TWM283881U - Flood protection structure constructed with flood bags - Google Patents

Description

M283881 IV. Creation Instructions (1) [Technical Field to which the New Type belongs] This creation is about a "flood-resistant structure constructed by flood-resistant bags", especially a soft flood-proof wall suitable for emergency rescue works and available for permanent use ( Embankment) structure; interlocking members are mainly used to connect adjacent flood protection bags between one adjacent extension layer constructed by several flood protection bags and another adjacent extension layer that is adjacent to the upper and lower layers. Containing vertical and horizontal staggered connections, it can minimize the use of flood bags, increase the strength and stability of the embankment structure, and enhance its flood resistance. [Previous technology] As we all know, due to the destruction of forests and the reduction of the area of vegetation, the natural environment is getting worse and worse, often causing flash floods, which will cause great harm to our daily lives. Therefore, to resist floods and protect the embankment Firmness is paramount. Flood protection bags are an indispensable and important tool in flood resistance. Generally, in flood resistance projects, especially an emergency rescue waterproof flood protection project, they are directly throwing flood protection bags in the gap of the dyke to block the rapids of the flood. Due to the lack of connection between the flood protection bags, there is no tensile force and the toughness of the overall structure, which makes the conventional flood wall (dike) structure unable to resist the impact of the flood, and the flood protection bag is easy to lose with the impact of the flood. It was unable to achieve the intended purpose of flood control. In addition, the conventional flood-resistant structures are also constructed by stacking several layers of flood-resistant bags on top of each other. This flood-resistant structure is stacked with flood-resistant bags. Although it can be directly excavated and used in the local soil, it can be constructed. Convenience and economy; However, the flood-resistant bag of the flood-resistant structure is a soft material, and the bonding between the flood-resistant bag and the flood-resistant bag is poor, and the strength of the bag structure of the general flood-resistant bag is limited.

Page 5 M283881 IV. Creation Instructions (2) Therefore, it is generally unable to withstand large lateral pressure and strong water currents. Therefore, it is a temporary flood-resistant structure and is not suitable for permanent flood-proof walls. Therefore, it is necessary to further improve the conventional flood-resistant structure constructed by stacking the flood-resistant bags as described above. In view of the above-mentioned lack of flood-resistant structures stacked with flood-resistant bags, the creators of this case have carefully studied and accumulated personal experience in the design and construction of such projects for many years, and finally designed a brand-new "flood-resistant structure constructed by flood-resistant bags." ". '' The main purpose of this creation is to provide a "flood-resistant structure constructed by flood-resistant bags". In order to ensure its flood-resistant effect, interlocking members are mainly installed between the upper and lower flood-resistant bags P to fix adjacent flood-resistant bags, and The above-mentioned connection has both vertical and horizontal connections, so that the upper and lower flood bags can be pulled and connected to each other when they are stacked, so as to increase the strength of the flood structure and reduce the amount of flood bags. '[New content] In order to achieve the above-mentioned purpose, this creation mainly includes an ancestral stack consisting of adjacent extension layers constructed by several flood-resistant bags, wherein the flood-resistant bag can be filled with fine sand or soil, rice, chemical synthesis It is characterized by: interlocking members connected between the layers of each adjacent extension layer of the flood-resistant structure and the layers are integrated into one, wherein the interlocking members are on each of the upper and lower sides. It has nail-shaped protruding hooks, which can be inserted into the upper and lower anti-flood bags respectively, so that the adjacent anti-flood bags and the anti-flood bags can be connected to each other, and the above-mentioned connection can have both vertical and horizontal extensions; A grid-like stiffening net must be provided above and / or below the lock member, and the stiffening net must span at least

Page 6 M283881 IV. Creation Instructions (3) Connect two adjacent interlocking members to increase the strength of their mutual involvement. The mesh density of the stiffening net can be adjusted according to the weight of the object or the density of the nail-like protrusions of the interlocking member. When used in combination according to the above structure, the flood control wall (dikes) can simultaneously and longitudinally connect adjacent flood protection bags by interlocking members, so that the flood protection bag structures of each adjacent extension layer are related to each other to form one. It has a planar connection strength structure, and the flood wall (dikes) is composed of multiple adjacent extension layers, which can increase the strength of its three-dimensional structure, and the nail-shaped protruding hooks of the interlocking member can pass through the stiffening net. The anti-flood bag is inserted and fixed, and the interlocking member increases the holding force of each interlocking bag according to the strength of the stiffening net to fix it. It has better lateral and longitudinal compressive strength and anti-flood impact strength, which can increase the The strength and stability of a flood control wall (dikes) achieve better flood resistance. [Implementation] In order for your review committee to have a better understanding and understanding of the features and functions of the "flood-resistant structure constructed by the flood-proof bag" described in this case, a feasible embodiment is described in detail with the illustrations as follows: First, Please refer to the first and second pictures. The "Flood-resistant structure constructed by the flood-resistant bag" mainly includes a stack of adjacent extension layers 10 constructed by several flood-resistant bags 11 stacked on each other. Filled with fine sand or stone, soil, rice, chemical compounds, or other materials that can be filled; its characteristics are: each adjacent extension layer 10 is provided with interlocking members 20 between the layers and the interlocking members 2 0 ^ the interlocking The component 20 has nail-shaped protrusions 2 1 on its upper and lower sides, which can be buckled separately.

Page 7 M283881 IV. Creation Instructions (4) The connection between the upper and lower layers. It is also provided with nail-like protrusions or separated as described above or below, or at least cross over 30); Also, the upper > kind of woven fabric > and density can also pass through the bag body of the stiffening bag 1 1 according to the above) The structure makes the design of the anti-flood bag 11 required for support and pulling. The longitudinal direction of the buckle of the creative 1 can increase the interlocking of two adjacent anti-floods. The flood control net 3 0 can also resist the flood knot. The two-by-two structure can be built into the structural net 3 0, and the anti-bag 1 1 is the same as described above. It is built by locking, with adjacent stiffeners on the surface, and the strong wall can be used to achieve the flood wall force. Among them (such as the first The structure of the bag body itself and the transverse connecting members 20 to the flood bag 11 and the wall (within a large area of the embankment so that the adjacent flood bag 11 and the flood bag 11 can be connected at the same time with vertical and horizontal extensions Depending on the situation, the locking member 20 can also be integrated with the board on one side and the nail-shaped protruding hook, or a combination of them. During the implementation, the interlocking member 20 can also have a grid-like stiffener on the top. Net 3 0, and the stiffener interlocking member 20 (such as the third and the third The net 30 shown in the figure can be adjusted by a plastic net, a metal net, or the size of the wire diameter or grid hole of the stiffening net 30 or the structure of the interlocking member 20. In use, the net The interlocking members 2 0 nail-like protruding hooks 2 1 grids are inserted into the upper and lower corresponding flood-resistant links to fix the stacked flood wall (dikes not only have horizontal continuity, but also have vertical interlocking members 2 0 The size or arrangement can also be as shown in the second figure.) The tensile strength can be increased according to the strength and toughness of the stiffener 30, and the strength of the interlocking member 20 (such as the third and fourth) Figure), and further the holding force of each anti-flood bag 11 can more closely connect and fix the same layer of anti-flood bag 11 to the strength and stability of the structure; and the one-strength method is local or comprehensive Spread over the same adjacent

Page 8 M283881 IV. Creation instructions (5) The extension layer 10 is provided above or / and below the interlocking member 20, or is laid in an overlapping manner to facilitate construction and ensure the strength of the flood-resistant structure, or may Reduce the use of interlocking components. Furthermore, the flood-resistant bag 11 of the above-mentioned flood-resistant structure is made of water-permeable bag filled with sand or water-absorbent resin as the main material, so it can be used for plant growth and increase the anti-scouring ability of the embankment surface. It also has greening and landscaping. Environmental effects; therefore, the flood-resistant structure described in this case is not only suitable for emergency dike remedy works, but also can be used as a permanent flood wall (dike) structure to reduce construction time and costs. In summary, the flood-resistant structure disclosed in this creation can increase the strength of the flood-resistant structure, thereby reducing the amount of flood-resistant bags, and can be suitable for temporary or permanent flood-proof and water-retaining structures. And the structure of this case

Page 9 M283881 Brief description of the diagrams [Illustration of VtJ early description] The first diagram is the creation of the embodiment. The arrangement state is shown from the top. The second diagram is the perspective of another embodiment of the creation. The second diagram is another implementation of this creation. Example of the three-dimensional exploded view of the fourth diagram is the first schematic diagram of the combination of the front view [Description of the main component symbols] Adjacent extension layer 10 Interlocking member 20 Stiffener 30 Flood bag 11 Spike 2 2

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Claims (1)

M283881 V. ☆ Patent scope 1. A flood-resistant structure constructed by flood-proof bags, which mainly consists of stacked layers of adjacent extension layers with several layers of flood-proof bags, which are characterized by: Interlayers are provided with interlocking members. The interlocking members are provided with nail-like protrusions on the surface, which can be connected to the adjacent flood-proof bag to form a whole by buckling into the flood-proof bag later. 2. The "flood-resistant structure constructed by the flood-proof bag" as described in item 1 of the scope of the patent application, wherein a grid-like stiffening net can be provided between the flood-proof bags of the interlocking member and the adjacent extension layer which overlaps with each other, and The stiffening net bridges at least two adjacent interlocking members. > 3. The "flood-resistant structure constructed by the flood-proof bag" as described in item 1 of the scope of the patent application, wherein the interlocking member may have both longitudinal and lateral extensions when connecting the flood-proof bag and the flood-proof bag. Φ Page 11