Artificial swimming river for people to swim

Abstract

The invention discloses an artificial swimming small river for people to swim. The artificial swimming small river is divided into a quiet swimming small river (2) and a flowing swimming small river (15). Wherein the calm swimming river (2) consists of a plurality of sections of swimming channels (3), a plurality of swimming pools (5), a plurality of drainage wells (11), a water supply pipe (7) and water (6); the water supply pipe (7) is connected with the swimming channel (3), or the water supply pipe (7) is connected with the swimming pool (5); water (6) is filled in the swimming channel (3) and the swimming pool (5); and water (6) in the swimming channel (3) and the swimming pool (5) is the same water surface. Swimming does not turn around, a user can swim forwards as much as possible, and collision is not prone to occurring.

Description

Technical Field

[0001] The present invention belongs to the technical field of artificial swimming brooks, and particularly relates to an artificial swimming brook for people to swim in. Background Art

[0002] Swimming is a very popular recreational sport for people. However, the existing swimming pools are just simple pools with overly simple structures and monotonous swimming activities. The width and length of the swimming pools are limited. When there are many people swimming, it is very difficult to expand swimming movements. Some people swim in the width direction, some swim in the length direction, and they will reach the edge in a short while and have to turn around to swim again. Careless people swimming longitudinally, horizontally, or in circles may collide with each other. Summary of the Invention

[0003] The purpose of the present invention is to overcome the above-mentioned drawbacks and provide an artificial swimming brook for people to swim in, where people can swim forward without turning around and it is not easy to collide with each other.

[0004] An artificial swimming brook for people to swim in according to the present invention is divided into two types: a calm swimming brook and a flowing swimming brook; among them: A. The calm swimming brook is composed of several swimming channels, several swimming pools, several drainage wells, a water supply pipe, and water; A.1 The water supply pipe is connected to the swimming channel or the swimming pool; water is placed in the swimming channel and the swimming pool; the water surfaces in the swimming channel and the swimming pool are at the same level; A.2 The drainage wells are arranged beside the swimming channels; the drainage wells are arranged beside the swimming pools; the drainage pipes connected to the drainage wells are connected to the swimming channels; the drainage pipes connected to the drainage wells are connected to the swimming pools; the drainage wells are composed of a fence and a bottom plate; the drainage wells are located on the foundation; A safety net plate is arranged above the water surface in the drainage well, and the safety net plate is installed on the fence; a drainage hole is arranged on the bottom plate of the drainage well; a plug is arranged at the drainage hole; the plug blocks the drainage hole; an operating rod is connected to the plug, and the upper end of the operating rod is arranged above the safety net plate; the drainage pipe connected to the drainage hole leads to a sump well or a natural ditch or river; A.3 The swimming channels are connected to the swimming pools. For several swimming pools, the connection ports of each swimming pool are divided into inlets and outlets; A.4 The swimming pools are square or of other shapes, and the width of the swimming pool is greater than the width of the widest section of the swimming channel; the swimming pool is composed of a fence and a bottom plate; the swimming pool is located on the foundation; An anhydrous sand pool is arranged beside the swimming pool. The anhydrous sand pool is composed of a sand tray and sand or gravel; the sand tray is composed of a fence and a bottom plate, and the fence is arranged around the bottom plate; sand or gravel is placed in the sand tray; the anhydrous sand pool is located on the foundation; A.5 The swimming channel is provided with a circular section; the width of the circular section of several swimming channels is greater than that of other sections; The swimming channel has two forms: A.5.1 The flat-bottom swimming channel consists of a retaining wall and a bottom plate; the retaining walls are arranged on both sides of the bottom plate; the flat-bottom swimming channel is located on the foundation; 1. There is a water and sand pool beside the flat-bottom swimming channel, and there is a low retaining wall opening between the flat-bottom swimming channel and the water and sand pool; the top surface of the retaining wall at the low retaining wall opening is below the water surface; the water surfaces of the water and sand pool and the flat-bottom swimming channel are at the same level; the water and sand pool consists of a sand table, sand or gravel and water; the sand table consists of a retaining wall and a bottom plate, and the retaining walls are arranged around the bottom plate; sand or gravel and water are placed in the sand table; the water and sand pool is located on the foundation; 2. There is a dry sand pool beside the flat-bottom swimming channel, and there is a step opening between the flat-bottom swimming channel and the dry sand pool; the dry sand pool consists of a sand table and sand or gravel; the sand table consists of a retaining wall and a bottom plate, and the retaining walls are arranged around the bottom plate; sand or gravel is placed in the sand table; the dry sand pool is located on the foundation; 3. There are several small bridges on the flat-bottom swimming channel; A.5.2 The mesh-bottom swimming channel consists of a retaining wall and a mesh bottom plate; the mesh bottom plate is the bottom of the mesh-bottom swimming channel and is entirely located on the foundation; the retaining walls are arranged on both sides of the mesh bottom plate; the mesh bottom plate consists of a bottom plate, a mesh plate and a sub-pool under the plate; several sub-pools are arranged under the bottom plate at a set spacing; the sub-pool consists of a pool bottom plate and a pool retaining wall; the pool retaining wall is arranged on the pool bottom plate; the sub-pool is in a groove shape; there is a groove frame at the edge of the sub-pool opening, and the groove frame is in a square shape; the groove frame is fixed on the edge of the sub-pool opening; the mesh plate is installed on the groove frame; the surface of the mesh plate and the surface of the bottom plate are on the same plane; there is a set spacing between the bottom surface of the mesh plate and the surface of the pool bottom plate; several holes are evenly distributed on the mesh plate; the total area of the mesh plate is greater than one-fourth of the total area of the bottom plate; the sub-pools are connected by a drain pipe; the drain pipe connecting to the drainage well is connected to the sub-pool; 1. There is a water and sand pool beside the mesh-bottom swimming channel, and there is a low retaining wall opening between the mesh-bottom swimming channel and the water and sand pool; the top surface of the retaining wall at the low retaining wall opening is below the water surface; the water surfaces of the water and sand pool and the mesh-bottom swimming channel are at the same level; the water and sand pool consists of a sand table, sand or gravel and water; the sand table consists of a retaining wall and a bottom plate, and the retaining walls are arranged around the bottom plate; sand or gravel and water are placed in the sand table; the water and sand pool is located on the foundation; 2. There is a dry sand pool beside the mesh-bottom swimming channel, and there is a step opening between the mesh-bottom swimming channel and the dry sand pool; the dry sand pool consists of a sand table and sand or gravel; the sand table consists of a retaining wall and a bottom plate, and the retaining walls are arranged around the bottom plate; sand or gravel is placed in the sand table; the dry sand pool is located on the foundation; 3. There are several small bridges on the mesh-bottom swimming channel; B The flowing swimming stream consists of several sections of swimming channels, several swimming pools, several water skiing slides, several drainage wells, a water supply pipe, a pump house and water; B.1 The water supply pipe is connected to the swimming channel or the swimming pool; there is water in the swimming channel and the swimming pool; the water surfaces in the swimming channel and the swimming pool are at the same level; B.2 The drainage well is located beside the swimming channel; the drainage well is located beside the swimming pool; the drainage pipe connected to the drainage well is connected to the swimming channel; the drainage pipe connected to the drainage well is connected to the swimming pool; the drainage well is composed of a retaining wall and a bottom plate; the drainage well is located on the foundation; A safety net plate is provided above the water surface in the drainage well, and the safety net plate is installed on the retaining wall; a drainage hole is provided on the bottom plate of the drainage well; a plug is provided at the drainage hole; the plug blocks the drainage hole; an operating rod is connected to the plug, and the upper end of the operating rod is located above the safety net plate; the drainage pipe connected to the drainage hole leads to a sump or a natural ditch or river; B.3 There are two forms of setting the swimming channel at high and low positions: one is to set the swimming channel only at the low position; the other is to set the swimming channel at both the low position and the high position; the low-position swimming channel has a circular section; the widths of several circular sections of the low-position swimming channel are greater than those of other sections; there are two forms of setting the swimming pool at high and low positions: one is to set the swimming pool only at the low position; the other is to set the swimming pool at both the low position and the high position; the low-position swimming channel is connected to the low-position swimming pool, and the connection ports of the swimming pool are divided into an inlet and an outlet; the high-position swimming channel is connected to the high-position swimming pool; B.4 The pump house is located beside or near the low-position swimming channel or the low-position swimming pool; there is a water pump in the pump house; the water pump is connected to an inlet pipe and an outlet pipe, the inlet pipe is connected to the low-position swimming channel or the low-position swimming pool, a grille plate is installed at the inlet, and several holes are evenly distributed on the grille plate; the outlet pipe is connected to the high-position swimming channel or the high-position swimming pool, a grille plate is installed at the outlet, and several holes are evenly distributed on the grille plate; the pump house is composed of a retaining wall, doors, windows, a roof and a floor, there is an equipment foundation on the floor, the water pump is installed on the equipment foundation, and the foundation of the pump house and the equipment foundation are located on the foundation; B.5 The swimming pool is square or of other shapes, and the width of the swimming pool is greater than the width of the widest section of the swimming channel; the swimming pool is composed of a retaining wall and a bottom plate; the swimming pool is located on the foundation; An anhydrous sand pool is provided beside the low-position swimming pool, and the anhydrous sand pool is composed of a sand table and sand or gravel; the sand table is composed of a retaining wall and a bottom plate, and the retaining wall is provided around the bottom plate; sand or gravel is placed in the sand table; B.6 The swimming channel has a circulation section; the widths of several circulation sections of the swimming channel are greater than those of other sections; The swimming channel has two forms: B.6.1 The flat-bottom swimming channel is composed of a retaining wall and a bottom plate; the retaining wall is provided on both sides of the bottom plate; the flat-bottom swimming channel is located on the foundation; 1. There is a water and sand pool beside the low-position flat-bottom swimming channel. There is a low retaining wall opening between the flat-bottom swimming channel and the water and sand pool. The top surface of the retaining wall at the low retaining wall opening is below the water surface. The water surfaces of the water and sand pool and the flat-bottom swimming channel are at the same level. The water and sand pool is composed of a sand tray, sand or gravel and water. The sand tray is composed of a retaining wall and a bottom plate. The retaining wall is arranged around the bottom plate. Sand or gravel and water are placed in the sand tray. The water and sand pool is located on the foundation. 2. There is a dry sand pool beside the low-position flat-bottom swimming channel. There is a step opening between the flat-bottom swimming channel and the dry sand pool. The dry sand pool is composed of a sand tray and sand or gravel. The sand tray is composed of a retaining wall and a bottom plate. The retaining wall is arranged around the bottom plate. Sand or gravel is placed in the sand tray. The dry sand pool is located on the foundation. 3. There are several small bridges on the low-position flat-bottom swimming channel. B.6.2 The mesh-bottom swimming channel is composed of a retaining wall and a mesh bottom plate. The mesh bottom plate is the bottom of the mesh-bottom swimming channel and is located entirely on the foundation. The retaining wall is arranged on both sides of the mesh bottom plate. The mesh bottom plate is composed of a bottom plate, a mesh plate and a sub-pool under the plate. Several sub-pools are arranged under the bottom plate at a set spacing. The sub-pool is composed of a pool bottom plate and a pool retaining wall. The pool retaining wall is arranged on the pool bottom plate. The sub-pool is in a groove shape. There is a groove frame at the edge of the sub-pool opening. The groove frame is in a square shape. The groove frame is fixed on the edge of the sub-pool opening. The mesh plate is installed on the groove frame. The surface of the mesh plate and the surface of the bottom plate are on the same plane. There is a set spacing between the bottom surface of the mesh plate and the surface of the pool bottom plate. Several holes are evenly distributed on the mesh plate. The total area of the mesh plate is greater than one-fourth of the total area of the bottom plate. The sub-pools are connected by a drain pipe. The drain pipe connected to the drainage well is connected to the sub-pool. 1. There is a water and sand pool beside the low-position mesh-bottom swimming channel. There is a low retaining wall opening between the mesh-bottom swimming channel and the water and sand pool. The top surface of the retaining wall at the low retaining wall opening is below the water surface. The water surfaces of the water and sand pool and the mesh-bottom swimming channel are at the same level. The water and sand pool is composed of a sand tray, sand or gravel and water. The sand tray is composed of a retaining wall and a bottom plate. The retaining wall is arranged around the bottom plate. Sand or gravel and water are placed in the sand tray. The water and sand pool is located on the foundation. 2. There is a dry sand pool beside the low-position mesh-bottom swimming channel. There is a step opening between the mesh-bottom swimming channel and the dry sand pool. The dry sand pool is composed of a sand tray and sand or gravel. The sand tray is composed of a retaining wall and a bottom plate. The retaining wall is arranged around the bottom plate. Sand or gravel is placed in the sand tray. The dry sand pool is located on the foundation. 3. There are several small bridges on the low-position mesh-bottom swimming channel. B.7 The water ski slide is low at one end and high at the other end. The low end port of the water ski slide is connected to the low-position swimming channel or the low-position swimming pool, and the high end port of the water ski slide is connected to the high-position swimming channel or the high-position swimming pool. The water ski slide is composed of a bottom plate, a retaining wall, a water slide board, a stacked pool and an elbow plate. The water slide is located on the foundation, or one end of the bottom is located on the foundation and the high end is located on the supporting structure; B.7.1 In a water slide, the bottom plate consists of several horizontal sections and several zigzag sections; the enclosures are divided into longitudinal enclosures and transverse enclosures. The longitudinal enclosures are arranged on both sides of the bottom plate, and the transverse enclosures are arranged on the top of the bottom plate at set intervals. The transverse enclosures are connected to the longitudinal enclosures; B.7.2 Several sections of downstream water slides are provided in a water slide; the downstream water slides are installed in the middle of the zigzag sections of the bottom plate; side panels are provided on both sides of the downstream water slides; the side panels are fixed on the sides of the lower enclosures; there is a set interval between the side panels and the sides of the upper enclosures; There are two forms of the structural shape of the downstream water slide: 1. The shape of a section of the downstream water slide is bent in a wavy shape; a section of the wavy downstream water slide has at least one wave crest and one wave trough; the surface of the downstream water slide is smooth; 2. The shape of a section of the downstream water slide is bent in a zigzag shape; a section of the downstream water slide is provided with a horizontal section and an inclined section, and it is bent at the intersection of the horizontal section and the inclined section; a section of the downstream water slide is provided with sections of different slopes, and it is bent at the intersection of the sections of different slopes; the surface of the downstream water slide is smooth; B.7.3 Several stacking pools are provided in a water slide; one stacking pool is provided below a section of the downstream water slide; the stacking pool is composed of longitudinal partial enclosures, transverse enclosures and the bottom plate of the horizontal section; B.7.4 Several sections of elbow plates are provided in a water slide; a section of elbow plate is provided at the upper end of a section of the downstream water slide; the elbow plate is installed on the top of the transverse enclosure, and one side of the bent elbow plate is connected to the downstream water slide, and the other side extends to the side of the transverse enclosure; the surface of the elbow plate is smooth; B.8 There are several upstream water slides between the low-position swimming channel or low-position swimming pool and the high-position swimming channel or high-position swimming pool; the upstream water slide is low at one end and high at the other end; the low end of the upstream water slide is connected to the low-position swimming channel or low-position swimming pool; the high end of the upstream water slide is connected to the high-position swimming channel or high-position swimming pool; The upstream water slide is located on the foundation, or part of the upstream water slide is located on the foundation and the other part is located on the supporting structure; The upstream water slide slides from bottom to top. The specific sliding method is: the human body lies on the upstream water slide, and uses the feet to pedal the pedal groove and the hands to pull the rope to slide forward and upward in the opposite direction of the flowing water; There are two forms of the upstream water slide: B.8.1 The single upstream slide consists of a bottom plate, enclosures and an upstream water slide; 1. The bottom plate consists of several horizontal sections and several inclined sections, and the enclosures are arranged on both sides of the bottom plate; 2. The reverse water skateboard is installed in the middle of the bottom plate in a strip shape; there is a set spacing between the two sides of the reverse water skateboard and the upper side of the enclosure; the reverse water skateboard is provided with a horizontal section and an inclined section, or the reverse water skateboard is provided with inclined sections with different inclinations; the intersection of the horizontal section and the inclined section of the reverse water skateboard is bent; the intersection of the inclined sections with different inclinations of the reverse water skateboard is bent; the reverse water skateboard is provided with pedaling grooves, and the pedaling grooves are arranged on both sides of the reverse water skateboard, and the pedaling grooves on each side are arranged at set intervals, and the pedaling grooves are square grooves; hand-sliding rods are arranged on both sides of the reverse water skateboard; the hand-sliding rods are in the shape of channel steel or angle steel or square pipe or round pipe; the side surface of the hand-sliding rod is connected to the reverse water skateboard; the side surface of the hand-sliding rod and the surface of the reverse water skateboard form a groove shape. 3. Soft pads are provided on the inner side surface at the turning of the enclosure. 4. Cross bars are provided on the enclosure at set intervals, and the cross bars are installed on the enclosure; between the two enclosures, a pull rope is provided at the middle position at a set height from the surface of the reverse water skateboard; the pull rope is fixed on the enclosure; the pull rope is fixed on the cross bar. B.8.2 The double reverse slideway is composed of a bottom plate, an enclosure and a reverse water skateboard. 1. The enclosures are arranged on both sides of the bottom plate; the bottom plate is composed of several horizontal sections and several inclined sections. 2. There are two reverse water skateboards respectively installed on both sides of the bottom plate; for the two reverse water skateboards, each reverse water skateboard on one side is in a strip shape; for the two reverse water skateboards, there is a set spacing between each reverse water skateboard on one side and the upper side of the enclosure; there is a set spacing between the two reverse water skateboards; for the two reverse water skateboards, each reverse water skateboard is provided with a horizontal section and an inclined section, or each reverse water skateboard is provided with inclined sections with different inclinations; the intersection of the horizontal section and the inclined section of the reverse water skateboard is bent; the intersection of the inclined sections with different inclinations of the reverse water skateboard is bent; for the two reverse water skateboards, each reverse water skateboard is provided with pedaling grooves, and the pedaling grooves are arranged on both sides of the reverse water skateboard, and the pedaling grooves on each side are arranged at set intervals, and the pedaling grooves are square grooves; for the two reverse water skateboards, hand-sliding rods are arranged on both sides of each reverse water skateboard; the hand-sliding rods are in the shape of channel steel or angle steel or square pipe or round pipe; the side surface of the hand-sliding rod is connected to the reverse water skateboard; the side surface of the hand-sliding rod and the surface of the reverse water skateboard form a groove shape. 3. Soft pads are provided on the inner side surface at the turning of the enclosure. 4. Cross bars are provided on the enclosure at set intervals, and the cross bars are installed on the enclosure; for the two reverse water skateboards, a pull rope is provided at the position at a set height from the surface of each reverse water skateboard above each reverse water skateboard; the pull rope is fixed on the enclosure; the pull rope is fixed on the cross bar. Compared with the prior art, the present invention has obvious beneficial effects. The present invention, which is composed of a swimming channel and a swimming pool connected together, in its simplest form consists of a section of swimming channel and a swimming pool. The swimming channel and the swimming pool are connected to form a cycle. The swimming pool has an outlet and an inlet. The curved swimming channel can reach the required length and can extend to narrow places. The swimming channel and the swimming pool are on the same water surface, with a simple and beautiful structure, changing the traditional facility model of just having a single swimming pool. When swimming, people naturally form a good cyclic swimming pattern. The main swimming sections of the more complex multi-section swimming channels are cyclic and relatively wide and long, while the secondary swimming sections are narrower and shorter. People swim at different speeds. The wide sections of the swimming channel meet the width requirements for swimming ahead. There is a sand pool beside the swimming channel where people can rest when they are tired from swimming.

[0005] The water slide allows people to slide downwards along the water, enhancing the entertainment value. The stacked pool is a buffer pool for water sliding and can also be used for people to take a bath. The reverse water slide allows people to slide upwards against the water, breaking the traditional model of sliding from top to bottom and being more challenging.

[0006] The curved and long swimming channel, the spacious swimming pool, the smooth reverse water slide board, the stacked pools that are one higher than the other, the forward water slide boards that are one higher than the other, and the small sand pool beside are combined together, with rich amusement contents and a very beautiful overall planar layout of the amusement facilities. It will increase people's interest in swimming and attract people to go on vacation and travel.

[0007] In short, when swimming with this invention, one doesn't need to turn around and can swim forward with all one's might, and it's not easy to have collisions. BRIEF DESCRIPTION OF THE DRAWINGS

[0009] Figure 1 is the first structural schematic diagram of the present invention; Figure 2 is the second structural schematic diagram of the present invention; Figure 3 is the first structural schematic diagram of the swimming channel; Figure 4 is the second structural schematic diagram of the swimming channel; Figure 5 is the structural schematic diagram of the swimming channel without a sand pool including a flat bottom plate; Figure 6 is the structural schematic diagram of the swimming channel with a sand pool including a mesh bottom plate; Figure 7 is the structural schematic diagram of the water slide; Figure 8 is the first structural schematic diagram of the forward water slide board; Figure 9 is the second structural schematic diagram of the forward water slide board; Figure 10 is the first structural schematic diagram of the reverse water slide; Figure 11 It is the second structural schematic diagram of the reverse water skiing slideway; Figure 12 It is the structural schematic diagram of the drainage well.

[0010] In the figure, the markings 2. Calm swimming stream, 3. Swimming channel, 4. Flat-bottom swimming channel, 5. Swimming pool, 6. Water, 7. Water supply pipe, 8. Drain pipe, 9. Inlet, 10. Dry sand pool, 11. Drainage well, 12. Small bridge, 13. Wet sand pool, 14. Outlet, 15. Flowing swimming stream, 16. Water skiing slideway, 17. Grating plate, 18. Inlet pipe, 19. Pump house, 20. Water pump, 21. Outlet pipe, 22. Reverse water skiing slideway, 23. Enclosure, 24. Bottom plate, 25. Mesh-bottom swimming channel, 26. Mesh bottom plate, 27. Mesh plate, 28. Underplate pool, 29. Pool bottom plate, 30. Groove frame, 31. Pool enclosure, 32. Sand table, 33. Sand, 34. Step opening, 35. Sand, 36. Low enclosure opening, 37. Overflow pool, 38. Downstream skateboard, 39. Side panel, 40. Elbow plate, 41. Single reverse slideway, 42. Reverse water skateboard, 43. Hand slide bar, 44. Pedaling groove, 45. Pulling rope, 46. Cross bar, 47. Soft pad, 48. Double reverse slideway, 49. Safety net plate, 50. Operating rod, 51. Plug, 52. Drainage hole. Specific implementation mode

[0011] Figure 1 It is the top view schematic diagram of the first structure of the present invention, that is, the top view schematic diagram of the calm swimming stream 2 structure.

[0012] A. Determine the length of the swimming channel 3 and the number of swimming pools 5 according to the construction scale. The simplest is composed of a section of swimming channel 3 and a swimming pool 5; Figure 1 It is the actual planning diagram of a certain scenic area according to the present invention. There are two swimming pools 5 in the figure. The swimming channel 3 is relatively long, with a circulation section. The circulation section is relatively wide, and the other sections are relatively narrow. There are wet sand pools 13 and dry sand pools 10 beside the swimming channel 3. There are dry sand pools 10 beside the swimming pool 5. There is a small bridge 12 on the swimming channel 3. The swimming channel 3 connects the two swimming pools 5 together to form the same water area.

[0013] A.1 The swimming channel 3 and the swimming pool 5 are supplied with water by the water supply pipe 7, and the water 6 in the calm swimming stream 2 is not flowing; The water supply pipe 7 and pipe fittings are common pipes and fittings in construction projects.

[0014] Figure 12 It is the vertical sectional view schematic diagram of the drainage well 11 structure.

[0015] A.2 The drainage well 11 is a facility for controlling the drainage and water storage of the swimming channel 3 and the swimming pool 5. The swimming channel 3 and the swimming pool 5 need to be maintained, including regular cleaning and water replacement. When performing maintenance, open the manhole cover of the drainage well 11, raise the operating rod 50, and the plug 51 leaves the drainage hole 52. After the drainage hole 52 is opened, sewage and wastewater can be discharged; when the plug 51 blocks the drainage hole 52, the water supply pipe 7 supplies water to the swimming channel 3 and the swimming pool 5, and it can be put into operation after being filled with water.

[0016] The drainage hole 52 is a pipe fitting material port connected to the drainage pipe 8. The plug 51 and it are made of metal materials and are manufactured by the manufacturer according to the design.

[0017] There is water 6 in the drainage well 11, and the water 6 is relatively deep. The safety net board 49 plays a protective role. The safety net board 49 is made of metal materials.

[0018] The drainage pipe 8 and pipe fittings are common pipes and fittings in construction projects.

[0019] A.3 The swimming channel 3 and the swimming pool 5 are connected with an inlet 9 and an outlet 14, and the swimming channel 3 and the swimming pool 5 form a circulation, as Figure 1 shown.

[0020] Figure 1 It is a top view schematic diagram of the first structure of the present invention, that is, the top view schematic diagram of the calm swimming river 2 structure.

[0021] A.4 The swimming pool 5 is a pool for people to swim. As Figure 1 shown, the swimming pool 5 is connected to the swimming channel 3 and belongs to the same water surface. The swimming pool 5 is a part of the overall water area. The difference between the swimming pool 5 and the swimming channel 3 is that the swimming pool 5 is square or other shapes, with a wide water surface, while the swimming channel 3 is narrow in width and long in length with bends.

[0022] The dry sand pool 10 beside the swimming pool 5 is a place for people to sit, lie down and rest.

[0023] The sand 35 in the dry sand pool 10 is sand obtained by crushing and screening stones, or it can also be particles similar to sand made of chemical materials.

[0024] The swimming pool 5 and the dry sand pool 10 are built on the ground and located on the foundation; Figure 5 It is a partial top view schematic diagram of the dry sand pool 10 including the flat bottom plate swimming channel 4 structure; Figure 6 It is a partial top view schematic diagram of the wet sand pool 13 including the mesh bottom plate swimming channel 25 structure.

[0025] A.5 The width of the main swimming section of the swimming channel 3 is relatively wide and long, such as the circular section, and the other sections are relatively narrow and short, such as Figure 1 shown.

[0026] The swimming channel 3 has two forms for selection. The flat-bottom swimming channel 4 has a lower cost, while the mesh-bottom swimming channel 25 has a higher cost.

[0027] A.5.1 The flat-bottom swimming channel 4 is a water channel for people to swim. As Figure 1 shown, the flat-bottom swimming channel 4 is connected to the swimming pool 5 to form a cycle. There are two interfaces, one is the inlet 9 and the other is the outlet 14. During operation, identification work needs to be done well. When swimming, people will naturally swim in a counterclockwise direction according to their habits; the flat-bottom swimming channel 4 is provided with a circular section, which increases the swimming options. One can swim in the swimming pool 5, in the flat-bottom swimming channel 4, from the swimming pool 5 to the flat-bottom swimming channel 4, and then from the flat-bottom swimming channel 4 to the swimming pool 5. Even if there are many people swimming, the swimming order will not be chaotic and people will not collide.

[0028] The main swimming section of the flat-bottom swimming channel 4 is wider and longer, such as the circular section; the secondary swimming section is narrower and shorter, such as the connecting section connecting the swimming pool 5; people swim at different speeds, and the wider section of the flat-bottom swimming channel 4 meets the width requirements for swimming ahead.

[0029] The flat-bottom swimming channel 4 is built on the ground and is located on the foundation; 1. The water and sand pool 13 located beside the flat-bottom swimming channel 4 is a place for rest. As Figure 6 shown, the low enclosure opening 36 is the inlet and outlet. When people are tired from swimming, they can sit down and rest in the water and sand pool 13.

[0030] The sand in the water and sand pool 13 is natural sand, which is screened river sand, sea sand, etc.

[0031] The water and sand pool 13 is built on the ground and is located on the foundation; 2. The dry sand pool 10 located beside the flat-bottom swimming channel 4 is a place for rest. As Figure 5 shown, the step opening 34 is the inlet and outlet. When people are tired from swimming, they can lie down and rest in the dry sand pool 10.

[0032] The sand 35 in the dry sand pool 10 is sand made by crushing and screening stones, or it can also be particles similar to sand made of chemical materials.

[0033] The dry sand pool 10 is built on the ground and is located on the foundation; 3. The small bridge 12 connects the separated areas for convenient passage. As Figure 1 shown; the small bridge 12 is made of metal materials, and the foundation of the small bridge 12 is made of reinforced concrete.

[0034] Figure 3 It is the first structural transverse sectional view of the swimming channel 3; that is, the transverse sectional view of the flat-bottom swimming channel 4 structure; Figure 4 It is a schematic cross-sectional view of the second structure of the swimming channel 3 horizontally; that is, a schematic cross-sectional view of the structure of the mesh-bottom swimming channel 25; Figure 5 It is a partial top view of the structure of the flat-bottom swimming channel 4 included in the dry sand pool 10; Figure 6 It is a partial top view of the structure of the mesh-bottom swimming channel 25 included in the wet sand pool 13.

[0035] A.5.2 The mesh-bottom swimming channel 25 is a water channel for people to swim; Under the condition that the mesh-bottom swimming channel 25 and the flat-bottom swimming channel 4 have the same length, width and depth, the swimming entertainment brought to people is the same. The difference is that the mesh-bottom swimming channel 25 has a sub-board pool 28 while the flat-bottom swimming channel 4 does not, as shown in Figure 3 and Figure 4 shown.

[0036] The sub-board pool 28 is a pool for accommodating sediments. When the water 6 is in a calm state, the suspended matters in the water 6 will precipitate. The precipitation process is a process in which the suspended matters move downward. Part of them flows into the sub-board pool 28, and the other part precipitates on the surface of the bottom board 24. However, when people are swimming and playing in the water, the water is moving, and the suspended matters in the water 6 are also moving, including the sediments deposited on the surface of the bottom board 24, which will eventually flow into the sub-board pool 28 through the holes on the mesh board 27.

[0037] When people are swimming and playing in the water, due to the separation effect of the mesh board 27, the water in the sub-board pool 28 is less disturbed, and the sediments in the sub-board pool 28 are not likely to cause the water 6 above the mesh board 27 to become turbid. Therefore, there are fewer sediments seen in the mesh-bottom swimming channel 25 and the water quality is clear.

[0038] The total area of the mesh board 27 is greater than one-fourth of the total area of the bottom board 24. Explanation: The total area of the mesh-bottom board 26 is equal to the sum of the total area of the bottom board 24 and the total area of the mesh board 27. The total area of the mesh board 27 cannot be too small. If it is too small, the probability of sediments flowing into the sub-board pool 28 will be small, and the function of the sub-board pool 28 will be affected.

[0039] When cleaning or changing water, the sediments in the sub-board pool 28 flow towards the sump well or towards the natural ditch or river along the drain pipe 8; For the flat-bottom swimming channel 4 without the sub-board pool 28, the method of using a straw to remove sediments and increasing the cleaning frequency can be adopted to keep the water quality clear.

[0040] The mesh board 27 is made of stainless steel sheets and is manufactured by the manufacturer according to the design.

[0041] The mesh-bottom swimming channel 25 is built on the ground and is located on the foundation; 1. The water and sand pool 13 located on the side of the swimming channel 25 of the mesh bottom plate is a resting place. As shown in Figure 6 , the low enclosure opening 36 is the entrance and exit. After getting tired from swimming, one can sit and rest in the water and sand pool 13. Figure 6 As shown, the low enclosure opening 36 is the entrance and exit. After getting tired from swimming, one can sit and rest in the water and sand pool 13.

[0042] The sand 33 in the water and sand pool 13 is natural sand, such as river sand and sea sand that have been screened.

[0043] The water and sand pool 13 is built on the ground and is located on the foundation. 2. The dry sand pool 10 located on the side of the swimming channel 25 of the mesh bottom plate is a resting place. As shown in Figure 5 , the step opening 34 is the entrance and exit. After getting tired from swimming, one can lie down and rest in the dry sand pool 10. Figure 5 As shown, the step opening 34 is the entrance and exit. After getting tired from swimming, one can lie down and rest in the dry sand pool 10.

[0044] The sand 35 in the dry sand pool 10 is sand obtained by crushing and screening stones, or it can also be particles similar to sand made of chemical materials.

[0045] The dry sand pool 10 is built on the ground and is located on the foundation. 3. The small bridge 12 connects the separated sections for convenient passage. As shown in Figure 1 , the small bridge 12 is made of metal materials, and the foundation of the small bridge 12 is made of reinforced concrete. Figure 1 As shown, the small bridge 12 is made of metal materials, and the foundation of the small bridge 12 is made of reinforced concrete.

[0046] Figure 2 This is the top - view schematic diagram of the second structure of the present invention, that is, the top - view schematic diagram of the flowing swimming small river 15.

[0047] Compared with the calm swimming small river 2, the flowing swimming small river 15 has the following changes: 1. The construction scale of the flowing swimming small river 15 is larger than that of the calm swimming small river 2. 2. The water - skiing slideway 16 and the pump house 19 are added in terms of composition. 3. Some of the swimming channels 3 and swimming pools 5 are set at high positions and some are set at low positions. 4. The water in the flowing swimming small river 16 is flowing. 5. In addition, the reverse - water water - skiing slideway 22 is added.

[0048] B.1 The swimming channels 3 and swimming pools 5 are supplied with water by the water supply pipe 7; the water 6 in the flowing swimming small river 15 circulates. The water supply pipe 7 and pipe fittings are common pipes and fittings in construction projects.

[0049] Figure 2 This is the top - view schematic diagram of the second structure of the present invention, that is, the top - view schematic diagram of the flowing swimming small river 15. Figure 12 This is the vertical sectional view schematic diagram of the drainage well 11.

[0050] B.2 The drainage well 11 is a facility for controlling the drainage and water storage of the swimming channel 3 and the swimming pool 5. The swimming channel 3 and the swimming pool 5 require maintenance, and need to be cleaned and the water changed regularly. When the maintenance is implemented, the cover of the drainage well 11 is opened, the operating lever 50 is raised, and the plug 51 leaves the drainage hole 52. After the drainage hole 52 is opened, the sewage and waste water can be discharged; the plug 51 blocks the drainage hole 52, and the water pipe supplies water to the swimming channel 3 and the swimming pool 5. After the water is filled, it can be operated.

[0051] The drainage hole 52 is a pipe material port connected to the drainage pipe 8, and is made of metal material together with the plug 51, and is manufactured by the manufacturer according to the design.

[0052] There is water 6 in the drainage well 11, and the water 6 is deep. The safety mesh plate 49 plays a protective role. The safety mesh plate 49 is made of metal material.

[0053] Drain pipe 8 and pipe fittings are pipes and accessories commonly used in construction projects.

[0054] Figure 2 It is a top view schematic diagram of the second structure of the present invention, that is, a top view schematic diagram of the structure of the flowing swimming river 15.

[0055] B.3 The high and low positions of the swimming channel 3 and the high and low positions of the swimming pool 5 are determined to achieve the actual needs of sliding from top to bottom and from bottom to top.

[0056] The low-position swimming channel 3 is connected to the low-position swimming pool 5 and belongs to the same low-position water surface. The low-position water surface is the main swimming area. The connection port of the swimming pool 5 is divided into an inlet 9 and an outlet 14. It is necessary to do a good job of marking during operation, which is a basic requirement for circulating swimming; the high-position swimming channel 3 is connected to the high-position swimming pool 5 and belongs to the same high-position water surface. There is no circulating swimming and no need for circulating swimming. Figure 2 shown.

[0057] The high-position swimming channel 3 and the high-position swimming pool 5 are located at a relatively high position, and the swimming channel 3 and the swimming pool 5 are supported by reinforced concrete columns and beam structures.

[0058] Figure 2 It is a top view schematic diagram of the second structure of the present invention, that is, a top view schematic diagram of the structure of the flowing swimming river 15; B.4 A water pump 20 is installed in the pump room 19, and the water 6 in the low swimming channel 3 and the low swimming pool 5 is pumped into the high swimming channel 3 and the high swimming pool 5 by the water pump 20. The high water 6 flows down from the water slide 16 for people to slide along the water from high to low, and flows down from the reverse water slide 22 for people to slide against the water from low to high. The water 6 circulates, but the flow speed is very slow, which does not affect swimming.

[0059] The grid plates 17 at the water inlet and outlet are made by the manufacturer according to the design.

[0060] Figure 2 It is a top view schematic diagram of the second structure of the present invention, that is, a top view schematic diagram of the flowing swimming river 15 structure.

[0061] B.5 A swimming pool is a pool for people to swim, such as Figure 2 shown; the difference between the swimming pool 5 and the swimming channel 3 is that the swimming pool 5 is square or of other shapes, with a large water surface area, while the width of the swimming channel 3 is small and the length is long with bends.

[0062] The swimming pool 5 is built on the ground and located on the foundation; The waterless sand pool 10 beside the low-position swimming pool 5 is a place for people to sit and lie down to rest.

[0063] The sand 35 in the waterless sand pool 10 is sand obtained by crushing and screening stones, or it can also be particles similar to sand made of chemical materials.

[0064] The waterless sand pool 13 is built on the ground and located on the foundation.

[0065] Figure 3 It is a transverse sectional view schematic diagram of the first structure of the swimming channel 3; that is, a transverse sectional view schematic diagram of the flat-bottom swimming channel 4 structure; Figure 4 It is a transverse sectional view schematic diagram of the second structure of the swimming channel 3; that is, a transverse sectional view schematic diagram of the mesh-bottom swimming channel 25 structure; Figure 5 It is a partial top view schematic diagram of the waterless sand pool 10 including the flat-bottom swimming channel 4 structure; Figure 6 It is a partial top view schematic diagram of the water sand pool 13 including the mesh-bottom swimming channel 25 structure.

[0066] B.6 The swimming channel 3 is provided with a circulation section, and the width of the circulation section is relatively wide, meeting the width required for swimming forward, such as Figure 2 shown.

[0067] There are two forms of the swimming channel 3 for selection. The flat-bottom swimming channel 4 has a lower cost, and the mesh-bottom swimming channel 25 has a higher cost.

[0068] B.6.1 The flat-bottom swimming channel 4 is a water channel for people to swim, such as Figure 2 shown. The flat-bottom swimming channel 4 is connected to the swimming pool 5 to form a circulation. There are two interfaces, one is the inlet 9 and the other is the outlet 14. During operation, identification work needs to be done well. When swimming, people swim in a counterclockwise direction according to their habits; the flat-bottom swimming channel 4 is provided with a circular section, increasing the swimming options. One can swim in the swimming pool 5, in the flat-bottom swimming channel 4, swim from the swimming pool 5 to the flat-bottom swimming channel 4, and then swim from the flat-bottom swimming channel 4 to the swimming pool 5. Even if there are many people swimming, the swimming order will not be chaotic and there will be no collisions.

[0069] The flat-bottom swimming channel 4 is built on the ground and located on the foundation; 1. The water and sand pool 13 located beside the flat-bottom swimming channel 4 is a resting place. As Figure 6 shown, the low enclosure opening 36 is the entrance and exit. When one is tired from swimming, they can sit and rest in the water and sand pool 13.

[0070] The sand 33 in the water and sand pool 13 is natural sand, such as river sand and sea sand that have been screened.

[0071] The water and sand pool 13 is built on the ground and located on the foundation; 2. The dry sand pool 10 located beside the flat-bottom swimming channel 4 is a resting place. As Figure 5 shown, the step opening 34 is the entrance and exit. When one is tired from swimming, they can lie down and rest in the dry sand pool 10.

[0072] The sand 35 in the dry sand pool 10 is sand made from crushed and screened stones, or it can also be particles similar to sand made from chemical materials.

[0073] The dry sand pool 10 is built on the ground and located on the foundation.

[0074] 3. The small bridge 12 connects the separated sections for convenient passage. As Figure 1 shown; the small bridge 12 is made of metal materials, and the foundation of the small bridge 12 is made of reinforced concrete.

[0075] Figure 3 is the first structural transverse sectional view of the swimming channel 3; that is, the transverse sectional view of the flat-bottom swimming channel 4 structure; Figure 4 is the second structural transverse sectional view of the swimming channel 3; that is, the transverse sectional view of the mesh-bottom swimming channel 25 structure; Figure 5 is the top view of the dry sand pool 10 including the flat-bottom swimming channel 4 structure; Figure 6 is the top view of the water and sand pool 13 including the mesh-bottom swimming channel 25 structure.

[0076] B.6.2 The mesh-bottom swimming channel 25 is a water channel for people to swim; Under the condition that the mesh-bottom swimming channel 25 and the flat-bottom swimming channel 4 have the same length, width, and depth, the swimming entertainment effects brought to people are the same. The difference is that the mesh-bottom swimming channel 25 has a sub-board pool 28 while the flat-bottom swimming channel 4 does not. As Figure 3 and Figure 4 shown.

[0077] The under-plate pool 28 is a pool for accommodating sediments. When the water 6 is in a calm state, the suspended solids in the water 6 will precipitate. The precipitation process is a process in which the suspended solids move downward. Part of the suspended solids flows into the under-plate pool 28, and the other part precipitates on the surface of the bottom plate 24. However, when people are swimming or playing in the water, the water 6 is moving, and the suspended solids in the water 6 are also moving. Including the sediments deposited on the surface of the bottom plate 24 are also moving, and finally will flow into the under-plate pool 28 through the holes on the mesh plate 27.

[0078] When people are swimming or playing in the water, due to the separating effect of the mesh plate 27, the water 6 in the under-plate pool 28 is less disturbed, and the sediments in the under-plate pool 28 are not easily caused to make the water above the mesh plate 27 turbid. Therefore, there are fewer sediments seen in the mesh-bottom swimming channel 25, and the water quality is clear.

[0079] The total area of the mesh plate 27 is greater than one-fourth of the total area of the bottom plate 24. Explanation: The total area of the mesh-bottom plate 26 is equal to the sum of the total area of the bottom plate 24 and the total area of the mesh plate 27. The total area of the mesh plate 27 cannot be too small. If it is too small, the probability of the sediment flowing into the under-plate pool 28 will be small, and the function of the under-plate pool 28 will be affected.

[0080] When cleaning or changing water, the sediments in the under-plate pool 28 flow along the drain pipe 8 to the sump well or to the natural ditch or river; For the flat-bottom swimming channel 4 without the under-plate pool 28, the method of using a straw to remove sediments and increasing the cleaning frequency can be adopted to keep the water quality clear.

[0081] The mesh plate 27 is made of stainless steel sheet and is manufactured by the manufacturer according to the design.

[0082] The mesh-bottom swimming channel 25 is built on the ground and is located on the foundation; 1. The water and sand pool 5 located at the low-position side of the mesh-bottom swimming channel 25 is a resting place. As Figure 6 shown, the low enclosure opening 36 is the entrance and exit. When you are tired from swimming, you can sit down and rest in the water and sand pool 13.

[0083] The sand 33 in the water and sand pool 13 is natural sand, which is screened river sand, sea sand, etc.

[0084] The water and sand pool 13 is built on the ground and is located on the foundation; 2. The waterless sand pool 10 located at the low-position side of the mesh-bottom swimming channel 25 is a resting place. As Figure 5 shown, the step opening 34 is the entrance and exit. When you are tired from swimming, you can lie down and rest in the waterless sand pool 10.

[0085] The sand 35 in the waterless sand pool 10 is sand obtained by crushing and screening stones, or can also be particles similar to sand made of chemical materials.

[0086] The waterless sand pool 10 is built on the ground and located on the foundation; 3. The small bridge 12 connects the separated areas for convenient passage, as Figure 2 shown; the small bridge 12 is made of metal materials, and the foundation of the small bridge 12 is made of reinforced concrete.

[0087] Figure 2 is the top view schematic diagram of the second structure of the present invention, that is, the top view schematic diagram of the flowing swimming small river 15 structure; Figure 7 is the longitudinal sectional schematic diagram of the water skiing slideway 16 structure; Figure 8 is the longitudinal sectional schematic diagram of the first structure of the downstream water skateboard 38; Figure 9 is the longitudinal sectional schematic diagram of the second structure of the downstream water skateboard 38.

[0088] B.7 The water skiing slideway 16 is a slideway for people to slide from high to low along the direction of the flowing water, as shown in Figure 2 and 7 shown. The water skiing slideway 16 is long enough and high enough. The downstream water skateboard 38 is matched with the stacked water pool 37 to achieve a better water skiing entertainment effect.

[0089] One end of the water skiing slideway 16 is high and the other end is low. When built in a place with large terrain undulations, the water skiing slideway 16 is located on the foundation. When built in a relatively flat place, the low end of the water skiing slideway 16 is located on the foundation, and the high end is supported by a reinforced concrete column beam structure.

[0090] B.7.1 The structural shapes of the enclosure 23 and the bottom plate 24 in the water skiing slideway 16 are designed according to the needs of the downstream water skateboard 38 and the stacked water pool 37 in the water skiing slideway 16, as shown in Figure 7 shown; B.7.2 is the requirement for the installation position of the downstream water skateboard; There are two forms for the structural shape of the downstream water skateboard 38 to choose from: 1. The curved shape of a section of the downstream water skateboard 38 is a wavy shape with wave crests and wave troughs; the surface area of the curved surface is relatively large, as shown in Figure 8 shown, Figure 8 The downstream water skateboard 38 in

[0091] is a structural shape made of stainless steel plates. Figure 9 shown, Figure 9 The downstream water skateboard 38 in

[0092] is a structural shape made of stainless steel plates.

[0093] B.7.3 The stacked pool 37 is a pool for accommodating the sliders, and a bathing pool can also be used in the stacked pool 37, such as Figure 7 shown.

[0094] B.7.4 The swimming channel 3 and the water slide 16 are separated by a fence 23 to form an entrance sill. The elbow plate 40 is installed on the upper side of the separating fence 23 as the entrance surface of the slide. Similarly, the cascading pool 37 and the water slide 38 are also separated by a fence 23 to form an entrance sill. The elbow plate 40 is installed on the upper side of the separating fence 23. The elbow plate 40 as the entrance surface of the slide is smooth and wear-resistant. Figure 7 As shown, Figure 7 The elbow plate 40 is made of stainless steel sheet and is manufactured by the manufacturer according to the design.

[0095] Figure 2 It is a top view schematic diagram of the second structure of the present invention, that is, a top view schematic diagram of the structure of the flowing swimming river 15; Figure 10 It is a schematic top view of the first structure of the reverse water slide 22, that is, a partial top view of the structure of the single reverse slide 41; Figure 11 is a schematic top view of a second structure of the reverse water slide 22, that is, a partial top view of the double reverse slide 48 structure; B.8 The reverse water slide 22 has one end low and the other end high. The reverse water slide 22 is a slide for people to slide from low to high in the opposite direction of the flowing water.

[0096] The sliding method of the countercurrent water slide 22 is: a human body lies on the countercurrent slide plate 42, and slides forward and upward in the opposite direction of the water flow by pedaling the pedal groove 44 and pulling the pull rope 45 by hand.

[0097] There are two types of water slides to choose from, and the number is determined according to the construction scale: B.8.1 The single reverse slide 41 is composed of a bottom plate 24, a baffle 23 and a reverse slide 42; When the single reverse slide 41 is built in a place with undulating terrain, the single reverse slide 41 is located on the foundation. When it is built in a place with relatively flat terrain, the lower end of the single reverse slide 41 is located on the foundation, and the higher end is supported by a reinforced concrete column-beam structure.

[0098] 1. The structural shapes of the bottom plate 24 and the enclosure 23 are designed to meet the requirements of the counter-water slide 42; 2. The backwater skateboard 42 is a skateboard for people to slide on. The pedal groove 44 on the backwater skateboard 42 is the force point for pedaling when sliding. Figure 2 and Figure 10 As shown. The backwater slide 41 is in the shape of a strip and is relatively long. To facilitate transportation and installation, the hand slides 43 installed on both sides of the backwater slide 42 can be manufactured and installed in sections. Figure 10The counter-current slide plate 42, the hand slide bar 43 and the pedal groove 44 are all made of stainless material and are made by the manufacturer according to the design.

[0099] 3. The soft pad 47 provided on the inner side of the bend of the enclosure is to prevent the body from colliding with the enclosure 23 during sliding. The soft pad 47 is a sponge pad; 4. The pull rope 45 is connected to the cross bar 46 to position the pull rope 45 so that the pull rope 45 and the surface of the counter-current slide 42 maintain a set height. The pull rope 45 is a rope for the hand to exert force when sliding.

[0100] 5. The crossbar 46 is made of steel, and the pull rope 45 is made of a corrosion-resistant, high-strength, and flexible fiber material.

[0101] B.8.2 The double reverse slide 48 is composed of a bottom plate 24, a baffle 23 and a reverse slide 42; When the double reverse slide 48 is built in a place with undulating terrain, the double reverse slide 48 is located on the foundation. When it is built in a place with relatively flat terrain, the lower end of the double reverse slide 48 is located on the foundation, and the higher end is supported by a reinforced concrete column and beam structure.

[0102] 1. The structural shapes of the bottom plate 24 and the enclosure 23 are designed to meet the requirements of the counter-water slide 42; 2. Both of the two counter-current slides 42 are slides for people to slide on. The pedal grooves 44 on the counter-current slides 42 are the points of force for pedaling when sliding. Figure 2 , Figure 11 The two backwash slides 42 are both in the shape of strips and are relatively long, so as to facilitate transportation and installation; the hand slides 43 installed on both sides of the backwash slides 42 can be manufactured and installed in sections. Figure 11 The counter-current slide plate, the hand slide bar 43 and the pedal groove 44 are all made of stainless steel material and are made by the manufacturer according to the design.

[0103] 3. The soft pad 47 provided on the inner side of the turning part of the enclosure 23 is to prevent the body from colliding with the enclosure 23 during sliding. The soft pad 47 is a sponge pad; 4. The pull rope 45 is connected to the cross bar 46 to position the pull rope 45 so that the pull rope 45 and the surface of the counter-current slide 42 maintain a set height. The pull rope 45 is a rope for the hand to exert force when sliding.

[0104] 5. The crossbar 46 is made of steel, and the pull rope 45 is made of a corrosion-resistant, high-strength, and flexible fiber material.

[0105] Figures 1 to 7 , Figures 10 to 12Among them, the enclosures 23 and low plates 24 that form the swimming channels 3, swimming pools 5, water skiing slides 16, reverse water skiing slides 22, water sand pools 13, sandless water pools 10, and drainage wells 11, as well as the pool enclosures 31 and pool bottom plates 29 that form the under-board pool 28. The enclosures 23 and pool enclosures 31 are made of concrete and reinforced concrete, or made of concrete, reinforced concrete and bricks; the bottom plates 24 and pool bottom plates 29 are made of concrete or reinforced concrete.

[0106] In the description and claims, the word "several" is an indefinite quantifier and is an integer greater than 1 or equal to.

[0107] As mentioned above, it is only a preferred embodiment of the present invention, and it does not impose any form of limitation on the present invention. Any simple modification, equivalent change and modification made to the above embodiments based on the technical essence of the present invention without departing from the content of the technical solution of the present invention still fall within the scope of the technical solution of the present invention.

Claims

1. An artificial swimming river for people to swim, which is divided into two types: a calm swimming river (2) and a flowing swimming river (15); characterized in that: The tranquil swimming river (2) is composed of a plurality of swimming channels (3), a plurality of swimming pools (5), a plurality of drainage wells (11), a water supply pipe (7) and water (6); The water supply pipe (7) is connected to the swimming channel (3), or the water supply pipe (7) is connected to the swimming pool (5); water (6) is placed in the swimming channel (3) and the swimming pool (5); the water (6) in the swimming channel (3) and the swimming pool (5) has the same water surface; The drainage well (11) is arranged beside the swimming channel (3); the drainage well (11) is arranged beside the swimming pool (5); the drainage pipe (8) connected to the drainage well (11) is connected to the swimming channel (3); the drainage pipe (8) connected to the drainage well (11) is connected to the swimming pool (5); the drainage well (11) is composed of a fence (23) and a bottom plate (24); the drainage well (11) is located on a foundation; A safety net plate (49) is provided above the water surface in the drainage well (11), and the safety net plate (49) is installed on the enclosure (23); a drainage hole (52) is provided on the bottom plate (24) of the drainage well (11); a plug (51) is provided at the drainage hole (52); the plug (51) blocks the drainage hole (52); an operating rod (50) is connected to the plug (51), and the upper end of the operating rod (50) is arranged above the safety net plate (49); a drainage pipe (8) connected to the drainage hole (52) leads to a water collection well or to a natural ditch or river; The swimming channel (3) is connected to the swimming pool (5), and there are a plurality of swimming pools (5), and the connection port of each swimming pool (5) is divided into an inlet (9) and an outlet (14); The swimming pool (5) is in a square shape or other shapes, and the width of the swimming pool (5) is greater than the width of the maximum width section of the swimming channel (3); the swimming pool (5) is composed of a fence (23) and a bottom plate (24); the swimming pool (5) is located on a foundation; A waterless sand pool (10) is provided next to the swimming pool (5), and the waterless sand pool (10) is composed of a sand tray (32) and sand (33) or sand (35); the sand tray (32) is composed of a fence (23) and a bottom plate (24), and the fence (23) is arranged around the bottom plate (24); sand (33) or sand (35) is placed in the sand tray (32); the waterless sand pool (10) is located on a foundation; The swimming channel (3) is provided with an annular section; the width of the annular section swimming channel (3) of the plurality of sections of the swimming channel (3) is greater than the width of the other sections; Swimming channels (3) come in two forms: The flat-bottom swimming channel (4) is composed of a fence (23) and a bottom plate (24); the fence (23) is arranged on both sides of the bottom plate (24); the flat-bottom swimming channel (4) is located on a foundation; A water-sand pool (13) is provided beside the flat-bottomed swimming channel (4), and a low enclosure opening (36) is provided between the flat-bottomed swimming channel (4) and the water-sand pool (13); the top surface of the enclosure (23) at the low enclosure opening (36) is below the water surface; the water-sand pool (13) and the flat-bottomed swimming channel (4) have the same water surface; the water-sand pool (13) is composed of a sand tray (32), sand (33) or sand (35) and water (6); the sand tray (32) is composed of an enclosure (23) and a bottom plate (24), and the enclosure (23) is arranged around the bottom plate (24); sand (33) or sand (35) and water (6) are placed in the sand tray (32); and the water-sand pool (13) is located on a foundation; A waterless sand pool (10) is provided beside a flat-bottomed swimming channel (4); a step opening (34) is provided between the flat-bottomed swimming channel (4) and the waterless sand pool (10); the waterless sand pool (10) is composed of a sand tray (32) and sand (33) or sand (35); the sand tray (32) is composed of a fence (23) and a bottom plate (24), and the fence (23) is provided around the bottom plate (24); sand (33) or sand (35) is placed in the sand tray (32); the waterless sand pool (10) is located on a foundation; A plurality of small bridges (12) are provided on the flat-bottomed swimming channel (4); The mesh bottom plate swimming channel (25) is composed of a fence (23) and a mesh bottom plate (26); the mesh bottom plate (26) is the bottom of the mesh bottom plate swimming channel (25), and is entirely located on a foundation; the fence (23) is arranged on both sides of the mesh bottom plate (26); the mesh bottom plate (26) is composed of a bottom plate (24), a mesh plate (27) and an under-plate pool (28); a plurality of under-plate pools (28) are arranged under the bottom plate (24) at a set interval; the under-plate pool (28) is composed of a pool bottom plate (29) and a pool fence (31); the pool fence (31) is arranged on the top of the pool bottom plate (29); the under-plate pool (28) is in a groove shape; the under-plate pool (28) A groove frame (30) is provided at the edge of the opening of the pool (28), and the groove frame (30) is in a square frame shape; the groove frame (30) is fixed to the edge of the opening of the pool (28) under the plate; the mesh plate (27) is installed on the groove frame (30); the plate surface of the mesh plate (27) and the surface of the bottom plate (24) are on the same surface; the bottom surface of the mesh plate (27) and the surface of the pool bottom plate (29) have a set spacing; a plurality of holes are evenly distributed on the mesh plate (27); the total area of ​​the mesh plate (27) is greater than one-fourth of the total area of ​​the bottom plate (24); the pools (28) under the plate are connected through a drainage pipe (8); the drainage pipe (8) connected to the drainage well (11) is connected to the pool (28) under the plate; A water-sand pool (13) is provided beside the mesh-bottom swimming channel (25); a short enclosure opening (36) is provided between the mesh-bottom swimming channel (25) and the water-sand pool (13); the top surface of the enclosure (23) at the short enclosure opening (36) is below the water surface; the water surface of the water-sand pool (13) and the mesh-bottom swimming channel (25) are the same water surface; the water-sand pool (13) is composed of a sand tray (32), sand (33) or sand (35) and water (6); the sand tray (32) is composed of an enclosure (23) and a bottom plate (24), and the enclosure (23) is arranged around the bottom plate (24); sand (33) or sand (35) and water (6) are placed in the sand tray (32); the water-sand pool (13) is located on a foundation; A waterless sand pool (10) is arranged beside the mesh bottom swimming channel (25); a step opening (34) is arranged between the mesh bottom swimming channel (25) and the waterless sand pool (10); the waterless sand pool (10) is composed of a sand tray (32) and sand (33) or sand (35); the sand tray (32) is composed of a fence (23) and a bottom plate (24), and the fence (23) is arranged around the bottom plate (24); sand (33) or sand (35) is placed in the sand tray (32); the waterless sand pool (10) is located on a foundation; A plurality of small bridges (12) are provided on the mesh bottom swimming channel (25); The mobile swimming river (15) is composed of a plurality of swimming channels (3), a plurality of swimming pools (5), a plurality of water slides (16), a plurality of drainage wells (11), a water supply pipe (7), a pump house (19) and water (6); The water supply pipe (7) is connected to the swimming channel (3), or the water supply pipe (7) is connected to the swimming pool (5); water (6) is placed in the swimming channel (3) and the swimming pool (5); the water in the swimming channel (3) and the swimming pool (5) has the same water surface; The drainage well (11) is arranged beside the swimming channel (3); the drainage well (11) is arranged beside the swimming pool (5); the drainage pipe (8) connected to the drainage well (11) is connected to the swimming channel (3); the drainage pipe (8) connected to the drainage well (11) is connected to the swimming pool (5); the drainage well (11) is composed of a fence (23) and a bottom plate (24); the drainage well (11) is located on a foundation; A safety net plate (49) is provided above the water surface in the drainage well (11), and the safety net plate (49) is installed on the enclosure (23); a drainage hole (52) is provided on the bottom plate (24) of the drainage well (11); a plug (51) is provided at the drainage hole (52); the plug (51) blocks the drainage hole (52); an operating rod (50) is connected to the plug (51), and the upper end of the operating rod (50) is arranged above the safety net plate (49); a drainage pipe (8) connected to the drainage hole (52) leads to a water collection well or to a natural ditch or river; There are two forms of setting the high and low positions of the swimming channel (3): one is to set the swimming channel (3) only at the low position; the other is to set the swimming channel (3) at both the low position and the high position; the swimming channel (3) at the low position is provided with a ring section; the width of the ring sections of several sections of the swimming channel (3) at the low position is greater than the width of other sections; there are two forms of setting the high and low positions of the swimming pool (5): one is to set the swimming pool (5) only at the low position; the other is to set the swimming pool (5) at both the low position and the high position; the swimming channel (3) at the low position is connected to the swimming pool (5) at the low position, and the connection port of the swimming pool (5) is divided into an inlet (9) and an outlet (14); the swimming channel (3) at the high position is connected to the swimming pool (5) at the high position; The pump room (19) is arranged beside or near the low-position swimming channel (3) or the low-position swimming pool (5); a water pump (20) is arranged in the pump room (19); the water pump (20) is connected to an inlet pipe (18) and an outlet pipe (21); the inlet pipe (18) is connected to the low-position swimming channel (3) or the low-position swimming pool (5); a grille plate (17) is installed at the water inlet, and a plurality of holes are evenly distributed on the grille plate (17); the outlet pipe (21) is connected to the high-position swimming channel (3) or the high-position swimming pool (5); a grille plate (17) is installed at the water outlet, and a plurality of holes are evenly distributed on the grille plate (17); the pump room (19) is composed of enclosures, doors, windows, a roof and a floor; there is an equipment foundation on the floor; the water pump (20) is installed on the equipment foundation; the foundation of the pump room (19) and the equipment foundation are located on the foundation; The swimming pool (5) is in a square shape or other shapes, and the width of the swimming pool (5) is greater than the width of the maximum width section of the swimming channel (3); the swimming pool (5) is composed of a fence (23) and a bottom plate (24); the swimming pool (5) is located on a foundation; A waterless sand pool (10) is provided next to the low-position swimming pool (5), and the waterless sand pool (10) is composed of a sand tray (32) and sand (33) or sand (35); the sand tray (32) is composed of a fence (23) and a bottom plate (24), and the fence (23) is arranged around the bottom plate (24); sand (33) or sand (35) is placed in the sand tray (32); The swimming channel (3) is provided with a circulation section; the width of the circulation section of the swimming channel (3) is greater than the width of other sections; Swimming channels (3) come in two forms: The flat-bottom swimming channel (4) is composed of a fence (23) and a bottom plate (24); the fence (23) is arranged on both sides of the bottom plate (24); the flat-bottom swimming channel (4) is located on a foundation; A water-sand pool (13) is provided beside a low-position flat-bottomed swimming channel (4), and a low enclosure opening (36) is provided between the flat-bottomed swimming channel (4) and the water-sand pool (13); the top surface of the enclosure (23) at the low enclosure opening (36) is below the water surface; the water-sand pool (13) and the flat-bottomed swimming channel (4) have the same water surface; the water-sand pool (13) is composed of a sand tray (32), sand (33) or sand (35) and water (6); the sand tray (32) is composed of an enclosure (23) and a bottom plate (24), and the enclosure (23) is arranged around the bottom plate (24); sand (33) or sand (35) and water (6) are placed in the sand tray (32); and the water-sand pool (13) is located on a foundation; A waterless sand pool (10) is provided beside a low-position flat-bottomed swimming channel (4); a step opening (34) is provided between the flat-bottomed swimming channel (4) and the waterless sand pool (10); the waterless sand pool (10) is composed of a sand tray (32) and sand (33) or sand (35); the sand tray (32) is composed of a fence (23) and a bottom plate (24), and the fence (23) is provided around the bottom plate (24); sand (33) or sand (35) is placed in the sand tray (32); the waterless sand pool (10) is located on a foundation; A plurality of small bridges (12) are provided on the low-position flat-bottom swimming channel (4); The mesh bottom plate swimming channel (25) is composed of a fence (23) and a mesh bottom plate (26); the mesh bottom plate (26) is the bottom of the mesh bottom plate swimming channel (25), and is entirely located on a foundation; the fence (23) is arranged on both sides of the mesh bottom plate (26); the mesh bottom plate (26) is composed of a bottom plate (23), a mesh plate (27) and an under-plate pool (28); a plurality of under-plate pools (28) are arranged under the bottom plate (23) at a set interval; the under-plate pool (28) is composed of a pool bottom plate (29) and a pool fence (31); the pool fence (31) is arranged on the top of the pool bottom plate (29); the under-plate pool (28) is in a groove shape; the under-plate pool ( A groove frame (30) is provided at the edge of the opening of the pool (28), and the groove frame (30) is in a square frame shape; the groove frame (30) is fixed to the edge of the opening of the pool (28) under the plate; the mesh plate (27) is installed on the groove frame (30); the plate surface of the mesh plate (27) and the surface of the bottom plate (24) are on the same surface; the bottom surface of the mesh plate (27) and the surface of the pool bottom plate (29) have a set spacing; a plurality of holes are evenly distributed on the mesh plate (27); the total area of ​​the mesh plate (27) is greater than one-fourth of the total area of ​​the bottom plate (23); the pools (28) under the plate are connected through a drainage pipe (8); the drainage pipe (8) connected to the drainage well (11) is connected to the pool (28) under the plate; A water-sand pool (13) is provided beside a low-position mesh bottom swimming channel (25); a low enclosure opening (36) is provided between the mesh bottom swimming channel (25) and the water-sand pool (13); the top surface of the enclosure (23) at the low enclosure opening (36) is below the water surface; the water surface of the water-sand pool (13) and the mesh bottom swimming channel (25) are the same water surface; the water-sand pool (13) is composed of a sand tray (32), sand (33) or sand (35) and water (6); the sand tray (32) is composed of an enclosure (23) and a bottom plate (24), and the enclosure (23) is arranged around the bottom plate (24); sand (33) or sand (35) and water (6) are placed in the sand tray (32); the water-sand pool (13) is located on a foundation; A waterless sand pool (10) is provided beside a low-position mesh bottom swimming channel (25); a step opening (34) is provided between the mesh bottom swimming channel (25) and the waterless sand pool (10); the waterless sand pool (10) is composed of a sand tray (32) and sand (33) or sand (35); the sand tray (32) is composed of a fence (23) and a bottom plate (24), and the fence (23) is arranged around the bottom plate (24); sand (33) or sand (35) is placed in the sand tray (32); the waterless sand pool (10) is located on a foundation; A plurality of small bridges (12) are provided on the low mesh bottom swimming channel (25); The water slide (16) has one end lower than the other end; the lower end of the water slide (16) is connected to a lower swimming channel (3) or a lower swimming pool (5), and the upper end of the water slide (16) is connected to a higher swimming channel (3) or a higher swimming pool (5); the water slide (16) is composed of a bottom plate (24), a fence (23), a sliding plate (38), a cascading pool (37), and an elbow plate (40); The water slide (16) is located on a foundation, or the lower end is located on the foundation and the higher end is located on a supporting structure; In a water slide (16), a bottom plate (24) is composed of a plurality of horizontal sections and a plurality of broken line sections; the enclosure (23) is divided into a longitudinal enclosure (23) and a transverse enclosure (23), the longitudinal enclosure (23) is arranged on both sides of the bottom plate (24), the transverse enclosure (23) is arranged on the top of the bottom plate (24) at a set interval, and the transverse enclosure (23) is connected to the longitudinal enclosure (23); A water slide (16) is provided with a plurality of sections of sliding slides (38); the sliding slides (38) are installed in the middle of the broken line section of the bottom plate (24); side panels (39) are provided on both sides of the sliding slides (38); the side panels (39) are fixed on the side of the lower enclosure (23); and there is a set spacing between the side panels (39) and the side of the upper enclosure (23); The structural shape of the sliding plate (38) has two forms: The curved shape of a section of the downstream sliding plate (38) is wavy; the wavy downstream sliding plate (38) has at least one crest and one trough; the surface of the downstream sliding plate (38) is smooth; The curved shape of a section of the downstream sliding plate (38) is in the shape of a broken line; the section of the downstream sliding plate (38) is provided with a horizontal section and an inclined section, and the intersection of the horizontal section and the inclined section is curved; the section of the downstream sliding plate (38) is provided with sections with different inclinations, and the intersection of the sections with different inclinations is curved; the surface of the downstream sliding plate (38) is smooth; A plurality of cascading pools (37) are provided in a water slide (16); a cascading pool (37) is provided below a section of a water slide (38); the cascading pool (37) is composed of a longitudinal partial enclosure (23), a transverse enclosure (23) and a bottom plate (24) of a horizontal section; A water slide (16) is provided with a plurality of elbow plates (40); an elbow plate (40) is provided at the upper end of a water sliding plate (38); the elbow plate (40) is installed on the upper side of the transverse enclosure (23); one side of the curved elbow plate (40) is connected to the water sliding plate (38), and the other side extends to the side of the transverse enclosure (23); the elbow plate (40) has a smooth surface; A plurality of countercurrent water slides (22) are arranged between the low-position swimming channel (3) or the low-position swimming pool (5) and the high-position swimming channel (3) or the high-position swimming pool (5); the countercurrent water slide (22) has one end lower than the other end; the low end of the countercurrent water slide (22) is connected to the low-position swimming channel (3) or the low-position swimming pool (5); and the high end of the countercurrent water slide (22) is connected to the high-position swimming channel (3) or the high-position swimming pool (5); The reverse water slide (22) is located on a foundation, or a portion of the reverse water slide (22) is located on the foundation and another portion is located on a supporting structure; The reverse current water slide (22) slides from bottom to top. The specific sliding method is: a person lies on the reverse current slide board (42), uses the foot to push the groove (44) and pulls the pull rope (45) by hand to slide forward and upward in the opposite direction of the water flow; There are two types of reverse water slides (22): The single reverse slideway (41) is composed of a bottom plate (24), a baffle (23) and a reverse slide plate (42); The bottom plate (24) is composed of a plurality of horizontal sections and a plurality of inclined sections, and the enclosure (23) is arranged on both sides of the bottom plate (24); The backwater slide (42) is installed in the middle of the bottom plate (24) in a strip shape; the two sides of the backwater slide (42) are spaced apart from the upper side of the enclosure by a set distance; the backwater slide (42) is provided with a horizontal section and an inclined section, or the backwater slide (42) is provided with inclined sections with different inclinations; the intersection of the horizontal section and the inclined section of the backwater slide (42) is bent; the intersection of the inclined sections with different inclinations of the backwater slide (42) is bent; a pedal groove (44) is provided on the backwater slide (42), the pedal groove (44) is provided on both sides of the backwater slide (42), the pedal groove (44) on each side is arranged at a set distance, and the pedal groove (44) is a square groove; hand slide bars (43) are provided on both sides of the backwater slide (42); the hand slide bars (43) are in the shape of a channel steel or an angle steel or a square tube or a round tube; the side of the hand slide bar (43) is connected to the backwater slide (42); the side of the hand slide bar (43) and the surface of the backwater slide (42) form a groove; A soft cushion (47) is provided on the inner side of the turning portion of the enclosure (23); A crossbar (46) is provided on the enclosure (23) at a set interval, and the crossbar (46) is installed on the enclosure (23); a pull rope (45) is provided between the two enclosures (23) at a middle position at a set height from the surface of the counter-current slide plate (42); the pull rope (45) is fixed on the enclosure (23); and the pull rope (45) is fixed on the crossbar (46); The double reverse slideway (48) is composed of a baffle (23), a bottom plate (24) and a reverse slide plate (42); The enclosure (23) is arranged on both sides of the bottom plate (24); the bottom plate (24) is composed of a plurality of horizontal sections and a plurality of inclined sections; The two counter-current slides (42) are respectively installed on both sides of the bottom plate (24); the two counter-current slides (42), each of which is in the shape of a strip; the two counter-current slides (42), each of which has a set distance from the upper side of the enclosure (23); the two counter-current slides (42) have a set distance between them; the two counter-current slides (42), each of which has a horizontal section and an inclined section, or each of which has an inclined section with different inclinations; the intersection of the horizontal section and the inclined section of the counter-current slide (42) is bent; the counter-current slides (42) have different The inclined sections are bent at the intersection; two counter-current slide plates (42), each of which is provided with a pedal groove (44), the pedal groove (44) is arranged on both sides of the counter-current slide plate (42), the pedal groove (44) on each side is arranged according to a set interval, and the pedal groove (44) is a square groove; two counter-current slide plates (42), each of which is provided with a hand slide rod (43) on both sides; the hand slide rod (43) is in the shape of a channel steel or an angle steel or a square tube or a round tube; the side of the hand slide rod (43) is connected to the counter-current slide plate (42); the side of the hand slide rod (43) and the surface of the counter-current slide plate (42) form a groove; A soft cushion (47) is provided on the inner side of the turning portion of the enclosure (23); A crossbar (46) is provided on the enclosure (23) at a set interval, and the crossbar (46) is installed on the enclosure (23); two reverse current slide plates (42) are provided with a pull rope (45) at a position above each reverse current slide plate (42) at a set height from the reverse current slide plate (42); the pull rope (45) is fixed on the enclosure (23); and the pull rope (45) is fixed on the crossbar (46).

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