280 results about "Hot spring" patented technology

An improved water heater for use in spas, hot tubs, pools, hydrotherapy pools, bath tubs, and similar bodies of water used indoors, outdoors, or both indoors and outdoors are used for both therapeutic and recreational purposes. The water heater uses heating element technology know as thick film on substrate comprising resistive elements bonded to the outer dry surface of a substrate to heat the substrate which in turn heats the water flowing through the heating chamber. The heater is highly efficient due to the direct contact of the wet heating surface with the water and provides a smooth seamless inner heating surface by eliminating the need to pass electrical leads into the wet region of the heater. This virtually eliminates the risk of leaks in the water heater due to bulkhead fittings. The invention further eliminates the need for a heating element to be contained in the inner wet region of a spa heater, thereby reducing the risk of corrosion. The water heater can be used with electrical, electro-mechanical, and mechanical control systems for spas and can be retrofitted into existing spa applications.

The sight-seeing wineshop type overwater paradise includes a floating river, and on the floating river, and sight-seeing sanatorium type building is built up, and the open area in the builidng can have artificial sea-wave zone and artificial sand beach zone, also can have rotary water-skiing path and children's water-playing pool, and on the second floor of the said building, the sigh-seeing sanatorium type guest rooms can be set up, and in the interior of the building, the sauna, warm spring bath room, gymnastic room and health-care massage room are set up.

A composition is provided containing powdered cellulose and at least one water insoluble, immobilized water treatment additive. Preferably, a filter media composition is provided containing powdered cellulose and at least one water insoluble, immobilized enzyme such as lipase for filtration of swimming pool and spa water. The lipase may be recombinantly produced, and lipases having 1,3 positional or non-positional specificity are used. The immobilized lipase may be in the form of bead-shaped particles, and immobilization can be on a macroporous acrylic resin. Moisture may be added to the composition to provide a pre-moistened composition that is dustless and provides for improved dispersement and even filter grid coating. In a filtering system, the filter media absorbs oils contained in pool or spa water, and the lipase hydrolyzes the oils.

A method of generating power is disclosed wherein a liquid having a boiling point near the ambient temperature when it is under atmospheric or moderately higher pressures, preferably propane, isobutane, Freons or ammonia, is placed in a pressure vessel, heat energy is gathered from a naturally occurring heat sources, such as by solar collectors or from hot springs, geothermal or other heat sources, and transmitted through conduction heat pipes to the liquid in the pressure vessel, and the liquid is thereby heated to the boiling point and vaporized. When a liquid is vaporized, its volume expands by several hundred times, creating a pressure sufficient for driving motors. This invention can be used in automobiles, motorcycles, generators, ships, homes, factories, and other suitable places to drive motors, thus reducing the use of petrochemical fuels.

The invention relates to a method for pickling salted duck eggs in hot spring water which belongs to the technical field of salted duck egg pickling. Fresh duck eggs are selected, cleaned and dried and then are put into hot spring water soak solution, and the ratio of the hot spring water soak solution and salt is 100:18-26. The hot spring water soak solution consists of pepper, aniseed, fennel, clove, spice leaf, yellow ginger, ageratum, nutmeg, angelica dahurian, rhizoma kaempferiae, amomum villousum, dried tangerine peel, cassia, tsaoko amomum fruit, liquorice and medlar in weight proportion of 8:6:5:4:4:9:3:3:4:2:3:5:6:3:4:5 to be soaked in the hot spring water for 50 minutes and heated to be decocted for 25 minutes, and the hot spring water soak solution is obtained. The salted duck egg pickled by the invention has the characteristics of freshness, fine grain, tenderness, softness, granularity and oiliness, is rich in various mineral nutriments such as various amino acids, lecithin and the like; the salted duck egg is the top product for enriching the calcium in summer; the shelf life of the salted duck egg under normal temperature is more than 120 days; and the salted duck egg has abundant nutritional value and medical value and is suitable for all ages.

The invention discloses a low temperature geothermal energy production technique method, and belongs to a geothermal energy utilization technique. According to the method, fracturing and communication are performed in a heat storage stratum section through drilling, fracturing and directional drilling techniques on the premise that geological environment stability is ensured according to a geothermic gradient theory, so that subsections of a heat storage stratum are communicated in a certain depth underground, a relatively independent fluid circulation space system is formed, and the purpose of low temperature geothermal energy production is achieved in an extraction and filling combined linkage manner. The method and techniques are scientific and reasonable, the production and utilization problems of low-temperature geothermal energy in a vast underground water area are solved, the technical target that hot springs exist anywhere is achieved, geothermal energy resources are sufficiently utilized, and the geological environment is not damaged.

A pool/spa water treatment system may include a pump and a pool filter. The pump may include a pump inlet and a pump outlet. The pump inlet and outlet may be aligned on a first axis or within a first vertical plane. The pool filter may be offset a select transverse distance from the pump. The pool filter may include a pool filter inlet in fluid communication with the pump outlet. The pool filter inlet and the pump outlet may be aligned on a second axis or within a second vertical plane that is transverse to the first axis or plane. The pool/spa water treatment system may further include a heater. The heater may include a heater inlet in fluid communication with the pool filter outlet. The heater inlet may be aligned with the pool filter outlet within the second plane.

An assembly for rapidly filing bathtubs, whirlpools, spas, washing machine drums and the like includes a basin, water storage tank(s) (such as hot and cold water storage tanks), and a system for controlling the filling of the basin from the tank(s). When it is desired to supply water to the basin, this is expedited by placing the tank(s) above the basin, using connecting piping with extra large area, using a pressure pump, and/or providing extra large delivery ports. The tank(s) are dedicated to the assembly, and preferably are closely adjacent thereto. Controls are provided to avoid excess weight gathering adjacent the basin.

A spa control system that measures the flow of water through the heater of a spa and accurately reports water temperature in the spa using only one solid-state sensor in the heater. The working condition of the sensor is first determined by energizing the spa heater for a brief period of time, with the circulation pump de-energized, then quickly de-energizing the heater and watching for a heat rise at the sensor. A small rise is sufficient to proceed with the flow test. The flow rate is now determined by energizing the pump, with the heater still de-energized, and observing the rate at which the moving water cools the inside of the heater. If there is no circulation of water through the heater, the temperature of the sensor will continue to rise from the energy applied when the heater was briefly energized. This rise will be quite significant and a clear indication of a flow problem. Conversely, with normal flow, the inside of the heater will be cooled to approximately the same temperature as the spa water in just a few seconds. If the flow is found to be adequate, the heater may be energized for a normal period of time. Since, while cooling, a measured number of degrees is dropped in a measured number of seconds, a flow rate can be reported to the user as an estimate of gallons per minute. The sensor is now carefully monitored for a sudden increase in temperature, which would indicate loss of a normal flow of water. It is known that the temperature of the water in the spa will be within one or two degrees of the observed temperature at the sensor in the heater, even when the heater is energized. The water temperature can, therefore, be accurately reported to the user just from measuring the temperature of the water in the heater. The only problem with making all measurements at the heater is that the real water temperature is unknown when the pump is not running. This problem can result in short heating cycles, or create the need to run the pump several times per day just to check on the real water temperature. The present invention uses artificial intelligence to find the proper time to turn the pump back on at a time when the spa is just beginning to need heat. Any errors in finding this time are added back to subsequent calculations to make future cycles more accurate.

A waterfall for a portable spa does not take up any seat space by being set into the top rim of the spa. Water from the spa circulation system flows into a closed end of a channel located in the top rim and along the channel to the open end located at the edge of the top rim on the inside wall to fall into the body of water in the spa. A light source at the point where the water enters the closed end of the channel, which may be adapted to change colors, directs light into the water flow, lighting the water that falls into the spa, in different colors, as desired.

The invention discloses anti-drowning warning equipment and a warning method thereof. In the warning equipment, air flow intensity signals caused by water wave in a water area are detected by using a sensing device and converted into digital voltage signals, then water area model matching is performed by using a first microcontroller according to the digital voltage signals, whether warming signals are generated is determined according to the matching result, and the warming signals are used for indoor and outdoor audible and visual alarm through a first warning module and a second warning device of a front-end trigger device respectively; the anti-drowning warning equipment with the structure can effectively reduce the missing alarm and false alarm rate by the water area model matching of the first microcontroller and improve the safety performance, and experiments show that the safety indexes of the anti-drowning warning equipment can reach the safety indexes specified by NFP90-307 and ASTMF-2208 standards; moreover, the anti-drowning warning equipment has wide application range, and can be applied to standard swimming pools, ponds, small rivers and hot spring and environments of standard swimming pools, ponds, small rivers and hot spring under severe weather conditions.

A pool drain cover includes a center hub which can be rotated with respect to an outer portion. A twisting of the center hub causes multiple (e.g., three or more) engagement arm assemblies to extend such that their distal ends engage the inner surface of a pool drain pipe, thereby holding the pool drain cover in place. The distal ends of the engagement arms may be provided with an anti-slip coating such as, for example, vinyl, rubber, etc., and/or an anti-slip finish. Alternatively, a metal (e.g., stainless steel) tab extending from the distal end of each of the engagement arm assemblies can be provided. The engagement arm assemblies can be released by twisting the center hub in the opposite direction, thereby permitting the pool drain cover to be removed.

A spa or hot tub system includes a tub forming a cavity that holds a fluid such as water therein, and a water circulation system provides for circulation of water within the tub. The hot tub includes inner and outer surfaces, and defines an internal space. A heat pump system is operably connected to the water circulation system, and heats the water in the hot tub. The water side heat exchangers of the heat pump may include a polymer housing, and coiled inner elements for refrigerant. The coils may be made of a corrosion-resistant metal tubing or the like. The system may include a conventional electric heating element in addition to the heat pump to provide additional heating capacity.

The invention discloses a geothermal pulse pressure wave fracturing system comprising a geothermal well, an instrument, a pulse pressure wave generator, a pressure pump and a water tank, wherein the output end of the pulse pressure wave generator is connected with one end of a pulse pressure wave control valve, a water outlet of the water tank is connected with a water inlet of the pressure pump, and a water outlet of the pressure pump is connected with one end of a water pump control valve. The invention also discloses a geothermal pulse pressure wave fracturing method which adopts a mode of combining static pressure with pulse pressure to fracture a stratum layer and clean an original geothermal channel, the static pressure is generated by the pressure pump and pressure liquid, and the pulse pressure is generated by the pulse pressure wave generator. By adopting the system and method disclosed by the invention, ultrasonic waves are superimposed to the geothermal well fracturing static pressure to generate a long-distance, large-scale, periodical and continuous pressure acting area and result in that the wall of the geothermal well is ruptured, so that a new hot spring flowing channel is formed; and the pulse pressure waves are mechanical energy waves, so that rock cracks can be further expanded until a satisfactory fracturing effect is achieved.

A spa cover constructed of layers of pliable insulation encapsulated within a weatherproof vinyl reinforced fabric or a rubber membrane which is attached to rigid square support tubes that run parallel to the short end of the spa. The encapsulated insulation is fastened to the bottom of the square support tubes with corrosion-free nylon anchors which allows the soft insulation assembly to span over the water and rest directly on the spa bartop surface sealing the heat in and keeping debris out. An arched fiberglass rod structure supports a weatherproof rainfly which is permanently affixed to the flat cover assembly to shed rain and debris. The entire assembly is held in place at each end with adjustable straps which stretch the cover from end to end keeping the rainfly taut. Removing the cover to access the spa involves undoing the straps on one end and rolling the cover assembly towards the other end until the desired amount of spa exposure is reached. Covering the spa after use is just the opposite procedure.

A spa cover is assembled from two or more molded foam sections. The sections may be molded from polystyrene, polyethylene, or a mixture of polystyrene and polyethylene. Panels are molded into the sections along mating edges, which panels cooperate to align the sections. The sections further include latches for holding the sections in alignment. The sections taper from a peak at the center of the cover to facilitate the run-off of rain, water sprays, or spills. Tie downs or inserts may be molded into the foam to facilitate the use of child safety straps to secure the cover to a spa. The cover may be sized to match known spa sizes, and may include a molded in decorative pattern and/or color.

A portable water heating system for use with a spa. The heating system circulates water from a spa, heats the water and returns the heated water to the spa. The portable heating system includes a housing that encloses a heater and a pump; a water intake hose; a water outlet hose; and a thermostat. The heating system may also include temperature-setting dials and flow and pressure regulating switches. A thermostat is also disposed within the portable spa heating system and is attached to the heater. The thermostat may be set to a predetermined temperature so that the heater, and therefore water temperature, may be controlled.

The invention discloses a hot spring egg boiler and a method for preparing hot spring eggs. The hot spring egg boiler comprises a shell, an inner container is arranged in the shell, an egg boiling frame is arranged in the inner container, a temperature sensor is arranged on the upper inner wall of the inner container, a heater is arranged on the lower outer wall of the inner container, a cover is arranged on the upper portion of the shell, and a control system is arranged on the cover and respectively electrically connected with the temperature sensor and the heater. According to the preparation method, the hot spring eggs are prepared by accurately controlling temperature and time in different heating modes. A user can easily boil the hot spring eggs, the temperature and the time in the hot spring egg boiling process are accurately controlled by a control module, so that the shortcoming of an existing egg boiler incapable of boiling the hot spring eggs is overcome, and use requirements of the user are met.

A structure of calorimeter provides a calorimetric head (1) comprising a calorimetric cell (10) suitable for receiving a sample holding container (20) containing a sample (25) to examine. The cell (10) is arranged according to a first shield (3), or active shield. Outside the active shield (3) a second shield (4), or dynamical shield is present, which comprises a cylindrical hollow body arranged around the active shield (3) for all its length in order to provide a space (5) of determined size. Outside the active shield a thermal bath is present (not shown) at a temperature lower than the first and the second shield (3,4). The dynamic shield (4) allows an effective adjustment of the heat flux through the active shield (3) during calorimetric measures by limiting the heat flux same. In fact, in operative conditions the dynamic shield acts as thermal flywheel and keeps constant the heat flux coming from the active shield (3). More in detail, the presence of the dynamic shield (4) ensures the reduction of the temperature gradient on the active shield (3) and then on the cell (10) containing the sample (20). Furthermore, by keeping the dynamic shield (4) at a suitable temperature difference from the active shield (3), the temperature can be controlled with much less electric power than it would be necessary if the active shield (3) exchanged heat directly with the thermal bath.

The invention relates to a method for preparing high-temperature resistant plastic pipes for transferring hot spring. The method comprises the steps of: taking 60-69 parts by weight of polyethylene terephthalate (PET) bottle reclaimed materials as raw materials, adding 6.5-10.5 parts by weight of ethylene-ethyl acrylate copolymer, 23-30 parts by weight of ethylene-octylene embedded copolymer, 0.5-0.9 parts by weight of zinc oxide and 0.7-1.2 parts by weight of tri (2,4-ditert-butylphenyl) phosphate, pulverizing, drying, stirring and mixing, extruding and granulating by a twin screw, extrudingand shaping by a single screw, pulling, cooling, shaping and cutting. A Vicat softening temperature of the pipes prepared by the method can achieve to 158 DEG C; when the pipes are used for a long time, the temperature can achieve to 105 DEG C; the pipe is high in compression and tension strength, is low in thermal coefficient and is good in thermal insulation property, and is suitable for the field of transferring the high-temperature hot spring.

A water treatment device and methods of treating water such as cooling tower water, agricultural water, water used in the production of oil and/or gas, swimming pool water, and hot tub or spa water, are described. The water treatment device utilizes ultraviolet radiation, a magnetic field, and ozone fortified air to treat the water, typically resulting in reduced microbial contamination and reduced alkalinity in cooling tower water. Cooling tower water may consequently be run at higher cycles of concentration while reducing or eliminating deposition of minerals on cooling tower components. Swimming pool water and hot tub water treated with the water treatment device typically requires less chlorine, and chlorine levels are typically more stable than without the device.

The invention discloses a cleaning composition containing mineral hot spring water, and belongs to the technical field of daily chemicals. The cleaning composition is prepared from, by weight, 0.04-0.06 part of a chelating agent, 11-13 parts of sodium C10-C14 alkyl alcohol polyether sulfate, 2-4 parts of polyhydric alcohol, 9-11 parts of cocamidopropyl betaine, 0.9-1.1 parts of cocoic oil monoethanolamide, 11-13 parts of potassium cocoyl glycinate, 3.5-4.5 parts of decyl glucoside, 0.1-0.3 part of a pH regulator, 0.7-0.9 part of sodium chloride, 0.9-1.1 parts of hydrogenated lecithin, 0.4-0.6part of sodium benzoate, 0.4-0.6 part of a phenoxyethanol and ethylhexylglycerin compound bacteriostatic agent, 0.4-0.6 part of a plant compound anti-allergic agent, 0.09-0.11 part of a cladosiphon novae-caledoniae extract, 0.09-0.11 part of essence and 53-55 parts of water. The cleaning composition has the advantages of being environmentally friendly, healthy, warm, non-irritating to the skin andthe like and has excellent dirt removal capability, small irritation to the face skin and good moisturizing properties, and the hot spring water is rich in various trace elements which can permeate into the skin to keep the skin healthy and vigorous.