CN113047672B - Construction method of floating and diving type intelligent control safe swimming pool suitable for natural water area - Google Patents

Abstract

The invention relates to a construction method of a floating and diving type intelligent control safe swimming pool suitable for a natural water area, which belongs to the field of construction of the swimming pool and aims to overcome the defects of difficult site selection and high manufacturing cost of the existing natural swimming pool. The invention adopts a mode of manually building the paddling pool, fully utilizes natural water area resources, enlarges the use area of the natural water area resources, the paddling pool is arranged in the natural water system in a floating and submerging mode, the water in the paddling pool is communicated with the natural water system, people can fully experience the vitality of the natural water body, people can fully experience the fun of the paddling in the natural water area, the adverse factors of uneven river bottom, deeper water body, larger water flow, obstacle interference and the like of the natural water area are overcome, and the safety of paddling people is ensured.

Description

Construction method of floating and diving type intelligent control safe swimming pool suitable for natural water area

The technical field is as follows:

the invention belongs to the technical field of construction of swimming pools, and particularly relates to a construction method of a floating and diving type intelligent control safe swimming pool suitable for a natural water area.

Background art:

ancient language cloud: ren being Leshan and Zhi being Leshui. Water is an indispensable important substance in people's life, plays water and is more important component in people's amusement life. People all have the paddling impulse when coming to natural waters in hot summer, but jellyfish, shell, shark, and river in the sea, and river in the water snake, leech, throttle, and the like, as well as silt, float grass, garbage, deep pit, rivers, reef and the like positioned at the bottom of the water can form a potential safety hazard when playing water, which is very prohibitive. In order to avoid danger, people are prohibited from playing water in many natural waters, and people are disappointed. In order to solve the problem, people usually choose to set a natural bathing place on the bank of rivers, lakes and seas at present, and in order to improve the safety, the site of the bathing place usually chooses a water area with good water quality, slow water flow speed, proper depth, flat water bottom and wide sight, and the limit is circled by artificial floating for water paddling. However, the number of natural waters satisfying such conditions is not large, and the number of waters satisfying such conditions is small and small, particularly in inland water systems in the center of a current large city. In order to meet the water play requirements of people, a large number of artificial water play pools and water play facilities are built, at present, no matter a fixed type water play pool, a movable type water play pool or a detachable type water play pool is adopted, the artificial water play pools are mostly built by materials such as a fixed masonry form, a detachable air mould form and glass fiber, a closed water play pool is formed for people to play, the defects of limited scale and high maintenance cost exist, and the enjoyment of enjoying nature in a natural water system is lost for the game of the people.

The invention content is as follows:

the invention provides a construction method of a floating and submerging type intelligent control safe water playing pool suitable for a natural water area, aiming at overcoming the defects of difficult site selection and high manufacturing cost of the existing natural water playing pool, the method considers the natural environment conditions of the natural water area, reduces the limit of the natural environment by constructing a floating and submerging type controllable enclosure structure in the natural water area, widens the range of the available water area, provides a wider safe water playing place for a water player to meet the pleasure of people playing water in the natural water area, and simultaneously improves the safety of the water playing of the water player through manual control.

The technical scheme adopted by the invention is as follows: the construction method of the floating-submerging type intelligent control safe swimming pool suitable for the natural water area comprises the following steps:

s1, site selection and shaping: determining the size and shape of the water pool according to the actual situation of the natural water area;

s2, combining the swimming pools: firstly, connecting and combining a plurality of modularized pool bottom buoys to form a pool bottom, suspending the pool bottom in water through a fixing device, then floating a plurality of modularized pool top buoys on the water surface, connecting and enclosing the pool top buoys to form a pool top edge platform, and finally connecting the pool top edge platform with the pool bottom through a pool wall fence to jointly enclose the pool top edge platform, the pool wall fence and the pool bottom to form a paddling pool whole;

s3, adjusting the position of the water play pool in water: according to the number of paddling personnel entering the paddling pool, the total weight and the stress position of facilities arranged on the paddling pool, the aeration quantity in the pool bottom and the pool top edge platform is adjusted, so that the paddling pool is always kept in a set depth range in water;

s4, adjusting the depth of the water play pool in water: according to the entertainment requirements of the paddling personnel, the depth of the paddling pool is adjusted through the control system;

s5, adjusting the water flow speed and flow rate in the paddling pool: according to the actual condition of water flow in the water area of the water play pool and the experience requirements of water play personnel, the speed and the flow of the water flow entering the water play pool are adjusted through the control system, so that the water flow speed can be changed according to different water play requirements, and the fun of the water play personnel on the water play is improved;

the specific method for adjusting the speed of water flowing into the paddling pool comprises the following steps: the pool wall fence is sequentially provided with a pool outer layer filter screen, a rotatable adjusting plate and a pool inner layer filter screen at intervals from the outer side to the inner side, the pool outer layer filter screen is used for filtering floating objects and planktons in water, the pool inner layer filter screen is used for filtering substances and organisms flowing into the paddling pool again, the rotatable adjusting plate comprises a plurality of fixed plates and rotating plates which are alternately arranged, and the size of a gap between the rotatable adjusting plate and the fixed plates is changed by rotating the rotating plates, so that the speed and the flow of water flowing into the paddling pool are controlled;

s6, adding auxiliary facilities to the water play pool: according to different experience requirements of paddling personnel, matched auxiliary facilities are arranged on the platform at the edge of the pool top or/and the pool bottom.

Preferably, the shape of the pool is circular, elliptical, rectangular or a combination of shapes, as described in step 1.

Preferably, in the combined play pool as described in step 2, the fixing means adopts a single fixing mode and a composite fixing mode, the single fixing mode adopts any one of steel column fixing, anchoring or floating anchoring, the composite fixing mode adopts a fixing mode of combining a steel column and an anchoring pile, or adopts other combined anchoring modes according to the water area environment and hydrogeology.

Preferably, the specific method for adjusting the position of the swimming pool in the water and the air filling amount in the platform at the bottom and the top edge of the pool as described in step 3 comprises the following steps: the aeration quantity in the buoys at the bottom of each pool in the pool bottom is controlled by the control system, and the aeration quantity in the buoys at the top of the pool in the platform at the edge of the top of the pool is controlled by the control system, so that the pool is kept to float at a proper position in water in a horizontal state.

Preferably, the bottom of the pool is formed by a plurality of modularized bottom of the pool pontoons through the combination of the detachable connection mode, and each bottom of the pool pontoons comprises: modularization box and the counter weight of fixing in modularization bottom of the case portion, the inside retaining tank that is equipped with of modularization box, the retaining tank passes through the water yield or the gas volume that control system control injected into the retaining tank, realizes the ups and downs change of bottom of the pool flotation pontoon in aqueous.

Preferably, as described in step 4, the specific method for adjusting the water level depth in the paddling pool and the position of the pool bottom in the water area by the control system to realize the up-and-down floating adjustment includes that the control system controls the pool bottom to sink and float up and down in the range enclosed by the fence of the pool wall according to the signal of the depth of the pool bottom fed back by the sensor installed in the pool bottom, so as to realize the adjustment of the depth of the paddling pool.

Preferably, the pool can be divided into different functional areas according to different experience requirements of the paddling personnel as shown in step 6.

Preferably, the auxiliary facilities in step 6 comprise lighting equipment, monitoring equipment, pool side diving platforms, high platform diving platforms, audience stands, dining tables and chairs, and sun-shading facilities.

The beneficial effects of the invention are:

1. the invention adopts a mode of manually building the paddling pool, fully utilizes natural water area resources, enlarges the use area of the natural water area resources, the paddling pool is placed in the natural water system in a floating and diving mode, the water in the paddling pool is communicated with the natural water system, people can fully experience the vitality of the natural water body, people not only fully experience the fun of the paddling in the natural water area, but also overcome the disadvantages of uneven river bottom, deeper water body, larger water flow, interference of aquatic organisms, terrain, obstacles and the like in the natural water area, and the safety of the paddling people is ensured. Through the intercommunicating structure of the fence on the wall of the water playing pool, the water playing pool can realize the set depth and set flow rate by combining a control system according to the requirements of floating, diving or lying down, and provides the water playing pool with natural water area resources, which is safe to use, simple to build, convenient to manage, economical and efficient.

2. According to the modular design concept, the pool top edge platform, the pool wall fences and the pool bottom are designed into a modular form, and can be combined into required shapes and sizes such as circles, ellipses and rectangles according to requirements; because the material is cheap, the construction is simple, and do not need the manual work to filter, maintenance such as the chemical dosing to the water in the pool, and the pool can recycle the combination, it is more economical and practical than other forms of artificial pools.

3. The pool adopts a floating and submerging mode, a platform at the edge of the pool top is surrounded by an inflated pool top float bowl and floats on the water surface, the range of a pool area is marked, and a pool wall fence is suspended and erected in water, the pool wall fence is flexibly connected with the pool bottom, and the pool bottom is formed by combining modular box bodies, so that the pool always meets the water amusement conditions required by people; the paddling pond can be according to the waters condition, can select to place on the bank, also can arrange among darker waters, can set up for a long time under shallow waters, also can build temporarily, in addition, also not restricted by the application in fresh water or salt water region, and the mounted position does not receive natural environment to restrict, can use in different waters.

4. The invention can adjust the buoyancy of the pool bottom through intelligent control according to the requirements of the paddling person on the depth of the paddling pool and the depth of the installed water area, thereby realizing the up-and-down movement of the pool bottom of the paddling pool along the fence of the pool wall, further controlling the depth of the paddling pool in the water area and keeping the pool bottom at the designed depth.

5. Because the river water body under natural conditions has certain flow velocity, the experience of paddling and swimming can be influenced, in order to realize the best fun of paddling, the flow velocity of the water flow in the paddling pool can be adjusted by intelligently controlling the water flow passing through the gap of the fence on the pool wall, and a proper paddling environment is created for a paddling person.

6. The invention has wide application field, convenient construction, simplicity and economy. The paddling pool can be built in all water areas such as rivers, lakes, seas and the like with paddling conditions, is not limited by the construction of the artificial paddling pool and complicated equipment requirements, has simple manufacturing process, convenient maintenance, repeated use and low manufacturing cost, can arrange projects such as overwater parks, overwater restaurants, overwater stages, overwater movable fountains, overwater rescue, overwater temporary wharfs, underwater scientific experiments and the like in the paddling pool besides paddling, and can realize multi-field application.

Description of the drawings:

FIG. 1 is a schematic structural view of embodiment 1 of the present invention;

FIG. 2 is a cross-sectional view taken at A-A of FIG. 1;

FIG. 3 is a top view of a pool wall barrier;

FIG. 4 is a view showing the structure of a first tank bottom fixing means in example 1;

FIG. 5 is a diagram of the second embodiment of the bottom of the tank in example 1, wherein a is one embodiment of the second bottom of the tank and b is another embodiment of the second bottom of the tank;

FIG. 6 is a view showing the structure of a third tank bottom fixing system in example 1;

FIG. 7 is a flow chart of the control system of the present invention;

FIG. 8 is a structural view of the bottom fixing of the well in example 2;

FIG. 9 is a view showing the connection between the tank bottom and the barrier on the tank wall in example 3;

FIG. 10 is a top view of the double-walled tank barrier of example 4;

FIG. 11 is a schematic diagram of the structure of the outer screen of the double-layer tank in FIG. 10;

FIG. 12 is a schematic view of a rotary plate of the double layer rotary adjustment plate;

FIG. 13 is a schematic structural view of a double-layer inner screen, wherein a is a schematic structural view of an inner screen of one tank, and b is a schematic structural view of an inner screen of another tank;

FIG. 14 is a schematic view of a structure to which the present invention is applied in embodiment 5;

FIG. 15 is a side view of FIG. 14;

FIG. 16 is a schematic structural view of the present invention applied to example 6;

wherein: 1 pool top edge platform, 11 pool top buoy, 2 pool wall fence, 21 pool outer layer filter screen, 22 rotatable adjusting plate, 221 fixed plate, 222 rotating plate, 223 track I, 223-1 track II, 224 rotating rod, 225 adjusting total rod, 23 pool inner layer filter screen, 2-1 double-layer pool wall fence, 21-1 double-layer pool outer layer filter screen, 22-1 double-layer rotatable adjusting plate, 23-1 double-layer pool inner layer filter screen, 24 sliding rail, 24-1 inner sleeve, 24-2 outer sleeve, 3 pool bottom, 31 modular box body, 311 water storage tank, 32 counterweight, 33 air conduit, 41 steel column, 42 ship anchor, 43 telescopic anchor rope, 44 anchor pile, 45 buoy, 46 truss, 47 sleeve, 48 locking block, 5 control system, 6 monitoring equipment, 7-1 buoy platform, 7-2 pool side diving platform, 7-3 high platform diving platform, 7-4 audience diving platform, 47-1 pool side diving platform, 48 pool side diving platform, 6 high-3 high platform, 3 high-level diving platform, and high-level diving platform, 7-5 dining tables and chairs and 7-6 sun-shading facilities.

The specific implementation mode is as follows:

example 1

As shown in figures 1 and 2, the invention relates to a floating and submerging type intelligent control safe paddling pool suitable for natural waters, which comprises a pool top edge platform 1, a pool wall fence 2 and a pool bottom 3, wherein the top edge platform 1 and the pool bottom 3 are detachably connected through the pool wall fence 2 to form a complete floating and submerging type box. In order to meet the requirements of the water area and the water paddling, the top edge platform 1 and the pool bottom 3 in the embodiment are designed into a modular structure formed by combining a plurality of single modules, and form a rectangular, circular, oval or any other shape of the paddling pool after combination, and the water flow gentle area can be set into a rectangular or circular shape; when the water play pool is arranged in an area with a relatively urgent water flow, a circular shape, an oval shape or a shuttle shape should be adopted to reduce the impact force of the water flow on the water play pool, and the rectangular water play pool is taken as an example for description in the embodiment. The water play pool is made of materials with corrosion resistance when the materials are selected, and a water area which is not suitable for people to play water is controlled through artificial intelligence, so that the water play pool becomes a safe and applicable water play area.

The pool top edge platform 1 is formed by combining a plurality of pool top buoys 11 made of colored plastics, rubber or glass fiber reinforced plastics, the pool top buoys 11 can adopt cylindrical or rectangular inflation structures, and the inflation amount of the pool top buoys 11 is controlled by a control system. Every two adjacent pool top buoys 11 are connected through detachable modes such as buckles and form pool top edge platform 1, and pool top edge platform 1 encloses to close and is the safe area of playing with the water in the region, and pool top edge platform 1 floats at the surface of water to form obvious sign.

As shown in figure 3, the top of the tank wall fence 2 is detachably connected with the tank top edge platform 1, and the lower part of the tank wall fence 2 is connected with the tank bottom 3. The shape of the enclosed pool wall fence 2 is the same as that of the platform 1 at the edge of the pool top, and the rectangular pool is taken as an example for the present embodiment, so the pool wall of the pool is enclosed by four groups of pool wall fences 2. Every group pool wall fence 2 is provided with outer filter screen 21 of pond, rotatable regulating plate 22 and the internal filter screen 23 of pond by the interval in proper order outside to inboard and constitutes, outer filter screen 21 aperture in pond is slightly big, has stronger shock resistance, can avoid the floater of aquatic and plankton to enter into along with rivers and play in the pond, realizes filtering and block the effect. The aperture of the inner layer filter screen 23 is slightly smaller than that of the outer layer filter screen 21 for further filtering the substance and organism in the pool, and simultaneously avoiding the water amusement personnel to touch the rotatable adjusting plate 22 between the outer layer filter screen 21 and the inner layer filter screen 23, and the inner layer filter screen 23 can also play a role in protecting the rotatable adjusting plate 22 and the water amusement person. The rotatable adjusting plate 22 is arranged between the outer layer screen 21 and the inner layer screen 23, the rotatable adjusting plate 22 comprises a plurality of fixing plates 221 and rotating plates 222 which are alternately arranged, the top of each fixing plate 221 is installed on a first rail 223 below the tank top edge platform 1, and the fixing plates 221 are fixed relative to the tank top edge platform 1. The top of each rotating plate 222 is hinged on a first rail 223, the top of each rotating plate 222 is further connected with an adjusting general rod 225 through a rotating rod 224, the adjusting general rod 225 is horizontally arranged below the pool top edge platform 1 and is arranged in the same direction with the pool top edge platform 1, and a control system drives the adjusting general rod 225 to horizontally pull through a driving mechanical device (such as a hydraulic cylinder) to drive each rotating plate 222 to rotate, so that the angle between the rotating plate 222 and the fixed plate 221 is changed, and the flow rate of water flow entering the paddling pool are changed. The fixed plate 221 and the rotating plate 222 may be shaped like a sheet or a triangle. The rotating plate 222 and the fixing plate 221 of the rotatable adjusting plate 22 can be directly set to be in a closed state as required, and the use effect is equivalent to that of a closed pool wall.

The bottom of the pool 3 is formed by the combination of a plurality of modularized bottom of the pool pontoons, the adjacent bottom of the pool pontoons are connected into a plane whole by the detachable mode such as buckles, and the periphery of the bottom of the pool 3 is connected with the inner wall of the pool wall fence 2. Each pool bottom pontoon comprises: the water storage tank comprises a modular tank body 31, a balance weight 32 and an air conduit 33, wherein a water storage tank 311 is arranged inside the modular tank body 31, a controllable regulating valve such as an electromagnetic valve is arranged at the bottom of the water storage tank 311, and the electromagnetic valve can discharge water inside the water storage tank 311 or inject the water into the water storage tank 311 according to the control of a control system. The counterweight 32 is fixed outside the bottom of the modular tank 31. The water storage tank 311 in each modular tank body 31 is communicated with an air compression pump through an air conduit 33, and the floating of the buoy at the bottom of the tank is realized by injecting air into the water storage tank 311; the sink of the float bowl at the bottom of the pool is realized by injecting water into the water storage tank 311.

Further, in order to improve the comfort of the paddling person stepping on the pool bottom 3, an artificial rubber anti-slip floor suitable for the human body feeling or a simulated sand ground is laid on the pool bottom 3. The pool bottom 3 is suspended and fixed in the water by a fixing device at a set depth, and the pool bottom 3 is suspended in the water by a single fixing mode which can be fixed by a steel column 41, an anchor and a buoy 45.

Furthermore, the fence 2 on the wall of the pool and the pool bottom 3 can also be made of transparent materials, so that a water paddling person can enjoy the scenery in the water through the pool bottom 3 in the clear water, and the enjoyment of the water paddling is improved.

As shown in fig. 4, when the depth of the water area in which the play pool is located is shallow, a plurality of steel columns 41 may be uniformly distributed around the inner side or the outer side of the pool wall fence 2 by using the steel column 41 fixing method, each steel column 41 is fixed to the pool wall fence 2, and the bottom end of each steel column 41 is inserted into the water bottom.

As shown in fig. 5, when the water area in which the play pool is located is not suitable for the steel column fixing method, the boat anchors 42 or the anchor piles 44 may be used, a plurality of telescopic anchor lines 43 are uniformly distributed on the periphery of the pool wall fence 2, the other ends of the telescopic anchor lines 43 are fixed to the anchor piles 44 fixed in the water bottom, or boat anchors 42 are fixed to the other ends of the telescopic anchor lines 43, so that each boat anchor 42 is fixed in the water bottom.

As shown in figure 6, when the water area of the paddling pool is deeper, a plurality of buoys 45 are uniformly distributed on the periphery of the pool wall fence 2 by cables in a fixing mode of the buoys 45, and each buoy 45 is fixed with a ship anchor 42 arranged in the water bottom by a telescopic anchor rope 43.

As shown in FIG. 7, in order to satisfy the amusement requirements of the water-paddling people and ensure the safety of the water-paddling people, the water-paddling pool also comprises a control system which comprises a top buoyancy control system, a bottom buoyancy control system, a flow rate control system and other auxiliary control systems.

The top buoyancy control system is used for controlling the aeration quantity of the pool top buoy 11 in the pool top edge platform 1. An air pump is arranged on the pool top edge platform 1 and used for inflating the pool top buoy 11 through a hose, and the top buoyancy control system is used for adjusting the inflation quantity of the pool top buoy 11 through intelligently controlling the air pump.

The bottom buoyancy control system is used to control the amount of air in each bottom buoy of the bottom 3 of the pool. The pool bottom buoyancy control system is characterized in that a compressed air pump is arranged on a platform 1 at the edge of the pool top, the compressed air pump is used for inflating a modularized box 31 of a pool bottom buoy through an air conduit 33, a bottom buoyancy control system collects signals fed back by a tilt sensor fixed on the pool bottom buoy, horizontal angle changes generated by force bearing conditions of pool bottoms 3 according to water padders and facilities, when a detection value exceeds a set range value, the air quantity of the required pool bottom buoy in the pool bottoms 3 is timely adjusted, the pool bottoms 3 are enabled to be always in a balanced state and at required depth, and inconsistent depths or toppling of the pool caused by uneven force bearing is avoided.

The flow speed control system is used for monitoring and controlling the flow speed and the flow rate of water flowing through the tank wall fence 2 and entering the paddling tank. The flow rate control system respectively through gathering the velocity of water inside and outside playing the water pool, the main pole 225 motion is adjusted in the pulling of the drive mechanical device (for example pneumatic cylinder) of control setting on pond top edge platform 1, make and adjust the dwang 224 that the main pole 225 is fixed and drive the rotor plate 222 and produce the rotation, through the rotation angle of adjusting rotor plate 222, thereby change the clearance size between fixed roof 221 and the rotor plate 222, the flow in control entering playing the water pool, thereby make the velocity of water that gets into playing the water pool slow down, avoid the velocity of water flow to play the water person and produce the influence suddenly.

The other auxiliary control systems are used for providing safety guarantee and improving entertainment experience when a paddling person plays in the pool. Other auxiliary control systems comprise a lighting system, a monitoring system and an alarm system, wherein the lighting system comprises functional lighting and/or decorative lighting arranged on the platform 1 at the edge of the pool top, the barrier 2 on the pool wall and the pool bottom 3, so as to provide lighting for the paddling pool, form a scene in a water system and increase the night activity effect of the paddling pool. The monitoring system comprises monitoring equipment 6 which is arranged at the periphery of the platform 1 at the top edge of the pool and is arranged in the paddling pool or/and outside the paddling pool, and is used for mastering the activity condition of a paddling person in the paddling pool in real time. The alarm system comprises alarm equipment arranged on the pool top edge platform 1 and is used for reminding when the operation of each system is in a state or the personnel is in danger.

The top buoyancy control system, the bottom buoyancy control system, the flow rate control system and the monitoring system are all connected with the alarm system, and once equipment breaks down, the alarm equipment can be started immediately to prompt.

The mode that the paddling person enters the paddling pool is determined according to the position of the paddling pool, and if the paddling pool is far away from the offshore edge, a ship ferrying mode can be adopted; if the paddling pool is close to the bank side, the connection can be realized by directly entering wading or building a floating bridge.

Example 2

As shown in fig. 8, the embodiment 2 is a modification of the embodiment 1, and the only difference is the suspension fixing manner of the pool bottom 3.

When the pool is set up on the bank with different depths at the bottom of the water, a composite fixing mode can be adopted, and the pool bottom 3 in the embodiment adopts a fixing mode of combining the steel column 41 and the anchor pile 44. Fixing the steel column 41 at one side of a deeper water area, fixing the steel column at the outer side of the pool wall fence 2, fixing the anchor pile 44 at one side of a shallower water area, and fixedly connecting the anchor pile 44 with the pool wall fence 2 through the telescopic anchor rope 43.

Example 3

As shown in FIG. 9, the present embodiment is based on embodiment 1, and only the connection relationship between the tank wall fence 2 and the tank bottom 3 is changed, because the requirements of the paddling persons for the depth of the paddling tank are different.

In order to facilitate the up-and-down movement of the tank bottom 3, a sufficient adjustment space needs to be left below the tank wall barrier 2. The inner wall of the area enclosed by the pool wall fence 2 is provided with a truss 46, the truss 46 comprises a plurality of longitudinal pipes which are longitudinally arranged, the tops of the adjacent longitudinal pipes are connected through a transverse pipe, the transverse pipe is fixed with the pool wall fence 2, and the bottoms of the longitudinal pipes are inserted into the water bottom. A plurality of sleeves 47 are respectively fixedly arranged around the pool bottom 3, the sleeves 47 are sleeved on the longitudinal pipes of the truss 46, and the sleeves 47 can move up and down along the length direction of the pool wall fence 2 through the change of the buoyancy of the pool bottom 3. In order to ensure the water depth safety, a locking block 48 is arranged at the lower part of the longitudinal pipe, and when the sleeve 47 reaches the depth of the locking block 48, the pool bottom 3 automatically stops descending, thereby ensuring the water depth safety.

This embodiment is applicable to the depth of water and is less, and satisfies the biggest depth of water requirement of swimming pool simultaneously, the not big condition of adjustment range of bottom of the pool 3 moreover.

Example 4

As shown in fig. 10 to 13, the difference between the embodiment 4 and the embodiments 1 and 3 is only that the pool bottom 3 and the pool wall fence 2 in the embodiment are fixedly connected, and the pool wall fence 2 is a double-layer pool wall fence 2-1 with up-down telescopic function, which can be adjusted according to the requirement of the paddling pool.

The double-layer tank wall fence 2-1 comprises a double-layer tank outer layer filter screen 21-1, a double-layer rotatable adjusting plate 22-1 and a double-layer tank inner layer filter screen 23-1 which are sequentially arranged from the outer side to the inner side at intervals, the double-layer tank outer layer filter screen 21-1 consists of two tank outer layer filter screens 21 with the same structure, the two tank outer layer filter screens 21 are arranged side by side, and one of the tank outer layer filter screens 21 is slidably arranged on the other tank outer layer filter screen 21 fixed with the tank top edge platform 1 through a slide rail 24. The double-layer inner filter screen 23-1 is composed of two inner filter screens 23 with the same structure, the two inner filter screens 23 are arranged side by side, and one of the inner filter screens 23 is vertically and slidably mounted on the other inner filter screen 23 fixed with the pool top edge platform 1 through a slide rail 24. The double-layer rotatable adjusting plate 22-1 is also composed of two rotatable adjusting plates 22 with the same structure, wherein the fixing plates 221 are arranged side by side, one row of sliding fixing plates 221 are arranged on the other row of fixing plates 221 fixed with the pool top edge platform 1 through the sliding rails 24, and the tops of all the fixing plates 221 sliding up and down are fixed into a whole through the second rail 223-1, so that torsion in the moving process is prevented; the rotating plate 222 of the rotatable adjusting plate 22 is slidably sleeved outside the other rotating plate 222 fixed to the pool top edge platform 1. The double-layer pool outer layer filter screen 21-1, the double-layer rotatable adjusting plate 22-1 and the double-layer pool inner layer filter screen 23-1 are of the same structure, and comprise an inner sleeve 24-1 and an outer sleeve 24-2 which are nested with each other, and the inner sleeve 24-1 and the outer sleeve 24-2 are oval.

The pool bottom 3 is connected with the lower part of the double-layer pool wall fence 2-1, the embodiment is suitable for the double-layer pool wall fence 2-1 which can adjust the depth of the paddling pool to a large extent, and the lower part of the double-layer pool wall fence 2-1 is driven to realize up-and-down telescopic motion through the buoyancy change of the pool bottom 3, so that the requirements of different paddling people on different water depths are met.

Example 5

As shown in fig. 14, this embodiment is based on any one of embodiments 1 to 4, and is used as an outdoor swimming competition field.

In the embodiment, the top edge platform 1 is expanded, the outer side of the pool top edge platform 1 is additionally provided with the floating platform 7-1, and the floating platform 7-1 is used as a rest platform for rest and entertainment of paddling crowds. Facilities such as a pool side diving platform 7-2, a high platform diving platform 7-3, an audience stand 7-4 and the like can be selectively arranged on the floating platform 7-1 according to different use requirements.

The shape and depth of the paddling pool are adjusted to meet the requirements before the competition, and the water in the paddling pool is required to be in a static state during the competition, so that the hard materials are fixed on the inner walls of the pool wall fences 2 at the two sides of the starting point and the ending point of the competition, which is convenient for a swimmer to touch the pool wall and turn around, and is convenient for the water in the paddling pool to keep static. The fence 2 on the pool wall can be made of transparent material, and video monitoring equipment 6 is arranged, so that people can shoot and record through the underwater monitoring equipment 6 and watch through a large screen; the spectator stands 7-4 can also be arranged underwater, so that people can watch the competition underwater by wearing diving equipment, and watch the competition underwater and on water, thereby increasing the enjoyment of viewing and enjoying, and realizing the competitive competition and exercise of people under the environment condition of natural waters.

Example 6

As shown in fig. 15, this embodiment is a restaurant location outside the room, in addition to any one of embodiments 1 to 4.

Catering tables and chairs 7-5 and sun-shading facilities 7-6 are arranged on the top edge platform 1 and/or the pool bottom 3. Eating in the natural waters is a novel experiential dining mode, not only can avoid summer heat in hot summer, but also can experience the enjoyment of eating in the waters, the depth of the water tank is adjusted according to the shape and the depth required by the dining area, the dining table and chair 7-5 can be arranged in a floating manner, the dining table and chair can also be fixed on the bottom of the tank 3, the natural water flow is gentle by adjusting the rotatable adjusting plate 22, meanwhile, equipment such as sun shading and lighting is arranged in the dining area, other facilities are arranged according to the dining requirements, and the dining requirements of diners are met.

Example 7

This embodiment is based on any one of embodiments 3 and 4, and is used as an outdoor performance place.

In the existing performance field, a large amount of water resources are utilized to perform large-scale live-action performances, such as West lake impression, Liu Sanjie impression and the like, a lifting stage needs to be built in water, and the lifting stage is complex in technology, large in investment and many in limited conditions. The water play pool of the embodiment is designed into a lifting stage for water performance, the lifting stage can not be influenced by tides, the requirement for lifting the stage is met by adjusting the buoyancy of the pool bottom 3, the stage scale can be adjusted according to the performance requirement, the performance field can be changed, the building is simple, the construction cost is low, the stage can be repeatedly used, and the application field is wide.

Example 8

The present embodiment is based on any one of embodiments 1 to 4, and is used as a mobile fountain.

Many landscape areas are built with large-scale fountains in water areas, but the construction, maintenance and reconstruction costs are higher in natural environment, and the construction, maintenance and reconstruction costs are limited by various conditions such as climate and water areas. On the basis of the technical scheme of the pool designed by the embodiment, fountain equipment is directly arranged on the pool bottom 3, the pool wall fences 2 are used as filtering facilities, and the modularized pool is designed into different shapes, depths and sizes in a combined mode according to the requirements of the fountain, so that the pool is not influenced by water flow change, can be repeatedly used and can further expand the use range of the fountain.

Example 9

This embodiment is based on any one of embodiments 1 to 4, and is used as a water amusement park.

The water amusement park is one of the favorite entertainment projects of young people and children, and the general water amusement park has more limiting factors and huge investment, so that the construction range of the water amusement park is limited. The swimming pool designed by the implementation design is built in a natural water area, the buoyancy of the pool is increased, the strength of the pool bottom is increased, and various water entertainment implementations are arranged on the pool to meet the use requirements. The filtering device is arranged near the fence 2 on the wall of the pool, which can solve the problem of impurities in water and make the entertainment facility convenient and practical. For large-scale entertainment facilities with high requirements on stability, the foundation can be built at the water bottom, the paddling pool is in active connection with the foundation, and the procedures that water storage and maintenance are required to be carried out regularly in the existing water park can be solved by placing the paddling pool in a natural water area.

Example 10

This example is based on any one of examples 1 to 4, and is used as a field of scientific experiments in water.

The swimming pool is built into a scientific experimental farm according to experimental requirements on the basis of the embodiment, animals and plants needing to be tested are placed into the swimming pool for breeding, the problem that the land breeding pool is lack of natural water resources can be avoided, the interference of external environmental conditions to the inside of the net box in water net box breeding can also be avoided, the environmental factors such as capacity, shape, depth, water flow, illumination and the like in the swimming pool can be controlled according to the living characteristics of the animals and plants bred in the experiment, meanwhile, the water flow can be adjusted through manual control, the loss of feeding and drug administration flushed by the water flow is reduced, in addition, the image data of the animals bred in the experiment can be observed and shot, the pool wall fence 2 can be made of transparent materials, and the method is an effective method for effectively improving the water scientific breeding experiment.

Example 11

This embodiment is a modification of any of embodiments 1 to 10, and the wall barrier 2 may be used as a part of a fixed wall.

The paddling pool comprises a pool top edge platform 1, a fixed pool wall and a pool bottom 3, wherein the fixed pool wall is arranged between the top edge platform 1 and the pool bottom 3, a water inlet and a water outlet are respectively formed in the opposite pool walls of the fixed pool wall, a pool wall fence 2 is arranged at the water inlet and the water outlet, and the structure and the function of the pool wall fence 2 are the same as those of the embodiment 1 to the embodiment 10, and are not repeated here.

Example 12

The embodiment is a method for building the paddling pool in the embodiment.

The construction method of the floating-submerging type intelligent control safe swimming pool suitable for the natural water area comprises the following steps:

s1, site selection and shaping: the size and the shape of the paddling pool are determined according to the actual situation of the natural water area, and the shape of the paddling pool can be circular, oval or rectangular according to the requirement.

S2, combining the swimming pools: connect the combination with the pond bottom 3 that forms of a plurality of modular pond bottom pontoons earlier, 3 suspension of rethread fixing device with the pond bottom is fixed in the aquatic, then float a plurality of modular pond top pontoons 11 on the surface of water, and make the pond top pontoons 11 connect and enclose and close and form pond top edge platform 1, at last through pool wall fence 2 with pond top edge platform 1 and pond bottom 3 be connected, make pond top edge platform 1, pond wall fence 2 and pond bottom 3 enclose jointly and close and form to play the pond whole.

The fixing mode adopted by the fixing device is a single fixing mode and a composite fixing mode, the single fixing mode adopts any one of fixing of the steel column 41, anchoring or anchoring of the buoy 45, and the composite fixing mode adopts a fixing mode of combining the steel column 41 and the anchor pile 44.

S3, adjusting the position of the water playing pool in water: according to the number of paddling personnel entering the paddling pool, the total weight and the stress position of facilities arranged on the paddling pool, the aeration quantity in the pool bottom 3 and the pool top edge platform 1 is adjusted, so that the paddling pool is always kept in a set depth range in water. The bottom of the pool 3 is formed by the combination of a plurality of modular bottom of the pool flotation pontoon through dismantling the connected mode, and every bottom of the pool flotation pontoon includes: modularization box 31 and the counter weight 32 of fixing in modularization box 31 bottom, the inside retaining chamber 311 that is equipped with of modularization box 31, the water yield that the retaining chamber 311 was poured into in the retaining chamber 311 through control system 5 control realizes the ups and downs change of bottom of the pool flotation pontoon in aqueous.

The concrete method for adjusting the air charging amount in the pool bottom 3 and the pool top edge platform 1 comprises the following steps: the aeration quantity in each pool bottom pontoon in the pool bottom 3 is controlled by the control system 5, and the aeration quantity in the pool top pontoon 11 in the pool top edge platform 1 is controlled by the control system 5, so that the paddling pool integrally floats at a proper position in water in a horizontal state.

S4, adjusting the depth of the water play pool in water: according to the entertainment requirements of water amusement personnel, the specific method for realizing up-and-down floating adjustment of the position of the pool bottom 3 in the water area through the control system 5 is that the control system 5 feeds back the signal of the depth of the pool bottom 3 according to the sensor arranged in the pool bottom 3, and controls the pool bottom 3 to sink and float up and down in the range enclosed by the pool wall fences 2, thereby realizing the adjustment of the depth of the water amusement pool.

S5, adjusting the water flow speed and flow rate in the pool: according to the actual condition of the water flow in the water area of the paddling pool and the experience requirements of paddling personnel, the speed and the flow of the water flow entering the paddling pool are adjusted through the control system 5, and therefore the paddling experience of a paddling person is improved. The specific method for adjusting the water flow speed entering the paddling pool comprises the following steps: pool wall fence 2 is provided with outer filter screen 21 of pond by outside to inboard interval in proper order, rotatable regulating plate 22 and the inlayer filter screen 23 of pond, outer filter screen 21 of pond is used for filtering the floater and the plankton of aquatic, the inlayer filter screen 23 of pond is used for filtering material and biology in the flow direction is played the pond once more, rotatable regulating plate 22 includes fixed plate 221 and rotor plate 222 that a plurality of set up in turn, through rotatory rotor plate 222, change the size in clearance between its and the fixed plate 221, thereby realize controlling the speed and the flow that get into rivers in playing the pond.

S6, adding auxiliary facilities to the water play pool: according to different experience requirements of paddling personnel, matched auxiliary facilities are arranged on the pool top edge platform 1 or/and the pool bottom 3. Different functional areas can be divided into the pool according to different experience requirements of paddling personnel. The auxiliary facilities comprise a lighting system, a competition diving platform, a high-platform diving platform, a spectator stand, a seat, a sun-shading facility and underwater video monitoring equipment.

While the invention has been described with reference to specific preferred embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but is intended to cover various modifications and alternative embodiments, which may be apparent to those skilled in the art, within the spirit and scope of the invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.

Claims (8)

1. The construction method of the floating-submerging type intelligent control safe swimming pool suitable for the natural water area is characterized by comprising the following steps:

s1, site selection and shaping: determining the size and shape of the water play pool according to the actual situation of the natural water area;

s2, combining the swimming pools: firstly, connecting and combining a plurality of modularized pool bottom buoys to form a pool bottom (3), suspending the pool bottom (3) in water through a fixing device, then floating a plurality of modularized pool top buoys (11) on the water surface, connecting and enclosing the pool top buoys (11) to form a pool top edge platform (1), and finally connecting the pool top edge platform (1) with the pool bottom (3) through a pool wall fence (2) to jointly enclose the pool top edge platform (1), the pool wall fence (2) and the pool bottom (3) to form a paddling pool whole;

s3, adjusting the position of the water play pool in water: according to the number of paddling personnel entering the paddling pool, the total weight and the stress position of facilities arranged on the paddling pool, the aeration quantities in the pool bottom (3) and the pool top edge platform (1) are adjusted, so that the paddling pool is always kept in a set depth range in water;

s4, adjusting the depth of the water level in the paddling pool: according to the entertainment requirements of paddling personnel, the water level depth in the paddling pool is adjusted through a control system (5);

s5, adjusting the water flow speed and flow rate in the pool: according to the actual condition of the water flow in the water area of the water play pool and the experience requirements of water play personnel, the speed and the flow of the water flow entering the water play pool are adjusted through the control system (5), so that the water flow speed can be changed according to different water play requirements, and the fun of a water player on the water play is improved;

the specific method for adjusting the speed of water flowing into the paddling pool comprises the following steps: the wall fence (2) is sequentially provided with an outer filter screen (21), a rotatable adjusting plate (22) and an inner filter screen (23) at intervals from the outer side to the inner side, the outer filter screen (21) is used for filtering floating objects and plankton in water, the inner filter screen (23) is used for filtering substances and organisms flowing into the paddling pool again, the rotatable adjusting plate (22) comprises a plurality of fixing plates (221) and rotating plates (222) which are alternately arranged, and the size of a gap between the rotatable adjusting plate (222) and the fixing plates (221) is changed by rotating the rotating plates (222), so that the speed and the flow of water flowing into the paddling pool are controlled;

s6: the water play pool is additionally provided with auxiliary facilities: according to different experience requirements of paddling personnel, matched auxiliary facilities are arranged on the pool top edge platform (1) or/and the pool bottom (3).

2. A method of construction as claimed in claim 1, wherein: the siting and sizing in step 1, the shape of the pool is circular, elliptical, rectangular or a combination of shapes.

3. The method of construction of claim 1, wherein: the combined swimming pool as described in step 2, the fixing means adopts a single fixing mode and a composite fixing mode, the single fixing mode adopts any one of fixing, anchoring or anchoring by a buoy (45) through a steel column (41), and the composite fixing mode adopts a fixing mode of combining the steel column (41) and an anchor pile (44), or adopts other combined anchoring modes according to the water environment and hydrogeology conditions.

4. The method of construction of claim 1, wherein: the concrete method for adjusting the position of the paddling pool in the water and the air filling amount in the pool bottom (3) and the pool top edge platform (1) comprises the following steps: the aeration quantity in each pool bottom pontoon in the pool bottom (3) is controlled by the control system (5), and the aeration quantity in the pool top pontoon (11) in the pool top edge platform (1) is controlled by the control system (5), so that the water play pool integrally floats at a proper position in water in a horizontal state.

5. The construction method according to claim 4, wherein: the bottom of the pool (3) is formed by the combination of a plurality of modular bottom of the pool flotation pontoon through dismantling the connected mode, and every bottom of the pool flotation pontoon includes: modularization box (31) and fix counter weight (32) in modularization box (31) bottom, modularization box (31) inside is equipped with water storage cabin (311), water storage cabin (311) are passed through control system (5) control and are injected into the water yield or the gas volume in water storage cabin (311), realize the ups and downs change of bottom of the pool flotation pontoon in aqueous.

6. The method of construction of claim 1, wherein: the specific method for adjusting the water level depth in the paddling pool and realizing the up-and-down floating adjustment of the position of the pool bottom (3) in the water area by the control system (5) as described in the step 4 is that the control system (5) feeds back the signal of the depth of the pool bottom (3) according to the sensor arranged in the pool bottom (3) and controls the pool bottom (3) to sink and float up and down in the range enclosed by the pool wall fence (2), thereby realizing the adjustment of the depth of the paddling pool.

7. The method of construction of claim 1, wherein: according to step 6, the pool can be divided into different functional areas according to different experience requirements of paddling personnel.

8. The method of construction of claim 1, wherein: the auxiliary facilities in the step 6 comprise lighting equipment, monitoring equipment (6), a pool side diving platform (7-2), a high platform diving platform (7-3), audience watching platforms (7-4), dining tables and chairs (7-5) and sun-shading facilities (7-6).

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