KR102127117B1 - Grid type compounding equipment - Google Patents

Abstract

The present invention relates to a gridded complex tining construction equipment which comprises: guide units installed on both sides of a road in a moving direction at intervals; a moving means which moves in the moving direction of the road; a longitudinal tining unit placed on the rear side at an interval from the moving means to be connected through two or more connection lines, to be moved along the guide units when the moving means moves, and to form a longitudinal tining on a surface of the concrete road pavement; a transversal tining unit placed on a rear side of the longitudinal tining unit at an interval to be moved in the moving direction of the road along the guide units in accordance with an operation by a worker, and to form a transversal tining on the surface of the concrete road pavement while being stopped; and a curing agent spray which is mounted on the transversal tining unit to spray a curing agent onto the tinings in a gridded shape formed by the longitudinal tining unit and the transversal tining unit. According to the present invention, the gridded complex tining construction equipment is able to simultaneously form a longitudinal tining and a transversal tining, to increase the slip resistance on the road surface, to promote safe driving of vehicles, to reduce noise, and to reduce the noise generated by the driving vehicles.

Description

Grid type compounding equipment

The present invention relates to a lattice-type composite tining construction equipment, and more particularly, to a lattice-type composite tining construction equipment used for finishing the concrete when paving roads using concrete.

In general, the roughing work of concrete pavement is the laying work to select the poured concrete to a certain thickness, the vibration work to remove the gas in the concrete by applying vibration to the laid concrete, the rolling work to flatten the laid concrete, After the trimming operation to remove the step difference of the concrete surface created by the rolling operation, the flattened concrete surface is made of a tinning operation (longitudinal groove or transverse groove) to secure slip resistance and prevent noise.

Here, the conventional technique for the above-described tinning operation is as follows.

First, looking at the Republic of Korea Registered Utility Model Publication No. 20-0252670 "LCM Tilting Machine for Bridge Packaging Equipment" (hereinafter referred to as the prior art 1), the prior art 1 is a concrete road pavement equipment tying device. A link member having a cam wheel installed eccentrically on the cam shaft while being installed to reciprocate the road horizontally, and a first link member having an adjustment bolt part installed at a lower end of the link member to maintain an adjustment angle while being installed as a first rotation axis. , It is composed of a configuration including a steel wire portion that is installed at the bottom of the first link member as a second rotating shaft and inclined at a predetermined angle with respect to the road surface by the adjustment bolt portion.

However, the prior art 1 is for a lateral tanning operation during a tanning operation, and there is a problem in that it is not possible to perform a vertical tining operation.

Next, looking at the Republic of Korea Patent Publication No. 10-1187558 "longitudinal typing equipment" (hereinafter, referred to as the prior art 2), the prior art 2 is the inclination angle of the comb to make contact with the concrete road pavement road surface to form a tie It is possible to adjust the width of the frame in response to the width of the pavement surface to form a tie.

However, the prior art 2 is intended for a longitudinal-tinning operation during a tanning operation, and has a problem in that a transverse-tinning operation cannot be performed in parallel.

Republic of Korea Utility Model Publication No. 20-0046702 Republic of Korea Registered Patent Publication No. 10-0987147

The present invention has been devised to solve the above problems, and provides a lattice-type composite tining construction equipment capable of simultaneously forming longitudinal and transverse tanning that can increase the slip resistance of the road surface when paving the road. The purpose is to provide.

In order to achieve the above object, the lattice-type composite tiling construction equipment, which is the present invention, includes a guide unit installed at intervals on both sides of a road; Moving means for moving along the traveling direction of the road; A longitudinal tie machine which is disposed at a distance from the moving means and is connected through at least two or more connecting lines and moves along a guide portion when moving the moving means to form a longitudinal tie on the concrete pavement surface; The transverse is formed at a distance to the rear of the longitudinal stretching machine, and is moved in the traveling direction of the road along the guide part according to the operator's operation, and then forms the tining in the transverse direction on the concrete road pavement surface in a stopped state. Directional tinning machine; And a curing agent sprayer mounted on the transverse tier and spraying a curing agent on grid-shaped tiers formed through the longitudinal and transverse tiers.

And when the guide portion is mounted on the ground, it is arranged at a distance on the ground and a fixed plate is formed with a plate mounting hole with a spiral in the center, while being spirally coupled to the plate mounting hole of the fixing plate, the height is adjusted and a rail support groove is formed at the top. A ground fixture consisting of an upper support bar; And a tube-shaped guide rail horizontally supported in the rail support groove of the ground fixture.

In addition, when the guide portion is mounted on the ground on one side and the other side is mounted on the guide wall, one side is spaced apart from the ground and a fixed plate in which a plate mounting hole with a spiral is formed in the center, plate mounting of the fixed plate A ground fixture composed of an upper support bar in which a height is adjusted while being spirally coupled to the ball and an upper rail is formed with a rail support groove; And a tube-shaped guide rail horizontally supported in the rail support groove of the ground fixture, the other side of which is a wall support ring and a height adjustment bar multi-folded support; A horizontal adjustment unit formed in a horizontal direction at an end portion of the height adjustment bar of the support and provided with a height adjustment screw; A vertical support composed of a rail supporting portion in which a height adjusting bar and a rail mounting groove mounted on an upper portion of the height bar are formed while being spirally coupled to the level adjusting screw adjusting hole; And a tube-shaped guide rail horizontally supported on the rail mounting groove of the vertical support.

Next, the longitudinal tie machine is installed between the guide portion, and is formed in a plate shape while the tech support portion is mounted at both ends of the longitudinal tie tech; It is disposed on both sides of the longitudinal tanning tech, and a longitudinal frame, a moving wheel mounted on at least two of the lower portions of the longitudinal frame and moving along a guide rail, longitudinally spaced above the longitudinal frame. A side moving body composed of a horizontal spacing adjusting bar mounted and mounted; A pair of side support frames that are bent in the shape of "∩" on the side, both ends are supported by the tech support of the longitudinal tanning tech, and a height adjustment through hole is formed in the center; A position adjustment part comprising a position adjustment bolt passing through the height adjustment through-hole of the side support frame and a fixing nut located above and below the position height adjustment through-hole; A position fixing frame in which a position through portion in which a spiral coupling hole formed in the front and rear is formed is fitted into the side supporting frame, a fixing bolt that is fixedly coupled to the side supporting frame while being spirally coupled to the spiral coupling hole, and is formed in the center and spirally coupled with the position adjustment bolt While being adjusted to the height, the spiral helix coupling hole is mounted on the top of the position fixing frame corresponding to the lateral spacing adjustment bar of the lateral moving body, and the insertion space of the lateral spacing adjustment bar is coupled by combining a pair of vertical and horizontal plates. A spacer fixture comprising a spacer fixing fixture to form, and rollers mounted on both sides of the spacer; It is a multi-stage bending forming and mounted at a distance to the longitudinal tie tech, and at the rear is a rotating working tube equipped with a steel wire connecting part having a space for connection with a steel wire connecting part in which a connecting member for forming a pipe connecting hole is installed. Consisting steel wire fixture; A horizontal fixing bar is coupled to the fixing part coupling groove of the steel wire connecting part, and the horizontal fixing bar is provided with a steel wire supporting part in which a longitudinal longitudinal steel wire forming a longitudinal tie on a concrete road pavement surface is mounted at regular intervals; A drive motor mounted on at least one of the steel wire connecting parts and providing a rotational force, a drive gear mounted on a rotation shaft of the drive motor, a driven gear mounted on a rotational actuating tube located on the same line as the drive gear, and the drive gear It may be composed of a chain that connects the driven gear and a steel wire angle adjusting unit that controls the angle of the steel wire support.

Here, a gap adjusting hole is formed at a distance in the longitudinal direction on the upper portion of the lateral gap adjusting bar, a positioning hole is formed on a horizontal plate of the positioning fixture, and a fixing pin is inserted into the gap adjusting hole and the hole adjusting hole. Can.

In addition, at least one anti-rotation protrusion is formed on the outer surface of the rotating operation tube so as to limit rotational operation, and a plurality of through holes are provided to support the longitudinal tanning steel wire at a distance from the horizontal fixing bar. Reinforcement horizontal bars can be mounted.

The lattice-type compounding construction equipment according to the present invention can simultaneously form longitudinal and transverse tanning to increase the slip resistance of the road surface, as well as to promote safe driving of the vehicle and reduce noise, resulting in a driving vehicle. There is an effect that can reduce noise generation.

In addition, the lattice-type composite tining construction equipment according to the present invention has the effect of increasing the construction efficiency and reducing the cost by being able to construct longitudinal and transverse tining at once on the concrete pavement.

1 is a block diagram showing a grid-type composite tining construction equipment according to the present invention.
Figure 2 (a) and 2 (b) is a view showing a guide portion constituting a grid-type composite tie construction equipment according to the present invention.
Figure 3 is a view showing another embodiment of the guide portion constituting the grid-type composite tie construction equipment according to the present invention.
4 and 5 are a plan view and a side view showing a longitudinal tie machine constituting a grid-type composite tie construction equipment according to the present invention.
Figure 6 is a view showing the combined state of the lateral moving body and the position fixing body of the longitudinal tining machine constituting the lattice-type compounding construction equipment according to the present invention.
7 is a side view showing a steel wire fixture, a steel wire support, and a steel wire angle adjusting part of a longitudinal type of tiling machine constituting a lattice-type compounding construction equipment according to the present invention.
Figure 8 is a block diagram showing the rigid fixture of the longitudinal tie machine constituting the grid-type composite tie construction equipment according to the present invention.
9 and 10 are a plan view and a side view showing a transverse tining machine and a curing agent sprayer constituting a lattice type composite tining construction equipment according to the present invention.
11 is a block diagram showing an operating unit constituting a grid-type composite tie construction equipment according to the present invention.
Figure 12 is a side view showing the installation state of the moving means constituting the lattice-type composite construction equipment according to the present invention.
13 is a front view showing a moving means moving body and a steel wire support constituting a lattice-type composite tie construction equipment according to the present invention.

Advantages and features of the present invention, and methods for achieving them will be clarified with reference to embodiments described below in detail together with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but will be implemented in various different forms, and only the present embodiments allow the disclosure of the present invention to be complete, and the ordinary skill in the art to which the present invention pertains. It is provided to fully inform the holder of the scope of the invention, and the invention is defined by the claims. On the other hand, the terms used in this specification are for describing the embodiments and are not intended to limit the present invention. In the present specification, the singular form also includes the plural form unless otherwise specified in the phrase. As used herein, "comprises" or "comprising" means the presence of one or more other components, steps, operations and/or elements other than the components, steps, operations and/or elements mentioned, or Addition is not excluded.

Hereinafter, a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings. FIG. 1 is a block diagram showing a lattice type composite tie construction equipment according to the present invention, and FIGS. 2(a) and 2(b) are It is a diagram showing a guide part constituting a lattice-type composite tie construction equipment according to the present invention, and FIG. 3 is a view showing another embodiment of a guide part constituting a lattice-type composite tie construction equipment according to the present invention. 5 is a plan view and a side view showing a longitudinal tie machine constituting a grid-type composite tie construction equipment according to the present invention, Figure 6 is a longitudinal tie machine constituting the grid-type composite tie construction equipment according to the present invention It is a view showing the combined state of the lateral moving body and the position fixing body, and FIG. 7 is a side view showing a steel wire fixture, a steel wire support, and a steel wire angle adjusting part of a longitudinal type forming machine constituting a lattice-type compounding construction equipment according to the present invention. , Figure 8 is a block diagram showing the rigid fixture of the longitudinal type of forming the lattice-type composite tie construction equipment according to the present invention, Figures 9 and 10 constitute the lattice-type composite tie construction equipment according to the present invention It is a plan view and a side view showing a transverse tinning machine and a curing agent spreader, and FIG. 11 is a configuration diagram showing an operation unit constituting a lattice-type composite tie construction equipment according to the present invention, and FIG. 12 is a lattice type according to the present invention It is a side view showing the installation state of the moving means constituting the composite tanning construction equipment, and FIG. 13 is a front view showing the moving vehicle moving body and the steel wire support constituting the grid-type composite tining construction equipment according to the present invention.

The lattice-type composite tanning construction equipment 100 of the present invention is characterized in forming longitudinal and transverse tining at the same time with a time difference when paving the road.

In addition, the lattice-type composite tining construction equipment 100 includes a guide unit 200, a moving means 300, a longitudinal tiling machine 400, a transverse tining machine 500, and a curing agent spreader 600. Includes.

The guide unit 200 is installed on the road.

That is, the guide unit 200 is installed at intervals on both sides of the traveling direction of the road, and when the movement means 300 is operated, the longitudinal stretching machine 400 and the operation of the worker, the horizontal stretching machine 500 ) Can be smoothly moved in the direction of the road.

The guide unit 200 is configured as shown in FIG. 2 when mounted only on the ground according to the environment, and configured as shown in FIGS. 2 and 3 when mounted on the ground and the guide wall.

First, when the guide unit 200 is mounted on the ground, it is arranged with a gap on both sides.

In addition, the guide part 200 is height-adjusted while being spirally coupled to a fixed plate 211 in which a plate mounting hole having a spiral is provided in the center and a plate mounting hole of the fixed plate 211, and a rail support groove 213 in the upper portion It is composed of a guide rail 220 of a tubular shape that is horizontally supported by the rail support groove 213 of the ground fixture 210 and the ground fixture 210 composed of the upper support bar 212 which is formed.

That is, the guide unit 200 is mounted on the ground fixture 210 consisting of the fixed plate 211 and the upper support bar 212 at regular intervals in the traveling direction of the vehicle, and then the upper support bar 212 The tubular guide rail 220 is mounted in the rail support groove 213 in the horizontal direction.

Next, when the guide part 200 is mounted on the ground and the guide wall surface, the guide part 200 of FIG. 2 shown on one side is applied, and the guide part 200 of FIG. 3 shown on the other side is applied.

And the guide part 200 is arranged at a distance on the one side, and the height is adjusted while being fixed to the plate mounting hole of the fixed plate 211 and the fixed plate 211 in which a plate mounting hole with a spiral is provided in the center is formed. The guide rail in the shape of a tube which is horizontally supported by the rail support groove 213 of the ground fixture 210 and the ground fixture 210 composed of the upper support bar 213 on which the rail support groove 213 is formed. It consists of 220.

That is, the guide part 200 is mounted on the ground at regular intervals, the rail of the upper support bar 212 after being mounted with a spacer 210 consisting of a fixed plate 211 and an upper support bar 212 at intervals. The guide groove 220 of the tubular shape is mounted in the support groove 213 in the horizontal direction.

Next, the other side of the guide portion 200 is a wall support ring 232 and the height adjustment bar 233 is a multi-fold bending support 231, the end of the height adjustment bar 233 of the support 231 A horizontal adjustment unit 234 formed in a horizontal direction and equipped with a height adjusting screw 235, the height bar 237 and the height adjusted while being spirally coupled to the height adjusting screw 235 of the horizontal adjusting part 234 and the Horizontal support to the rail mounting groove 238 of the vertical support 236 and the vertical support 236 consisting of a rail support 238 on which the rail mounting groove 238 mounted on the top of the height bar 237 is formed. It is composed of a guide rail 220 of the tubular shape.

That is, the guide part 200 is mounted through the wall support ring 232 and the height adjustment bar 233 after mounting the support 231 on which the vertical support 236 is integrally formed along the guide wall surface, and then the height bar. After adjusting the height (237) through the rotation operation according to the installation position of the guide rail 220, the guide rail 220 of the tubular shape is mounted in the rail mounting groove 238 in the horizontal direction.

The moving means 300 is moved along the traveling direction of the road.

That is, the moving means 300 moves the longitudinal tie machine 400 in the traveling direction of the road through the connecting line 320 while moving along the traveling direction of the road.

Here, the moving means 300 is a known vehicle capable of moving the longitudinal tie machine 400, and a separate description will be omitted.

The longitudinal tinning machine 400 moves along the guide unit 200 when the moving means 300 is operated.

That is, the longitudinal tie machine 400 is disposed at a distance from the moving means 300 and then moved along the guide portion 200 when the moving means 300 moves, so as to vertically move the concrete road pavement surface. It forms directional tinning.

In addition, the longitudinal tie machine 400 includes a tie tech 410, a side moving body 420, a support frame 430, a position adjusting part 440, a position fixing body 450, a steel wire fixture 460, It includes a steel wire support 470, a steel wire angle adjustment unit 480.

The longitudinal tie tech 410 is installed between the guide parts 200.

In addition, the longitudinal tie tech 410 is formed in a plate shape, and tech supports 411 are mounted at both ends to support the side support frame 430.

Here, it is natural that the width of the longitudinal tie tech 410 and the shape of the tech support 411 vary depending on the environment and purpose.

The lateral moving body 420 is disposed on both sides of the longitudinal tinning technique 410.

Here, the side moving body 420 is mounted on both sides of the longitudinal tiing tech 410, and proceeds along the guide unit 200 when the external force is transmitted.

And the side moving body 420 is mounted on at least two or more of the longitudinal frame 421 and the longitudinal frame 421, the moving wheel 422 and the longitudinal frame to move along the guide rail 220 It is composed of a horizontal spacing adjustment bar 423 mounted at a distance in the longitudinal direction on the upper portion of the (421).

That is, the side moving body 420 is mounted on the front and rear of the longitudinal frame 421 is formed to have a predetermined width and length, the movable wheel 422 is mounted along the guide rail 220 during operation of the moving means 300 By moving, and mounting at least two or more transverse spacing adjusting bars 423 mounted on the top, it is to be fixed after being spaced with the positioning fixture 450.

In addition, in the transverse gap adjustment bar 423, a gap adjusting hole 424 is formed with a gap so that a gap can be adjusted when coupled to the position fixing body 450.

The side support frames 430 are mounted on both sides of the longitudinal tie tech 410, respectively.

Here, the side support frame 430 is fixed and supports the position fixing body 450 to be adjusted in position.

In addition, the side support frame 430 is formed to be bent in a "측면" shape on the side, and both ends are supported by the tech support 411 of the longitudinal tie tech 410, and the height adjustment through-hole 431 is centrally provided. ) Is formed.

That is, the side support frame 430 is disposed on both sides of the longitudinal tiing tech 410, while both ends are supported by the tech support 411, and the position fixing body 450 is coupled and fixed to the lower portion. do.

The position adjusting unit 440 is vertically mounted to the center of the side support frame 430.

Here, the position adjustment unit 440 is coupled to the side support frame 430 to adjust the height of the position fixture 450 through a rotation operation.

In addition, the position adjustment part 440 is a position adjustment bolt 441 penetrating the height adjustment through-hole 431 of the side support frame 430 and the fixing nut located above and below the position height adjustment through-hole 431. It consists of (442).

That is, the position adjustment unit 440 is mounted to the height adjustment through-hole 431 of the side support frame 430 and adjusts the height of the position fixture 450 according to the rotational operation of the position adjustment bolt 441, The position is adjusted through a fixing nut 442 located in the height adjustment hole 431.

The position fixing body 450 is positioned on both sides of the longitudinal tiing tech 410 and is height-adjusted through the position adjusting unit 440.

In addition, the position fixing body 450 is a position fixing frame 451 in which a position through portion 452 having a spiral coupling hole 453 formed in the front and rear sides is fitted into the side support frame 430, and the spiral coupling hole ( 453) fixed bolt 454 fixedly coupled to the side support frame 430 while being spirally coupled to the helix coupling hole 455 formed in the center and height-adjusted while being spirally coupled with the position adjustment bolt 441, the side moving body It is mounted on the upper portion of the position fixing frame 451 corresponding to the horizontal spacing adjusting bar 423 of 420, and the horizontal spacing adjusting bar by combining a pair of vertical plates 456a and horizontal plates 456b. It is composed of a spacer adjustment fixture 456 forming the insertion space 456c of 423, and a roller 457 mounted on both sides of the spacer 456.

That is, the position fixing body 450 is position-adjusted through the position adjusting unit 440 after both sides of the side support frame 430 are fitted into the position penetrating portion 452 of the position fixing frame 451. , It is fixed through a fixing bolt 454 coupled to the spiral coupling hole 453.

In addition, the lateral space adjustment bar 423 of the side movable body 420 is inserted into the insertion space 456c of the space adjustment fixture 456 after being spaced. At this time, the lateral gap adjustment bar 423 is easily inserted through the roller 457 located on the top of the gap adjustment fixture 456.

In addition, a position adjustment hole 456d is formed in the horizontal plate 456b constituting the space adjustment fixture 456, and a fixing pin P is inserted into the space adjustment hole 424 and the position adjustment hole 456d. By doing so, the gap adjusting fixture 456 and the gap adjusting bar 423 are fixed.

The steel wire fixture 460 is mounted at a distance to the longitudinal tiing tech 410.

Here, the steel wire fastener 460 is formed in a multi-stage bending so that it can be securely fixed to the longitudinal tie tech 410,

In addition, the steel wire fastener 460 is spaced apart from the steel wire connector 461 on which the connecting member 462, on which the pipe connecting hole 463 is formed, is mounted, is spaced apart from the steel wire connecting portion 466, and the steel wire connecting portion 465 is formed. It consists of a rotating operation tube 464 is mounted.

That is, the steel wire fixture 460 is inserted into the rotating operation tube 464 in the tube connecting hole 463 of the connecting member 462.

At this time, the steel wire connection part 465 is fixed while being fitted to the rotating operation tube 464, and at least one anti-rotation protrusion 464a is formed on the outer surface of the rotating operation tube 464 to limit rotational operation. do.

The steel wire support 470 is mounted on the steel wire fixture 460.

Here, the steel wire support 470 is rotated in the lower or upper direction according to the rotating operation tube 464 constituting the steel wire fixture 460.

And the steel wire support 470 is a horizontal fixing bar 471 is coupled to the fixing part coupling groove 456 of the steel wire connecting portion 465, and the horizontal fixing bar 471 is longitudinally tanned to the concrete road pavement surface. Longitudinal tanning steel wires 472 forming a shape are mounted at regular intervals.

That is, the steel wire support 470 is mounted in the longitudinal direction of the horizontal fixing bar 471 to the fixing portion engaging groove 456, the horizontal fixing bar 471 is mounted to the longitudinal tie steel wire 472. .

Through this, the steel wire is rotated upward or downward according to the operation of the angle adjusting unit 480 to form the longitudinal formation on the concrete pavement.

In addition, the steel wire support 470 may be equipped with a strength reinforced horizontal bar 473 provided with a plurality of through holes so as to support the longitudinal tie steel wire 472 at a distance from the horizontal fixing bar 471. .

The steel wire angle adjusting part 480 is mounted on at least one of the steel wire connecting parts 460.

Here, the angle adjustment unit 480 of the steel wire is controlled through an automatic (driving motor) or manual (worker) angle of the steel wire support 470, the steel wire angle adjustment unit 480 in the present invention through a driving motor It will be explained with an example that works.

In addition, the steel wire angle adjusting unit 480 is a driving motor 481 providing a rotational force, a driving gear 482 mounted on a rotation shaft of the driving motor 481, and a rotation located on the same line as the driving gear 482 It consists of a driven gear 483 mounted on the operation tube 464, a chain 484 connecting the drive gear 482 and the driven gear 483.

That is, the steel wire angle adjustment unit 480 is a driven gear 483 in which the rotational force of the driving gear 482 is integrally mounted to the rotating operation tube 464 through the chain 484 according to the operation of the driving motor 481. Is transmitted to control the rotation operation of the rotation operation tube 464.

At this time, instead of the driving motor 481, a driving means composed of a plurality of gears and a handrail may be mounted.

The transverse tie machine 500 is disposed at a distance behind the longitudinal tie machine 400.

And the transverse tie machine 500 is moved in the traveling direction of the road along the guide part 200 according to the operator's operation, and then transversely forms the surface of the concrete road pavement in a stopped state at a set position. To form.

That is, the transverse tie machine 500 is formed in the transverse direction on the surface of the concrete road pavement where the longitudinal tie is formed.

And the transverse tie machine 500 is a transverse tech 510, a height adjustment frame 520, an upper guide part 530, an operation part 540, a moving means 550, a moving means moving body 560 , Consisting of a steel wire support 570 and a rail moving body 580.

The transverse tech 510 is disposed between the guide parts 200.

In addition, the transverse tech 510 has both ends of the horizontal plate 511 and the front and rear finishing plates 512 mounted on the front and rear sides of the horizontal plate 511, and the horizontal plate 511 and the front and rear finishing plates 512, respectively. It is composed of a tech mounting groove 513 formed in.

That is, the transverse tech 510 forms the tech mounting groove 513 by protruding both end portions while arranging the front and rear finishing plates 512 in the front and rear of the horizontal plate 511.

The height adjustment frame 520 is mounted on both sides of the transverse tech 510 in the vertical direction.

Here, the height adjustment frame 520 is respectively installed in the vertical direction in the tech mounting groove 513 of the transverse tech 510, so as to adjust and fix the position according to the height of the movable body 560.

Specifically, the movable body 560 can be arranged according to the height of the guide unit 200 disposed at different positions according to the environment and purpose of the height adjustment frame 520.

And the height adjustment frame 520 is spaced at the front and rear spaces and the vertical adjustment bar 521 is formed between the vertical bar 521 and the vertical bar 521 is mounted between the upper and lower horizontal connection bar (523, 524) It is composed.

That is, the height adjustment frame 520 calculates the width of the tech mounting groove 513, arranges a vertical bar 521 in the front and rear, and then an upper horizontal connection bar between the upper and lower portions of the vertical bar 521. (523) and the lower horizontal connection bar 524 will be integrally configured.

The upper guide portion 530 is disposed between the height adjustment frame 520.

Here, the upper guide part 530 forms a guide of the connecting ring 650 supporting the supply hose 640 for supplying the curing agent when the curing agent spreader 600 is operated.

Further, the upper guide part 530 is equipped with a coupling fixture 531 in which a coupling hole 532 is formed inside the upper horizontal connecting bar 523, and a guide fixing line 533 is mounted on the coupling fixture 532. do.

That is, the upper guide portion 530 is mounted on the upper horizontal connecting bar 523 of the height adjustment frame 530, the coupling fastener 531 is formed with a coupling hole 532, respectively, and then guided to the coupling fastener 532 The fixed line 533 will be joined.

The operation part 540 is mounted on the transverse tech 510.

Here, the operation unit 540 is reciprocating the steel wire support 570 and the curing agent spreader 600 in the transverse direction, the operation unit 540 reveals that it can be composed of a well-known forward and reverse motor in addition to the operator .

And the operation unit 540 is mounted on the upper horizontal connecting bar 523, the driving gear 542 that operates during the rotational operation of the handle 541, the transverse tech located on the same line of the driving gear 542 ( The rotation transmission gear 543 disposed on the 510, the vertical chain 544 meshing the drive gear 542 and the rotation transmission gear 543, respectively mounted on both sides of the transverse tech 510 and rotating on one side Rotational transmission shaft 545 on which the transmission gear 543 is mounted, a pair of driven gears 546 mounted on the same line at both ends of the rotational transmission shaft 545, meshing on the same line of the driven gear 546 It consists of a pair of chains 547.

That is, in the operation part 540, when the rotation operation of the handle 541, the driving gear 542 is interlocked, and the rotational force of the driving gear 542 is a rotation transmission gear 543 mounted on the transverse tech 510. ) Through the vertical chain 544, the rotational force transmitted to the rotation transmission gear 543 is transmitted to the driven gear 546 located on both sides through the rotation transmission shaft 545, the driven gear 546 Will rotate the chain 547 to the left or right.

The moving means 550 is moved to the left or right along the transverse tech 510 according to the operation of the operation unit 540.

Here, the moving means 550 moves the moving means 550 and the moving body 560 when the operation unit 540 mounted on the lower portion is operated.

And the moving means 550 is a chain connection bracket 551 mounted on the chain 547, a connection bracket 552 coupled to the lower portion of the chain connection bracket 551, the front and rear of the transverse tech 510. A pair of movements, which are arranged on the same line, are formed in the shape of an alphabet "V", the lower part is coupled to the connecting bracket 552, and the roller 554 is mounted at the upper end to move along the transverse tech 510. It consists of a working tool (553).

That is, the moving means 550, after attaching the chain connection bracket 551 to the chain 547, the chain connection bracket 551 is mounted on the multi-folded connection bracket 552, and then, the connection bracket A moving implement 553 having rollers 554 mounted on both sides to 552 is mounted so that it can move together with the chain 547 when the operating part 540 is operated.

In a more supplementary explanation, the moving means 550 is operated through the chain connection bracket 551 coupled with the chain 547 and the roller 554 moving along the front and rear finishing plates 512 to operate the operation part 540. It was made to work smoothly.

Here, the shape of the chain bracket can be changed.

The moving means moving body 560 is mounted on the moving means 550.

Here, the moving means moving body 560 controls the angle of the steel wire support 570 while moving along when the moving means 550 moves.

Further, the moving means moving body 560 is a rotating shaft 561 mounted on one side of the moving mechanism 553, disposed at a distance from the rotating shaft 561, and an angle adjusting bolt 562 for controlling the angle, the Consists of a connecting operation bar 563 that rotates around the rotating shaft 561.

That is, in the moving means moving body 560, the connecting operation bar 563 rotates around the rotating shaft 561 to adjust the angle of the steel wire support 570. At this time, it is revealed that the moving means moving body 560 can be equipped with a known stopper for fixing and supporting after adjusting the angle of the connecting operation bar 563.

The steel wire support 570 is coupled to a moving means moving body 560.

Here, the steel wire support part 570 forms transverse tanning on the pavement of the road in which longitudinal tining is formed.

And the steel wire support 570 is coupled to a horizontal fixing bar 571 coupled to the lower end of the connecting operation bar 563 of the moving means moving body 560, the horizontal fixing bar 571 is a concrete road pavement surface In the longitudinal tanning steel wire 572 forming a lateral tanning is mounted at regular intervals.

That is, the steel wire support portion 570 is mounted on the horizontal fixing bar 571 with a lateral tinting steel wire 572 to form lateral tanning on the concrete road pavement surface when the moving means 550 is operated. .

In addition, the steel wire support portion 570 may be equipped with a strength reinforced horizontal bar 573 provided with a plurality of through holes to support the horizontal tie steel wire 572 at a distance from the horizontal fixing bar 571. .

The rail moving body 580 is moved along the guide portion 200.

That is, the rail moving body 580 moves the lateral tinning machine 500 in the traveling direction when the external force is transmitted.

And the rail moving body 580 is an H-shaped frame 581, at least two or more position coupling holes 582 are formed on a central vertical surface, and the guide moving part 200 moves along the lower front and rear sides of the frame 581. The moving wheel 583 is mounted, and the position coupling hole 582 is composed of a horizontal fixing bar 584 fitted to the position adjustment hole 522 of the vertical bar 521 of the height adjustment frame 520. .

That is, the rail moving body 580 is horizontally fixed to the position adjustment hole 522 of the position coupling hole 582 and the height adjustment frame 520 while the moving wheels 583 are mounted on both sides of the frame 581. After the bar 584 is mounted, it is moved along the guide rail 220 of the guide part 200.

The curing agent spreader 600 is mounted on the transverse tinning machine 500.

Here, the curing agent spreader 600 is to spray the curing agent to the grid-shaped titling formed through the longitudinal tinning machine 400 and the transverse tinting machine 500.

In addition, the curing agent spreader 600 is horizontally coupled to the moving actuator and connected to the connecting bracket 610 mounted horizontally on one side of the steel wire connector, coupled to the connecting bracket, and a discharge groove is formed at a lower interval. A curing agent pipe 620, a nozzle 630 mounted in the discharge groove; And a supply hose 640 for supplying the curing agent to the curing agent coating tube while moving along the connecting ring 650 mounted on the connection line.

That is, the curing agent spreader 600 is a pavement of a road in which longitudinal curing and transverse stretching are formed through a nozzle 630 through a curing agent coating tube 620 supplied through a supply hose 640 Will supply a curing agent.

Here, the curing agent spreader 600 is formed in a configuration corresponding to the transverse tinning machine 500 and can be used alone, but in the present invention, the curing agent spreader 600 is used for the transverse tining machine 500. It will be described with an example that is mounted.

In addition, the curing agent spreader 600 is disposed at the rear of the transverse tining machine 500 so as not to overlap the transverse tining operation means mounted on the front and the working line, the operation of the transverse tining operation means When interlocking, it moves in the transverse direction.

Referring to the embodiment of the lattice-type composite tining construction equipment configured as described above with reference to the following.

First, a fixed plate 211 in which a plate mounting hole with a spiral is provided in the center and an upper support bar in which the height is adjusted while being spirally coupled to the plate mounting hole of the fixed plate 211 and a rail support groove 213 is formed in the upper portion The guide part 200 composed of a guide rail 220 of a tubular shape supported horizontally on the rail support groove 213 of the ground fixture 210 and the ground fixture 210 composed of 212 is spaced on both sides. And install it.

And in the middle of the guide portion 200 in the shape of a plate for the support of the side support frame 430 on both ends, the longitudinal supporting tech 410 is mounted, the longitudinal frame 410, the longitudinal frame 421 and At least two or more mounted on the lower portion of the longitudinal frame 421, and a horizontally spaced longitudinally mounted on the moving wheel 422 moving along the guide rail 220 and the upper portion of the longitudinal frame 421. The side moving body 420 composed of the direction spacing adjustment bar 423, bent in the shape of "∩" on the side, and both ends are supported by the tech support portion 411 of the longitudinal tanning tech 410, and height in the center. The side support frame 430 in which the adjustment through hole 431 is formed, the position adjustment bolt 441 penetrating the height adjustment through hole 431 of the side support frame 430, and the position height adjustment through hole 431 Position adjustment portion 440 consisting of a fixing nut 442 located on the upper and lower parts of the position, the position through which the spiral coupling hole 453 formed in the front and rear is formed 452 is fitted into the side support frame 430 Fixed frame 451, fixed bolt 454 fixedly coupled to the side support frame 430 while being spirally coupled to the spiral coupling hole 453, is formed in the center and is height-adjusted while being spirally coupled with the position adjustment bolt 441 The helix coupling hole 455, mounted on the upper portion of the position fixing frame 451 corresponding to the lateral spacing adjusting bar 423 of the lateral moving body 420, a pair of vertical plates 456a and horizontal plates ( 456b) is a position composed of a spacer fixing fixture 456 that forms an insertion space 456c of the lateral spacer adjusting bar 423, and rollers 457 mounted on both sides of the spacer 456. A fixed body 450, a steel wire connecting portion 465 having a fixing portion engaging groove 466 spaced apart from a steel wire connecting port 461 having a connecting member 462 having a pipe connecting hole 463 formed thereon is mounted. With rotating working tube (464) Consisting of a steel wire fixture 460, a horizontal fixing bar 471 is coupled to the fixing part coupling groove 456 of the steel wire connecting portion 465, and the horizontal fixing bar 471 is longitudinally tanned to the concrete road pavement surface. A steel wire support 470 in which the longitudinal tanning steel wires 472 forming a space are mounted at regular intervals, a drive motor 481 providing rotational force, and a drive gear 482 mounted on a rotation axis of the drive motor 481 , Driven gear 483 mounted on a rotating operation tube 464 positioned on the same line as the drive gear 482, and a chain 474 connecting the drive gear 482 and the driven gear 483 A longitudinal tinning machine 400 consisting of a steel wire angle adjusting unit 480 is installed.

Next, the horizontal plate 511 and the front and rear finishing plates 512 respectively mounted on the front and rear sides of the horizontal plate 511 in the middle of the guide portion 200 located at the rear of the longitudinal tiner 400. Horizontal plate 511 and transverse tech 510 composed of tech mounting grooves 513 formed at both ends of the front and rear finishing plates 512, vertical bars having a position adjusting hole 522 formed at intervals in the front and rear. Height adjustment frame 520 composed of upper and lower horizontal connection bars 523 and 524 mounted between 521 and the vertical bar 521, and a coupling hole 532 inside the upper horizontal connection bar 523 The coupling fixture 531 is formed is formed, the coupling fixture 532 is mounted on the upper guide portion 530, the upper horizontal connecting bar 523, the guide fixing line 533 is mounted, the rotation operation of the handle 541 When the driving gear 542 is operated, the transmission gear 543 is disposed on the transverse tech 510 located on the same line of the driving gear 542. The driving gear 542 and the rotation transmission gear 543 are struck. Rotating transmission shaft 545 mounted on both sides of the vertical chain 544, the transverse tech 510, and the rotation transmission gear 543 mounted on one side, on both ends of the rotation transmission shaft 545 on the same line A pair of driven gears 546 mounted, an operation part 540 consisting of a pair of chains 547 engaged on the same line of the driven gears 546, and a chain connection bracket mounted on the chains 547 ( 551), the connection bracket 552 coupled to the lower portion of the chain connection bracket 551, respectively arranged on the same line in the front and rear of the transverse tech 510, formed in the shape of the letter "V" and the lower portion of the connection bracket ( 552) is coupled to the upper end of the moving means 550 consisting of a pair of moving mechanism 553, the roller 554 is mounted to move along the transverse tech 510, the moving mechanism 553 ) Is mounted on one side of the rotating shaft (561), A moving object 560 consisting of an angle adjusting bolt 562 disposed at a distance from the rotating shaft 561 and controlling an angle, and a connecting operation bar 563 rotating and rotating around the rotating shaft 561, the moving operation Rotating shaft 561 mounted on one side of the sphere 553, spaced apart from the rotating shaft 561, angle adjusting bolt 562 for controlling the angle, rotating connection operation around the rotating shaft 561 Conveying means moving body 560 composed of a bar 563, the horizontal fixing bar 571 coupled to the lower end of the connecting operation bar 563 of the moving means moving body 560 is coupled, the horizontal fixing bar 571 ) Is a steel wire support 570 in which a longitudinal tie steel wire 572, which forms a lateral tie on a concrete road pavement surface, is mounted at regular intervals, at least two or more in a central vertical plane with an H-shaped frame 581. Position engaging hole 582 is formed, the lower front and rear of the frame 581 is equipped with a moving wheel 583 moving along the guide portion 200, the position engaging hole 582, the height adjustment frame 520 ) Is installed in the horizontal adjustment bar (584) that is fitted to the position adjustment hole (522) of the vertical bar (521) of the horizontal moving machine (590) consisting of a rail moving body (590).

And the spreader 600 to the moving means moving body 560 constituting the transverse tinning machine 500 is horizontally coupled to the moving actuator and the connection bracket 610 mounted horizontally on one side of the steel wire connector , A curing agent pipe 620 coupled to the connection bracket and having a discharge groove formed at an interval therebetween, a nozzle 630 mounted to the discharge groove; And a curing agent spreader 600 consisting of a supply hose 640 for supplying a curing agent to a curing agent coating tube while moving along the connecting ring 650 mounted on the connecting line, the grid-type composite tie construction equipment The installation work of 100 is completed.

Here, it is revealed that the installation work of the grid-type composite tie-in construction equipment 100 may be performed differently from the above.

Next, an embodiment of the construction through the lattice-type composite tining construction equipment configured as described above will be described.

First, at least two or more connecting lines 320 are coupled so that the moving means 300 and the longitudinal tie 400 are interlocked.

And for the operation of the steel wire angle adjuster 480 constituting the longitudinal tinning machine 400, the concrete road of the longitudinal tinting steel wire 472 by rotating the steel wire fixture 460 and the steel wire support 470 Make contact with the packaging surface.

Subsequently, when the moving means 300 is operated in the traveling direction of the road, the longitudinal tie 400 moves the side moving body 420 along the guide rail 220 of the guide part 200, The longitudinal tanning steel wire 472 is formed longitudinally in the longitudinal direction on the concrete coating surface.

Next, when an external force is transmitted to the lateral tagging 500, the rail moving body 580 moves along the guide rail 220 of the guide unit 200.

And moving means according to the operation of the operation unit 540 in a state in which the steel wire support 570 is rotated through the moving means moving body 560 so that the lateral tinting steel wire 572 touches the concrete road pavement surface. 550, the moving means moving body 560, the steel wire support 570 and the curing agent spreader 600 is moved in the transverse direction.

At this time, the transverse-tinning liner 572 of the steel wire support 570 mounted in front of the transverse-tech 510 forms longitudinal stretching, and is mounted to the rear side of the transverse-tech 510 The curing agent spreader 600 is continuously subjected to the process of applying the curing agent to the grid-shaped tinning.

In this way, the lattice-type compounding construction equipment of the present invention has the advantage of being capable of simultaneously forming longitudinal and transverse tanning that can increase the slip resistance of the road surface when paving the road.

In the above description, specific shapes and directions have been mainly described in the description of the lattice-type composite tie construction equipment of the present invention with reference to the accompanying drawings, but the present invention can be modified and changed in various ways by those skilled in the art. It should be interpreted as being included in the scope of the invention.

100: Lattice type complex tanning construction equipment
200: guide section
210: ground fixture 211: fixing plate
212: upper support bar 213: rail support groove
220: guide rail 231: support
232: wall support ring 233: height adjustment bar
234: horizontal adjustment unit 235: height adjusting screw
236: vertical support 237: height bar
238: rail mounting groove 300: moving means
400: longitudinal tie machine
410: longitudinal tanning tech 411: tech support
420: side moving body 421: longitudinal frame
422: moving wheel 423: transverse gap adjustment bar
424: Spacing hole 430: Side support frame
431: Height adjustment through hole 440: Position adjustment
441: position adjustment bolt 442: fixing nut
450: Position fixing body 451: Position fixing frame
452: Position penetration part 453: Spiral coupling hole
454: fixing bolt 455: spiral adjustment coupling hole
456: Spacing adjustment fixture 457: Position adjustment hole
458: roller 460: steel wire fixing
361: steel wire connector 462: connecting member
463: Pipe connector 464: Rotating operation pipe
465: rotating gear 466: steel wire connection
470: steel wire support 471: horizontal fixing bar
472: Longitudinal tanning steel wire 473: Strength reinforced horizontal bar
480: steel wire angle adjustment unit 481: drive motor
482: Drive gear 483: Follower gear
484: Chain 500: Transverse Tinning Machine
510: transverse tech 511: horizontal plate
512: Front and rear finishing plate 513: Tech mounting groove
520: height adjustment frame 521: vertical bar
522: Position adjustment hole 523: Upper horizontal connecting bar
524: lower horizontal connecting bar 530: upper guide part
531: coupling fixture 532: coupling hole
533: guide fixing line 540: operating portion
541: handle 542: drive gear
543: rotation transmission gear 544: vertical chain
545: rotation transmission shaft 546: driven gear
547: Chain 550: Vehicle
551: Chain connection bracket 552: Connection bracket
553: moving implement 554: roller
560: moving means moving body 561: rotating shaft
562: angle adjustment bolt 563: connecting operation bar
570: steel wire support 571: horizontal fixing bar
572: Transverse tinning steel wire 573: Strength reinforced horizontal bar
580: rail moving body 581: frame
582: Position coupling hole 583: Moving wheel
584: horizontal fixing bar 600: curing agent sprayer
610: connecting bracket 620: curing institution
630: Nozzle 640: Supply hose
650: Link

Claims (9)

When paving roads using concrete, in the construction equipment used for finishing concrete,
A guide unit installed at intervals on both sides of a road in the traveling direction;
Moving means for moving along the traveling direction of the road;
A longitudinal tie machine which is disposed at a distance from the moving means and is connected through at least two or more connecting lines and moves along a guide portion when moving the moving means to form a longitudinal tie on the concrete pavement surface;
The transverse is formed at a distance to the rear of the longitudinal stretching machine, and is moved in the traveling direction of the road along the guide part according to the operator's operation, and then forms the tining in the transverse direction on the concrete road pavement surface in a stopped state. Directional tinning machine; And
It includes a curing agent sprayer that is mounted on the transverse tinning machine, and sprays the curing agent on the grid-shaped tiling formed through the longitudinal and transverse timing machine.
The longitudinal tensioning machine,
It is installed between the guide portion, while forming in a plate shape, the longitudinal support tech is mounted tech support on both ends;
It is disposed on both sides of the longitudinal tanning tech, and a longitudinal frame, a moving wheel mounted on at least two of the lower portions of the longitudinal frame and moving along a guide rail, longitudinally spaced above the longitudinal frame. A side moving body composed of a horizontal spacing adjusting bar mounted and mounted;
A pair of side support frames that are bent in a shape of "∩" on the side, both ends are supported by the tech support of the longitudinal tanning tech, and a height adjustment through hole is formed in the center;
A position adjustment part comprising a position adjustment bolt passing through the height adjustment through-hole of the side support frame and a fixing nut located at the upper and lower parts of the height adjustment through-hole;
A position fixing frame in which a position through portion in which a spiral coupling hole formed in the front and rear is formed is fitted into the side support frame, a fixing bolt that is fixedly coupled to the side support frame while being spirally coupled to the spiral coupling hole, and is formed in the center and spirally coupled with the position adjustment bolt While being adjusted to the height, the spiral helix coupling hole is mounted on the top of the position fixing frame corresponding to the lateral spacing adjustment bar of the lateral moving body, and the insertion space of the lateral spacing adjustment bar is coupled by combining a pair of vertical and horizontal plates. A position fixing member comprising a gap adjusting fixture to be formed and rollers mounted on both sides of the gap adjusting fixture;
It is a multi-stage bending and is installed at a distance to the longitudinal tie tech, and at the rear is a rotating working tube equipped with a steel wire connecting part having a fixed connection groove formed at a distance from a steel wire connecting port on which a connecting member for forming a pipe connecting hole is mounted. Consisting steel wire fixture;
A horizontal fixing bar is coupled to the fixing part coupling groove of the steel wire connecting part, and the horizontal fixing bar is provided with a steel wire supporting part in which longitudinal longitudinal steel wires forming longitudinal tie on a concrete road pavement surface are mounted at regular intervals;
A drive motor that is mounted on at least one of the steel wire connecting parts and provides rotational force, a drive gear mounted on a rotation axis of the drive motor, a driven gear mounted on a rotational actuating tube located on the same line as the drive gear, and the drive gear It is composed of a chain connecting the driven gear, the steel wire angle adjustment unit for controlling the angle of the steel wire support; Lattice-type composite tining construction equipment comprising a.
The method according to claim 1,
When the guide portion is mounted on the ground,
A fixed plate, which is arranged at a distance on the ground and is provided with a plate mounting hole with a spiral in the center, and is fixed to the height while being spirally coupled to the plate mounting hole of the fixed plate, and an upper support bar consisting of a rail support groove on the top. ; And
Lattice-type composite construction equipment, characterized in that consisting of; a guide rail having a tubular shape supported horizontally on the rail support groove of the ground fixture.
The method according to claim 1,
When the guide portion is mounted on one side and the other side is mounted on the guide wall,
One side is spaced apart from the ground and fixed to a plate with a spiral plate mounting hole formed in the center, while being spirally coupled to the plate mounting hole of the fixing plate, the height is adjusted and the upper part consists of an upper support bar on which a rail support groove is formed. Ground fixture; And a tube-shaped guide rail horizontally supported by the rail support groove of the ground fixture.
The other side of the wall support ring and the height adjustment bar is a multi-stage bending support; A horizontal adjustment unit formed in a horizontal direction at an end portion of the height adjustment bar of the support and provided with a height adjustment screw; A vertical support composed of a rail supporting portion in which a height adjusting bar and a rail mounting groove mounted on an upper portion of the height bar are formed while being spirally coupled to the level adjusting screw adjusting hole; And a tubular guide rail horizontally supported on the rail mounting groove of the vertical support.
delete The method according to claim 1,
A gap adjusting hole is formed at a distance in the longitudinal direction on the upper portion of the lateral gap adjusting bar, a positioning hole is formed on the horizontal plate of the positioning fixture, and a fixing pin is inserted into the gap adjusting hole and the positioning hole. Lattice-type composite tanning construction equipment.
The method according to claim 1,
At least one anti-rotation protrusion is formed on the outer surface of the rotating operation tube so as to limit the rotation operation,
A lattice-type composite tining construction equipment, characterized in that a horizontal bar with a plurality of through-holes is installed to reinforce the horizontal tiling steel wire at a distance from the horizontal fixing bar.
The method according to claim 1, wherein the transverse tightening machine,
A transverse tech consisting of a horizontal plate and front and rear finishing plates that are mounted on the front and rear sides of the horizontal plate and protruded so that a tech mounting groove can be formed at an end portion;
A pair of heights consisting of an upper horizontal connecting bar and a lower horizontal connecting bar installed between the vertical bar and the vertical bar, each of which is vertically installed at the tech mounting groove of the transverse tech, and spaced at a distance between the front and rear sides. Adjustable frame;
It is disposed between the height adjustment frame, the upper horizontal connection bar is equipped with a coupling fixture formed with a coupling hole therein, the coupling fixture has an upper guide portion to which a guide fixing line is mounted;
A drive gear mounted on the upper horizontal connecting bar and operating when the handle rotates, a rotation transmission gear disposed on a horizontal tech located on the same line of the drive gear, mounted on both sides of the transverse tech, and rotate transmission on one side An operation unit comprising a rotation transmission shaft on which gears are mounted, a pair of driven gears mounted on the same line at both ends of the rotation transmission shaft, and a pair of chains meshed on the same line of the driven gears;
A chain connection bracket mounted on the chain of the operation portion, a connection bracket coupled to the lower portion of the chain connection bracket, and arranged on the same line in the front and rear of the transverse tech, respectively, are formed in the shape of the letter "V" and the bottom is coupled to the connection bracket And the upper end of the moving means consisting of a pair of moving mechanism is mounted with a roller to move along the transverse tech;
A moving means moving body consisting of a rotating shaft mounted on one side of the moving mechanism, an angle adjusting bolt disposed at a distance from the rotating shaft and controlling an angle, and a connecting operation bar rotating around the rotating shaft;
A horizontal fixing bar coupled to the lower end of the connecting operation bar of the moving body, and the horizontal fixing bar is equipped with a steel wire supporting part in which a longitudinal longitudinal steel wire forming a transverse tie on a concrete road pavement surface is spaced apart;
At least two or more position coupling holes are formed on the center vertical surface of the H-shaped frame, and moving wheels moving along the guide portion are installed at the lower front and rear of the frame, and the position adjusting holes are positioned on the vertical bar of the height adjustment frame. A grid-type composite construction equipment comprising: a rail moving body composed of a horizontal fixing bar that is fitted to the fitting.
The method according to claim 1, wherein the curing agent spreader,
A connection bracket horizontally coupled to the moving implement and mounted horizontally on one side of the steel wire connector;
A curing agent pipe which is coupled to the connection bracket and has a discharge groove formed at an interval therebetween;
A nozzle mounted in the discharge groove; And
A supply hose that supplies a curing agent to the curing agent coating tube while moving along the connecting ring mounted on the connecting line; Lattice-type composite tining construction equipment comprising a.
The method according to claim 1,
The curing agent spreader is a lattice type composite tining construction equipment, characterized in that it is disposed at the rear of the transverse tining machine so as not to overlap the transverse tining operation means mounted on the front and the working line.

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