KR101496733B1 - Horizontal well drilling device having guide pipe for excavating - Google Patents

Abstract

The present invention relates to a horizontal aligning apparatus having a linear guide pipe capable of correcting the direction of punching at the time of setting, so that accurate construction can be achieved. The horizontal aligning apparatus includes a driving motor Wow; An auger member connected to the driving motor and pivoting the ground while being driven to rotate by a rotational driving force provided by the driving motor; A hollow case having a hollow inside thereof and accommodating the auger member in the hollow and being inserted into the ground by pivoting of the auger member; And a guide pipe having a part of which is inserted into the auger member and another part of which is extended to the outside of the auger member so that the tip of the guide pipe is inclined so that the direction of insertion of the pouring case into the ground can be adjusted, It is possible to adjust the direction in which the leading end of the horizontally aligning device used for the installation of the pipe connected with the intake pipe can be adjusted so that the precise construction can be performed.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a horizontally aligning apparatus having a guide guide pipe,

The present invention relates to a horizontally aligning apparatus having a guide pipe for linear punching, and more particularly, to a horizontal aligning apparatus having a guide pipe for linear punching capable of adjusting the direction of punching at the time of punching, ≪ / RTI >

Recently, as the importance of water resources has increased due to changes in the environment due to industrial development and population growth, it is known that many developed countries are putting enormous budget and effort into securing enough water resources.

As part of efforts to secure such water resources, for example, mainly in European advanced countries, there are few cases where direct water is taken directly for the production of tap water, and radial dust collecting is installed on the lake or river side, The riverbed filtration method has been making efforts to use fewer possible chemicals in the purification process.

Typically, radial collectors have the advantage of pumping large quantities of water from the aquifer and can even increase the rate of water inflow from aquifer to aquifers and sediments, In Korea, there is an increasing tendency to introduce radial house correction.

1 is a plan view showing a structure in which a horizontal aligning apparatus having a conventional pre-drilling guide pipe pivots a ground.

As shown in FIG. 1, a radial vertical windshield 1 is applied to the soft rock layer and the carcass layer through the soil layer and the sandwich layer, and then the horizontal excavator 10 (2) is installed in an aquifer located between the stony bed and the carcass layer through a horizontal drainage tank (2) and a strainer is installed in the horizontal drainage tank (2) do.

1, a pipe-shaped outer casing 11 is press-fitted into the inner wall of the vertical collector 1 through a horizontal excavator 10, The horizontal intake tube 2 is excavated by rotating the screw rod 12 inserted in the outer casing 11 to advance the excavation tool 13 at the front end.

However, in such a horizontal aligning apparatus equipped with a conventional pre-drilling guide pipe, there is no means for judging whether or not the direction of pivoting of the ground proceeds in a direction desired by the operator when the outer casing 11 is pushed onto the ground There is a problem that construction is inconvenient because it is not possible to know at all whether construction is proceeding properly.

Further, even if the direction of advance of the outer casing 11 does not proceed in a direction desired by the operator, there is no means for adjusting the direction of advance of the outer casing 11, so that there is a problem that correct construction can not be performed.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a horizontal alignment device, It is an object of the present invention to provide a horizontal aligning apparatus having a guide pipe.

In order to solve the above-described problems, the present invention provides a driving apparatus for a vehicle, comprising: a driving motor coupled to one side of a supporting plate to provide a rotational driving force; An auger member connected to the driving motor and pivoting the ground while being driven to rotate by a rotational driving force provided by the driving motor; A hollow case having a hollow inside thereof and accommodating the auger member in the hollow and being inserted into the ground by pivoting of the auger member; A guide pipe having a part thereof inserted into the auger member and another part extended to the outside of the auger member so as to adjust a direction in which the pouring case is inserted at the time of insertion into the ground; The present invention relates to a horizontally aligning apparatus having a guide pipe.

A hydraulic cylinder is fixedly coupled to the driving motor, one side of the hydraulic cylinder is fixedly coupled to one side of the supporting plate, and the other side of the hydraulic cylinder is fixedly coupled to one side of the pressing case, And can be movably provided.

Between the other side of the hydraulic cylinder and one side of the pushing case, a cylinder bore and a pushing case press-in plate through which an auger hole penetrates may be installed.

Further, the guide pipe may be further provided with a separate direction adjusting means for adjusting the pumping direction by rotating the guide pipe by a predetermined angle.

In addition, the direction adjusting means may be configured as a rotary socket for connecting one side of the outer surface of the guide pipe to the driving motor so as to be rotatable.

Further, at the end of the auger member, a separate tri-cone bead disposed at the tip of the push casing may be provided.

In order to track the direction in which the guide pipe pivots the ground, a position-tracking sensor may be provided at an end of the guide pipe.

In addition, a separate light guide for guiding the direction in which the guide pipe is to be pushed may be provided outside the auger member.

The monitoring pipe may further include a monitoring member for visually recognizing a pivot path of the guide pipe tracked by the position tracking sensor and a direction guided by the light pipe so as to correct the pivot path of the guide pipe. have.

According to the present invention, the direction of pivoting of the tip end of a horizontal aligning device used for installing a pipe connected to the intake pipe can be adjusted so that accurate construction can be performed.

1 is a plan view showing a structure in which a conventional horizontal aligning apparatus pivots a ground,
2 is a plan view showing the structure of a horizontal aligning apparatus having a pre-drilling guide pipe according to an embodiment of the present invention,
Figs. 3 (a) and 3 (b) are plan views showing the structure of the push casing insertion plate of Fig. 2,
4 (a) and 4 (b) are plan views showing an operation of pivoting a ground using a horizontal aligning apparatus having a pre-drilled guide pipe according to an embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 2 is a plan view showing the structure of a horizontal aligning apparatus having a pre-drilling guide pipe according to an embodiment of the present invention. FIGS. 3A and 3B show the structure of the pushing case press- 4 (a) and 4 (b) are plan views illustrating the operation of pivoting the ground using a horizontal aligning apparatus having a pre-drilled guide pipe according to an embodiment of the present invention.

As shown in these drawings, a horizontal aligning apparatus having a line guide guide pipe according to the present invention includes a drive motor 100 coupled to one side of a support plate 110 to provide a rotational drive force, a drive motor 100 The auger member 200 is connected to the driving motor 100 and rotatably drives the ground by a rotational driving force provided from the driving motor 100. The auger member 200 is formed in the hollow 310, A pivoting case 300 which is inserted into the ground by the pivoting of the auger member 200 and a part of the pivot member 300 which is inserted into the ground to adjust the direction in which the pivot case 300 is inserted into the ground. And a guide pipe 400 inserted into the other part of the auger member 200 and extending to the outside of the auger member 200 and having its tip sloped.

The drive motor 100 is a member that is fixedly coupled to one side of the support plate 110 and serves to provide a rotational force to the auger member 200 side that pivots the ground. The drive motor 100 includes a plurality of hydraulic cylinders 120 And is fixedly coupled to one side of the support plate 110.

One side of the hydraulic cylinder 120 is fixedly coupled to one side of the support plate 110 and the other side of the hydraulic cylinder 120 is fixedly coupled to one side of the pushing case 300, Respectively.

The pierced case 300 is pushed together with the auger member 200 by the hydraulic cylinder 120 to the ground so that the ground is pushed by the auger member 200 and the pierced case 300 is pushed into the ground .

Between the other side of the hydraulic cylinder 120 and one side of the pushing case 300 is provided a cylinder hole 131 and a pushing case press-in plate 130 through which an auger hole 132 penetrates.

An auger hole 132 through which the auger member 200 can pass is formed in a central region of the pushing case press-fitting plate 130. A hydraulic cylinder 120 can penetrate the periphery of the auger hole 132 A plurality of cylinder holes 131 may be formed. Depending on the type of the ground where the auger member 200 is pierced, two or three cylinder holes 131 may be formed.

In the case where the strength of the ground is weak, two hydraulic cylinders (131) are formed because the ground can be pivoted by only two hydraulic cylinders (120). When the strength of the ground is high, It is preferable that four cylinder holes 131 are formed.

The auger member 200 is a member that drills substantially the ground, and is provided with a separate trick cone bead 210 at the end thereof for initial piercing of the ground.

The tricon beads 210 for excavation are preferably made of a harder material than the auger member 200 for smooth piercing at the time of initial piercing. For smooth initial piercing, Respectively.

A helical spiral member 220 is provided on the circumferential surface of the auger member 200 to move the ground material such as soil or gravel or the like generated when the ground is pushed back to form a bone vacuum having a predetermined diameter, Respectively.

The piercing case 300 is a cylindrical member formed to enclose the outside of the auger member 200. When the auger member 200 is inserted into the perforated ground as the ground is punctured, .

After the paving operation of the ground is completed, the pavement case 300 is drawn out to the outside of the ground, and then the pillar pipe is inserted at the position where the pavement case 300 is inserted.

A guide pipe 400 is provided in an inner central region of the auger member 200 so that the direction of pivoting of the ground can be tracked. And the other portion is formed outside the auger member 200. As shown in Fig.

The tip end of the guide pipe 400 disposed outside the auger member 200 is inclined so as to adjust the pumping direction while pivoting the ground, and a position tracking sensor 401 is provided at an end of the guide pipe 400 .

It is possible to determine whether or not the position tracking sensor 401 is disposed at the correct position to be installed by the interaction with the position tracking sensor 401 at the end of the guide pipe 400 extending to the outside of the driving motor 100 A light wave generator 500 is provided.

That is, the light guide 500 guides the precise direction in which the ground should be pushed by the linearity of the light generated from the light guide 500, and the position tracking sensor 401 is placed on the route guided by the light guide 500 It is possible to judge whether or not the accurate construction is being performed.

In accordance with the determination, the user can visually recognize the pivot path of the pushed case 300 tracked by the position tracking sensor 401 and the direction guided by the light guide 500 so as to correct the pivot path of the pivot case 300 A separate monitoring member 600 may be further provided.

4 (a), when the guide pipe 400 moves upward with respect to the direction guided by the light guide 500, the guide pipe 400 is inclined in a downward inclined direction The tip end resistance force acts on the lower side so that the guide pipe 400 moves downward and is pivoted in the direction guided by the light wave machine 500.

4 (b), when the guide pipe 400 moves downward with respect to the direction guided by the light guide 500, one side of the guide pipe 400, which is sloped and formed, The tip end resistance force acts on the upper side so that the guide pipe 400 moves upward and the direction guided by the light wave machine 500 is pivoted.

To this end, a direction adjusting unit 410 is further provided at one side of the driving motor 100 to rotate the guide pipe 400 by a predetermined angle to adjust the pumping direction.

The direction adjusting means 410 may include a rotating socket 411 for connecting one side of the guide pipe 400 to the driving motor 100 to be rotatable.

The driving of the rotary socket 411 can be performed in the forward direction or the reverse direction by visually recognizing the displacement of the position of the position tracking sensor 401 by the monitoring member 600 by the excitation path guided by the light wave machine 500 The rotation is performed at a constant angle in the reverse direction.

As described above, the process of pivoting the ground using the horizontal aligning apparatus having the line-guiding guide pipe having the above-described configuration is as follows.

First, the auger member 200 and the punching case 300 of the horizontal aligning device having the pre-drilling guide pipe according to the embodiment of the present invention are disposed in the direction of drilling the ground, The guide pipe 400 is brought into contact with the wall surface.

The light guide 500 is operated to guide the bending direction of the auger member 200 and the bending case 300 and the bending direction of the guide pipe 400 and the bending direction guided by the optical wave machine 500, The monitoring member 600 confirms whether the position tracking sensor 401 provided at the end of the positioning member 400 is matched.

Thereafter, when the drive motor 100 is driven, the guide pipe 400 rotates and begins to be inserted through one side wall of the intake pipe. When the guide pipe 400 continues to be linearly pivoted, The excavating triocone beads 210 provided therein are brought into contact with the inner wall surface of the collector.

As the rotation of the driving motor 100 progresses, the auger member 200 and the pushing case 300 pierce the ground due to the piercing of the pushing tri-cone bead 210. As the pushing proceeds, 600 and the position tracking sensor 401 at the end of the guide pipe 400 do not coincide with each other, the direction adjusting means 400 is driven.

That is, when the bent case 300 moves upwards with respect to the direction guided by the light guide 500, the inclined side surface of the guide pipe 400 is rotated in a downward inclined direction so that the tip resistance force acts downward The guide pipe 400 moves downward and is pivoted in a direction guided by the light wave machine 500.

When the pushed case 300 moves downward with respect to the direction guided by the light guide 500, the inclined side surface of the guide pipe 400 is rotated in an upward sloping direction so that the tip resistance force acts upward The guide pipe 400 moves upward so that the direction guided by the light wave machine 500 is pushed.

When the auger member 200 and the pushing case 300 are inserted into the ground with a desired length when the guide pipe 400 is pivoted in the pushing direction guided by the light wave machine 500 by the rotation of the guide pipe 400, When the pipe 300 is taken out of the ground and then the pipe is inserted instead of the casing 300, the construction is completed.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention as defined in the appended claims. It is to be understood that both the technical idea and the technical spirit of the invention are included in the scope of the present invention.

100: drive motor 110: support plate
120: Hydraulic cylinder 130: Case press-in plate
200: auger member 210: tricon bead for excavation
220: helical member 300: pushing case
310: hollow 400: guide pipe
401: Positioning sensor 410: Direction adjusting means
411: Rotating socket 500:
600: absence of monitoring

Claims (9)

A driving motor 100 coupled to one side of the support plate 110 to provide rotational driving force;
An auger member (200) connected to the driving motor (100) and pivoting the ground while being driven to rotate by a rotational driving force provided by the driving motor (100);
(300) having a hollow (310) formed therein and receiving the auger member (200) in the hollow (310) and being inserted into the ground by pivoting of the auger member (200);
A part of which is inserted into the auger member 200 and the other part of which is extended to the outside of the auger member 200 so that the direction of insertion of the pouring case into the ground can be adjusted, A guide pipe 400; Including,
The guide pipe 400 is further provided with a separate direction adjusting means 400 for adjusting the direction of pivoting by rotating the guide pipe 400 by a predetermined angle. And a rotating socket (410) connected to the motor (100) so as to be rotatable. The method according to claim 1,
A hydraulic cylinder 120 is fixedly coupled to the driving motor 100 and one side of the hydraulic cylinder 120 is fixedly coupled to one side of the supporting plate 110 and the other side of the hydraulic cylinder 120 is connected to the driving case 100, (300) is fixedly coupled to one side of the guide shaft (300) so that the guide shaft (300) is movable along the direction of advance. 3. The method of claim 2,
A cylinder hole 131 and a pushing case press-fit plate 130 formed through the auger hole 132 are formed between the other side of the hydraulic cylinder 120 and one side of the pushing case 300. [ A horizontal calibrating device with a bending guide pipe. delete delete The method according to claim 1,
Wherein the auger member (200) is provided at the end thereof with a separate trick cone bead (210) disposed at the front end of the casing (300). 7. The method according to any one of claims 1 to 6,
Wherein a position tracking sensor (401) is provided at an end of the guide pipe (400) so as to track the direction in which the guide pipe (400) pivots the ground. 8. The method of claim 7,
And a separate light guide (500) guiding the direction in which the guide pipe (400) is to be pivoted is provided on the outer side of the auger member (200). 9. The method of claim 8,
So as to visually recognize the pivot path of the guide pipe 400 tracked by the position tracking sensor 230 and the direction guided by the light pipe 500 so as to correct the pivot path of the guide pipe 400 Wherein a separate monitoring member (600) is further provided on the side of the guide pipe.

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