KR101274317B1 - Constructing system of cylindrical fence - Google Patents

Abstract

The present invention relates to a construction system of a cylindrical fence, the cylindrical pillar which is installed in a vertical direction at regular intervals, the cylindrical cross member connecting the cylindrical pillar to the cylindrical pillar, fastening the cylindrical pillar and the cross member together It includes a fastening bracket of the form coupled to the pillar bracket and the cross member bracket, the cross member bracket is made of a semi-circular shape to surround the cylindrical cross member, a coupling hole for coupling with the pillar bracket is formed in the center, The upper and lower fasteners for fastening with the horizontal member is formed, the pillar bracket is a flat front member having a fastener for fastening the fastener and the coupling member for coupling with the horizontal member bracket, the end of the front member Side member orthogonal to and connected in a curved shape at the end of the side member to surround the cylindrical pillar and fasteners for fixing with the pillar Being configured in a curved member having provides a system construction of the cylindrical fence as claimed.

Cylindrical fence, construction, bracket

Description

Constructing system of cylindrical fence

The present invention relates to a construction system of a cylindrical fence, by constructing the fence using a cylindrical material and a specially constructed construction bracket, the construction of the cross member is not interfered with the construction material to reduce the material cost of the cross member, when tightening materials such as hole processing It is possible to reduce the defect rate of the product by minimizing the processing, and also relates to the construction system of the cylindrical fence that can be easily installed on the terrain with a lot of slope / bent section.

Recently, there are two types of cylindrical fences that are constructed in landscape spaces or parks. One is a wooden fence using natural wood and the other is a fence using synthetic wood.

In case of fence using natural wood, there is no construction subsidiary material and special construction method. The cylindrical material that becomes the pillar of the fence is erected, and the horizontal cylindrical material is directly fastened and constructed using bolts or screws. In this case, the horizontal cylindrical material has to come out longer than the gap of the column, so construction is possible. In addition, in the construction of the inclined section, there is a disadvantage that the construction is not finished neatly due to the interference between the horizontal cylindrical material. Figure 7 is a photograph showing the construction structure of a conventional wooden fence, the portion indicated by the dotted red circle is the interference interval.

Synthetic wood is mostly constructed in the same way as natural wood. However, synthetic timbers contain reinforcing frames for fastening and strength reinforcement between products, which are more difficult to perforate during bolting and are often more directly tightened with screws.

In Korean Utility Model Publication No. 2008-1600, a clip fixing plate having a T-shaped clasp and a positioning fixing protrusion protruding to the surface at both ends is formed bent, and a reinforcing bar is formed at a wall perpendicular to the clip fixing plate, and a screw hole is formed at the center. A U-shaped fixture formed; A bracket for sound insulation fence is formed of an upper surface of the clip fixing plate, that is, a positioning fixing portion and a T-shaped hole formed to be fitted to the position fixing protrusion and the T-shaped latch portion formed on the clip fixing plate, and having a panel fixing clip having an elastic opening at one end thereof. Is disclosed.

Korean Utility Model Publication No. 2009-1441 discloses a bracket for a sound insulation fence for fixing a plurality of panels connected to each other to a crossbar, and is formed in a U shape so as to surround the outer circumferential surface of the crossbar, and both ends are bent in opposite directions to each other to form a flange. A cross bar bracket having a T-shaped locking protrusion protruding toward the front of the flange; One side is bent into an open trapezoidal shape, the T-shaped fastening hole is formed in the middle of the interruption, both ends are bent at a predetermined angle to form a latching jaw, but any one of which extends to form a handle to form a panel bracket Become; The panel bracket is a sound insulating fence bracket is characterized in that the sliding projection is inserted in the fastening hole is coupled to the crossbar bracket.

Japanese Patent Laid-Open Publication No. 2005-256523 includes a support fixing portion, a support having integrally molded impact shock absorbing capability, and a beam mounting portion provided on the support portion, wherein the beam mounting portion is rotatably connected to the support using a hinge mechanism. Fence brackets are disclosed.

Japanese Patent Laid-Open No. 2008-75401 discloses a bracket body for connecting and fixing a pillar and a beam or a panel constituting a protective measure, wherein the panel is composed of at least one pair of transverse members and a longitudinal member, and the bracket body is connected to the beam or the transverse member. Bracket is fixed to the bracket and fixed to the support, the bracket is connected to the bracket band, the bracket is rotatable at the connection portion of the bracket band, the bracket body is characterized in that the bracket is rotatable around the support pillar Is disclosed.

Japanese Patent Laid-Open Publication No. 1997-296632 discloses a metal lattice panel formed by arranging a longitudinal member formed of a metal wire and a transverse member formed of a metal wire in a lattice shape, and welding and fixing the intersections of the longitudinal member and the transverse member. As a connector for connecting to a general post, an insertion piece inserted into the trunk rim formed on both upper and lower ends of the longitudinal member, a fixing piece having a shape covering a constant angle range of the support outer circumferential surface, and both front and rear sides of the insertion piece can be narrowed. Consists of a U-shaped holder and a connecting screw for integrating the insert and the retainer, and installs a transverse screw insertion hole in the insert, and forms the gap between the wall facing each other with the transverse member. At the same time, the transverse side of the retainer is not so rattling when the retainer is wound around the transverse member between the adjacent longitudinal members in the trunk rim. Of the metal grid panels, it characterized in that a slightly smaller form than the dimension between the mutually adjacent longitudinal members connector is disclosed.

An object of the present invention in the construction system of cylindrical fence products to be installed in landscape spaces or parks, to facilitate the construction and to easily perform any terrain construction of cylindrical fence having a different appearance and system than the general fence To provide a system.

The present invention, in order to achieve the above object, the cylindrical pillar is installed in a vertical direction at a predetermined interval, the cylindrical cross member connecting the cylindrical pillar to the cylindrical pillar, the column to fasten the cylindrical pillar and the cross together It includes a fastening bracket in the form of a combination of the member bracket and the cross member bracket, the cross member bracket is made of a semi-circular shape to surround the cylindrical cross member, a coupling hole for coupling with the column bracket is formed in the center, The lower part is formed with a fastener for fixing with the horizontal member, the column bracket is a flat front member having a fastener for fastening with the coupling member and the pillar member for coupling with the horizontal member bracket, perpendicular to the end of the front member Curved side member and a curved end connected to the end of the side member to surround the cylindrical pillar and fixed to the pillar It provides a construction system of a cylindrical fence, characterized in that composed of members.

In the present invention, the column bracket and the cross member bracket are coupled to each other by rivets or bolts in the overlapping state, and the cross member bracket is rotatable 90 degrees. Accordingly, the cylindrical cross member may be fastened in the state in which the cross member bracket is rotated by the inclined angle in the inclined section.

According to an aspect of the present invention, the fastening bracket has a structure in which two cross member brackets are coupled to one pillar bracket, wherein cylindrical cross members are fitted to the two cross member brackets, without interference from each other. It is characterized in that the fastening.

According to another aspect of the present invention, the fastening bracket has a structure in which one horizontal bracket is coupled to one pillar bracket, and two fastening brackets in which one pillar bracket and one horizontal bracket are coupled in a bending section. It is fixed to the cylindrical pillar at a certain distance, it may be fastened so that the cylindrical cross member to form a bending angle.

When constructing a wooden or synthetic wood cylindrical fence using the construction subsidiary materials (fastening brackets) proposed in the present invention, the construction can be easily performed, and the processing of main materials in the field can be reduced, thereby reducing the defective rate, and freely inclined or bent sections. Can be constructed with materials. In addition, when inserting into the bracket during the construction of the horizontal material, the horizontal material is semi-fixed, so the construction can be done by yourself, thereby reducing the construction cost and man-hour.

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

1 is a perspective view of a fastening bracket according to the present invention, the fastening bracket 3 is coupled to the column bracket 10 and the cross member bracket 20 to fasten the cylindrical column member 1 and the cross member 2 together. Has a structure.

The fastening bracket 3 may be made of metal such as aluminum, steel, stainless steel, synthetic resin, or the like.

The pillar bracket 10 includes a front member 11, a side member 12, and a curved member 13.

The front member 11 has a coupler (not shown) for coupling with the cross member bracket 20 and a fixture 11a for fixing with the pillar member 1, and two adjacent cylindrical cross members 2 are provided. It has a flat structure to be fastened on the same plane.

The side member 12 is orthogonal to the front member 11 while integrally extending from the end of the front member 11, and serves to bridge the flat front member 11 and the arc-shaped curved member 13.

The curved member 13 is formed in a curved shape to surround the cylindrical pillar 1 while integrally extending from the end of the side member 12, and has a fixture 13a for fixing with the pillar 1.

The cross member bracket 20 is formed in a semi-circular shape to surround the cylindrical cross member 2, and a coupling hole (not shown) is formed at the center to engage the column member bracket 10, and the cross member at the top and the bottom thereof. A fastener 21 for fixing with (2) is formed.

The pillar bracket 10 and the cross member bracket 20 are coupled to each other by rivets 30 or bolts / nuts in an overlapping state, and the cross member bracket 20 is rotatable 90 degrees in a coupled state. It is done. As the cross member bracket 20 may be rotated, the cylindrical cross member 2 may be fastened in a state in which the cross member bracket 20 is rotated by the inclined angle in the inclined section. The tightening strength of the rivet 30 or the bolt / nut should be a constant force so that the bar bracket 20 is not loosely coupled so that the bar bracket 20 is rotatable and maintains its angle once rotated. It must be able to be fixed.

The cross member bracket 20 is coupled to the pillar bracket 10 such that the semicircular opening faces the front. The coupler of the pillar bracket 10 and the cross member bracket 20 is covered by the rivet 30 and is not visible in the drawing.

The fastening bracket of Figure 1 is composed of one pillar bracket 10 and two cross brackets 20, the interval between the two brackets 20 is troubled in the rotation of each of the brackets 20 Can be adjusted freely so that. In addition, by the flat front member 11 and the rotatable cross member bracket 20, the cylindrical cross member 2 is fitted to the two cross member bracket 20, respectively, can be fastened without interference in a state spaced apart from each other. have.

2 is a perspective view showing the construction structure of the cylindrical fence according to the present invention, the cylindrical pillar 1 is installed in the vertical direction at regular intervals, the cylindrical cross member 2 is padded on the cylindrical pillar 1 A cylindrical columnar member 1 is connected, and the cylindrical columnar member 1 and the horizontal member 2 are fastened by a fastening bracket 3. After inserting the cylindrical pillar (1) and the cross member (2) to the fastening bracket (3) by using the fixing means 40, such as screws, screws, nails, rivets, bolts, etc. in each of the fasteners (11a, 13a, 21) Secure it firmly.

Cylindrical columnar material (1) and the cylindrical cross member (2) is made of a cylindrical, it can be made of wood or synthetic wood. Synthetic wood can be manufactured in the form of hollow pipes in consideration of cost reduction.

3 is a photograph showing a bracket and a construction structure used in the flat section according to the first embodiment of the present invention, when the construction using the bracket proposed in the present invention is constructed as shown in FIG. Specifically, it is possible to construct two horizontal strips on one bracket, so that the horizontal strips are not crossed, and are installed in a straight line, thereby reducing construction time and cost.

4 is a photograph showing a bracket and a construction structure used in an inclined section according to the second embodiment of the present invention. When the inclined surface is flat, one side of the bracket may be turned to be inclined as shown in FIG. 4. As described above, the fastening bracket is designed so that the bracket fastened to the horizontal member can be rotated 90 degrees by fastening only one point of the bracket fastened to the pillar member and the bracket fastened to the horizontal member with a rivet or bolt.

5 is a photograph showing the bracket and the construction structure used in the section in accordance with the third embodiment of the present invention, the construction in the section can be solved by cutting the central portion of the bracket separately. In this case, by cutting the central portion of the flat bracket as shown in Figure 5 to make two brackets can be used to smoothly construct all the sections to be inclined. In other words, the fastening bracket used in this embodiment has a structure in which one horizontal bracket is coupled to one pillar bracket, and two fastening brackets in which one pillar bracket and one horizontal bracket are coupled in a bending section. It is fixed to the cylindrical pillar at a certain distance, it may be fastened so that the cylindrical cross member to form a bending angle.

FIG. 6 is a photograph showing various types of construction structures according to the fourth embodiment of the present invention. When utilizing the fastening bracket proposed by the present invention, the construction can be performed only by a straight line in the prior art. Various types of construction are possible. As shown in FIG. 6, the cross may have a mountain shape or may be constructed in a V shape.

1 is a perspective view of a fastening bracket according to the present invention.

Figure 2 is a perspective view showing the construction structure of a cylindrical fence according to the present invention.

3 is a photograph showing a bracket and a construction structure used in the flat section according to the first embodiment of the present invention.

4 is a photograph showing a bracket and a construction structure used in an inclined section according to the second embodiment of the present invention.

5 is a photograph showing the bracket and the construction structure used in the section bent in accordance with the third embodiment of the present invention.

6 is a photograph showing various types of construction structures according to the fourth embodiment of the present invention.

Figure 7 is a photograph showing the construction structure of a conventional wooden fence.

DESCRIPTION OF THE REFERENCE NUMERALS

1: cylindrical columnar

2: cylindrical strip

3: fastening bracket

10: pillar bracket

11: front member

11a, 13a, 21: fixture

12: side member

13: curved member

20: Bar bracket

30: rivet / bolt

40: fixing means

Claims (8)

Cylindrical pillars installed in the vertical direction at regular intervals, Cylindrical cross members connecting the cylindrical pillars to the cylindrical pillars, Column brackets and the cross brackets to join the cylindrical pillars and the cross members together Includes the fastening bracket of The cross member bracket is made of a semi-circular shape to surround the cylindrical cross member, the coupling member for coupling with the pillar bracket in the center is formed, the upper and lower fasteners for fixing the cross member is formed, The pillar bracket has a flat front member having a coupler for engagement with the cross member bracket and a fixture for fixing to the pillar member, a pair of side members orthogonal to both ends of the front member, and curved at both ends of the side member. Consists of a curved member that is connected in the form of a cylindrical pillar and having a fixture for fixing with the pillar, The cross member bracket is composed of a pair, the pair of cross member bracket is a cylindrical fence construction system, characterized in that formed to be rotated at intervals at both ends of the outer surface of the front member. The cylindrical fence of claim 1, wherein the column bracket and the pair of cross member brackets are coupled by rivets or bolts in a state in which the coupling members overlap each other, and the cross member brackets are rotatable 90 degrees in the coupled state. Construction system. delete The cylindrical fence construction system according to claim 1, wherein the cylindrical cross members are fitted into the pair of cross member brackets, respectively, and are fastened without interference in a state spaced apart from each other. delete The cylindrical fence construction system according to claim 2, wherein the cylindrical cross member is fastened in a state in which the cross member bracket is rotated by the inclined angle in the inclined section. delete The system of claim 1, wherein the fastening bracket is made of metal or synthetic resin.

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