1074results about "Swimming pools" patented technology

The present disclosure provides a method for controlling a cleaning device and a cleaning device. The cleaning device includes a first distance sensor disposed at a bottom. The control method includes: in a process in which the cleaning device moves on a bottom of a pool, when the cleaning device approaches or collides with an obstacle, controlling the cleaning device to climb the obstacle; and in a process of climbing the obstacle, if the obstacle is determined as a step, controlling the cleaning device to move from a first surface of the step to a second surface of the step, where the step at least includes the approximately vertical first surface and the approximately horizontal second surface, where the obstacle is determined as the step at least based on a detection value of the first distance sensor.

A system and a method for automatically discovering one or more pool devices of a connected aquatic system. The one or more pool devices include one or more secondary panels and one or more pool components. A primary panel can broadcast a discovery message to identify the one or more secondary panels and / or the one or more pool components connected to the primary panel of the connected aquatic system. An identification response is generated and transmitted from the one or more secondary panels and / or the one or more pool components in response to the discovery message from the primary panel. The primary panel can receive and process the identification response and update a discovery status for each of the one or more secondary panels or the one or more pool components based on the identification response.

The present disclosure provides a cleaning device, including a cleaning device body, a cleaning cavity, a liquid inlet portion, a filtering mechanism, and a mode switching member. The cleaning cavity is configured to accommodate a first cleaning part. The liquid inlet portion is laterally provided in the cleaning cavity in a length direction of the liquid inlet portion and provided in the cleaning cavity in a width direction of the liquid inlet portion. The filtering mechanism is at least partially provided in a front portion of the cleaning device body. The mode switching member is provided at the front portion of the cleaning device body and at least partially located above the filtering mechanism. A first motion state includes a state of performing underwater cleaning. When the cleaning device performs underwater cleaning, the liquid inlet portion is close to a to-be-cleaned surface. A third motion state includes a state of performing water surface cleaning. When the cleaning device performs water surface cleaning, the liquid inlet portion is at least partially located above a water surface. The cleaning device can perform at least two operating conditions: underwater cleaning and water surface cleaning. In addition, the liquid inlet portion is shared in performing the at least two operating conditions to filter out garbage. This reduces production costs and use costs.

Electrical connectors for automatic swimming pool cleaners (APCs) are described. The connectors may be positioned on, at, in, or near bodies of the APCs and configured to be submerged in water of swimming pools. They additionally may be designed to withstand mechanical pulling stresses when their associated electrical cables are pulled by users to remove APCs from the pools. If such a connector is separable, essentially the entirety of the electrical cable may be separated from the APC for purposes of untangling or storing the cable, as examples. The separation additionally may allow for insertion of one or more extension cables as needed or desired.

The present invention provides a swimming pool robot, including: a body; two moving mechanisms disposed on two sides of the body; and a lateral propulsion assembly. The lateral propulsion assembly includes: a lateral flow channel including a fluid inlet and a fluid spraying opening; a lateral impeller disposed inside the lateral flow channel; and a lateral motor configured to drive the lateral impeller to rotate. The fluid spraying opening is disposed on one moving mechanism, so that the lateral flow channel communicates with the outside.

The utility model discloses a solar fountain head and a swimming pool fountain, the solar fountain head comprises a main shell and a solar panel, the top of the main shell is provided with a detachable cover plate, the solar panel is installed on the cover plate, and the solar panel is horizontally arranged; a water inlet cavity is formed in the main shell, fountain openings which are arranged at intervals are formed in one side of the main shell, the fountain openings are communicated with the water inlet cavity, and an included angle which is an acute angle is formed between the axis of each fountain opening and the solar panel; the solar panel is in a horizontal state and can uniformly receive illumination in different time periods, especially under the condition of direct sunlight. The fountain opening is obliquely arranged relative to the solar panel, the requirements for the water spraying height and distance of the fountain opening can be met, and the ornamental value and practicability are improved.

Systems and methods for securing an umbrella pole to a pool-side or in-pool pole mount hole to permit the use of umbrella poles having a diameter less than, equal to, or greater than the diameter of the originally installed pole hole. Systems include a base plate surrounding (e.g., circumferentially covering) the pole hole and having a bottom surface resting on the deck or pool bottom surface, an elongated (e.g., cylindrical) section extending downwardly from the of the bottom (e.g., center) of the base plate and receivable within the pole hole, and a pole support section extending upwardly from the top surface of the base plate for receiving the distal (ground facing) end of an umbrella pole.

This application provides a swimming pool robot, including a robot body, a filter, a control unit, and a moving mechanism. Operating environments of the swimming pool robot at least include a first operating environment and a second operating environment. The moving mechanism at least includes a first moving mechanism configured to drive the swimming pool robot to move in the first operating environment and a second moving mechanism configured to drive the swimming pool robot to move in the second operating environment. The first operating environment is an underwater environment. The second operating environment is a non-underwater environment. The control unit is capable of controlling, based on a current operating environment of the swimming pool robot, a moving mechanism corresponding to the current operating environment of the swimming pool robot to drive the swimming pool robot to move. According to this application, operating efficiency of the robot can be improved.

A solar swimming pool wall light includes a base, a connecting rod, and a light body. The base is mounted on the edge of a swimming pool, a solar panel is arranged on the base. The connecting rod has a first end and a second end, with the first end connected to the base and the second end extending downward and being retractable to adjust the height of the light body. The light body is connected to the second end of the connecting rod, with the light body and the base being electrically connected. A temperature probe is also arranged on the light body; and a display screen is arranged on the base to display temperature information detected by the temperature probe.

Disclosed in the present application is a pool cleaning robot, comprising a robot body, wherein a cleaning channel is formed inside the robot body, and the cleaning channel is configured to clean liquid entering the cleaning channel and discharge the liquid after cleaning is carried out. The pool cleaning robot further comprises a partition structure, which is located inside the robot body and connected to the robot body, the cleaning channel being separated by the partition structure to be at one side.

A method of adjusting pool or spa equipment parameters in a multi-vendor pool or spa equipment system is provided. The method includes providing a pool or spa equipment system including a plurality of different pool or spa equipment provided by a plurality of different pool or spa equipment suppliers with each of the plurality of different pool or spa equipment having its own adjustable parameters. The method includes connecting the plurality of different pool or spa equipment to a software application via a local network and receiving and displaying current parameter data of the connected plurality of different pool or spa equipment on the software application. The method further includes adjusting, via the software application, the parameters of any one of the connected plurality of different pool or spa equipment.

An accessory pool filter system prevents larger debris from entering the pool's primary filter and potentially interfering with its operation. The system includes a bucket-shaped body with an inlet near the top, a straining basket inside, and an outlet near the bottom. The inlet is connected to an intake hose, and the outlet is connected to an outlet hose, which in turn connects to the pool's main filtration system. The apparatus uses the suction created by the pool filtration system's pump to draw water through the intake hose and pass it through the strainer before it continues on through the inlet to the pool's main filtration system. As the water passes through the system, larger debris is trapped in the basket, thereby preventing it from clogging up the lines of the pool's main filtration system.

The invention discloses a base station and a swimming pool cleaning system.The base station comprises a supporting mechanism located on a pool bank and a moving mechanism connected with the supporting mechanism and further comprises a rail unit arranged on the supporting mechanism; when the relative position of the moving mechanism and the supporting mechanism is changed, the variable connecting point of the track unit and the moving mechanism is changed along the track of the track unit; the track of the track unit comprises a horizontal component and a vertical component; wherein the horizontal component can enable the variable connection point to move / change in the direction away from or close to the swimming pool; the vertical component may cause the variable connection point to rise or fall. The base station has the advantages of simple structure, high transportation efficiency and the like.

This application provides a liquid storage assembly, a spreading mechanism, and a pool robot. The liquid storage assembly includes a flexible liquid storage unit and a liquid filling nozzle. The flexible liquid storage unit is configured to accommodate a reagent. A liquid filling opening is disposed on the flexible liquid storage unit. The liquid filling nozzle is disposed at the liquid filling opening. A reagent is filled into or discharged from the flexible liquid storage unit through the liquid filling nozzle under an external force. The liquid storage assembly is conveniently assembled and maintained, and the spreading mechanism and the pool robot can spread the reagent evenly.

Described herein are methods and systems for providing connectivity for a bathing unit system. The system can include a spa body with a water receptacle for holding water, bathing unit components including at least one heater and a circulation pump, a control system configured to generate control signals for controlling operational settings of one or more of the plurality of bathing unit components including the at least one heater and the circulation pump, and at least two communication interfaces positioned in the spa body. Each of the at least two communication interfaces being for exchanging of information between the control system and an external communication network. The at least two communication interfaces including a first communication interface and a second communication interface, wherein the first communication interface is spaced apart from the second communication interface on the spa body.

The embodiment of the invention provides an automatic pool cleaning device, a control method and a computer storage medium. The control method of the automatic pool cleaning device comprises the steps of receiving a task of cleaning a water line area of a pool wall of a pool; the pool automatic cleaning device is controlled to obtain the attributes of the pool wall of the pool at the pool bottom or the water surface; determining cleaning parameters of the task based on the attributes of the pool wall of the pool; and controlling the automatic pool cleaning device to execute a cleaning task of the waterline area according to the cleaning parameters.

The present disclosure provides a cleaning device, including a cleaning device body provided with an accommodating groove and an accommodating opening, an adjustment mechanism, a moving mechanism, a main cleaning mechanism including at least one filtering box which is provided with a debris inlet and assembled to the accommodating groove through the accommodating opening, a handle, a roller brush, and a solar mechanism including a solar panel. Along a forward direction, a ratio of a maximum length of the solar panel to a maximum length of a contour of the cleaning device body is greater than or equal to 0.7 and less than 1. Along a direction perpendicular to the forward direction, a ratio of a maximum width of the solar panel to a maximum width of the contour of the cleaning device body is greater than or equal to 0.5 and less than 1.

Pool skimming apparatus including a debris collection chamber having a pool-water inlet throat closable by a floating weir, a leaf basket fixed below the debris collection chamber, there being a return water outlet and a backflush water inlet below the leaf basket, and a backflush debris outlet above the debris collection chamber, whereby, in normal operation, the pool water and debris will be drawn past the open floating weir and into the debris collection chamber, with debris being caught in the leaf basket and pool water passing to the return water outlet, and, in backflush operation, water will enter the apparatus from the backflush water inlet below the leaf basket to pass upwardly through the leaf basket to force debris in the leaf basket up into the debris collection chamber, past the closed floating weir and out the backflush debris outlet.

To provide a luminaire capable of more efficiently illuminating an object range with uniform brightness.SOLUTION: A lighting fixture 10 includes a light source module 30 having a substrate 32 and a plurality of light sources 31 mounted on the substrate 32, and a light distribution control member 20 for controlling light distribution of illumination light emitted from the plurality of light sources 31. The light distribution control member 20 includes a light emission surface 22, and a plurality of incidence portions 21 provided to face each of the plurality of light sources 31 on a side opposite to the light emission surface 22. At least one of the plurality of incidence portions 21 includes a bottom portion 211 facing one light source 31 of the plurality of light sources 31, and a side wall 212 protruding from an edge of the bottom portion 211 toward the light source module 30. The side wall 212 has an incident surface 2121 on which the illumination light is incident, and a total reflection surface 2122 that totally internally reflects the light incident from the incident surface 2121. The total reflection surface 2122 is a curved surface that is convex toward the light exit surface 22.SELECTED DRAWING: Figure 3

The invention relates to the field of sport and recreation. What is proposed is a pool for water activities with an artificial current, comprising a housing in the form of an endless channel, and at least one platform, wherein the endless channel is stationary and has a set shape and a set cross-section, and at least one movable platform is arranged proximate the bottom of the channel for creating an artificial current therein, the platform being in the form of a frame structure with at least one paddle vane mounted thereon and being configured for continuous movement in one direction along at least one guide, wherein the guide is endless and extends along the entire perimeter of the channel. The technical result of the proposed invention is that of generating and maintaining in the most energy-efficient way possible an artificial current with improved uniformity in a pool.

A water remediation system and accompanying method includes remediation by reducing the concentration of nutrients in the water and dosing the water with metal ions. It has been found that through a combination of reducing nutrients present in the water and treating with metal ions, the requirement to treat with high chemical dosages is removed.

The utility model discloses a swimming pool cleaning robot capable of improving wall climbing capacity. The swimming pool cleaning robot comprises a robot body and a tail pushing motor. The machine body is provided with front wheels, rear wheels and a rolling brush. A driving motor is arranged in the machine body and drives the front wheel, the rear wheel and the rolling brush to rotate; the tail pushing motor is arranged in the tail end of the machine body, and a tail pushing water opening is formed in the tail of the machine body. According to the cleaning robot, the tail pushing motor is additionally arranged to provide pushing force, and meanwhile it can be guaranteed that the robot stably climbs a wall to clean the side wall of a swimming pool through suction force provided when the water pumping motor pumps water.

The invention relates to the technical field of swimming pool robots, and provides a cleaning system which comprises a base station and a swimming pool robot. The swimming pool robot comprises a first main body, a first filter box and a fourth inlet; the first filter cartridge is at least partially arranged in the first main body; the fourth inlet is formed in the first main body; the base station comprises a base station body, a second filter cartridge and a second cleaning assembly; the second filter box is at least used for receiving garbage from the first filter box; the second cleaning assembly comprises at least one first nozzle; when the swimming pool robot stops on the base station body, the first spray head extends into the first main body through the fourth inlet and is used for spraying liquid to the first filter box; and exiting from the first main body through the fourth inlet. The garbage in the first filter box is effectively cleaned through the first spray head, automatic cleaning of the first filter box is achieved, a user does not need to manually disassemble and clean the first filter box, automatic and all-directional cleaning of the first filter box is achieved, and user experience is improved.

The disclosure relates to a pool robot, comprising a travel drive and a suction device for cleaning the walls and / or the bottom of the pool. The pool robot has a water inlet and a water outlet through which a flow path through the pool robot is defined. The pool robot comprises an electrode unit for the in-situ generation of ozone from the pool water.

A skimmer flow regulator valve for pool systems includes a top rotatably connected to a bottom. At least one top flow passage is defined by the top. At least one bottom flow passage is defined by the bottom. A compressible bolt assembly secures the top to the bottom and includes a bolt, a pair of washers, a spring positioned between the washers, and a nut. A spring force from the spring biases the top towards the bottom, and the spring force prevents rotation between the top and the bottom. The top may be drawn away from the bottom to compress the spring to enable rotation of the top relative to the bottom. The at least one top flow passage and at least one bottom flow passage are operable to be partially or fully aligned to regulate a water flow through the skimmer flow regulator valve.

The utility model relates to a kind of pool automatic cleaning equipment, the pool automatic cleaning equipment includes equipment main body, height adjusting structure and image acquisition device;The image acquisition device is installed in the equipment main body by the height adjusting structure, the equipment main body is cleaned in the process in pool, the height adjusting structure can make the position of the image acquisition device elevated, to make the image acquisition device can gather the environmental image around the equipment main body.Image acquisition device after position elevation is no longer blocked by equipment main body, blind area reduces, visual range is no longer limited to the side of equipment main body, and can be expanded to the environmental image around equipment main body.Further, when local object identification can expand target range, efficiently plan cleaning path, improve the garbage cleaning efficiency and endurance time of machine.

The utility model discloses a straight line outgoing type underwater lamp belt, which comprises waterproof boxes, a lamp body and an FPC (flexible printed circuit) board, the waterproof boxes are mounted at two ends of the lamp body, the FPC board is positioned in the lamp body and extends along the length direction of a bottom plate, the two ends of the FPC board and the lamp body extend into the waterproof boxes, each waterproof box comprises a base and a cover plate, and the cover plate is mounted on the base. A fixing plate is arranged on the base, the bottom face of the end, extending into the waterproof box, of the lamp body is attached to and fixed to the fixing plate, the bottom end, the left end and the right end of the cover plate are open, and the opening in the bottom end of the cover plate is in sealed connection with the base. The left end opening and the right end opening of the cover plate are respectively enclosed with the cover plate to form a first socket and a second socket, the first socket is used for the end part of the lamp body to extend into the cover plate, and the second socket is provided with a waterproof wire assembly. According to the utility model, the current access of the lamp body is safer, and the overall waterproof sealing performance is good.