CN209353338U - A kind of piling auxiliary device in building construction process - Google Patents
A kind of piling auxiliary device in building construction process Download PDFInfo
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- CN209353338U CN209353338U CN201822248148.3U CN201822248148U CN209353338U CN 209353338 U CN209353338 U CN 209353338U CN 201822248148 U CN201822248148 U CN 201822248148U CN 209353338 U CN209353338 U CN 209353338U
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Abstract
The utility model relates to the technical fields of construction auxiliary equipment can drive piles automatically more particularly to the piling auxiliary device in a kind of building construction process, improve working efficiency；Pile body can be made to keep vertical state, improve and use accuracy；Including pile body；Further include bottom plate, support rod, cross bar, connecting rod, the first roller, second tin roller, the first fixed link, the second fixed link, first baffle, second baffle, left fixed plate, right fixed plate, rotating bar, rotating cylinder, pull rope, weight, first gear, second gear and mounting rack, mounting rack top is provided with motor, motor left part output end is provided with speed reducer, and output end of reducer is provided with transmission shaft；It further include stabiliser bar, left limit bar, right limit bar and intermediate bar.
Description
Technical field
The utility model relates to the technical fields of construction auxiliary equipment, more particularly in a kind of building construction process
Piling auxiliary device.
Background technique
It is well known that the piling auxiliary device in building construction process is a kind of for driving piles in building construction process
Device, be widely used in a variety of applications in the field of construction；Piling in existing building construction process assists dress
It sets including pile body；Piling auxiliary device in existing building construction process using when first pile body is placed on and to need to drive piles
Position, staff are driven underground pile body with tup；It is sent out in piling auxiliary device use in existing building construction process
Existing its needs hand spike, and working efficiency is lower；Its pile body is not easy to keep vertical state, is easy to happen deviation, uses accuracy
It is poor.
Utility model content
In order to solve the above technical problems, the utility model, which provides one kind, to drive piles automatically, working efficiency is improved；It can make
Pile body keeps vertical state, improves the piling auxiliary device in the building construction process using accuracy.
Piling auxiliary device in a kind of building construction process of the utility model, including pile body；It further include bottom plate, support
Bar, cross bar, connecting rod, the first roller, second tin roller, the first fixed link, the second fixed link, first baffle, second baffle, Zuo Gu
Fixed board, rotating bar, rotating cylinder, pulls rope, weight, first gear, second gear and mounting rack, the support rod bottom at right fixed plate
End is connect with bottom plate top left area, and supporting bar top is connect with cross bar bottom end right half area, the connecting rod top and cross
The connection of bar bottom end left area, first roller and second tin roller front side wall middle section be respectively arranged with the first through hole and
Second through hole, the first fixed rod rear end are connect with connecting rod front side wall lower half region, and the first fixed link front end is across the
One through hole is simultaneously connect with first baffle rear wall middle section, the described second fixed rod rear end and support rod front side wall upper half
Domain connection, the second fixed link front end pass through the second through hole and connect with second baffle rear wall middle section, the left fixation
Plate and right fixed plate bottom end are connect with bottom plate top left area, and left fixed plate and right fixed plate left side wall middle section are lateral
It is respectively arranged with left rotation hole and right rotation hole, the rotating cylinder left side wall middle section is horizontally arranged with connecting hole, the rotation
Bar left end right end is each passed through left rotation hole, connecting hole and right rotation hole, and rotating bar turns with left rotation hole and right rotation hole respectively
Dynamic connection, rotating bar lateral wall are fixedly connected with connecting hole inner sidewall, and the pulling rope one ends wound pulls rope another on rotating cylinder
One end is passed through second tin roller and the first roller respectively and is connect with weight top middle section, and rotating bar right end and first gear are left
The connection of side wall centers region, the mounting rack bottom end are connect with bottom plate top right half area, and mounting rack top is provided with motor, institute
It states motor left part output end and is provided with speed reducer, the output end of reducer is provided with transmission shaft, the transmission shaft left end and the
The connection of two gear right side wall middle sections, the second gear are partial gear, second gear toothed portion and first gear
It is meshed；It further include stabiliser bar, left limit bar, right limit bar and intermediate bar, the stabiliser bar left end and right limit bar right side wall
Upper half area connection, stabiliser bar right end are connect with support rod left side wall lower half region, and the intermediate bar left end and left limit bar are right
The connection of side wall upper half area, intermediate bar right end are connect with right limit bar left side wall upper half area, and intermediate bar top middle section is vertical
To perforation is provided with, the pulling rope is connect across perforation and with weight top middle section, under the right limit bar right side wall
Half region is connect with bottom plate left side wall, and the left limit bar right side wall and right limit bar left side wall are respectively arranged with left sliding slot and the right side
Sliding slot, the weight left end and right end are located in left sliding slot and right rail.
Piling auxiliary device in a kind of building construction process of the utility model further includes left baffler and right barrier
Plate, the left baffler and right baffler left side wall are respectively arranged with left connection hole and right intercommunicating pore, the rotating cylinder left end and the right side
End is each passed through left connection hole and right intercommunicating pore and is fixedly connected respectively with left connection hole and right intercommunicating pore.
Piling auxiliary device in a kind of building construction process of the utility model, at the left rotation hole and right rotation hole
Be respectively arranged with left ball bearing and right ball bearing, the rotating bar left end be inserted into left ball bearing and with the pearl axis that rolls left
Key connection is held, rotating bar right end passes through right ball bearing and is keyed with right ball bearing.
Piling auxiliary device in a kind of building construction process of the utility model, outside first roller and second tin roller
Side wall centers region is respectively arranged with one group of annular groove, and the pulling rope is located in one group of annular groove.
Piling auxiliary device in a kind of building construction process of the utility model, further includes clump weight, the clump weight
Bottom end is connect with bottom plate top right half area.
Piling auxiliary device in a kind of building construction process of the utility model further includes four pack supports, and described four groups
Cantilever tip is connect with bottom plate bottom end front left side, forward right side, left rear side and right lateral side respectively.
Piling auxiliary device in a kind of building construction process of the utility model, further includes four groups of pulley blocks, and described four
Group pulley blocks top is connect with four pack support bottom ends respectively.
Piling auxiliary device in a kind of building construction process of the utility model, further includes force rod and push rod, described
Bottom plate right side wall is connect with force rod left side wall lower half region, and the push rod left end is connect with force rod right side wall upper half area.
Compared with prior art the utility model has the following beneficial effects: the first roller and second tin roller front side wall middle section
It is respectively arranged with the first through hole and the second through hole, the first fixed rod rear end is connect with connecting rod front side wall lower half region, the
One fixed link front end passes through and the first through hole and connect with first baffle rear wall middle section, the first fixed link lateral wall and the
Consistent inner side wall of through hole smooth contact, so that the first roller can roll in the first fixed link, the second fixed rod rear end and support
The connection of bar front side wall upper half area, the second fixed link front end pass through the second through hole and connect with second baffle rear wall middle section
It connects, the second fixed link lateral wall and the second through hole inner sidewall smooth contact, so that second tin roller can roll in the second fixed link
Dynamic, left fixed plate and right fixed plate bottom end are connect with bottom plate top left area, and left fixed plate is located on the left of right fixed plate, are turned
Lever is rotatablely connected with left rotation hole and right rotation hole respectively, so that rotating bar can be rotated and position will not move, is rotated simultaneously
Bar lateral wall is fixedly connected with connecting hole inner sidewall, so that rotating bar rotation drives drum rotation, rotating bar right end and the first tooth
The connection of left side wall middle section, mounting rack bottom end and bottom plate top right half area are taken turns, rotating bar top is provided with motor, and motor is left
Portion's output end is provided with speed reducer, and motor speed is too fast, is not suitable for the course of work for slinging weight, by exporting in motor left part
End setting speed reducer, reduces the revolving speed that motor passes out, and output end of reducer is provided with transmission shaft, transmission shaft left end and second
The connection of gear right side wall middle section, second gear are partial gear, and second gear lateral wall top half is smooth structure,
Second gear lateral wall lower half portion is toothing, and second gear lower half portion is meshed with first gear, opens motor, motor
Transmission shaft rotation is driven, transmission shaft drives second gear rotation, when second gear toothed portion is engaged with first gear, second
Gear drives first gear rotation, and first gear drives rotating bar and drum rotation, can be wrapped in rotating cylinder pulling to restrict at this time
On, when second gear toothed portion, which is rotated up, to be detached from first gear, first gear is not contacted with second gear, so that by
It is driven in the gravity of weight and pulls rope sharp downward movement, pound pile body downwards, when second gear toothed portion is again with first
Gear engage when, pull rope pull weight move upwards, weight in the operational process of first gear and second gear ceaselessly
Pile body is pounded downwards, and working efficiency can be improved；Left limit bar right side wall and right limit bar left side wall are respectively arranged with left sliding slot
And right rail, weight left end and right end are located in left sliding slot and right rail, weight left side wall and right side wall respectively with left cunning
Right side wall smooth contact in left side wall and right rail in slot, in straight line when weight being allowed to move upwards and move downward
On, work accuracy can be improved.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is A partial schematic diagram in Fig. 1；
Fig. 3 is first gear and second gear mesh schematic representation；
Fig. 4 is the connection signal left view of connecting rod, the first fixed link, the first roller and first baffle；
Fig. 5 is the connection signal left view of support rod, the second fixed link, second tin roller and second baffle.
Specific embodiment
With reference to the accompanying drawings and examples, specific embodiment of the present utility model is described in further detail.Below
Embodiment is not intended to limit the scope of the present invention for illustrating the utility model.
It is attached marked in the figure: 1, pile body；2, bottom plate；3, support rod；4, cross bar；5, connecting rod；6, the first roller；7, the second rolling
Cylinder；8, the first fixed link；9, the second fixed link；10, first baffle；11, second baffle；12, left fixed plate；13, rotating bar；
14, rotating cylinder；15, rope is pulled；16, weight；17, first gear；18, second gear；19, mounting rack；20, motor；21, slow down
Machine；22, transmission shaft；23, stabiliser bar；24, left limit bar；25, right limit bar；26, intermediate bar；27, left baffler；28, it rolls left
Pearl bearing；29, clump weight；30, bracket；31, pulley blocks；32, force rod；33, push rod.
As shown in Figures 1 to 5, the piling auxiliary device in a kind of building construction process of the utility model, including pile body
1；It further include bottom plate 2, support rod 3, cross bar 4, connecting rod 5, the first roller 6, second tin roller 7, the fixation of the first fixed link 8, second
Bar 9, second baffle 11, left fixed plate 12, right fixed plate, rotating bar 13, rotating cylinder 14, pulls rope 15, weight at first baffle 10
16, first gear 17, second gear 18 and mounting rack 19,3 bottom end of support rod are connect with 2 top left area of bottom plate, support rod 3
Top is connect with 4 bottom end right half area of cross bar, and 5 top of connecting rod is connect with 4 bottom end left area of cross bar, the first roller 6 and
Two rollers, 7 front side wall middle section is respectively arranged with the first through hole and the second through hole, 8 rear end of the first fixed link and connecting rod
5 front side wall lower half regions connection, 8 front end of the first fixed link pass through the first through hole and with 10 rear wall middle section of first baffle
Connection, 9 rear end of the second fixed link are connect with 3 front side wall upper half area of support rod, and 9 front end of the second fixed link passes through the second through hole
And connect with 11 rear wall middle section of second baffle, left fixed plate 12 and right fixed plate bottom end with 2 top left half-court of bottom plate
Domain connection, left fixed plate 12 and right fixed plate left side wall middle section are laterally respectively arranged with left rotation hole and right rotation hole, turn
14 left side wall middle sections of cylinder are horizontally arranged with connecting hole, 13 left end right end of rotating bar be each passed through left rotation hole, connecting hole and
Right rotation hole, rotating bar 13 are rotatablely connected with left rotation hole and right rotation hole respectively, on the inside of 13 lateral wall of rotating bar and connecting hole
Wall is fixedly connected, and pulls 15 one ends wounds of rope on rotating cylinder 14, and 15 other ends of rope is pulled to pass through second tin roller 7 and the first rolling respectively
Cylinder 6 is simultaneously connect with 16 top middle section of weight, and 13 right end of rotating bar is connect with 17 left side wall middle section of first gear, installation
19 bottom end of frame is connect with 2 top right half area of bottom plate, and 19 top of mounting rack is provided with motor 20, the setting of 20 left part output end of motor
There is speed reducer 21,21 output end of speed reducer is provided with transmission shaft 22,22 left end of transmission shaft and 18 right side wall central area of second gear
Domain connection, second gear 18 are partial gear, and 18 toothed portion of second gear is meshed with first gear 17；It further include stablizing
Bar 23, left limit bar 24, right limit bar 25 and intermediate bar 26,23 left end of stabiliser bar and 25 right side wall upper half area of right limit bar connect
It connects, 23 right end of stabiliser bar is connect with 3 left side wall lower half region of support rod, 26 left end of intermediate bar and 24 right side wall upper half of left limit bar
Region connection, 26 right end of intermediate bar are connect with 25 left side wall upper half area of right limit bar, and 26 top middle section of intermediate bar is longitudinal
It is provided with perforation, pulls rope 15 to pass through and perforates and connect with 16 top middle section of weight, 25 right side wall bottom half of right limit bar
Domain is connect with 2 left side wall of bottom plate, and 24 right side wall of left limit bar and 25 left side wall of right limit bar are respectively arranged with left sliding slot and right cunning
Slot, 16 left end of weight and right end are located in left sliding slot and right rail；First roller and second tin roller front side wall middle section
It is respectively arranged with the first through hole and the second through hole, the first fixed rod rear end is connect with connecting rod front side wall lower half region, the
One fixed link front end passes through and the first through hole and connect with first baffle rear wall middle section, the first fixed link lateral wall and the
Consistent inner side wall of through hole smooth contact, so that the first roller can roll in the first fixed link, the second fixed rod rear end and support
The connection of bar front side wall upper half area, the second fixed link front end pass through the second through hole and connect with second baffle rear wall middle section
It connects, the second fixed link lateral wall and the second through hole inner sidewall smooth contact, so that second tin roller can roll in the second fixed link
Dynamic, left fixed plate and right fixed plate bottom end are connect with bottom plate top left area, and left fixed plate is located on the left of right fixed plate, are turned
Lever is rotatablely connected with left rotation hole and right rotation hole respectively, so that rotating bar can be rotated and position will not move, is rotated simultaneously
Bar lateral wall is fixedly connected with connecting hole inner sidewall, so that rotating bar rotation drives drum rotation, rotating bar right end and the first tooth
The connection of left side wall middle section, mounting rack bottom end and bottom plate top right half area are taken turns, rotating bar top is provided with motor, and motor is left
Portion's output end is provided with speed reducer, and motor speed is too fast, is not suitable for the course of work for slinging weight, by exporting in motor left part
End setting speed reducer, reduces the revolving speed that motor passes out, and output end of reducer is provided with transmission shaft, transmission shaft left end and second
The connection of gear right side wall middle section, second gear are partial gear, and second gear lateral wall top half is smooth structure,
Second gear lateral wall lower half portion is toothing, and second gear lower half portion is meshed with first gear, opens motor, motor
Transmission shaft rotation is driven, transmission shaft drives second gear rotation, when second gear toothed portion is engaged with first gear, second
Gear drives first gear rotation, and first gear drives rotating bar and drum rotation, can be wrapped in rotating cylinder pulling to restrict at this time
On, when second gear toothed portion, which is rotated up, to be detached from first gear, first gear is not contacted with second gear, so that by
It is driven in the gravity of weight and pulls rope sharp downward movement, pound pile body downwards, when second gear toothed portion is again with first
Gear engage when, pull rope pull weight move upwards, weight in the operational process of first gear and second gear ceaselessly
Pile body is pounded downwards, and working efficiency can be improved；Left limit bar right side wall and right limit bar left side wall are respectively arranged with left sliding slot
And right rail, weight left end and right end are located in left sliding slot and right rail, weight left side wall and right side wall respectively with left cunning
Right side wall smooth contact in left side wall and right rail in slot, in straight line when weight being allowed to move upwards and move downward
On, work accuracy can be improved.
Piling auxiliary device in a kind of building construction process of the utility model further includes left baffler 27 and right barrier
Plate, left baffler 27 and right baffler left side wall are respectively arranged with left connection hole and right intercommunicating pore, 14 left end of rotating cylinder and right end point
It left connection hole and right intercommunicating pore and Chuan Guo not be fixedly connected respectively with left connection hole and right intercommunicating pore；Left baffler and right baffler
It can prevent that rope is pulled excessively to the left or to the right rotating cylinder to be stuck when winding on rotating cylinder, improve and use fluency.
Distinguish at piling auxiliary device in a kind of building construction process of the utility model, left rotation hole and right rotation hole
Be provided with left ball bearing 28 and right ball bearing, 13 left end of rotating bar be inserted into left ball bearing 28 and with left ball bearing
28 key connections, 13 right end of rotating bar pass through right ball bearing and are keyed with right ball bearing；Pass through left ball bearing and right rolling
Pearl bearing can reduce generated frictional resistance when rotating bar rotates at left rotation hole and right rotation hole respectively, improves and uses
Ride comfort.
Piling auxiliary device in a kind of building construction process of the utility model, 7 outside of the first roller 6 and second tin roller
Wall middle section is respectively arranged with one group of annular groove, and rope 15 is pulled to be located in one group of annular groove；Pull rope in the first roller and the
When passing through on two rollers, it is understood that there may be the phenomenon that horizontally slipping, by being set on the first roller and second tin roller lateral wall respectively
One group of annular groove is set, so that rope position is pulled to fix, improves use reliability.
Piling auxiliary device in a kind of building construction process of the utility model further includes clump weight 29, clump weight 29
Bottom end is connect with 2 top right half area of bottom plate；Weight is located at the left side of bottom plate, and the weight of weight is larger, be easy to cause device to
Left overturning, by adding clump weight, the gravity equality of the bottom plate left end and right end that can make improves stability in use.
Piling auxiliary device in a kind of building construction process of the utility model further includes four pack supports 30, four groups of branch
30 top of frame is connect with 2 bottom end front left side of bottom plate, forward right side, left rear side and right lateral side respectively；Four pack supports prop up bottom plate
Support improves safety in utilization.
Piling auxiliary device in a kind of building construction process of the utility model, further includes four groups of pulley blocks 31, and four groups
31 top of pulley blocks is connect with four pack supports, 30 bottom end respectively；It can according to need the position of mobile device by four groups of pulley blocks
It sets, improves using flexible.
Piling auxiliary device in a kind of building construction process of the utility model, further includes force rod 32 and push rod 33,
2 right side wall of bottom plate is connect with 32 left side wall lower half region of force rod, and 33 left end of push rod and 32 right side wall upper half area of force rod connect
It connects；By pushing push rod, the position of mobile device can be more laborsaving, improves property easy to use.
A kind of piling auxiliary device in the building construction process of the utility model, at work, the first roller and
Two roller front side wall middle sections are respectively arranged with the first through hole and the second through hole, before first fixes rod rear end and connecting rod
The connection of side wall lower half region, the first fixed link front end pass through the first through hole and connect with first baffle rear wall middle section,
First fixed link lateral wall and the first through hole inner sidewall smooth contact, so that the first roller can roll in the first fixed link,
Second fixed rod rear end is connect with support rod front side wall upper half area, and the second fixed link front end is across the second through hole and with second
The connection of baffle rear wall middle section, the second fixed link lateral wall and the second through hole inner sidewall smooth contact, so that the second rolling
Cylinder can roll in the second fixed link, and left fixed plate and right fixed plate bottom end are connect with bottom plate top left area, left fixation
Plate is located on the left of right fixed plate, and rotating bar is rotatablely connected with left rotation hole and right rotation hole respectively so that rotating bar can be rotated and
Position will not move, while rotating bar lateral wall is fixedly connected with connecting hole inner sidewall, so that rotating bar rotation drives rotating cylinder to turn
Dynamic, rotating bar right end is connect with first gear left side wall middle section, mounting rack bottom end and bottom plate top right half area, rotating bar
Top is provided with motor, and motor left part output end is provided with speed reducer, and motor speed is too fast, is not suitable for slinging the worked of weight
Journey reduces the revolving speed that motor passes out, output end of reducer is provided with biography by the way that speed reducer is arranged in motor left part output end
Moving axis, transmission shaft left end are connect with second gear right side wall middle section, and second gear is partial gear, second gear outside
Wall top half is smooth structure, and second gear lateral wall lower half portion is toothing, second gear lower half portion and the first tooth
Wheel is meshed, and opens motor, the rotation of motor driven transmission shaft, transmission shaft drives second gear rotation, when second gear has teeth portion
When point engage with first gear, second gear drives first gear to rotate, first gear drive rotating bar and drum rotation, at this time
It can be wrapped on rotating cylinder pulling to restrict, when second gear toothed portion, which is rotated up, to be detached from first gear, first gear
It is not contacted with second gear, so that pulling rope sharp downward movement since the gravity of weight drives, pile body is pounded downwards, when second
When gear toothed portion is engaged with first gear again, pull rope that weight is pulled to move upwards, weight is in first gear and second
Pile body is ceaselessly pounded downwards in the operational process of gear, and working efficiency can be improved；Left limit bar right side wall and right limit bar
Left side wall is respectively arranged with left sliding slot and right rail, and weight left end and right end are located in left sliding slot and right rail, and weight is left
Side wall and right side wall respectively with right side wall smooth contact in left side wall in left sliding slot and right rail so that weight move upwards and to
Work accuracy point-blank can be improved when lower movement；Left baffler and right baffler can prevent that rope is pulled to exist
Excessively to the left or to the right rotating cylinder is stuck when winding on rotating cylinder, improves and use fluency；Pass through left ball bearing and the right side
Ball bearing, which can reduce generated frictional resistance, raising when rotating bar rotates at left rotation hole and right rotation hole respectively, to be made
Use ride comfort；Pull rope when passing through on the first roller and second tin roller, it is understood that there may be the phenomenon that horizontally slipping, by existing respectively
One group of annular groove is set on the first roller and second tin roller lateral wall, so that rope position is pulled to fix, improves use reliability；Weight
Hammer is located at the left side of bottom plate, and the weight of weight is larger, and device is be easy to cause to overturn to the left, by adding clump weight, can make
The gravity equality of bottom plate left end and right end improves stability in use；Four pack supports are supported bottom plate, improve using safe
Property；It can according to need the position of mobile device by four groups of pulley blocks, improve using flexible；It is mobile by pushing push rod
The position of device, can be more laborsaving, improves property easy to use.
Motor and speed reducer used in piling auxiliary device in a kind of building construction process of the utility model is all
From what is purchased on the market, need to only be installed and used to specifications.
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
For art personnel, without deviating from the technical principle of the utility model, several improvements and modifications can also be made, these change
It also should be regarded as the protection scope of the utility model into modification.
Claims (9)
1. the piling auxiliary device in a kind of building construction process, including pile body；It is characterized in that, further include bottom plate, support rod,
Cross bar, connecting rod, the first roller, second tin roller, the first fixed link, the second fixed link, first baffle, second baffle, left fixation
Plate, rotating bar, rotating cylinder, pulls rope, weight, first gear, second gear and mounting rack at right fixed plate,
The support rod bottom end is connect with bottom plate top left area, and supporting bar top is connect with cross bar bottom end right half area, institute
It states connecting rod top to connect with cross bar bottom end left area, first roller and second tin roller front side wall middle section are set respectively
It is equipped with the first through hole and the second through hole, the described first fixed rod rear end is connect with connecting rod front side wall lower half region, and first
Fixed link front end passes through the first through hole and connect with first baffle rear wall middle section, the described second fixed rod rear end and branch
Strut front side wall upper half area connection, the second fixed link front end pass through the second through hole and with second baffle rear wall middle section
Connection,
The left fixed plate and right fixed plate bottom end are connect with bottom plate top left area, on the left of left fixed plate and right fixed plate
Wall middle section is laterally respectively arranged with left rotation hole and right rotation hole, and the rotating cylinder left side wall middle section is horizontally arranged with company
Connect hole, rotating bar left end right end is each passed through left rotation hole, connecting hole and right rotation hole, rotating bar respectively with left rotation hole
It is rotatablely connected with right rotation hole, rotating bar lateral wall is fixedly connected with connecting hole inner sidewall, and the pulling rope one ends wound is turning
On cylinder, the rope other end is pulled to pass through second tin roller and the first roller respectively and connect with weight top middle section, rotating bar is right
End is connect with first gear left side wall middle section, and the mounting rack bottom end is connect with bottom plate top right half area, mounting rack top
End is provided with motor, and the motor left part output end is provided with speed reducer, and the output end of reducer is provided with transmission shaft, described
Transmission shaft left end is connect with second gear right side wall middle section, and the second gear is partial gear, and second gear is with teeth
Part is meshed with first gear.
2. the piling auxiliary device in a kind of building construction process as described in claim 1, which is characterized in that further include stablizing
Bar, left limit bar, right limit bar and intermediate bar, the stabiliser bar left end are connect with right limit bar right side wall upper half area, are stablized
Bar right end is connect with support rod left side wall lower half region, and the intermediate bar left end is connect with left limit bar right side wall upper half area,
Intermediate bar right end is connect with right limit bar left side wall upper half area, and intermediate bar top middle section is vertically arranged with perforation, described
Rope is pulled across perforation and is connect with weight top middle section, the right limit bar right side wall lower half region and bottom plate left side wall
Connection, the left limit bar right side wall and right limit bar left side wall are respectively arranged with left sliding slot and right rail, the weight left end
It is located in left sliding slot and right rail with right end.
3. the piling auxiliary device in a kind of building construction process as claimed in claim 2, which is characterized in that further include left resistance
Partition and right baffler, the left baffler and right baffler left side wall are respectively arranged with left connection hole and right intercommunicating pore, described
Rotating cylinder left end and right end are each passed through left connection hole and right intercommunicating pore and are fixedly connected respectively with left connection hole and right intercommunicating pore.
4. the piling auxiliary device in a kind of building construction process as claimed in claim 3, which is characterized in that described to turn left to move
Left ball bearing and right ball bearing are respectively arranged at hole and right rotation hole, the rotating bar left end is inserted into left ball bearing
It is interior and with left ball bearing be keyed, rotating bar right end pass through right ball bearing and with right ball bearing be keyed.
5. the piling auxiliary device in a kind of building construction process as claimed in claim 4, which is characterized in that first rolling
Cylinder and second tin roller lateral wall middle section are respectively arranged with one group of annular groove, and the pulling rope is located in one group of annular groove.
6. the piling auxiliary device in a kind of building construction process as claimed in claim 5, which is characterized in that further include counterweight
Block, the clump weight bottom end are connect with bottom plate top right half area.
7. the piling auxiliary device in a kind of building construction process as claimed in claim 6, which is characterized in that further include four groups
Bracket, four pack support top are connect with bottom plate bottom end front left side, forward right side, left rear side and right lateral side respectively.
8. the piling auxiliary device in a kind of building construction process as claimed in claim 7, which is characterized in that further include four groups
Pulley blocks, four groups of pulley blocks tops are connect with four pack support bottom ends respectively.
9. the piling auxiliary device in a kind of building construction process as claimed in claim 8, which is characterized in that further include stress
Bar and push rod, the bottom plate right side wall are connect with force rod left side wall lower half region, the push rod left end and force rod right side wall
Upper half area connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822248148.3U CN209353338U (en) | 2018-12-29 | 2018-12-29 | A kind of piling auxiliary device in building construction process |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822248148.3U CN209353338U (en) | 2018-12-29 | 2018-12-29 | A kind of piling auxiliary device in building construction process |
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| Publication Number | Publication Date |
|---|---|
| CN209353338U true CN209353338U (en) | 2019-09-06 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822248148.3U Expired - Fee Related CN209353338U (en) | 2018-12-29 | 2018-12-29 | A kind of piling auxiliary device in building construction process |
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| CN (1) | CN209353338U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112726606A (en) * | 2021-02-01 | 2021-04-30 | 朱燕红 | Oil exploration pile driver with protective structure |
-
2018
- 2018-12-29 CN CN201822248148.3U patent/CN209353338U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112726606A (en) * | 2021-02-01 | 2021-04-30 | 朱燕红 | Oil exploration pile driver with protective structure |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190906 Termination date: 20201229 |