CN104863499A

CN104863499A - Six-shaft rectangular drilling machine

Info

Publication number: CN104863499A
Application number: CN201510168471.8A
Authority: CN
Inventors: 张永忠
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-04-12
Filing date: 2015-04-12
Publication date: 2015-08-26

Abstract

The invention provides a six-shaft rectangular drilling machine. During work, a stirring rod B drives an eccentric body A to rotate forward synchronously through an independent shaft A, and drives an eccentric body C to rotate forward synchronously through an independent shaft C when rotating; the eccentric body A drives a round sleeve A and a stirring arm A to move when rotating; the eccentric body C drives a round sleeve C and a stirring arm C to move synchronously when rotating; a stirring rod E drives an eccentric body B to rotate backwards synchronously through an independent shaft B, and drives an eccentric body D to rotate backwards synchronously through an independent shaft D when rotating; the eccentric body B drives a round sleeve B and a stirring arm B to rotate when rotating; the eccentric body D drives a round sleeve D and a stirring arm D to rotate synchronously when rotating; the stirring arms (A, B, C and D) cut a front part and a back part which are not cut by a drill; soil falls on the drill during cutting; the drill rotates to stir soil and water into slurry; slurry flows out of a hole to a rectangular hole formed outside the hole.

Description

Six axle rectangle rigs

Technical field

The present invention relates to a kind of rig, particularly a kind of six axle rectangle rigs of earth drilling.

Background technology

At present, rig is all drive bit to form a circular hole by drilling rod.

Summary of the invention

The present invention compensate for above shortcoming, provides a kind of six axle rectangle rigs.

The present invention is achieved through the following technical solutions:

A kind of six axle rectangle rigs, puddler A, puddler B, puddler C, puddler D, puddler E, puddler F lower end is respectively equipped with a drill bit, drill bit top puddler A, puddler C, puddler D, puddler F is respectively equipped with a bar cover, puddler B is provided with a transfer case A, puddler E is provided with a transfer case B, between transfer case A and adjacent two bar overlaps, between transfer case B overlaps with adjacent two bars and bar overlap to overlap with bar between be all connected by a connecting rod, transfer case A forwardly exports a point moving axis A, export a point moving axis C rearwards, divide on moving axis A and be fixed with eccentric body A, eccentric body A is provided with circle cover A, circle cover A is fixed with mixing arm A, the right-hand member hinged hinge untie-sell A of mixing arm A, divide on moving axis C and be fixed with eccentric body C, eccentric body C is provided with circle cover C, circle cover C is fixed with mixing arm C, the right-hand member hinged hinge untie-sell B of mixing arm C, transfer case B forwardly exports a point moving axis B, exports a point moving axis D rearwards, divide on moving axis B and be fixed with eccentric body B, eccentric body B is provided with circle cover B, circle cover B is fixed with mixing arm B, the left end hinged hinge untie-sell A of mixing arm B, point moving axis D is fixed with eccentric body D, and eccentric body D is provided with circle cover D, circle cover D is fixed with mixing arm D, the left end hinged hinge untie-sell B of mixing arm D.

The present invention has following feature:

The position that front and back drill bit are not cut to by mixing arm A of the present invention, mixing arm B, mixing arm C, mixing arm D is at the volley cut, the soil cut drops to bit location, soil and water are stirred into mud by drill bit in rotation, and mud flows to orthogonal hole hole in hole.

Accompanying drawing explanation

Below in conjunction with accompanying drawing, the present invention is further illustrated:

Fig. 1 is front elevation drawing of the present invention;

Fig. 2 is rear elevation of the present invention;

Fig. 3 is A-A view of the present invention and B-B view.

In figure: 1, puddler A, 2, puddler B, 3, puddler C, 4, puddler D, 5, puddler E, 6, puddler F, 7, drill bit, 8, bar cover, 9, connecting rod, 10, transfer case A, 11, transfer case B, 12, divide moving axis A, 13, divide moving axis B, 14, eccentric body A, 15, eccentric body B, 16, circle cover A, 17, circle cover B, 18, mixing arm A, 19, mixing arm B, 20, hinge untie-sell A, 21, divide moving axis C, 22, divide moving axis D, 23, eccentric body C, 24, eccentric body D, 25, circle cover C, 26, circle cover D, 27, mixing arm C, 28, mixing arm D, 29, hinge untie-sell B.

Detailed description of the invention

Accompanying drawing is a kind of specific embodiment of the present invention, this embodiment puddler A1, puddler B2, puddler C3, puddler D4, puddler E5, puddler F6 lower end is respectively equipped with a drill bit 7, drill bit top puddler A, puddler C, puddler D, puddler F is respectively equipped with a bar cover 8, puddler B is provided with a transfer case A10, puddler E is provided with a transfer case B11, between transfer case A and adjacent two bar overlaps, between transfer case B overlaps with adjacent two bars and adjacent bar overlap to overlap with bar between be all connected by a connecting rod 9, transfer case A forwardly exports a point moving axis A12, export a point moving axis C21 rearwards, divide on moving axis A and be fixed with eccentric body A14, eccentric body A is provided with circle cover A16, circle cover A is fixed with mixing arm A18, the right-hand member hinged hinge untie-sell A20 of mixing arm A, divide on moving axis C and be fixed with eccentric body C23, eccentric body C is provided with circle cover C25, circle cover C is fixed with mixing arm C27, the right-hand member hinged hinge untie-sell B29 of mixing arm C, transfer case B forwardly exports a point moving axis B13, exports a point moving axis D22 rearwards, divide on moving axis B and be fixed with eccentric body B15, eccentric body B is provided with circle cover B17, circle cover B is fixed with mixing arm B19, the left end hinged hinge untie-sell A of mixing arm B, point moving axis D is fixed with eccentric body D24, and eccentric body D is provided with circle cover D26, circle cover D is fixed with mixing arm D28, the left end hinged hinge untie-sell B of mixing arm D.

When the present invention works, puddler A, puddler B, puddler C drive the drill bit of lower end synchronously to rotate forward respectively, puddler D, puddler E, puddler F drive the drill bit of lower end synchronously to reverse respectively, simultaneously, each puddler upper end enters water under high pressure, and water under high pressure flows out by the water hole of each drill bit lower end; Puddler B drives eccentric body A synchronously to rotate forward by point moving axis A in rotation process, point moving axis C drives eccentric body C synchronously to rotate forward, eccentric body A drives circle cover A, mixing arm A to move in rotation process, and eccentric body C drives circle cover C, mixing arm C to be synchronized with the movement in rotation process; Puddler E drives eccentric body B synchronously to reverse by point moving axis B in rotation process, point moving axis D drives eccentric body D synchronously to reverse, eccentric body B drives circle cover B, mixing arm B to move in rotation process, and eccentric body D drives circle cover D, mixing arm D to be synchronized with the movement in rotation process; The position that front and back drill bit are not cut to by mixing arm A, mixing arm B, mixing arm C, mixing arm D is at the volley cut, and the soil of cutting drops to bit location, and soil and water are stirred into mud by drill bit in rotation, and mud flows to orthogonal hole hole in hole.

Claims

1. an axle rectangle rig, puddler A(1), puddler B(2), puddler C(3), puddler D(4), puddler E(5), puddler F(6) lower end is respectively equipped with a drill bit (7), drill bit top puddler (A), puddler (C), puddler (D), puddler (F) is respectively equipped with a bar cover (8), puddler B is provided with a transfer case A(10), puddler E is provided with a transfer case B(11), between transfer case A and adjacent two bar overlaps, between transfer case B overlaps with adjacent two bars and adjacent bar overlap to overlap with bar between be all connected by a connecting rod (9), transfer case A forwardly exports a point moving axis A(12), export a point moving axis C(21 rearwards), divide on moving axis A and be fixed with eccentric body A(14), eccentric body A is provided with circle cover A(16), circle cover A is fixed with mixing arm A(18), the right-hand member hinged hinge untie-sell A(20 of mixing arm A), point moving axis C is fixed with eccentric body C(23), eccentric body C is provided with circle cover C(25), circle cover C is fixed with mixing arm C(27), the right-hand member hinged hinge untie-sell B(29 of mixing arm C), transfer case B forwardly exports a point moving axis B(13), export a point moving axis D(22 rearwards), divide on moving axis B and be fixed with eccentric body B(15), eccentric body B is provided with circle cover B(17), circle cover B is fixed with mixing arm B(19), the left end hinged hinge untie-sell A of mixing arm B, point moving axis D is fixed with eccentric body D(24), eccentric body D is provided with circle cover D(26), circle cover D is fixed with mixing arm D(28), the left end hinged hinge untie-sell B of mixing arm D, it is characterized in that: during six axle rectangle rig work, puddler A, puddler B, puddler C drive the drill bit of lower end synchronously to rotate forward respectively, puddler D, puddler E, puddler F drive the drill bit of lower end synchronously to reverse respectively, simultaneously, each puddler upper end enters water under high pressure, and water under high pressure flows out by the water hole of each drill bit lower end, puddler B drives eccentric body A synchronously to rotate forward by point moving axis A in rotation process, point moving axis C drives eccentric body C synchronously to rotate forward, eccentric body A drives circle cover A, mixing arm A to move in rotation process, and eccentric body C drives circle cover C, mixing arm C to be synchronized with the movement in rotation process, puddler E drives eccentric body B synchronously to reverse by point moving axis B in rotation process, point moving axis D drives eccentric body D synchronously to reverse, eccentric body B drives circle cover B, mixing arm B to move in rotation process, and eccentric body D drives circle cover D, mixing arm D to be synchronized with the movement in rotation process, the position that front and back drill bit are not cut to by mixing arm A, mixing arm B, mixing arm C, mixing arm D is at the volley cut, and the soil of cutting drops to bit location, and soil and water are stirred into mud by drill bit in rotation, and mud flows to orthogonal hole hole in hole.