CN104846817B - A kind of implementation of six prism complex cement earth pile machines - Google Patents

Abstract

An implementation method of a hexagonal prism composite cement-soil pile driver. When the hexagonal prism composite cement-soil pile driver is working, the submersible motor drives the drill pipe at the lower end and the cutting head to rotate through the active box. When the cutting head rotates, a plurality of first The shovel cuts the soil, the water delivery device delivers water to the cutting head, and the multiple first shovels at the lower part of the cutting head mix the soil and water into mud; The three guide rods and the fourth guide rod are guided to move up and down continuously. At the same time, the water delivery device delivers water to the inside of the hexagonal frame. Multiple second shovels inside the frame stir the soil and water into mud, and the mud flows out of the hole to form a hexagonal hole.

Description

Implementation method of a hexagonal prism composite cement-soil pile driver

technical field

The invention relates to a cement-soil pile driver, in particular to an implementation method of a six-prism composite cement-soil pile driver used in building foundation engineering.

Background technique

At present, the composite soil-cement pile machine can only be used to manufacture underground composite soil-cement piles.

Contents of the invention

The present invention makes up for the above shortcomings, and provides an implementation method of a hexagonal prism composite cement-soil pile machine.

The present invention is achieved through the following technical solutions:

A hexagonal prism composite cement-soil pile driver, the lower end of the multi-section rod is fixed on the upper cover of the submersible motor casing, the lower end of the submersible motor is connected to the driving box, the left side of the driving box is provided with a first driven plate, and the left side of the first driven plate is eccentric There is a first shaft, the first shaft is hinged to the upper end of the first driven rod, and the lower end of the first driven rod is hinged to the upper left end of the hexagonal frame; the right side of the active box is provided with a second driven plate, which The right side is eccentrically provided with a second shaft body, the second shaft body is hinged to the upper end of the second driven rod, and the lower end of the second driven rod is hinged to the upper right end of the hexagonal frame; The front part of the driven plate is eccentrically provided with a third shaft, the third shaft is hinged to the upper end of the third driven rod, and the lower end of the third driven rod is hinged to the front upper end of the hexagonal frame; the rear of the active box is provided with a fourth driven plate , the rear part of the fourth driven plate is eccentrically provided with a fourth shaft body, the fourth shaft body is hinged to the upper end of the fourth driven rod, and the lower end of the fourth driven rod is hinged to the rear upper end of the hexagonal frame; the four corners of the lower end of the active box are respectively A first guide rod, a second guide rod, a third guide rod and a fourth guide rod are fixed, the first guide rod penetrates into the first conduit, the second guide rod penetrates into the second conduit, and the third guide rod penetrates into the third guide rod. Conduit, the fourth guide rod penetrates the fourth conduit, the first conduit and the second conduit are fixed on the second connecting plate, the third conduit and the fourth conduit are fixed on the first connecting plate, and the second connecting plate is fixed on the hexagonal The front part of the hexagonal frame, the first connecting plate is fixed on the rear part of the hexagonal frame; the lower part of the hexagonal frame is provided with a plurality of first knives, and the six inner corners of the hexagonal frame are respectively provided with a plurality of first blades. Two knife shovels; a drill pipe is arranged in the middle of the lower end of the active box, a cutting head is arranged at the lower end of the drill pipe, and a plurality of first knife shovels are arranged at the lower part of the cutting head.

An implementation method of a hexagonal prism composite cement-soil pile machine. When the hexagonal prism composite cement-soil pile machine is working, the submersible motor drives the drill pipe at the lower end and the cutting head to rotate through the active box. When the cutting head rotates, multiple The first shovel cuts the soil, the water delivery device delivers water to the cutting head, and the multiple first shovels at the lower part of the cutting head mix the soil and water into mud; the submersible motor drives the first driven plate on the left and right through the active box , the second driven disk, the third driven disk, and the fourth driven disk rotate at the same speed. When the first driven disk rotates, the left side of the hexagonal frame is driven up and down by the first shaft body and the first driven rod. When the second driven disk rotates, it drives the right side of the hexagonal frame to move up and down through the second shaft body and the second driven rod. When the third driven disk rotates, it drives the hexagonal frame through the third shaft body and the third driven rod. The front edge of the frame moves up and down, and the fourth driven disc drives the rear edge of the hexagonal frame to move up and down through the fourth shaft body and the fourth driven rod when the fourth driven plate rotates. The rod, the third guide rod, and the fourth guide rod are guided to move up and down continuously. At the same time, the water delivery device delivers water to the inside of the hexagonal frame. A plurality of second shovels inside the hexagonal frame stir the soil and water into mud, and the mud flows out of the holes to form hexagonal holes.

The present invention has following characteristics:

The hexagonal frame of the present invention is guided by the first guide rod, the second guide rod, the third guide rod, and the fourth guide rod to move up and down continuously, and at the same time, the water delivery device delivers water to the interior of the hexagonal frame, and the hexagonal frame is in the During the movement, a plurality of first blades at the lower part of the hexagonal frame and a plurality of second blades inside the hexagonal frame stir the soil and water into mud, and the mud flows out of the hole to form a hexagonal hole.

Description of drawings

Below in conjunction with accompanying drawing, the present invention will be further described:

Fig. 1 is a structural representation of the present invention;

Fig. 2 is the left view of Fig. 1;

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

In the figure: 1. multi-section rod, 2. submersible motor, 3. driving box, 4. first driven disc, 5. second driven disc, 6. first shaft body, 7. second shaft body, 8 , the first driven rod, 9, the second driven rod, 10, the hexagonal frame, 11, the first blade, 12, the drill pipe, 13, the cutting head, 14, the first guide rod, 15, the second Guide rod, 16, the first conduit, 17, the second conduit, 18, the third driven disk, 19, the third shaft body, 20, the third driven rod, 21, the fourth driven disk, 22, the fourth Shaft body, 23, the fourth driven rod, 24, the third guide rod, 25, the fourth guide rod, 26, the third conduit, 27, the fourth conduit, 28, the first connecting plate, 29, the second connecting plate , 30, the second knife shovel.

detailed description

The accompanying drawing is a specific embodiment of the present invention, the lower end of the multi-section rod 1 of this embodiment is fixed on the upper cover of the shell of the submersible motor 2, the lower end of the submersible motor is connected to the active box 3, and the left side of the active box is provided with a first driven plate 4 , the left side of the first driven plate is eccentrically provided with a first shaft 6, the first shaft is hinged to the upper end of the first driven rod 8, the lower end of the first driven rod is hinged to the left upper end of the hexagonal frame 10; the right side of the active box is provided There is a second driven plate 5, and the second shaft body 7 is eccentrically arranged on the right side of the second driven plate. The second shaft body is hinged to the upper end of the second driven rod 9, and the lower end of the second driven rod is hinged to the upper right end of the hexagonal frame. The front part of the active box is provided with a third driven disc 18, and the front part of the third driven disc is eccentrically provided with a third shaft body 19, the third shaft body is hinged to the upper end of the third driven rod 20, and the lower end of the third driven rod is hinged The front upper end of the hexagonal frame; the rear part of the active box is provided with a fourth driven plate 21, and the rear part of the fourth driven plate is eccentrically provided with a fourth shaft body 22, which is hinged to the upper end of the fourth driven rod 23. The lower ends of the four driven rods are hinged to the rear upper end of the hexagonal frame; the four corners of the lower end of the active box are respectively fixed with the first guide rod 14, the second guide rod 15, the third guide rod 24, the fourth guide rod 25, the first guide rod Rod penetrates first conduit 16, second guide rod penetrates second conduit 17, third guide rod penetrates third conduit 26, fourth guide rod penetrates fourth conduit 27, first conduit and second conduit are fixed on On the second connecting plate 29, the third conduit and the fourth conduit are fixed on the first connecting plate 28, the second connecting plate is fixed on the front part of the hexagonal frame, and the first connecting plate is fixed on the rear part of the hexagonal frame The bottom of the hexagonal frame is provided with a plurality of first blades 11, and the six inner corners of the hexagonal frame are respectively provided with a plurality of second blades 30; the middle of the lower end of the active box is provided with a drill rod 12, and the lower end of the drill rod A cutting head 13 is provided, and a plurality of first shovels 11 are arranged at the lower part of the cutting head.

When the present invention works, the submersible motor drives the drill rod at its lower end and the cutting head to rotate through the active box. When the cutting head rotates, the first blades and shovels below it cut the soil, and the water delivery device delivers water to the cutting head. The multiple first shovels in the lower part stir the soil and water into mud; the submersible motor drives the first driven disc, the second driven disc, the third driven disc and the fourth driven disc on the left and right through the active box at the same speed When the first driven disk rotates, it drives the left side of the hexagonal frame to move up and down through the first shaft body and the first driven rod. When the second driven disk rotates, it drives the hexagonal frame through the second shaft body and the second driven rod. The right side of the hexagonal frame moves up and down. When the third driven disc rotates, it drives the front edge of the hexagonal frame to move up and down through the third shaft and the third driven rod. When the fourth driven disc rotates, it passes through the fourth shaft and the third driven plate. The four driven rods drive the rear side of the hexagonal frame to move up and down, thus, the hexagonal frame moves up and down continuously guided by the first guide rod, the second guide rod, the third guide rod and the fourth guide rod, and simultaneously delivers water The device transports water to the inside of the hexagonal frame. During the movement of the hexagonal frame, multiple first blades at the lower part of the hexagonal frame and multiple second blades inside the hexagonal frame mix the soil and water into mud, The mud flows out from the hole to form a hexagonal hole.

Claims (1)

1. the implementation of a prism complex cement earth pile machine, it is characterized in that: submersible motor (2) outer casing upper cover is fixed in Multi section bar (1) lower end, submersible motor lower end is connected in driving headstock (3), the first clutch plate (4) it is provided with on the left of driving headstock, the first axle body (6) it is eccentrically provided with on the left of first clutch plate, the first axle body hinged first follower lever (8) upper end, the first follower lever lower end hinged hexagonal cage (10) left upper end；It is provided with the second clutch plate (5) on the right side of driving headstock, on the right side of the second clutch plate, is eccentrically provided with the second axle body (7), the second axle body hinged second follower lever (9) upper end, the second follower lever lower end hinged hexagonal cage upper right side；Driving headstock front portion is provided with the 3rd clutch plate (18), and the 3rd clutch plate front portion is eccentrically provided with three-axis body (19), hinged 3rd follower lever (20) upper end of three-axis body, the 3rd front upper end of hinged hexagonal cage, follower lever lower end；Driving headstock rear portion is provided with the 4th clutch plate (21), and the 4th clutch plate rear portion is eccentrically provided with the 4th axis body (22), hinged 4th follower lever (23) upper end of the 4th axis body, upper end after the 4th hinged hexagonal cage in follower lever lower end；Four, driving headstock lower end is respectively fixed with the first guide rod (14) on angle, second guide rod (15), 3rd guide rod (24), 4th guide rod (25), first guide rod penetrates the first conduit (16), second guide rod penetrates the second conduit (17), 3rd guide rod penetrates the 3rd conduit (26), 4th guide rod penetrates the 4th conduit (27), first conduit and the second conduit are fixed on the second connecting plate (29), 3rd conduit and the 4th conduit are fixed on the first connecting plate (28), second connecting plate is fixed on the front portion of hexagonal cage, first connecting plate is fixed on the rear portion of hexagonal cage；The bottom of hexagonal cage is provided with multiple first cutter shovel (11), and six interior angles of hexagonal cage are respectively equipped with multiple second cutter shovel (30)；Being provided with a drilling rod (12) in the middle of driving headstock lower end, drilling rod lower end is provided with cutting head (13), and cutting head bottom is provided with multiple first cutter shovel (11)；During six prism complex cement earth pile machine work, submersible motor drives the drilling rod of its lower end and cutting head to rotate by driving headstock, when cutting head rotates, its lower multiple first cuttves shovels cut the soil bodys, water sending device conveying water is to cutting head position, and soil and water are stirred into mud by multiple first cutter shovels of cutting head bottom；nullSubmersible motor drives the first clutch plate of left-right and front-back by driving headstock、Second clutch plate、3rd clutch plate、The 4th synchronized rotation of clutch plate，First clutch plate passes through the first axle body when rotating、First follower lever drives the left side of hexagonal cage to move up and down，Second clutch plate passes through the second axle body when rotating、Second follower lever drives the right of hexagonal cage to move up and down，By three-axis body when 3rd clutch plate rotates、3rd follower lever drives the front of hexagonal cage to move up and down，By the 4th axis body when 4th clutch plate rotates、4th follower lever drives the back of hexagonal cage to move up and down，Thus，Hexagonal cage is with the first guide rod、Second guide rod、3rd guide rod、4th guide rod is not the most stopped transport dynamic for guiding，The water of water sending device conveying simultaneously is to inside hexagonal cage，Soil and water are stirred into mud by the multiple second cutter shovels within multiple first cutter shovels of hexagonal cage hexagonal cage bottom at the volley and hexagonal cage，Mud becomes hexagonal hole in hole tap hole.