The pretection structure of the hoan block for the creation of the security of the river

Abstract

This protective device is a protective structure for revetment blocks used in the construction of river slope revetments, which is fastened between the river slope and the revetment blocks and between the revetment blocks to reduce defects in the fixed parts between the river slope and the revetment blocks or between the revetment blocks due to settlement.

Description

Technology Field

[0001] The present invention relates to a protective structure for revetment blocks used for constructing revetments on river slopes among water resources. Revetment blocks are applied to reinforce river slopes, and protective devices are introduced between them to reduce fatigue at the joints between the river slope and the revetment blocks, and between the revetment blocks themselves. Background Technology

[0002] Vegetation mats or revetment blocks are used for the harmonious reinforcement of river slopes. In this context, revetment blocks require reducing the gaps between blocks due to settlement, while the degree of reinforcement for vegetation mats is determined by the lifespan of the mat. However, both methods require the mat to be supported until sufficient vegetation is established, along with even compaction of the river slope and its support, as well as tight connections between the blocks; consequently, even the slightest carelessness during construction can quickly lead to settlement. Therefore, a method is needed that is convenient to construct and enables the formation of a revetment despite settlement of the revetment slope. Cited Reference: Published Invention 10-2008-0000156 (2008.01.02) The problem to be solved

[0003] Accordingly, when constructing a revetment on a river embankment, it is intended to enable the reduction of fatigue at the joints between the revetment blocks and the blocks. means of solving the problem

[0004] This introduces a protective device between the revetment blocks and the joints between them. This protective device consists of a joint, a protective section, and a connecting section, incorporating bearings and springs in between. Effects of the invention

[0005] Such protective devices contract and expand between the joint, protective, and connecting parts by means of bearings and springs. This contraction and expansion is installed between the revetment blocks formed on the river embankment, thereby minimizing fatigue caused by the joints and reducing defects caused by settlement. Brief explanation of the drawing

[0006] FIG. 1 is a diagram showing an embodiment of the present invention. Specific details for implementing the invention

[0007] When revetment blocks are applied to the construction of such a river embankment, a protective structure is introduced between the revetment blocks. This protective structure (150) consists of an upper protective part (151), an upper connecting part (152), a left connecting part (153), a left protective part (154), a left connecting part (155), etc.

[0008] The upper protective part (151) has a bottom protective plate and a top protective plate, and is fastened with a bolt and nut by combining a spring between the two sides, and the lower protective part (151') has a top protective plate and a bottom protective plate, and is fastened with a bolt and nut by combining a spring between the two sides, and the upper connecting part (152) forms a vertical surface on both sides, a narrow inclined surface downwards, a vertical surface upwards, a horizontal surface inwards, and a vertical surface downwards, and the lower connecting part (152') forms a vertical surface on both sides, a narrow inclined surface upwards, a vertical surface downwards, a horizontal surface inwards, and a vertical surface upwards, and the left connecting part (153) forms a vertical surface on both sides, a narrow inclined surface on the inside, and a horizontal surface, and the right connecting part (153') forms a vertical surface on both sides, a narrow inclined surface on the inside, and a horizontal surface, and the left protective part (154) forms a vertical surface, a narrow inclined surface to the left, and a horizontal surface, and the right protective part (154') forms a horizontal surface, a narrow inclined surface to the right, and a horizontal surface, and the left connecting part (155) The protective device (150) includes a groove in the middle and forms a vertical plane and a horizontal plane, and the right connecting part (155') has a groove in the middle and forms a vertical plane and a horizontal plane, etc.

[0009] The connection is achieved by connecting the connecting tube (156') and the protective tube (156'') to the bolt (156), connecting the left protective part (154) and the left connecting part (153) with a bearing attached to the inclined surface to the protective tube (156''), connecting the left connecting part (155) with the bolt (157) facing upward, connecting the spring and the right connecting part (155') with the bolt (157') facing downward, connecting the left connecting part (153') and the right protective part (154') with a bearing attached to the inclined surface, and connecting them with nuts to the bolt (156) exposed through the connecting tube (156'), connecting the upper connecting part (152) between the vertical surface of the left connecting part (153) and the vertical surface of the right connecting part (153'), and connecting the bottom protective plate of the upper protective part (151) with a nut to the bolt (157) exposed through the upper connecting part (152), and the upper In a protective device (150) in which springs are connected to both sides of an upper protective plate with a gap between the lower protective plate of a protective part (151) and fastened with bolts and nuts, and the upper protective plate of a lower protective part (151') is fastened with nuts to a bolt (157') exposed to the lower connecting part (152') and the vertical surface of the lower left connecting part (153) and the vertical surface of the right connecting part (153'), and springs are connected between the lower protective plate and both sides with a gap between the upper protective plate of the lower protective part (151') and fastened with bolts and nuts, the lower protective part (151') of the protective device (150) is fastened to the embankment (s) of a river, the left connecting part (153) is fastened to a revetment block (b), the right connecting part (153') is fastened to a revetment block (b'), and the upper protective part (151) is fastened to a revetment block (b) and a revetment block (b'). This relates to a protective structure for revetment blocks for the construction of a revetment on a river embankment.

[0010] The protective device of the protective structure for revetment blocks used to construct revetments on river slopes can contract and expand through bearings and springs located between the joint, the protective, and the connecting parts. This contracting and expanding protective device is fastened to the river slope and the revetment blocks to minimize the forces resulting from their interaction, thereby reducing defects caused by settlement or similar issues. Explanation of the symbols

[0011] b Revetment block s River slope 150 Protection zone

Claims

Claim 1 A connecting tube (156') and a protective tube (156'') are connected to a bolt (156), and a left connecting part (153) with a bearing connected to an inclined surface and a left connecting part (155) connected so that the bolt (157) faces upward, a spring connected so that the bolt (157') faces downward, a right connecting part (155') connected so that the right connecting part (153') and a bearing connected to an inclined surface are connected with nuts to the protective tube (156''), and the right protective part (154') with a bearing connected to an inclined surface is connected with nuts to the bolt (156) exposed through the connecting tube (156'), and an upper connecting part (152) is connected between the vertical surface of the left connecting part (153) and the vertical surface of the right connecting part (153'), and a bottom protective plate of the upper protective part (151) is connected with nuts to the bolt (157) exposed through the upper connecting part (152), and the upper protective part (151) A protective device (150) for constructing a revetment on a river slope, wherein springs are connected to both sides of an upper protective plate with a gap between them and secured with bolts and nuts, the upper protective plate of a lower protective part (151') is connected to the vertical surface of the lower left connecting part (153) and the vertical surface of the right connecting part (153) with a nut, and springs are connected between both sides of an upper protective plate with a gap between them and secured with bolts and nuts, wherein the lower protective part (151') of the protective device (150) is connected to a river slope (s), the left connecting part (153) is connected to a revetment block (b), the right connecting part (153') is connected to a revetment block (b'), and the upper protective part (151) is connected to a revetment block (b) and a protection block (b'). Protection structure of revetment blocks

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