CN209921566U - Quick inflatable floating raft on water - Google Patents

Abstract

The utility model discloses a quick aerate floating raft on water, including deformable air inlet buoy (1), be provided with a plurality of adapting unit on air inlet buoy (1), air inlet buoy (1) is through adapting unit fixedly connected with bearing part (2), air inlet buoy (1) at least one end is air inlet (8), the outside fixedly connected with sealing member of air inlet (8), sealing member includes first fixed part (4) and second fixed part (5), first fixed part (4) and second fixed part (5) are located the outside of air inlet (8), first fixed part (4) and second fixed part (5) are fixed connection each other when using; the portable multifunctional medical pillow has the advantages of convenience in carrying, simplicity and convenience in use and strong expandability.

Description

Quick inflatable floating raft on water

Technical Field

The utility model relates to an entertainment device especially relates to a quick aerate floating raft on water.

Background

In hot summer, a cool water surface is a good place for people to relax. However, modern people mostly pursue stimulation and mostly like to experience different water leisure ways; at present, more people play by the specially arranged entertainment facilities on water, the entertainment facilities on water are not free, but the entertainment facilities on water are difficult to enjoy the fun of water playing, the water-borne entertainment tools carried by the users are large in size and troublesome to use, and the expandability is poor.

SUMMERY OF THE UTILITY MODEL

The utility model aims to solve the technical problem that a quick aerate floating raft convenient to carry, convenient to use, expansibility is strong is provided.

The utility model provides a technical scheme that above-mentioned technical problem adopted does: the utility model provides a quick aerate row of floating on water, includes deformable air inlet buoy, be provided with a plurality of adapting unit on the air inlet buoy, air inlet buoy passes through adapting unit fixedly connected with bearing part, the at least one end of air inlet buoy is the air inlet, the outside fixedly connected with sealing member of air inlet, sealing member includes first fixed part and second fixed part, first fixed part and second fixed part are located the outside of air inlet, first fixed part and the mutual fixed connection of second fixed part when using.

Preferably, the air inlet buoy is U-shaped after being deformed, and two ends of the bearing part are fixedly connected with the opposite edges of the air inlet buoy respectively.

Preferably, the above-water rapid inflation floating raft comprises at least two air inlet buoys, and the adjacent air inlet buoys are connected with each other through a bearing component.

Preferably, the inside fixedly connected with of air inlet goes out the one end of gas jacket with flexible cylindric, it is located the flotation pontoon that admits air to prevent out the gas jacket.

Preferably, the sealing component comprises two identical flexible plates, one end of each flexible plate is fixedly connected with one end of the other flexible plate, the two flexible plates are sleeved outside the air inlet, and the first fixing part and the second fixing part are respectively located at two ends of each flexible plate.

Preferably, both ends of each air inlet buoy are provided with air inlets.

Preferably, the first fixing portion and the second fixing portion are a plug end and a slot end of the buckle respectively.

Preferably, the connecting component is a zipper or a slipknot.

Preferably, the load bearing member is a mesh.

Preferably, the air inlet is as wide as the pontoon.

Compared with the prior art, the utility model has the advantages that, the flotation pontoon that admits air is connected with the carrier part, and the flotation pontoon that admits air provides buoyancy, and the carrier part provides the space of leisure, and when the carrier part was the screen cloth, the carrier part was located the aquatic, and the people can play in the aquatic. When the bearing part is a common cushion, the simple bed can be used on land and water. The mesh cloth that the cooperation corresponds can fold into arbitrary shape with the buoy that admits air in order to adapt to different leisure demands. Meanwhile, the air inlet buoys can be arranged in an array, and adjacent air inlet buoys are connected with each other through the bearing part. The air inlet is internally provided with an air outlet preventing sleeve, so that air entering the buoy is not easy to escape, and the air inflation efficiency is increased. The two air inlets with the same width can be used for blowing by people or natural wind, and the air inflation is simpler and more convenient by matching with the air-out preventing sleeve.

Drawings

Fig. 1 is a perspective view and a top view of the present invention.

Fig. 2 is a partially enlarged view of a portion a in fig. 1.

Fig. 3 to 5 are schematic views illustrating the connection between the flexible board and the first and second fixing portions when the flexible board is not stressed.

Fig. 6 to 8 are schematic views illustrating connection between the flexible board and the first and second fixing portions when the flexible board is deformed by a force.

Fig. 9 is a cross-sectional view of the air inlet of the present invention.

Fig. 10 is a schematic view of embodiment 4 of the present invention.

Detailed Description

The present invention will be described in further detail with reference to the following embodiments.

Fig. 1 is a quick aerate row of floating on water, including deformable air inlet buoy 1, air inlet buoy 1 is ordinary thin-layer flexible fabric or frivolous plastics, can be light with it folds with arbitrary shape, because air inlet buoy 1 is inside aerifys and mainly uses on water, therefore the material that air inlet buoy 1 used has better leakproofness, can not leak water and gas leakage. The air inlet buoy 1 is cylindrical after being inflated and sealed, and the air inlet buoy 1 can be folded into a U shape or a V shape after being inflated due to the material and air properties of the air inlet buoy 1.

The utility model discloses an air inlet 8 set up in the both ends of the flotation pontoon that admits air 1, just the opening of air inlet 8 is as wide as the flotation pontoon that is full of gas, promptly the flotation pontoon that admits air 1 wholly is cylindricly, the air input when the increase is aerifyd. When the air inlet 8 is used for inflating, the air can be blown inwards by a mouth, and the air inlet 8 can face the wind, so that the wind enters the buoy through the air inlet 8. The two air inlets 8 may be used simultaneously, or only one air inlet 8 may be used to close the other air inlet 8.

For increasing gas filled efficiency, prevent to get into the flotation pontoon is run out again to the gas of the flotation pontoon of admitting air 1, be provided with in the air inlet 8 and prevent giving vent to anger cover 7, it is the TPU membrane to prevent giving vent to anger cover 7, prevent giving vent to anger the relation of connection of cover 7 and air inlet 8 and see figure 9. Prevent giving vent to anger cover 7 and being cylindric or transversal personally submitting trapezoidal, when preventing that the transversal trapezoidal of personally submitting of gas cover 7, great one end with the mode fixed connection of high frequency machine hot pressing is passed through to the inside of air inlet 8, when preventing that gas cover 7 is cylindricly, prevent giving vent to anger the arbitrary one end of cover 7 and the inside fixed connection of air inlet 8. Prevent that gas outlet sleeve 7 does not play a role when admitting air, get into through preventing gas outlet sleeve 7 when gaseous 1 inside backs of the flotation pontoon that admits air receive under the combined action to gaseous extrusion force the thrust of original gaseous thrust in the flotation pontoon 1 and the action of gravity of the overcoat of flotation pontoon 1 that admits air, the trend that can run to the outside. When the gas goes to the outside, the gas blows the end of the gas-out preventing sleeve 7 in the gas inlet buoy 1 and drives the gas-out preventing sleeve to move to the outside, and when the inner end of the gas-out preventing sleeve 7 moves to the outside of the gas inlet buoy 1, the inner channel is blocked, because the force when the gas goes to the outside is very small, the gas entering the gas inlet buoy 1 is basically remained in the gas inlet buoy 1. The air-out preventing sleeve 7 is matched with the larger air inlet 8 for use, so that the air-inflation efficiency is greatly improved, the air-inflation difficulty is reduced, and the air-inflation purpose can be realized by inwards blowing air through a common nozzle.

The outside of air inlet 8 is provided with sealing member, more specifically, air inlet buoy 1 both ends are provided with sealing member near the outer periphery of air inlet 8. The sealing component is used for simply sealing and tying the air inlet 8 after the air inlet buoy 1 is inflated. The sealing component comprises two identical flexible plates 3, the flexible plates 3 are straight plates when not stressed, the flexible plates 3 can be deformed by small force, the whole flexible plates are arched after being deformed, and the flexible plates 3 are shown in figures 3 and 4. When the flexible plates 3 are not stressed, the two flexible plates 3 are attached together to close the air inlet 8, and the state of the flexible plates 3 when the flexible plates 3 are not stressed is shown in fig. 3-5; when air blowing is needed, force is applied to the two flexible plates 3 to deform the two flexible plates 3, the middle parts of the two flexible plates 3 are far away from each other, the cross sections of the two flexible plates 3 after deformation are approximately circular, and the states of the flexible plates 3 when being stressed are shown in figures 6 to 8.

To the fixed mode of flexible sheet 3, the utility model provides two embodiments.

Example 1: the wider surface of one flexible board 3 faces the wider surface of the other flexible board 3, and both ends of one flexible board 3 are fixed on the other flexible board 3 by sewing or glue or the like. When the flexible plate 3 is bent, the two mutually fixed plate bodies of the flexible plate 3 form a cylinder shape and are sleeved outside the air inlet 8 of the air inlet buoy 1.

Example 2: the face of 3 broad of a flexbile plate is towards the face of 3 broad of another flexbile plate, the position department that is close to air inlet 8 of flotation pontoon 1 that admits air has long strap along circumference seam, long strap has formed airtight space with the flotation pontoon 1 that admits air, flexbile plate 3 is located long strap and the airtight space between the flotation pontoon 1 that admits air.

The two ends of the flexible board 3 are respectively fixedly connected with a first fixing part 4 and a second fixing part 5, and the connection relationship between the flexible board 3 and the first fixing part 4 and the second fixing part 5 is shown in fig. 3 to 8. In fig. 3 to 8, two ends of the two flexible boards 3 are first fixed with a connecting band 6, and one end of the connecting band 6 far away from the flexible boards 3 is connected with a first fixing part 4 or a second fixing plate. The first and second fixing portions 4 and 5 are fixedly connected to each other in use. More specifically, the first fixing portion 4 and the second fixing portion 5 are a plug end and a slot end of the buckle, respectively. The plug is characterized in that two or 3 deformable insertion rods are arranged on the plug end, protrusions are arranged at the end parts of the insertion rods on two sides, an insertion groove is arranged on the insertion groove end, holes communicated with the insertion groove are formed in two sides of the insertion groove end, the protrusions are matched with the holes, and the plug portion and the insertion groove portion are shown in figures 3-8. The first fixing part 4 and the second fixing part 5 are two parts which can be mutually fixed, except for a buckle part, the two parts can also be a thread pair or two simple ropes which can be knotted.

The specific processes of inflating and sealing the air inlet buoy 1 are as follows: make 3 flexible sheet warp and open air inlet 8, blow with the mouth or blow with natural wind, prevent that gas outlet sleeve 7 prevents that gas from escaping, get into a certain amount of gas after, make 3 flexible sheet resume original shape, self-sealing air inlet 8, again with flexible sheet 3 rolls up the gas in with the flotation pontoon toward inside extrusion as the pivot, and the gas of book to the flotation pontoon is bloated the back with first fixed part 4 and the mutual fixed connection of second fixed part 5 with the flotation pontoon, is about to the eye-splice and inserts, just accomplishes the closure of air inlet 8 this moment, the sealed of float 1 of admitting air sees figure 2. The utility model discloses a both ends all have air inlet 8, therefore both ends seal simultaneously or carry out simple closure with one end earlier, seal after the other end rolls up the flotation pontoon again and to the state that the flotation pontoon was bloated, first fixed part 4 and 5 fixed connection of second fixed part.

Be provided with a plurality of adapting unit on the lateral surface of the flotation pontoon that admits air 1, adapting unit is zip fastener or slipknot, the flotation pontoon that admits air 1 passes through adapting unit fixedly connected with bearing part 2, bearing part 2 is soft screen cloth or mat, evenly is provided with a plurality of holes on the screen cloth.

The utility model discloses the use to the flotation pontoon 1 that admits air provides 3 embodiments.

Embodiment 3, air inlet buoy 1 is U-shaped or V-shaped after the deformation, the both sides of load bearing part 2 respectively with air inlet buoy 1 relative limit through zip fastener or slipknot carry out fixed connection. After the air inlet buoy 1 is placed on water, the buoy provides buoyancy, a person moves on the bearing part 2, namely the mesh, most of the bearing part 2 is submerged under the action of the gravity of the person, and the person can lie on the bearing part 2 and cannot be submerged. The air inlet buoy 1 can also be used on the land, at the moment, the air inlet buoy 1 can be used as a pillow, and the bearing part 2 can be used on the land by replacing a cushion.

Embodiment 4, the inlet buoy 1 is not deformed after being filled with air, and two elongated inlet buoys 1 are connected to each other via a carrier part 2, i.e. the inlet buoy 1 on one side is connected to one side of the carrier part 2 via a connecting part, and the other side of the carrier part 2 is connected to the other inlet buoy 1 in the same way.

Embodiment 5, there are a plurality of air inlet buoys 1, air inlet buoys 1 can be rectangular or U-shaped, and adjacent air inlet buoys 1 are connected through bearing parts 2 to form a large area which can be used for leisure on water.

Claims (10)

1. The utility model provides a quick aerate row of floating on water, its characterized in that, is including deformable air intake buoy (1), be provided with a plurality of adapting unit on air intake buoy (1), air intake buoy (1) is through adapting unit fixedly connected with carrier (2), air intake buoy (1) at least one end is air inlet (8), the outside fixedly connected with sealing member of air inlet (8), sealing member includes first fixed part (4) and second fixed part (5), first fixed part (4) and second fixed part (5) are located the outside of air inlet (8), first fixed part (4) and second fixed part (5) are fixed connection each other when using.

2. The aquatic quick inflation floating raft according to claim 1, wherein the air inlet buoy (1) is U-shaped after deformation, and two ends of the bearing part (2) are fixedly connected with opposite edges of the air inlet buoy (1) respectively.

3. A rapid-aeration, water raft according to claim 1, characterized in that it comprises at least two air inlet pontoons (1), the adjacent air inlet pontoons (1) being interconnected by means of a load-bearing part (2).

4. A rapid waterborne aeration raft according to any one of claims 1 to 3 wherein one end of a flexible cylindrical air exit prevention sleeve (7) is fixedly attached to the inside of the air inlet (8), said air exit prevention sleeve (7) being located inside the air inlet buoy (1).

5. The aquatic quick inflation raft according to claim 4, wherein the sealing member comprises two identical flexible plates (3), one end of each flexible plate (3) is fixedly connected with one end of the other flexible plate (3), the two flexible plates (3) are sleeved outside the air inlet (8), and the first fixing portion (4) and the second fixing portion (5) are respectively located at two ends of the flexible plates (3).

6. A rapid-aeration, water raft according to claim 5, characterised in that each air inlet buoy (1) has air inlets (8) at both ends.

7. The aquatic quick inflation raft according to claim 6, wherein the first fixing portion (4) and the second fixing portion (5) are a plug end and a socket end of a plug-in buckle, respectively.

8. The aquatic quick inflation raft as recited in claim 7, wherein said connecting member is a zipper or a fastener.

9. A rapid-aeration aquatic raft according to claim 8, characterised in that said load-bearing member (2) is a mesh.

10. A rapid-aeration, water raft according to claim 8, characterised in that the air inlet (8) is of the same width as the pontoon.

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