Abstract: A process of preparing solid form of an extract of a raw material such as mung bean as the active ingredient, obtained by subjecting the raw material to extraction utilizing a heating, extracting and condensing system, and mixing the resulting liquid extract with a solution of a colloidal material such as agar-agar, and drying the same.

Abstract: A process of preparing solid form of an extract of a raw material such as mung bean as the active ingredient, obtained by subjecting the raw material to extraction utilizing a heating, extracting and condensing system, and mixing the resulting liquid extract with a solution of a colloidal material such as agar-agar, and drying the same.

Abstract: Method for extracting an ingredient from plant, animal or mineral by heating water to create a vapor, contacting the ingredient under a state of decompression with the vapor, condensing the vapor by passing the vapor over one or more surfaces cooled by a thermoelectric cooler, and collecting the condensate.

Abstract: Apparatus and method for condensing moisture from an air stream. The apparatus is a heating, extracting and condensing system and method for efficiently recovering an ingredient from a raw material. The condenser is a housing having one or more fins or the like that are efficiently cooled by one or more thermoelectric coolers. A plurality of condensers can be arranged in series to improve efficiency.

Abstract: Apparatus and method for condensing moisture from an air stream. The condensing comprises concentric cylinders having a common wall. The outer cylinder contains a cooling material, such as water, and upon contact therewith, the air stream is cooled and moisture contained therein is condensed.

Abstract: Apparatus for condensing moisture from an air stream. The condenser includes concentric cylinders having a common wall. The outer cylinder contains a cooling material, such as water, and upon contact therewith, the air stream is cooled and moisture contained therein is condensed.

Abstract: Apparatus and method for condensing moisture from an air stream. The condensing comprises an outer container, a middle container within the outer container, and an inner container within the middle container. The outer container contains a cooling material, such as water, and upon contact therewith, the air stream is cooled and moisture contained therein is condensed. The inner container also can contain a cooling material.

Abstract: Apparatus and method for condensing moisture from an air stream. The condensing comprises an outer container, a middle container within the outer container, and an inner container within the middle container. The outer container contains a cooling material, such as water, and upon contact therewith, the air stream is cooled and moisture contained therein is condensed. The inner container also can contain a cooling material.

Abstract: Apparatus and method for manufacturing a health beverage, a food additive, and/or a perfume containing a very small amount of effective ingredient by extracting from various useful materials the effective ingredient. Water is heated and atomized, and contacts the raw material such as soy bean under decompression. The atomized water is then liquid-cooled and collected.

Abstract: A health beverage is provided from plant, animal or mineral material that includes an ingredient beneficial to human health. The effective ingredient is extracted from the material by atomizing water in an ultrasonic tank. A blower is used to suck the atomized droplets through a canister containing the plant, animal or mineral material. The atomized droplets are then condensed in a cooling tank to a liquid form containing the healthful ingredient extracted from the plant, animal or mineral material.

Abstract: A hair growth promoting agent containing an effective ingredient extracted from malt is provided in accordance with the invention. It has also been discovered that malt is an effective hair growth promoting agent. A process for producing an extract of the effective ingredient and a device are also provided.

Abstract: A consecutive extraction device for extracting an extract of an effective ingredient of malt, malted rice or malted soybean is provided. An extract of the effective ingredient of malt, malted rice or malted soybean in the liquid state and a process for using the extract of the effective ingredient to improve the quality of food are also provided.

Abstract: This invention relates to rotary means equipped with multistage fans having excellent air suction and discharge effect. The multistage fans are spaced from each other disposed perpendicularly in a multistage manner. When such rotary means is disposed in a chamber and the multistage fan are rotated in a clockwise or anticlockwise direction, air pressure within the chamber gets reduced or pressurized at a balanced level. Thus, the chamber can be used for heating and drying purposes.

Abstract: A heating process and its apparatus reduces air pressure within a chamber at a balanced level. The air retained within the chamber or the air suctioned through an outer air suction means is suctioned forcibly by rotation of rotary means disposed in the chamber and discharged outside the chamber through an inner air discharge means until air pressure within the chamber is reduced to a balanced level. Meanwhile, air friction heat is generated by continuous rotation of the rotary means, thereby the interior of the chamber is heated by air friction heat. Cooled outer air suctioned by the outer air suction means is heat-exchanged with heated air discharged by the inner air discharge means.

Abstract: A heat generating apparatus by use of multistage rotary means comprises a tubular casing having an air suction inlet and an air discharge outlet, and two or more rotary means disposed on a multistage manner in said tubular casing. An air friction heat generating area is formed in a slight gap of a rotation area of each rotary means and a suctioned air is heated on each stage level while reducing or pressurizing the air pressure within the chamber at a continuously balanced level.

Abstract: This invention relates to a heat-treating process and its apparatus in reducing air pressure within a chamber, in which the outer air introduced into the chamber from the outside thereof is heat-exchanged with heated air within the chamber by actuating a heat-exchange means disposed in the airtight chamber and converted into the heated air, thereby the articles incorporated in the chamber may be heat-treated or dried effectively with no energy loss.

Abstract: This invention relates to a heat generating apparatus and its process which utilizes the air friction heat generated in a rotation area of a rotary means. The rotary means which is installed in a chamber as the heat generating apparatus is effective to reduce air pressure in the chamber to a reduced balanced level. In the meantime, the air friction heat generating means in the rotation area of the rotary means is actuated and the air friction heat is generated, thereby the interior of the chamber is heated rapidly. Due to increase in air temperature in the chamber, the chamber can be employed as a powerful heat source.

Abstract: This invention relates to a heat generating apparatus and its process utilizing air circulation and convection, wherein a chamber having air friction heat generating means is provided with outer air induction means and air flow therewithin is circulated forcibly as convective flow, thereby the temperature distribution becoming uniform throughout the interior of the chamber. Thus, it can be employed as a powerful heat source or a heating or drying chamber.

Abstract: This invention relates to a heating process and its apparatus in reducing air pressure within a chamber at a balanced level. The air within the sealed chamber is suctioned forcibly and discharged thereoutside by rotation of rotary means installed to the chamber. Then, the air pressure therewithin gets reduced at a balanced level. Meanwhile, air friction heat is generated by continuous rotation of the rotary means, thereby the inside of the chamber is heated by air friction heat. Any wet articles are incorporated in the chamber may be dried effectively, and energy consumption for heating and drying may be saved. Further, since high temperature heated air fully fills the chamber, the chamber itself may be used as a heat source.