KR200300124Y1 - Fortification part batter board using newly-established road - Google Patents

Abstract

The present invention relates to a fill section norm frame that can be used in the new road site.

The present invention is made in the form of a circular pipe in a pair of two, the fixing portion, the upper portion is formed with a groove portion, the fixing anchor pile formed with a fixing pin connecting hole in the upper; Pipe joints are formed on one side, and slit plates are formed in two rows on the pipe joints, and the left joints are formed with small and large through-holes on the pipe joints and slit plates, and pipe joints are formed on one side, and the slit in one row on the pipe joints. A plate is formed, the pipe connecting rod and the right connecting rod formed in the through-hole formed in the slit plate, the anti-falling connecting rod is fastened to the fixed anchor pile by a fixing bolt that penetrates the pipe connecting horizontally; An anti-falling pile coupled to the through-hole of the slit plate of the anti-falling connecting rod and having a fixed portion formed at the bottom thereof; A coupling part having a smaller diameter is formed at the lower part, a connecting rod body having a larger diameter is formed integrally with the coupling part, a connecting rod fixing pin formed at the coupling part is spring-operated, and a fixing pin connecting hole is formed at the upper part of the connecting rod body. A scaffold connecting rod having a wire through-hole formed in the connecting rod body installed at the top; A guide groove having a guide groove formed on the back, and a type formed with a colored portion on one side thereof, and a rectangular type used, and a sign connector connected to a sign connector formed with guides on both sides of the guide groove, and fastened to a frame connecting rod; And through the wire through-hole formed in the uppermost part of the scaffolding connecting rod, and provides a fill section screed frame that can be used on the new road consisting of a wire installed to fix the wire adjustment turnbuckle and the wire fixing pin at both ends.

Description

FORTIFICATION PART BATTER BOARD USING NEWLY-ESTABLISHED ROAD}

This design is made of stainless steel or high-density polyethylene without rust and can be installed in a prefabricated way, so the construction speed is fast and the width can be easily adjusted according to the site conditions and it is very convenient to use. It is designed to be freely adjustable, so it can be easily coped with when the plan is changed, and it is very suitable for installation of on-site screed frame so that the work can be carried out conveniently. It is related to the filling section norm framework that can be used in the new road.

In general, when constructing roads, surveying is performed on the fill section, and the fill section scrubbing frame, which is one of the equipments used, is installed and used using wood or steel.

At this time, the scaffold frame is used to fill the soil when the ground is lower than the construction surface during the construction work, the above work is the horizontal surface position of each step of the surface layer, sub-base, roadbed, furnace body, position STA After surveying, install the screed frame and follow the instructions on the screed plate of the installed screed to make the fill work.

1 is a view showing a conventional general scaffold frame, the scaffold frame 10 is divided into a strut 12, a side support 14, a connecting string 16, a wire rope 18, a square timber 20 and a screed board. It consists of 22.

In the ground (G), two support posts 12 are vertically installed in multiple stages, and the support posts 12 are provided with side supports 14 supported from both sides, wherein the support posts 12 are provided in multiple stages. When installed, each joint portion is fixed with a connecting string 16 such as a wire and the like, and both sides of the support 12 using the wire rope 18 so that the support 12 is not conducted by external influences such as wind. Secure it firmly.

The support 12 is installed using wood or metal, while the support 12 is coupled to the support 12 between the square timber 20 is spaced apart between the support 12, the support 12, the plurality of screed plates 22 are horizontally coupled with a constant height difference, and the colored plate 24 is formed on one side of the screed plate 22.

Workers measure the height for the fill portion using the scaffold 10 and finish the fill work for the region. The scaffold 10 is generally manufactured using wood or steel.

However, the fill section scrubbing frame, which is a device for surveying such a road, has a problem of recycling that is treated as waste after only one use, and a significant budget is wasted in manufacturing and installing and disposing the scaffold.

In order to solve the above problems, the present invention is made of stainless steel or high-density polyethylene without rust, and can be installed in a prefabricated manner, so the construction speed is fast and the width can be easily adjusted according to the site conditions. It is convenient, and the height can be adjusted freely according to the height of each floor, so it is easy to cope with the change of the plan, and it is very suitable for the installation of the on-site screed frame, so that the work can be carried out conveniently and can be recycled. Therefore, the purpose is to provide a filling section norm frame that can be used on a new road very economical because waste is not generated as in the prior art.

1 is a view showing a conventional general standard frame

Figure 2 is an installation state of the fill section scaffold frame of the present invention.

Figure 3 is an exploded state diagram of the anchor anchor pile, fall prevention connecting rod, fall prevention pile and scaffolding connecting rod constituting the fillet scaffold frame of the present invention.

Figure 4 is a view showing in detail the scaffold sign constituting the fill section scaffold frame of the present invention.

Figure 5 is a view showing a wire connection structure for fixing the fillet screed frame of the present invention.

<Explanation of symbols for the main parts of the drawings>

50: fillet screed frame 60: fixed anchor pile

62, 92: fixing part 64: fixing pin connecting hole

70: fall prevention connection 72: left connection

74: pipe connection 76,78: slit plate

80,132: Fixing bolt 82: Right hand connection

86: through hole 90: fall prevention pile

100,100 ': connecting rod 102: coupling part

104: connecting rod fixing pin 106: connecting rod body

108: fixing pin connecting hole 110: wire through hole

120,120 ': Norm sign 122: Coloring section

124: guide groove 130: sign connector

134: guide part 140: wire

142: wire adjustment turnbuckle 144: wire fixing pin

The present invention, in order to achieve the above object, the present invention, in the standard frame used for the measurement of the fill portion of the road, is formed in a pair of two and made in the form of a circular pipe, while the fixed point is formed sharply at the bottom Easy fixing on the slope, the groove portion is formed in the upper inside, the fixing anchor pile formed with a fixing pin connecting hole in the upper; It is coupled to the upper part of the fixed anchor pile and the hinge coupling and the hinge operation is possible by the fall prevention pile, while the pipe connection is easy to be coupled to the fixed anchor pile is formed on one side, the slit plate is formed integrally in two rows in the pipe connection The pipe connecting rod and the slit plate are formed with a left and right connecting rod formed horizontally or vertically with small and large through-holes, and a pipe connecting rod that is easily coupled with a fixed anchor pile is formed on one side, and the pipe connecting slit is formed in one row. The plate is integrally formed, and the pipe connecting rod and the slit plate are composed of a right connecting rod formed with small and large through-holes horizontally or vertically, and the pipe connecting member of the pipe connecting member of the right connecting member and the left connecting member is fixed to the anchor anchor pile. The fastening is completed by the fixing bolt which penetrates horizontally through the pipe connection in the inserted state. FIG prevent stem; An anti-falling pile coupled to the vertical through-holes of the slit plate of the left-side connecting rod and the right connecting rod of the falling-off connecting rod, and having a fixing part formed at the bottom thereof to support the lower structure in a triangular structure; The lower part is fastened to the fixed anchor pile by varying the diameter of the upper part and the lower part in the form of a circular pipe, while a plurality of parts are vertically coupled, a smaller diameter coupling part is formed at the lower part, and a connecting rod having a large diameter at the upper part integrally with the coupling part. The body is formed integrally, the connecting rod fixing pin is formed to spring-operated in the coupling portion, the fixing pin connecting hole is formed in the upper portion of the connecting rod body, at this time through the connecting rod body is installed at the top through the wire A scaffold connecting rod formed with holes; While the height of the fill section is coupled to the vertical height of the frame connecting rod, guide grooves are formed on the back side, and a plurality of types having a four-sided colored section on one side and a rectangular type are used. Circular pipe structure on both sides of the part is penetrated inside the frame, and the fixing bolt is fastened horizontally on one side, and the guide bolt is connected to the frame connecting rod by the sign connector formed on the opposite side where the fixing bolt is fastened to the guide groove. ; And a ground part which can be used in a new road consisting of a wire installed through the wire through hole formed in the upper part of the scaffolding frame connecting rod, and connecting the both ends of the wire adjustment turnbuckle and the wire fixing pin in order to fix the fixing pin on the soil surface. Provide a framework.

Hereinafter, with reference to the accompanying drawings will be described the configuration and operating state of the present invention.

2 is an installation state diagram of the fill section scaffold frame of the present invention, the fill section scaffold frame 50 is a scaffold frame installed in the fill section when a new road is constructed.

The filling section screed frame 50 is largely fixed anchor pile 60, fall prevention connection 70, fall prevention pile 90, screed frame connecting rod 100, 100 ', screed frame sign 120, 120' ) And a wire 140.

The fixed anchor pile 60 constituting the filling section scaffold frame 50 is formed in a structure that can be placed in a pair of two perpendicular to the soil surface, the fixed anchor pile 60 in the upper scaffold frame Connecting rods 100 and 100 'are connected in multiple layers.

At this time, the fixed anchor pile 60 is coupled to the fall prevention connection 70 consisting of two sets for the fall prevention in the upper portion, the fall prevention connection 70 in the center fall prevention pile (90) ) Is coupled to the two anchor anchor pile 60 and the fall prevention pile 90 is configured in the shape of a triangular strut.

In the scaffold connecting rod 100 coupled to the fixed anchor pile 60, a plurality of scaffold signs 120 and 120 'are installed to be suitable for the fill layer, and the scaffold sign 120 is colored on one side ( 122) is formed so that the roadwork, roadbed, subbase, and surface layer together when the road construction.

In addition, a wire 140 is penetrated at the top of the scaffold connecting rod 100 'and is fixed by the wire fixing pin 144 using the wire adjusting turnbuckle 142 and the wire fixing pin 144 on the soil surface. It prevents the fall of the fill section scaffold frame 50.

As described above, the workers install the scaffold frame 50, vertically installed a plurality of scaffold connecting rods 100, 100 'coupled to the anchor anchor pile 60, and then the scaffold connecting rod 100 ) Can be carried out by installing the scaffold sign 120, 120 'at a height by surveying.

3 is an exploded state diagram of the anchor anchor pile, the fall prevention connecting rod, the fall prevention pile and the scaffolding connecting rod constituting the scaffold frame of the present invention, the fixing anchor pile 60 is a pointed fixed portion at the bottom in a circular pipe structure ( 62 is formed, the fixing pin connecting hole 64 is formed on the upper side, it is formed in a structure that penetrates inside.

The fall prevention connection 70 is adjustable in width, such as hinge coupling and hinge operation by the fall prevention pile 90, the fall prevention connection 70 is the left connection 72 and the right connection 82 It is composed of a hinge coupled structure.

The left connection 72 of the anti-falling connection 70 is formed on one side with a pipe anchor 74 which is easily coupled with the fixed anchor pile 60, and the slit plate in two rows on the pipe connection 74. 76 is integrally formed, and the pipe connecting rod 74 and the slit plate 76 are small and large through holes (small through holes are not shown in the drawing because the fixing bolts are fastened) 86 ) Is formed horizontally or vertically.

The right connecting piece 82 of the fall prevention connecting piece 70 is formed with a pipe connecting part 74 which is easily coupled with the fixed anchor pile 60 on one side, and the slit plate in a row on the pipe connecting part 74. 78 is integrally formed, and the pipe connecting rod 74 and the slit plate 76 are formed with a small and large through-hole (not shown in the figure) 86 horizontally or vertically.

The anti-falling connecting member 70 is a pipe connecting member 74 in a state in which the pipe connecting member 74 of the left connecting member 72 and the pipe connecting member 74 of the right connecting member 82 are inserted into the fixed anchor pile 60. Fastening is completed horizontally on the top of the fixing anchor pile 60 by the fixing bolt 80 penetrates horizontally.

The fall prevention pile 90 is coupled to the left connection 72 and the right connection 82 constituting the fall prevention connection 70 by a vertical through hole 86 of the slit plates 76 and 78. When the secondary scaffold frame is installed, the lower structure is supported by a triangular structure, and the fall prevention pile 90 is manufactured in the form of a bar (BAR) having a pointed fixing part 92 formed at the bottom thereof.

Wherein the frame connecting rods 100, 100 'is different from the diameter (R) of the upper and lower in the form of a circular pipe, the coupling portion 102 having a small diameter (R) is formed on the lower, the coupling portion A connecting rod body 106 having a large diameter R is integrally formed on the upper portion 102 integrally, and a connecting rod fixing pin 104 is installed at the coupling portion 102 to be spring-operated inward. The fixing pin connecting hole 108 is formed at the upper portion of the connecting rod body 106.

The wire through hole 110 is horizontally formed at a position adjacent to the lower coupling part 102 in the standard frame connecting rod 100 ′ installed at the top of the standard frame connecting rod.

The two anchor anchor piles 60 described above are coupled to the pipe connecting member 74 of the left connecting member 72 constituting the fall prevention connecting member 70 at one upper end thereof and fastened by fixing bolts 80, and at one end of the other. The pipe connecting member 74 of the right connecting member 82 constituting the falling-off connecting member 70 is coupled and fastened by a fixing bolt 80, wherein the falling-off connecting member 70 is coupled to the fixed anchor pile 60. The left connection 72 and the right connection 82 of the fall prevention pile 90 when the through-hole 86 is matched in the state that the first row of the slit plate 78 is inserted into the two rows of the slit plate 76 It penetrates through the through hole 86 and is fixed to the soil surface in the form of a triangular support.

In addition, the fixing anchor pile 60 is inserted into the coupling portion 102 of the scaffold connecting rod 100 is installed at the bottom of the upper inner groove, the coupling portion 102 of the scaffold connecting rod 100 The connecting rod fixing pin 104 formed in the fixing pin is connected to the fixing pin connecting hole 64 of the anchor pile 60, and in this form the connecting frame 100, the other plurality of standard frame connecting rods 100 in the same manner It is coupled to the vertically installed on the other hand, the top is provided with a connecting frame connecting rod 100 ′ formed with a wire through-hole 110.

Figure 4 is a view showing in detail the scaffold sign constituting the scaffold frame of the present invention, the scaffold sign 120 is coupled to be able to measure the height of the fill section to the vertical height of the connecting rod connecting rod, In the illustrated frame 120 of the guide grooves 124 is formed on the back of the frame of the reference frame 120 as shown in the drawing, two sign connector 130 on both sides of the guide groove 124 ) Is fastened to the connector frame connecting rod by the sign connector (130).

The standard frame signs 120, 120 'is formed of two types, one of which is formed on one side of the colored portion 122 formed on the slope, and the type formed by the sign formed into a rectangular type is installed.

The type of forming the coloring part 122 is installed at the lower part of the scaffold sign 120, and the rectangular type is installed at the top.

In addition, the sign connector 130 is a circular pipe structure through which the inside is fixed and the fixing bolt 132 is fastened horizontally on one side, the fastening to the guide groove 124 on the opposite side to which the fixing bolt 132 is fastened Guide portion 134 is formed in a possible form.

That is, the sign connector 130 is fastened to both sides of the guide groove 124 formed on the back of the screed frame sign 120, 120 'in the longitudinal direction and then the sign connector 130 is inserted into the screed frame connecting rod. The fixing bolt 132 is a structure that can be fastened while keeping the height horizontal.

Figure 5 is a view showing a wire connection structure for fixing the filling section scrim frame of the present invention, the wire 140 is a wire of one side in the state installed so that the wire through hole formed in the uppermost part of the scrim frame connecting rod penetrates the center portion of the wire (140) end of the wire adjustment turnbuckle 142 and the wire fixing pins 144 are sequentially coupled to the wire fixing pin 144 is fixed to the soil surface, the other end of the wire 140, the wire fixing pin 144 It is installed to be fixed to the soil surface by a combination of the wire fixing pin 144.

As described above, the filling section screed frame 50 is a prefabricated type, easy to engage and disassemble structure anchor anchor 60, fall prevention connection 70, fall prevention pile 90, screed frame connecting rod ( 100) (100 '), scaffolding sign 120, 120', sign connector 130 and wire 140 to form a member, the height can be freely adjusted according to the height of each floor according to the site conditions, the external stress It is possible to form a fill section scaffold frame 50 having firmness that can cope with (wind direction) as appropriate.

Even if you are not a skilled worker, the filling part screed frame 50 is easy to install and detach, so it is easy to install and use at the site of the new road and can be reinstalled at another site to facilitate the work efficiency.

The effect of the configuration and operation of the present invention described above will be described.

The filling section screed frame that can be used in the new road of the present invention is a prefabricated type, and it is easy to combine and disassemble, so it is fixed anchor pile, fall prevention connecting rod, fall prevention pile, screed frame connecting rod, scaffolding sign, sign connector and wire. It is used as a structure to combine the connecting rod connecting rod according to the height of each floor according to the condition of the site. The height adjustment is free, and the anchor anchor pile, the fall prevention connecting rod, and the fall prevention pile are in the form of a triangular soil in the external stress (wind direction). Since it can be installed on the slope, it is possible to obtain the effect of forming a fill section scrubbing frame having firmness that can be appropriately responded.

In addition, the fill section scaffold frame is not only formed in a triangular shape of the lower structure, but also a structure that the wire is fastened to the connecting rod connecting rod installed on the top of the structure can be opposed to the external stress double, there is no concern of conduction at all Has

In addition, the filling section norm frame can perform the filling section work only if the horizontal level is maintained without affecting the skill level of the workers, so that the work efficiency can be improved, and in particular, the conventional structure that is discarded by one use. Unlike the bar, which can be reused at other sites, waste can be suppressed to protect the environment and reduce construction costs.

Claims (1)

In the standard frame used for surveying the fill section of the road, It is manufactured in the form of a two-piece circular pipe, while the fixing portion 62 is formed sharply in the lower portion, the groove portion is formed in the upper inner side, and the fixing anchor pile having the fixing pin connecting hole 64 formed on the side ( 60); While the lower structure is fixed in a triangular structure by being coupled to the top of the fixing anchor pile 60 and the fall prevention pile 90, A pipe anchor 74 is easily coupled to the fixed anchor pile 60 on one side, and the slit plate 76 is formed integrally in two rows on the pipe connector 74, and the pipe connector 74 and the slit plate ( A left connection 72 formed with a small or large through hole (small through hole not shown) 86 formed horizontally or vertically; A pipe anchor 74 is easily coupled to the fixed anchor pile 60 on one side, and the slit plate 78 is integrally formed on the pipe connector 74 in a single row, and the pipe connector 74 and the slit plate ( 78, the small and large through-holes (small through-holes not shown) 86 is composed of a right connection 82 formed horizontally or vertically, Fixing bolt that horizontally penetrates the pipe connecting rod 74 in a state where the pipe connecting member 74 of the left connecting member 72 and the pipe connecting member 74 of the right connecting member 82 are inserted into the fixing anchor pile 60 ( An anti-falling connector 70 fastened by 80; It is coupled to the vertical through-hole 86 of the slit plate 76, 78 of the left connection 72 and the right connection 82 of the anti-falling connection 70, a fixing portion 92 is formed at the bottom, Anti-conduction pile 90 used to support the structure in a triangular structure; The lower part is fastened in multiple stages to the upper part of the fixed anchor pile 60 by varying the upper and lower diameters R in the form of a circular pipe, A coupling portion 102 having a small diameter R is formed at a lower portion thereof, and a connecting rod body 106 having a large diameter R is integrally formed at an upper portion thereof integrally with the coupling portion 102, and coupled to the coupling portion 102. A connecting rod fixing pin 104 is spring-operated, and a connecting rod fixing rod (100) (100 ') having a fixing pin connecting hole (108) formed on an upper portion of the connecting rod body (106); While the height of the fill section is coupled to the vertical height of the frame connecting rods 100 and 100 ', guide grooves 124 are formed on the back side, and the inside of the guide grooves 124 has a pipe structure. Fixing bolt 132 is fastened horizontally on one side and fastened to one side, the sign connector (130) formed with a guide portion 134 in the form that can be fastened to the guide groove 124 on the opposite side is coupled to the frame connecting rod 100 (100) ') And the sign of the frame of the sign 120, 120; And a wire through hole 110 formed at an uppermost part of the scaffold connecting rod 100 ', and both ends of the wire adjusting turnbuckle 142 and the wire fixing pin 144 are sequentially coupled to each other so that the wire fixing pin ( Filling section norm frame that can be used in the new road consisting of the wire 140 is installed to be fixed to 144.