CN218406741U

CN218406741U - Safety type floating swimming pool on sea

Info

Publication number: CN218406741U
Application number: CN202222070529.3U
Authority: CN
Inventors: 胡耀林
Original assignee: Individual
Current assignee: Individual
Priority date: 2022-08-08
Filing date: 2022-08-08
Publication date: 2023-01-31
Anticipated expiration: 2032-08-08

Abstract

A safety type floating swimming pool on the sea comprises an annular floater, wherein the annular floater is used for fixing a bottom net, a side net and a support frame, a safety platform is arranged above the support frame, is annular and is fixed on the support frame, and a guardrail is arranged above the support frame, is annular and is fixed on the support frame; the annular floating object is non-continuous; the guardrail is fixed with a transverse cable and a winch, the transverse cable is fixed with a fixed pulley, the free end of a rope of the winch extends outwards to bypass the pulley and is bent downwards to form a vertical part, and the bottom net comprises a protection net and a bottom net. Compared with the prior art, the utility model has the technical effects that the utility model is provided with the telescopic vertical rod, which can hang people in the center area of the swimming pool in the air, thereby protecting the safety of the people; in addition, people in the edge area of the swimming pool can climb the safety platform, and the people are safe, so that people in the whole swimming pool are safe.

Description

Safety type floating swimming pool on sea

Technical Field

The utility model relates to a safe type marine floating swimming pool.

Background

In order to reduce occupation of land resources and have better swimming experience, offshore buoyancy swimming pools have been put into practical use, and patent documents with publication number CN208363721U disclose the swimming pools.

However, the components in the seawater are complex, the bottom plate can be corroded, and in addition, the seawater also contains fierce animals which can collide with the bottom plate and enter the swimming pool from the bottom plate, so that the safety of people is threatened.

SUMMERY OF THE UTILITY MODEL

The utility model discloses the technical problem who solves: how to design a safe type floating swimming pool on the sea, protect people's safety.

The technical scheme of the utility model specifically does:

a safe floating swimming pool on the sea comprises an annular floater, wherein the annular floater is used for fixing a bottom net, a side net and a support frame, a safety table is arranged above the support frame and is annular and fixed on the support frame, and a guardrail is arranged above the support frame and is annular and fixed on the support frame;

the annular floating object is non-continuous; the fixed pulley is fixed on the transverse cable, the free end of the rope of the winch extends outwards to bypass the fixed pulley and is bent downwards to form a vertical part, the bottom net comprises a protection net and a bottom net, the bottom net comprises a bottom net edge area and a bottom net central area, the lower end of the vertical part of the rope extends downwards to pass through the bottom net central area, is fixed on the bottom net central area and then extends downwards to fix the balancing weight, the protection net is conical during normal swimming, and the balancing weight is fixed at the conical tip.

The connection part of the bottom net edge area and the bottom net central area is provided with a counterweight ring, the bottom net edge area is in a circular truncated cone shape, and the bottom net central area is in a plane shape.

The annular floater comprises a plurality of floater units connected in series, one floater unit comprises two floating barrels, the two floating barrels are arranged in the front and at the back, each floating barrel is cylindrical, a plurality of annular grooves are formed in the surface of each floating barrel, the annular grooves are parallel to the end faces of the floating barrels, U-shaped rods are arranged in the annular grooves, each floating barrel is provided with at least two U-shaped rods, and the bending portions of the U-shaped rods are located below the U-shaped rods.

The backing plate is fixed to the top of the floating barrel, the lower surface of the backing plate is a cylindrical surface, a plurality of convex strips are arranged on the lower surface of the backing plate, and the convex strips are located in corresponding annular grooves.

The upper surface of the backing plate is provided with a through groove which is parallel to the axis of the floating barrel.

Wherein the fixing of the annular floater and the support frame is as follows: the support frame is an annular truss mechanism and comprises a plurality of annular truss mechanism units which are connected in series, each annular truss mechanism unit comprises an underframe, a plurality of positioning plates are fixed on the underframe, each positioning plate is provided with a positioning hole, the upper end part of each U-shaped rod is fixed in the corresponding positioning hole of the corresponding positioning plate, the upper end part of each U-shaped rod is a threaded end, a nut is arranged above each positioning plate, and the U-shaped rods and the positioning plates are fixed through the threaded end of each U-shaped rod and the threaded fit of the corresponding nut; and a positioning beam is fixed below the underframe and is positioned in the through groove.

The supporting frame comprises a plurality of supporting frame units which are connected in series, each supporting frame unit comprises an upper supporting frame layer and a lower supporting frame layer, the upper supporting frame layer and the lower supporting frame layer are fixed through a plurality of supporting frame supporting rods, two adjacent supporting frame units are connected through flanges at the end parts of supporting frame cross beams of the upper supporting frame layer and the lower supporting frame layer, and all the lower supporting frame layers are connected in sequence to form the underframe.

The side net comprises a plurality of side net units which are connected in series, each side net unit comprises a side net frame in the edge area, the side net frame is integrally rectangular, a net body is fixed in the side net frame, the side net frame comprises a side net upper beam, a side net lower beam and two side net vertical beams, and the side net upper beam is an inner side cross beam at the lower layer of the support frame.

The outermost net rope in the edge area of the bottom net is fixed on the lower beam of the side net.

The protective net fixes a plurality of bottom net ropes, and the far ends of the bottom net ropes are tied in the annular grooves of the floating barrel; the guardrail comprises a reinforcing rib shaped like a Chinese character 'mi', and at least one door is arranged on the reinforcing rib; the floating barrel is made of plastic; the support frame, the safety platform and the guardrail are made of metal or plastic steel, the protective net and the bottom net are made of elastic cloth and woven by ropes; the floating barrel and the backing plate are integrally formed; the sunshade is fixed on the upper portion of the guardrail, and specifically comprises: fix many parallel sunshade ropes on the sunshade, the tip of sunshade rope is tied up on the guardrail.

Compared with the prior art, the utility model has the technical effects that the utility model is provided with the telescopic vertical rod, which can hang people in the center area of the swimming pool in the air, thereby protecting the safety of the people; in addition, people in the edge area of the swimming pool can climb the safety platform, and the people are safe, so that people in the whole swimming pool are safe.

Drawings

Fig. 1 is a schematic diagram of the present invention.

Fig. 2 is an enlarged schematic view (one) of the edge net unit and the floating object unit.

Fig. 3 is an enlarged schematic view (two) of the edge net unit and the floating object unit.

Fig. 4 is an enlarged schematic view of the float unit.

Fig. 5 is a schematic view of the connection of the float unit to the bottom net.

Fig. 6 is a schematic view (one) of the base net.

Fig. 7 is a schematic view (two) of the bottom net.

Fig. 8 is a schematic view of a sunshade.

Fig. 9 is a schematic diagram of normal swimming.

FIG. 10 is a schematic diagram of swimming distress.

Detailed Description

The present invention will be described in detail with reference to the accompanying drawings and specific embodiments thereof.

Referring to fig. 1 to 8, a safety type floating swimming pool on the sea comprises a ring-shaped floating object 100, wherein the ring-shaped floating object 100 is fixed with a bottom net 500, a side net 200 and a support frame 220, a safety platform 230 is arranged above the support frame 220, the safety platform 230 is ring-shaped and fixed on the support frame 220, a guardrail 400 is arranged above the support frame 220, and the guardrail 400 is ring-shaped and fixed on the support frame 220.

The annular floating objects 100 are non-continuous, and gaps between the annular floating objects can be used for flowing water in the swimming pool and external seawater.

As shown in fig. 1, 6-9, a transverse cable 550 and a winding machine 542 are fixed on a guardrail 400, a fixed pulley 541 is fixed on the transverse cable 550, the free end of a rope 540 of the winding machine 542 extends outwards to pass around the fixed pulley 541 and bends downwards to form a vertical part 540, a bottom net 500 comprises a protection net 510 and a bottom net 532, the bottom net 532 comprises a bottom net edge region 520 and a bottom net central region 530, the lower end of the vertical part 540 of the rope 540 extends downwards to pass through the bottom net central region 530, is fixed on the bottom net central region 530 and then extends downwards to fix a balancing weight 543, during normal swimming, the protection net 510 is cone-shaped, the balancing weight 543 is fixed at the cone tip, namely, the protection net 510 is pulled by the balancing weight 543 to be cone-shaped.

As shown in fig. 6 and 9, in order to have a deep water area and a shallow water area, a weight ring 531 is arranged at the connection between the bottom web edge region 520 and the bottom web central region 530, the bottom web edge region 520 is circular truncated cone-shaped, the bottom web central region 530 is planar, that is, depending on the traction of the weight ring 531, the bottom web edge region 520 is circular truncated cone-shaped. Thus, the central area 530 of the bottom net is a deep water area with a water depth of about 1.5-1.8 m; the area near the safety station 230 is a shallow water area, and the depth of water is about 0.3-0.5 m. Can have better swimming embodiment.

As shown in fig. 1 to 5, the annular floater 100 includes a plurality of floater units 110 connected in series, one floater unit 110 includes two floating barrels 111, the two floating barrels 111 are arranged in front and back, each floating barrel 111 is cylindrical, a plurality of annular grooves 112 are formed on the surface of each floating barrel 111, the annular grooves 112 are parallel to the end surfaces of the floating barrels 111, U-shaped rods 113 are arranged in the annular grooves 112, at least two U-shaped rods 113 are arranged in each floating barrel 111, and the bent portions of the U-shaped rods 113 are located below.

A cushion plate 114 is fixed above the floating barrel 111 (also a sealing barrel), the lower surface of the cushion plate 114 is a cylindrical surface, so that the combination of the cushion plate 114 and the floating barrel 111 is tight, the lower surface of the cushion plate 114 is provided with a plurality of raised lines 116, and the raised lines 116 are positioned in the corresponding annular grooves 112.

The upper surface of the backing plate 114 is provided with a through groove 115, and the through groove 115 is parallel to the axis of the float bucket 111.

The fixing of the annular floating object 100 and the supporting frame 220 is specifically as follows: the supporting frame 220 is an annular truss mechanism, and includes a plurality of annular truss mechanism units (see fig. 2) connected in series, where each annular truss mechanism unit includes a bottom frame 210, a plurality of positioning plates 222 are fixed on the bottom frame 210, each positioning plate 222 is provided with a positioning hole, the upper end of the U-shaped rod 113 is fixed in the positioning hole of the positioning plate 222, for example, the upper end of the U-shaped rod 113 is a threaded end, a nut is provided above the positioning plate 222, and the fixing of the U-shaped rod 113 and the positioning plate 222 is completed through the threaded cooperation between the threaded end of the U-shaped rod 113 and the nut; the positioning beam 120 is fixed below the underframe 210, and the positioning beam 120 is positioned in the through groove 115.

When the supporting frame 220 is a truss mechanism, not only can the strength of materials be fully utilized, the materials can be saved compared with a solid web girder when the span is large, the self weight is reduced, and the rigidity is increased, but also the seawater in the swimming pool can be communicated with the outside through the space between the side net 200 and the floating object unit 110, and the seawater in the swimming pool can be fully exchanged with the outside seawater through the side pool wall (namely the horizontal direction of the swimming pool) of the swimming pool under the action of sea waves, so that the water in the swimming pool is 'running water' instead of 'dead water', and people can have better swimming experience.

Because the floating barrel 111 is cylindrical, it is convenient to install when being connected with the U-shaped rod 113. The support frame 220 is fixed with the annular floating object 100, and can effectively block the impact of sea waves on the swimming pool.

Referring to fig. 2, for the convenience of transportation, the supporting frame 220 includes a plurality of supporting frame units connected in series, each supporting frame unit includes an upper supporting frame layer 225 and a lower supporting frame layer 221, the space between the upper supporting frame layer 225 and the lower supporting frame layer 221 is fixed and reinforced by a plurality of supporting frame supporting rods (including vertical beams and oblique beams), and two adjacent supporting frame units are connected by flanges 227 at the ends of the supporting frame cross beams of the upper supporting frame layer 225 and the lower supporting frame layer 221. All the support frame lower layers 221 are connected in sequence to form the bottom frame 210.

As shown in fig. 2, for transportation convenience, the side net 200 includes a plurality of side net units connected in series, the side net units include side net frames in the edge region, the side net frames are rectangular as a whole and have net bodies fixed therein, and the side net frames include side net upper beams, side net lower beams 241 and two side net vertical beams 240, wherein the side net upper beams are inner side cross beams of the support frame lower layer 221.

As shown in fig. 5, the outermost net strings 521 of the bottom net marginal region 520 are fixed to the side net lower beam 241 so that a space surrounded by the side nets 200 and the bottom net 532 becomes a swimming space.

In order to protect the annular float 100 from being destroyed by inland animals in the sea, the protective net 510 holds a plurality of bottom net lines (not shown) whose distal ends are tied into the annular groove 112 of the flotation bucket 111.

Referring to fig. 3, the guard rail 400 includes a reinforcing rib in a shape of a meter provided with at least one door 410 for people on the safety platform 230 to enter and exit the safety type floating swimming pool on the sea, and the guard rail 400 has a height of about 2.6 m, and the door 410 has an oval shape having a height of about 1.8-2.0 m.

The floating barrel 111 is made of plastic, if oysters and the like are adhered to the surface of the floating barrel 111, a stick can be used for knocking the floating barrel 111, the floating barrel 111 is vibrated, and the oysters and the like on the floating barrel can fall off, so that convenience is brought.

The support frame 220, the safety platform 230 and the guardrail 400 are made of metal or plastic steel, the protection net 510 and the bottom net 532 are made of elastic cloth and woven by ropes, and the materials are similar to those of a jumping area of a trampoline.

The floating barrel 111 and the backing plate 114 are integrally formed and are relatively firm.

As shown in fig. 8, in order to avoid the sunlight irradiating the swimming pool, a sunshade 480 is fixed on the upper portion of the guardrail 400, which specifically comprises: a plurality of parallel sunshade ropes 481 are fixed to the sunshade 480, and the end portions of the sunshade ropes 481 are tied to the guard rail 400.

The working principle is as follows:

during installation:

the floating units 110 are fixed to the support frame units and the side net units on the land by means of U-shaped bars 113, nuts, etc. to form installation units, and then all the installation units are placed on the sea and arranged in a circular shape, and two adjacent installation units are fixed by means of flanges 227, bolts, nuts, etc., so that all the installation units form a floating whole, similar to a floating foundation, on which the safety platform 230, the guard rail 400, the sunshade 480, the bottom net 500, etc. are fixed. This reduces the working time in the water.

When the floating barrel 111 is maintained:

if the floating barrel 111 is damaged, the U-shaped rod 113 and the nut can be loosened, the damaged floating barrel 111 becomes free, the floating barrel is convenient to take away, and a new floating barrel 111 is placed at the original position and fixed by the U-shaped rod 113 and the nut.

When swimming:

at this time, the present patent floats on the sea surface by the buoyancy of the floating bucket 111. Seawater enters the interior of the swimming pool from the bottom and the side of the swimming pool. The water level in the swimming pool is in the area of the side net 200.

Under the action of the sea waves, the sea water in the swimming pool is fully exchanged with the outside sea water through the side pool wall (namely the floating object unit 110 of the swimming pool), so that the water in the swimming pool is 'running water', meanwhile, the side pool wall of the swimming pool can block part of energy of the sea waves, the waves in the swimming pool are smaller than the waves outside the swimming pool, and people have better swimming experience.

The support frame is arranged at the side of the swimming pool, the support frame is less likely to be damaged by the fierce animals in the seawater, and the fierce animals cannot enter the swimming pool from the side of the swimming pool.

In addition, the floating barrel 111 provides buoyancy for the support frame 220, and simultaneously can prevent waves from beating the swimming pool, so as to avoid overlarge wave in the swimming pool.

As shown in FIG. 9, people can freely select deep water area or shallow water area according to their own features and hobbies.

In addition, the bottom net 500 is provided with two layers, reducing the possibility of destruction of fierce animals inside the sea water.

When danger occurs:

if, in case, the bottom 500 of the swimming pool should be damaged: as shown in fig. 10, the winding machine is started to contract the rope, the counter weight 543 fixed to the lower end thereof is lifted up, and the tip of the protection net 51 fixed to the vertical part 540 of the rope is also lifted up at the same time, so that the protection net 51 is umbrella-shaped.

The center of the bottom net 532 is also pulled up under the restriction of the protection net 51, so that the bottom net 532 is also in an umbrella shape, and people in the swimming pool stand on a slope like the ground, slide downwards under the gravity, fall on the edge of the bottom net 532, can quickly climb up the safety platform 230, and are convenient to escape.

Based on the various safety measures, the safety of people is protected.

The utility model has the advantages that:

firstly, the land resource is saved. Since the offshore swimming pool floats on the sea surface, it is obvious to save land resources.

And secondly, fresh water resources are saved. The indoor swimming pool water needs to be replaced regularly, which not only can not reduce the cost, but also wastes water resources too much.

8204the said method can keep the water in swimming pool clean and active all the time. The water in the indoor swimming pool is dead water, so the actual conditions of uncleanness and insanitation are often forbidden, the marine swimming pool floats on the sea surface and is integrated with the sea, the sea forever moves, and the water in the marine swimming pool can keep clean and active forever.

Fourthly, people can really burst in the big body and feel wide chest when swimming smoothly.

Fifthly, the advanced safety concept and the technical measures thereof can better ensure that the marine swimming pool is not harmed by sharks and the like.

See the prior art for additional details.

While the preferred embodiments of the present invention have been described, it should be understood that various changes and modifications may be made therein by those skilled in the art without departing from the general concept of the invention, and it is intended that such changes and modifications be considered as within the scope of the invention.

Claims

1. Safety type floating swimming pool on sea, including annular floater (100), its characterized in that: the annular floater (100) fixes the bottom net (500), the side net (200) and the support frame (220), a safety platform (230) is arranged above the support frame (220), the safety platform (230) is annular and is fixed on the support frame (220), a guardrail (400) is arranged above the support frame (220), and the guardrail (400) is annular and is fixed on the support frame (220);

the annular floater (100) is discontinuous;

a transverse cable (550) and a winch (542) are fixed on a guardrail (400), a fixed pulley (541) is fixed on the transverse cable (550), the free end of a rope (540) of the winch (542) extends outwards to bypass the fixed pulley (541) and bends downwards to form a vertical part, a bottom net (500) comprises a protection net (510) and a bottom net (532), the bottom net (532) comprises a bottom net edge region (520) and a bottom net central region (530), the lower end of the vertical part of the rope (540) extends downwards to pass through the bottom net central region (530), is fixed on the bottom net central region (530), and then extends downwards to fix a balancing weight (543), when swimming normally, the protection net (510) is in a conical shape, and the balancing weight (543) is fixed at the conical tip.

2. Safety marine floating swimming pool according to claim 1, wherein: the connection part of the bottom net edge area (520) and the bottom net central area (530) is provided with a counterweight ring (531), the bottom net edge area (520) is in a circular truncated cone shape, and the bottom net central area (530) is in a plane shape.

3. A safety offshore floating swimming pool according to claim 2, wherein: annular floater (100) are including a plurality of floater unit (110) of establishing ties, a floater unit (110) is including two float bucket (111), these two float bucket (111) are arranged around being, every float bucket (111) are cylindricly, its surface is equipped with a plurality of ring channel (112), ring channel (112) are parallel with the terminal surface of floating bucket (111), be equipped with U type pole (113) in ring channel (112), every float bucket (111) are equipped with two at least U type poles (113), the flexion of U type pole (113) is located down.

4. A safety floating offshore swimming pool as set forth in claim 3, wherein: a base plate (114) is fixed above the floating barrel (111), the lower surface of the base plate (114) is a cylindrical surface, a plurality of raised lines (116) are arranged on the lower surface of the base plate (114), and the raised lines (116) are located in corresponding annular grooves (112).

5. Safety marine floating swimming pool according to claim 4, wherein: the upper surface of the backing plate (114) is provided with a through groove (115), and the through groove (115) is parallel to the axis of the floating barrel (111).

6. Safety marine floating swimming pool according to claim 5, wherein: wherein the fixing of the annular floater (100) and the support frame (220) is as follows: the support frame (220) is an annular truss mechanism and comprises a plurality of annular truss mechanism units which are connected in series, each annular truss mechanism unit comprises an underframe (210), a plurality of positioning plates (222) are fixed on the underframe (210), each positioning plate (222) is provided with a positioning hole, the upper end part of each U-shaped rod (113) is fixed in each positioning hole of each positioning plate (222), the upper end part of each U-shaped rod (113) is a threaded end, a nut is arranged above each positioning plate (222), and the U-shaped rods (113) and the positioning plates (222) are fixed through the threaded end of each U-shaped rod (113) and the threaded matching of the nut; a positioning beam (120) is fixed below the underframe (210), and the positioning beam (120) is positioned in the through groove (115).

7. Safety offshore floating swimming pool according to claim 6, wherein: the support frame (220) comprises a plurality of support frame units which are connected in series, each support frame unit comprises an upper support frame layer (225) and a lower support frame layer (221), the upper support frame layer (225) and the lower support frame layer (221) are fixed through a plurality of support frame supporting rods, two adjacent support frame units are connected through the upper support frame layer (225) and a flange (227) at the end part of a support frame cross beam of the lower support frame layer (221), and all the lower support frame layers (221) are sequentially connected to form the bottom frame (210).

8. Safety offshore floating swimming pool according to claim 7, wherein: the side net (200) comprises a plurality of side net units which are connected in series, each side net unit comprises a side net frame in the edge area, the whole side net frame is rectangular, a net body is fixed in the side net frame, and the side net frame comprises a side net upper beam, a side net lower beam (241) and two side net vertical beams (240), wherein the side net upper beam is an inner side cross beam of the support frame lower layer (221).

9. Safety marine floating swimming pool according to claim 8, wherein: the outermost net rope (521) of the bottom net edge area (520) is fixed on the side net lower beam (241).

10. Safety marine floating swimming pool according to claim 9, wherein:

the protective net (510) is used for fixing a plurality of bottom net ropes, and the far ends of the bottom net ropes are tied in the annular groove (112) of the floating barrel (111);

the guardrail (400) comprises a reinforcing rib shaped like a Chinese character 'mi', and at least one door (410) is arranged on the reinforcing rib;

the floating barrel (111) is made of plastic;

the support frame (220), the safety platform (230) and the guardrail (400) are made of metal or plastic steel, the protection net (510) and the bottom net (532) are made of elastic cloth and woven by ropes;

the floating barrel (111) and the backing plate (114) are integrally formed;

sunshade (480) are fixed on guardrail (400) upper portion, specifically do: a plurality of parallel awning ropes (481) are fixed on the awning (480), and the end parts of the awning ropes (481) are tied on the guard rail (400).