and No.1 No. two suction iron blocks (9) that suction iron block (8) matches, the motor spring clamp hand for being inlaid in round bottomless carrying shell (7) interior upper surface (10), it is fixedly connected on the medium-sized rotating electric machine of No.1 (11) that in motor spring clamp hand (10) and round end is downward, is fixedly connected Vertical rotation screw rod (12) on the medium-sized rotating electric machine of No.1 (11) round end, be sleeved on vertical rotation screw rod (12) and with Mutually overlapped rotation threaded block (13), the processing of round bottomless carrying shell (7) inner surface is in round bottomless carrying shell (7) inside table The internal screw thread layer that matches on face and with rotation threaded block (13) is fixedly connected on one group of threaded block (13) lower surface electricity of rotation Control catch bar (14), is sleeved on often the No.1 miniature webcam (15) being inlaid at the center of rotation threaded block (13) lower surface Promotion fixed block (16) on a automatically controlled catch bar (14) lower end surface, two be inlaid on each promotion fixed block (16) side surface What number miniature webcam (17) collectively formed, the lifting landslide supporting mechanism is by processing on the outside of vertical rectangle hollow shell (2) Multiple No. two vertical strip grooves on surface are inlaid in one group in each No. two vertical strip grooves on the surface of two opposite sides The opposite automatically controlled telescopic rod (18) of telescopic end, be fixedly connected between often with respect to one group automatically controlled telescopic rod (18) and with it is corresponding Sliding shoe (19) that No. two vertical strip grooves match, the swinging support being hingedly connected on each sliding shoe (19) side surface Plate (20) is sleeved on clamping rings (21) in each No. two vertical strip grooves on one of them automatically controlled telescopic rod (18), hinge Chain link is total in the inclined shore bar (33) that each clamping rings (21) is connected with corresponding swinging support plate (20) lower surface With constitute, it is described swing lighting mechanism by process rectangle bearing base (1) top surface edge two groups of rectangle gap, set Set in each rectangle gap horizontal bearing bar (22), be sleeved on each horizontal bearing bar (22) swing lamp holder (23), What the headlamp (24) being inlaid in each swing lamp holder (23) collectively formed.
- The measuring device 2. a kind of hydraulic engineering according to claim 1 ground caves in, which is characterized in that the hoisting machine Structure is by being fixedly connected on rectangle bearing base (1) upper surface center electric power storage cabinet (25), being fixedly connected on electric power storage cabinet (25) The rectangular retaining plate (26) of upper surface, the rotation hoisting ring (27) being inlaid at rectangular retaining plate (26) upper surface center, hinge One group pivotal handle (28) of the chain link at rectangular retaining plate (26) upper surface both ends collectively forms.
- The measuring device 3. a kind of hydraulic engineering according to claim 1 ground caves in, which is characterized in that described vertical turn The length of dynamic screw rod (12) is slightly less than the length of round bottomless carrying shell (7).
- The measuring device 4. a kind of hydraulic engineering according to claim 2 ground caves in, which is characterized in that the mounting electricity storage pack Battery (29) are equipped in body (25), the model WDKH-F of the battery (29).
- The measuring device 5. a kind of hydraulic engineering according to claim 1 ground caves in, which is characterized in that pushed away described in each The cross section of dynamic fixed block (16) is semicircle.
- The measuring device 6. a kind of hydraulic engineering according to claim 1 ground caves in, which is characterized in that described to push admittedly The diameter for determining one group of cross section matched of block (16) is greater than the diameter of round bottomless carrying shell (7) lower end surface.
- The measuring device 7. a kind of hydraulic engineering according to claim 1 ground caves in, which is characterized in that multiple described two The quantity of number vertical strip groove is 4-6, and multiple described No. two vertical strip grooves are angularly located on same circumference.
- The measuring device 8. a kind of hydraulic engineering according to claim 1 ground caves in, which is characterized in that each pendulum Dynamic support plate (20) upper surface is fixedly connected with anti-slip layer (30).
- The measuring device 9. a kind of hydraulic engineering according to claim 1 ground caves in, which is characterized in that each pendulum Hemispherical lampshade (31) are embedded on dynamic lamp holder (23) two opposite sides surface.
- The measuring device 10. a kind of hydraulic engineering according to claim 1 ground caves in, which is characterized in that the circle One group of tight fixed bolt (32) is equipped between bottomless carrying shell (7) lower surface and vertical rectangle hollow shell (2) lower surface.
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CN107543577B true CN107543577B (en) | 2019-07-02 |
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JP2002286512A (en) * | 2001-03-26 | 2002-10-03 | Minebea Co Ltd | Measuring instrument for sensing settlement into ground |
CN102125738A (en) * | 2010-01-13 | 2011-07-20 | 李乔非 | Small-diameter deep well rescuing device |
CN203626831U (en) * | 2013-12-06 | 2014-06-04 | 北京中煤矿山工程有限公司 | Large-scale model test device for simulating deep vertical well freezing |
CN106289355A (en) * | 2016-08-29 | 2017-01-04 | 牟伟 | A kind of building site detector carrying rotation support device |
CN106959128A (en) * | 2017-03-19 | 2017-07-18 | 苏才 | A bear device for water conservancy measuring tool |
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2017
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Patent Citations (5)
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JP2002286512A (en) * | 2001-03-26 | 2002-10-03 | Minebea Co Ltd | Measuring instrument for sensing settlement into ground |
CN102125738A (en) * | 2010-01-13 | 2011-07-20 | 李乔非 | Small-diameter deep well rescuing device |
CN203626831U (en) * | 2013-12-06 | 2014-06-04 | 北京中煤矿山工程有限公司 | Large-scale model test device for simulating deep vertical well freezing |
CN106289355A (en) * | 2016-08-29 | 2017-01-04 | 牟伟 | A kind of building site detector carrying rotation support device |
CN106959128A (en) * | 2017-03-19 | 2017-07-18 | 苏才 | A bear device for water conservancy measuring tool |
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