CN207351369U - A kind of water-depth measurement device - Google Patents
A kind of water-depth measurement device Download PDFInfo
- Publication number
- CN207351369U CN207351369U CN201721233079.8U CN201721233079U CN207351369U CN 207351369 U CN207351369 U CN 207351369U CN 201721233079 U CN201721233079 U CN 201721233079U CN 207351369 U CN207351369 U CN 207351369U
- Authority
- CN
- China
- Prior art keywords
- gear
- measuring device
- shaft
- collapsible tube
- wheel
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- A Measuring Device Byusing Mechanical Method (AREA)
Abstract
It the utility model is related to a kind of measuring device, more particularly to a kind of water-depth measurement device, including motor drive component, gear-driven assembly, base board, left measuring device, preceding measuring device, right measuring device, controlling switch and power supply, the motor drive component is fixedly mounted on the rear side on base board top, the front end connection gear transmission component of motor drive component；The gear-driven assembly is fixedly mounted on the centre on base board top；The left end of the gear-driven assembly connects left measuring device, measuring device before the front end connection of gear-driven assembly, and the right end of gear-driven assembly connects right measuring device；The controlling switch is fixedly mounted on the rear side on base board top.The utility model at the same time can measure the depth of water of three different azimuths, easy to calculate the actual depth of water in a certain region, be compared by multiple numerical value, be conducive to improve accuracy of measurement and unit interval measurement task amount, improve measurement efficiency.
Description
Technical field
A kind of measuring device is the utility model is related to, more particularly to a kind of water-depth measurement device.
Background technology
Water-depth measurement device of the prior art there are problems that it is following some：Using the rod-type scale for sounding the depth of the water
Measurement is directly placed during measurement and inevitably has the deviation brought by inclination.When the water level for needing to measure is too deep, rod-type scale
It will can not enough be measured, it is necessary to spend more costs to go to prepare longer scale because of length.The precision instruments such as sonar are more
It is valuable and heavy, be not suitable for promoting the use of in masses.And there is measurement result during the use of the rod-type scale to sound the depth of the water
There are larger deviation and the unit interval less problem of measurement task amount.
Utility model content
The purpose of this utility model is to provide a kind of water-depth measurement device, can effectively solve survey existing in the prior art
Rod-type length of the scale deficiency and unit interval measurement task amount less problem when measuring big deviation, measurement；The utility model can be with
The depth of water of three different azimuths is measured at the same time, easy to calculate the actual depth of water in a certain region, is compared by multiple numerical value,
Be conducive to improve accuracy of measurement and unit interval measurement task amount, improve measurement efficiency.
The purpose of this utility model is achieved through the following technical solutions：
A kind of water-depth measurement device, including motor drive component, gear-driven assembly, base board, left measuring device, preceding survey
Amount device, right measuring device, controlling switch and power supply, the motor drive component are fixedly mounted on the rear side on base board top,
The front end connection gear transmission component of motor drive component；The gear-driven assembly is fixedly mounted in base board top
Between；The left end of the gear-driven assembly connects left measuring device, measuring device before the front end connection of gear-driven assembly, gear
The right end of transmission component connects right measuring device；The controlling switch is fixedly mounted on the rear side on base board top, controlling switch
Motor drive component and power supply are connected by conducting wire；The power supply connects motor drive component by conducting wire, and power supply drives for motor
Dynamic assembly power supply；The controlling switch includes take-up controlling switch, unwrapping wire controlling switch and plays guard's valve.
The left measuring device, preceding measuring device, the structure of right measuring device are identical；The left measuring device and gear pass
The connection mode and right measuring device and gear-driven assembly of the connection mode of dynamic component, preceding measuring device and gear-driven assembly
Connection mode it is all identical.
The motor drive component includes driving motor, drive shaft and drive sprocket；The output terminal of the driving motor leads to
Cross shaft coupling connection drive shaft；The upper end of the drive shaft is fixedly connected with drive sprocket.
The gear-driven assembly is included by movable sprocket, main rotating shaft, the first travelling gear, the second travelling gear, the 3rd
Travelling gear, disc seat, the first driven gear, left-handed shaft, Left Drive wheel, the second driven gear, preceding rotation axis, driving front
Wheel, the 3rd driven gear, dextral shaft and right drive；From top to bottom be fixedly connected sequentially passive chain on the main rotating shaft
Wheel, the first travelling gear, the second travelling gear, the 3rd travelling gear；From top to bottom it is fixedly connected sequentially in the left-handed shaft
Left Drive wheel, the first driven gear；From top to bottom be fixedly connected sequentially forward pass driving wheel, the second passive tooth in the preceding rotation axis
Wheel；From top to bottom be fixedly connected sequentially right the 3rd driven gear of drive on the dextral shaft；
It is described that drive sprocket is connected by chain by movable sprocket；First travelling gear engagement the 3rd passive tooth of connection
Wheel；Second travelling gear engagement, first driven gear of connection；3rd travelling gear engagement, second driven gear of connection；
The Left Drive wheel connects left measuring device by belt；Measuring device before the forward pass driving wheel is connected by belt；The right side
Drive connects right measuring device by belt；The lower end of the main rotating shaft is connected to disk by the bearing block with bearing
The centre on seat top；The lower end of the left-handed shaft is connected to the left side on disc seat top by the bearing block with bearing；Institute
The lower end of rotation axis is connected to the front side on disc seat top by the bearing block with bearing before stating；The lower end of the dextral shaft
The right side on disc seat top is connected to by the bearing block with bearing；The disc seat is bolted on base board top
Centre.
The left measuring device includes left fixed column, left retractable rod, left rotary shaft, left rope rolling wheel, left follower, left survey
Amount rope, left conductor rope wheel assembly and left side weight；The upper end of the left fixed column is fixedly connected on one end of left retractable rod, left
Conductor rope wheel assembly is fixedly connected on the other end of left retractable rod；The lower end of left fixed column is fixedly connected with base board；The left side
The bottom of shaft is connected on left retractable rod by the bearing block with bearing；The middle-end of the left rotary shaft is fixedly connected with a left side
Bull wheel, the upper end of left rotary shaft are fixedly connected with left follower；The left follower connects Left Drive wheel by belt；The left volume
Left measurement rope is tied with rope sheave, the other end of left measurement rope passes through left conductor rope wheel assembly, the other end connection left side of left measurement rope
Weight.
The left retractable rod includes the first collapsible tube, the second collapsible tube, the 3rd collapsible tube, the 4th collapsible tube and rectangle
Conductor rope frame；First collapsible tube is fixedly connected in left fixed column；The second collapsible tube sliding connection is first
The inside of collapsible tube；The 3rd collapsible tube sliding connection is in the inside of the second collapsible tube；4th collapsible tube slides
It is connected in the inside of the 3rd collapsible tube；The rectangle conductor rope frame is fixedly connected on the 4th collapsible tube；The rectangle is led
The middle of frame of restricting sets rectangular through-hole.
The left conductor rope wheel assembly includes light frame plate, upper sheave, lower sheave and right frame plate；The upper sheave passes through
Wheel shaft is rotatably assorted the upper end being connected on the inside of light frame plate and right frame plate；The lower sheave is rotatably assorted by wheel shaft to be connected to
Lower end on the inside of light frame plate and right frame plate；The left measurement rope is staggeredly through upper sheave, lower sheave, the lower end of left measurement rope
Through the rectangular through-hole of the centre of rectangle conductor rope frame.
First collapsible tube, the second collapsible tube, respectively set a positioning bolt on the 3rd collapsible tube.
The beneficial effects of the utility model：
A kind of water-depth measurement device of the utility model, can effectively solve measured deviation existing in the prior art it is big,
Rod-type length of the scale deficiency and unit interval measurement task amount less problem during measurement；Left survey is provided with inside the utility model
Device, preceding measuring device, right measuring device are measured, the depth of water of three different azimuths can be measured at the same time, easy to calculate certain
One region actual water level, is compared by multiple numerical value, is conducive to improve accuracy of measurement and unit interval measurement task amount, and
And three measuring devices are driven using a motor drive component, consuming energy is smaller, can be carried out at the same time, and improves measurement
Efficiency.
Brief description of the drawings
Fig. 1 is the overall structure diagram of the utility model；
Fig. 2 is the structure diagram of the motor drive component inside the utility model；
Fig. 3 is the structure diagram of the gear-driven assembly inside the utility model；
Fig. 4 is the structure diagram of the left measuring device inside the utility model；
Fig. 5 is the structure diagram of the left retractable rod inside the utility model.
In figure：Motor drive component 1；Drive motor 1-1；Drive shaft 1-2；Drive sprocket 1-3；Gear-driven assembly 2；Quilt
Movable sprocket 2-1；Main rotating shaft 2-2；First travelling gear 2-3；Second travelling gear 2-4；3rd travelling gear 2-5；Disc seat
2-6；First driven gear 2-7；Left-handed shaft 2-8；Left Drive wheel 2-9；Second driven gear 2-10；Preceding rotation axis 2-11；Before
Drive 2-12；3rd driven gear 2-13；Dextral shaft 2-14；Right drive 2-15；Base board 3；Left measuring device 4；It is left
Fixed column 4-1；Left retractable rod 4-2；First collapsible tube 4-2-1；Second collapsible tube 4-2-2；3rd collapsible tube 4-2-3；The
Four collapsible tube 4-2-4；Rectangle conductor rope frame 4-2-5；Left rotary shaft 4-3；Left rope rolling wheel 4-4；Left follower 4-5；Left measurement rope 4-
6；Left conductor rope wheel assembly 4-7；Left side weight 4-8；Preceding measuring device 5；Right measuring device 6；Controlling switch 7.
Embodiment
1-5 is described in further detail the utility model below in conjunction with the accompanying drawings.
Embodiment one：
As shown in Figs. 1-5, a kind of water-depth measurement device, including motor drive component 1, gear-driven assembly 2, base board 3,
Left measuring device 4, preceding measuring device 5, right measuring device 6, controlling switch 7 and power supply, the motor drive component 1 are fixedly mounted
Rear side on 3 top of base board, the front end connection gear transmission component 2 of motor drive component 1；The gear-driven assembly 2 is solid
Dingan County is mounted in the centre on 3 top of base board；The left end of the gear-driven assembly 2 connects left measuring device 4, gear-driven assembly
Measuring device 5 before 2 front end connection, the right end of gear-driven assembly 2 connect right measuring device 6；The controlling switch 7 fixes peace
Rear side mounted in 3 top of base board, controlling switch 7 connect motor drive component 1 and power supply by conducting wire；The power supply is by leading
Line connects motor drive component 1, and power supply is powered for motor drive component 1；The controlling switch 7 includes take-up controlling switch, puts
Line control switch and a guard's valve.A kind of water-depth measurement device of the utility model, when in use, first by the bottom inside device
Seat board 3 is bolted to connection on hull or other carriers, then can be selected left measurement according to actual conditions
In device 4, preceding measuring device 5, right measuring device 6 heat one or all extend laterally and fixed, after being ready to complete, by motor
Drive component 1 connects power supply, and power supply uses hull or other carrier inside power supplys, and motor driving group is opened by controlling switch 7
Part 1, motor drive component 1 drive left measuring device 4, preceding measuring device 5, right measuring device 6 at the same time by gear-driven assembly 2
City's roads movement is carried out, finally, when the bottom of left measuring device 4, preceding measuring device 5, right measuring device 6 sinks under water
Afterwards, left measuring device 4, preceding measuring device 5, the measured value of right measuring device 6 are recorded, is compared to each other verification, such as differs smaller, then
It is averaged, is the actual depth of water in the region, such as differs larger, then when measuring, water-bed environment is reselected there are larger difference
Test point is tested, and finally obtains the actual depth of water in the region.
The left measuring device 4, preceding measuring device 5, the structure of right measuring device 6 are identical；The left measuring device 4 and tooth
Take turns the connection mode and right measuring device 6 and gear of the connection mode of transmission component 2, preceding measuring device 5 and gear-driven assembly 2
The connection mode of transmission component 2 is all identical.
The motor drive component 1 includes driving motor 1-1, drive shaft 1-2 and drive sprocket 1-3；The driving motor
The output terminal of 1-1 connects drive shaft 1-2 by shaft coupling；The upper end of the drive shaft 1-2 is fixedly connected with drive sprocket 1-3.Institute
State motor drive component 1 when in use, after driving motor 1-1 connects power supply and opened by controlling switch 7, pass through take-up first
Controlling switch control driving motor 1-1 is rotated clockwise, and drives gear-driven assembly 2 to carry out by motor drive component 1
Rotate, and drive left measuring device 4, preceding measuring device 5, right measuring device 6 to receive cotton rope to initial by gear-driven assembly 2
Original position, then by unwrapping wire controlling switch control driving motor 1-1 rotated counterclockwise, motor drive component 1 it is defeated
Outlet drives drive shaft 1-2 to rotate, and drive shaft 1-2 drives drive sprocket 1-3 to rotate, and drive sprocket 1-3 drives left measuring device
4th, preceding measuring device 5, right measuring device 6 carry out city's roads movement, when left measuring device 4, preceding measuring device 5, right measurement dress
Put 6 lower end be drowned into water body bottom after, pressed guard's valve stop unwrapping wire, evaluation.
The gear-driven assembly 2 is included by movable sprocket 2-1, main rotating shaft 2-2, the first travelling gear 2-3, the second transmission
Gear 2-4, the 3rd travelling gear 2-5, disc seat 2-6, the first driven gear 2-7, left-handed shaft 2-8, Left Drive wheel 2-9,
Two driven gear 2-10, preceding rotation axis 2-11, forward pass driving wheel 2-12, the 3rd driven gear 2-13, dextral shaft 2-14 and right biography
Driving wheel 2-15；From top to bottom it is fixedly connected sequentially on the main rotating shaft 2-2 by movable sprocket 2-1, the first travelling gear 2-3,
Two travelling gear 2-4, the 3rd travelling gear 2-5；From top to bottom be fixedly connected sequentially Left Drive wheel 2- on the left-handed shaft 2-8
9th, the first driven gear 2-7；From top to bottom be fixedly connected sequentially forward pass driving wheel 2-12, second passive on the preceding rotation axis 2-11
Gear 2-10；From top to bottom be fixedly connected sequentially right the 3rd driven gear 2-13 of drive 2-15 on the dextral shaft 2-14；
It is described that drive sprocket 1-3 is connected by chain by movable sprocket 2-1；First travelling gear 2-3 engagements the 3rd passive tooth of connection
Take turns 2-13；The first driven gear 2-7 of the second travelling gear 2-4 engagements connection；The 3rd travelling gear 2-5 engagements connection
Second driven gear 2-10；The Left Drive wheel 2-9 connects left measuring device 4 by belt；The forward pass driving wheel 2-12 passes through
Measuring device 5 before belt connection；The right drive 2-15 connects right measuring device 6 by belt；The main rotating shaft 2-2's
Lower end is connected to the centre on disc seat 2-6 tops by the bearing block with bearing；The lower end of the left-handed shaft 2-8 passes through band
The bearing block for having bearing is connected to the left side on disc seat 2-6 tops；The lower end of the preceding rotation axis 2-11 passes through with bearing
Bearing block is connected to the front side on disc seat 2-6 tops；The lower end of the dextral shaft 2-14 is connected by the bearing block with bearing
It is connected on the right side on disc seat 2-6 tops；The disc seat 2-6 is bolted in the centre on 3 top of base board.The gear
Transmission component 2 is rotated under the drive of drive sprocket 1-3 when in use, by movable sprocket 2-1, and the is driven by movable sprocket 2-1
One travelling gear 2-3, the second travelling gear 2-4, the 3rd travelling gear 2-5 are rotated, and the first travelling gear 2-3 drives the 3rd
Driven gear 2-13 is rotated, and the 3rd driven gear 2-13 drives right drive 2-15 to be rotated, and right drive 2-15 leads to
Crossing belt drives right measuring device 6 to work；The second travelling gear 2-4 drives the first driven gear 2-7 to be rotated,
First driven gear 2-7 drives Left Drive wheel 2-9 to be rotated, and Left Drive wheel 2-9 drives left measuring device 4 to carry out by belt
Work；The 3rd travelling gear 2-5 drives the second driven gear 2-10 to be rotated, and the second driven gear 2-10 drives forward pass
Driving wheel 2-12 is rotated, and measuring device 5 works before forward pass driving wheel 2-12 is driven by belt.
The left measuring device 4 include left fixed column 4-1, left retractable rod 4-2, left rotary shaft 4-3, left rope rolling wheel 4-4,
Left follower 4-5, left measurement rope 4-6, left conductor rope wheel assembly 4-7 and left side weight 4-8；The upper end of the left fixed column 4-1 is consolidated
Surely one end of left retractable rod 4-2 is connected to, left conductor rope wheel assembly 4-7 is fixedly connected on the another of left retractable rod 4-2
End；The lower end of left fixed column 4-1 is fixedly connected with base board 3；The bottom of the left rotary shaft 4-3 is connected by the bearing block with bearing
It is connected on left retractable rod 4-2；The middle-end of the left rotary shaft 4-3 is fixedly connected with left rope rolling wheel 4-4, the upper end of left rotary shaft 4-3
It is fixedly connected with left follower 4-5；The left follower 4-5 connects Left Drive wheel 2-9 by belt；On the left rope rolling wheel 4-4
Left measurement rope 4-6 is tied with, the other end of left measurement rope 4-6 passes through left conductor rope wheel assembly 4-7, and the other end of left measurement rope 4-6 connects
Meet left side weight 4-8.The left measuring device 4 when in use, is determined by the extension or contraction of left retractable rod 4-2 first
The water entry to sound the depth of the water is needed, then left follower 4-5 is rotated under the drive of Left Drive wheel 2-9, left follower 4-5
Left rope rolling wheel 4-4 is driven to be rotated, left measurement rope 4-6 is released or withdrawn by left rope rolling wheel 4-4, outside left measurement rope 4-6
Through left conductor rope wheel assembly 4-7, the other end connection left side weight 4-8 of left measurement rope 4-6, passes through setting for left side weight 4-8 at end
Put, can cause the vertical bottoms entered to inside water body of left measurement rope 4-6, when the left side weight of left measurement rope 4-6 lower ends
After 4-8 falls within the bottom inside water body, stop unwrapping wire, record the length of the left measurement rope 4-6 of unwrapping wire, then restricted with left measurement
The length of 4-6 subtracts the length of left retractable rod 4-2, is the depth of water in the region；The operation principle of the left measuring device 4
It is all identical with preceding measuring device 5, the operation principle of right measuring device 6.
The left retractable rod 4-2 includes the first collapsible tube 4-2-1, the second collapsible tube 4-2-2, the 3rd collapsible tube 4-2-
3rd, the 4th collapsible tube 4-2-4 and rectangle conductor rope frame 4-2-5；The first collapsible tube 4-2-1 is fixedly connected on left fixed column 4-1
On；The second collapsible tube 4-2-2 sliding connections are in the inside of the first collapsible tube 4-2-1；The 3rd collapsible tube 4-2-3
Sliding connection is in the inside of the second collapsible tube 4-2-2；The 4th collapsible tube 4-2-4 sliding connections are shunk the 3rd
The inside of pipe 4-2-3；The rectangle conductor rope frame 4-2-5 is fixedly connected on the 4th collapsible tube 4-2-4；The rectangle conductor rope frame
Rectangular through-hole is set among frame 4-2-5.The left retractable rod 4-2 when in use, can be by adjusting the first collapsible tube
Length between 4-2-1, the second collapsible tube 4-2-2, the 3rd collapsible tube 4-2-3, the 4th collapsible tube 4-2-4 adjusts left telescopic rod
The length of component 4-2 entirety, tightens fixed length finally by positioning bolt, finally realizes the fixed point of unwrapping wire point.
The left conductor rope wheel assembly 4-7 includes light frame plate, upper sheave, lower sheave and right frame plate；The upper sheave
Be rotatably assorted the upper end being connected on the inside of light frame plate and right frame plate by wheel shaft；The lower sheave is rotatably assorted company by wheel shaft
The lower end being connected on the inside of light frame plate and right frame plate；The left measurement rope 4-6 is staggeredly through upper sheave, lower sheave, left measurement
Rectangular through-hole of the lower end of rope 4-6 through the centre of rectangle conductor rope frame 4-2-5.
The first collapsible tube 4-2-1, the second collapsible tube 4-2-2, each on the 3rd collapsible tube 4-2-3 set a positioning spiral shell
Bolt.
The operation principle of the utility model is：A kind of water-depth measurement device of the utility model, when in use, first will dress
The base board 3 for putting inside is bolted to connection on hull or other carriers, then can be selected according to actual conditions
Select heat in left measuring device 4, preceding measuring device 5, right measuring device 6 one or all laterally to extend and fixed, prepared
Cheng Hou, connects power supply, power supply uses hull or other carrier inside power supplys, opened by controlling switch 7 by motor drive component 1
Motor drive component 1, motor drive component 1 by gear-driven assembly 2 at the same time drive left measuring device 4, preceding measuring device 5,
Right measuring device 6 carries out city's roads movement, finally, when left measuring device 4, preceding measuring device 5, right measuring device 6 it is most lower
After end sinks under water, left measuring device 4, preceding measuring device 5, the measured value of right measuring device 6 are recorded, is compared to each other verification, such as
Difference is smaller, then is averaged, and is the actual depth of water in the region, such as differs larger, then when measuring, there are larger difference for water-bed environment
It is different, reselect test point and tested, finally obtain the actual depth of water in the region.The motor drive component 1 when in use,
After driving motor 1-1 connection power supplys and being opened by controlling switch 7, driving motor 1-1 is controlled by take-up controlling switch first
Rotated clockwise, drive gear-driven assembly 2 to be rotated by motor drive component 1, and pass through gear-driven assembly 2
Drive left measuring device 4, preceding measuring device 5, right measuring device 6 to receive cotton rope to initial original position, then pass through unwrapping wire control
System switch control driving motor 1-1 is rotated counterclockwise, and the output terminal of motor drive component 1 drives drive shaft 1-2 to rotate, and drives
Moving axis 1-2 drives drive sprocket 1-3 to rotate, and drive sprocket 1-3 drives left measuring device 4, preceding measuring device 5, right measuring device 6
City's roads movement is carried out, when the lower end of left measuring device 4, preceding measuring device 5, right measuring device 6 is drowned into water body bottom
Afterwards, press guard's valve and stop unwrapping wire, evaluation.The gear-driven assembly 2 when in use, is being driven by movable sprocket 2-1
Rotated under the drive of sprocket wheel 1-3, drive the first travelling gear 2-3, the second travelling gear 2-4, the 3rd to pass by movable sprocket 2-1
Moving gear 2-5 is rotated, and the first travelling gear 2-3 drives the 3rd driven gear 2-13 to be rotated, the 3rd driven gear 2-
13 drive right drive 2-15 to be rotated, and right drive 2-15 drives right measuring device 6 to work by belt；Described
Two travelling gear 2-4 drive the first driven gear 2-7 to be rotated, and the first driven gear 2-7 drives Left Drive wheel 2-9 to be turned
Dynamic, Left Drive wheel 2-9 drives left measuring device 4 to work by belt；The 3rd travelling gear 2-5 drives second are passive
Gear 2-10 is rotated, and the second driven gear 2-10 drives forward pass driving wheel 2-12 to be rotated, and forward pass driving wheel 2-12 passes through skin
Measuring device 5 works before band drives.The left measuring device 4 when in use, prolonging by left retractable rod 4-2 first
Stretch or shrink and determine to need the water entry to sound the depth of the water, then left follower 4-5 is turned under the drive of Left Drive wheel 2-9
Dynamic, left follower 4-5 drives left rope rolling wheel 4-4 to be rotated, and left measurement rope 4-6 is released or withdrawn by left rope rolling wheel 4-4, left
The outer end of measurement rope 4-6 passes through left conductor rope wheel assembly 4-7, and the other end connection left side weight 4-8 of left measurement rope 4-6, passes through a left side
Stress the setting of hammer 4-8, can cause the vertical bottoms entered to inside water body of left measurement rope 4-6, when left measurement is restricted under 4-6
After the left side weight 4-8 at end falls within the bottom inside water body, stop unwrapping wire, record the length of the left measurement rope 4-6 of unwrapping wire, so
The length of left retractable rod 4-2 is subtracted with the length of left measurement rope 4-6 afterwards, is the depth of water in the region；The left measurement dress
Put 4 operation principle and preceding measuring device 5, the operation principle of right measuring device 6 it is all identical.The left retractable rod 4-2 bags
Include the first collapsible tube 4-2-1, the second collapsible tube 4-2-2, the 3rd collapsible tube 4-2-3, the 4th collapsible tube 4-2-4 and rectangle conductor rope frame
Frame 4-2-5；The left retractable rod 4-2 when in use, can be by adjusting the first collapsible tube 4-2-1, the second collapsible tube 4-
Length between 2-2, the 3rd collapsible tube 4-2-3, the 4th collapsible tube 4-2-4 adjusts the length of left retractable rod 4-2 entirety,
Fixed length is tightened finally by positioning bolt, finally realizes the fixed point of unwrapping wire point.
According to the disclosure and teachings of the above specification, the utility model those skilled in the art can also be to above-mentioned reality
Apply mode make a change and modification.Therefore, the utility model is not limited to embodiment disclosed and described above, right
Some modifications and changes of the utility model should also be as falling into the scope of the claims of the utility model.In addition, to the greatest extent
Some specific terms have been used in pipe this specification, but these terms are merely for convenience of description, not to the utility model
Form any restrictions.
Claims (8)
1. a kind of water-depth measurement device, including motor drive component (1), gear-driven assembly (2), base board (3), left measurement dress
Put (4), preceding measuring device (5), right measuring device (6), controlling switch (7) and power supply, it is characterised in that：The motor driving group
Part (1) is fixedly mounted on the rear side on base board (3) top, the front end connection gear transmission component (2) of motor drive component (1)；
The gear-driven assembly (2) is fixedly mounted on the centre on base board (3) top；The left end of the gear-driven assembly (2) connects
Connect left measuring device (4), measuring device (5) before the front end connection of gear-driven assembly (2), the right end of gear-driven assembly (2)
Connect right measuring device (6)；The controlling switch (7) is fixedly mounted on the rear side on base board (3) top, and controlling switch (7) is logical
Cross conducting wire connection motor drive component (1) and power supply；The power supply connects motor drive component (1) by conducting wire, and power supply is electricity
Machine drive component (1) is powered；The controlling switch (7) includes take-up controlling switch, unwrapping wire controlling switch and plays guard's valve.
A kind of 2. water-depth measurement device according to claim 1, it is characterised in that：The left measuring device (4), preceding measurement
Device (5), the structure of right measuring device (6) are identical；The connection mode of the left measuring device (4) and gear-driven assembly (2),
The connection mode of preceding measuring device (5) and gear-driven assembly (2) and right measuring device (6) and the company of gear-driven assembly (2)
It is all identical to connect mode.
A kind of 3. water-depth measurement device according to claim 2, it is characterised in that：The motor drive component (1) includes
Drive motor (1-1), drive shaft (1-2) and drive sprocket (1-3)；The output terminal of the driving motor (1-1) passes through shaft coupling
Connect drive shaft (1-2)；The upper end of the drive shaft (1-2) is fixedly connected with drive sprocket (1-3).
A kind of 4. water-depth measurement device according to claim 3, it is characterised in that：The gear-driven assembly (2) includes
By movable sprocket (2-1), main rotating shaft (2-2), the first travelling gear (2-3), the second travelling gear (2-4), the 3rd travelling gear
(2-5), disc seat (2-6), the first driven gear (2-7), left-handed shaft (2-8), Left Drive wheel (2-9), the second driven gear
(2-10), preceding rotation axis (2-11), forward pass driving wheel (2-12), the 3rd driven gear (2-13), dextral shaft (2-14) and right biography
Driving wheel (2-15)；From top to bottom it is fixedly connected sequentially by movable sprocket (2-1), the first travelling gear on the main rotating shaft (2-2)
(2-3), the second travelling gear (2-4), the 3rd travelling gear (2-5)；From top to bottom fixed successively on the left-handed shaft (2-8)
Connect Left Drive wheel (2-9), the first driven gear (2-7)；From top to bottom it is fixedly connected sequentially on the preceding rotation axis (2-11)
Forward pass driving wheel (2-12), the second driven gear (2-10)；From top to bottom be fixedly connected sequentially the right side on the dextral shaft (2-14)
The 3rd driven gear (2-13) of drive (2-15)；It is described that drive sprocket (1-3) is connected by chain by movable sprocket (2-1)；Institute
State the first travelling gear (2-3) engagement the 3rd driven gear (2-13) of connection；Second travelling gear (2-4) engagement connection the
One driven gear (2-7)；3rd travelling gear (2-5) engagement second driven gear of connection (2-10)；The Left Drive wheel
(2-9) connects left measuring device (4) by belt；Measuring device (5) before the forward pass driving wheel (2-12) is connected by belt；Institute
State right drive (2-15) and right measuring device (6) is connected by belt；The lower end of the main rotating shaft (2-2) passes through with bearing
Bearing block be connected to the centre on disc seat (2-6) top；The lower end of the left-handed shaft (2-8) passes through the bearing with bearing
Seat is connected to the left side on disc seat (2-6) top；The lower end of the preceding rotation axis (2-11) is connected by the bearing block with bearing
It is connected on the front side on disc seat (2-6) top；The lower end of the dextral shaft (2-14) is connected to by the bearing block with bearing
The right side on disc seat (2-6) top；The disc seat (2-6) is bolted in the centre on base board (3) top.
A kind of 5. water-depth measurement device according to claim 4, it is characterised in that：The left measuring device (4) includes a left side
Fixed column (4-1), left retractable rod (4-2), left rotary shaft (4-3), left rope rolling wheel (4-4), left follower (4-5), left measurement
Rope (4-6), left conductor rope wheel assembly (4-7) and left side weight (4-8)；The upper end of the left fixed column (4-1) is fixedly connected on a left side
One end of retractable rod (4-2), left conductor rope wheel assembly (4-7) are fixedly connected on the other end of left retractable rod (4-2)；It is left
The lower end of fixed column (4-1) is fixedly connected with base board (3)；The bottom of the left rotary shaft (4-3) passes through the bearing block with bearing
It is connected on left retractable rod (4-2)；The middle-end of the left rotary shaft (4-3) is fixedly connected with left rope rolling wheel (4-4), left rotary shaft
The upper end of (4-3) is fixedly connected with left follower (4-5)；The left follower (4-5) connects Left Drive wheel (2-9) by belt；
Left measurement rope (4-6) is tied with the left rope rolling wheel (4-4), the other end of left measurement rope (4-6) passes through left conductor rope wheel assembly (4-
7), the other end connection left side weight (4-8) of left measurement rope (4-6).
A kind of 6. water-depth measurement device according to claim 5, it is characterised in that：Left retractable rod (4-2) bag
Include the first collapsible tube (4-2-1), the second collapsible tube (4-2-2), the 3rd collapsible tube (4-2-3), the 4th collapsible tube (4-2-4) and square
Shape conductor rope frame (4-2-5)；First collapsible tube (4-2-1) is fixedly connected in left fixed column (4-1)；Described second shrinks
(4-2-2) sliding connection is managed in the inside of the first collapsible tube (4-2-1)；3rd collapsible tube (4-2-3) is slidably matched
It is connected to the inside of the second collapsible tube (4-2-2)；4th collapsible tube (4-2-4) sliding connection is in the 3rd collapsible tube
The inside of (4-2-3)；The rectangle conductor rope frame (4-2-5) is fixedly connected on the 4th collapsible tube (4-2-4)；The rectangle is led
The middle of frame (4-2-5) of restricting sets rectangular through-hole.
A kind of 7. water-depth measurement device according to claim 6, it is characterised in that：Left conductor rope wheel assembly (4-7) bag
Include light frame plate, upper sheave, lower sheave and right frame plate；The upper sheave be rotatably assorted by wheel shaft be connected to light frame plate and
Upper end on the inside of right frame plate；The lower sheave is rotatably assorted the lower end being connected on the inside of light frame plate and right frame plate by wheel shaft；
The left measurement rope (4-6) staggeredly passes through rectangle conductor rope frame through upper sheave, lower sheave, the lower end of left measurement rope (4-6)
The rectangular through-hole of the centre of frame (4-2-5).
A kind of 8. water-depth measurement device according to claim 6, it is characterised in that：First collapsible tube (4-2-1),
One positioning bolt of each setting on two collapsible tubes (4-2-2), the 3rd collapsible tube (4-2-3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721233079.8U CN207351369U (en) | 2017-09-25 | 2017-09-25 | A kind of water-depth measurement device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721233079.8U CN207351369U (en) | 2017-09-25 | 2017-09-25 | A kind of water-depth measurement device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207351369U true CN207351369U (en) | 2018-05-11 |
Family
ID=62410710
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721233079.8U Active CN207351369U (en) | 2017-09-25 | 2017-09-25 | A kind of water-depth measurement device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207351369U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110595332A (en) * | 2019-10-15 | 2019-12-20 | 金陵科技学院 | Portable depth measuring device for hydraulic engineering |
| CN114593654A (en) * | 2022-03-25 | 2022-06-07 | 华南农业大学 | Multifunctional measuring equipment for construction engineering |
| CN115031701A (en) * | 2022-08-11 | 2022-09-09 | 山东省国土测绘院 | Reservoir bathymetric survey equipment |
-
2017
- 2017-09-25 CN CN201721233079.8U patent/CN207351369U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110595332A (en) * | 2019-10-15 | 2019-12-20 | 金陵科技学院 | Portable depth measuring device for hydraulic engineering |
| CN114593654A (en) * | 2022-03-25 | 2022-06-07 | 华南农业大学 | Multifunctional measuring equipment for construction engineering |
| CN115031701A (en) * | 2022-08-11 | 2022-09-09 | 山东省国土测绘院 | Reservoir bathymetric survey equipment |
| CN115031701B (en) * | 2022-08-11 | 2022-10-21 | 山东省国土测绘院 | Reservoir bathymetric survey equipment |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN207351369U (en) | A kind of water-depth measurement device | |
| CN205642791U (en) | Wind -tunnel is with toper motion simulation device of rotatory guided missile | |
| CN202255755U (en) | Calibrating device for calibrating torsion and corner measuring mechanism | |
| WO2017190476A1 (en) | Water engineering project seepage characteristic fusion sensing system and method | |
| CN102087104B (en) | Three-coordinate conversion machine for measuring aircraft quality characteristics, and measuring system | |
| CN106525478A (en) | Crop combine harvester torque load test platform | |
| CN110261136A (en) | Electronic racing car dynamical system test and match test platform | |
| CN107719413B (en) | Railway wheelset tyre tread fault detection means and method based on magnetic memory detection technology | |
| CN103353392B (en) | A kind of Automated condtrol torsional bending testing machine | |
| CN106353211A (en) | Wear tester for electric power fittings | |
| CN206292034U (en) | A kind of handle fatigue strength loading tool of scooter | |
| CN206020024U (en) | Lead screw guide rails reliability test bench based on electro-hydraulic loading | |
| CN208223840U (en) | A kind of traveling robot using effect test device | |
| CN110470485A (en) | A kind of testing stand and its test method for simulating regenerative braking system of electric vehicle | |
| CN206132508U (en) | Rotatable box physical simulation test device | |
| CN202075141U (en) | Multifunctional on-load test stand for transplanting machine | |
| CN206515166U (en) | Electronic tetrad strain controlling formula direct shear apparatus | |
| CN206132536U (en) | Acceleration abrasion test device on road surface top layer | |
| CN207798323U (en) | A kind of automotive wheel drags the measuring device of torque | |
| CN208721414U (en) | A kind of hand moving vehicle wheel fatigue tester | |
| CN206593865U (en) | A kind of electric car researches and develops test device | |
| CN206531653U (en) | Corp combine-harvester torsion load test platform | |
| CN107843354A (en) | Portable ground water temperature measurement apparatus | |
| CN207346056U (en) | A kind of cruiseway drauht detection device | |
| CN204287118U (en) | The sonic system of a kind of work acoustic detecting well pilot system in laboratory environments |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |