KR102235676B1 - Multipurpose modular block frame - Google Patents

Abstract

The present invention relates to a multipurpose modular block frame capable of easily installing a plurality of unit blocks by arranging the same at preset intervals. According to an embodiment of the present invention, a multipurpose modular block frame comprises: a frame body having a plurality of block accommodating grooves of which upper parts are open so that a plurality of unit blocks are arranged at preset intervals and inserted into the frame body; a plurality of inner protrusions protruding from the inner surface of each block accommodating groove, and distancing the unit block from the inner surface and supporting the same so that the unit block can be easily inserted; a drain hole for discharging running water introduced into each block accommodating groove through the bottom of the block accommodating groove; a block engaging part formed around the drain hole to support the unit block; a reinforcing support part traversing the drain hole to reinforce rigidity reduced by the drain hole, so as to be installed even when the frame body is inverted so that the upper part of the block accommodating groove is positioned on the bottom; and a plurality of bottom protrusions protruding from the block engaging part or the reinforcing support part to prevent the unit block inserted into the block accommodating groove from being tilted and installed by foreign substances caught between the unit block and the block engaging part or the reinforcing support part, distancing and supporting the bottom of the unit block. Therefore, the multipurpose modular block frame can be reversely constructed without installing the unit block, can reduce construction time, and can be installed firmly.

Description

Multipurpose modular block frame

The present invention relates to a multipurpose modular block frame that can be easily installed by arranging a plurality of unit blocks at predetermined intervals.

In general, a sidewalk block is installed to close a path where a person walks, a path such as a sidewalk, or a parking lot where a vehicle is parked.

The sidewalk block flattens the uneven floor to relieve the inconvenience of passage, and when it rains, it flows through the sidewalk blocks and drains to the floor to prevent rainwater from accumulating.

However, since a plurality of sidewalk blocks must be installed in a row so that they are in close contact with each other, it is not only difficult to install, but also because the heights must be aligned with each other, construction takes a long time. As it changed, it became uneven, and there was a problem in that it was inconvenient to pass due to the accumulation of rainwater in the part where the height was lowered.

In order to solve this problem, the "block grid frame for roadways and sidewalks" of Korean Registered Patent Publication No. 10-1870768 (announced on July 20, 2018) has been disclosed.

The conventional block grid frame for roadways and sidewalks includes a grid frame; A lattice-like space is configured to insert a plurality of unit blocks into the lattice frame, and the lattice frame comprises a protrusion and a concave portion for coupling with another lattice frame, and the protrusions and the concave portions are alternately arranged. The upper portion of the concave portion further constituted a coupling portion.

Such conventional block grid frames for roadways and sidewalks prevent the grid frame from floating settled by distributing the load by transferring pressure in all directions from one place. The uneven part with the function can be firmly combined with the lower support part, and rainwater is temporarily stored through the space through the horizontal drainage hole and the vertical drainage hole, which are rainwater drainage passages on the top, bottom, left and right. Could be prevented.

However, conventional block grid frames for roadways and sidewalks are connected by engagement of the protrusions and the concave parts when connecting a plurality of grid frames. When a foreign substance such as a stone is inserted between the protrusions and the concave parts, the protrusions are concave. There was a problem that a long construction time was required because a gap was created in the connection part because it was not in close contact with the part, and the foreign material had to be completely removed and then connected again.

In addition, when installing the unit block on the grid frame, if a foreign material is inserted in the part where the unit block is installed, the unit block is installed at an inclined angle. Not only does it take a long time and there is a troublesome problem in construction, there is a problem in that the drainage property decreases due to the unit block sealing the drainage hole.

In addition, it is difficult to construct only the grid frame without installing the unit block.Even if the grid frame is installed upside down without the unit block, wheels or feet are difficult to move due to the size of the drain hole, and due to poor durability, the circumference of the drain hole Not only is this easily damaged, but there is a problem in that rainwater overflows and accumulates because drainage cannot be performed in the part of the grid where the drainage hole is blocked because the spaces in which the unit blocks are installed are divided.

In addition, there is a problem in that a plurality of grid frames are connected by contacting each other but are not combined with each other, so that the combination of the grid frames is not robust.

The present invention was conceived to solve the above problems, and the problem to be solved by the present invention is that the spaced space is formed by the space forming part formed on the protrusion while the protrusion and the insertion groove are engaged with each other, Since the protrusion is closely connected to the insertion groove as the foreign material is pushed in, it not only prevents the occurrence of gaps in the connected parts of the plurality of frame bodies, but also can be installed quickly because close installation is possible without removing the foreign material. When installing the unit block in the block receiving groove, the unit block can be installed without inclination, even if foreign substances are introduced, so that quick construction is possible. In this case, the frame body can be installed upside down, and if rainwater is not drained smoothly in one of the block receiving grooves, the rainwater can be prevented from overflowing and collecting rainwater as the rainwater is distributed to the adjacent block receiving grooves through the distribution hole. It is an object of the present invention to provide a multipurpose modular block frame capable of rigidly coupling a plurality of frame bodies by a body connector.

The multipurpose modular block frame according to an embodiment of the present invention for achieving the above object is a frame body in which a plurality of block receiving grooves of an open upper part are formed so that a plurality of unit blocks are respectively inserted by being arranged at preset intervals, Inner protrusions protruding from the inner side of each block receiving groove to support the unit block by being spaced apart from the inner side so that the unit block is easily inserted, penetrating the bottom of each block receiving groove to receive the block A drain hole for draining the flowing water flowing into the groove, a block strut formed around the drain hole to support the unit block, and the frame body can be installed upside down so that the open top of the block receiving groove is located on the floor. A reinforcing support portion to reinforce the stiffness weakened by the drain hole across the drain hole so that the unit block inserted into the block receiving groove is applied to foreign matters sandwiched between the unit block and the block strut or the reinforcement support portion. And a plurality of floor protrusions protruding from the block hanging part or the reinforcing support part so as to prevent the unit block from being installed inclined by spaced apart and supporting the bottom of the unit block.

A plurality of protrusions formed in a triangular shape formed on the periphery of the frame body to be fitted with each other to be fitted to the adjacent frame body, and the engaging part is formed in a triangular shape with an area narrowing toward the outside, and is formed between the plurality of protrusions to The protrusion of the frame body may include an insertion groove into which the protrusion is inserted.

The protrusion may include a space forming part configured to form a space between the protrusion and the insertion groove by cutting an end of the protrusion so as to prevent the gap between the protrusion from being widened due to the inflow of foreign substances while being inserted into the insertion groove.

When the frame body is installed upside down so that the drain hole is located at the top, the reinforcement support part and the reinforcement support part and the reinforcement support part and the reinforcement support part and the It may include a load distribution unit protruding from the block strut portion to distribute the load to the side wall portion.

When the water is not drained through the drain hole corresponding to any one of the plurality of block receiving grooves, a distribution hole communicating with each other adjacent block receiving grooves is provided to distribute and drain rainwater introduced through the adjacent block receiving grooves. Can include.

It may include a body connector installed in the block receiving groove located around the frame body to connect the block receiving groove of the frame body adjacent to the frame body to fix the frame body to each other.

The main body connector is located inside the block receiving groove, so that the main body connector is slid and inserted into the adjacent block receiving groove by the unit block inserted into the block receiving groove. It may include an inclined pressing portion having an inclined surface inclined toward.

According to the present invention, when the protrusion is inserted into the insertion groove, even if a foreign substance is introduced, the foreign substance is pushed in by the space forming part formed in the protrusion, preventing the occurrence of a gap by the foreign substance inserted when connecting a plurality of frame bodies. There is no need to remove the material, so rapid construction is possible.

In addition, since a bottom protrusion is formed in the block receiving groove, even if foreign matter is introduced when the unit block is inserted into the block receiving groove, the unit block is not inclined and is installed in a horizontal state. It can be solved and the construction time can be shortened.

In addition, since the reinforcing support part is formed in the drain hole of the frame body and the load distribution part is formed to distribute the load, it is possible to install the frame body upside down, so there is an advantage that only the frame body can be constructed without installing a unit block.

In addition, when a plurality of block receiving grooves communicate through the distribution hole and drainage is not smooth in the drainage hole of one of the block receiving grooves, rainwater flows into the adjacent block receiving groove and drains. It can be prevented from occurring.

In addition, when the unit block is installed, a plurality of frame bodies are connected by a body connector, so that a plurality of frame bodies can be firmly fixed.

1 is a perspective view showing a multipurpose modular block frame according to a first embodiment of the present invention.
2 is a plan view showing a multipurpose modular block frame according to the first embodiment of the present invention.
3 is a view showing a part of the side of the multipurpose modular block frame according to the first embodiment of the present invention.
4 is a view showing a part of a side sectional view showing a multipurpose modular block frame according to a first embodiment of the present invention.
5 is a diagram schematically illustrating an engaging portion of a multipurpose modular block frame according to a first embodiment of the present invention.
6 is a perspective view showing a state in which the frame body of the multipurpose modular block frame according to the first embodiment of the present invention is turned upside down.
7 is a plan view of the frame body of the multipurpose modular block frame according to the first embodiment of the present invention in an inverted state.
8 is a view showing a part of a side cross-sectional view of the frame body of the multipurpose modular block frame according to the first embodiment of the present invention in an upside down state.
9 is a perspective view showing a multipurpose modular block frame according to a second embodiment of the present invention.
10 is a side cross-sectional view showing a multipurpose modular block frame according to a second embodiment of the present invention, and is an enlarged view of a portion connected by a main body connector.

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings.

Multi-purpose modular block frame 100 according to the first embodiment of the present invention, for example, a parking lot, sidewalks, trails, access roads, etc. Accordingly, it can be installed in a place where traffic is inconvenient.

1 to 4, the multipurpose modular block frame 100 according to the first embodiment of the present invention may include a frame body 110.

The frame body 110 may be formed in a rectangular or square shape, and a plurality of unit blocks 170 may be installed in the frame body 110.

The frame body 110 may be formed of synthetic resin, concrete, or cement to facilitate manufacturing.

In the frame body 110, a plurality of block receiving grooves 111 in which the unit block 170 is inserted and fixedly installed may be formed to be spaced apart at a preset interval, and one unit block ( 170) can be inserted.

The block receiving groove 111 may be formed surrounded by the side wall part 113, and the block receiving groove 111 forms the side wall part 113 in a grid shape so that the grid forms the block receiving groove 111 It may be formed in (110).

The block receiving groove 111 may be installed by inserting the unit block 170 through the open upper part in an open shape, and the block receiving groove 111 has a larger circumference than the circumference of the unit block 170. It can be formed to have.

The unit block 170 may be a vegetation block capable of vegetation of plants, a concrete block, or a water-permeable block configured to facilitate permeability, and different types of unit blocks 170 are provided in the plurality of block receiving grooves 111. Can be installed.

In the unit block 170, unit blocks 170 of different colors or different types are installed in the plurality of block receiving grooves 111 to form letters, numbers, figures, and patterns in the form of a mosaic.

1 to 4, the multipurpose modular block frame 100 according to the first embodiment of the present invention may include an inner protrusion 115, a drain hole 120, and a block strut 114. have.

The inner protrusion 115 can prevent the unit block 170 from being submerged by separating the circumference of the unit block 170 from the periphery of the block receiving groove 111 and performing drainage between the two, and the inner protrusion 115 The unit block 170 can be installed by easily inserting the unit block 170 into the block receiving groove 111 by reducing the contact area with the unit block 170.

The inner protrusion 115 may be formed around the inner circumference of each block receiving groove 111, and the inner protrusion 115 may be formed by being spaced apart from the inner circumference of the block receiving groove 111, and the inner protrusion ( The height of 115) may be formed smaller than the depth of the block receiving groove 111.

The drain hole 120 may be formed through the bottom of each block receiving groove 111, and the drain hole 120 may drain rainwater flowing into the block receiving groove 111 to the floor.

The block strut 114 protrudes from the inner side of the block receiving groove 111 to prevent the unit block 170 from being separated through the drain hole 120 by spreading the circumference of the unit block 170 over the block striking part 114 Can be formed.

At this time, the block strut 114 is formed in a size smaller than the circumference of the block receiving groove 111, the drain hole 120, the unit block 170 between the circumference of the block receiving groove 111 and the circumference of the drain hole 120. It can also be formed so that the lower circumference of) is over.

3 to 6, the multipurpose modular block frame 100 according to the first embodiment of the present invention includes a reinforcing support part 125, a load distribution part 127, a floor protrusion 117, and It may include an anti-slip protrusion 119.

The reinforcing support portion 125 may be formed to cross the drain hole 120 to reinforce the rigidity of the drain hole 120 and the block strut 114.

Here, the frame body 110 may be installed so that the open upper portion of the block receiving groove 111 is positioned at the top, or may be installed upside down so that the drain hole 120 is positioned at the top, the reinforcing support portion 125 is the drain hole 120 ) The stiffness of the frame body 110 is weakened due to the formation of the drain hole 120 or the wheel of a person, animal, or vehicle passing through the top of the frame body 110 falls into the drain hole 120 Can increase.

One or more reinforcement support portions 125 may be formed in each drain hole 120 to cross the drain hole 120 to reinforce the rigidity.

The load distribution unit 127 distributes the load applied from the upper circumferential portion of the drain hole 120 to the side wall portion 113 in a state in which the frame body 110 is installed upside down so that the drain hole 120 faces the top. , It is possible to prevent the frame body 110 from being damaged.

The load distribution unit 127 may be formed to protrude along the block strut 114 and the reinforcement support unit 125 on the bottom surface where the drain hole 120 is formed in the frame body 110, and the load distribution unit 127 ) Is formed so as to partially overlap the side wall portion 113 adjacent to the block strut portion 114 and the reinforcement support portion 125 to apply the load applied to the block strut portion 114 and the reinforcement support portion 125 to the side wall portion 113 ), it is possible to prevent the circumference of the drain hole 120 from being damaged by the load.

On the other hand, the load distribution unit 127 can also perform a function of preventing slipping because it protrudes from the top of the frame body 110 when the frame body 110 is installed so that the drain hole 120 faces the top. .

The load distribution unit 127 may be formed in the reinforcement support portion 125 formed in each drain hole 120 and the drain hole 120, and the load distribution unit 127 includes the drain hole 120 and the reinforcement support portion 125. Because it is continuous according to this, it is possible to form a drainage passage through which rainwater can flow without being trapped between the load distribution unit 127 through the floor by forming in a partially divided shape.

The floor protrusion 117 is a unit block 170 when a foreign material such as sand, soil, gravel, stone, etc. is inserted between the unit block 170 inserted into the block receiving groove 111 and the block base 114 Since it can be installed at an inclined position in the block strut 114, the unit block 170 can be prevented from being installed at an inclined position as a foreign material is inserted between the block receiving groove 111 and the unit block 170. .

The floor protrusion 117 is formed to protrude upward from one or both of the block strut portion 114 and the reinforcement support portion 125 constituting the bottom of the block receiving groove 111 so that the unit block 170 is formed as the bottom protrusion ( As spaced apart from the block hanging part 114 and the reinforcing support part 125 through 117, it is possible to prevent the installation from being inclined due to the insertion of foreign substances.

The floor protrusion 117 may be formed by being spaced apart from the block strut portion 114 and the reinforcing support portion 125, and the floor protrusion 117 is inclined with the unit block 170 in the block receiving groove 111 Not only can it be prevented from being installed, but also the running water flowing through the block receiving groove 111 can be quickly drained to the floor through the drain hole 120 by separating the unit block 170 from the block strut 114. .

The non-slip protrusion 119 may be formed to protrude from the upper end of the side wall portion 113 forming the block receiving groove 111.

The non-slip protrusion 119 can prevent the objects of vehicles, animals, and people passing through the upper part of the frame body 110 from slipping, and a plurality of the non-slip protrusions 119 are spaced apart along the side wall part 113 Can be formed.

The anti-slip protrusion 119 is formed in a hemispherical shape or a cylindrical shape to reduce the contact area with passing objects to minimize damage caused by contact.

As shown in FIGS. 1, 5 and 6, the multipurpose modular block frame 100 according to the first embodiment of the present invention may include an engaging portion 130.

When a plurality of frame bodies 110 are installed, the engaging portion 130 may engage and connect the plurality of frame bodies 110 with each other.

The engaging portion 130 may be formed around the frame body 110, and the engaging portion 130 may include a protrusion 131 and an insertion groove 135.

The protrusion 131 may be formed to protrude outward from the circumference of the frame body 110, and the insertion groove 135 may be formed in a shape corresponding to the protrusion 131 so that the protrusion 131 can be inserted. have.

The protrusion 131 may be formed in a triangular shape whose area becomes narrower toward the outside from the frame body 110 when viewed from the top, and the insertion groove 135 is also formed in a triangular shape corresponding to the protrusion 131. I can.

A plurality of the protrusions 131 and the insertion grooves 135 may be formed along the circumference of the frame body 110 alternately with each other like a sawtooth.

The protrusion 131 may include a space forming part 133.

The space forming part 133 may be formed at the end of the protrusion 131 in a form in which the pointed end of the protrusion 131 is cut in a straight line.

The space forming part 133 is the space forming part 133 and the insertion groove in a state in which the protrusion 131 formed in one of the frame bodies 110 to be coupled to each other is inserted into and coupled to the insertion groove 135 formed in the other. By forming a space spaced apart from each other between the (135), even if foreign substances such as sand, soil, gravel, and stone are inserted between the protrusion 131 and the insertion groove 135, they can be in close contact with each other.

For example, when the protrusion 131 and the insertion groove 135 are formed in a shape that exactly corresponds to each other, when a foreign substance is caught between the protrusion 131 and the insertion groove 135, the circumference of the protrusion 131 is the insertion groove. It does not adhere to (135), and it is spread out as much as the size of a foreign substance and is not firmly bonded.

However, when the space forming portion 133 is formed in the protrusion 131, when the protrusion 131 is inserted into the insertion groove 135, foreign matter caught between the protrusion 131 and the insertion groove 135 is prevented from the protrusion 131 A foreign material is located in the spaced space while being pushed into the insertion groove 135 so that the circumference of the protrusion 131 is in close contact with the insertion groove 135 so that a gap does not occur and can be firmly coupled.

Since the engaging portion 130 is formed around the frame body 110, several other frame bodies 110 may be engaged and coupled around the circumference of one frame body 110, and the engaging portion 130 is the frame body ( 110) may be formed along the lower circumference.

As shown in FIG. 8, the multipurpose modular block frame 100 according to the first embodiment of the present invention may include an inversion pad 180.

The reversing installation pad may support the frame body 110 by being laid on the bottom of the frame body 110 in a state in which the drain hole 120 of the frame body 110 is turned over so that the drain hole 120 of the frame body 110 is positioned at the top.

The reversing pad 180 may be provided with a filling protrusion 181 for filling the inside of the block receiving groove 111 to reinforce the rigidity of the frame body 110, and the filling protrusion 181 may include a plurality of block receiving grooves ( A plurality of shapes may be formed at positions of the inversion pads corresponding to the shape corresponding to 111).

The reverse installation pad may be formed of a material having elasticity so that the filling protrusion 181 can be easily inserted and installed in the block receiving groove 111.

It will be described the action and effect between each of the components described above.

The multipurpose modular block frame 100 according to the first embodiment of the present invention has a plurality of block receiving grooves 111 formed in the frame body 110, and a drain hole for drainage at the bottom of each block receiving groove 111 120 is formed through.

A unit block 170 may be inserted into each block receiving groove 111, and the unit block 170 is spaced apart from the sidewall portion 113 of the block receiving groove 111 around the inner circumference of each block receiving groove 111. A plurality of inner protrusions 115 are formed.

A plurality of anti-slip protrusions 119 for preventing slipping may be formed at the upper end of the side wall part 113 by being spaced apart from each other along the side wall part 113.

In addition, the block receiving portion 114, which is supported by the unit block 170, may be formed to protrude to the inside of the block receiving groove 111, and the block receiving portion 114 may be formed of the block receiving groove 111. The drain hole 120 on the floor may be formed to have a circumference smaller than the circumference of the block receiving groove 111.

In the drain hole 120, a reinforcing support portion 125 may be formed across the drain hole 120, and a unit block inserted into the block receiving groove 111 in the block strut portion 114 and the reinforcing support portion 125 ( 170) is located in a state spaced apart from the block strut portion and the reinforcing support portion (125).

On the other hand, when installing the frame body 110 upside down so that the drain hole 120 of the frame body 110 is located on the bottom of the reinforcing support portion 125 and the block hanging portion 114, the load applied from the top In order to prevent damage to the block strut 114 and the reinforcement support 125, which are relatively weak, the load applied to the block strut 114 and the reinforcement support 125 is distributed to the sidewall part 113. The transmitting load distribution unit 127 is protruded.

The load distribution part 127 may be formed along the block strut part 114 and the reinforcement support part 125 on the outer surface where the drain hole 120 is formed, and extend to a position overlapping the side wall part 113 and applied from the top. The losing load can be distributed to the side wall part 113.

In addition, around the frame body 110, an engaging portion 130 may be formed along the lower circumference of the frame body 110 so that a plurality of frame bodies 110 can be coupled to each other, and the engaging portion 130 When viewed in a plan view, the protrusion 131 protruding in a triangular shape and the insertion groove 135 having a shape corresponding to the protrusion 131 are formed in a form alternately formed along the circumference of the frame body 110.

The multi-purpose modular block frame 100 according to the first embodiment of the present invention configured as described above is to install the frame body 110 such that the drain hole 120 is located on the floor, or the frame body so that the drain hole 120 is located at the top ( 110) can be installed upside down.

First, when installing the drain hole 120 to be located on the floor, after flattening the place where the frame body 110 is to be installed, a plurality of frame bodies 110 are installed. The formed protrusion 131 is inserted and connected to be inserted into the adjacent frame body 110.

At this time, the frame body 110 is pushed in the lateral direction due to the weight to insert the protrusion 131 into the insertion groove 135 to be coupled, when the protrusion 131 is inserted into the insertion groove 135, between the two Even if a foreign substance is caught, the foreign substance is pushed by the protrusion 131 inserted into the insertion groove 135, and the foreign substance is positioned into the space formed by the space-forming part 133, so that the protrusion 131 is inserted into the insertion groove part. It can be tightly bonded without being spaced apart from (135).

In addition, when a plurality of frame bodies 110 are connected, the unit blocks 170 are inserted into the block receiving grooves 111 formed in each frame body 110.

When the unit block 170 is inserted into the block receiving groove 111, the circumference of the unit block 170 is spaced apart by an inner protrusion 115 formed in the block receiving groove 111, and the bottom of the unit block 170 is It is spaced apart from the bottom of the block receiving groove 111 by the bottom protrusion 117 formed in the reinforcing support portion 125 and the block hanging portion 114.

Here, since the unit block 170 is separated from the bottom of the block insertion groove 111 by the floor protrusion 117, even if a foreign substance is caught between the block receiving groove 111 and the unit block 170, the block receiving groove ( In 111), the unit block 170 may be inserted so that it is not inclined.

Of course, sand or fine aggregate that can be easily drained may be filled around the block receiving groove 111 and the unit block 170.

In addition, the unit block 170 has different colors or different types of unit blocks 170 are installed in the block receiving groove 111 in a mosaic form, and when viewed from the outside, patterns, letters, numbers, figures, etc. It can also be formed.

The multi-purpose modular block frame 100 according to the first embodiment of the present invention is installed in this way, when the multi-purpose modular block frame 100 is raining, rainwater is prevented from the perimeter of the unit block 170 and the circumference of the block receiving groove 111 Rainwater flowing into the block receiving groove 111 and flowing into the interior of the block receiving groove 111 is drained to the floor through the drain hole 120, so it is possible to minimize the accumulation of rainwater on the floor, thereby reducing the inconvenience of movement due to the accumulation of rainwater. .

8 and 9, when installing the frame body 110 so that the drain hole 120 is positioned at the top, the protrusion 131 of the engaging portion 130 is formed after arranging a plurality of frame bodies 110 After connecting so as to be inserted into the insertion groove 135, the drain hole 120 is installed in the form of filling sand or fine aggregate, or after installing the reverse installation pad on the floor in advance, the filling protrusion 181 of the reverse installation pad is a block receiving groove. It can be installed in the form of inserting into (111).

When the drain hole 120 is located at the top, rainwater flows into the block receiving groove 111 through the drain hole 120, and the block receiving groove 111 is located so that the lower part is opened, so that it is immediately drained to the bottom. The inconvenience of movement can be solved according to the difficulty of

In addition, a non-slip protrusion 119 is protruded on the upper side of the side wall portion 113 to prevent a safety accident due to slipping during movement.

And, even if the frame body 110 is installed so that the drain hole 120 is located at the top, since the reinforcing support portion 125 is formed across the drain hole 120, the rigidity of the drain hole 120 is reinforced to the frame body 110. It is possible to prevent damage to the drain hole 120, it is possible to solve the difficulty of movement, such as the foot or the wheel fall out of the drain hole 120.

In addition, since the load distribution unit 127 that distributes the load to the side wall unit 113 of the block receiving groove 111 is formed in the block strut 114 and the reinforcing support unit 125, the load applied from the top is applied to the side wall. By distributing it to the floor through the part 113, it is possible to minimize damage to the frame body 110 by a load applied from the top.

At this time, the load distribution unit 127 protrudes from the periphery of the drain hole 120 in addition to the function of distributing the load to perform a non-slip function as well, thereby minimizing the occurrence of a safety accident due to slipping.

Therefore, the multipurpose modular block frame 100 according to the first embodiment of the present invention supports the unit block 170 by being spaced apart from the bottom of the block receiving groove 111 by the floor protrusion 117, thereby inserting foreign substances. The unit block 170 is prevented from being installed at an inclined position in the block lock receiving groove 111 according to this, so that there is no need to re-install after removing foreign substances for flattening, as well as quick construction is possible, and the unit block 170 accommodates the block. By being separated from the bottom of the groove 111, it is possible to improve the drainage through the drain hole 120.

In addition, the frame body 110 is connected to each other engaging portion 130 is connected in a form that is fitted into the protrusion 131 and the insertion groove 135, the protrusion 131 is formed in a triangular shape and the end is cut space When the protrusion 131 is inserted into the insertion groove 135 as the forming part 133 is formed, the circumference of the protrusion 131 is increased because foreign matter is pushed into the spaced space formed by the space forming part 133. It is in close contact with the circumference of the insertion groove 135 to be firmly coupled, and at the same time, there is no need to remove foreign substances caught therebetween, so that it can be installed quickly.

In addition, the reinforcing support portion 125 is formed in the drain hole 120 so that the frame body 110 can be installed upside down as necessary without the need to install the unit block 170 in the block receiving groove 111, as well as reinforcing support. The stiffness of the loaner 125 may be increased, and at the same time, it may be minimized through the drain hole 120.

In addition, even if the frame body 110 is installed upside down so that the load distribution unit 127 is protruding from the reinforcing support portion 125 and the block hanging portion 114 so that the drain hole 120 is located at the top, the load applied from the top It is possible to increase the durability by dispersing through the side wall portion 113.

Hereinafter, a multipurpose modular block frame 100 according to a second embodiment of the present invention will be described.

In the second embodiment of the present invention, the same components as those of the first embodiment are denoted by the same reference numerals, and the same components have the same functions and effects, and thus detailed descriptions thereof will be omitted.

9 and 10, the multipurpose modular block frame 100 according to the second embodiment of the present invention may include a distribution hole 140 and a main body connector 150.

When the distribution hole 140 is difficult to drain because at least one of the plurality of drain holes 120 formed in the frame body 110 is blocked, for example, when a stone is located at the bottom of the drain hole 120, the drain hole ( The block receiving groove 111 may be communicated with each other so that rainwater is distributed and drained through the block receiving groove 111 that is blocked 120) and the block receiving groove 111 adjacent to each other.

The distribution hole 140 may be formed in the side wall portion 113 surrounding the block receiving groove 111, and the distribution hole 140 is a block receiving groove 111 adjacent to the block receiving groove 111 ) May be formed for each side wall portion 113 of each block receiving groove 111 to communicate with each other.

At this time, the distribution hole 140 is located around the frame body 110 so that rainwater can be distributed even to the block receiving groove 111 of the connected frame body 110 when a plurality of frame bodies 110 are connected. It may be formed through the sidewall portion 113 as well.

The main body connector 150 is installed in the distribution hole 140 formed in the side wall portion 113 located around the frame body 110 and connects the frame body 110 to be connected to each other through the distribution hole 140. Can be fixed.

The main body connector 150 may be inserted into the distribution hole 140, and at the center of the main body connector 150 may be formed in the form of a pipe through which rainwater can be transmitted to the frame body 110 to be connected to each other. .

The main body connector 150 may include a fitting portion 153 and an inclined pressing portion 151.

The inclined pressing part 151 may be formed at one end, the fitting part 153 may be formed at the other end, the inclined pressing part 151 is located inside the block receiving groove 111, and the fitting part 153 ) May be installed in the distribution hole 140 in a form positioned outside the sidewall part 113.

The inclined pressing unit 151 is pressed by the unit block 170 inserted into the block receiving groove 111 so that the fitting unit 153 enters the drain hole 120 of the frame body 110 to be connected. The main body connector 150 can be slidably moved.

The inclined pressing unit 151 has an inclined surface that is inclined toward the inside of the block receiving groove 111 as it goes from the top to the bottom, and the inclined surface is guided by the unit block 170 inserted from the top of the block receiving groove 111 while the side wall The fitting portion 153 located on the outside of the portion 113 may be slid toward the drain hole 120 formed in the side wall portion 113 of the frame body 110 to be connected to each other.

A flange portion for preventing separation may be formed at the end of the inclined pressing portion 151 by the inclined pressing portion 151 on the inside of the side wall portion 113.

The fitting portion 153 is formed in a shape formed to have a larger circumference than the circumference of the distribution hole 140 toward the inclined pressing unit 151 from the outer end, and the side wall portion 113 of the frame body 110 to be connected to each other. It is inserted through the drain hole 120 formed in ), and the circumference of the fitting portion 153 may be connected to each other in a form that spans the drain hole 120.

When the fitting portion 153 is inserted into the distribution hole 140, the diameter decreases, and after passing through the distribution hole 140, the diameter increases again to extend the fitting portion 153 radially so as to span the distribution hole 140. Incision grooves 155 to be divided into a plurality may be formed.

That is, the fitting portion 153 has a diameter larger than the diameter of the distribution hole 140 from the end toward the direction in which the inclined pressing portion 151 is located, but when it is inserted into the drain hole 120, the incision groove 155 As the ends are gathered toward the center, they are inserted into the distribution hole 140, and after passing through the distribution hole 140, they can be spread over the drain hole 120 while being opened again by elastic deformation.

The multi-purpose modular block frame 100 according to the second embodiment of the present invention configured as described above includes a main body connector 150 in the distribution hole 140 formed in the side wall part 113 located on one side of the frame body 110 to be connected to each other. Insert and combine.

The body connector 150 is an engaging portion of the frame body 110 to be connected in a state where the inclined pressing portion 151 is positioned in the block receiving groove 111 and the fitting portion 153 is positioned on the outside of the side wall portion 113 When the unit block 170 is inserted into the block receiving groove 111 in which the inclined pressing unit 151 is located in a state in which 130 is connected to be engaged with each other, the inclined pressing unit 151 is pressed by the unit block 170 , When the fitting portion 153 of the main body connector 150 is inserted into the drain hole 120 of the adjacent frame main body 110, and the unit block 170 is completely inserted into the block receiving groove 111, the fitting portion 153 It is possible to connect the adjacent frame body 110 to each other without a separate tool by passing through the drain hole 120 of the adjacent frame body 110 and spreading through the drain hole 120 in a form that opens again in an initial shape.

On the other hand, when it rains while the unit block 170 is installed in the block receiving groove 111 of the frame body 110, rainwater flows into the block receiving groove 111 and the unit block 170, while the block receiving groove ( It is drained through the drain hole 120 formed in the lower part of 111), but if the drain hole 120 is blocked and not drained, the block receiving groove 111 is filled with rainwater, and the adjacent block receiving groove through the distribution hole 140 Since it is distributed by moving to 111, it is possible to prevent rainwater from overflowing and accumulating in the block receiving groove 111 even if the drain hole 120 is blocked.

And, the rainwater that has moved to the adjacent block receiving groove 111 through the distribution hole 140 is drained to the floor through the drain hole 120 of the block receiving groove 111 and overflows the rainwater due to blockage in the drain hole 120. Can be prevented.

Therefore, in the multipurpose modular block frame 100 according to the second embodiment of the present invention, in addition to the effect of the first embodiment, as the drain hole 120 is blocked, the rainwater overflowing the block receiving groove 111 is discharged from the distribution hole 140. It is possible to minimize the accumulation of rainwater due to clogging of the drain hole 120 because it is distributed to the adjacent block receiving groove 111 through the drain hole 120.

In addition, as the main body connector 150 protrudes as the unit block 170 is inserted into the frame body 110 adjacent to each other, the body connector 150 is coupled while being inserted into the drain hole 120 of the adjacent frame body 110, so that the frame body ( 110) can be firmly combined with each other.

In the above, the embodiments of the present invention have been described, but the scope of the present invention is not limited thereto, and the embodiments of the present invention are easily changed by those of ordinary skill in the technical field to which the present invention belongs, and are recognized as equivalent. It includes all changes and modifications to the extent that it is made.

100: multipurpose modular block frame 110: frame body
111: block receiving groove 113: side wall portion
114: block strut 115: inner protrusion
117: floor protrusion 119: non-slip protrusion
120: drain hole 125: reinforcement support portion
127: load distribution unit 130: engaging portion
131: protrusion 133: space forming portion
135: insertion groove 140: distribution hole
150: main body connector 151: inclined pressing part
153: fitting portion 155: incision groove
170: unit block 180: inversion pad
181: filling protrusion

Claims (7)

A frame body with a plurality of block receiving grooves arranged at predetermined intervals and having an open top so that a plurality of unit blocks are inserted, respectively,
Inner protrusions protruding from the inner surface of each of the block receiving grooves to support the unit block by being spaced apart from the inner surface so that the unit block is easily inserted,
A drain hole for draining running water flowing into the block receiving groove through the bottom of each block receiving groove,
A block strut formed around the drain hole to support the unit block,
A reinforcing support part for reinforcing the rigidity weakened by the drain hole across the drain hole so that the block receiving groove can be installed even when the frame body is turned upside down so that the upper portion of the block receiving groove is located on the floor, and
The unit block inserted into the block receiving groove is protruded from the block hanging part or the reinforcing support part so as to prevent the unit block from being inclined and installed by a foreign material sandwiched between the unit block and the block hanging part or the reinforcing support part. Including a plurality of floor protrusions spaced apart and supporting the floor of the unit block,
A plurality of protrusions formed in a triangular shape formed around the frame body to be fitted with each other to be engaged with each other adjacent to the frame body, and a plurality of protrusions formed in a triangular shape whose area becomes narrower toward the outside, and adjacent to each other formed between the plurality of protrusions. Includes an insertion groove into which the protrusion of the frame body is inserted,
The protrusion includes a space forming part configured to form a space between the insertion groove by cutting an end of the protrusion so as to prevent the gap between the protrusion from being widened due to the inflow of foreign substances in a state inserted into the insertion groove,
When the frame body is installed upside down so that the drain hole is located at the top, the frame body is turned over to prevent damage by transferring the load applied to the reinforcing support portion and the block base portion to the side wall portion forming the block receiving groove. In the multi-purpose modular block, characterized in that it includes a load distribution unit protruding upward from the reinforcing support portion and the block foot portion to distribute the load applied to the reinforcing support portion and the block foot portion to the side wall portion. frame. delete delete delete The method of claim 1,
When the water is not drained through the drain hole corresponding to any one of the plurality of block receiving grooves, a distribution hole communicating with each other adjacent block receiving grooves is provided to distribute and drain rainwater introduced through the adjacent block receiving grooves. Multi-purpose modular block frame comprising a. The method of claim 5,
A multipurpose modular block, characterized in that it comprises a main body connector installed in the block receiving groove located around the frame body to connect the block receiving groove of the frame body adjacent to the frame body to fix the frame body to each other. frame. The method of claim 6,
The main body connector is
An inclined surface inclined toward the inside of the block receiving groove as the body connector slides downward so that the main body connector slides into the adjacent block receiving groove and is inserted by the unit block located inside the block receiving groove and inserted into the block receiving groove Multi-purpose modular block frame, characterized in that it comprises an inclined pressing unit having a.

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