CN105064339B - Cross agitation driller - Google Patents

Cross agitation driller Download PDF

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Publication number
CN105064339B
CN105064339B CN201510480457.1A CN201510480457A CN105064339B CN 105064339 B CN105064339 B CN 105064339B CN 201510480457 A CN201510480457 A CN 201510480457A CN 105064339 B CN105064339 B CN 105064339B
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CN
China
Prior art keywords
cross frame
half cross
bar
lower end
transverse axis
Prior art date
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CN201510480457.1A
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Chinese (zh)
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CN105064339A (en
Inventor
余清海
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重庆科燃科技有限公司
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Priority to CN201510480457.1A priority Critical patent/CN105064339B/en
Publication of CN105064339A publication Critical patent/CN105064339A/en
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Publication of CN105064339B publication Critical patent/CN105064339B/en

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Abstract

A kind of cross agitation driller, pressure rod lower end fixes motor upper end, and motor lower end is provided with total dynamic device, and total dynamic device lower end is provided with and creeps into bar one, creeps into bar two, creeps into bar three, creeps into bar four, creeps into bar five;Five are crept into bar and become cross arrangement, every lower end creeping into bar to be respectively equipped with a brill and stir head;Left half cross frame becomes a total cross frame after right half cross frame docking, the lower end of left half cross frame is provided with multiple cutting tooth two, it is equipped with multiple cutting tooth one on each interior angle of left half cross frame, the lower end of right half cross frame is provided with multiple cutting tooth two, and each interior angle of right half cross frame is equipped with multiple cutting tooth one.

Description

Cross agitation driller

Technical field

The present invention relates to a kind of agitation driller, the soil cement cross agitation driller of application in a kind of building foundation engineering.

Background technology

At present, in building foundation engineering, the Soil-cement rig of application is all to stir into a circular stake or row's circle stake by one or more rotary cutting soil body that creep into cement mortar, it is impossible to make cross cement earth pile.

Summary of the invention

The present invention compensate for disadvantage mentioned above, it is provided that a kind of cross agitation driller.

The present invention is achieved through the following technical solutions:

A kind of cross agitation driller, pressure rod lower end fixes motor upper end, and motor lower end is provided with total dynamic device, and total dynamic device lower end is provided with and creeps into bar one, creeps into bar two, creeps into bar three, creeps into bar four, creeps into bar five;Five are crept into bar and become cross arrangement, every lower end creeping into bar to be respectively equipped with a brill and stir head;The right-hand member of pole one and the left end of pole two are individually fixed in pressure rod;Total dynamic device front left part is provided with a wheel disc one, eccentric fixing transverse axis one on wheel disc one, transverse axis one inserts in the rectangle mesopore of square frame one, the upper end of square frame one is fixed with top link one, the left front portion of the upper end thereof pole one of top link one, lower swing arm one is fixed in the lower end of square frame one, and the front portion of left half cross frame is fixed in the lower end of lower swing arm one;Total dynamic device back left part is provided with a wheel disc three, eccentric fixing transverse axis three on wheel disc three, transverse axis three inserts in the rectangle mesopore of square frame three, the upper end of square frame three is fixed with top link three, the left back portion of the upper end thereof pole one of top link three, lower swing arm three is fixed in the lower end of square frame three, and the rear portion of left half cross frame is fixed in the lower end of lower swing arm three;Total dynamic device front right part is provided with a wheel disc two, eccentric fixing transverse axis two on wheel disc two, transverse axis two inserts in the rectangle mesopore of square frame two, the upper end of square frame two is fixed with top link two, the right front portion of the upper end thereof pole two of top link two, lower swing arm two is fixed in the lower end of square frame two, and the front portion of right half cross frame is fixed in the lower end of lower swing arm two;Total dynamic device back right part is provided with a wheel disc four, eccentric fixing transverse axis four on wheel disc four, transverse axis four inserts in the rectangle mesopore of square frame four, the upper end of square frame four is fixed with top link four, the right rear portion of the upper end thereof pole two of top link four, lower swing arm four is fixed in the lower end of square frame four, and the rear portion of right half cross frame is fixed in the lower end of lower swing arm four;Left half cross frame becomes a total cross frame after right half cross frame docking, the lower end of left half cross frame is provided with multiple cutting tooth two, it is equipped with multiple cutting tooth one on each interior angle of left half cross frame, the lower end of right half cross frame is provided with multiple cutting tooth two, and each interior angle of right half cross frame is equipped with multiple cutting tooth one.

The present invention has a following feature:

The present invention is when left half cross frame synchronizes to move to right, right half cross frame synchronizes to move to left, when left half cross frame synchronizes to move to left, right half cross frame synchronizes to move to right, thus, the soil cutting stirring that five brills are stirred beyond head in total cross frame in relative movement by the cutting tooth one on cutting tooth one, cutting tooth two and right half cross frame on left half cross frame, cutting tooth two, pressure rod forms cross cement earth pile in being pressed into downwards.

Accompanying drawing explanation

The present invention is further illustrated below in conjunction with the accompanying drawings:

Fig. 1 is the front view of the present invention;

Fig. 2 is the rearview of the present invention;

Fig. 3 is the A A view of Fig. 1;

Fig. 4 is the B B view of Fig. 1;

Fig. 5 is the C C view of Fig. 1.

In figure: 1, pressure rod, 2, motor, 3, total dynamic device, 4, pole one, 5, pole two, 6, top link one, 7, top link two, 8, square frame one, 9, square frame two, 10, wheel disc one, 11, wheel disc two, 12, transverse axis one, 13, transverse axis two, 14, lower swing arm one, 15, lower swing arm two, 16, left half cross frame, 17, right half cross frame, 18, creep into bar one, 19, creep into bar two, 20, creep into bar three, 21, brill stirs head, 22, top link three, 23, top link four, 24, square frame three, 25, square frame four, 26, wheel disc three, 27, wheel disc four, 28, transverse axis three, 29, transverse axis four, 30, lower swing arm three, 31, lower swing arm four, 32, cutting tooth one, 33, cutting tooth two, 34, creep into bar four, 35, creep into bar five.

Detailed description of the invention

Accompanying drawing is a kind of specific embodiment of the present invention, and motor 2 upper end is fixed in this embodiment pressure rod 1 lower end, and motor lower end is provided with total dynamic device 3, and total dynamic device lower end is provided with and creeps into bar 1, creeps into bar 2 19, creeps into bar 3 20, creeps into bar 4 34, creeps into bar 5 35;Five are crept into bar and become cross arrangement, and every lower end creeping into bar is respectively equipped with a brill and stirs 21;The right-hand member of pole one and the left end of pole two are individually fixed in pressure rod;Total dynamic device front left part is provided with a wheel disc 1, eccentric fixing transverse axis 1 on wheel disc one, transverse axis one inserts in the rectangle mesopore of square frame 1, the upper end of square frame one is fixed with top link 1, the left front portion of the upper end thereof pole 1 of top link one, lower swing arm 1 is fixed in the lower end of square frame one, and the front portion of left half cross frame 16 is fixed in the lower end of lower swing arm one;Total dynamic device back left part is provided with a wheel disc 3 26, eccentric fixing transverse axis 3 28 on wheel disc three, transverse axis three inserts in the rectangle mesopore of square frame 3 24, the upper end of square frame three is fixed with top link 3 22, the left back portion of the upper end thereof pole 1 of top link three, lower swing arm 3 30 is fixed in the lower end of square frame three, and the rear portion of left half cross frame 16 is fixed in the lower end of lower swing arm three;Total dynamic device front right part is provided with a wheel disc 2 11, eccentric fixing transverse axis 2 13 on wheel disc two, transverse axis two inserts in the rectangle mesopore of square frame 29, the upper end of square frame two is fixed with top link 27, the right front portion of the upper end thereof pole 25 of top link two, lower swing arm 2 15 is fixed in the lower end of square frame two, and the front portion of right half cross frame 17 is fixed in the lower end of lower swing arm two;Total dynamic device back right part is provided with a wheel disc 4 27, eccentric fixing transverse axis 4 29 on wheel disc four, transverse axis four inserts in the rectangle mesopore of square frame 4 25, the upper end of square frame four is fixed with top link 4 23, the right rear portion of the upper end thereof pole two of top link four, lower swing arm 4 31 is fixed in the lower end of square frame four, and the rear portion of right half cross frame 17 is fixed in the lower end of lower swing arm four;Left half cross frame becomes a total cross frame after right half cross frame docking, the lower end of left half cross frame is provided with multiple cutting tooth 2 33, it is equipped with multiple cutting tooth 1 on each interior angle of left half cross frame, the lower end of right half cross frame is provided with multiple cutting tooth two, and each interior angle of right half cross frame is equipped with multiple cutting tooth one.

The described bar two that creeps into is arranged at the centre of total cross frame.

The described bar four that creeps into is arranged at the front portion of total cross frame.

The described bar five that creeps into is arranged at the rear portion of total cross frame.

The described bar one that creeps into is arranged at the left part of total cross frame.

The described bar three that creeps into is arranged at the right part of total cross frame.

The present invention is additionally provided with pulp feeding system, each brill is stirred head and is supplied respectively to cement mortar by pulp feeding system, during work, motor is driven by total dynamic device and creeps into bar one, creeps into bar two, creeps into bar three rotating forward, driving is crept into bar four, is crept into bar five reversion, creeps into bar from there through five and drives five brills to stir a rotary cutting stirring soil layer and cement mortar mixed pile-forming respectively;Motor drives wheel disc one and wheel disc three to rotate forward by total dynamic device, motor drives wheel disc two and wheel disc four to invert by total dynamic device, wheel disc one drives transverse axis one to rotate forward during rotating forward, and thus transverse axis about is stirred square frame one and driven left half cross frame to move left and right by lower swing arm one, top link one;Wheel disc three drives transverse axis three to rotate forward during rotating forward, and thus transverse axis about three is stirred square frame three and driven left half cross frame to move left and right by lower swing arm three, top link three;Wheel disc two drives transverse axis two to invert in Umklapp process, and thus transverse axis about two is stirred square frame two and driven the right half cross frame right side to move left by lower swing arm two, top link two;Wheel disc four drives transverse axis four to invert in Umklapp process, and thus transverse axis about four is stirred square frame four and driven the right half cross frame right side to move left by lower swing arm four, top link four;When left half cross frame synchronizes to move to right, right half cross frame synchronizes to move to left, when left half cross frame synchronizes to move to left, right half cross frame synchronizes to move to right, thus, the soil layer cutting stirring that five brills are stirred beyond head in total cross frame in relative movement by the cutting tooth one on cutting tooth one, cutting tooth two and right half cross frame on left half cross frame, cutting tooth two, pressure rod forms cross cement earth pile in being pressed into downwards.

Claims (1)

1. a kind of implementation of a cross agitation driller, motor (2) upper end is fixed in pressure rod (1) lower end, motor lower end is provided with total dynamic device (3), and total dynamic device lower end is provided with and creeps into bar one (18), creeps into bar two (19), creeps into bar three (20), creeps into bar four (34), creeps into bar five (35);Five are crept into bar and become cross arrangement, every lower end creeping into bar to be respectively equipped with a brill and stir head (21);The right-hand member of pole one and the left end of pole two are individually fixed in pressure rod;Total dynamic device front left part is provided with a wheel disc one (10), eccentric fixing transverse axis one (12) on wheel disc one, transverse axis one inserts in the rectangle mesopore of square frame one (8), the upper end of square frame one is fixed with top link one (6), the left front portion of the upper end thereof pole one (4) of top link one, lower swing arm one (14) is fixed in the lower end of square frame one, and the front portion of left half cross frame (16) is fixed in the lower end of lower swing arm one;Total dynamic device back left part is provided with a wheel disc three (26), eccentric fixing transverse axis three (28) on wheel disc three, transverse axis three inserts in the rectangle mesopore of square frame three (24), the upper end of square frame three is fixed with top link three (22), the left back portion of the upper end thereof pole one (4) of top link three, lower swing arm three (30) is fixed in the lower end of square frame three, and the rear portion of left half cross frame (16) is fixed in the lower end of lower swing arm three;Total dynamic device front right part is provided with a wheel disc two (11), eccentric fixing transverse axis two (13) on wheel disc two, transverse axis two inserts in the rectangle mesopore of square frame two (9), the upper end of square frame two is fixed with top link two (7), the right front portion of the upper end thereof pole two (5) of top link two, lower swing arm two (15) is fixed in the lower end of square frame two, and the front portion of right half cross frame (17) is fixed in the lower end of lower swing arm two;Total dynamic device back right part is provided with a wheel disc four (27), eccentric fixing transverse axis four (29) on wheel disc four, transverse axis four inserts in the rectangle mesopore of square frame four (25), the upper end of square frame four is fixed with top link four (23), the right rear portion of the upper end thereof pole two of top link four, lower swing arm four (31) is fixed in the lower end of square frame four, and the rear portion of right half cross frame (17) is fixed in the lower end of lower swing arm four;Left half cross frame becomes a total cross frame after right half cross frame docking, the lower end of left half cross frame is provided with multiple cutting tooth two (33), it is equipped with multiple cutting tooth one (32) on each interior angle of left half cross frame, the lower end of right half cross frame is provided with multiple cutting tooth two, and each interior angle of right half cross frame is equipped with multiple cutting tooth one;It is characterized in that: cross agitation driller is additionally provided with pulp feeding system, each brill is stirred head and is supplied respectively to cement mortar by pulp feeding system, during work, motor is driven by total dynamic device and creeps into bar one, creeps into bar two, creeps into bar three rotating forward, driving is crept into bar four, is crept into bar five reversion, creeps into bar from there through five and drives five brills to stir a rotary cutting stirring soil layer and cement mortar mixed pile-forming respectively;Motor drives wheel disc one and wheel disc three to rotate forward by total dynamic device, motor drives wheel disc two and wheel disc four to invert by total dynamic device, wheel disc one drives transverse axis one to rotate forward during rotating forward, and thus transverse axis about is stirred square frame one and driven left half cross frame to move left and right by lower swing arm one, top link one;Wheel disc three drives transverse axis three to rotate forward during rotating forward, and thus transverse axis about three is stirred square frame three and driven left half cross frame to move left and right by lower swing arm three, top link three;Wheel disc two drives transverse axis two to invert in Umklapp process, and thus transverse axis about two is stirred square frame two and driven the right half cross frame right side to move left by lower swing arm two, top link two;Wheel disc four drives transverse axis four to invert in Umklapp process, and thus transverse axis about four is stirred square frame four and driven the right half cross frame right side to move left by lower swing arm four, top link four;When left half cross frame synchronizes to move to right, right half cross frame synchronizes to move to left, when left half cross frame synchronizes to move to left, right half cross frame synchronizes to move to right, thus, the soil layer cutting stirring that five brills are stirred beyond head in total cross frame in relative movement by the cutting tooth one on cutting tooth one, cutting tooth two and right half cross frame on left half cross frame, cutting tooth two, pressure rod forms cross cement earth pile in being pressed into downwards.
CN201510480457.1A 2015-08-09 2015-08-09 Cross agitation driller CN105064339B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201510480457.1A CN105064339B (en) 2015-08-09 2015-08-09 Cross agitation driller

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201510480457.1A CN105064339B (en) 2015-08-09 2015-08-09 Cross agitation driller

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CN105064339A CN105064339A (en) 2015-11-18
CN105064339B true CN105064339B (en) 2016-12-14

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CN105568991A (en) * 2015-12-31 2016-05-11 刘玉秋 Pile forming machine for round X-shaped opening locking piles
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CN105421401A (en) * 2015-12-31 2016-03-23 叶连国 Rectangular inserting buckling device for cross pile and rectangular pile
CN105649055A (en) * 2016-02-18 2016-06-08 吕文娥 Arc-shaped joint equipment for X piles and rectangular piles
CN105625400A (en) * 2016-02-18 2016-06-01 李会修 Trapezoid locking equipment for X-shaped piles and rectangular piles
CN105625406A (en) * 2016-02-18 2016-06-01 宗琪 V-shaped inserting-combining equipment for X-shaped piles and rectangular piles
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CN105569025A (en) * 2016-02-22 2016-05-11 宗琪 Circular arc connection device of cross-shaped piles and circular piles
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CN105586929A (en) * 2016-02-28 2016-05-18 宗琪 V-shaped plugging device for rhombic piles and cross piles
CN105586927A (en) * 2016-02-28 2016-05-18 宗琪 V-shaped locking device for rhombic piles and cross piles
CN105586928A (en) * 2016-02-28 2016-05-18 宗琪 V-shaped locking device for rhombic piles and cross piles
CN105735263A (en) * 2016-03-06 2016-07-06 陈兆英 Manufacturing device for trapezoidal opening locking X piles

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CN102888840A (en) * 2012-11-11 2013-01-23 张永忠 Y-shaped agitating pile drilling machine
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Inventor after: Yu Qinghai

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Address after: 11 unit 1, building 9, 401312 Banan Avenue, Banan District, Chongqing, 26-4

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