KR101851779B1 - Construction device of All-in-one boundary stone having caterpillar track - Google Patents

Abstract

The present invention relates to a boundary stone constructing device of an all-in-one type having a caterpillar track that can carry out overall processes of constructing a boundary stone including a process of transporting and arranging the boundary stone and a process of placing concrete, thereby improving productivity and construction ability. The boundary stone constructing device includes a carriage having a base frame provided on a caterpillar running along a caterpillar track; a transporting member installed on the carriage to clamp and transport the boundary stone; a concrete placing unit installed to a rear end of the carriage to place cement at a construction point; a transfer lift detachably installed to the carriage to transfer a pallet loaded with the boundary stones; and a drive control unit for transmitting a power to the carriage, the transporting member, and the concrete placing unit and controlling the operation thereof.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an all-in-one boundary stone construction apparatus having a caterpillar track,

The present invention relates to an all-in-one boundary construction apparatus having a caterpillar that can be installed at one time by a single apparatus in order to distinguish roads and sidewalks in road construction.

Generally, roadblocks are installed on the border between the roadway and the sidewalk to distinguish between roads and sidewalks.

Until now, the idea of constructing the boundary stones easily and quickly has been studied steadily. Most of the methods are to use 100 ~ 200 Kg of heavy barrier stones using forklift which is heavy equipment. In this case, the pallet is placed at a spacing of about 10 meters in a state where the installation of the barge is completed, and the pallet is arranged along the side of the barge installation line. The concrete moves in the bucket, The ready-mixed car follows the side and provides the ready-mixed concrete to the forklift. After that, the forklake buckets are separated and the bimetallic clamps are mounted. In addition, one or two people are clamped on the loading pallet, and then they are placed on the installation site.

Usually, a relatively light barrier around 100Kg is arranged on the side of the barrier installation line in one row and arranged in a fork-bracket. After putting the concrete on the concrete, two people are put on both hands by two latches, .

Therefore, during construction, two to three people are required for one fork-crane, and a pre-alignment process such as arraying of concrete and remicon is necessary.

According to Korean Utility Model Registration Utility Registration No. 20-0475868, an unskilled boundary stone constructor can easily fix a boundary stone and adjust the horizontal position of the boundary stone, prevent the boundary stone from turning in the longitudinal direction, Height adjustment can be carried out to a fine range. In addition, it is possible to perform work with only one worker during the seating and horizontal work of the boundary seats, to fix various types of boundary seats with one device, A first die capable of being easily fixed; A second formwork disposed at a distance from the first formwork and disposed opposite the first formwork; A support disposed in the upper space of the first die and the second die, the support being disposed across the first die and the second die; A first support leg part having one end coupled to the support and the other end seated on the first die; A second support leg having one end coupled to the support and the other end seated in the second die; And a nut part connected to the support part and supported by the support part and formed so as to surround an upper surface and both side surfaces of the boundary stone, a nut part coupled to one end of the close part, Wherein the clamping part further includes a side piece, the side piece is coupled to the inside of the close part, and is in close contact with a side of the piece, In the longitudinal direction of the barrel.

However, it is troublesome and inconvenient to construct and withdraw the formwork and the apparatus for the construction in the field, and accordingly, the apparatus construction time is longer There is a problem.

KR 20-0475868 Y1 2015. 01. 08 KR 10-1274464 B1 2013. 06. 14

Accordingly, the present invention has been made to solve the above-described problems of the prior art, and it is an object of the present invention to provide a method of manufacturing a vehicle, which is capable of operating by a single device without putting a boundary stone arrangement using a heavy equipment, It is an object of the present invention to provide an all-in-one barrier construction apparatus having a caterpillar orbit capable of maximizing workability and workability by allowing construction of barrier seams to be performed by a single worker.

In order to solve the above-mentioned problems, the present invention provides a vehicle comprising: a moving carriage having a base frame formed on an upper portion of a caterpillar so as to run by a caterpillar track; a transportation means provided on the moving carriage for clamping and transporting a boundary stone; A conveyor lift installed at a rear end of the moving truck to install a concrete mixer at a construction site of a boundary stone, and a conveyor lift installed to be connected to or separated from the conveyance truck, And a drive control unit for transmitting and controlling power to the moving vehicle, the transportation means, and the remicon placement unit, and can perform the boundary stone construction processes such as traveling, putting remicon, and boundary stone transportation all at once .

The transportation means includes a winch post which is erected on the base frame and has a rotatable rotating body formed at its upper end, a horizontal support arm installed to rotate 360 degrees by the rotatable body, And a boundary stone clamp which is connected to the wire rope of the hydraulic winch and clamps the boundary stone, wherein the horizontal support arm and the rotary stone And the conveyance range and position of the boundary stones can be freely adjusted according to the structure that is folded in two-joint structure and rotates 360 degrees around the moving bogie.

In addition, the ready concrete placement unit includes a ready-mixed reservoir installed at the rear end of the base frame to receive the ready-mixed concrete, a screw conveyor installed to penetrate the inside and outside of the ready- And a ready mix sucker for aiming and discharging the ready mixer at the lower part of the discharge port of the one side screw conveyor of the ready-to-use reservoir, so that the movable car can be laid on the run line during running.

The conveyance lift includes a support leg provided with driving wheels at both ends thereof, a platform suspended between the support legs so as to be guided by the guide beam, a pair of forks installed on the front end of the platform to mount and lift the pallet, And a traction link which is installed at the rear end of the platform to connect with the moving platform and has a hydraulic jack for moving the platform up and down, and a tow link which is provided at the lower end of the platform.

In addition, the drive control unit is provided with an engine room on the front side of the base frame, a hydraulic pump is installed in the engine room to supply power to the hydraulic winch of the engine and the transportation means and the hydraulic motor of the concrete installation unit, Wherein the engine pulley and the hydraulic pump pulley are interconnected by a V-belt so that the engine and the hydraulic pump interlock with each other, and when the V-belt is tensioned, the hydraulic pump And a tension control lever is provided for controlling the operation of the hydraulic pump by adjusting the tension of the V-belt so that the tension control lever is operated.

According to the all-in-one boundary stone construction apparatus having the caterpillar track according to the present invention, it is possible to provide a construction apparatus capable of constructing a boundary stone construction for distinguishing between roads and sidewalks collectively in one apparatus at a time, Since a separate heavy equipment is unnecessary and one person can construct the boundary seam, it is possible to shorten the number of the required workforce and significantly reduce the construction cost and shorten the construction time as a whole, thereby providing an excellent workability.

1 is a perspective view showing an all-in-one boundary stone construction apparatus having a caterpillar track according to a preferred embodiment of the present invention;
FIG. 2 is a partial perspective view showing a transportation means as a main part in an all-in-one boundary stone construction apparatus having a caterpillar track according to a preferred embodiment of the present invention.
3 is a view showing the construction and action of a boundary stone clamp in the transportation means of Fig. 2
FIG. 4 is a partial perspective view showing main components of a remicon pouring portion in an all-in-one boundary stone construction apparatus having a caterpillar track according to a preferred embodiment of the present invention.
5 is a view showing a configuration and an action of a drive control unit in an all-in-one boundary stone construction apparatus having a caterpillar track according to a preferred embodiment of the present invention
6 is a partial perspective view showing a main part of a conveying lift in an all-in-one boundary stone construction apparatus having a caterpillar track according to a preferred embodiment of the present invention.
7 is a view showing a construction state by an all-in-one boundary stone construction apparatus having a caterpillar orbit according to a preferred embodiment of the present invention

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described in more detail with reference to the following embodiments. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram showing the configuration of an embodiment of the present invention; FIG. Therefore, it will be apparent to those skilled in the art that various modifications can be made within the scope of the technical idea of the present invention based on these embodiments.

In addition, the technical terms used in the present specification are terms selected in consideration of functions in the embodiments, and the meaning of the terms may vary according to specific embodiments of the invention. Therefore, the terms used in the following embodiments are defined according to their definitions when they are specifically defined in this specification, and unless otherwise defined, they should be construed in the meanings of technical terms generally recognized by ordinary technicians.

1 is a perspective view showing an all-in-one boundary stone construction apparatus having a caterpillar orbit according to a preferred embodiment of the present invention.

The all-in-one boundary stone construction apparatus having the caterpillar orbit according to the present invention is a device for carrying the boundary stone, putting remicon, and constructing at once.

The all-in-one boundary stone construction apparatus having the caterpillar orbit according to the present invention includes a moving car 100 traveling by a caterpillar orbit, and a crawler mounted on one side of the moving car 100, A concrete mounting unit 300 installed at a rear end of the moving carriage 100 to place concrete mounts at a position where the boundary stone H is to be installed, And a drive control unit 500 for driving and controlling the transportation means 200.

And a conveying lift 400 installed to be connected to or separated from the conveying carriage 100 to load and tow a pallet on which a plurality of barrier stones are mounted.

The moving truck 100 is constituted by a pair of caterpillars 101 to be driven in a caterpillar track manner and a base frame 102 on the caterpillar 101.

Since the caterpillar as the driving system of the moving carriage 100 is a commonly used technology structure, the detailed configuration and operation will not be described.

The transporting means 200 clamps the barrier gates H so that a pair of arms are folded in a two-joint structure around the winch post 201 so as to be easily transported to a construction site, So that the carrying range and position can be freely adjusted.

2, the transportation means 200 includes a winch post 201 standing upright on one side of the base frame 102, and a rotating body 209 rotating toward the upper end of the winch post 201 is formed A horizontal support arm 202 is installed to be able to rotate 360 degrees around the moving carriage and a rotary arm 203 is hinged to the front end of the horizontal support arm 202 so as to be folded and folded, A hydraulic winch 205 is installed on the upper side of the rotary rocking arm 203 and a wire rope 205 of the hydraulic winch 205 is fixed to the front end of the rotary rocking arm 203 by clamping the boundary rock H by unit. A bimetal clamp 206 which is lifted by the bimetal clamp 207 is provided.

In addition, an inclined support 204 is further installed to connect and hold the winch post 201 and the horizontal support arm 202 so that a stable clamping operation can be performed.

3, the bimetallic clamp 206 includes a fixed link 214 having a fixed gripping piece 211 protruding from a lower side thereof, an insertion groove 212 formed at an upper portion thereof and a handle 213 formed at both ends thereof, A pressing piece 215 protrudes from the lower end of the fixed link 214 and a fastening piece 216 is formed at the upper center thereof so as to be coupled to the wire rope 207 of the hydraulic winch 205, And a rotation link 217 for pressing and fixing the boundary stones H.

The bimetallic clamp 206 is configured such that one end of the rotating link 217 is lifted by the hydraulic winch 205 while the other end of the press gripping piece 215 presses and holds one side of the boundary seat H do.

That is, the boundary block clamp 205 holds the boundary stone H when the boundary stone H is raised or lowered from the ground by the hydraulic winch 205, and releases the boundary stone H when the boundary stone H is placed on the ground surface.

On the other hand, a wireless remote controller 208 is provided on the side surface of the handle 213 of the boundary stone clamp 205 so that an operator can operate and control the hydraulic winch 205 wirelessly.

4, the concrete placement unit 300 includes a base frame (not shown) of the movable carriage 100 so that the ready stone can be laid to fix the boundary stone H before the boundary stone H is placed at the installation position 102 and a rear conveyor 304 having an outlet 304a opened at one side thereof for conveying the ready-mixed concrete to the outside so as to pass through the inside and outside of the ready-mixed concrete reservoir 301, And a ready mix chute 305 is provided below the outlet 304a of the screw conveyor 304 at one side of the ready-mix reservoir 301 so as to easily target the ready mix at the installation position.

The screw conveyor 304 is provided to be driven by a hydraulic motor 302 and a speed reducer 303 which are driven by hydraulic pressure.

By constructing the concrete placement unit 300 integrally with the moving carriage 100, the concrete can be installed immediately without moving the movable carriage 100 to the boundary seat H without any heavy equipment.

The drive control unit 500 controls the driving carriage 100 to drive and control the moving conveyance 100, the hydraulic winch 205 of the transportation unit 200, and the screw conveyor 304 of the remicon installation unit 300, An engine room 103 is provided on the front side of the base frame 102 of the vehicle 200 opposite to the vehicle 200. The engine room 103 is provided with an engine for driving the moving vehicle 100, A hydraulic pump is installed to supply power to the hydraulic motor 302 of the winch 205 and the remicon placement unit 300 and the engine pulley 105 and the hydraulic pump pulley 106 are connected to each other Belt 107 and adjusts the tension of the V-belt 107 so that a tension control lever 104 for controlling the operation of the hydraulic pump can be operated at the upper portion of the engine room 103 And an oil tank 111 and a wireless transmission / reception module 108 are installed on one side of the engine room 103.

The drive control unit 500 further includes a wireless controller 110 so that an operator can control the wireless transmission / reception module 108 by wireless.

5, the drive control unit 500 operates the engine only when the moving carriage 100 is moved back and forth, right and left. The engine control unit 500 controls the engine pulley 105 and the hydraulic pump pulley 106 Belt 107 is connected in a loosened state and the V-belt 107 is tensioned by the tension control lever 104, the rotational force of the engine is actuated as the hydraulic pump is charged, and at the same time, (205) and the screw conveyor (304) are operated.

In the meantime, according to the structure in which the engine and the hydraulic pump are interlocked with each other, as the rotational speed of the engine increases, the moving speed of the moving carriage 100 increases, and the rotational speed of the engine and the flow rate . Accordingly, the rotational speed of the hydraulic motor 302 of the screw conveyor 304 of the remicon placement unit 300, which is driven by receiving the power from the hydraulic pump, also operates in proportion to the rotational speed of the engine.

The conveyance lift 400 is provided to be connected to the front of the moving carriage 100 so that the pallet 600 on which a plurality of boundary stones H are loaded can be pulled up to the installation point by the moving carriage 100 and moved.

6, a support leg 402 having drive wheels 401 is formed at both ends of the conveyance lift 400, and a platform 403 is installed between the support legs 402 to guide the guide beams 404 And a pair of forks 405 installed upright on the platform 403 for loading and unloading the pallet 600 are installed at the front end of the platform 403. The tow link 403 is connected to the moving car 100 at the rear end of the platform 403. [ A hydraulic jack 407 for raising and lowering the platform 403 is installed at the upper end of the draw link 406 and a auxiliary wheel 408 is further installed at the lower end of the draw link 406. [

A trailing hook 109 for fastening the traction link 400 to the traction link 400 is formed at a front end of the moving truck 100. The traction link 109 is connected to the traction link 406 And is fixed to the connection pin 409.

Such a conveying lift 400 is capable of quickly and continuously supplying the boundary stone H per unit at the installation position as it is pulled along the conveying carriage 100 with the pallet 600 on which the boundary stone H is mounted Since the connection and separation of the conveyance truck 100, the pulling link 406 and the pulling ring 109 are simple and easy, when the concrete is poured by the concrete pouring unit 300, it is separated and installed.

Hereinafter, a construction process by the all-in-one boundary stone construction apparatus having the caterpillar orbit according to the present invention will be described.

FIG. 7 is a view showing an installation state by an all-in-one boundary stone construction apparatus having a caterpillar track according to a preferred embodiment of the present invention. In the all-in-one boundary stone construction apparatus having the caterpillar orbit of the present invention, The movable rail 600 can be moved to the installation position in a state of being mounted on the conveyance lift 400 connected to the front part of the moving carriage 100. The movable rail 100 can be moved And the operation of conveying and arranging the barrier stones at the positions where the ramicon is placed is repeated, so that the barrier staking can be performed all at once.

At this time, the pallet 600 on which the boundary stones H are loaded is supported on the fork 405 of the conveyance lift 400. The platform 403 is raised and lowered by the hydraulic jack 407, The driving wheel 401 and the auxiliary wheel 408 of the conveying lift 400 assists the operation of the conveying lift 400 and travels without difficulty.

In order to fix the boundary stone H on the ground, the ready-mix reservoir 301 is filled with the ready-mixed concrete to be moved, so that it is not necessary to use a separate heavy equipment to install the cone.

The construction of the boundary stone (H) is very simple. That is, when the moving carriage 100 advances slowly and the laminator, which is discharged through the screw conveyor 304 of the concrete installation unit 300, is installed in the laminar concrete chute 305, A certain amount of height and width will be laid on the line foundation.

The boundary stone H of the transportation means 200 is moved toward the pallet 600 on which the boundary stone H is placed so as to dispose the boundary stone H on the foundation of the laid line, , And then transported to a construction site in which the raymicon has been laid and arranged. By repeating this, the boundary stone H can be installed.

At this time, the transportation means 200 is freely rotatable by the rotating body 209 of the winch post 201, and the horizontal support arms 202 and the rotary rockers 203 are hinged together in a two-joint structure, It is possible to clamp the boundary stone H on a unit basis by the boundary stone clamp 206 connected to the wire rope 207 of the hydraulic winch 205 while the movement radius is ensured while being free to move, Is sufficiently possible.

The driving control unit 500 can be controlled by the wireless controller 100 so that the worker can easily operate the vehicle. The hydraulic winch 205 of the transportation means 200 is also controlled by the wireless remote controller 208, Belt 107 is tilted by the tension adjusting lever 104 so that the hydraulic pump 302 can be operated only when the operation of the engine 100 is performed. It is possible to drive the hydraulic winch 205 of the transportation means 200 and the hydraulic motor 302 of the remicon placement portion 300 according to the operation, so that the operation is easy and convenient.

According to the all-in-one boundary stone construction apparatus having the caterpillar orbits of the present invention having the above-described structure, when the moving carriage 100 travels, it is possible to install the crampons and the boundary seats at one time, It is not necessary to have heavy equipment and it is possible to construct the boundary stone sufficiently by one or two workers and it is possible to provide various effects to the construction of the boundary stone because the workability and the convenience of construction are excellent.

While the present invention has been described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, It should be understood that the scope of the claims is not limited to the examples but covers the scope of the claims and the scope of equivalents thereof.

100: Moving lane
101: Caterpillar 102: Base frame
200: Transportation
201: winch post 202: horizontal support arm
203: Rotational rock mass 204: Slope support
205: Hydraulic winch 206: Boundary clamp
207: Wire Rope 208: Wireless Remote Control
109: rotating body
211: fixed grip piece 212: insertion groove
213: handle 214: stationary link
215: pressure gripping piece 216: fastening piece
217: Rotating link
300: Remicon pouring part
301: Remicon storage tank 302: Hydraulic motor
303: Reducer 304: Screw conveyor
304a: Outlet 305: Remicon suits
400: Feed lift
401: drive wheel 402: support leg
403: platform 404: guide beam
405: fork 406: tow link
407: Hydraulic jack 408: Auxiliary wheels
409: Connecting pin
500:
103: engine room 104: tension control lever
105: engine pulley 106: hydraulic pump pulley
107: V-belt 108: wireless transmission module
109: tow ring 110: wireless controller
111: Oil tank
600: Pallet
H: Bound stone

Claims (5)

A moving truck 100 having a base frame 102 formed on an upper portion of the caterpillar 101 so as to run by a caterpillar track,
A transportation means (200) installed on the moving truck (100) for transporting the boundary stone (H) by clamping,
A concrete putting part 300 provided at the rear end of the moving truck 100 for laying a concrete mixer at a construction point of the boundary stone H,
A conveyance lift 400 installed to be connected to or separated from the moving carriage 100 and mounted with a pallet 600 on which a plurality of boundary stones H are mounted,
And a drive control unit (500) for transmitting and controlling power to the moving vehicle (100), the transportation means (200), and the remicon placement unit (300)
In the drive control unit 500, an engine room 103 is installed in front of the base frame 102,
A hydraulic pump is provided in the engine room 103 to supply power to the engine for driving the moving truck 100 and the hydraulic winch 205 of the transportation means 200 and the hydraulic motor 302 of the concrete put- And includes a wireless transmission / reception module 108 for wireless operation of the mobile truck 100 and a wireless controller 110. The engine pulley 105 is connected to the V-belt 107 so that the engine and the hydraulic pump are interlocked. Belt 107 to control the operation of the hydraulic pump by controlling the tension of the V-belt 107 so that the hydraulic pump operates when the V-belt 107 is tensed 104,
Wherein the caterpillar construction apparatus is constructed such that the caterpillar construction, the caterpillar construction, the running, the concrete installation, and the boundary construction work can be performed all at once.
The method according to claim 1,
The transportation means 200 includes a winch post 201 standing upright on the base frame and having a rotatable rotating body 209 formed at its upper end,
A horizontal support arm 202 installed to rotate 360 degrees by the rotary body 209,
A rotatable arm 203 hinged to the front end of the horizontal support arm 202 so as to be folded,
A hydraulic winch 205 installed to raise the boundary stone H on the upper side of the rotary rocking arm 203,
And a boundary stone clamp (206) connected to the wire rope (207) of the hydraulic winch (205) and clamping the boundary stone (H)
The horizontal support arm 203 and the rotary rocking arm 203 are folded in a two-joint structure, and the conveying range and position of the boundary stone can be freely adjusted in accordance with the structure in which the periphery of the moving carriage 100 is rotated 360 degrees All-in-one boundary construction equipment that combines caterpillar orbit.
The method according to claim 1,
The ready-mix placement unit 300 includes a ready-made reservoir 301 installed at a rear end of the base frame 102 to receive a ready-
A screw conveyor 304 installed to penetrate the inside and outside of the ready-mixed concrete reservoir 301 and having a discharge port 304a opened to one side of the left and a hydraulic motor 302 for discharging the ready-
And a ready mix chute 305 for aiming and discharging the ready mixer at the lower part of the discharge port 304a of the screw conveyor 304 at one side of the ready-mix reservoir 301. The movable car 100, Wherein the caterpillar has a caterpillar orbit.
The method according to claim 1,
The conveyance lift 400 includes supporting legs 402 having driving wheels 401 at both ends thereof,
A platform 403 installed between the support legs 402 so as to be guided by the guide beam 404,
A pair of forks 405 installed at the front end of the platform 403 and lifting and lowering the pallet 600,
And a pulling link 406 provided at the rear end of the platform 403 to be connected to the moving car 100 and having a hydraulic jack 407 for lifting and lowering a platform 403 at an upper end thereof and a auxiliary wheel 408 at a lower end thereof. Wherein the caterpillar has an orbit.
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