阅读说明：本技术 大型水坝的浮式游泳池 (Floating swimming pool of large dam ) 是由 许可 许文瑄 王敬 于 2019-11-06 设计创作，主要内容包括：大型水坝的浮式游泳池,来自大坝船闸或泄水闸或发电厂房排出的水,流入排水涵洞,从出水孔流出,导水墙将水的流向导向朝上的方向,再排到大坝的下游；在环形导水墙的正上方的浮式游泳池内,来自导水墙水的流动方向是朝上方流动；浮动平台被下面的浮箱托起,人站在浮动平台的上面,跳入浮动平台中间的安全网内的水中,巨大的向上涌动的流水将会使人感到,水向上的托举力量；本发明的有益效果是,利用大坝的巨大的水能,制作出让人敬畏、震撼的健身娱乐项目,直接利用大坝泄洪或船闸的放水孔的急流,直接利用大坝下游的水域,将游泳池融入江河之中,闸门出来的水带有低频吼叫声音的令人敬畏及刺激,提高大坝的旅游及综合效益。(The floating swimming pool of the large dam, come from the dam lock or sluice gate or power plant water drainage, flow into the drainage culvert, flow out from the apopore, the guide wall guides the flow direction of the water to the direction up, discharge to the low reaches of the dam again; in the floating swimming pool right above the annular water guide wall, the water from the water guide wall flows upwards; the floating platform is supported by the floating box below, people stand on the floating platform and jump into the water in the safety net in the middle of the floating platform, and the huge upward surging flowing water can cause people to feel the upward supporting force of the water; the invention has the advantages that huge water energy of the dam is utilized to make a body-building entertainment project which is worried and shocked by people, the water area at the downstream of the dam is directly utilized to blend the swimming pool into the river by directly utilizing the rapid flow of the flood discharge hole of the dam or the water discharge hole of the ship lock, and the water area from the gate has worship and stimulation with low-frequency roar sound, thereby improving the tourism and the comprehensive benefit of the dam.)

1. A floating swimming pool of a large dam is characterized in that: the floating swimming pool of the large dam, water discharged from the dam lock or sluice gate or power plant flows into the drainage culvert and flows out from the water outlet hole, and the front of the water outlet hole is provided with a water guide wall; a floating swimming pool is arranged right above the annular water guide wall, an annular floating platform is arranged above the floating swimming pool, and a safety net is arranged below the floating platform; buoyancy tanks are annularly and uniformly arranged below the floating platform, are arranged at intervals, and are favorable for water to flow around due to the interval space; the connecting holes on the platform joint are hinged with the connecting holes on the springboard, and the floating platform and the springboard can rotate relatively.

2. A floating swimming pool with large dams as recited in claim 1, wherein: the connecting hole on the joint of the floating platform box is hinged with the connecting hole at the other end on the springboard, and the joint of the floating platform box and the springboard can rotate relatively.

3. A floating swimming pool with large dams as recited in claim 1, wherein: the track sliding block on the floating platform box is sleeved on the track, the track sliding block can slide up and down relative to the track, and the track is installed and fixed on a wall body of a dam or a ship lock.

4. A method of using a floating swimming pool with a large dam as claimed in claim 1, characterized in that: water discharged from a dam ship lock or a sluice gate or a power generation plant flows into a water discharge culvert, flows out of a water outlet hole, passes through a water guide wall, guides the flow direction of the water to the upward direction, and is discharged to the downstream of the dam; in the floating swimming pool right above the annular water guide wall, the water from the water guide wall flows upwards; the floating platform is supported by the floating box below, people stand on the floating platform and jump into the water in the safety net in the middle of the floating platform, and the huge upward surging flowing water can cause people to feel the upward supporting force of the water; meanwhile, when water flows through the gate, the roar which is large in time, small in size, large in array, low in frequency and capable of being impacted by the torrent can be heard, and people feel famous fear and worship. The experience person goes up floating platform case through ladder or boat, goes up floating platform again through the springboard. When the water level in the downstream changes, the floating platform and the floating platform box can ascend or descend along with the water level. When the gate suddenly discharges water, the water rushing from the water guide wall can raise the local water level of the floating swimming pool, and the floating swimming pool floats along with the water guide wall, but the floating swimming pool cannot form unfavorable bending moment for the floating platform box, because the floating swimming pool and the lifting floating platform are hinged together through the springboard, and the floating platform box can also slide up and down along the track.

Technical Field

The invention relates to swimming pools, in particular: the invention relates to a floating swimming pool with a large dam, which is characterized in that the swimming pool is fused into a river, and the upward lifting force is obtained by utilizing the torrent of water discharged from the large dam, so that a swimmer can experience the upward lifting force.

Background

The famous pueraria bar dam and the three gorges dam have no clear succession of people visiting all over the country every day, and generally the dam mainly has the functions of flood blocking, navigation and power generation. The design of the dam can also add the functions of body building and entertainment, and the huge water energy of the dam is utilized to make body building and entertainment projects which are more daunting and shocking for people, thereby improving the tourism and the comprehensive benefits of the dam. Chinese patent application No.: 201710568442X, swimming pool and bath connected by dam, wherein the upstream water pipe of the swimming pool or bath is water inlet pipe, and the downstream water pipe is water outlet pipe; the water inlet pipe is connected with the bottom of the water pool, a guide grid body is arranged on the water inlet pipe at the bottom of the water pool and consists of a plurality of holes in upward directions, an overflow layer is arranged at the upper end of the water pool, a plurality of overflow grooves are arranged on the periphery of the overflow layer, the overflow grooves are arranged below the cover plate and communicated with the shell, a cavity between the outside of the water pool and the inside of the shell is a water outlet cavity, and the lower end of the water outlet cavity is connected with a water outlet pipe; swimming pools and baths are built downstream of the dam, with the water outlet at the bottom of the dam being connected to the water inlet pipe of the swimming pool or bath. The swimming pool uses the flowing water of the dam directly without a motor to simulate the bathing pool in a spring flowing mode and provide people who can not swim to the swimming pool which can not sink. The swimming pool is a special experience swimming pool, and the water flow from bottom to top in the pool generates upward lifting force on a human body and the buoyancy of the human body in the water, so that people who cannot swim cannot sink in the pool. The swimming pool can experience buoyancy capable of resisting gravity, people who cannot swim can also quickly experience the buoyancy, people do not need to worry about sinking, and a strange water hole effect is experienced, so that the water property is quickly known, and pleasure is obtained. However, the structure of the swimming pool is fixed and complex, the water flow is small, the area of the swimming pool is small, and the swimming pool is not merged into rivers.

Disclosure of Invention

In order to further improve the swimming pool with buoyancy, the invention provides a floating swimming pool with a large dam, which directly utilizes the rapid flow of a dam flood discharge hole or a water discharge hole of a ship lock, directly utilizes a water area at the downstream of the dam to melt the swimming pool into the river, and utilizes the low-frequency roar sound when the dam discharges water to provide a novel daunting and stimulating swimming experience floating swimming pool which can experience high buoyancy and has low-frequency roar sound.

The technical scheme adopted by the invention for solving the technical problems is as follows: water discharged from a dam ship lock or a sluice gate or a power generation plant flows into a drainage culvert and flows out of a water outlet hole, and a water guide wall is arranged in front of the water outlet hole; a floating swimming pool is arranged right above the annular water guide wall, an annular floating platform is arranged above the floating swimming pool, and a safety net is arranged below the floating platform; buoyancy tanks are annularly and uniformly arranged below the floating platform, are arranged at intervals, and are favorable for water to flow around due to the interval space; the connecting hole on the platform joint is hinged with the connecting hole on the springboard, and the floating platform and the springboard can rotate relatively; a connecting hole on the joint of the floating platform box is hinged with a connecting hole at the other end on the springboard, and the joint of the floating platform box and the springboard can rotate relatively; the track sliding block on the floating platform box is sleeved on the track, the track sliding block can slide up and down relative to the track, and the track is installed and fixed on a wall body of a dam or a ship lock. The safety net can be welded by steel bars.

The use method of the floating swimming pool of the large-scale dam, come from the dam lock or sluice gate or power plant exhaust water, flow into the drainage culvert, flow out from the apopore, through the guide wall, the guide wall leads the flow direction of the water to the direction of the upper side, discharge to the low reaches of the dam; in the floating swimming pool right above the annular water guide wall, the water from the water guide wall flows upwards; the floating platform is supported by the floating box below, people stand on the floating platform and jump into the water in the safety net in the middle of the floating platform, and the huge upward surging flowing water can cause people to feel the upward supporting force of the water; meanwhile, when water flows through the gate, the roar which is large in time, small in size, large in array, low in frequency and capable of being impacted by the torrent can be heard, and people feel famous fear and worship. The experience person goes up floating platform case through ladder or boat, goes up floating platform again through the springboard. When the water level in the downstream changes, the floating platform and the floating platform box can ascend or descend along with the water level. When the gate suddenly discharges water, the water rushing from the water guide wall can raise the local water level of the floating swimming pool, and the floating swimming pool floats along with the water guide wall, but the floating swimming pool cannot form unfavorable bending moment for the floating platform box, because the floating swimming pool and the lifting floating platform are hinged together through the springboard, and the floating platform box can also slide up and down along the track.

The invention has the advantages that the huge water energy of the dam is utilized to produce a body-building entertainment project which is worried and shocked by people: a floating swimming pool for large dam. The floating swimming pool is integrated into rivers by directly utilizing the rapid flow of a dam flood discharge hole or a water discharge hole of a lock and directly utilizing a water area at the downstream of the dam, and the swimming pool can experience large buoyancy and daunting and stimulating swimming experience with low frequency roar sound by utilizing the low frequency roar sound when the dam discharges water, so that the tourism and comprehensive benefits of the dam are improved.

Drawings

Fig. 1 is a schematic view of a floating swimming pool of a large dam.

Figure 2 is a schematic view of a floating swimming pool unit.

Figure 3 is an exploded schematic view of a floating swimming pool for a large dam.

In the figure, 1, a floating swimming pool, 11, a floating platform, 12, a safety net, 13, a buoyancy tank, 14, a platform joint, 2, a gangboard, 21, a connecting hole, 3, a lifting floating platform, 31, a floating platform tank, 32, a floating platform tank joint, 33, a rail, 34, a rail sliding block, 4, a drainage culvert, 41, a water outlet hole and 42 are water guide walls.

Detailed Description

As shown in the figure, water discharged from a dam ship lock or a sluice gate or a power generation plant flows into the drainage culvert 4 and flows out of the water outlet 41, and a water guide wall 42 is arranged in front of the water outlet 41; the floating swimming pool 1 is arranged right above the annular water guide wall 42, an annular floating platform 11 is arranged above the floating swimming pool 1, and a safety net 12 is arranged below the floating platform 11; buoyancy tanks 13 are annularly and uniformly arranged below the floating platform 11, the buoyancy tanks 13 are arranged at intervals, and the interval space is favorable for water to flow around; a connecting hole on the platform joint 14 is hinged with a connecting hole 21 on the springboard 2, and the floating platform 11 and the springboard 2 can rotate relatively; a connecting hole on the floating platform box joint 32 is hinged with a connecting hole 21 at the other end on the springboard 2, and the floating platform box joint 32 and the springboard 2 can rotate relatively; the track sliding block 34 on the floating platform box 31 is sleeved on the track 33, the track sliding block 34 can slide up and down relative to the track 33, and the track 33 is installed and fixed on the wall of a dam or a ship lock. The safety net 12 can be welded by steel bars, and safety railings are arranged beside the floating platform 11 and the springboard 2.

In the method of using the floating swimming pool as the large dam shown in fig. 1, water from a dam lock or a sluice gate or a power generation plant flows into the drainage culvert 4, flows out of the water outlet 41, passes through the water guide wall 42, and the water guide wall 42 guides the flow of the water to the upward direction and then discharges the water to the downstream of the dam; in the floating swimming pool 1 directly above the annular water guide wall 42, the flow direction of water from the water guide wall 42 is upward; the floating platform 11 is supported by the lower buoyancy tank 13, people stand on the floating platform 11 and jump into the water in the safety net 12 in the middle of the floating platform 11, and the huge upward surging flowing water can cause people to feel the upward supporting force of the water; meanwhile, when water flows through the gate, the roar which is large in time, small in size, large in array, low in frequency and capable of being impacted by the torrent can be heard, and people feel famous fear and worship. The experiencer walks up floating platform 11 through ladder or boat floating platform case 31, again through springboard 2. When the water level downstream fluctuates, the floating platform 11 and the floating platform tank 31 rise or fall with the water level. When the gate is suddenly turned off, the water flowing through the water guide wall 42 will raise the local water level of the floating swimming pool 1, and the floating swimming pool 1 will float, but it will not form an adverse bending moment to the floating platform tank 31, because the floating swimming pool 1 and the lifting floating platform 3 are hinged together through the diving board 2, and the floating platform tank 31 can slide up and down along the track 33.