Overwater platform carrier assault boat

Abstract

The utility model relates to the technical field of flood prevention, emergency rescue and disaster relief, in particular to an overwater platform carrier assault boat which is suitable for flood prevention, emergency rescue and disaster relief. The assault boat is composed of the main body and the auxiliary body which are connected in a screwed mode, and the structure is stable. A water suction pump groove, a water guide pipe and a water outlet are arranged on the main ship body, and accumulated water can be discharged in time. Meanwhile, the assault boat is further provided with a suspended beam and a platform plate which are used for supporting detection equipment and a computer. The assault boat is convenient, rapid in drainage and stable in supporting. The problems that an existing assault boat is large in size and difficult to carry due to the fact that a disaster relief site road and a river channel are incomplete, and in the actual detection process, due to the fact that the assault boat is in a flood season and much rainfall, water is likely to be accumulated in the assault boat, and work of disaster relief detection personnel is difficult are solved.

Description

Technical Field

[0001] The utility model relates to the technical field of flood prevention, emergency rescue and disaster relief, and in particular to a water platform carrier assault boat. Background Art

[0002] In flood prevention, rescue and disaster relief, the primary task of the assault boat is to transport rescue personnel into the disaster area to ensure that the rescue forces can quickly arrive at the scene to carry out rescue work. At the same time, it can also transfer the affected people and the wounded in time to reduce casualties caused by the disaster. In addition, the assault boat can also transport food, drinking water, medicine, tents and other life-saving equipment and materials that are urgently needed in the disaster area, providing necessary life and rescue guarantees for the disaster-stricken areas.

[0003] The assault boat has high adaptability and flexibility and can be used in various water environments, including rivers, lakes, etc. This allows it to quickly adapt and carry out rescue work in complex water environments. At the same time, the assault boat is also lightweight and easy to carry and deploy, making rescue operations faster and more efficient.

[0004] During flood prevention, emergency rescue and disaster relief, assault boats are also used by disaster relief detection personnel. The disaster relief detection personnel place various detection instruments on the assault boat. After the assault boat moves to the designated position in the water, the disaster relief detection personnel carry out the corresponding detection tasks. However, due to the incomplete roads and rivers at the disaster relief site, the existing assault boats are large in size and difficult to transport. In the actual detection process, due to the flood season, heavy rainfall causes water to easily accumulate in the assault boats, making it difficult for the disaster relief detection personnel to work. Utility Model Content

[0005] The purpose of the utility model is to provide a water platform carrier assault boat to solve the problem that the existing assault boats are large in size and difficult to transport due to incomplete roads and rivers at the disaster relief site, and in the actual detection process, due to the flood season, there is a lot of rainfall, which leads to water accumulation in the assault boat, making it difficult for disaster relief detection personnel to work.

[0006] The utility model water platform carrier assault boat effectively solves the transportation difficulties caused by incomplete roads and rivers at the disaster relief site and the water accumulation problem caused by rainfall during the flood season through its unique design and functional configuration.

[0007] First of all, the convenience and flexibility of the assault boat make it easy to carry as a whole or to disassemble and carry. This design significantly reduces the difficulty of carrying and deploying at the disaster relief site, especially when roads and rivers are incomplete, greatly improving the rescue efficiency.

[0008] Secondly, the rapid drainage capability of the speedboat is also its unique advantage. Through the first and second water pumps, as well as the corresponding water pipe and outlet design, the accumulated water in the hull can be quickly discharged during the flood season or when there is heavy rainfall. This ensures that the working environment of the disaster relief and detection personnel is dry and comfortable, and avoids the impact of accumulated water on work efficiency and safety.

[0009] The utility model provides a water platform carrier assault boat, comprising: an assault boat main body and an assault boat auxiliary body, wherein the assault boat auxiliary body is screwed to both left and right ends of the assault boat main body;

[0010] The assault boat body includes an assault boat body hull, a first water pump groove, a connecting plate bolt connection hole, an assault boat body connecting plate, a first water guide pipe, a hanging beam, a second water pump groove, a first water outlet, a second water guide pipe, a second water outlet, and a hanging beam block;

[0011] Both sides of the main hull of the assault boat are equipped with a main body connecting plate of the assault boat;

[0012] Hanging beam clamps are installed at both ends of the hanging beam, and the hanging beam clamps are clamped on the side walls of the main hull of the assault boat;

[0013] The main body of the assault boat is provided with a first area and a second area on the bottom plate, a first water pump groove is provided on the first area, a second water pump groove is provided on the second area, a first water pump is installed in the first water pump groove, a second water pump is installed in the second water pump groove, a first water pump inlet pipe is located in the first water pump groove, a second water pump inlet pipe is located in the second water pump groove, the first water pump is connected to the first water conduit, the first water conduit is connected to the first water outlet, the second water pump is connected to the second water conduit, and the second water conduit is connected to the second water outlet;

[0014] If rainwater enters the hull, the water in the hull is discharged overboard through a water pump.

[0015] The main connecting plate of the assault boat is provided with connecting plate bolt connecting holes;

[0016] The hanging beam is provided with a platform screw connection hole, and the platform plate is screwed to the hanging beam, and the hanging beam is used to support the platform plate. Detection equipment and computers can be placed on the platform plate.

[0017] Further, the auxiliary body of the assault boat includes an auxiliary body hull of the assault boat, an auxiliary body connecting plate of the assault boat, an auxiliary body connecting hole of the assault boat, and an auxiliary body supporting beam of the assault boat;

[0018] The auxiliary hull of the assault boat is connected to the auxiliary hull connecting plate of the assault boat, the auxiliary hull connecting plate is provided with an auxiliary hull connecting hole of the assault boat, and the auxiliary hull supporting beam of the assault boat is provided inside the auxiliary hull of the assault boat, and the auxiliary hull supporting beam of the assault boat is used to support the inside of the auxiliary hull of the assault boat.

[0019] Furthermore, a first pipe groove and a second pipe groove are provided at the bottom of the main hull of the speedboat, the first pipe groove is connected with the first water pump groove, a part of the first water pipe is located in the first water pump groove, another part of the first water pipe is located on the side wall of the main hull of the speedboat, and the first water outlet is located outside the main hull of the speedboat, the second pipe groove is connected with the second water pump groove, a part of the second water pipe is located in the second water pump groove, another part of the second water pipe is located on the side wall of the main hull of the speedboat, and the second water outlet is located outside the main hull of the speedboat.

[0020] Furthermore, the hole positions of the connecting plate bolt connection holes and the connecting holes of the auxiliary body of the speedboat are relatively matched, and the connecting plate bolt connection holes and the connecting holes of the auxiliary body of the speedboat are connected by bolts.

[0021] The utility model has the following beneficial effects:

[0022] Convenience and flexibility: The design of the main body and the auxiliary body of the assault boat makes it easy to carry as a whole or to disassemble and carry. At the disaster relief site, this design can significantly reduce the difficulty of transportation and deployment, especially when the roads and rivers are incomplete, greatly improving the rescue efficiency.

[0023] Rapid drainage capability: The first and second water pumps, as well as the corresponding water pipes and outlet designs, can quickly drain the accumulated water in the hull during the flood season or when there is heavy rainfall, ensuring that the working environment of disaster relief detection personnel is dry and comfortable, and avoiding the impact of water accumulation on work efficiency and safety.

[0024] Stable support structure: The design of the auxiliary support beam and hanging beam of the assault boat provides a stable support for the assault boat, which not only enhances the structural strength of the hull, but also ensures the stability of the platform. This design enables the detection equipment and computers placed on the platform to work normally in various water environments without being affected by the shaking of the hull.

[0025] Modular design: The main body and the auxiliary body of the assault boat are connected by bolts. This modular design not only simplifies the assembly and disassembly process, but also facilitates the rapid replacement or repair of damaged parts according to actual needs, thereby reducing maintenance costs and difficulty of use.

[0026] Versatility: The design of the platform plate allows the assault boat to be used not only for personnel transportation, but also as a mobile work platform to support various detection and data processing tasks. This versatility enables the assault boat to play a greater role in flood prevention, emergency rescue and disaster relief. BRIEF DESCRIPTION OF THE DRAWINGS

[0027] In order to more clearly illustrate the embodiments of the utility model or the technical solutions in the prior art, the drawings required for use in the embodiments will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the utility model. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative work.

[0028] Figure 1 The utility model is a schematic diagram of the overall structure of the water platform carrier assault boat provided by the utility model.

[0029] Figure 2 The utility model provides a structural schematic diagram of a water platform carrier assault boat in a split state.

[0030] Figure 3 The utility model provides a structural schematic diagram of a water platform carrier assault boat after a platform plate is installed.

[0031] Illustrations: 1. Assault boat body, 101. Assault boat body hull, 102. First water pump groove, 103. Connection plate bolt connection hole, 104. Assault boat body connection plate, 105. First water guide pipe, 106. Hanging beam, 107. Second water pump groove, 108. First water outlet, 109. Second water guide pipe, 110. Second water outlet, 111. Hanging beam block, 2. Assault boat auxiliary body, 201. Assault boat auxiliary body hull, 202. Assault boat auxiliary body connection plate, 203. Assault boat auxiliary body connection hole, 204. Assault boat auxiliary body support beam, 3. Platform plate. DETAILED DESCRIPTION

[0032] like Figures 1 to 3 As shown, the embodiment of the utility model provides a water platform carrier assault boat, comprising: an assault boat body 1 and an assault boat sub-body 2, wherein the assault boat sub-body 2 is screwed to both left and right ends of the assault boat body 1;

[0033] The assault boat body 1 includes an assault boat body hull 101, a first water pump groove 102, a connecting plate bolt connection hole 103, an assault boat body connecting plate 104, a first water guide pipe 105, a hanging beam 106, a second water pump groove 107, a first water outlet 108, a second water guide pipe 109, a second water outlet 110 and a hanging beam block 111;

[0034] Both sides of the main hull 101 of the assault boat are equipped with a main body connecting plate 104 of the assault boat;

[0035] The two ends of the hanging beam 106 are equipped with hanging beam blocks 111, and the hanging beam blocks 111 are connected to the side walls of the main hull 101 of the assault boat;

[0036] The main body hull 101 of the assault boat is provided with a first area and a second area on the bottom plate, a first water pump groove 102 is provided on the first area, a second water pump groove 107 is provided on the second area, a first water pump is installed in the first water pump groove 102, a second water pump is installed in the second water pump groove 107, a first water pump inlet pipe is located in the first water pump groove 102, a second water pump inlet pipe is located in the second water pump groove 107, the first water pump is connected to the first water conduit 105, the first water conduit 105 is connected to the first water outlet 108, the second water pump is connected to the second water conduit 109, and the second water conduit 109 is connected to the second water outlet 110;

[0037] The connecting plate 104 of the main body of the assault boat is provided with connecting plate bolt connecting holes 103;

[0038] The hanging beam 106 is provided with a platform screw connection hole, and the platform plate 3 is screwed to the hanging beam 106 . The hanging beam 106 is used to support the platform plate 3 .

[0039] Specifically, the auxiliary body 2 of the assault boat includes an auxiliary body hull 201 of the assault boat, an auxiliary body connecting plate 202 of the assault boat, an auxiliary body connecting hole 203 of the assault boat, and an auxiliary body supporting beam 204 of the assault boat;

[0040] The auxiliary hull 201 of the assault boat is connected to the auxiliary hull connecting plate 202, and the auxiliary hull connecting plate 202 is provided with an auxiliary hull connecting hole 203. The auxiliary hull 201 of the assault boat is provided with an auxiliary hull supporting beam 204, which is used to support the interior of the auxiliary hull 201 of the assault boat.

[0041] Specifically, a first pipe groove and a second pipe groove are provided at the bottom of the main hull 101 of the speedboat, the first pipe groove is connected with the first water pump groove 102, a part of the first water pipe 105 is located in the first water pump groove 102, another part of the first water pipe 105 is located on the side wall of the main hull 101 of the speedboat, the first water outlet 108 is located outside the main hull 101 of the speedboat, the second pipe groove is connected with the second water pump groove 107, a part of the second water pipe 109 is located in the second water pump groove 107, another part of the second water pipe 109 is located on the side wall of the main hull 101 of the speedboat, and the second water outlet 110 is located outside the main hull 101 of the speedboat.

[0042] Specifically, the hole positions of the connecting plate bolt connection holes 103 and the connecting holes 203 of the auxiliary body of the speedboat are relatively matched, and the connecting plate bolt connection holes 103 and the connecting holes 203 of the auxiliary body of the speedboat are connected by bolts.

[0043] The utility model relates to a water platform carrier assault boat, which is mainly composed of an assault boat main body 1 and an assault boat auxiliary body 2.

[0044] Detailed structure of the assault boat body 1: The assault boat body hull 101 constitutes the basic frame of the assault boat, which not only provides buoyancy, but also carries other major components.

[0045] The first water pump groove 102: This groove is located on the bottom plate of the main hull 101 of the speedboat and is used to install the first water pump, whose main function is to extract the accumulated water in the hull.

[0046] Connecting plate bolt connection holes 103: These holes are located on the connecting plate 104 of the speedboat main body, and their main function is to be bolted to the speedboat auxiliary body 2.

[0047] The speedboat main body connecting plate 104 is located on both sides of the speedboat main body 101 and is connected to the speedboat auxiliary body through the connecting plate bolt connection holes 103 .

[0048] First water pipe 105: This pipe connects the first water pump and the first water outlet 108, and its function is to guide the pumped water out of the hull.

[0049] Hanging beam 106: This component spans the main hull 101 of the speedboat, and both ends of the hanging beam block 111 are installed for fixing. In addition, the hanging beam is also provided with platform screw holes, which are used to install the platform plate 3.

[0050] The second pump groove 107 is similar to the first pump groove, but it is located on the bottom plate on the other side of the main hull 101 of the speedboat, and a second water pump is installed. This water pump can be used as a backup for the first water pump, or for drainage in the other side area.

[0051] The first water outlet 108 and the second water outlet 110: these two water outlets are connected to the first water conduit 105 and the second water conduit 109 respectively, and their main function is to discharge the accumulated water out of the hull.

[0052] The second water conduit 109 is connected to the second water pump and the second water outlet 110 .

[0053] The hanging beam clamp block 111 is used to fix the hanging beam 106 on the side wall of the main hull 101 of the speedboat.

[0054] Detailed structure of the auxiliary body 2 of the speedboat: The auxiliary body hull 201 of the speedboat: This part is connected to the main body hull 101 of the speedboat by bolts. Its addition increases the overall length of the speedboat and also improves the stability.

[0055] The auxiliary body connecting plate 202 of the speedboat is located on both sides of the auxiliary body 201 of the speedboat and is connected to the main body of the speedboat through the auxiliary body connecting hole 203 of the speedboat.

[0056] The auxiliary body connection holes 203 of the speedboat are located on the auxiliary body connection plate 202 of the speedboat, and match with the bolt connection holes 103 of the connection plate, and the connection between the two is achieved by bolts.

[0057] The auxiliary body support beam 204 of the speedboat is arranged inside the auxiliary body hull 201 of the speedboat to provide support for the hull and enhance its structural strength.

[0058] The bottom of the main hull 101 of the speedboat is specially designed with a first pipeline groove and a second pipeline groove, which are respectively connected to the first water pump groove 102 and the second water pump groove 107. This design facilitates the arrangement of the water pipe.

[0059] The platform plate 3 is fixed to the hanging beam 106 by screwing, and it can provide stable support for detection equipment, computers and other equipment, thereby ensuring efficient and safe work at the disaster relief site.

[0060] When solving the transportation difficulties caused by incomplete roads and rivers at the disaster relief site, and the problem of water accumulation in the assault boat caused by rainfall during the flood season, the use steps of the utility model are as follows:

[0061] Assembling the assault boat: According to the connecting plate bolt connecting hole 103 on the assault boat main body connecting plate 104 and the assault boat sub-body connecting hole 203 of the assault boat sub-body connecting plate 202, the assault boat main body 1 and the assault boat sub-body 2 are firmly connected by bolts.

[0062] Install the platform plate: Screw the platform plate 3 onto the hanging beam 106 provided with platform screw holes to provide a stable working platform for detection equipment and computers.

[0063] Start the drainage system: When water accumulates in the hull, the first water pump located in the first water pump groove 102 and the second water pump located in the second water pump groove 107 are started.

[0064] The accumulated water is discharged from the first water outlet 108 and the second water outlet 110 respectively through the first water conduit 105 and the second water conduit 109 .

[0065] Deployment and use: According to the rescue needs, the assault boat can be transported as a whole or in pieces, and quickly assembled on site. The disaster relief detection personnel control the assault boat to the designated location and use the equipment on the platform board 3 for detection and data processing.

[0066] These steps demonstrate how the utility model can be quickly assembled, effectively drain water, and efficiently rescue at a disaster relief site, thereby significantly improving rescue efficiency and work safety.

[0067] The above description is only a preferred embodiment of the utility model and is not intended to limit the utility model. For those skilled in the art, the utility model may have various modifications and changes. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the utility model shall be included in the protection scope of the utility model.

Claims

1. A water platform carrier assault boat, characterized in that: include: The assault boat comprises a main body (1) and a sub-body (2), wherein the sub-body (2) is screwed to both left and right ends of the main body (1); The assault boat body (1) comprises an assault boat body hull (101), a first water pump groove (102), a connecting plate bolt connection hole (103), an assault boat body connecting plate (104), a first water guide pipe (105), a hanging beam (106), a second water pump groove (107), a first water outlet (108), a second water guide pipe (109), a second water outlet (110), and a hanging beam clamping block (111); Both sides of the main hull (101) of the assault boat are equipped with assault boat main body connecting plates (104); Both ends of the hanging beam (106) are provided with hanging beam clamping blocks (111), and the hanging beam clamping blocks (111) are clamped on the side wall of the main hull (101) of the assault boat; The main body hull (101) of the assault boat is provided with a first area and a second area on a bottom plate, the first area is provided with a first water pump groove (102), the second area is provided with a second water pump groove (107), a first water pump is installed in the first water pump groove (102), a second water pump is installed in the second water pump groove (107), a first water pump inlet pipe is located in the first water pump groove (102), a second water pump inlet pipe is located in the second water pump groove (107), the first water pump is connected to a first water conduit (105), the first water conduit (105) is connected to a first water outlet (108), the second water pump is connected to a second water conduit (109), and the second water conduit (109) is connected to a second water outlet (110); The assault boat body connecting plate (104) is provided with a connecting plate bolt connecting hole (103); The hanging beam (106) is provided with a platform screw connection hole, the platform plate (3) is screwed to the hanging beam (106), and the hanging beam (106) is used to support the platform plate (3).

2. The water platform carrier assault boat according to claim 1, characterized in that: The speedboat auxiliary body (2) comprises a speedboat auxiliary body hull (201), a speedboat auxiliary body connecting plate (202), a speedboat auxiliary body connecting hole (203) and a speedboat auxiliary body supporting beam (204); The auxiliary body hull (201) of the assault boat is connected to the auxiliary body connecting plate (202), the auxiliary body connecting plate (202) is provided with an auxiliary body connecting hole (203), and the auxiliary body supporting beam (204) of the assault boat is provided inside the auxiliary body hull (201), and the auxiliary body supporting beam (204) is used to support the inside of the auxiliary body hull (201) of the assault boat.

3. The water platform carrier assault boat according to claim 1, characterized in that: A first pipe groove and a second pipe groove are provided at the bottom of the main hull (101) of the speedboat, the first pipe groove is communicated with the first water pump groove (102), a portion of the first water conduit (105) is located in the first water pump groove (102), another portion of the first water conduit (105) is located on the side wall of the main hull (101) of the speedboat, a first water outlet (108) is located outside the main hull (101) of the speedboat, the second pipe groove is communicated with the second water pump groove (107), a portion of the second water conduit (109) is located in the second water pump groove (107), another portion of the second water conduit (109) is located on the side wall of the main hull (101) of the speedboat, and a second water outlet (110) is located outside the main hull (101) of the speedboat.

4. The water platform carrier assault boat according to claim 2, characterized in that: The hole positions of the connecting plate bolt connection holes (103) and the connecting holes (203) of the auxiliary body of the speedboat are relatively matched, and the connecting plate bolt connection holes (103) and the auxiliary body of the speedboat are connected via bolts.

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