CN105625413A - Octagonal pile and H pile buckling equipment - Google Patents
Octagonal pile and H pile buckling equipment Download PDFInfo
- Publication number
- CN105625413A CN105625413A CN201610132332.4A CN201610132332A CN105625413A CN 105625413 A CN105625413 A CN 105625413A CN 201610132332 A CN201610132332 A CN 201610132332A CN 105625413 A CN105625413 A CN 105625413A
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- Prior art keywords
- wheel casing
- turning axle
- rotation
- stake
- wheel
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Classifications
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- E—FIXED CONSTRUCTIONS
- E02—HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
- E02D—FOUNDATIONS; EXCAVATIONS; EMBANKMENTS; UNDERGROUND OR UNDERWATER STRUCTURES
- E02D5/00—Bulkheads, piles, or other structural elements specially adapted to foundation engineering
- E02D5/22—Piles
- E02D5/34—Concrete or concrete-like piles cast in position ; Apparatus for making same
- E02D5/46—Concrete or concrete-like piles cast in position ; Apparatus for making same making in situ by forcing bonding agents into gravel fillings or the soil
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- E—FIXED CONSTRUCTIONS
- E21—EARTH DRILLING; MINING
- E21B—EARTH DRILLING, e.g. DEEP DRILLING; OBTAINING OIL, GAS, WATER, SOLUBLE OR MELTABLE MATERIALS OR A SLURRY OF MINERALS FROM WELLS
- E21B4/00—Drives for drilling, used in the borehole
- E21B4/16—Plural down-hole drives, e.g. for combined percussion and rotary drilling; Drives for multi-bit drilling units
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- E—FIXED CONSTRUCTIONS
- E21—EARTH DRILLING; MINING
- E21B—EARTH DRILLING, e.g. DEEP DRILLING; OBTAINING OIL, GAS, WATER, SOLUBLE OR MELTABLE MATERIALS OR A SLURRY OF MINERALS FROM WELLS
- E21B7/00—Special methods or apparatus for drilling
- E21B7/001—Drilling a non circular hole
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- E—FIXED CONSTRUCTIONS
- E02—HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
- E02D—FOUNDATIONS; EXCAVATIONS; EMBANKMENTS; UNDERGROUND OR UNDERWATER STRUCTURES
- E02D2200/00—Geometrical or physical properties
- E02D2200/16—Shapes
- E02D2200/165—Shapes polygonal
Abstract
Disclosed is octagonal pile and H pile buckling equipment. The octagonal pile and H pile buckling equipment comprises an H pile forming machine and an octagonal pile forming machine. Multiple concrete H piles at intervals of one octagonal pile are fabricated; when the concrete strength of the H piles on the two sides reaches a certain value, cement soil octagonal piles are correspondingly fabricated in a front interval and a rear interval between every two H piles according to a working mode of the octagonal pile forming machine through the octagonal pile forming machine; and accordingly, a pile wall is formed by mutually and correspondingly buckling the multiple concrete H piles and the cement soil octagonal piles in the front and the rear between every two H piles and used for retaining soil and preventing seepage of a building foundation.
Description
Technical field
The present invention relates in a kind of stake body snap close equipment, particularly a kind of foundation works the octagon stake and H stake snap close equipment that use.
Background technology
Cement-earth pile-formation machine is by the multiple drill bit rotational of power wheel drive, the earth of drill bit bottom is cut in rotation process and stirs into cement earth pile with grout by multiple drill bit, at present, stake body formed by the cement-earth agitation driller of other pattern is all the molectron of multiple cement-earth cylinder, is not the mutual snap close stake wall of concrete H stake and cement-earth octagon stake.
Summary of the invention
The present invention compensate for above shortcoming, it provides a kind of octagon stake and H stake snap close equipment that can manufacture concrete H stake body and the cement-earth octagon mutual snap close of stake body.
The present invention is achieved through the following technical solutions:
A kind of octagon stake and H stake snap close equipment, comprise H stake pile-formation machine and octagon stake pile-formation machine.
H stake pile-formation machine comprises following structure: anterior cross bar one, the cross bar two at rear portion and the cross bar three of centre are fixed together, form a H-shaped framework, cross bar three middle upper portion is fixed with and is pressed into bar one, cross bar three middle lower portion is fixed with armstand seven, armstand seven times ends are fixed with motor one, the lower end of motor one is fixed with wheel casing seven, the lower end in the centre of cross bar one is fixed with armstand one, the lower end of armstand one is fixed with wheel casing one, the left end bottom of cross bar one is fixed with armstand two, the lower end of armstand two is fixed with wheel casing two, the right-hand member bottom of cross bar one is fixed with armstand three, the lower end of armstand three is fixed with wheel casing three, the lower end in the centre of cross bar two is fixed with armstand four, the lower end of armstand four is fixed with wheel casing four, the left end bottom of cross bar two is fixed with armstand five, the lower end of armstand five is fixed with wheel casing five, the right-hand member bottom of cross bar two is fixed with armstand six, the lower end of armstand six is fixed with wheel casing six, the lower end of wheel casing one, wheel casing two, wheel casing three, wheel casing four, wheel casing five, wheel casing six, wheel casing seven is respectively equipped with a drilling rod, and the lower end of each drilling rod is respectively equipped with a drill bit one, between wheel casing one and wheel casing three, between wheel casing one and wheel casing two, between wheel casing one and wheel casing seven, between wheel casing four and wheel casing five, between wheel casing four and wheel casing six, between wheel casing four and wheel casing seven, it is respectively equipped with a turning axle one, a fixing arm is fixed on the middle both sides of every turning axle one respectively, and the outer end of each fixing arm fixes a rotary-cut cutter one respectively, the right back portion of wheel casing three and right front portion export a turning axle two respectively, and the right back portion of wheel casing six and right front portion export a turning axle two respectively, and the right-hand member of this each turning axle two fixes a triangular knife one respectively, the right portion of wheel casing three exports a turning axle three, and the right portion of wheel casing six exports a turning axle three, and the right-hand member of this each turning axle three fixes a rotary-cut cutter two respectively, the left back portion of wheel casing two and left front portion export a turning axle two respectively, and the left back portion of wheel casing five and left front portion also export a turning axle two respectively, and the left end of this each turning axle two fixes a triangular knife one respectively, the left part of wheel casing two exports a turning axle three, and the left part of wheel casing five exports a turning axle three, and the left end of this each turning axle three fixes a rotary-cut cutter two respectively.
Octagon stake pile-formation machine comprises following structure: the upper end being pressed into the lower end fixed motor two of bar two, and electric motor two times ends are provided with wheel box, and the output shaft of the lower end of wheel box is fixed with drill bit two; The left end of wheel box, right-hand member, front end, rear end export a rotation axis respectively, and the outer end of each rotation axis fixes a bent cutter respectively.
The present invention has following feature:
The present invention can manufacture concrete H stake body and the stake wall of the cement-earth octagon mutual snap close of stake body, for gear soil, the antiseepage of building foundation.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the present invention is further illustrated:
Fig. 1 is the frontview of H stake pile-formation machine;
Fig. 2 is the rear view of H stake pile-formation machine;
Fig. 3 is the A A direction view of Fig. 1;
Fig. 4 is the B B view of Fig. 1;
Fig. 5 is the C C direction view of Fig. 1;
Fig. 6 is the structural representation of octagon stake pile-formation machine;
Fig. 7 is the D D view of Fig. 6;
Fig. 8 is octagon stake and the cross-sectional view of H stake snap close.
In figure: 1, it is pressed into bar one, 2, motor one, 3, wheel casing one, 4, wheel casing two, 5, wheel casing three, 6, cross bar one, 7, armstand one, 8, turning axle one, 9, rotary-cut cutter one, 10, armstand two, 11, armstand three, 12, drilling rod, 13, drill bit one, 14, turning axle two, 15, triangular knife one, 16, armstand seven, 17, wheel casing seven, 18, cross bar two, 19, armstand four, 20, armstand five, 21, armstand six, 22, wheel casing four, 23, wheel casing five, 24, wheel casing six, 25, fixing arm, 26, cross bar three, 27, turning axle three, 28, rotary-cut cutter two, 31, be pressed into bar two, 32, electric motor two, 33, wheel box, 34, drill bit two, 35, rotation axis, 36, bent cutter.
Embodiment
Accompanying drawing is a kind of specific embodiment of the present invention, and this embodiment comprises H stake pile-formation machine and octagon stake pile-formation machine.
H stake pile-formation machine comprises the structure in Fig. 1, Fig. 2, Fig. 3, Fig. 4, concrete structure is as follows: anterior cross bar 1, the cross bar 2 18 at rear portion and the cross bar 3 26 of centre are fixed together, form a H-shaped framework, cross bar three middle upper portion is fixed with and is pressed into bar 1, cross bar three middle lower portion is fixed with armstand 7 16, armstand seven times ends are fixed with motor 1, the lower end of motor one is fixed with wheel casing 7 17, the lower end in the centre of cross bar one is fixed with armstand 1, the lower end of armstand one is fixed with wheel casing 1, the left end bottom of cross bar one is fixed with armstand 2 10, the lower end of armstand two is fixed with wheel casing 24, the right-hand member bottom of cross bar one is fixed with armstand 3 11, the lower end of armstand three is fixed with wheel casing 35, the lower end in the centre of cross bar two is fixed with armstand 4 19, the lower end of armstand four is fixed with wheel casing 4 22, the left end bottom of cross bar two is fixed with armstand 5 20, the lower end of armstand five is fixed with wheel casing 5 23, the right-hand member bottom of cross bar two is fixed with armstand 6 21, the lower end of armstand six is fixed with wheel casing 6 24, the lower end of wheel casing one, wheel casing two, wheel casing three, wheel casing four, wheel casing five, wheel casing six, wheel casing seven is respectively equipped with a drilling rod 12, and the lower end of each drilling rod is respectively equipped with a drill bit 1, between wheel casing one and wheel casing three, between wheel casing one and wheel casing two, between wheel casing one and wheel casing seven, between wheel casing four and wheel casing five, between wheel casing four and wheel casing six, between wheel casing four and wheel casing seven, it is respectively equipped with a turning axle 1, a fixing arm 25 is fixed on the middle both sides of every turning axle one respectively, and the outer end of each fixing arm fixes a rotary-cut cutter 1 respectively, the right back portion of wheel casing three and right front portion export a turning axle 2 14 respectively, and the right back portion of wheel casing six and right front portion export a turning axle two respectively, and the right-hand member of this each turning axle two fixes a triangular knife 1 respectively, the right portion of wheel casing three exports a turning axle 3 27, and the right portion of wheel casing six exports a turning axle three, and the right-hand member of this each turning axle three fixes a rotary-cut cutter 2 28 respectively, the left back portion of wheel casing two and left front portion export a turning axle 2 14 respectively, and the left back portion of wheel casing five and left front portion also export a turning axle two respectively, and the left end of this each turning axle two fixes a triangular knife one respectively, the left part of wheel casing two exports a turning axle 3 27, and the left part of wheel casing five exports a turning axle three, and the left end of this each turning axle three fixes a rotary-cut cutter 2 28 respectively.
Rotary-cut cutter one on three turning axles one that wheel casing one exports differs certain angle in rotation, is independent of each other mutually in rotation.
Rotary-cut cutter one on three turning axles one that wheel casing four exports differs certain angle in rotation, is independent of each other mutually in rotation.
The concrete mode of operation of H stake pile-formation machine is as follows: H stake pile-formation machine is provided with slush pump, during work, each drill bit one is injected high pressure water by slush pump respectively, motor one drive gear casing seven operates, wheel casing seven is operated by the rotational driving gear case one of former and later two turning axles one, wheel casing four respectively in operation process, wheel casing one is operated by rotational driving gear case two, the wheel casing three of two turning axles one in left and right respectively in running, and wheel casing four is operated by rotational driving gear case five, the wheel casing six of two turning axles one in left and right respectively in running; Wheel casing three is the turning axle two in the difference right back portion of drive gear casing three and turning axle two synchronous axial system in opposite directions of right front portion in operation process, and wheel casing San Tong method drives turning axle three rotation in right portion; Wheel casing six is the turning axle two in the difference right back portion of drive gear casing six and turning axle two synchronous axial system in opposite directions of right front portion in operation process, and wheel casing six drives turning axle three rotation in right portion simultaneously; Wheel casing two is the turning axle two in the difference left back portion of drive gear casing two and turning axle two synchronous axial system in opposite directions in left front portion in operation process, and wheel casing two drives turning axle three rotation of left part simultaneously; Wheel casing five is the turning axle two in the difference left back portion of drive gear casing five and turning axle two synchronous axial system in opposite directions in left front portion in operation process, and wheel casing five drives turning axle three rotation of left part simultaneously; Wheel casing one, wheel casing two, wheel casing three, wheel casing four, wheel casing five, wheel casing six, wheel casing seven drive drill bit one to rotate by the drilling rod of its lower end respectively, and the earth of its lower end is cut by seven drill bits one in rotation; Six turning axles one drive the dynamic rotary-cut cutter one of two fixing arm straps on each turning axle one around turning axle one rotation respectively in rotation, the rotary-cut cutter one on each turning axle one in rotation by the unhewn soil cutting of drill bit one between two common tangents of two drill bit one cylindricals at these turning axle one two ends; Two turning axles two of wheel casing three right-hand member drive triangular knife one rotation of turning axle two right-hand member respectively in rotation, the turning axle three of wheel casing three right-hand member drives rotary-cut cutter two rotation of right-hand member in rotation, and the soil cutting in right for wheel casing three portion is become recessed trapezoidal termination by these two triangular knifes one and a rotary-cut cutter two in rotation; Two turning axles two of wheel casing six right-hand member drive triangular knife one rotation of turning axle two right-hand member respectively in rotation, the turning axle three of wheel casing six right-hand member drives rotary-cut cutter two rotation of right-hand member in rotation, and the soil cutting in right for wheel casing six portion is become recessed trapezoidal termination by these two triangular knifes one and a rotary-cut cutter two in rotation; Two turning axles two of wheel casing two left end drive triangular knife one rotation of turning axle two left end respectively in rotation, the turning axle three of wheel casing two left end drives rotary-cut cutter two rotation of left end in rotation, and the soil cutting of wheel casing two left part is become recessed trapezoidal termination by these two triangular knifes one and a rotary-cut cutter two in rotation; Two turning axles two of wheel casing five left end drive triangular knife one rotation of turning axle two left end respectively in rotation, the turning axle three of wheel casing five left end drives rotary-cut cutter two rotation of left end in rotation, and the soil cutting of wheel casing five left part is become recessed trapezoidal termination by these two triangular knifes one and a rotary-cut cutter two in rotation; The soil body machined away is mixed in mud, and high pressure water constantly injects, and mud constantly flows out from hole, is pressed into bar one and is pressed into process downwards and forms two ends, left and right respectively with the H hole of two recessed trapezoidal terminations, in this H hole casting concrete, form concrete H stake.
Octagon stake pile-formation machine comprises the structure in Fig. 6, Fig. 7; Concrete structure is as follows: the upper end being pressed into the lower end fixed motor 2 32 of bar 2 31, and electric motor two times ends are provided with wheel box 33, and the output shaft of the lower end of wheel box is fixed with drill bit 2 34; The left end of wheel box, right-hand member, front end, rear end export a rotation axis 35 respectively, and the outer end of each rotation axis fixes a bent cutter 36 respectively.
The concrete mode of operation of octagon stake pile-formation machine is as follows: during work, grout pump is to drill bit two grout injection, electric motor two drives wheel box to operate, wheel box drives drill bit two rotation in operation process, and the soil cutting of drill bit two times ends and grout are stirred by drill bit two in rotary course; Wheel box drive respectively in operation process left end, right-hand member, front end, rear end rotation axis drive bent cutter to rotate respectively, the circular cut that drill bit two is formed by four bent cuttves in rotary course and grout stir into octagon; It is pressed into bar two and forms cement-earth octagon stake in the process of being pressed into.
The convex trapezoidal of the recessed trapezoidal and place, octagon every bar limit at two ends, two H stake left and right is coincide.
H stake pile-formation machine and octagon stake pile-formation machine associated working process are as follows: needing the zero position of pile axis, a concrete H stake is manufactured according to the mode of operation of above-mentioned H stake pile-formation machine with H stake pile-formation machine, distance in the octagon stake in interval, right side of this H stake manufactures the 2nd concrete H stake, so manufacture one, multiple interval octagon pilespacing from concrete H stake; When the concrete strength of the H stake on both sides reaches a timing, anterior spacing between every two H stakes and in the spacing of rear portion, manufacture a cement-earth octagon stake with octagon stake pile-formation machine respectively according to the mode of operation of above-mentioned octagon stake pile-formation machine again, makes the anterior cement-earth octagon stake with rear portion between every two concrete H stakes be fit to anterior recessed trapezoidal with rear portion of both sides H stake respectively; So form the stake wall of the anterior cement-earth octagon stake mutual snap close of difference with rear portion between multiple concrete H stake and every two H stakes, for gear soil, the antiseep of building foundation.
Claims (4)
1. octagon stake and a H stake snap close equipment, comprise H stake pile-formation machine and octagon stake pile-formation machine, it is characterised in that:
The concrete structure of H stake pile-formation machine comprises: anterior cross bar one (6), the cross bar two (18) at rear portion and the cross bar three (26) of centre are fixed together, form a H-shaped framework, cross bar three middle upper portion is fixed with and is pressed into bar one (1), cross bar three middle lower portion is fixed with armstand seven (16), armstand seven times ends are fixed with motor one (2), the lower end of motor one is fixed with wheel casing seven (17), the lower end in the centre of cross bar one is fixed with armstand one (7), the lower end of armstand one is fixed with wheel casing one (3), the left end bottom of cross bar one is fixed with armstand two (10), the lower end of armstand two is fixed with wheel casing two (4), the right-hand member bottom of cross bar one is fixed with armstand three (11), the lower end of armstand three is fixed with wheel casing three (5), the lower end in the centre of cross bar two is fixed with armstand four (19), the lower end of armstand four is fixed with wheel casing four (22), the left end bottom of cross bar two is fixed with armstand five (20), the lower end of armstand five is fixed with wheel casing five (23), the right-hand member bottom of cross bar two is fixed with armstand six (21), the lower end of armstand six is fixed with wheel casing six (24), the lower end of wheel casing one, wheel casing two, wheel casing three, wheel casing four, wheel casing five, wheel casing six, wheel casing seven is respectively equipped with a drilling rod (12), and the lower end of each drilling rod is respectively equipped with a drill bit one (13), between wheel casing one and wheel casing three, between wheel casing one and wheel casing two, between wheel casing one and wheel casing seven, between wheel casing four and wheel casing five, between wheel casing four and wheel casing six, between wheel casing four and wheel casing seven, it is respectively equipped with a turning axle one (8), a fixing arm (25) is fixed on the middle both sides of every turning axle one respectively, and the outer end of each fixing arm fixes a rotary-cut cutter (9) respectively, the right back portion of wheel casing three and right front portion export a turning axle two (14) respectively, and the right back portion of wheel casing six and right front portion export a turning axle two respectively, and the right-hand member of this each turning axle two fixes a triangular knife one (15) respectively, the right portion of wheel casing three exports a turning axle three (27), and the right portion of wheel casing six exports a turning axle three, and the right-hand member of this each turning axle three fixes a rotary-cut cutter two (28) respectively, the left back portion of wheel casing two and left front portion export a turning axle two (14) respectively, and the left back portion of wheel casing five and left front portion also export a turning axle two respectively, and the left end of this each turning axle two fixes a triangular knife one respectively, the left part of wheel casing two exports a turning axle three (27), and the left part of wheel casing five exports a turning axle three, and the left end of this each turning axle three fixes a rotary-cut cutter two (28) respectively,
The concrete mode of operation of H stake pile-formation machine: when H stake pile-formation machine works, each drill bit one is injected high pressure water by slush pump respectively, motor one drive gear casing seven operates, wheel casing seven is operated by the rotational driving gear case one of former and later two turning axles one, wheel casing four respectively in operation process, wheel casing one is operated by rotational driving gear case two, the wheel casing three of two turning axles one in left and right respectively in running, and wheel casing four is operated by rotational driving gear case five, the wheel casing six of two turning axles one in left and right respectively in running; Wheel casing three is the turning axle two in the difference right back portion of drive gear casing three and turning axle two synchronous axial system in opposite directions of right front portion in operation process, and wheel casing San Tong method drives turning axle three rotation in right portion; Wheel casing six is the turning axle two in the difference right back portion of drive gear casing six and turning axle two synchronous axial system in opposite directions of right front portion in operation process, and wheel casing six drives turning axle three rotation in right portion simultaneously; Wheel casing two is the turning axle two in the difference left back portion of drive gear casing two and turning axle two synchronous axial system in opposite directions in left front portion in operation process, and wheel casing two drives turning axle three rotation of left part simultaneously; Wheel casing five is the turning axle two in the difference left back portion of drive gear casing five and turning axle two synchronous axial system in opposite directions in left front portion in operation process, and wheel casing five drives turning axle three rotation of left part simultaneously; Wheel casing one, wheel casing two, wheel casing three, wheel casing four, wheel casing five, wheel casing six, wheel casing seven drive drill bit one to rotate by the drilling rod of its lower end respectively, and the earth of its lower end is cut by seven drill bits one in rotation; Six turning axles one drive the dynamic rotary-cut cutter one of two fixing arm straps on each turning axle one around turning axle one rotation respectively in rotation, the rotary-cut cutter one on each turning axle one in rotation by the unhewn soil cutting of drill bit one between two common tangents of two drill bit one cylindricals at these turning axle one two ends; Two turning axles two of wheel casing three right-hand member drive triangular knife one rotation of turning axle two right-hand member respectively in rotation, the turning axle three of wheel casing three right-hand member drives rotary-cut cutter two rotation of right-hand member in rotation, and the soil cutting in right for wheel casing three portion is become recessed trapezoidal termination by these two triangular knifes one and a rotary-cut cutter two in rotation; Two turning axles two of wheel casing six right-hand member drive triangular knife one rotation of turning axle two right-hand member respectively in rotation, the turning axle three of wheel casing six right-hand member drives rotary-cut cutter two rotation of right-hand member in rotation, and the soil cutting in right for wheel casing six portion is become recessed trapezoidal termination by these two triangular knifes one and a rotary-cut cutter two in rotation; Two turning axles two of wheel casing two left end drive triangular knife one rotation of turning axle two left end respectively in rotation, the turning axle three of wheel casing two left end drives rotary-cut cutter two rotation of left end in rotation, and the soil cutting of wheel casing two left part is become recessed trapezoidal termination by these two triangular knifes one and a rotary-cut cutter two in rotation; Two turning axles two of wheel casing five left end drive triangular knife one rotation of turning axle two left end respectively in rotation, the turning axle three of wheel casing five left end drives rotary-cut cutter two rotation of left end in rotation, and the soil cutting of wheel casing five left part is become recessed trapezoidal termination by these two triangular knifes one and a rotary-cut cutter two in rotation; The soil body machined away is mixed in mud, and high pressure water constantly injects, and mud constantly flows out from hole, is pressed into bar one and is pressed into process downwards and forms two ends, left and right respectively with the H hole of two recessed trapezoidal terminations, in this H hole casting concrete, form concrete H stake;
The concrete structure of octagon stake pile-formation machine comprises: the upper end being pressed into the lower end fixed motor 2 32 of bar 2 31, and electric motor two times ends are provided with wheel box 33, and the output shaft of the lower end of wheel box is fixed with drill bit 2 34; The left end of wheel box, right-hand member, front end, rear end export a rotation axis 35 respectively, and the outer end of each rotation axis fixes a bent cutter 36 respectively;
The concrete mode of operation of octagon stake pile-formation machine is as follows: during work, grout pump is to drill bit two grout injection, electric motor two drives wheel box to operate, wheel box drives drill bit two rotation in operation process, and the soil cutting of drill bit two times ends and grout are stirred by drill bit two in rotary course; Wheel box drive respectively in operation process left end, right-hand member, front end, rear end rotation axis drive bent cutter to rotate respectively, the circular cut that drill bit two is formed by four bent cuttves in rotary course and grout stir into octagon; It is pressed into bar two and forms cement-earth octagon stake in the process of being pressed into;
H stake pile-formation machine and octagon stake pile-formation machine associated working process: needing the zero position of pile axis, a concrete H stake is manufactured according to the mode of operation of above-mentioned H stake pile-formation machine with H stake pile-formation machine, distance in the octagon stake in interval, right side of this H stake manufactures the 2nd concrete H stake, so manufacture one, multiple interval octagon pilespacing from concrete H stake; When the concrete strength of the H stake on both sides reaches a timing, anterior spacing between every two H stakes and in the spacing of rear portion, manufacture a cement-earth octagon stake with octagon stake pile-formation machine respectively according to the mode of operation of above-mentioned octagon stake pile-formation machine again, makes the anterior cement-earth octagon stake with rear portion between every two concrete H stakes be fit to anterior recessed trapezoidal with rear portion of both sides H stake respectively; So form the stake wall of the anterior cement-earth octagon stake mutual snap close of difference with rear portion between multiple concrete H stake and every two H stakes, for gear soil, the antiseep of building foundation.
2. octagon stake according to claim 1 and H stake snap close equipment, it is characterised in that: the rotary-cut cutter on three turning axles one that the wheel casing one of H stake pile-formation machine exports differs certain angle in rotation, is independent of each other mutually in rotation.
3. octagon stake according to claim 1 and H stake snap close equipment, it is characterised in that: the rotary-cut cutter on three turning axles one that the wheel casing four of H stake pile-formation machine exports differs certain angle in rotation, is independent of each other mutually in rotation.
4. octagon stake according to claim 1 and H stake snap close equipment, it is characterised in that: the convex trapezoidal of the recessed trapezoidal and place, octagon every bar limit at two ends, two H stake left and right is coincide.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610132332.4A CN105625413A (en) | 2016-03-09 | 2016-03-09 | Octagonal pile and H pile buckling equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610132332.4A CN105625413A (en) | 2016-03-09 | 2016-03-09 | Octagonal pile and H pile buckling equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105625413A true CN105625413A (en) | 2016-06-01 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610132332.4A Withdrawn CN105625413A (en) | 2016-03-09 | 2016-03-09 | Octagonal pile and H pile buckling equipment |
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| Country | Link |
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| CN (1) | CN105625413A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105735265A (en) * | 2016-03-09 | 2016-07-06 | 李会修 | Octagonal pile and H-shaped pile insertion and connection equipment |
| CN105735264A (en) * | 2016-03-09 | 2016-07-06 | 李会修 | Combined device for octagonal piles and H-shaped piles |
| CN108894725A (en) * | 2018-08-07 | 2018-11-27 | 江西基良工程机械设备有限公司 | Drilling machine for the continuous interlocking pile barricade of foundation pit |
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| CN105735265A (en) * | 2016-03-09 | 2016-07-06 | 李会修 | Octagonal pile and H-shaped pile insertion and connection equipment |
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| CN201962688U (en) * | 2010-12-02 | 2011-09-07 | 中交四航局第一工程有限公司 | Diaphram wall wharf pile foundation structure |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105735265A (en) * | 2016-03-09 | 2016-07-06 | 李会修 | Octagonal pile and H-shaped pile insertion and connection equipment |
| CN105735264A (en) * | 2016-03-09 | 2016-07-06 | 李会修 | Combined device for octagonal piles and H-shaped piles |
| CN108894725A (en) * | 2018-08-07 | 2018-11-27 | 江西基良工程机械设备有限公司 | Drilling machine for the continuous interlocking pile barricade of foundation pit |
| CN108894725B (en) * | 2018-08-07 | 2024-03-29 | 江西基业良工桩机制造有限公司 | Drilling machine for foundation pit continuous occlusion pile retaining wall |
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Application publication date: 20160601 |
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