CN107574845B - A kind of building monitoring inclinometer pipe installation auxiliary device - Google Patents
A kind of building monitoring inclinometer pipe installation auxiliary device Download PDFInfo
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- CN107574845B CN107574845B CN201710884999.4A CN201710884999A CN107574845B CN 107574845 B CN107574845 B CN 107574845B CN 201710884999 A CN201710884999 A CN 201710884999A CN 107574845 B CN107574845 B CN 107574845B
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Abstract
The present invention relates to a kind of auxiliary device more particularly to a kind of building monitoring inclinometer pipe installation auxiliary devices.It can assist installing inclinometer pipe the technical problem to be solved in the present invention is to provide one kind, and facilitate the building monitoring inclinometer pipe installation auxiliary device of the installment work of staff.In order to solve the above-mentioned technical problems, the present invention provides such a building monitoring inclinometer pipe installation auxiliary devices, include mounting rack etc.；Mounting rack left part antetheca is uniformly connected with fixed mechanism, and mounting rack top is connected with elevating mechanism.The present invention is provided with a kind of building monitoring inclinometer pipe installation auxiliary device, provided with fixed mechanism, it realizes to pipe connection and adjustment direction, provided with elevating mechanism, the installation steps backfilled in hole are realized, are provided with outlet pipe, it not only may be implemented to backfill in hole, and it does not need manually to hold water pipe and adds water in inclinometer pipe, so plus water more will be accurate, can also facilitate control water.
Description
Technical field
The present invention relates to a kind of auxiliary device more particularly to a kind of building monitoring inclinometer pipe installation auxiliary devices.
Background technique
The monitoring of building is whether the working condition built in order to prevent in design period is healthy, while being later building
Design and construction etc. provide scientific basis and engineering experience.
Inclinometer pipe, a kind of measurement pipe for being embedded in underground and being used to observe soil internal horizontal displacement.Inclinometer pipe is equipped with
The overall process of certain step, installation can be divided into three steps, first is that the connection of pipe, second is that levelling direction, third is that being backfilled into hole.
The pipe connection of present inclinometer pipe is typically all that pipe is placed on the ground connection, does not specially fix pipe and connects again
It connects, and connects the device that can not all continue to complete to two successive installation processes.
Therefore needing to research and develop one kind can assist installing inclinometer pipe, and facilitate the building of the installment work of staff
Monitoring inclinometer pipe installation auxiliary device causes to pacify to overcome in the prior art without the device of specially auxiliary inclinometer pipe installation
ETL estimated time of loading is too long, and installs inconvenient disadvantage.
Summary of the invention
(1) technical problems to be solved
The present invention leads to set-up time mistake to overcome in the prior art without the device of specially auxiliary inclinometer pipe installation
It is long, and inconvenient disadvantage is installed, it can assist installing inclinometer pipe the technical problem to be solved in the present invention is to provide one kind,
And facilitate the building monitoring inclinometer pipe installation auxiliary device of the installment work of staff.
(2) technical solution
In order to solve the above-mentioned technical problems, the present invention provides such a building monitoring inclinometer pipes to install auxiliary dress
It sets, includes mounting rack, fixed mechanism and elevating mechanism, mounting rack left part antetheca is uniformly connected with fixed mechanism, on mounting rack
Portion is connected with elevating mechanism.
Preferably, fixed mechanism includes mounting blocks, snap-gauge, handle, semi-circular sliding rail, the first sliding block and rubber block, peace
It shelves left part antetheca and is uniformly connected with mounting blocks, the front side of mounting blocks is equipped with snap-gauge, the rear wall and mounting blocks antetheca of right side snap-gauge
It connects, rotary type connection between the snap-gauge rear portion of the left and right sides, is connected with handle on the left of the snap-gauge of left side, is all connected on the inside of snap-gauge
There is semi-circular sliding rail, the first sliding block is uniformly connected on semi-circular sliding rail, semi-circular sliding rail and the first sliding block cooperate, left side snap-gauge
Inner front end be connected with rubber block, the inner front end of right side snap-gauge is provided with the first groove, and rubber block and the first groove cooperate.
Preferably, elevating mechanism include motor, rolling bearing pedestal, the first bull stick, reel, wirerope, the first fixture block,
Second bull stick and the first ball, mounting rack upper left-hand are internally connected with motor, and the left and right sides of mounting rack below an upper section is right
Title formula is connected with rolling bearing pedestal, is connected with the first bull stick between the rolling bearing pedestal of the left and right sides, the left end of the first bull stick with
The output shaft right end of motor connects, and symmetrical expression is connected with reel at left and right sides of the middle part of the first bull stick, is wound with steel on reel
Cord, the bottom end of wirerope are respectively connected with the first fixture block, the mode that two wall of front and back of the first fixture block of left side is connected by hinge
It is connected with the second bull stick, the left end of the second bull stick is connected with the first ball, and two wall of front and back of the first fixture block of right side is provided with
One circular groove, the first ball cooperate with the first circular groove.
It preferably, further include having water tank, mounting rod, water pump, outlet pipe, the first sliding rail, the second sliding block and installing frame, installation
Top of the trellis is placed with water tank, is connected with mounting rod below mounting rack right part, and the lower part of mounting rod is located at the rear side of wirerope, installation
Bar right side central is connected with water pump, and two sides are respectively connected with outlet pipe, the right side connection of outlet pipe upper end and water tank, peace to water pump up and down
Dress bar lower part is connected with the first sliding rail, and slidingtype is connected with the second sliding block on the first sliding rail, and the first sliding rail and the second sliding block cooperate,
Second sliding block bottom end is connected with installing frame, and the lower part that the lower part of outlet pipe passes through installing frame is placed on installing frame.
It preferably, further include having sleeve, loop bar, the second fixture block, third bull stick and the second ball, the first fixture block bottom connects
It is connected to sleeve, loop bar is connected on sleeve, loop bar bottom is connected with the second fixture block, and two wall of front and back of the second fixture block of left side passes through
The mode of hinge connection is connected with third bull stick, and the left end of third bull stick is connected with the second ball, before the second fixture block of right side
Two walls are provided with the second circular groove afterwards, and the second ball cooperates with the second circular groove.
It preferably, further include having strut and screw rod, the front of snap-gauge is respectively connected with strut, it is provided with threaded hole on strut,
The mode being connected through a screw thread in threaded hole on the strut of right side is connected with screw rod, and screw rod is matched with the threaded hole on the strut of left side
It closes.
It preferably, further include having the 4th bull stick and third ball, the top rotary type of the second sliding block is connected with the 4th turn
Bar, the top at left and right sides of the 4th bull stick are respectively connected with third ball, and the left and right sides of mounting rod lower part is provided with third circle
Connected in star, third ball and third circular groove cooperate.
Working principle: when being installed using the present apparatus to inclinometer pipe, need to inclinometer pipe to be mounted be placed on fixed machine
It is fixed on structure, installation can be attached to inclinometer pipe, after installing, inclinometer pipe taken out from fixed mechanism, by deviational survey
Pipe is fixed on the lower part of elevating mechanism, starts elevating mechanism, can be put into the hole accomplished fluently and backfill to inclinometer pipe, so auxiliary
Inclinometer pipe is helped to install, it is possible to reduce certain workload, so that the installation of inclinometer pipe is more regular.
Because fixed mechanism includes mounting blocks, snap-gauge, handle, semi-circular sliding rail, the first sliding block and rubber block, mounting rack
Left part antetheca is uniformly connected with mounting blocks, and the front side of mounting blocks is equipped with snap-gauge, and the rear wall of right side snap-gauge is connect with mounting blocks antetheca,
Rotary type connects between the snap-gauge rear portion of the left and right sides, and handle is connected on the left of the snap-gauge of left side, half is respectively connected on the inside of snap-gauge
Endless glide is uniformly connected with the first sliding block on semi-circular sliding rail, and semi-circular sliding rail and the first sliding block cooperate, before the snap-gauge of left side
Portion inner end is connected with rubber block, and the inner front end of right side snap-gauge is provided with the first groove, and rubber block and the first groove cooperate.Needing will
When inclinometer pipe is attached installation, the snap-gauge in left side is turned left, inclinometer pipe is individually positioned in snap-gauge and is connected, by left side
Snap-gauge turn right slightly clamping, after connecting, the snap-gauge in left side is turned right, so that the snap-gauge of the left and right sides is completely solid
It is fixed, at this time under the cooperation of semi-circular sliding rail and the first sliding block, it may be implemented to rotate pipe into levelling direction.It realizes and pipe is connected
After connecing the installation steps with adjustment direction, the snap-gauge in left side rotating opening to the left takes out inclinometer pipe.
Because elevating mechanism includes motor, rolling bearing pedestal, the first bull stick, reel, wirerope, the first fixture block,
Two bull sticks and the first ball, mounting rack upper left-hand are internally connected with motor, and the left and right sides of mounting rack below an upper section is symmetrical
Formula is connected with rolling bearing pedestal, and the first bull stick, the left end of the first bull stick and electricity are connected between the rolling bearing pedestal of the left and right sides
The output shaft right end of machine connects, and symmetrical expression is connected with reel at left and right sides of the middle part of the first bull stick, is wound with steel wire on reel
Rope, the bottom end of wirerope are respectively connected with the first fixture block, and the mode that two wall of front and back of the first fixture block of left side is connected by hinge connects
It is connected to the second bull stick, the left end of the second bull stick is connected with the first ball, and two wall of front and back of the first fixture block of right side is provided with first
Circular groove, the first ball cooperate with the first circular groove.When needing to carry out the step backfilled in hole to inclinometer pipe, first will
Inclinometer pipe is placed in the first fixture block, and the second bull stick is turned right, so that the first ball is caught in the first circular groove, it will
After inclinometer pipe is fixed, control motor is rotated clockwise, and motor drives the first bull stick to rotate clockwise, and the first bull stick drives reel
It rotates clockwise, reel puts drawing wirerope, and wirerope drives the inclinometer pipe on the first fixture block to move down, so that deviational survey
Pipe progresses into the hole being drilled, and the installation steps backfilled in hole can be realized.After backfill, the first ball is left
It in one circular groove, then controls motor and rotates counterclockwise, motor drives the first bull stick to rotate counterclockwise, and the first bull stick drives coiling
Wheel rotates counterclockwise, and reel, which reels wirerope, can close electricity after wirerope drives the first fixture block to move up certain distance
Machine.
Because further including having water tank, mounting rod, water pump, outlet pipe, the first sliding rail, the second sliding block and installing frame, mounting rack
Top is placed with water tank, is connected with mounting rod below mounting rack right part, the lower part of mounting rod is located at the rear side of wirerope, mounting rod
Right side central is connected with water pump, and two sides are respectively connected with outlet pipe, the right side connection of outlet pipe upper end and water tank, installation to water pump up and down
Bar lower part is connected with the first sliding rail, and slidingtype is connected with the second sliding block on the first sliding rail, and the first sliding rail and the second sliding block cooperate, the
Two sliding block bottom ends are connected with installing frame, and the lower part that the lower part of outlet pipe passes through installing frame is placed on installing frame.It is carrying out in hole
When the step of backfill, installing frame is moved to the underface of inclinometer pipe, so that the pipe of the outlet pipe nozzle face lateral line canal of lower part
Mouthful, start water pump, so that the water in water tank enters in inclinometer pipe from outlet pipe, so not only may be implemented to backfill in hole, and
It does not need manually to hold water pipe and adds water in inclinometer pipe, so plus water more will be accurate, can also facilitate control water.
Because further including having sleeve, loop bar, the second fixture block, third bull stick and the second ball, the connection of the first fixture block bottom
There is sleeve, loop bar is connected on sleeve, loop bar bottom is connected with the second fixture block, and two wall of front and back of the second fixture block of left side passes through conjunction
The mode of page connection is connected with third bull stick, and the left end of third bull stick is connected with the second ball, the front and back of the second fixture block of right side
Two walls are provided with the second circular groove, and the second ball cooperates with the second circular groove.Before inclinometer pipe is backfilled,
Loop bar is moved down, loop bar drives the second fixture block to move down, inclinometer pipe is placed between the first fixture block and the second fixture block,
Again by the first ball and the second ball be respectively clamped into the first circular groove and the second circular groove in, thus by inclinometer pipe
It fixes, can so make the inclinometer pipe of decline stronger, prevent inclinometer pipe when water filling from accidentally falling into hole.
Because further including having strut and screw rod, the front of snap-gauge is respectively connected with strut, and threaded hole, right side are provided on strut
The mode being connected through a screw thread in threaded hole on strut is connected with screw rod, and the threaded hole on screw rod and left side strut cooperates.It will
After the snap-gauge in left side is caught in the first groove, the threaded hole of the left and right sides is located in same horizontal line at this time, by the screw rod on right side
It screws in the threaded hole in left side, snap-gauge can be fixed again, prevent the non-clamping of snap-gauge when direction is aligned in rotation from unclamping.
Because further including having the 4th bull stick and third ball, the top rotary type of the second sliding block is connected with the 4th bull stick,
Top at left and right sides of 4th bull stick is respectively connected with third ball, and it is recessed that the left and right sides of mounting rod lower part is provided with third circle
Slot, third ball and third circular groove cooperate.When carrying out backfill water filling, the third ball in left side is caught in the
In three circular grooves, installing frame can be fixed, prevent installing frame when water filling mobile.
(3) beneficial effect
The present invention is provided with a kind of building monitoring inclinometer pipe installation auxiliary device, provided with fixed mechanism, realizes pair
Pipe connection and adjustment direction, are provided with elevating mechanism, realize the installation steps backfilled in hole, are provided with outlet pipe, not only
It may be implemented to backfill in hole, and do not need manually to hold water pipe and add water in inclinometer pipe, so plus water more will be accurate, may be used also
To facilitate control water, it is provided with the second fixture block, the inclinometer pipe of decline can be made stronger, prevents deviational survey when water filling
Pipe is accidentally fallen into hole, is provided with strut and screw rod, can be fixed again snap-gauge, and card when direction is aligned in rotation is prevented
The non-clamping of plate is unclamped, and is provided with third ball, can be fixed installing frame, prevents installing frame when water filling mobile.
Detailed description of the invention
Fig. 1 is the first schematic view of the front view of the invention.
Fig. 2 is the first overlooking structure diagram of fixed mechanism of the present invention.
Fig. 3 is the overlooking structure diagram of the first fixture block of the invention.
Fig. 4 is second of schematic view of the front view of the invention.
Fig. 5 is the third schematic view of the front view of the invention.
Fig. 6 is second of overlooking structure diagram of fixed mechanism of the present invention.
Fig. 7 is the 4th kind of schematic view of the front view of the invention.
The label in accompanying drawing is: 1- mounting rack, 2- fixed mechanism, 201- mounting blocks, 202- snap-gauge, 203- handle, 204-
Semi-circular sliding rail, the first sliding block of 205-, 206- rubber block, the first groove of 207-, 3- elevating mechanism, 31- motor, the 32- axis of rolling
Hold seat, the first bull stick of 33-, 34- reel, 35- wirerope, the first fixture block of 36-, the second bull stick of 37-, the first ball of 38-,
The first circular groove of 39-, 4- water tank, 5- mounting rod, 6- water pump, 7- outlet pipe, the first sliding rail of 8-, the second sliding block of 9-, 10- installation
Frame, 11- sleeve, 12- loop bar, the second fixture block of 13-, the second circular groove of 14-, 15- third bull stick, the second ball of 16-, 17-
Strut, 18- threaded hole, 19- screw rod, 20- third circular groove, the 4th bull stick of 21-, 22- third ball.
Specific embodiment
The present invention is further illustrated with reference to the accompanying drawings and examples.
Embodiment 1
A kind of building monitoring inclinometer pipe installation auxiliary device includes as shown in figs. 1-7 mounting rack 1, fixed mechanism 2
With elevating mechanism 3,1 left part antetheca of mounting rack is uniformly connected with fixed mechanism 2, and 1 top of mounting rack is connected with elevating mechanism 3.
Embodiment 2
A kind of building monitoring inclinometer pipe installation auxiliary device includes as shown in figs. 1-7 mounting rack 1, fixed mechanism 2
With elevating mechanism 3,1 left part antetheca of mounting rack is uniformly connected with fixed mechanism 2, and 1 top of mounting rack is connected with elevating mechanism 3.
Fixed mechanism 2 includes mounting blocks 201, snap-gauge 202, handle 203, semi-circular sliding rail 204,205 and of the first sliding block
Rubber block 206,1 left part antetheca of mounting rack are uniformly connected with mounting blocks 201, and the front side of mounting blocks 201 is equipped with snap-gauge 202, right side
The rear wall of snap-gauge 202 is connect with 201 antetheca of mounting blocks, and rotary type connects between 202 rear portion of snap-gauge of the left and right sides, left side snap-gauge
202 left side is connected with handle 203, and semi-circular sliding rail 204 is respectively connected on the inside of snap-gauge 202, is uniformly connected on semi-circular sliding rail 204
It is connected to the first sliding block 205, semi-circular sliding rail 204 and the first sliding block 205 cooperate, and the inner front end of left side snap-gauge 202 is connected with rubber
Blob of viscose 206, the inner front end of right side snap-gauge 202 are provided with the first groove 207, and rubber block 206 and the first groove 207 cooperate.
Embodiment 3
A kind of building monitoring inclinometer pipe installation auxiliary device includes as shown in figs. 1-7 mounting rack 1, fixed mechanism 2
With elevating mechanism 3,1 left part antetheca of mounting rack is uniformly connected with fixed mechanism 2, and 1 top of mounting rack is connected with elevating mechanism 3.
Fixed mechanism 2 includes mounting blocks 201, snap-gauge 202, handle 203, semi-circular sliding rail 204,205 and of the first sliding block
Rubber block 206,1 left part antetheca of mounting rack are uniformly connected with mounting blocks 201, and the front side of mounting blocks 201 is equipped with snap-gauge 202, right side
The rear wall of snap-gauge 202 is connect with 201 antetheca of mounting blocks, and rotary type connects between 202 rear portion of snap-gauge of the left and right sides, left side snap-gauge
202 left side is connected with handle 203, and semi-circular sliding rail 204 is respectively connected on the inside of snap-gauge 202, is uniformly connected on semi-circular sliding rail 204
It is connected to the first sliding block 205, semi-circular sliding rail 204 and the first sliding block 205 cooperate, and the inner front end of left side snap-gauge 202 is connected with rubber
Blob of viscose 206, the inner front end of right side snap-gauge 202 are provided with the first groove 207, and rubber block 206 and the first groove 207 cooperate.
Elevating mechanism 3 includes motor 31, rolling bearing pedestal 32, the first bull stick 33, reel 34, wirerope 35, first
Fixture block 36, the second bull stick 37 and the first ball 38,1 upper left-hand of mounting rack are internally connected with motor 31, subordinate on mounting rack 1
The left and right sides symmetrical expression of side is connected with rolling bearing pedestal 32, is connected with the first bull stick between the rolling bearing pedestal 32 of the left and right sides
33, the left end of the first bull stick 33 is connect with the output shaft right end of motor 31, symmetrical at left and right sides of the middle part of the first bull stick 33 to connect
It is connected to reel 34, wirerope 35 is wound on reel 34, the bottom end of wirerope 35 is respectively connected with the first fixture block 36, left side first
The mode that two wall of front and back of fixture block 36 is connected by hinge is connected with the second bull stick 37, and the left end of the second bull stick 37 is connected with
One ball 38, two wall of front and back of the first fixture block of right side 36 are provided with the first circular groove 39, and the first ball 38 is with first
Circular groove 39 cooperates.
Embodiment 4
A kind of building monitoring inclinometer pipe installation auxiliary device includes as shown in figs. 1-7 mounting rack 1, fixed mechanism 2
With elevating mechanism 3,1 left part antetheca of mounting rack is uniformly connected with fixed mechanism 2, and 1 top of mounting rack is connected with elevating mechanism 3.
Fixed mechanism 2 includes mounting blocks 201, snap-gauge 202, handle 203, semi-circular sliding rail 204,205 and of the first sliding block
Rubber block 206,1 left part antetheca of mounting rack are uniformly connected with mounting blocks 201, and the front side of mounting blocks 201 is equipped with snap-gauge 202, right side
The rear wall of snap-gauge 202 is connect with 201 antetheca of mounting blocks, and rotary type connects between 202 rear portion of snap-gauge of the left and right sides, left side snap-gauge
202 left side is connected with handle 203, and semi-circular sliding rail 204 is respectively connected on the inside of snap-gauge 202, is uniformly connected on semi-circular sliding rail 204
It is connected to the first sliding block 205, semi-circular sliding rail 204 and the first sliding block 205 cooperate, and the inner front end of left side snap-gauge 202 is connected with rubber
Blob of viscose 206, the inner front end of right side snap-gauge 202 are provided with the first groove 207, and rubber block 206 and the first groove 207 cooperate.
Elevating mechanism 3 includes motor 31, rolling bearing pedestal 32, the first bull stick 33, reel 34, wirerope 35, first
Fixture block 36, the second bull stick 37 and the first ball 38,1 upper left-hand of mounting rack are internally connected with motor 31, subordinate on mounting rack 1
The left and right sides symmetrical expression of side is connected with rolling bearing pedestal 32, is connected with the first bull stick between the rolling bearing pedestal 32 of the left and right sides
33, the left end of the first bull stick 33 is connect with the output shaft right end of motor 31, symmetrical at left and right sides of the middle part of the first bull stick 33 to connect
It is connected to reel 34, wirerope 35 is wound on reel 34, the bottom end of wirerope 35 is respectively connected with the first fixture block 36, left side first
The mode that two wall of front and back of fixture block 36 is connected by hinge is connected with the second bull stick 37, and the left end of the second bull stick 37 is connected with
One ball 38, two wall of front and back of the first fixture block of right side 36 are provided with the first circular groove 39, and the first ball 38 is with first
Circular groove 39 cooperates.
It further include having water tank 4, mounting rod 5, water pump 6, outlet pipe 7, the first sliding rail 8, the second sliding block 9 and installing frame 10, peace
It shelves 1 top and is placed with water tank 4, be connected with mounting rod 5 below 1 right part of mounting rack, the lower part of mounting rod 5 is located at wirerope 35
Rear side, 5 right side central of mounting rod are connected with water pump 6, and about 6 two sides of water pump are respectively connected with outlet pipe 7,7 upper end of outlet pipe and water
The right side of case 4 connects, and 5 lower part of mounting rod is connected with the first sliding rail 8, and slidingtype is connected with the second sliding block 9 on the first sliding rail 8, the
One sliding rail 8 and the second sliding block 9 cooperate, and 9 bottom end of the second sliding block is connected with installing frame 10, and the lower part of outlet pipe 7 passes through installing frame 10
Lower part be placed on installing frame 10.
It further include having sleeve 11, loop bar 12, the second fixture block 13, third bull stick 15 and the second ball 16, the first fixture block 36
Bottom is connected with sleeve 11, and loop bar 12 is connected on sleeve 11, and 12 bottom of loop bar is connected with the second fixture block 13, the second fixture block of left side
The mode that 13 two wall of front and back is connected by hinge is connected with third bull stick 15, and the left end of third bull stick 15 is connected with the second rubber
Glueballs 16, two wall of front and back of the second fixture block of right side 13 are provided with the second circular groove 14, and the second ball 16 is round with second
Groove 14 cooperates.
It further include having strut 17 and screw rod 19, the front of snap-gauge 202 is respectively connected with strut 17, is provided with screw thread on strut 17
Hole 18, the mode being connected through a screw thread in the threaded hole 18 on right side strut 17 are connected with screw rod 19, screw rod 19 and left side strut
Threaded hole 18 on 17 cooperates.
It further include having the 4th bull stick 21 and third ball 22, the top rotary type of the second sliding block 9 is connected with the 4th bull stick
21, the top of the left and right sides of the 4th bull stick 21 is respectively connected with third ball 22, and the left and right sides of 5 lower part of mounting rod is provided with the
Three circular grooves 20, third ball 22 and third circular groove 20 cooperate.
Working principle: when being installed using the present apparatus to inclinometer pipe, need to inclinometer pipe to be mounted be placed on fixed machine
It is fixed on structure 2, installation can be attached to inclinometer pipe, after installing, inclinometer pipe taken out from fixed mechanism 2, will be surveyed
Inclined tube is fixed on the lower part of elevating mechanism 3, starts elevating mechanism 3, can be put into the hole accomplished fluently and backfill to inclinometer pipe, such as
This auxiliary inclinometer pipe installation, it is possible to reduce certain workload, so that the installation of inclinometer pipe is more regular.
Because fixed mechanism 2 includes mounting blocks 201, snap-gauge 202, handle 203, semi-circular sliding rail 204, the first sliding block
205 and rubber block 206,1 left part antetheca of mounting rack is uniformly connected with mounting blocks 201, and the front side of mounting blocks 201 is equipped with snap-gauge 202,
The rear wall of right side snap-gauge 202 is connect with 201 antetheca of mounting blocks, and rotary type connects between 202 rear portion of snap-gauge of the left and right sides, left side
The left side of snap-gauge 202 is connected with handle 203, is respectively connected with semi-circular sliding rail 204 on the inside of snap-gauge 202, on semi-circular sliding rail 204
Even to be connected with the first sliding block 205, semi-circular sliding rail 204 and the first sliding block 205 cooperate, the inner front end connection of left side snap-gauge 202
There is rubber block 206, the inner front end of right side snap-gauge 202 is provided with the first groove 207, and rubber block 206 and the first groove 207 cooperate.
When needing inclinometer pipe being attached installation, the snap-gauge 202 in left side is turned left, inclinometer pipe is individually positioned in snap-gauge 202
The snap-gauge 202 in left side is turned right slightly clamping, after connecting, the snap-gauge 202 in left side is turned right by interior connection, so that
The snap-gauge 202 of the left and right sides is completely fixed, at this time under the cooperation of semi-circular sliding rail 204 and the first sliding block 205, may be implemented by
Pipe rotation levelling direction.After realizing the installation steps to pipe connection and adjustment direction, the snap-gauge 202 in left side is turned to the left
It is dynamic to open, inclinometer pipe is taken out.
Because elevating mechanism 3 include motor 31, rolling bearing pedestal 32, the first bull stick 33, reel 34, wirerope 35,
First fixture block 36, the second bull stick 37 and the first ball 38,1 upper left-hand of mounting rack are internally connected with motor 31, on mounting rack 1
Left and right sides symmetrical expression below portion is connected with rolling bearing pedestal 32, is connected with first between the rolling bearing pedestal 32 of the left and right sides
Bull stick 33, the left end of the first bull stick 33 are connect with the output shaft right end of motor 31, symmetrical at left and right sides of the middle part of the first bull stick 33
Formula is connected with reel 34, and wirerope 35 is wound on reel 34, and the bottom end of wirerope 35 is respectively connected with the first fixture block 36, left side
The mode that two wall of front and back of first fixture block 36 is connected by hinge is connected with the second bull stick 37, the left end connection of the second bull stick 37
Have the first ball 38, two wall of front and back of the first fixture block of right side 36 is provided with the first circular groove 39, the first ball 38 with
The cooperation of first circular groove 39.When needing to carry out the step backfilled in hole to inclinometer pipe, inclinometer pipe is first placed on the first fixture block
In 36, the second bull stick 37 is turned right, so that the first ball 38 is caught in the first circular groove 39, inclinometer pipe is fixed
Afterwards, control motor 31 rotates clockwise, and motor 31 drives the first bull stick 33 to rotate clockwise, and the first bull stick 33 drives reel 34
It rotating clockwise, reel 34, which is put, draws wirerope 35, and wirerope 35 drives the inclinometer pipe on the first fixture block 36 to move down, thus
So that inclinometer pipe progresses into the hole being drilled, the installation steps backfilled in hole can be realized.After backfill, by the first rubber
Ball 38 leaves in the first circular groove 39, then controls motor 31 and rotate counterclockwise, and motor 31 drives the first bull stick 33 to turn counterclockwise
Dynamic, the first bull stick 33 drives reel 34 to rotate counterclockwise, and reel 34 reels wirerope 35, and wirerope 35 drives the first fixture block
After 36 move up certain distance, motor 31 can be closed.
Because further including having water tank 4, mounting rod 5, water pump 6, outlet pipe 7, the first sliding rail 8, the second sliding block 9 and installing frame
10, it is placed with water tank 4 at the top of mounting rack 1, is connected with mounting rod 5 below 1 right part of mounting rack, the lower part of mounting rod 5 is located at steel wire
The rear side of rope 35,5 right side central of mounting rod are connected with water pump 6, and about 6 two sides of water pump are respectively connected with outlet pipe 7, on outlet pipe 7
End is connect with the right side of water tank 4, and 5 lower part of mounting rod is connected with the first sliding rail 8, and it is sliding to be connected with second for slidingtype on the first sliding rail 8
Block 9, the first sliding rail 8 and the second sliding block 9 cooperate, and 9 bottom end of the second sliding block is connected with installing frame 10, and the lower part of outlet pipe 7 passes through peace
Frame up 10 lower part is placed on installing frame 10.In the step backfill in hole, installing frame 10 is moved to inclinometer pipe
Underface starts water pump 6 so that the nozzle of the 7 nozzle face lateral line canal of outlet pipe of lower part, so that the water in water tank 4 is from water outlet
Pipe 7 enters in inclinometer pipe, so not only may be implemented to backfill in hole, and do not need manually to hold water pipe and add in inclinometer pipe
Water, so plus water more will be accurate, can also facilitate control water.
Because further including having sleeve 11, loop bar 12, the second fixture block 13, third bull stick 15 and the second ball 16, the first card
36 bottom of block is connected with sleeve 11, and loop bar 12 is connected on sleeve 11, and 12 bottom of loop bar is connected with the second fixture block 13, left side second
The mode that two wall of front and back of fixture block 13 is connected by hinge is connected with third bull stick 15, and the left end of third bull stick 15 is connected with
Two balls 16, two wall of front and back of the second fixture block of right side 13 are provided with the second circular groove 14, and the second ball 16 is with second
Circular groove 14 cooperates.Before being backfilled inclinometer pipe, loop bar 12 is moved down, loop bar 12 drive the second fixture block 13 to
Inclinometer pipe is placed between the first fixture block 36 and the second fixture block 13 by lower movement, then by the first ball 38 and the second ball
16 are respectively clamped into the first circular groove 39 and in the second circular groove 14, to inclinometer pipe be fixed, under can so making
The inclinometer pipe of drop is stronger, prevents inclinometer pipe when water filling from accidentally falling into hole.
Because further including having strut 17 and screw rod 19, the front of snap-gauge 202 is respectively connected with strut 17, is provided on strut 17
Threaded hole 18, the mode being connected through a screw thread in the threaded hole 18 on right side strut 17 are connected with screw rod 19, screw rod 19 and left side
Threaded hole 18 on strut 17 cooperates.After the snap-gauge 202 in left side is caught in the first groove 207, at this time the left and right sides screw thread
Hole 18 is located in same horizontal line, the screw rod 19 on right side is screwed in the threaded hole 18 in left side, can be solid again by snap-gauge 202
It is fixed, prevent the non-clamping of snap-gauge 202 when direction is aligned in rotation from unclamping.
Because further including having the 4th bull stick 21 and third ball 22, the top rotary type of the second sliding block 9 is connected with the 4th
The top of bull stick 21,21 left and right sides of the 4th bull stick is respectively connected with third ball 22, and the left and right sides of 5 lower part of mounting rod is opened
There is third circular groove 20, third ball 22 and third circular groove 20 cooperate.When carrying out backfill water filling, by left side
Third ball 22 be caught in third circular groove 20, installing frame 10 can be fixed, prevent water filling when installation
Frame 10 is mobile.
The preferred embodiment of the present invention above described embodiment only expresses, the description thereof is more specific and detailed, but simultaneously
Limitations on the scope of the patent of the present invention therefore cannot be interpreted as.It should be pointed out that for those of ordinary skill in the art
For, without departing from the inventive concept of the premise, several deformations can also be made, improves and substitutes, these belong to this hair
Bright protection scope.Therefore, the scope of protection of the patent of the invention shall be subject to the appended claims.
Claims (6)
1. a kind of building monitoring inclinometer pipe installation auxiliary device, which is characterized in that include mounting rack (1), fixed mechanism (2)
With elevating mechanism (3), mounting rack (1) left part antetheca is uniformly connected with fixed mechanism (2), and mounting rack (1) top is connected with lifting
Mechanism (3)；Fixed mechanism (2) includes mounting blocks (201), snap-gauge (202), handle (203), semi-circular sliding rail (204), first
Sliding block (205) and rubber block (206), mounting rack (1) left part antetheca is uniformly connected with mounting blocks (201), before mounting blocks (201)
Side is equipped with snap-gauge (202), and the rear wall of right side snap-gauge (202) is connect with mounting blocks (201) antetheca, the snap-gauge (202) of the left and right sides
Rotary type connects between rear portion, is connected with handle (203) on the left of left side snap-gauge (202), and half is respectively connected on the inside of snap-gauge (202)
Endless glide (204) is uniformly connected with the first sliding block (205) on semi-circular sliding rail (204), semi-circular sliding rail (204) and first
Sliding block (205) cooperation, the inner front end of left side snap-gauge (202) is connected with rubber block (206), in the front of right side snap-gauge (202)
End is provided with the first groove (207), and rubber block (206) and the first groove (207) cooperate.
2. a kind of building monitoring inclinometer pipe installation auxiliary device according to claim 1, which is characterized in that elevating mechanism
It (3) include motor (31), rolling bearing pedestal (32), the first bull stick (33), reel (34), wirerope (35), the first fixture block
(36), the second bull stick (37) and the first ball (38), mounting rack (1) upper left-hand are internally connected with motor (31), mounting rack
(1) left and right sides symmetrical expression of below an upper section is connected with rolling bearing pedestal (32), between the rolling bearing pedestal (32) of the left and right sides
It is connected with the first bull stick (33), the left end of the first bull stick (33) is connect with the output shaft right end of motor (31), the first bull stick (33)
Middle part at left and right sides of symmetrical expression be connected with reel (34), be wound on reel (34) wirerope (35), wirerope (35)
Bottom end is respectively connected with the first fixture block (36), and the mode that two wall of front and back of the first fixture block of left side (36) is connected by hinge is connected with
Second bull stick (37), the left end of the second bull stick (37) are connected with the first ball (38), the front and back two of the first fixture block of right side (36)
Wall is provided with the first circular groove (39), and the first ball (38) cooperates with the first circular groove (39).
3. a kind of building monitoring inclinometer pipe installation auxiliary device according to claim 2, which is characterized in that further include having
Water tank (4), mounting rod (5), water pump (6), outlet pipe (7), the first sliding rail (8), the second sliding block (9) and installing frame (10), installation
It is placed with water tank (4), is connected with mounting rod (5) below mounting rack (1) right part, the lower part of mounting rod (5) is located at steel at the top of frame (1)
The rear side of cord (35), mounting rod (5) right side central are connected with water pump (6), and water pump (6) is respectively connected with outlet pipe in two sides up and down
(7), outlet pipe (7) upper end is connect with the right side of water tank (4), and mounting rod (5) lower part is connected with the first sliding rail (8), the first sliding rail
(8) slidingtype is connected with the second sliding block (9) on, and the first sliding rail (8) and the second sliding block (9) cooperate, the connection of the second sliding block (9) bottom end
Have installing frame (10), the lower part that the lower part of outlet pipe (7) passes through installing frame (10) is placed on installing frame (10).
4. a kind of building monitoring inclinometer pipe installation auxiliary device according to claim 3, which is characterized in that further include having
Sleeve (11), loop bar (12), the second fixture block (13), third bull stick (15) and the second ball (16), the first fixture block (36) bottom
It is connected with sleeve (11), is connected on sleeve (11) loop bar (12), loop bar (12) bottom is connected with the second fixture block (13), left side
The mode that two wall of front and back of two fixture blocks (13) is connected by hinge is connected with third bull stick (15), the left end of third bull stick (15)
It is connected with the second ball (16), two wall of front and back of the second fixture block of right side (13) is provided with the second circular groove (14), the second rubber
Glueballs (16) cooperates with the second circular groove (14).
5. a kind of building monitoring inclinometer pipe installation auxiliary device according to claim 4, which is characterized in that further include having
Strut (17) and screw rod (19), the front of snap-gauge (202) are respectively connected with strut (17), and strut is provided with threaded hole on (17)
(18), the mode being connected through a screw thread in the threaded hole (18) on right side strut (17) is connected with screw rod (19), screw rod (19) with
Threaded hole (18) cooperation on left side strut (17).
6. a kind of building monitoring inclinometer pipe installation auxiliary device according to claim 5, which is characterized in that further include having
4th bull stick (21) and third ball (22), the top rotary type of the second sliding block (9) are connected with the 4th bull stick (21), and the 4th turn
Top at left and right sides of bar (21) is respectively connected with third ball (22), and the left and right sides of mounting rod (5) lower part is provided with third
Circular groove (20), third ball (22) and third circular groove (20) cooperate.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710884999.4A CN107574845B (en) | 2017-09-26 | 2017-09-26 | A kind of building monitoring inclinometer pipe installation auxiliary device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710884999.4A CN107574845B (en) | 2017-09-26 | 2017-09-26 | A kind of building monitoring inclinometer pipe installation auxiliary device |
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| Publication Number | Publication Date |
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| CN107574845A CN107574845A (en) | 2018-01-12 |
| CN107574845B true CN107574845B (en) | 2019-04-19 |
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| CN108425385A (en) * | 2018-04-24 | 2018-08-21 | 庄明忠 | A kind of building monitoring inclinometer pipe installation auxiliary device |
| CN112554244A (en) * | 2020-11-27 | 2021-03-26 | 国网山东省电力公司建设公司 | Scanning device for deep foundation pit |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| JP4244268B2 (en) * | 2000-12-15 | 2009-03-25 | 株式会社共和電業 | Inclination angle measuring device, its hoisting machine and guide pulley manufacturing method |
| CN205138480U (en) * | 2015-12-07 | 2016-04-06 | 山东科技大学 | Activity inclinometer |
| CN205342990U (en) * | 2016-01-22 | 2016-06-29 | 石家庄铁道大学 | Deviational survey pipe installation device |
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Effective date of registration: 20190319 Address after: 530000 Building E, No. 12 Nahong Avenue, Nanning City, Guangxi Zhuang Autonomous Region Applicant after: Guangxi Xiangming Engineering Testing and Consulting Co., Ltd. Address before: 315200 505 Yuxiu Road, Zhenhai District, Ningbo, Zhejiang Applicant before: Cha Yu |
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Address after: 530000 Building E, No. 12 Nahong Avenue, Nanning City, Guangxi Zhuang Autonomous Region Patentee after: Guangxi Xiangming Technology Development Co.,Ltd. Address before: 530000 Building E, No. 12 Nahong Avenue, Nanning City, Guangxi Zhuang Autonomous Region Patentee before: Guangxi Xiangming Engineering Testing and Consulting Co.,Ltd. |
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