Abstract:
A process and an arrangement for hair care or therapeutic skin treatment are provided which most finely impregnate the heated and running water with CO.sub.2 directly before it is contacted with the hair or skin and which serve for lowering the pH value to values markedly below 7 due to the carbonic acid forming proportionately.
Abstract:
A vessel (1) for impregnating water with carbon dioxide is pressure-tight and has inlets (4, 5) for water and carbon dioxide. Within the vessel, a cooling surface (9) is provided, connected to an external refrigeration circuit. Within the vessel and below the level of water, an underwater pump (15) is provided for producing a circulation of water inside the vessel. Carbon dioxide in finely divided form is introduced into the flowing water, preferably via the pump (15) for producing the water circulation. In use, an ice jacket (11 ) forms on the cooling surface (9).
Abstract:
The invention provides an apparatus for improving the water quality for hair and body care, wherein an exact impregnation ratio between CO2 and water may be maintained even at low water pressure by using a step piston 11, namely by using CO2 compressed gas cartridges which are refillable with CO2 compressed gas, and by eliminating cartridges into which water or moisture has penetrated.
Abstract:
By specific setting of the CO.sub.2 content and pH value of the spraying mixtures containing, apart from water, minerals and/or products for pest and disease control of the plant, the metabolism of plants is specifically stimulated and encouraged so that storage in the plants of surplus nutrients is avoided and their health and resistance is improved. The spraying mixture is constantly and over an extended period kept circulating. Both pH value and CO.sub.2 content of the spraying mixure is constantly measured. While doing this, the Ph value of the spraying mixture is exactly set. In this way the existing agricultural spraying devices having a spraying mixture circulating system are economically operated.
Abstract:
A device for and method of metered dispensing of liquids. The device compes a dispensing container, a sealed compensating vessel positioned within the dispensing container and engaged therewith about the opening of the dispensing container and a dosing structure positioned in the opening of the dispensing container and extending into the dispensing container and compensating vessel, said dosing structure and dispensing container having portions cooperable to form a continuous reinforcing bridge between two opposed flexible wall portions of the container. The method includes first creating a vacuum in the dispensing container prior to breaking the seal of the compensating vessel with a portion of the dosing structure by spreading the flexible wall portions of the container with the reinforcing bridge.
Abstract:
A method of root fertilization in cultivated plants, particularly in the field of hydrophonics is provided wherein water is finely impregnated with a gas mixture of carbon dioxide and pure oxygen, whereby the mixing ratio of the carbon dioxide and the pure oxygen corresponds approximately to the natural solution ratio of carbon dioxide and oxygen in normally clean water at atmospheric pressure and room temperature and whereby the individual gaseous phases, respectively their inflow to the gas mixture, can be controlled when required from the gas mixing area.
Abstract:
Structure for and method of cooling or heating a space which is exposed to a natural heat influence. The structure includes a first fluid store buried in the ground so as to be at the temperature of the surrounding earth, a heat exchanger positioned in a space to be cooled and means for passing a fluid between the first fluid store and heat exchanger in a closed circuit. The structure of the invention may also include heat units for the space and hot water heaters connected in the closed circuit between the heat exchanger and first fluid store and a heat pump connected between the heat units and water heaters and the closed circuit. In a further embodiment of the invention, a second fluid store is provided in conjunction with the heat exchange structure which may also be buried so that waste heat may be utilized to heat the fluid in the second fluid store. Further structure may be provided in accordance with the invention for utilizing roof heat to augment the heat of the heat pump and structure may be provided for regulating the moisture in the earth around the fluid stores. The method of the invention includes passing a fluid between a buried fluid store and a heat exchanger in a space to be cooled, passing the fluid from the heat exchanger through heating units of a space to provide space and/or hot water heating and assisting the heating with a heat pump.
Abstract:
For the purpose of dispensing viscous concentrates, particularly or organicubstances, a cylindrical pumping space is defined by a hollow cylindrical body and two non-return valves associated with the ends of said body, said pumping space being supported in a radial direction at least during each pumping stroke in such a way that changes in volume are only possible in an axial direction in relation to said pumping space. The metering accuracy capable of being attained by means of the device of the invention makes it possible, with the device being of simple and low-cost construction, to dispense extremely small quantities of a concentrate with the device being operated at a pumping cycle frequency which corresponds to the frequency of the power mains by means of which an electromagnetic actuating coil is operated.
Abstract:
A container for metered dispensing of liquid. The container in an inverted orientation is connected at its withdrawal and venting aperture to an electromagnetically actuated metering valve, wherein the metering valve has a movable valve element. Within the inverted container there is a cup-shaped vessel having a tear-off cover which simultaneously forms the closure of the container and has its rim sealingly connected to the rim of the withdrawal and venting aperture.
Abstract:
An apparatus for impregnating water with carbon dioxide provides a stepped-flow channel with radial shoulders lying in planes perpendicular to the axis of the flow channel creating a zone of increased flow velocity downstream of each shoulder. Radial bores open into each stepped section adjacent the respective shoulder and communicate with a chamber surrounding the flow channel to supply the carbon dioxide to the liquid which is permitted to fill the flow channel and flow freely into an inlet section.