TWM599822U - Fast water barrier - Google Patents

Abstract

The fast water blocking gate of this creation at least includes: a water blocking gate body with a first element to be close to the ground or a plane; the aforementioned water blocking gate body is equipped with a second element to be connected to the first element close to the end of the seam, to A blocking space is formed; the water blocking gate body is provided with a connecting belt, the first side surface of the connecting belt is sewn and connected with the first element, and the second side surface of the connecting belt is sewn and connected with the second element. The length of the third side surface of the belt is less than the length of the rear end surface of the aforementioned second element to reduce the water pressure at the seam between the aforementioned first element and the second element; the aforementioned water blocking gate body is provided with a front extension surface, which is located at the aforementioned first element The front end of an element; the rear extension surface of the water blocking gate body is located at the rear end of the first element, and the front extension surface and the rear extension surface must be properly buried in the soil (soil) to intercept all water All can enter the blocking space, or at least will not seep back past the water blocking gate. In this way, the water blocking gate body is set in an appropriate place as a device to cut off the water body, and the back side of the water blocking gate body is kept in an anhydrous state, which is convenient for construction.

Description

Fast water barrier

This new model claims to apply for domestic priority No. 109201228. The fast water blocking gate of this new type refers to a water blocking gate body made of high-density plastic canvas with excellent water blocking rate and not easy to be damaged. The front extension surface and the rear extension surface are buried in the soil at the corresponding positions to ensure that the first element can block the water body, and then the second element is directly connected to the end of the aforementioned first element to form a blocking space as a blocking water body. The innovation of fast water blocking gate to facilitate subsequent construction.

It is known that when working in the water, steel sheet piles of several meters in length must be driven into the arrangement one by one by a pile driver and clamped around the geographical area of the scheduled construction to form a steel sheet pile wall. The water body (sea water, river water, stream water, etc.) of the geographic area is pulled away to keep the geographic area anhydrous and to facilitate subsequent construction work, such as tying steel bars to inject concrete walls or columns, but this type of side-by-side combination The steel sheet pile wall cannot stop the water body from infiltrating into the geographical area. The water must be pumped out endlessly by the pump, which increases the construction cost and difficulty.

Secondly, for the construction of steel sheet piles, such as allowing the pile driver to move freely on the side of the embankment or the shore, it may be convenient for construction. However, if it is operated in a lake or sea tens of meters offshore, it must be transported by a carrier. Pile drivers weighing several tons (the same mechanism as the large excavators) are transported to a fixed point, and the pile drivers are used for piling operations on the ship. The construction is difficult, the piling speed is slow, the construction cost is higher, and the steel sheet pile wall is more difficult. The problem of water penetration cannot be solved.

For this reason, the creator of this case has been engaged in the production and processing of various canvases, and studied the water penetration problem that cannot be solved by the steel sheet pile wall mentioned above, and created this case.

The purpose of this creation is to provide a fast sluice that can be installed quickly, can completely block water penetration, and maintain a water-free state in a specific geographical area to facilitate construction.

In order to achieve the aforementioned purpose, the quick water blocking gate of this creation at least includes: a water blocking gate body with a first element so as to be close to the ground or a plane; the aforementioned water blocking gate body with a second element close to the end of the aforementioned first element The seams are connected to form a barrier space; the water blocking gate body is provided with a connecting belt, the first side surface of the connecting belt is connected with the first element, and the second side surface of the connecting belt is connected with the second element. The length of the third side surface of the connecting belt is less than the length of the rear end surface of the second element to reduce the water pressure at the seam of the first element and the second element; the water blocking gate body is provided with a front extension surface , Is located at the front end of the aforementioned first element; the aforementioned water blocking gate body is provided with a rear extension surface, which is located at the rear end of the aforementioned first element, and must be properly buried in the soil (soil) by the aforementioned front extension surface and rear extension surface , In order to intercept all the water body can enter the blocking space, or at least not to seep back past the water blocking sluice body. By setting the water blocking sluice body in an appropriate place, it acts as a function of blocking the water body to keep behind the blocking sluice body The side is in an anhydrous state, an innovative design that is more convenient for construction.

In this creation, a first ring is provided on the front side of the first element of the water blocking gate body, and the first ring can be made of the same material as the water blocking gate body or made of metal material. The front side of the second element of the water blocking gate body is provided with a second collar corresponding to the location of the first collar. The second collar can be made of the same material as the water blocking gate body or made of metal material.

In this creation, the aforementioned first loop can be combined with one end of the first connecting strap, the other end of the aforementioned first connecting strap is connected with the lower loop of the fixed pile, and the aforementioned second loop can be combined with one end of the second connecting strap. The other end of the second connecting strap can be connected with the upper collar of the fixed pile, so that the openings of the first element and the second element of the water blocking gate body are kept open by the fixed pile, so as to ensure that the water body will not cross the blocking The sluice body keeps the specific geographical area as anhydrous.

In this creation, the front opening of the first element and the second element of the aforementioned water blocking gate body is greater than the height of the water surface to ensure that the water body will not cross the water blocking gate body and keep the specific geographic area water-free.

In this creation, the length of the third side surface of the connecting belt of the aforementioned water blocking gate body is less than the length of the rear end surface of the aforementioned second element, so as to reduce the water pressure at the seam between the aforementioned first element and the second element. The rear end of the second element is drawn into a straight length, and the straight length is greater than the length of the third side surface. After sewing, if water enters the back of the blocking space, the rear end of the second element can be Form the rear end face.

In this creation, the aforementioned blocking space is divided into a plurality of spaces by the aforementioned plurality of connecting belts, and each space is interconnected by the inner side of the aforementioned rear end surface.

In order to enable your examiner to fully understand this creation, the following description is based on the attached drawings: As shown in Figures 1 to 3, this creation at least includes: Water blocking gate 1, which is made of an excellent water blocking rate, minimum water absorption rate and not easy to break Made of high denim canvas and plastic cloth. The aforementioned water blocking gate body 1 is provided with a first element 10 and a second element 11, and the aforementioned first element 10 is close to the end and sewn-connected with the end of the second element 11 to form a blocking space 12. The water blocking gate body 1 is provided with a plurality of connecting bands 13, the first side 130 of the connecting band 13 is connected with the inner side of the first element 10, and the second side 131 of the connecting band 13 is connected to the second element 11 The inner side is sewn into one piece. The blocking space 12 can be divided into a plurality of spaces 12A, 12B, 12C, 12D, 12E, etc. by the plurality of connecting bands 13. The aforementioned water blocking gate body 1 is provided with a front extension surface 14 and a rear extension surface 15, which can be integrated with the aforementioned first element 10, or can be sewn and combined.

As shown in Figures 1 to 5, the aforementioned first element 10 can be tightly attached to the ground or above the plane. The inner surface of the aforementioned first element 10 is sewn and connected to the first side surface 130 of the plurality of connecting belts 13 into a whole, adjacent The connecting belt 13 is formed with appropriate spacing (refer to Figure 1) to divide the aforementioned blocking space 12 into a plurality of spaces 12A, 12B, 12C, 12D, and 12E. The front end of the first element 10 is provided with a first collar 100. The first collar 100 can be made of the same material as the water blocking gate body 1 or made of a metal material. The aforementioned first loop 100 can be combined with one end of the first connecting strap 101, and the other end of the aforementioned first connecting strap 101 is connected with the lower loop 20 of the fixed pile 2 (refer to FIG. 5), so that the fixed pile 2 The opening of the blocking space 12 formed by the first element 10 and the second element 11 of the aforementioned water blocking gate body 1 is kept open to ensure that the water body will not pass over the water blocking gate body 1 and keep the specific geographic area water-free.

As shown in Figures 1 to 5, the aforementioned water blocking gate body 1 is provided with a second element 11 to be sewn and connected to the proximal end of the aforementioned first element 10 to form a blocking space 12. The inner surface of the aforementioned second element 11 is connected to the aforementioned connecting belt The second side surface 131 of 13 is sewn and connected into one body. As mentioned above, adjacent connecting belts 13 are formed with appropriate spacing (refer to Figure 1) to divide the aforementioned blocking space 12 into plural spaces 12A, 12B, 12C, and 12D , 12E. The rear end of the second element 11 is located on the rear side of the third side surface 132 of the connecting belt 13 and forms a rear end surface 11a. When the water body enters the rear end surface 11a, it is sufficient to prop up the rear end surface 11a and receive the connection The opening and pulling of the belt 13 may produce an arc shape as shown in Figures 2 and 5, but it is not limited to this shape; in this way, by setting the aforementioned water blocking gate 1 in an appropriate place, it acts as a cut off water body. Keep the back side of the water blocking gate 1 in an anhydrous state, which is more convenient for construction. A second collar 110 is provided on the front side of the second element 11, and the second collar 110 can be made of the same material as the water blocking gate body 1 or made of a metal material. The second collar 110 can be combined with one end of the second connecting belt 111, and the other end of the second connecting belt 111 is connected to the upper collar 21 of the fixed pile 2, so that the fixed pile 2 allows the water blocking gate The opening of the blocking space 12 formed by the first element 10 and the second element 11 of the body 1 is kept open, so as to ensure that the water body will not pass the water blocking gate body and keep the specific geographic area water-free.

As shown in Figures 1 to 5, the aforementioned water blocking gate body 1 is provided with a blocking space 12, which is formed by the aforementioned first element 10, the second element 11, and the connecting belt 13, for the purpose of blocking water. The plural connecting belt 13 is divided into plural spaces 12A, 12B, 12C, 12D, 12E, etc. And can improve the structural strength of the water blocking gate body 1.

As shown in Figures 1 to 5, the aforementioned water blocking gate body is provided with a plurality of connecting belts 13, and adjacent connecting belts 13 are formed with appropriate spacing (refer to Figure 1) to divide the aforementioned blocking space 12 into multiple spaces 12A, 12B, 12C, and 12D , 12E. The first side surface 130 of the aforementioned connecting strap 13 and the inner side of the aforementioned first element 10 are sewn into one body. The second side surface 131 of the aforementioned connecting strap 13 and the inner side of the aforementioned second element 11 are also stitched into one body. The length L1 of the third side surface 132 of the connecting belt 13 is smaller than the length L2 of the fourth side surface 133, so that the height of the entrance of the blocking space 12 can be greater than the height of the rear end. Viewed from the side again, the shape of the connecting belt 13 is close to the shape of the blocking space 12. The length L1 of the third side surface 132 is less than the unfolded length R1 of the rear end surface 11a of the second element 11. In this way, the connecting band 13 is used to expand the barrier formed by the first element 10 and the second element 11 Space 12, when water enters the blocking space 12, it can be blocked by the aforementioned rear end surface 11a, and most of the water pressure can squeeze the rear end surface 11a to prevent the water pressure from pulling the first element 10 and the second element 11 Sewing area A (as shown in Figures 2 and 5), to avoid breaking of the sewing thread of the aforementioned sewing area A, is sufficient to increase the service life of the water blocking gate body and maintain the water cut-off function of this design as a replacement for steel sheet piles.

As shown in Figs. 1 to 5, the aforementioned water blocking gate body 1 is provided with a front extension surface 14, which is arranged at the front end of the aforementioned first element 10 and extends forward, and can be integrated with the aforementioned first element 10 or combined by sewing. For installation and use, the front extension surface 14 can be first folded down out of the front elevation 140, and then folded forward out of the front plane 141 at the front end of the front elevation 140, so that the front extension surface 14 is buried in the soil (soil) To a certain depth, as long as water wave damage can be prevented, all water bodies can be intercepted to enter the blocking space, or at least not to seep out over the blocking sluice body 1 later.

As shown in Figures 1 to 5, the aforementioned water blocking gate body 1 is provided with a rear extension surface 15, which is arranged at the rear end of the aforementioned first element 10 and extends rearward, and can be integrated with the aforementioned second element 11 or combined with sewing. For installation and use, the aforementioned rear extension surface 15 can first be folded downwards out of the rear elevation 150, and then the front end of the aforementioned rear elevation 150 is folded forward out of the rear plane 151, so as to bury the aforementioned rear extension surface 15 in earth and rock (soil). ) Medium to a certain depth, as long as it can prevent water wave damage. In this way, the front extension surface 14 and the rear extension surface 15 must be appropriately buried in the earth and rock (soil) so that all water bodies can be intercepted and enter the blocking space.

As shown in Figure 5, this creation has a fixed pile 2, which can be made of metal or other materials. The fixed pile is provided with a lower collar 20 to cooperate with the operation of the first collar 100 of the water blocking gate body 1. The aforementioned fixed pile is provided with an upper collar 21 to cooperate with the operation of the second collar 110 of the aforementioned water blocking gate body 1. For installation and use, the fixed pile 2 is extended to a certain depth in the earth and rock (soil) to keep the opening of the blocking space 12 formed by the first element 10 and the second element 11 of the water blocking gate body 1 open. To ensure that the water body does not pass over the water blocking gate 1.

As shown in Figure 5, the creation of this creation is to install a plurality of water blocking gate bodies 1 in a predetermined position in order to block the water in the predetermined geographical area. The installation is to first install The front extension surface 14 and the rear extension surface 15 of the water blocking gate body 1 are buried in the soil (soil) at a predetermined position to a certain depth, for example, 1 meter. Then install a plurality of fixed piles 2 at appropriate positions on the front side of the water blocking gate body 1. The aforementioned fixed piles 2 are also applied to a certain depth in the soil (soil) to connect the first ring 100 of the water blocking gate body 1 The strap 101 is connected to the lower collar 20 of the fixed pile 2. Then connect the second connecting band 111 of the second collar 110 of the water blocking gate body 1 with the upper collar 21 of the fixed pile 2 so that the first element 10 and the second element 10 of the water blocking gate body 1 The opening of the blocking space 12 formed by the element 11 is kept open to ensure that the water body does not pass the water blocking sluice body, and then the water body located on the back side of the water blocking sluice body is pumped out by a water pump to keep the specific geographical area anhydrous. So that the specific geographical area can be used for various fortifications.

In summary, this creation replaces the traditional steel sheet piles with the water blocking gate body, which not only saves construction costs, but also reduces construction risks, and the effect of blocking water is better than steel sheet piles, which proves that the original creation has novelty And progressive patent requirements.

The foregoing drawings and instructions are only used to explain the technical features of this creation, and are not limited to the appearance. Any creator who constitutes an equal to the request of this creation belongs to the scope of protection of this creation.

1: Water blocking gate body 10: The first element 100: The first ring 101: The first connection belt 11: The second element 11a: rear face 110: The second ring 111: second connection belt A: Sewing area 12: blocking space 12A, 12B, 12C, 12D, 12E: space 13: Link belt 130: first side face 131: second side face 132: Third Side L1: length R1: length 133: The fourth side L2: length 14: Front extension surface 140: front facade 141: front plane 15: Rear extension surface 150: rear elevation 151: rear plane 2: fixed pile 20: Lower collar 21: Upper ring

Figure 1 is a top view of the water blocking gate of this creation. Figure 2 is a cross-sectional view taken along the line A-A in Figure 1. Figure 3 is a partial enlarged view of Figure 2. Figure 4 is an enlarged cross-sectional view of part B of Figure 1 Figure 5 is a view of this creation and installation.

1: Water blocking gate body

10: The first element

100: The first ring

101: The first connection belt

11: The second element

11a: rear face

110: The second ring

111: second connection belt

A: Sewing area

12: blocking space

13: Link belt

130: first side face

131: second side face

132: Third Side

L1: length

R1: length

133: The fourth side

L2: length

14: Front extension surface

140: front facade

141: front plane

15: Rear extension surface

150: rear elevation

151: rear plane

2: fixed pile

20: Lower collar

21: Upper ring

Claims (14)

A fast water blocking gate includes at least: a water blocking gate body with a first element to be closely attached to the ground or a plane; the aforementioned water blocking gate body is equipped with a second element to be seam connected with the first element close to the end to form a barrier The second element is provided with a rear end surface, which is located behind the third side surface of the connecting belt; the water blocking gate body is provided with one or more connecting belts to divide the blocking space into one or more spaces. The first side surface of the connecting belt is sewn and connected with the first element, the second side surface of the connecting belt is sewn and connected with the second element, and the length of the third side surface of the connecting belt is less than that of the second element. The length of the rear end of the element is used to reduce the water pressure at the seam between the first element and the second element. A fast water blocking gate includes at least: a water blocking gate body with a first element to be closely attached to the ground or a plane; the aforementioned water blocking gate body is equipped with a second element to be seam connected with the first element close to the end to form a barrier The second element is provided with a rear end surface, which is located behind the third side surface of the connecting belt; the water blocking gate body is provided with one or more connecting belts to divide the blocking space into one or more spaces. The first side surface of the connecting belt is sewn and connected with the first element, the second side surface of the connecting belt is sewn and connected with the second element, and the length of the third side surface of the connecting belt is less than that of the second element. The length of the rear end surface of the element to reduce the water pressure at the seam between the first element and the second element; the front extension surface of the water blocking gate body is located at the front end of the first element; the rear extension surface of the water blocking gate body is provided , Is located at the rear end of the aforementioned first element. According to the fast water blocking gate described in claim 1 or 2, the above water blocking gate system is made of high denier canvas and plastic cloth with excellent water blocking rate, minimum water absorption rate and not easy to break, and the first element of the above water blocking gate body is close to The end is sewn and connected with the second element to form a blocking space. According to the fast water blocking gate described in claim 1 or 2, a first collar is provided at the front end of the first element, and the first collar may be made of the same material as the water blocking gate body or made of metal; The first loop is combined with one end of the first connecting strap, and the other end of the first connecting strap is connected with the lower loop of the fixed pile. According to the fast water blocking gate described in claim 1 or 2, a second ring is provided on the front side of the second element, and the second ring can be made of the same material as the water blocking gate body or made of metal; The aforementioned second loop is combined with one end of the second connecting strap, and the other end of the foregoing second connecting strap is connected with the upper loop of the fixed pile. According to the rapid water blocking gate described in claim 1 or 2, if the aforementioned connecting belts are plural, the adjacent connecting belts are formed with appropriate spacing to divide the aforementioned blocking space into plural spaces. According to the rapid water blocking gate described in claim 6, the length of the third side surface of the connecting belt is less than the length of the fourth side surface, so that the entrance height of the blocking space can be greater than the height of the rear end; the length of the third side surface is less than The unfolded length of the rear end surface of the second element is used to expand the blocking space formed by the first element and the second element by the connecting belt, and most of the water pressure can squeeze the rear end surface to avoid water pressure Pull the sewing area of the aforementioned first element and second element. According to the fast water blocking gate described in claim 1 or 2, the front side of the water blocking gate body is equipped with fixed piles, which can be made of metal or other materials; the fixed pile is provided with a lower ring to match the first set of the water blocking gate body The operation of the ring; the above-mentioned fixed pile is equipped with a collar to cooperate with the operation of the second collar of the aforementioned water blocking gate body; for installation and use, the fixed pile is extended to a certain depth in the earth and rock (soil) to prevent the aforementioned resistance The opening of the blocking space formed by the first element and the second element of the sluice body is kept open to ensure that the body of water does not pass over the blocking sluice body. A quick water blocking gate includes at least: a water blocking gate body, a first element is provided to close to the ground or a plane, a first ring is fixed on the front side of the first element, and the first ring is connected to the first connecting belt. Join one end, and let the first connecting belt The other end is connected with the lower collar of the fixed pile; the aforementioned water blocking gate body is provided with a second element to be sewn-connected with the end of the aforementioned first element to form a blocking space. The front side of the aforementioned second element is provided with a second collar, and the aforementioned The second collar is combined with one end of the second connecting belt, and the other end of the second connecting belt is connected with the upper collar of the fixed pile; the water blocking gate body is provided with one or more connecting belts to block the blocking space Divided into one or more spaces, the first side of the connecting belt is sewn and connected with the first element, the second side of the connecting belt is sewn and connected with the second element, and the third side of the connecting belt The length of the side surface is smaller than the length of the rear end surface of the aforementioned second element to reduce the water pressure at the seam between the aforementioned first element and the second element; the fixed pile can be made of metal or other materials; the aforementioned fixed pile is provided with a sleeve The ring is used to cooperate with the operation of the first ring of the aforementioned water blocking gate body; the above-mentioned fixed pile is equipped with an upper ring to cooperate with the operation of the second ring of the aforementioned water blocking gate body; for installation and use, the fixed pile is extended to the earth and rock (soil) ) To a certain depth to keep the opening of the blocking space formed by the first element and the second element of the aforementioned water blocking gate body open, so as to ensure that the water body will not pass over the water blocking gate body. A quick water blocking gate includes at least: a water blocking gate body, a first element is provided to close to the ground or a plane, a first ring is fixed on the front side of the first element, and the first ring is connected to the first connecting belt. One end is combined, and the other end of the first connecting band is connected to the lower collar of the fixed pile; the water blocking gate body is provided with a second element to be sewn to the end of the first element to form a blocking space. The front side of the two elements is provided with a second collar, the aforementioned second collar is combined with one end of the second connecting belt, and the other end of the aforementioned second connecting belt is connected with the upper collar of the fixed pile; the aforementioned water blocking gate body is provided with one or One or more connecting belts to divide the blocking space into one or more spaces, the first side surface of the connecting belt is sewn and connected with the first element, and the second side surface of the connecting belt is connected with the second The components are sewn and connected, and the length of the third side of the aforementioned connecting belt is The length of the rear end surface of the second element is smaller than that to reduce the water pressure at the seam between the first element and the second element; the water blocking gate body is provided with a front extension surface located at the front end of the first element; the water blocking gate body is provided The rear extension surface is located at the rear end of the first element; the fixed pile may be made of metal or other materials; the fixed pile is provided with a lower collar to cooperate with the operation of the first collar of the water blocking gate body; The upper collar is used to cooperate with the operation of the second collar of the aforementioned water blocking gate body; for installation and use, the fixed pile is extended to a certain depth in the earth and rock (soil) to connect the first element of the aforementioned water blocking gate body with the second The opening of the blocking space formed by the two elements is kept open to ensure that the water body does not pass over the water blocking gate body. According to the fast water blocking gate described in claim 9 or 10, if the aforementioned connecting bands are plural, adjacent connecting bands are formed with appropriate spacing to divide the aforementioned blocking space into plural spaces. According to the rapid water blocking gate described in claim 11, the length of the third side surface of the connecting belt is less than the length of the fourth side surface, so that the entrance height of the blocking space can be greater than the height of the rear end; the length of the third side surface is less than The unfolded length of the rear end surface of the second element is used to expand the blocking space formed by the first element and the second element by the connecting belt, and most of the water pressure can squeeze the rear end surface to avoid water pressure Pull the sewing area of the aforementioned first element and second element. According to the rapid water blocking gate described in claim 2 or 10, the front extension surface is arranged at the front end of the first element and extends forward, and the front extension surface can be folded downwards out of the front elevation first, and then the front extension The front end of the façade is folded forward and out of the front plane to bury the aforementioned front extension surface in the earth and rock (soil) to a certain depth. According to the rapid water blocking gate described in claim 2 or 10, the rear extension surface is arranged at the rear end of the first element and extends backward, and the rear extension surface can be first folded out of the rear elevation and then The front end of the aforementioned rear elevation is folded forward and out of the rear plane, so as to bury the aforementioned rear extension surface in the earth and rock (soil) to a certain depth.

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