A remote diagnosis system is introduced herein, which is applied to at least one spa bathing equipment. The remote diagnosis system comprises a spa bathing system and a remote operating platform. The spa bathing system comprises a plurality of devices for actuating relatively to the spa bathing equipment, and a spa bathing control unit having a control unit for controlling actuations of the plurality of devices, which is used to correspondingly generate at least one partial-region information according to at least one partial-region status generated by the spa bathing system, and to actively or passively transmit the at least one partial-region information toward outside the spa bathing system.

A remote diagnosis management system and a method for operating the same are disclosed. The remote diagnosis management system is utilized for at least one massage bath equipment and includes a communication module configured to receive a remote trigger event of the at least one massage bath equipment; an analyzing module configured to analyze the remote trigger event to generate an analyzed result; and a processing module configured to remotely operate at least one state of the at least one massage bath equipment. The remote diagnosis management system and the method for operating the same can provide more services for the at least one massage bath equipment.

A modulating heater system for a pool or spa includes a pool or spa heater capable of variably modulating energy output thereof and a controller communicatively coupled thereto. The controller determines a predicted load based on a previous load, ambient and water temperatures, and estimated pool/spa size, and determines an overshoot setpoint for an operational mode. The controller establishes a target temperature setpoint for the mode and receives a current water temperature. The controller determines whether the overshoot setpoint plus target temperature setpoint is greater than the current water temperature, and determines an error based thereon. The controller determines if the error is less than or greater than a target for the mode, and, based on this determination, determines a heater modulation rate for the mode taking into account the mode, maximum heater output, and available fuel supply. The controller controls the heater to operate at the determined modulation rate.

A far infrared (FIR) sauna cabin equipped with a far infrared (FIR) heating elements constructed of ceramic, carbon, and/or light emitting diodes (LED), designed for therapeutic use in a sauna, capable of emitting far infrared energy, and heating an individual's skin for purposes of rejuvenation, anti-aging, weight loss, and acne therapy. The FIR heating element emits IR energy in a wavelength and frequency optimum for resonant absorption by the human body, resulting in the release of toxins stored within subcutaneous fatty deposits, which are then carried out of the person's system as he or she sweats. The FIR sauna is operated by a system comprising a local control system and a remote computer running access control software. A user account is configured containing a user's allowed privileges. When a user swipes an access card, the remote computer verifies the requested privilege. If allowed, the local system energizes the sauna system.

A spa is provided including a frame, a shell mounted to the frame defining a basin for holding water, at least one sensor for monitoring a spa component or water condition, a communications interface including a cellular transceiver, and a battery for providing power to the at least one sensor and to the communications interface when the spa is not connected to a power source. The spa also includes a controller in electrical communication with the at least one sensor and the communications interface. The controller is configured to, while the spa is not connected to the power source, receive information from the at least one sensor, process the received information, and cause the communications interface to wirelessly transmit the processed information to a remote source or central server.

A water quality monitoring system is provided for a bathing unit system including a pump and a controller for controlling operations of the pump. The water quality monitoring system comprises: (i) a monitoring device to be positioned in-line within a circulation system of the bathing unit for obtaining water quality measurements; and (ii) a communication module configured to establish a communication channel with a remote server over a computer network for performing an analysis of water quality. The communication module is programmed for: (a) selectively transmitting the water quality measurements obtained by the monitoring device such that at least some measurements obtained when the pump is deactivated are omitted from transmissions made to the remote server; and/or (b) transmitting the water quality measurements to the remote server concurrently with tags conveying the activation status for the pump when the water quality measurements were obtained.

Systems and methods for control device detection for pool or spa systems are disclosed. In an example method, a computing system outputs, to a first electrical port, a test signal. The computing system determines an electrical measurement for the first electrical port using the test signal. The computing system identifies a first control device for a first piece of pool or spa equipment based on the electrical measurement. The computing device records first information about the first control device.

A system and methods of remotely monitoring and controlling a pool controller for a pool or a spa via one or more remote computing devices is provided. In some embodiments, a remote user can be provided with information about the pool or the spa. The remote user is provided with an ability to remotely optimize a performance of the pool or the spa, including remotely adjusting a chemistry of the pool or the spa, remotely activating a heater of the pool or the spa, and/or remotely activating a pump of the pool or the spa.

The present invention relates to an individually controllable vulvar fumigator for women, the fumigator being implemented to enable individually controlled spraying of fume at the genital side and hot air at the anal side, while emitting, at the genital and anal areas of women, LED light sources, which helps to treat inflammation and has a sterilization function.

Systems and methods are provided for the control of pool or spa device circuits. A control system load center may control pool or spa device circuits in response to command data received from local or remote client devices. Activating a feature circuit may involve performing an associated logic function. Multiple feature circuits may be assigned to a feature circuit group which, when activated, may activate all feature circuits assigned to the feature group.