KR102635937B1 - Modular pole device - Google Patents

Abstract

The invention for a modular pole device is disclosed. The disclosed modular pole device includes a plurality of modular units that can be stacked so that one or more mounting objects can be selectively installed according to their functions, a modular unit connector that detachably couples each modular unit, and the lowest end of the modular units. A pole member supported on the floor or installed between one of the modular units and another one of the modular units, and a pole connector provided on the pole member and the modular unit and combining the pole member and the modular unit. do.

Description

Modular pole device {MODULAR POLE DEVICE}

The present invention relates to a modular pole device, and more specifically, to selectively stack a plurality of modular units on a pole member and adjust rotation at a set angle to function one or more of several mounting objects on a mounting cover mounted on the modular unit. It is about a modular pole device that can be installed accordingly.

Generally, installation objects including street lights, CCTV, speakers, flood lights, point lights, information signs, and banner advertisement boards are installed around roads to provide safety and information to pedestrians.

This mounting object is mounted on a support having a set length, and the support is made of a hollow metal or synthetic resin material and is configured to have an appropriate length according to usage conditions.

However, once the prop for installing the above-mentioned mounting object is manufactured, it is difficult to adjust the length, and once one of the mounting objects is selected, it is difficult to replace it with another mounting object, so to install a new mounting object, a new prop is needed. It has various inconvenient problems in use, such as having to stand up and install it. In addition, there is a problem in that it is not easy to rotate the mounting object installed on the support to change the installation direction.

Therefore, there is a need to improve this.

Related background technology includes Republic of Korea Patent Publication No. 1408770 (June 11, 2014, title of invention: prefabricated support device for installing streetlights or integrated poles and its construction method).

The present invention was created in response to the above-mentioned need, and allows a plurality of modular units to be selectively stacked on a pole member and rotated at a set angle to install one or more of several mounting objects according to the function on the mounting cover mounted on the modular unit. The purpose is to provide a modular pole device that can

In order to achieve the above object, the modular pole device according to the present invention includes a plurality of modular units that can be stacked so that one or more mounting objects are selectively installed according to function; A modular unit connector that detachably couples each of the modular units; A pole member that connects the lowest end of the modular units and supports them on the floor, or is installed between one of the modular units and another one of the modular units; and a pole connector provided on the pole member and the modular unit, and coupling the pole member and the modular unit.

The above installation objects include single head or double head street lights, CCTV, speakers, flood lights, point lights, cooling fog, information signs, and banner advertisement boards. It is characterized by including at least one or more.

The modular unit includes a pair of modular unit body parts that are formed in a cylindrical shape and are disposed on the upper and lower sides, respectively, forming a pair of curved grooves on both sides that are bent toward the center; a pair of modular unit connection parts connecting the upper and lower sides of the modular unit body part to each other, excluding the receiving space part connecting each of the curved groove parts; And a mounting cover part provided in the receiving space part of the curved groove part and the modular unit connection part, and on which the mounting object is installed.

The modular unit connection portion and the modular unit body portion are firmly coupled to each other by a reinforcing fastener, and the reinforcing fastening portion is provided in the form of a pillar upward and downward at set intervals on the inner surface of the modular unit connecting portion, and has screw holes on the upper and lower sides. A fastening support portion formed by: a fastening contact portion provided on the modular unit body portion to contact the fastening support portion and coupled with a fastening member fastened to the screw hole; a reinforcing binding groove portion recessed between the fastening supports; and a reinforcing binding protrusion formed to protrude from the fastening contact portion to be inserted into the reinforcing binding groove and be reinforced and fastened.

The mounting cover part includes a mounting plate disposed in the receiving space part of the modular unit connection part and on which the mounting object is installed; and a mounting cover mounting portion coupled to the upper and lower sides of the mounting plate, respectively, and installed in the curved groove portion.

When the mounting cover attachment part is coupled using a plurality of fastening members to the curved groove of the modular unit body, the number of fastening members is adjusted according to the load of the mounting object mounted on the mounting plate, and the mounting plate is installed. The length is adjusted according to the size of the mounting object.

When the mounting object is a floodlight, the mounting cover mounting portion and the mounting plate are recessed inward so that the floodlight is buried and installed inside the modular unit.

The modular unit connector includes: a modular unit connector member that is seated and screwed to an outer surface of a seating member provided in the modular unit body portion on an upper side of one of the modular units; a disk kit member provided on the inner surface of a seating member provided on the modular unit body portion below the other neighboring modular unit to be seated on the modular unit connector member; and a plurality of bolting members that mutually restrain the disk kit member and the modular unit connector member to couple one of the modular units to another modular unit.

After the disk kit member is separated from the modular unit connector member by the rotation guide restraint, one of the modular unit located at the bottom and the other modular unit located at the top is rotated and fixed again. It is characterized by

The rotation guide restraint part includes a first restraint part protruding or recessed on the bottom of the disk kit member; a second restraining portion recessed or protruding on the upper surface of the modular unit connector member to be coupled to the first restraining portion; A first anti-rotation convex portion provided in the shape of a circular gear tooth on the bottom of the disk kit member and adjacent to the outer radius of the first restraint portion; And a device formed in the shape of a set-section gear tooth on the inner surface of the seating member on which the disk kit member is seated to control the rotation between the upper modular unit and the lower modular unit by being restrained or released from the first rotation prevention convex portion. It is characterized in that it includes 2 anti-rotation convex portions.

The pole connector includes a pole connector member inserted and seated inside the pole member and screwed together; A disk pressing member provided on the inner surface of a seating member provided on the body portion of an adjacent modular unit among the modular units located on the upper or lower side to be seated on the pole connector member; and a coupling member that couples the pole connector member and the disk pressing member to each other.

The pole connector member is positioned and coupled to the pole member to prevent rotation by a slide coupling portion, and the slide coupling portion includes a slide protrusion formed vertically on an inner surface of the pole member; and a slide coupling groove portion that is recessed upward and downward on an outer surface of the pole connector member so that the slide protrusion is coupled to the pole connector member.

The disk pressing member is separated from the pole member by a rotation guide coupling portion, and then rotates one of the pole member located at the upper or lower portion and the modular unit located at the lower or upper portion and then fixed again. .

The rotation guide coupling portion includes a first coupling portion protruding or recessed on one surface of the disk pressing member; a second restraining portion recessed or protruding on one surface of the pole connector member to be coupled to the first binding portion; a first anti-rotation gear portion provided in a circular gear tooth shape on one surface of the disk pressing member and adjacent to a radius outside the first coupling portion; and a set section gear tooth shape on the inner surface of the seating member on which the disc pressing member is seated to control rotation between the upper or lower pole member and the lower or upper modular unit by being engaged or disengaged from the first anti-rotation gear unit. It is characterized in that it includes a second anti-rotation gear formed.

The modular pole device according to the present invention can selectively stack a plurality of modular units on a main pole installed on the floor, rotate and adjust at a set angle, and install one or more of several mounting objects according to the function on the mounting cover mounted on the modular unit. there is.

In addition, the present invention can firmly couple the modular unit body portion and the plurality of modular unit connection portions to each other using a reinforcing coupling portion.

In addition, in the present invention, the modular unit connector member and the disk kit member are firmly coupled using the rotation guide restraint, and the upper or lower modular unit can be rotated at a set angle through separation of the disk kit member and then reassembled.

In addition, according to the present invention, the pole connector member can be coupled to the pole member using a slide coupling portion to prevent rotation between the pole connector members.

In addition, the present invention firmly couples the pole connector member and the disk pressing member using the rotation guide coupling unit, and allows the upper and lower modular units or pole members to be rotated at a set angle through separation of the disk pressing member and then reassembled. there is.

Figure 1 is a diagram showing a state in which various mounting objects are attached and used in a modular pole device according to an embodiment of the present invention, as an example.
Figure 2 is a perspective view of the installation of a modular pole device according to an embodiment of the present invention.
Figure 3 is an exploded perspective view of a modular pole device according to an embodiment of the present invention.
Figure 4 is an exploded perspective view of a modular unit in a modular pole device according to an embodiment of the present invention.
Figure 5 is an exploded perspective view between a plurality of modular units in the modular pole device according to an embodiment of the present invention.
Figure 6 is an exploded perspective view of main parts of a plurality of modular units and modular unit connectors in the modular pole device according to an embodiment of the present invention.
Figure 7 is a cross-sectional view of Figure 6 in an assembled state.
Figure 8 is a diagram showing a state in which a plurality of modular units are coupled by a modular unit connector and a rotation guide restraint in the modular pole device according to an embodiment of the present invention.
Figure 9 is a diagram showing a process in which a plurality of modular units are rotated by a rotation guide restraint in the modular pole device according to an embodiment of the present invention.
Figure 10 is an exploded perspective view of a modular unit and a pole member in a modular pole device according to an embodiment of the present invention.
Figure 11 is an exploded perspective view of main parts of the modular unit and the pole member in the modular pole device according to an embodiment of the present invention.
Figure 12 is a cross-sectional view of the assembly of the main parts of the modular unit and the pole member of the modular pole device according to an embodiment of the present invention.
Figure 13 is a diagram showing the process of rotation between the modular unit and the pole member by the rotation guide coupling unit in the modular pole device according to an embodiment of the present invention.
Figure 14 is an exploded perspective view of the modular unit in the modular pole device according to an embodiment of the present invention, where the mounting cover part is concave when the mounting object is a floodlight.
Figure 15 is an exploded perspective view of the main part of the modular pole device according to an embodiment of the present invention, where the mounting cover part is formed concave when the mounting object is a floodlight.
Figure 16 is a cross-sectional view of the assembled modular unit when the mounting object is a floodlight in the modular pole device according to an embodiment of the present invention.

Hereinafter, a modular pole device according to an embodiment of the present invention will be described with reference to the attached drawings.

In this process, the thickness of lines or sizes of components shown in the drawing may be exaggerated for clarity and convenience of explanation. In addition, the terms described below are terms defined in consideration of functions in the present invention, and may vary depending on the intention or custom of the user or operator. Therefore, definitions of these terms should be made based on the content throughout this specification.

Figure 1 is a diagram showing a state in which various mounting objects are attached and used in a modular pole device according to an embodiment of the present invention, and Figure 2 is a perspective view of the installation of the modular pole device according to an embodiment of the present invention. , Figure 3 is an exploded perspective view of a modular pole device according to an embodiment of the present invention, Figure 4 is an exploded perspective view of a modular unit in a modular pole device according to an embodiment of the present invention, and Figure 5 is an exploded perspective view of a modular pole device according to an embodiment of the present invention. In the modular pole device according to an embodiment, it is an exploded perspective view between a plurality of modular units, and Figure 6 is an exploded perspective view of the main parts of the plurality of modular units and the modular unit connector in the modular pole device according to an embodiment of the present invention. 7 is a cross-sectional view of the assembled state of FIG. 6, and FIG. 8 is a view showing a state in which a plurality of modular units are coupled by the modular unit connector and the rotation guide restraint in the modular pole device according to an embodiment of the present invention, and FIG. 9 is a diagram showing a process in which a plurality of modular units are rotated with respect to each other by a rotation guide restraint in the modular pole device according to an embodiment of the present invention.

Figure 10 is an exploded perspective view of the modular unit and the pole member in the modular pole device according to an embodiment of the present invention, and Figure 11 is an exploded view of the main parts of the modular unit and the pole member in the modular pole device according to an embodiment of the present invention. It is a perspective view, Figure 12 is a cross-sectional view of the main part of the modular pole device and the pole member of the modular pole device according to an embodiment of the present invention, and Figure 13 is a modular pole device according to an embodiment of the present invention, the modular unit and the pole member It is a diagram showing the process of rotation by mutual rotation guide coupling parts, and Figure 14 is a modular unit showing a state in which the mounting cover part is formed concave when the mounting object is a floodlight in the modular pole device according to an embodiment of the present invention. is an exploded perspective view, and Figure 15 is an exploded perspective view of the main part of the modular pole device according to an embodiment of the present invention, when the mounting object is a floodlight, and the mounting cover portion is formed concavely, and Figure 16 is an exploded perspective view of the main part of the modular pole device according to an embodiment of the present invention. In the modular pole device according to , this is an assembled cross-sectional view of the modular unit when the mounting object is a floodlight.

1 to 16, the modular pole device according to an embodiment of the present invention includes a modular unit 100, a modular unit connector 200, a pole member 400, and a pole connector 500.

Referring to FIG. 1, the modular pole device according to an embodiment of the present invention is installed around the road to guide the user, provide information, ensure safety, etc. through various types of mounting objects 10. It can be installed and used with various multi-functional devices.

The modular unit 100 is configured to have a plurality of one or more mounting objects 10 stackable so that they can be selectively installed according to their functions. The modular units 100 can be formed to be long or short depending on the function of the mounting object 10 and can be combined or separated from each other and used in various forms.

Mounting objects 10 include floodlights, single head or double head street lights, CCTV, speakers, flood lights, point lights, cooling fog, and guidance lights. It may include at least one of a sign or a banner billboard. In addition to the above-mentioned mechanisms, the mounting object 10 can be used by modifying and applying various other mechanisms as needed. At this time, each mounting object 10 can be installed by compatiblely adjusting the mounting position and mounting height of one or more selected objects as needed.

Referring to Figures 2 to 5, the modular unit 100 is formed in a cylindrical shape and is disposed on the upper and lower sides, respectively, and is a pair of modular units each forming a pair of curved grooves 112 bent toward the center on both sides. A pair of modular unit connection parts ( 120) and a mounting cover part 130 provided in the bending groove part 112 and the receiving space part 122 of the modular unit connection part 120 and on which the mounting object 10 is installed.

The modular unit body portion 110 is formed in a cylindrical shape, with one side of both sides being concavely curved toward the center by a curved groove portion 112 and connected to the modular unit connection portion 120, respectively.

The modular unit connection part 120 connects the upper modular body part 110 and the lower modular unit body part 110 to each other with one pillar in the section excluding the receiving space 122. The modular unit connection part 120 has a variable length depending on the size of the mounting object 10 installed on the mounting plate 132 of the mounting cover part 130 provided in the receiving space 122, so that various mounting objects 10 can be accommodated. It can be installed and used in the same direction or in a different direction for each section.

A top cover member 118 may be coupled to the upper surface of the modular unit body portion 110 provided in the modular unit 100 located at the uppermost side. The top cover member 118 is installed by being seated on and screwed to the guide member 116 provided on the uppermost modular unit body 110.

The modular unit connection portion 120 and the modular unit body portion 110 may be firmly coupled to each other by the reinforcing coupling portion 140. The reinforcement coupling portion 140 firmly connects the cylindrical modular unit connection portion 120 and the pair of arc-shaped plates to each other to maintain them in a pillar shape. The reinforcement coupling portion 140 may be formed using the internal structure of the modular unit connection portion 120 and the modular unit body portion 110.

The reinforcing fastening part 140 is provided in the form of a pillar upward and downward at a set interval on the inner surface of the modular unit connection part 120, and is connected to a fastening support part 142 with screw holes formed on the upper and lower sides, and a fastening support part 142. A fastening contact portion 144 provided on the modular unit body 110 to be in contact with the fastening member 145 fastened to the screw hole, and a reinforcing fastening groove 146 recessed between the fastening support portion 142. And, it includes a reinforcing binding protrusion 148 that protrudes from the fastening contact portion 144 to be inserted into the reinforcing binding groove portion 146 and be reinforced.

The fastening support portion 142 is provided integrally with the inner surface of each modular unit connection portion 120 corresponding to the length of the modular unit connection portion 120, and is formed about three times per unit at set intervals in the arc direction to form the modular unit connection portion 120. ) Forms screw holes to which the fastening members 145 are coupled at both ends while maintaining the rigidity.

The fastening contact portion 144 is formed as an arcuate surface on one surface of the modular unit body portion 110 to contact the fastening support portion 142, and a through hole corresponding to the screw hole of the fastening support portion 142 is formed. The fastening member 145 is fastened to the screw hole of the fastening support portion 142 through the through hole of the fastening contact portion 144, so that the modular unit body portion 110 is coupled to the modular unit connection portion 120.

The reinforcing fastening groove portion 146 is a groove portion formed concavely between the edge of the pillar-shaped fastening support portion 142 and the modular unit connection portion 120. The reinforcing binding protrusions 148 are formed in a protrusion shape corresponding to the shape of the reinforcing binding groove 146 and protrude in pairs from both sides of the fastening contact portion 144.

Accordingly, when the pair of modular unit body portions 110 are brought into contact with each side of the modular unit connection portion 120, the reinforcing binding protrusion 148 is inserted into the reinforcing binding groove portion 146 and is restrained in a state in which rotation is prevented, By fastening the fastening contact portion 144 to the screw hole of the fastening support portion 142 using the fastening member 145, the modular unit body portion 110 and the modular unit connection portion 120 can be firmly coupled to each other.

The mounting cover part 130 is disposed in the receiving space 122 of the modular unit connection part 120, and has a mounting plate 132 on which the mounting object 10 is installed, and the upper and lower sides of the mounting plate 132. Each is coupled and includes a mounting cover mounting portion 134 installed in the curved groove portion 112.

When the mounting cover mounting portion 134 is coupled to the curved groove portion 112 of the modular unit body portion 110 using a plurality of fastening members, the fastening member is adjusted according to the load of the mounting object 10 mounted on the mounting plate 132. The number of fasteners can be adjusted.

The mounting plate 132 may be configured to have a variable length depending on the size of the mounting object 10 to be installed.

A positioning protrusion 114 is formed in the curved groove 112 of the modular unit body 110. The positioning protrusion 114 is inserted into the positioning recessed groove 136 recessed in the mounting cover mounting part 134 to accurately seat the mounting cover mounting part 134 mounted on the modular unit body portion 110 and prevent it from moving.

Referring to FIGS. 14 to 16, when the mounting object 10 is a floodlight, the mounting cover mounting portion 134 and the mounting plate 132 are formed to be concavely recessed inward to allow the floodlight to enter the modular unit 100. Can be installed in landfill. At this time, the mounting plate 132 is concavely curved in a U-shape, and one side of the mounting cover mounting portion 134 is concave inward.

Meanwhile, the mounting cover mounting portion 134, one side of which is concave inward, is in contact with the U-shaped mounting plate 132, which is generally concave, and is coupled to each other through a plurality of screws. The mounting object 10, which is a floodlight, is screwed to one side of the mounting plate 132 through a mounting portion inclined backward and is installed on the mounting cover mounting portion 134 and the embedded portion of the mounting plate 132 to direct light downward. Irradiation can be done obliquely (see Figure 1).

Referring to FIGS. 6 to 9 , the modular unit connector 200 is configured to detachably couple the modular units 100 to each other.

The modular unit connector 200 includes a modular unit connector member 210 that is seated on the outer surface of the seating member 116 provided on the modular unit body portion 110 on the upper side of one modular unit 100 and is screwed together. , a disk kit member 220 provided on the inner surface of the seating member 116 provided on the modular unit body portion 110 on the lower side of another neighboring modular unit 100 to be seated on the modular unit connector member 210. and a plurality of bolting members 230 that mutually bind the disk kit member 210 and the modular unit connector member 220 to couple one modular unit 100 to another modular unit 100. .

The modular unit connector member 210 has a disk shape with a set thickness, and a wire passage hole 212 for passing electric wires is formed at the center.

The disk kit member 220 corresponds to the shape of the modular unit connector member 210 and is made in the shape of a disk with a set thickness, and a wire passing hole 222 for passing electric wires is formed at the center.

The bolting member 230 is coupled to the modular unit connector member 210 while pressing the upper modular unit body 110 through the disk kit member 220, and is screwed to the lower modular unit body 110. It enables coupling between the upper modular unit 100 and the lower modular unit 100 through the modular unit connector member 210.

Four bolting members 230 can be formed at 90-degree intervals, and the number of bolting members 230 can be increased or decreased as needed.

Referring to Figures 8 and 9, the disk kit member 220 is separated from the modular unit connector member 210 by the rotation guide restraint 300, and then is connected to one modular unit 100 located at the lower part and the upper part. Any one of the other modular units 100 located in can be rotated and fixed again.

The rotation guide restraint portion 300 includes a first restraint portion 310 that protrudes or is recessed on the bottom of the disk kit member 220, and a modular unit connector member 210 so as to be coupled to the first restraint portion 310. ) and a second restraining portion 320 that is recessed or protruding on the upper surface of the disk kit member 220, and a second restraining portion 320 in the shape of a circular gear tooth provided radially outwardly adjacent to the first restraining portion 310 on the bottom of the disk kit member 220. The first rotation prevention concave and convex portion 330 and the disk kit member 220 are restrained or released from the first rotation prevention convex and convex portion 330 to control the rotation between the upper modular unit 100 and the lower modular unit 100. ) includes a second anti-rotation convex portion 340 formed in the shape of a set section gear tooth on the inner surface of the seating member 116 on which the

The first restraint portion 310 is repeatedly formed convexly or concavely around the bottom of the wire passing hole 222 formed in the center of the disk kit member 220.

The second restraint portion 320 is formed concave or convex to correspond to the convexity and concaveness of the first restraint portion 310 around the wire passing hole 212 formed in the center of the modular unit connector member 210 and is inserted into each other. It is configured to prevent rotation by being combined in a state. In this way, rotation of the disk kit member 220 and the modular unit connector member 210 is prevented through the combination of the first restraint portion 310 and the second restraint portion 320.

The first anti-rotation convex portion 330 is formed by repeating ridges and grooves and is formed over the entire area of the disk kit member 220. The first anti-rotation convex portion 340 is formed by repeating ridges and grooves, and is formed in a partial area near the center of the guide member 116.

Meanwhile, with reference to FIG. 9 , the rotation state between the upper (one) modular unit 100 and the lower (the other) modular unit 100 will be examined.

As shown in the first drawing of FIG. 9, the bolting member 230 is loosened by rotating counterclockwise. Subsequently, as shown in the second drawing of FIG. 9, with the disk kit member 220 disassembled and separated to the upper side, at least one of the upper modular unit 100 or the lower modular unit 100 is rotated. to change the installation position of the mounting object 10 mounted on the mounting plate 132 (not shown).

Next, as shown in the third drawing of FIG. 9, the separated disk kit member 220 is lowered to its original state and the first restraining portion 310 of the disk kit member 220 is connected to the modular unit connector member 210. It is seated and bound to the second restraining part 320 of the disk kit member 210, and the first anti-rotation convex part 330 of the disc kit member 210 is engaged with the second anti-rotation convex part 340 of the guide member 116. By doing so, the upper modular unit 100 and the lower modular unit 100 can be restrained again.

The pole member 400 connects the lowest end of the modular units 100 and supports it on the floor, or is installed between one of the modular units 100 and another modular unit 100.

The pole member 400 connecting the lowest end of the modular unit 100 is formed to be long as it connects to the floor. The pole member 400 connecting one of the modular units 100 to the other modular unit 100 is formed relatively short.

The pole connector 500 is provided on the pole member 400 and the modular unit 100, and is configured to couple the pole member 400 and the modular unit 100.

The pole connector 500 includes a pole connector member 510 that is inserted and seated into and screwed to the pole member 410 formed vertically inside the pole member 400, and an upper or lower side so as to be seated on the pole connector member 510. A disk pressing member 520, a pole connector member 510, and a disk pressing member 520 provided on the inner surface of the seating member 116 provided in the adjacent modular unit body portion 110 among the modular units 100 located in It includes a coupling member 530 that binds to each other.

A screw hole is formed on the upper or lower side of the pillar member 410, which is formed in a pillar shape on the inner surface of the pole connector member 510. The pillar member 410 also serves to reinforce the pole member 400.

The pole connector member 510 is formed in a cylindrical shape with a set thickness, and a wire passage hole 512 is formed at the center for the wire to pass through.

The disk pressing member 520 corresponds to the shape of the pole connector member 510 and is made in the shape of a disk with a set thickness, and a wire passing hole 522 for passing electric wires is formed at the center.

The coupling member 530 is coupled to the pole member 400 while pressing the upper or lower modular unit body portion 110 through the disk pressing member 520, and is thus screwed to the upper or lower pole member 400. The pole connector member 510 enables coupling between the upper or lower modular unit 100 and the adjacent pole member 400.

Four coupling members 530 can be formed at 90-degree intervals, and the applied number of coupling members 530 can be increased or decreased as needed.

The pole connector member 510 may be positioned and coupled to the pole member 400 by the slide coupling portion 600 to prevent rotation.

The slide coupling portion 600 is recessed vertically on the outer surface of the pole connector member 510 so that the slide protrusion 610, which is formed vertically elongated on the inner surface of the pole member 400, is coupled to the slide protrusion 610. It includes a slide coupling groove portion 620 formed.

When the slide coupling groove 620 of the pole connector member 510 is inserted into the slide protrusion 610 of the pole member 400, the pole connector member 510 is screwed in a state in which rotation is prevented with respect to the pole member 400. The union takes place.

Referring to FIGS. 11 to 13, the disk pressing member 520 is separated from the pole member 400 by the rotation guide coupling portion 700, and then is attached to the pole member 400 located at the top or bottom and the bottom or top. Any one of the positioned modular units 100 can be rotated and then fixed again.

The rotation guide coupling portion 700 includes a first coupling portion 710 protruding or recessed on one surface of the disk pressing member 700, and a pole connector member 510 to be coupled to the first coupling portion 710. A second coupling portion 720 that is recessed or protruding on one side of the disk pressing member 520, and a first coupling portion 720 that is provided in a circular gear tooth shape adjacent to the radial outer side of the first coupling portion 710 on one surface of the disk pressing member 520. A disc pressing member ( 520) includes a second anti-rotation gear unit 740 formed in the shape of a set section gear tooth on the inner surface of the seating member 116 on which the seat member 116 is seated.

The first binding portion 710 is repeatedly formed convexly or concavely around the bottom of the wire passing hole 522 formed in the center of the disk pressing member 520.

The second coupling portion 720 is formed concave or convex to correspond to the convexity and concaveness of the first coupling portion 710 around the wire passing hole 512 formed in the center of the pole connector member 510 and is inserted into each other. It is combined to prevent rotation. In this way, rotation of the disk pressing member 520 and the pole connector member 510 is mutually prevented through the combination of the first coupling portion 710 and the second coupling portion 720.

The first anti-rotation gear unit 730 is formed by repeating peaks and grooves and is formed over the entire area of the disk pressing member 520. The second anti-rotation gear unit 740 is formed by repeating peaks and grooves and is formed in a partial area near the center of the guide member 116.

Meanwhile, with reference to FIG. 13 , the rotation state between the upper (one) modular unit 100 and the lower (the other) pole member 400 will be examined.

As shown in the first drawing of FIG. 13, the coupling member 530 is loosened by rotating counterclockwise. Subsequently, as shown in the second drawing of FIG. 13, in a state in which the disk pressing member 520 is disassembled and separated upward, at least one of the upper modular unit 100 or the lower pole member 400 is rotated. I order it. At this time, the installation position of the mounting object 10 mounted on the mounting plate 132 (not shown) provided on the upper modular unit 100 is changed.

Next, the separated disk pressing member 520 is lowered to its original state and the first binding portion 710 of the disk pressing member 520 is seated and bound to the second binding portion 720 of the pole connector member 510. and the first anti-rotation gear unit 730 of the disk pressing member 510 is meshed with the second anti-rotation gear unit 740 of the guide member 116, thereby connecting the upper modular unit 100 and the lower pole member. (400) can be combined again. Conversely, the pole member 400 may be provided on the upper side, and the modular unit 100 may be provided on the lower side.

Therefore, the modular pole device according to an embodiment of the present invention selectively stacks a plurality of modular units on a pole member, adjusts rotation at a set angle, and functions to attach one or more of several mounting objects to the mounting cover mounted on the modular unit. It can be installed accordingly. In addition, the present invention can firmly couple the modular unit body portion and the plurality of modular unit connection portions to each other using a reinforcing coupling portion.

In addition, in the present invention, the modular unit connector member and the disk kit member are firmly coupled using the rotation guide restraint, and the upper or lower modular unit can be rotated at a set angle through separation of the disk kit member and then reassembled. In addition, according to the present invention, the pole connector member can be coupled to the pole member using a slide coupling portion to prevent rotation between the pole connector members. In addition, the present invention firmly couples the pole connector member and the disk pressing member using the rotation guide coupling unit, and allows the upper and lower modular units or pole members to be rotated at a set angle through separation of the disk pressing member and then reassembled. there is.

The present invention has been described with reference to the embodiments shown in the drawings, but these are merely exemplary, and those skilled in the art will recognize that various modifications and other equivalent embodiments are possible therefrom. You will understand.

Therefore, the true technical protection scope of the present invention should be determined by the scope of the patent claims below.

10: Mounting object 100: Modular unit
110: Modular unit body part 112: Bend groove part
114: location protrusion 116: seating member
118: Top cover member 120: Modular unit connection part
122: Accommodating space part 130: Mounting cover part
132: Mounting plate 134: Mounting cover attachment part
140: Reinforcement connection part 142: Fastening support part
144: fastening contact portion 145: fastening member
146: Reinforcement binding groove 148: Reinforcement binding protrusion
200: Modular unit connector 210: Modular unit connector member
220: Disk kit member 230: Bolting member
300: Rotation guide restraint 310: First restraint
320: second restraint part 330: first anti-rotation convex part
340: Second anti-rotation convex portion 400: Pole member
410: Column member 500: Pole connector
510: Pole connector member 520: Disk pressing member
530: Coupling member 600: Slide coupling portion
610: Slide protrusion 620: Slide coupling groove
700: Rotation guide connection part 710: First connection part
720: second coupling portion 730: first anti-rotation gear portion
740: Second anti-rotation gear unit

Claims (14)

A plurality of modular units arranged to be stackable so that one or more mounting objects can be selectively installed according to their functions;
A modular unit connector that detachably couples each of the modular units;
A pole member that connects the lowest end of the modular units and supports them on the floor, or is installed between one of the modular units and another one of the modular units; and
It includes a pole connector provided on the pole member and the modular unit, and coupling the pole member and the modular unit,
The modular unit is,
A pair of modular unit body parts formed in a cylindrical shape and disposed on the upper and lower sides respectively, each forming a pair of curved grooves on both sides that are bent toward the center;
a pair of modular unit connection parts connecting the upper and lower sides of the modular unit body part to each other, excluding the receiving space part connecting each of the curved groove parts; and
A mounting cover part provided in the receiving space part of the curved groove part and the modular unit connection part, and on which the mounting object is installed;
A modular pole device comprising:
According to clause 1,
The installation objects include floodlights, single head or double head street lights, CCTV, speakers, flood lights, point lights, cooling fog, information signs, A modular pole device comprising at least one of a banner billboard.
delete According to clause 1,
The modular unit connection portion and the modular unit body portion are firmly coupled to each other by a reinforcing coupling portion,
The reinforcement binding part,
A fastening support portion is provided in the form of a pillar upward and downward at a set interval on the inner surface of the modular unit connection portion and has screw holes formed on the upper and lower sides;
a fastening contact portion provided on the modular unit body portion to contact the fastening support portion and coupled with a fastening member fastened to the screw hole;
a reinforcing binding groove portion recessed between the fastening supports; and
A reinforcing binding protrusion formed to protrude from the fastening contact portion to be inserted into the reinforcing binding groove and be reinforced.
A modular pole device comprising:
According to clause 1,
The mounting cover part,
A mounting plate disposed in the receiving space of the modular unit connection portion and on which the mounting object is installed; and
A mounting cover mounting portion coupled to the upper and lower sides of the mounting plate, respectively, and installed in the curved groove portion;
A modular pole device comprising:
According to clause 5,
When the mounting cover attachment part is coupled using a plurality of fastening members to the curved groove of the modular unit body, the number of fastening members is adjusted according to the load of the mounting object mounted on the mounting plate,
The mounting plate is a modular pole device characterized in that the length is adjusted according to the size of the installation object.
According to clause 5,
When the mounting object is a floodlight, the mounting cover mounting portion and the mounting plate are recessed inward so that the floodlight is embedded and installed inside the modular unit.
According to clause 1,
The modular unit connector is,
A modular unit connector member seated on the outer surface of a seating member provided on the modular unit body portion on the upper side of one of the modular units and screwed thereto;
a disk kit member provided on the inner surface of a seating member provided on the modular unit body portion below the other neighboring modular unit to be seated on the modular unit connector member; and
A plurality of bolting members that mutually restrain the disk kit member and the modular unit connector member to couple the modular unit to the other modular unit;
A modular pole device comprising:
According to clause 8,
The disk kit member is separated from the modular unit connector member by a rotation guide restraint, and then fixed again after rotating one of the modular unit located at the bottom and the other modular unit located at the top. A modular pole device characterized in that.
According to clause 9,
The rotation guide restraint part,
a first restraining portion protruding or recessed on the bottom of the disk kit member;
a second restraining portion recessed or protruding on the upper surface of the modular unit connector member to be coupled to the first restraining portion;
A first anti-rotation convex portion provided in the shape of a circular gear tooth on the bottom of the disk kit member and adjacent to the outer radius of the first restraint portion; and
A second part is formed in the shape of a set-section gear tooth on the inner surface of the seating member on which the disk kit member is seated to control the rotation between the upper modular unit and the lower modular unit by being restrained or released from the first rotation prevention convex portion. Anti-rotation protruding part;
A modular pole device comprising:
According to clause 1,
The pole connector is,
a pole connector member inserted and seated inside the pole member and screwed thereto;
A disk pressing member provided on the inner surface of a seating member provided on the body portion of an adjacent modular unit among the modular units located on the upper or lower side to be seated on the pole connector member; and
A coupling member that binds the pole connector member and the disk pressing member to each other;
A modular pole device comprising:
According to claim 11,
The pole connector member is positioned and coupled to the pole member to prevent rotation by a slide coupling portion,
The slide binding part,
A slide protrusion formed vertically on the inner surface of the pole member; and
A slide coupling groove formed to be recessed upward and downward on the outer surface of the pole connector member so that the slide protrusion is coupled;
A modular pole device comprising:
According to claim 11,
After the disk pressing member is separated from the pole member by the rotation guide coupling portion, one of the pole member located at the top or bottom and the modular unit located at the bottom or top is rotated and then fixed again. Modular pole device.
According to clause 13,
The rotation guide coupling part,
a first coupling portion protruding or recessed on one surface of the disk pressing member;
a second restraining portion recessed or protruding on one surface of the pole connector member to be coupled to the first binding portion;
a first anti-rotation gear portion provided in a circular gear tooth shape on one surface of the disk pressing member and adjacent to a radius outside the first coupling portion; and
A set-section gear tooth shape is formed on the inner surface of the seating member on which the disk pressing member is seated to control rotation between the upper or lower pole member and the lower or upper modular unit by being engaged or disengaged from the first anti-rotation gear unit. 2nd anti-rotation gear unit;
A modular pole device comprising:

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