A high-safety intelligent integrated swimming machine

Abstract

The present invention adopts a high-safety intelligent integrated swimming machine, including a swimming machine body, the swimming machine body including a swimming machine frame, a swimming pool and a propeller, the swimming pool is installed in the swimming machine frame, the propeller is installed in the swimming pool, the swimming machine body also includes a hydraulic system, the hydraulic system is arranged in the swimming machine frame, the hydraulic system includes a hydraulic workstation, the hydraulic workstation is distributed at the side of the swimming pool, and the hydraulic workstation is connected to the propeller, the propeller is driven by the hydraulic workstation, the water pump in the prior art is replaced by the hydraulic workstation, and the propeller is driven by electric energy instead of hydraulic energy, avoiding the defect of leakage in the prior art when the water pump drives the propeller, and at the same time, the water flow driven by the propeller is driven by the hydraulic workstation to achieve the effects of swimming, surfing massage, etc., thereby greatly improving the safety, practicality and reliability of the swimming machine.

Description

Technical Field

[0001] The invention relates to swimming equipment, in particular to a high-safety intelligent integrated swimming machine. Background Art

[0002] At present, with the development of economy and the improvement of living standards, people's demand for sports and entertainment consumption is also increasing. People pay more and more attention to their own health, and physical exercise has become an indispensable part of people's lives.

[0003] Among many sports, swimming is a favorite sport for many people because it can exercise muscles and lung capacity, relieve lumbar fatigue, help patients recover after surgery, and does not damage joints. It is also a way to cool off in summer. Swimming usually needs to be done in a swimming pool. The length of a standard swimming pool is tens of meters. Not only is it expensive and water-intensive, but there are also many safety and sanitation risks according to the standards for public use. As for private swimming pools, due to factors such as floor space and cost, they cannot meet the requirements of long-distance swimming, which greatly affects the user experience.

[0004] In view of the above defects, a swimming machine has been launched on the market, which mainly includes a small swimming pool, a propeller and a control circuit, wherein the propeller can control the direction of water flow and faces the swimmer. During use, when the swimmer swims forward, he is pushed backward by the water flow impact of the propeller, so that the swimmer does not move forward, and through the above-mentioned repeated "swimming forward and pushing backward" actions, the swimmer can swim without touching the wall; however, due to the limitation of manufacturing costs, this type of swimming machine can only be circulated among some high-income people, and it is difficult to popularize or benefit the general public; at the same time, this type of swimming machine also has the following problems: 1. The surfing system uses a water pump to directly supply water, which is prone to leakage and causes danger; 2. The heat energy generated by the hydraulic workstation when working cannot be recovered, resulting in unnecessary waste.

[0005] At the same time, most of the swimming machine-like devices commonly seen on the market are incomplete in functions, have poor product quality, and are too single; and as for functions, their functions can be regarded as still remaining at the level of surfing bathtubs. Summary of the invention

[0006] In view of the above-mentioned deficiencies in the prior art, the present invention provides an intelligent all-in-one swimming machine which can avoid leakage and improve safety performance.

[0007] To achieve the above-mentioned purpose, the present invention adopts a high-safety intelligent integrated swimming machine, including a swimming machine body, the swimming machine body including a swimming machine frame, a swimming pool and a propeller, the swimming pool is installed in the swimming machine frame, the propeller is installed in the swimming pool, the swimming machine body also includes a hydraulic system, the hydraulic system is arranged in the swimming machine frame, the hydraulic system includes a hydraulic workstation, the hydraulic workstation is distributed on the side of the swimming pool, and the hydraulic workstation is connected to the propeller, and the propeller is driven by the hydraulic workstation.

[0008] The beneficial effect of the above structure is that the water pump in the prior art is replaced by the hydraulic workstation in the hydraulic system, so that the propeller is changed from being driven by electric energy to being driven by hydraulic energy, thereby avoiding the defect of leakage in the prior art when the water pump drives the propeller. At the same time, the water flow driven by the propeller is driven by the hydraulic workstation to achieve the effects of swimming, surfing massage, etc., thereby greatly improving the safety, practicality and reliability of the swimming machine.

[0009] In particular, the thruster includes a hydraulic drive source, the hydraulic workstation is connected to an oil circuit, the oil circuit is connected to an oil pipe, the oil pipe includes an inlet pipe and an outlet pipe, the inlet pipe and the outlet pipe are respectively extended into the swimming pool and connected to the hydraulic drive source, and the inlet pipe and the outlet pipe are connected to the path of the hydraulic drive source and include a water cooling device, and a water cooling cycle in the swimming pool is formed through the water cooling device; through the above setting, when the swimming machine is working, the hydraulic oil in the hydraulic workstation generates a large amount of heat due to the friction between the various parts in the hydraulic workstation, and because the water cooling device is provided at the position of the oil pipe connected to the hydraulic drive source, the water in the swimming pool can absorb the heat of the hydraulic oil through the oil pipe, thereby achieving the increase of the water temperature in the swimming pool, and effectively supplementing the heat lost in the swimming pool, thereby avoiding the unnecessary waste of heat energy of the hydraulic workstation and saving the cost of heating the pool water by other means.

[0010] In particular, the propeller installed in the swimming pool is distributed at a position close to one side of the inner wall of the swimming pool, and the propeller also includes a propeller water outlet and a propeller water inlet. The propeller water inlet is distributed on both sides of the propeller, and the propeller water outlet faces the swimming pool. A convection plate is fixed at a position on the inner wall of the swimming pool on the opposite side to the propeller water outlet. The convection plate is a hollow structure, and a water inlet grille is formed on the convection plate relative to the side where the propeller is provided. Guide plates are distributed on both sides of the convection plate, and the guide plates are installed on the inner wall of the swimming pool to form a water flow path, and one end of the guide plate is connected to the convection plate, and the other end extends toward the propeller and forms a connection with the propeller. The cooperation of the propeller, the water inlet grille and the guide plate , forming an internal circulation of water in the swimming pool; by setting the convection plate for water flow docking on the opposite side of the propeller, and due to the setting of the guide plate, when the swimming machine is in motion, water flows out from the water outlet of the propeller, and the water is recovered through the water inlet grille on the convection plate, and the water is transported back to the side of the propeller through the water flow path in the guide plate, and enters the propeller from the water inlet of the propeller, and can be sprayed out from the water outlet of the propeller again, thereby realizing the internal circulation of the water flow in the swimming pool, and due to the internal circulation, the water flow can be continuously sprayed from the propeller to counteract the forward force of the swimmer, so that the swimmer can swim in the swimming machine and achieve the purpose of fitness, thereby ensuring the rationality and reliability of the design of the swimming machine.

[0011] In particular, the swimming pool also includes a filtered water inlet distributed near the upper eaves of the swimming pool and a propeller placement position for placing and installing a propeller, the propeller placement position is higher than the bottom surface of the swimming pool and is distributed in a stepped manner with the bottom surface of the swimming pool, and the side of the propeller placement position includes a water outlet to be filtered. The swimming machine frame also includes a water quality filter, a liquid booster delivery device and a pipeline, one end of the pipeline is connected to the water outlet to be filtered, and the other end passes through the liquid booster delivery device and the water quality filter, and extends into the swimming pool through the filtered water inlet, through the water outlet to be filtered, the pipeline, the liquid booster delivery device, the water quality filter The cooperation between the device and the filtered water inlet constitutes a water filtration circuit; by adding the water filter and the liquid booster conveying device in the swimming machine, when the water in the swimming pool needs to be filtered, the water flow in the swimming pool is first pressurized by the liquid booster conveying device, so that the derived water flow can enter the water filter, and after the water filter filters, purifies and sand-dries the water, it is derived into the pipeline and returns to the swimming pool at the filtered water inlet through the pipeline, thereby filtering the water quality of the swimming machine, greatly improving the safety of use, and preventing the occurrence of skin diseases or other safety hazards due to water quality problems.

[0012] In particular, guide plate corner positions are distributed on both sides of the propeller, and the guide plate corner positions are installed on the inner wall of the swimming pool and form a passage for water flow to pass through. The guide plate corner positions distributed on both sides of the propeller are embedded between the propeller and the guide plate extending to the side of the propeller, and are respectively connected to the propeller and the guide plate; through the setting of the above-mentioned guide plate corner position, a good connection between the propeller and the guide plate is achieved, and the rationality of the design is improved. At the same time, due to the design of the above-mentioned guide plate corner position, the guide plate corner position can be used as an up and down step when the swimmer enters and exits the swimming pool, thereby further improving the practicality of the swimming machine.

[0013] In particular, the inner wall of the swimming pool near the upper eaves also includes an overflow and a water inlet, and the water inlet and the overflow respectively penetrate the swimming pool wall, and water flows into the swimming pool through the water inlet; by arranging the water inlet and the overflow on the swimming pool, the water inlet can be used to connect to the external water inlet device to realize the water flow into the swimming pool, and the setting of the overflow can ensure that the swimming pool will not be overfilled or overflow from the swimming pool, thereby ensuring the rationality of the design.

[0014] Particularly, the side of the propeller placement position in the swimming pool also includes a water flow outlet, through which the water in the swimming pool is drained.

[0015] In particular, an inwardly recessed avoidance zone is provided on the back of the swimming pool relative to the corner where the propeller is placed, and the avoidance zone is used to place the hydraulic workstation and the water filter distributed on the side of the swimming pool; by setting the avoidance zone on the back of the swimming pool and placing the hydraulic workstation and the water filter in the avoidance zone, it is ensured that the hydraulic workstation and the water filter will not occupy too much space in the swimming machine frame, and the designed swimming machine will not appear too large due to the hydraulic workstation and the water filter occupying too much space in the swimming machine frame, thereby saving manufacturing costs and the space occupied during use or storage.

[0016] In particular, the propeller installed in the swimming pool contacts the swimming pool wall through the other side provided with the propeller water outlet, and the propeller surface and the corresponding swimming pool wall are respectively pierced to form an oil pipe insertion hole for the oil supply pipe to extend into; by limiting the oil pipe insertion holes on the swimming pool and the propeller, it is also possible to avoid the problem of unreasonable overall design of the swimming machine or obstruction to other working accessories due to inappropriate setting of the oil pipe access position.

[0017] In particular, the thruster convection plate also includes a water inlet grille plate, the water inlet grilles are evenly distributed on the water inlet grille plate, and the water inlet grille plate on the thruster convection plate is detachable, the guide plate installed on the swimming pool wall is detachably connected to the swimming pool wall, and the guide plate is also provided with a DC LED underwater light; by setting the water inlet grille and the guide plate as a detachable structure, the convenience of cleaning can be improved, and at the same time, because the water inlet grille and the guide plate can be disassembled, the manufacturer can install bubbles, cameras and other devices in the swimming pool according to the needs of different users, as well as sensors such as water temperature and water quality, thereby ensuring the diversification of the swimming machine design, and the above-mentioned design of the DC LED underwater light allows users to choose lights of different tones according to different needs, thereby rendering the swimming pool atmosphere.

[0018] In particular, the water filtration circuit also includes an air energy heat pump and ultraviolet disinfection duct lamps; the above design can further purify the water quality of the swimming pool.

[0019] In particular, the propeller installed in the swimming pool is equipped with an operation panel above it, and the bottom of the swimming pool also includes a groove, and an underwater treadmill is installed in the groove; through the design of the above operation panel, the control panel is the main control area, and different selections or settings can be made for different situations. At the same time, the swimming machine also has an APP software control function, and when the swimming machine is used for public services, the settings of the swimming machine can be adjusted to log in and use by scanning a QR code with a mobile phone. The above APP software is a mobile phone program software with reservation and charging functions, which further ensures the diversification of the design of the swimming machine. By installing an underwater treadmill in the swimming machine, it can be realized that the user can choose to swim or run according to needs.

[0020] In particular, the liquid booster and delivery device is a water pump, the water cooling device is a water cooling tower, the hydraulic drive source is a vane motor, and the oil pipe is an aluminum pipe; the hydraulic drive source is set to a vane motor as described above, mainly because the improved swimming machine is improved from the original electric drive to hydraulic drive, and in order to achieve the matching use of the drive source and the hydraulic workstation, the propeller is set to be driven by a vane motor, and for the heat dissipation speed of the hydraulic workstation, due to the characteristics of the material, the oil pipe is set to an aluminum pipe, but the aluminum pipe is not a necessary option, it is just the best way, and the second copper pipe or stainless steel pipe can be used as a candidate. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] Figure 1 is a three-dimensional schematic diagram of a swimming machine according to a specific embodiment of the present invention;

[0022] Figure 2 It is a side perspective schematic diagram of the present invention after the swimming machine frame is removed;

[0023] Figure 3 It is a front perspective schematic diagram of the present invention after the swimming machine frame is removed;

[0024] Figure 4 It is a front perspective schematic diagram of the present invention after removing the swimming machine frame and the propeller housing;

[0025] Figure 5 yes Figure 4 A local enlarged view of point A;

[0026] Figure 6 is a three-dimensional schematic diagram of a swimming machine after a treadmill is installed in a specific embodiment of the present invention; DETAILED DESCRIPTION

[0027] like Figure 1-6 As shown, a specific embodiment of the present invention adopts a high-safety intelligent integrated swimming machine, including a swimming machine body, the swimming machine body includes a swimming machine frame 2, a swimming pool 1 and a propeller 3, the swimming pool 1 is installed in the swimming machine frame 2, and the propeller 3 is installed in the swimming pool 1. The swimming machine body also includes a hydraulic system, the hydraulic system is arranged in the swimming machine frame 2, and the hydraulic system includes a hydraulic workstation 4, the hydraulic workstation 4 is distributed at the side of the swimming pool 1, and the hydraulic workstation 4 is connected to the propeller 3, and the propeller 3 is driven by the hydraulic workstation 4. The water pump in the prior art is replaced by the hydraulic workstation 4 in the hydraulic system, so that the propeller 3 is driven by hydraulic instead of electric energy, avoiding the defect of leakage caused by the water pump driving the propeller 3 in the prior art, and at the same time, the water flow driven by the propeller 3 is driven by the hydraulic workstation 4, so as to achieve the effects of swimming, surfing massage, etc., thereby greatly improving the safety, practicality and reliability of the swimming machine.

[0028] The thruster 3 involved above includes a hydraulic drive source 31, an oil circuit is connected to the hydraulic workstation 4, an oil pipe 9 is connected to the oil circuit, the oil pipe 9 includes an inlet pipe and an outlet pipe, the inlet pipe and the outlet pipe are respectively extended into the swimming pool 1 and connected with the hydraulic drive source 31, and the inlet pipe and the outlet pipe are connected to the path of the hydraulic drive source 31 and include a water cooling device 7, and a water cooling cycle in the swimming pool 1 is formed through the water cooling device 7; through the above setting, when the swimming machine is working, the hydraulic oil in the hydraulic workstation 4 generates a large amount of heat due to the friction between the various parts in the hydraulic workstation 4, and because the water cooling device 7 is provided at the position of the oil pipe 9 connected to the hydraulic drive source 31, the water in the swimming pool 1 can absorb the heat of the hydraulic oil through the oil pipe 9, thereby achieving the increase of the water temperature in the swimming pool 1, and effectively supplementing the heat lost in the swimming pool 1, thereby avoiding the unnecessary waste of heat energy of the hydraulic workstation 4, and saving the cost of heating the pool water by other means.

[0029] The propeller 3 installed in the swimming pool 1 is distributed at a position close to one side of the inner wall of the swimming pool 1. The propeller 3 also includes a propeller water outlet 31 and a propeller water inlet. The propeller water inlet is distributed on both sides of the propeller 3. The propeller water outlet 31 faces the swimming pool 1. A convection plate 60 is fixed at a position on the swimming pool wall on the opposite side to the propeller water outlet 31. The convection plate 60 is a hollow structure, and a water inlet grille 601 is formed on the convection plate 60 relative to the side where the propeller 3 is provided. Guide plates 70 are distributed on both sides of the convection plate 60. The guide plates 70 are installed on the inner wall of the swimming pool 1 to form a water flow path, and one end of the guide plate 70 is connected to the convection plate 60, and the other end extends to the propeller 3 and forms a connection with the propeller 3. Through the propeller 3 and the inlet The water grille 601 and the guide plate 70 cooperate to form an internal circulation of water in the swimming pool 1; when the swimming machine is in motion, water is ejected from the propeller outlet 31, and the water is recovered through the water inlet grille 601 on the convection plate 60, and is transported back to the side of the propeller 3 through the water flow path in the guide plate 70, and enters the propeller 3 from the propeller water inlet, and can be ejected from the propeller outlet 31 again, thereby realizing the internal circulation of the water flow in the swimming pool 1, and due to the internal circulation, the water flow can be continuously ejected from the propeller 3 to counteract the forward force of the swimmer, so that the swimmer can swim in the swimming machine and achieve the purpose of fitness, thereby ensuring the rationality and reliability of the design of the swimming machine.

[0030] The swimming pool 1 involved in the above also includes a filtered water inlet 19 distributed near the upper eaves of the swimming pool 1 and a propeller placement position 12 for placing and installing the propeller 3. The propeller placement position 12 is higher than the bottom surface of the swimming pool 1 and is distributed in a stepped manner with the bottom surface of the swimming pool 1. The side of the propeller placement position 12 includes a water outlet 13 to be filtered. The swimming machine frame 2 also includes a water filter 80, a liquid booster delivery device 90 and a pipeline 10. One end of the pipeline 10 is connected to the water outlet 13 to be filtered, and the other end passes through the liquid booster delivery device 90 and the water filter 80, and extends into the swimming pool 1 through the filtered water inlet 19, through the water outlet 13 to be filtered, the pipeline 1 0. The cooperation of the liquid booster delivery device 90, the water filter 80 and the filtered water inlet 19 constitutes a circuit for filtering water quality. When the water quality in the swimming pool 1 needs to be filtered, the water flow in the swimming pool 1 is first pressurized by the liquid booster delivery device 90, so that the derived water flow can enter the water filter 80, and the water filter 80 performs actions such as filtering, purifying and sand drying on the water quality, and then the water flow is derived into the pipe 10, and then returns to the swimming pool 1 through the pipe 10 at the position of the filtered water inlet 19, thereby filtering the water quality of the swimming machine, greatly improving the safety of use, and preventing the occurrence of skin diseases or other safety hazards due to water quality problems.

[0031] There are guide plate corner positions 40 on both sides of the propeller 3. The guide plate corner positions 40 are installed on the inner wall of the swimming pool 1 and form a passage for water flow to pass through. The guide plate corner positions 40 distributed on both sides of the propeller 3 are embedded between the propeller 3 and the guide plate 70 extending to the side of the propeller 3, and are respectively connected to the propeller 3 and the guide plate 70. The design of the guide plate corner position 40 can be used for swimmers to use the guide plate corner position 40 as an up and down step when entering and exiting the swimming pool 1, thereby further improving the practicality of the swimming machine.

[0032] The inner wall of the swimming pool 1 mentioned above also includes an overflow port 18 and a water inlet 17 near the upper eaves. The water inlet 17 and the overflow port 18 penetrate the swimming pool wall respectively, and water flows into the swimming pool 1 through the water inlet 17. By setting the water inlet 17 and the overflow port 18 on the swimming pool 1, the water inlet 17 can be used to connect to the external water inlet device to realize the water flow into the swimming pool 1, and the setting of the overflow port 18 can ensure that the swimming pool 1 will not be overfilled or overflow from the swimming pool 1, thereby ensuring the rationality of the design.

[0033] The back of the swimming pool 1 mentioned above is provided with an inwardly recessed avoidance zone relative to the corner where the propeller 3 is placed, and the hydraulic workstation 4 and the water filter 80 distributed on the side of the swimming pool 1 are placed through the avoidance zone; by setting the avoidance zone on the back of the swimming pool 1 and placing the hydraulic workstation 4 and the water filter 80 in the avoidance zone, it is ensured that the hydraulic workstation 4 and the water filter 80 will not occupy too much space in the swimming machine frame 2, and the designed swimming machine will not appear too large due to the hydraulic workstation 4 and the water filter 80 occupying too much space in the swimming machine frame 2, thereby saving manufacturing costs and the space occupied during use or storage.

[0034] The propeller 3 installed in the swimming pool 1 contacts the swimming pool wall through the other side provided with the propeller water outlet 31, and the surface of the propeller 3 and the corresponding swimming pool wall are respectively pierced to form an oil pipe insertion hole 14 for the oil supply pipe 9 to extend into; by limiting the oil pipe insertion hole 14 on the swimming pool 1 and the propeller 3, it is also possible to avoid the problem of unreasonable overall design of the swimming machine or obstruction to other working accessories due to inappropriate setting of the access position of the oil pipe 9.

[0035] The convection plate 60 of the propeller 3 also includes a water inlet grille plate, and the water inlet grilles 601 are evenly distributed on the water inlet grille plate, and the water inlet grille plate on the convection plate 60 of the propeller 3 is detachable, and the guide plate 70 installed on the wall of the swimming pool is connected to the wall of the swimming pool in a split manner, and the guide plate 70 is also provided with a DC LED underwater light 50; by setting the water inlet grille 601 and the guide plate 70 as a detachable structure, the convenience of cleaning can be improved. At the same time, because the water inlet grille 601 and the guide plate 70 can be disassembled, the manufacturer can install bubbles, cameras and other devices in the swimming pool 1, as well as sensors such as water temperature and water quality according to the needs of different users, thereby ensuring the diversification of the design of the swimming machine. The above-mentioned design of the DC LED underwater light 50 allows users to choose lights of different tones according to different needs, thereby rendering the atmosphere of the swimming pool 1.

[0036] The side of the propeller placement position 12 in the swimming pool 1 also includes a water discharge outlet 13, through which the water in the swimming pool 1 is discharged; the water quality filtration circuit also includes an air energy heat pump and an ultraviolet disinfection pipeline lamp; the above design can achieve further purification of the water quality of the swimming pool 1.

[0037] The propeller 3 installed in the swimming pool 1 is equipped with an operation panel above it, and the bottom of the swimming pool 1 also includes a groove 11, and the underwater treadmill 6 is installed at the position of the groove 11; through the design of the above operation panel, the control panel is the main control area, and different selections or settings can be made for different situations. At the same time, the swimming machine also has an APP software control function, and when the swimming machine is used for public services, the settings of the swimming machine can be adjusted to log in and use by scanning the QR code with a mobile phone. The above APP software is a mobile phone program software with reservation and charging functions, which further ensures the diversification of the design of the swimming machine. By installing the underwater treadmill 6 in the swimming machine, it can be realized that the user can choose to swim or run according to needs.

[0038] The liquid booster delivery device 90 is a water pump, the water cooling device 7 is a water cooling tower, the hydraulic drive source 31 is a vane motor, and the oil pipe 9 is an aluminum tube. The hydraulic drive source 31 is set to a vane motor as described above, mainly because the improved swimming machine is improved from the original electric drive to hydraulic drive, and in order to achieve the matching use of the drive source and the hydraulic workstation 4, the propeller 3 is set to be driven by a vane motor, and the heat dissipation speed of the hydraulic workstation 4 is determined by the characteristics of the material, so the oil pipe 9 is set to an aluminum tube, but the aluminum tube is not a necessary option, it is just the best way, and the second copper tube or stainless steel tube can be used as a candidate.

Claims

1. A high-safety intelligent integrated swimming machine, comprising a swimming machine body, wherein the swimming machine body comprises a swimming machine frame, a swimming pool and a propeller, wherein the swimming pool is installed in the swimming machine frame, and the propeller is installed in the swimming pool, characterized in that: The swimming machine body also includes a hydraulic system, which is arranged in the swimming machine frame. The hydraulic system includes a hydraulic workstation, which is distributed on the side of the swimming pool and is connected to the propeller. The propeller is driven by the hydraulic workstation.

2. The high-security intelligent integrated swimming machine according to claim 1 is characterized in that: The thruster includes a hydraulic drive source, the hydraulic workstation is connected to an oil circuit, the oil circuit is connected to an oil pipe, the oil pipe includes an inlet pipe and an outlet pipe, the inlet pipe and the outlet pipe are respectively extended into the swimming pool and docked with the hydraulic drive source, and the inlet pipe and the outlet pipe are connected to the path of the hydraulic drive source and include a water cooling device, and a water cooling cycle in the swimming pool is formed through the water cooling device.

3. The high-security intelligent integrated swimming machine according to claim 1 or 2, characterized in that: The propeller installed in the swimming pool is distributed at a position close to one side of the inner wall of the swimming pool. The propeller also includes a propeller water outlet and a propeller water inlet. The propeller water inlet is distributed on both sides of the propeller. The propeller water outlet faces the swimming pool. A convection plate is fixed on the inner wall of the swimming pool at a position opposite to the propeller water outlet. The convection plate is a hollow structure, and a water inlet grille is formed on the convection plate relative to the side where the propeller is provided. Guide plates are distributed on both sides of the convection plate. The guide plates are installed on the inner wall of the swimming pool and form a water flow path. One end of the guide plate is connected to the convection plate, and the other end extends toward the propeller and forms a connection with the propeller. Through the cooperation of the propeller, the water inlet grille and the guide plate, an internal circulation of water in the swimming pool is formed.

4. The high-security intelligent integrated swimming machine according to claim 2 is characterized in that: The swimming pool also includes a filtered water inlet distributed near the upper eaves of the swimming pool and a propeller placement position for placing and installing a propeller. The propeller placement position is higher than the bottom surface of the swimming pool and is distributed in a stepped manner with the bottom surface of the swimming pool. The side of the propeller placement position includes an outlet for water to be filtered. The swimming machine frame also includes a water quality filter, a liquid booster delivery device and a pipeline. One end of the pipeline is connected to the outlet for water to be filtered, and the other end passes through the liquid booster delivery device and the water quality filter, and extends into the swimming pool through the filtered water inlet. The cooperation of the outlet for water to be filtered, the pipeline, the liquid booster delivery device, the water quality filter and the filtered water inlet constitutes a circuit for water quality filtration.

5. The high-security intelligent integrated swimming machine according to claim 3 is characterized in that: The swimming pool also includes a filtered water inlet distributed near the upper eaves of the swimming pool and a propeller placement position for placing and installing a propeller. The propeller placement position is higher than the bottom surface of the swimming pool and is distributed in a stepped manner with the bottom surface of the swimming pool. The side of the propeller placement position includes an outlet for water to be filtered. The swimming machine frame also includes a water quality filter, a liquid booster delivery device and a pipeline. One end of the pipeline is connected to the outlet for water to be filtered, and the other end passes through the liquid booster delivery device and the water quality filter, and extends into the swimming pool through the filtered water inlet. The cooperation of the outlet for water to be filtered, the pipeline, the liquid booster delivery device, the water quality filter and the filtered water inlet constitutes a circuit for water quality filtration.

6. The high-security intelligent integrated swimming machine according to claim 3 is characterized in that: There are guide plate corner positions on both sides of the propeller, which are installed on the inner wall of the swimming pool and form a passage for water to flow through. The guide plate corner positions distributed on both sides of the propeller are embedded between the propeller and the guide plate extending to that side of the propeller, and are respectively connected to the propeller and the guide plate.

7. The high-security intelligent integrated swimming machine according to claim 1 or 2, characterized in that: The inner wall of the swimming pool also includes an overflow port and a water inlet near the upper eaves. The water inlet and the overflow port penetrate the swimming pool wall respectively, and the water flows into the swimming pool through the water inlet.

8. The high-security intelligent integrated swimming machine according to claim 5 is characterized in that: The side of the propeller placement position in the swimming pool also includes a water flow discharge outlet, through which the water in the swimming pool is discharged.

9. The high-security intelligent integrated swimming machine according to claim 5 is characterized in that: The back of the swimming pool is provided with an inwardly recessed escape zone relative to the corner where the propeller is placed, and the hydraulic workstation and water filter distributed on the side of the swimming pool are placed through the escape zone.

10. The high-security intelligent integrated swimming machine according to claim 3 is characterized in that: The propeller installed in the swimming pool contacts the swimming pool wall through the other side provided with the propeller water outlet, and the propeller side and the corresponding swimming pool wall are respectively pierced to form an oil pipe insertion hole for the oil supply pipe to extend into.

11. The high-security intelligent integrated swimming machine according to claim 3, characterized in that The convection plate also includes a water inlet grille plate, the water inlet grilles are evenly distributed on the water inlet grille plate, and the water inlet grille plate on the convection plate is detachable, the guide plate installed on the swimming pool wall is connected to the swimming pool wall in a split manner, and a DC LED underwater light is also provided on the guide plate.

12. The high-security intelligent integrated swimming machine according to claim 5, characterized in that :The water supply and filtration circuit also includes an air energy heat pump and an ultraviolet disinfection pipeline lamp.

13. The high-safety intelligent integrated swimming machine according to claim 1 or 2, characterized in that The propeller installed in the swimming pool is provided with an operation panel on its top, and the bottom of the swimming pool also includes a groove, and an underwater treadmill is provided at the groove position.

14. The high-security intelligent integrated swimming machine according to claim 3, characterized in that The propeller installed in the swimming pool is provided with an operation panel on its top, and the bottom of the swimming pool also includes a groove, and an underwater treadmill is provided at the groove position.

15. The high-security intelligent integrated swimming machine according to claim 4 is characterized in that: The liquid booster delivery device is a water pump, the water cooling device is a water cooling tower, the hydraulic drive source is a vane motor, and the oil pipe is an aluminum pipe.

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