KR102139810B1 - Walking mat connection system - Google Patents

Abstract

The present invention relates to a walking mat connecting system, wherein the walking mat connecting system is a simple construction method of installing a walking wooden board in the joint end area after construction of the walking mat, and the ends of the walking mats adjacent to each other are closed and processed together with a gripping plate. The walking mat 10, the walking wooden board 20, the fixing pack 30, the gripping to prevent the lifting mat lifting and tissue loosening phenomenon for the external force by binding the entire area of the walking mat joint with a uniform gripping force by It comprises a main structure including the plate 40.

Description

Walking mat connection system {Walking mat connection system}

The present invention relates to a walking mat connection system, and more specifically, after constructing a walking mat, a simple construction method of installing a walking board in a joint end region, ends of the walking mats adjacent to each other are closed and processed by a gripping plate. It is related to a walking mat connecting system in which all areas of the joint end of the walking mat are bound with a uniform gripping force to prevent the lifting mat lifting and tissue loosening for external force.

In general, walking mats are manufactured using palm trees, which are eco-friendly materials, which are manufactured by weaving ropes using fibers obtained by crushing palm trees, and then weaving them and weaving them. It is being transported and constructed, but the joint end of the walking mat is exposed to the outside and is easily damaged as the woven tissue is loosened or lifted.

In the prior art disclosed in Patent No. 10-973729, the technology of connecting the ends of the mats with an epoxy-based adhesive by seating the ends of the upper mats to the ends of the lower mats, and then connecting them with staplers or pins has been pre-registered. It is not eco-friendly due to the use of adhesives, and particularly has a difficult and troublesome work process.

In addition, as another conventional technique, in the registered patent 10-1111138, the connecting yarn is composed of two strands, and each connecting yarn is alternately inserted into a connecting ring formed in a horizontal portion of each woven mat, and both ends of each connecting yarn The overlapping portion is formed at the end of each of the connecting yarns while engaging with the hooks of the vertical portions of the respective woven mats, and a technique for fixing the overlapping portions by the fasteners is pre-registered, but a plurality of the woven mats are formed. Since the connecting ring of the chain is connected in a manner of tying it with a connecting thread, the working time is delayed, and the end of the woven mat is exposed to the outside, so that the tissue is easily released by friction during walking.

On the other hand, in order to solve the above problems, in Patent No. 10-0993624, between the weaving mat and the weaving mat to form a downward bend in the upper weaving mat, and to form an upper bent in the lower weaving mat, respectively After the bending portion is formed so that the overlapping portion is formed, a technique of inserting a fixing pin into the overlapping portion to fix it on the road surface has been pre-registered, but the operation of overlapping and folding the woven mat to form the overlapping portion is difficult, and the overlapping part width manck mat The length is shortened, and at least 10 fixing pins must be put in order to fix the overlapping portion, and thus a closed end of the field construction performance is greatly reduced.

Accordingly, the present invention has been devised to solve the above-mentioned problems, and after constructing a walking mat, a simple construction method of installing a walking board on the joint end area is used to close the ends of the walking mats adjacent to each other and to the gripping plate. The object of the present invention is to provide a walking mat connecting system in which the entire area of the joint end of the walking mat is bound with a uniform gripping force to prevent the lifting mat lifting and tissue loosening for external forces.

In order to achieve this object, the feature of the present invention, while continuously constructed in the longitudinal direction on the walking path, the walking end (10) is provided so that the joint ends (11) are arranged to face each other; A walking wooden board 20 provided to close an area of the joint end 1 of the walking mat 10 at an upper portion; A fixed pack 30 fastened to both ends of the walking wooden board 20; And a plurality of spikes 42 are formed to grip the joint end of the walking mat 10 on the bottom surface while being fixed between the walking mat 10 and the walking wooden board 20, and are formed of biodegradable resin to form 2~ It characterized in that it comprises a; phage plate 40 is provided to be naturally decomposed between four years.

At this time, the gripping plate 40 is provided with expansion ribs 43 on which partition walls 43a are formed so as to constrain the side surfaces of the walking wooden board 20 on both sides, and the walking mat 10 is provided on one side of the expansion ribs 43. It is characterized in that the upper surface and the inclined surface (43b) connecting the upper sides of the walking wooden board (20) at an inclination angle is formed.

In addition, the expansion rib 43 is provided with an inclined bottom (43c) formed at a downward inclination angle toward the edge portion on the bottom surface, when the pressure is installed on the walking mat (10), the bottom of the expansion rib (43) gripping plate (40) ) It is characterized in that the partition wall surface 43a is provided to press and fix the side of the walking wooden board 20 while being rotated to an angle coinciding with the bottom surface.

In addition, a pair of opposite to each other when turning to the angle corresponding to the bottom surface of the grip plate 40 and the bottom surface of the extension plate 43 is formed of an upper and lower light structure in which the width is expanded toward the lower portion of the walking wooden board 20. It characterized in that the space between the partition wall surface (43a) of the walking wooden board 20 is formed to constrain both sides while being formed with an upper and lower light structure.

In addition, the seed 46 is provided in the phage plate 40, and the seed mat germinates at the time when the phage plate 40 is naturally decomposed after construction so that the walking mat 10 is fixed by the roots that are settled into the ground. It is characterized by being provided.

In addition, the walking wooden board 20 is characterized in that a plurality of vegetation holes 22 are penetrated, and plants germinated from seeds pass through the vegetation holes 22 to record the upper surface of the walking wooden board 20.

In addition, a trench groove (1) is formed on the bottom surface of the walking path corresponding to the walking wooden board (20), so that the upper surface of the walking mat (10) and the walking wooden board (20) are provided to coincide on a flat surface. .

According to the above configuration and operation, the present invention is a simple construction method of installing a walking board on the joint end area after the walking mat is installed, and the ends of the walking mats adjacent to each other are closed and processed, and before the walking mat joint ends by the gripping plate. Since the region is bound with a uniform gripping force, there is an effect of preventing the lifting mat and the loosening of the walking mat for external force.

1 is a perspective view showing an overall walking mat connection system according to an embodiment of the present invention.
Figure 2 is a longitudinal sectional view showing the construction structure of the walking mat connection system according to an embodiment of the present invention.
3 to 5 is a block diagram showing an expansion rib of the walking mat connecting system according to an embodiment of the present invention.
6 to 7 is a block diagram showing a state in which seeds are applied to the gripping plate of the walking mat connection system according to an embodiment of the present invention.

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

The present invention relates to a walking mat connecting system, wherein the walking mat connecting system is a simple construction method of installing a walking wooden board in the joint end area after construction of the walking mat, and the ends of the walking mats adjacent to each other are closed and processed together with a gripping plate. The walking mat 10, the walking wooden board 20, the fixing pack 30, the gripping to prevent the lifting mat lifting and tissue loosening phenomenon for the external force by binding the entire area of the walking mat joint with a uniform gripping force by It comprises a main structure including the plate 40.

The walking mat 10 according to the present invention is provided so that the joint ends 11 are arranged to face each other while being continuously constructed in the longitudinal direction on the walking path. The walking mat 10 is a woven mat made of a palm shell fiber, and is wound in a roll form to move to a construction site, and is installed to unroll the roll and cover the upper surface of the walking path. At this time, when the walking mat 10 is arranged in a state in which the sides are in abutting state so as not to overlap each other as shown in FIG. 1, when the fastening to the walking wooden board 20 described later, the walking mat 10 connection portion is prevented from protruding high.

In addition, the walking wooden board 20 according to the present invention is provided to close the joint end portion 1 region of the walking mat 10 from the top. The walking wooden board 20 is formed of an anticorrosive wood having strong corrosion resistance, and through holes are formed at both ends to fasten the fixing pack 30 to be described later.

At this time, the fixing pack 30 is fastened to both ends of the walking wooden board 20, and the fixing pack 30 is formed in a wedge shape, and a head portion is provided on the upper portion, and the head portion is walked in the ground in a state of being embedded in the ground. ) It is provided to be fixed to the upper surface.

On the other hand, the walking wooden board 20 is described as a structure formed of a preservative wood, but is not limited thereto, and is formed of a mixture of PLA (Poly Lactic Acid), natural fiber, and natural stone, and is constructed to decompose naturally after several years after construction. It is also possible to do.

In addition, the gripping plate 40 according to the present invention is fixed between the walking mat 10 and the walking board 20, a plurality of spikes 42 are formed to grip the joint end of the walking mat 10 on the bottom surface, It is formed of biodegradable resin and is provided to be naturally degraded between 2 and 4 years after construction. The phage plate 40 is formed of a biodegradable resin containing poly lactic acid (PLA), and it is also possible to form a phage plate 40 by mixing natural fibers and natural stones when molding the biodegradable resin. At this time, the natural fiber is used as a natural form when the germination of the gripping plate 40 and the seeds germinate, and the natural stone increases the weight of the gripping plate 40 itself, thereby improving the pressure-fixing force while being installed on the upper end of the walking mat 10. .

In addition, the grip plate 40 has a plurality of spikes 42 protruding in the longitudinal direction on the bottom surface, and the spikes 42 are fastened while being inserted into the walking mat 10 as shown in FIG. 2, so that the walking mat joint ends Since the entire area is bound with a uniform gripping force, there is an advantage of preventing the lifting of the walking mat and the loosening of the tissue for the walking load.

In addition, since the entire area of the walking mat joint end is fixed by the gripping plate 40 with a uniform gripping force, walking is also a simple task of fixing both ends of the walking board 20 with two fixing packs 30 The wooden board 20 joint end fixing force is maintained firmly.

In FIG. 3, the gripping plate 40 is provided with expansion ribs 43 on which partition walls 43a are formed to constrain the side surfaces of the walking wooden board 20 on both sides, and on one side of the expansion ribs 43, a walking mat ( 10) An inclined surface (43b) is formed that connects the upper surface and the upper sides of the walking wooden board (20) at an inclined angle. That is, a receiving groove is formed on the upper surface of the gripping plate 40 by a pair of extension ribs 43 provided opposite to each other at both ends of the gripping plate 40, so that the walking wooden board 20 is inserted. In 20), only the upper surface is exposed in a state where both sides are protected by the partition surface 43a, so that damage due to external force (walking load) and corrosion resistance due to moisture are improved.

In addition, since the stepped by the height difference between the walking mat 10 and the walking board 20 is removed by the inclined surface 43b formed on the extension rib 43, the pedestrian is caught by the end of the walking board 20 during walking. Losing will prevent safety accidents.

In FIG. 4, the expansion rib 43 is provided with an inclined bottom 43c formed at a downward inclination angle toward the edge portion on the bottom surface, and when the pressure is installed on the walking mat 10, the bottom surface of the expansion rib 43 is gripped. (40) While turning to an angle coincident with the bottom surface and the plane, the partition wall surface 43a is provided to press and fix the side surface of the walking wooden board 20. In the initial molding, the gripping plate 40 is formed such that the partition wall surface 43a is orthogonal to the upper surface of the gripping plate 40, and the inclined floor 43c is formed at a downward inclination angle on the bottom surface of the expansion rib 43.

Accordingly, when the pressure plate is installed on the walking mat 10 in a state where the walking wooden board 20 is inserted between the pair of partition walls 43a, the bottom of the expansion rib 43 is held by the inclined floor 43c. 40) It is pivoted to an angle coinciding with the bottom surface, and at this time, the partition wall surface 43a is pressed to the side of the walking wooden board 20 by the turning force of the expansion rib 43, so that the fixing force is maintained firmly.

Here, the walking wooden board 20 is formed of an upper and lower light structure extending in width toward the lower portion, and a pair of opposite sides facing each other when the bottom of the expansion rib 43 is rotated up to an angle coinciding with the bottom surface of the grip plate 40 The space between the partition walls 43a is formed with an upper and lower light structure, and is provided to constrain both sides of the walking wooden board 20. As shown in Figure 5, the partition board surface 43a is restrained by engagement with an inclined angle on the side of the walking board 20, and the walking board 20 is firmly gripped by the lower berth narrow light structure that expands in width toward the lower part, and the separation is caused by external force. Is prevented.

In FIG. 6, a seed 46 is provided in the phage plate 40, and a walking mat (by a root that is settled underground as the seed 46 germinates at a time when the phage plate 40 is naturally decomposed after construction) 10) is provided to be fixed. In addition, a plurality of vegetation holes 22 are penetrated through the walking wooden board 20, and plants germinated from seeds pass through the vegetation holes 22 and are provided to record the upper surface of the walking wooden board 20. At this time, the seeds 46 are mixed together when the gripping plate 40 is molded, integrally molded, or grooves are formed in the gripping plate 40 to insert and install the seeds 46, or seeds on the top surface of the gripping plate 40 ( 46) It is also possible to install a mat. Thus, when the phage plate 40 is decomposed after construction, seeds are germinated and the walking mat 10 is fixed by the roots that are settled into the ground, and the seed absorbs the phage plate 40 decomposition product through manure, so that growth is possible. Improves.

In FIG. 7, a trench groove 1 is formed in a bottom surface of the walking path corresponding to the walking board 20 so that the upper surface of the walking mat 10 and the upper surface of the walking board 20 coincide on a plane. The trench groove 1 is formed in the width direction at the boundary positions where the walking mat 10 joint ends 11 correspond to each other. Accordingly, when the walk mat 10 joint end 11 is placed in the trench groove 1 and fixed with the walk board 20, the walk board 20 is recessed by the trench groove 1, so that the walk mat ( 10) Since the upper surface and the upper surface of the walking wooden board 20 coincide on a flat surface, a safety accident on the leg of a pedestrian while walking is prevented.

10: walking mat 20: walking wooden board
30: fixed pack 40: gripping plate

Claims (7)

While the continuous construction in the longitudinal direction on the walking path, the walking end 10 is provided so that the joint ends 11 are arranged to face each other;
A walking wooden board 20 provided to close an area of the joint end 1 of the walking mat 10 at an upper portion;
A fixed pack 30 fastened to both ends of the walking wooden board 20; And
While being fixed between the walking mat 10 and the walking wooden board 20, a plurality of spikes 42 are formed to grip the joint ends of the walking mat 10 on the bottom surface, and are formed of biodegradable resin to form 2-4 after construction. Phage plate 40 is provided to be naturally decomposed between the years; is made, including,
The gripping plate 40 is provided with expansion ribs 43 on which partition walls 43a are formed to constrain the side surfaces of the walking wooden board 20 on both sides, and on one side of the expansion ribs 43, the upper surface of the walking mat 10 is formed. The walking wooden board 20 is formed with an inclined surface 43b connecting both sides at an inclined angle,
The expansion rib 43 is provided with an inclined bottom 43c formed at an inclined downward angle toward the edge portion on the bottom surface, and when the pressure is installed on the walking mat 10, the bottom surface of the expansion rib 43 is the grip plate 40 bottom surface And turning to an angle coinciding with the plane, the partition wall surface 43a is provided to press and fix the side of the walking wooden board 20,
A pair of partition walls facing each other when turning to an angle coinciding with the bottom surface of the grip plate 40 and the bottom surface of the gripping plate 40, formed of an upper and lower light structure in which the width extends toward the lower portion of the walking wooden board 20. A walking mat connection system, characterized in that the space between the surfaces (43a) is formed with an upper and lower light structure so as to restrain both sides of the walking wooden board (20). delete delete delete According to claim 1,
A seed 46 is provided in the phage plate 40, and the seed mat germinates when the phage plate 40 is spontaneously decomposed after construction so that the walking mat 10 is fixed by the roots that are settled into the ground. Walking mat connection system, characterized in that. The method of claim 5,
The walking wood board 20 has a plurality of vegetation holes 22 penetrated therein, and a plant germinated from seeds passes through the vegetation hall 22 and is provided to record the top of the walking wood board 20. system. According to claim 1,
A walking mat 1 is formed on the bottom surface of the walking path corresponding to the walking board 20, so that the walking mat 10 and the walking board 20 are arranged to match the upper surface of the walking mat. Connection system.

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