84results about How to "Eliminate the taste" patented technology

PCT No. PCT/NZ96/00052 Sec. 371 Date Dec. 31, 1997 Sec. 102(e) Date Dec. 31, 1997 PCT Filed May 30, 1996 PCT Pub. No. WO96/38382 PCT Pub. Date Dec. 5, 1996This invention relates to fluid dispensing apparatus. The fluid dispensing apparatus comprises a fluid storage portion comprised primarily of a substantially flexible material, a fluid exit portion, and a filter cartridge disposed between the fluid storage portion and the fluid exit portion. The arrangement and construction is such that the action of squeezing and/or inverting the fluid storage portion forces fluid stored withing the fluid storage portion to pass through the filter cartridge and towards or out through the fluid exit portion.

The present invention pertains to aerosols which comprise a first compound which is physiologically active and a second compound which is different from the first compound. Such aerosols may be produced “on demand” and can be used to control drug release, to improve vaporizability, or to reduce, modify or eliminate undesirable taste associated with a drug aerosol. The present invention also pertains to methods for producing such aerosols.

The invention relates to a VOCs (Volatile Organic Compounds) high-efficiency processing method. In the method, dust removal processing, odor removal processing and tail gas processing are carried out on waste gas. Firstly, a bag-type dust collector is adopted to carry out preprocessing on the waste gas, parts of materials are recovered and then an electrostatic dust collector is introduced to further recovery the materials; then the waste gas is subjected to low-temperature catalytic oxidation processing; the waste gas is subjected to adsorption processing. According to the invention, the petrochemical industrial organic waste gas is processed by utilizing the combination of catalytic oxidation and adsorption processes, so that the materials can be well recovered, odor of the organic waste gas is eliminated and the problem of emission of petrochemical industrial tail gas is solved. The method disclosed by the invention has a good purifying effect and low consumption and is low in engineering cost; the materials can be recovered; flue gas emission concentration is lower than the emission standard by over 30 percent; the VOCs high-efficiency processing method has obvious economic benefits and social benefits and can be used for processing the petrochemical industrial organic waste gas with high concentration, high flow and complex ingredients.

Method of generating oxygen (O₂) are described which ferratel (VI) is combined with an acid. Apparatus for utilizing this method is also described.

A tobacco pipe (10) having a hollow stem (12) threaded to a manifold (20) on top of which a turret (30) is rotatably mounted. Turret (30) is of greater weight than that of manifold (20), so that any one of a plurality of turret magazines (33) remains stationary over a chamber (24) in the manifold (20) in their relative rotation, so that smoking tobacco in the aligned magazine (33) with such chamber (24) takes place through the hollow stem (12). A screen (28) seats in a recess 27 of a port (25) of manifold (20) at a sufficient distance from the turret's chamber (24), preventing scorching of screen (28) by a source of flame at/in chamber (24) in the aligned magazine (33). A member (37) is seated in a cavity (38) co-extensive between and within turret (30) and manifold (20), and includes a bearing surface (42) that abuts a bearing surface (41) in turret (30) and includes threads (48) disposed within manifold (20) and threads (49) in turret (30) for fastening turret (30) to manifold (20) in an unbinding manner due to the assembly of abutting bearing surfaces (42, 41). A second set of bearing surfaces (46, 45) are provided in member (37) and manifold (20), respectively. Series of fluted surfaces (50, 52) on peripheries (51, 19) of turret (30) and manifold (20) assists in aligning a magazine (33) with chamber (24). Weight of turret (30) over that of manifold (20) maintains a stationary position between the two during a smoking mode. Pipe (10) is free of clogging and residue that otherwise would adhere to screen (28) due to a wide shelf (34) for the magazines (33).

Lipoxygenase-free soybean grains are mechanically pulverized into fine particles and then subjected to heat drying treatment with water vapor having a temperature in the range of 130 to 250° C. under atmospheric pressure to form lumps of soybean powder. The lumps are formed into granules having controlled sizes by placing the lumps in a space defined by two plates having a predetermined distance therebetween and having a plurality of parallel grooves formed in the surfaces. The plates are in a state of relative rotation. This method allows the production of soybean powder free from disagreeable odor and taste and the production of soybean milk from the soybean powder, with inexpensive equipment in a quick process.

The invention discloses a method of manufacturing a mind-calming silk quilt and relates to the silk processing field. The method comprises the steps of removing cocoon husks, cooking cocoons, reeling silk, drying, soaking, drying, swelling, drying and sewing; the husk cooking step comprises pouring 100 parts of clean water in a pot, adding 4-7 parts sodium bicarbonate and cooking cocoons for two hours; the soaking step comprises soaking cocoon husks and reeled silks with ethanol and liquor with lavenders, roses, cananga odoratas, vines of multiflower knotweed, rhizoma polygonati and cloves for 3-6 hours at the temperature of 38-45 degrees centigrade; the swelling step comprises mixing cocoon husks, ethanol, softening agent and swelling agent and sewing the reeled silks to form a needed shape. According to the method of manufacturing the mind-calming silk quilt, in the coordination of lavenders, roses, cananga odoratas, vines of multiflower knotweed, rhizoma polygonati and cloves, humans' sleeping quality can be improved effectively; moreover, the quilt has a delicate fragrance, is capable of removing miscellaneous smell of silks during silk extraction, is soft and breathable and ensures users' comfort and health.

The invention provides ash oil putty for an ancient architecture material and a preparation method thereof. The ash oil putty contains ash oil, a blood material and brick dust, wherein the mass ratio of the ash oil to the blood material to the brick dust is 1 to 1-3 to 5-10, the ash oil is prepared from raw tung oil, moringa seed oil, linseed oil, catalpa oil, Chinese herbal medicine volatile oil, minium powder, manganese dioxide metal drier, litharge, graphene and other raw materials. The blood material is prepared from pig plasma, quick lime water, activated carbon powder, light calcium powder, aerogel powder and hypocrellin. The brick dust is obtained by smashing oil-immersed black brick coarse granules. The ash oil, the blood material and the brick dust are mixed in proportion. The ash oil putty has good adhesion and toughness, increased tension, good coating continuity and is easy to construct. Dried ash oil putty does not crack, is easy to polish, also has excellent waterproof, anticorrosive, antibacterial and ultraviolet-proof properties, is especially suitable for repair and filling of the ancient architecture material, is especially used for ancient architecture wood materials and plays an excellent wood material filling effect.

The invention discloses a microbial agent for live pig breeding wastewater treatment as well as a preparation method and application of the microbial agent. The microbial agent comprises rice husks, biogas residues, calcium oxide and enzyme microorganisms in a certain ratio. The microbial agent comprises the following steps: (1) putting the biogas residues into a pressure cooker, and cooking; (2) uniformly mixing the rice husks and the enzyme microorganisms, and naturally heaping up for fermenting; (3) adding products obtained in the former steps into the calcium oxide, uniformly mixing and performing secondary fermentation to prepare the special microbial agent for the live pig breeding wastewater treatment. The microbial agent is applied to the live pig breeding wastewater treatment. The preparation method is feasible, and easy and convenient to operate; the rice husks after the secondary fermentation contain polysaccharide, crude fat, crude protein and other nutritional substances, can provide necessary nutritional components for microbes, have relatively strong synchronous decarbonizing and denitrogenating effects, and have strong anti-interference capability; according to the preparation method, the problems that in the prior art, certain organic matters, phosphorus, nitrogen and other soluble pollutants cannot be effectively removed and the like are solved, and the first-level B standard of the national urban sewage discharge standard is reached.

A method of treating nitric-acid-type fluorine-bearing ammonia-nitrogen-containing wastewater comprises (1) adding lime and sodium carbonate slowly into wastewater in successive manner, and filtering to obtain precipitate and fluorine-removed filtrate; (2) dissolving the precipitate in hydrochloric acid solution, and filtering to obtain calcium chloride solution and calcium fluoride; (3) adding activated carbon into the filtrate of step (1), stirring, adsorbing, and filtering; (4) subjecting the filtrate of step (3) to aeration stripping, adjusting and maintaining pH to 10-11 via liquid alkali, condensing volatized ammonia into liquid ammonia, reflowing part of the ammonia for stripping and concentrating, adjusting pH of stripped liquid to 5-6 via nitric acid, and concentrating to obtain sodium nitrate; (5) regenerating the activated carbon via hydrogen peroxide under ultraviolet irradiation, reusing the regenerated activated carbon, and discharging filtrate or subjecting it to further biochemical treatment. The method is simple, has mild treatment conditions, is free of secondary waste or secondary wastewater occurred during treatment, and allows the wastewater to be effectively treated at the premise of reasonable recycling.

The invention discloses a pet nursing mat which comprises a massaging layer, a tea layer, a Chinese herbal medicine layer, a warm keeping layer and a protecting layer in sequence from inside to outside. Circular truncated cone protrusions which are 3-5 mm high are arranged on the massaging layer, the distance between every two circular truncated cone protrusions is 4-6 cm, and any two adjacent layers of the massaging layer, the tea layer, the Chinese herbal medicine layer, the warm keeping layer and the protecting layer are movably connected through hook-and-loop fasteners. The periphery of the tea layer is wrapped by a first non-woven cloth layer, the periphery of the Chinese herbal medicine layer is wrapped by a second non-woven cloth layer, the thickness of the tea layer is 1-3 mm, the thickness of the Chinese herbal medicine layer is 2-4 mm, the thickness of the warm keeping layer is 2-3 mm, and the thickness of the protecting layer is 2-4 micrometers. The pet nursing mat can effectively remove smell on a pet, has the effects of sterilization, acarid repellence and mosquito prevention, and is obvious in health care effect; the structure is simple, the separated layers are movably connected, any one layer can be replaced according to needs, and clean and clear effects can be maintained for a long time.

A water and beverage container includes a plastic made container body, a plastic made container cap sealingly covering the opening of the container body, a protective arrangement on the liquid container, wherein the protective arrangement comprises a nano titanium oxide and a far infrared ray emitter respectively for providing anti-germ, water softening and ultra-violet resistant functions, so as to preserve the quality of water or beverage contained inside the bottle.

An electrolyzed water production system 30 for producing silver ion water containing a silver component by electrolysis of purified water is provided in a water supply conduit 23 for supplying the silver ion water as ice making water to an ice making mechanism 10. After stopping of the ice making mechanism, the silver ion water supplied into the ice making mechanism 10 through the water supply conduit is remained.

The invention discloses a sterilizing air purifying agent as well as a preparation method and application thereof. The sterilizing air purifying agent comprises a surface layer and a core layer, wherein the surface layer is a bacteriostatic and bactericidal membrane containing glycerol monolaurate, and the core layer is a mixture of tourmaline powder and nano-zinc oxide-loaded medical stone particles. Furthermore, the invention also discloses the preparation method of the sterilizing air purifying agent and application of the sterilizing air purifying agent in refrigerator sterilization and air purification. The sterilizing air purifying agent provided by the invention is safe and non-toxic, and can be used for spaces such as domestic refrigerators which have the demands of sterilization and air purification. The air purifying agent can effectively inhibit the production of extracellular toxins by bacteria; the air purifying agent can kill gram-positive bacteria, gram-negative bacteriaand the like, and the sterilization rate can reach 99%; the air purifying agent can generate negative ions so as to play a role of air purification.

The present invention provides a method of manufacturing artichoke tea comprising the steps of separating leaf stems, drying the leaf stems at low temperature and performing fermentation, forced-ripening and sugar-preserving processes on the leaf stems of the artichoke. The present invention utilizes the separation to remove the leaves from the leaf stems of the artichoke such that the origin of the taste of bitterness is removed along with the leaves. The leaf stems of the artichoke further undergo drying and fermentation processes such that the water is removed therefrom while preserving the nutrients of the artichoke therein. The forced-ripening and the sugar-preserving processes are further applied to the leaf stems to facilitate the transformation and preservation of the fruitafit-inulin thereof in order to produce a taste of sweetness. The manufactured artichoke tea of the present invention produces no bitterness taste while having nutrients thereof being preserved with enhanced sweet flavor.

The present invention relates to a method for manufacturing an artificial turf filler and an artificial turf filler. According to the present invention, the method for manufacturing an artificial turffiller includes: a material preparing step of preparing a vegetable material and an inorganic matter; a vegetable material grinding step of grinding the prepared vegetable material; a vegetable material drying step of removing moisture by drying the vegetable material which is ground; a mixing and pressing step of manufacturing a formed object by forming the formed object after mixing the dried vegetable material and the inorganic matter and drying the same; a sintering step of sintering the formed object by heating the pressed formed object; and a cooling step of forming a sintered ball by cooling the sintered formed object. According to the present invention, the method for manufacturing an artificial turf filler manufactures the filler in the shape of the sintered ball by mixing and sintering the various vegetable materials and the inorganic matters. So, the method for manufacturing an artificial turf filler can facilitate drainage of artificial turfs and can improve maintainability, a moisture property, and a perforating property by having an air layer between the artificial turfs. Also, the method for manufacturing an artificial turf filler can prevent a user from being burned due to heat of the artificial turfs in summer and can grow natural turfs by enabling seeds of the natural turfs to be easily inserted into a space between the artificial turfs. Also, the method formanufacturing an artificial turf filler can obtain environmental stability such as a deodorization property by using a natural material.

The invention discloses a composite door board and relates to the technical field of building material processing. The composite door board comprises a face board, the face board comprises a board core formed by splicing two or more than two finger joint battens, and a layer of composite artificial board is arranged on each of the upper surface and the lower surface of the board core. Each layer of composite artificial board comprises two base material layers, and a soundproof layer is arranged between the base material layers by means of gluing and is a foam layer made of a used foam mattress. A veneer layer wraps the composite artificial boards. Compared with the prior art, the composite door board has the advantages that the current situation that existing high-quality timbers are in shortage is mitigated, and used foam mattresses difficult to treat and discarded by people can be recycled, so that the requirements of energy conservation and environmental protection are met; the composite door board has the external characteristics of a log door and is low in price, thereby enabling a product to be quite competitive; the composite artificial boards can be produced only by laminating and cold pressing, and accordingly, production technology is simple and efficiency is high; the composite door board is good in soundproofing effect and high in strength, thereby being applicable to doors of boxes of entertainment places.

The invention belongs to the technical field of electrical equipment, and particularly provides a sterilization control method of an air conditioner and the air conditioner. An indoor unit of the air conditioner comprises a shell, a fan, a sterilization device mounted at an air outlet of the shell, an air purification component and a driving device capable of driving the air purification component to move, so that the air purification component covers an air inlet or moves out of the position of the air inlet. The sterilization control method comprises the steps that when the air conditioner starts to execute a sterilization mode, the air purification component is firstly moved out of the position of the air inlet; and then the fan and the sterilization device are made to run to sterilize the room. The sterilization device can spray a vaporific sterilizing agent, and after the fan is started, the vaporific sterilizing agent can flow to all positions of the room along with air blown out of the air outlet so as to sterilize the room; and in the running process of the sterilization device, the air purification component is moved out of the position of the air inlet, and the situation that the sterilizing agent in air is filtered out, and consequently the sterilization effect on the room is affected is avoided.

Provided is a novel hydration system which incorporates a rigid, low-profile, contoured reservoir made of stainless steel or another suitable non-plastic material that replaces typical plastic water bladders and a flexible metal drinking hose in backpack-mounted hydration systems. The rigid metal reservoir hydration system solves several problems and health concerns associated with plastic hydration systems.

An extraction method for sargassum horneri polyphenol is characterized by comprising: A, taking sargassum horneri as a raw material, crushing sargassum horneri, and sieving by using a 25-35 mesh sieve, so as to obtain a uniform sargassum horneri powder; B, accurately weighing a certain amount of sargassum horneri powder, adding an organic solvent aqueous solution with the concentration of 40%-90% according to the material-solution ratio of 1:9-11 (w/v), and fully uniformly mixing and immersing; C, immersing for 10-15 min, and using a supersonic-wave cell crushing machine to crush for 5-10 min to perform extraction of polyphenol; D, performing centrifugal processing on the extraction liquid, and controlling the processing technology of 3500-4500 rpm and 4-6 min; E, repeatedly extracting for 4-6 times, and merging the supernatants; and F, performing 45 DEG C evaporation concentration on the supernatant by a rotary evaporator, and then performing vacuum freeze drying, so as to obtain the sargassum horneri polyphenol extractive. The extraction method overcomes long time, high temperature, low extraction rate and other adverse effects of a conventional method of using water to extract polyphenol, and is relatively simple and time-saving and low in cost, and the extracted sargassum horneri polyphenol product is high in content and relatively strong in cell antioxidation performance.