86 results about "Mold spores" patented technology

A method and system for identifying harmful airborne biota, particularly insects, and including plant material, such as mold spores and pollen, and flying insects and birds and either killing ordisabling the harmful airborne biota is disclosed. Lasers, radar, and other types of radiation may be used to illuminate at least a perimeter around assets to be protected, with radiation returns detected and applied to a pattern classifier to determine whether the detected insects of interests are harmful, benign or beneficial. In the event the insects are determined to be harmful, a variety of measures responsive to the radiation returns may be taken to eliminate the harmful insects, these measures including firing pulses of beamed energy or radiation of a sufficient intensity to at least incapacitate them, or mechanical measures such as controlled drone aircraft to track and kill the pests.

What is described herein are antimicrobial compositions which are defined blends of a 1,2-diol and phenoxyethanol which show broad activity against bacteria, fungi and mold spores. This activity is potentiated by the addition thereto of small amounts of a co-biocide for which the blend acts as a delivery system for the otherwise water-insoluble co-biocide.

A multipurpose air sterilization machine is disclosed comprising an enclosure holding a pre-filter, an ultraviolet light chamber with a plurality of ultraviolet lights, one or more photocatalytic oxidizing scrims, and a blower. Air is pulled through the machine by the blower, and passes first through the pre-filter, then the first scrim, then one or more ultraviolet light chambers defined by the plurality of scrims, and is ultimately expelled from the rear of the machine after passing through the blower. The scrims provide for enhanced ultraviolet decomposition of organic compounds, including bacteria, mold spores, viruses, and other organisms, and comprises a substrate coated with a photocatalytic material such as TiO2 adhered to the surface with an ultraviolet-transparent organic polymer.

A system and method for treating a mold-infected building with hollow walls, ceilings, or floors using a relatively high concentration of ozone. The system includes an ozone generator that includes inlet and outlet ports that supply a constant, relatively low pressure flow of ozone to a continuous space formed inside a wall, floor, or ceiling. Special connectors are used that are inserted into two port openings formed on the wall that enables ozone to slowly flow into and out of the continuous space formed in the wall. The concentration of ozone and rate of flow is sufficient so that the ozone has sufficient time to kill the mold spores without dislodging them.

An apparatus for reducing a relative humidity of air inside an enclosed space includes a portable outside air heat exchanger unit having a fan operative to create an air stream by drawing outside air from an intake and discharging the air stream through an outlet inside the enclosed space, and a temperature adjusting element located in the air stream. A heating source supplies heat energy to the temperature adjusting element in response to directions from a heat controller. A humidity sensor is operative to sense the relative humidity of the air in a sensing location and to send a humidity signal to the heat controller to change the amount of heat energy supplied to the temperature adjusting element in response to the humidity signal. HEPA filters and ultra-violet lights can shine on the air stream to kill mold spores and the like.

A point of use water purifier for use in rural and under developed areas having a supply reservoir chamber in a first container and a treatment reservoir chamber in a second container underlying the first container and into which the first container is fitted, the water purifier employing a UV radiation source to selectively on demand expose untreated water selectively delivered from the supply reservoir chamber to the treatment reservoir chamber prior to dispensing water from the water purifier for consumption. The water purifier is connectable to an electrical power source such as a 12 volt battery or solar powered battery and is effective to remove substantially all viruses, bacteria and mold spores from untreated water in a short time upon exposure to UV radiation.

The invention relates to a solid phase enzyme mold-spores segregator, which comprises a feed hopper with feed inlet and feed outlet, a motor, a stirring machine, a centrifugal blower with adjusting valve, a speed pipe, an inertia separator and a cyclone separator. It is characterized in that it arranges the screen cloth on the top part of the inertia separator and the conical disk on the bottom, it is connected with the feed inlet by the return pipe; the top of the inertia separator is connected with the cyclone separator by pipe; the gas outlet of the cyclone separator is connected with the gas cleaning unit by pipe.

Antimicrobial compositions which are active against bacteria, yeast and mold spores are described. The compositions may be blends of (I) an acrylate / methacrylate copolymer having a hydrophobic network structure and (II) a preservative component comprising comprising (A) an isothiazolinone or (B)phenoxyethanol and either (i) a 1,2-diol or (ii) benzoic acid and dehydroacetic acid.

The following is an apparatus and a method that enables the automated collection and identification of airborne particulate matter comprising dust, pollen grains, mold spores, bacterial cells, and soot from a gaseous medium comprising the ambient air. Once ambient air is inducted into the apparatus, aerosol particulates are acquired and imaged under a novel lighting environment that is used to highlight diagnostic features of the acquired airborne particulate matter. Identity determinations of acquired airborne particulate matter are made based on captured images. Abundance quantifications can be made using identity classifications. Raw and summary information are communicated across a data network for review or further analysis by a user. Other than routine maintenance or subsequent analyses, the basic operations of the apparatus may use, but do not require the active participation of a human operator.

For use in residential buildings, a device to draw in outside air and have it mix with the air inside the building to improve indoor air-quality through dilution and building pressurization. Pressurizing a building even slightly inhibits air infiltration of pollutants such as pollen, mold spores, and seasonal allergens from entering penetrations ie, poor door and window seals, chimney, bathroom, dryer and stove exhaust ducts from entering the building.

A moisture and shock absorbing footpad is disclosed which wicks moisture away from the feet while reducing the friction produced by any additional footwear that is worn in conjunction with the footpad. The footpad is especially beneficial when used with skimmers, ballet flats and other stylish footwear trends. The footpad also proves beneficial when worn with open-toed shoes due to its minimalist appearance. In order to achieve environmental consciousness, its fabrication is simple enough to be hand-stitched and constructed from one hundred percent natural cotton fiber. The footpad also acts to line the bottom of shoes that often get filled with debris and possibly grow mold spores or fungi. In this manner, it can protect the feet from calluses, blisters, and infection, but generally serves to keep the user clean and comfortable. In one embodiment, the footpad comprises a pull tab in the form of a loop of material that is sewn onto the heel portion, which provides stability when inserting one's foot.

A method and apparatus for eliminating mold spores, pathogens and odor from material like equine bedding. The apparatus includes two or more pairs of augers including blades to control the size of the material and to move it in a zigzag fashion through heat.

The invention discloses a method for preparing a biological soil conditioner by utilizing edible mushroom dregs and belongs to the field of waste utilization. The method aims at solving the problem that at present, a large mount of edible mushroom dregs in out country is abandoned and burned, mold spores in the air and injurious insects are increased, air pollution is caused, harm is produced to human health, meanwhile a traditional soil conditioner is mainly synthesized by various chemical substances, residues in soil cause secondary pollution and the production cost is expensive. According to the method, edible mushrooms are firstly soaked with salt water, pretreatment is performed to remove hazardous substances, then the edible mushrooms are mixed with nutrients, strains are screened under sequence pressure to obtain beneficial strains and nutrient substances, then a soil extracting solution is obtained from the treated soil, and finally the beneficial strains are directionally cultured by using the extracting solution so as to obtain the biological soil conditioner.

A point of use water purifier for use in rural and under developed areas having a supply reservoir chamber in a first container and a treatment reservoir chamber in a second container underlying the first container and into which the first container is fitted, the water purifier employing a UV radiation source to selectively on demand expose untreated water selectively delivered from the supply reservoir chamber to the treatment reservoir chamber prior to dispensing water from the water purifier for consumption. The water purifier is connectable to an electrical power source such as a 12 volt battery or solar powered battery and is effective to remove substantially all viruses, bacteria and mold spores from untreated water in a short time upon exposure to UV radiation.

Described are compositions and methods for use thereof for prevention or mitigation of allergic reactions in humans and animals. Novel compositions comprised of, e.g., an acidic salt solution of aluminum, calcium or magnesium, are provided for topical or contact application to physically and / or chemically alter an allergenic protein present in the environment and thereby lower the allergenicity of the protein. The compositions of the invention, e.g., comprised of aluminum sulfate, can be used to deactivate many types of proteinaceous allergens such as dust mite and cockroach body dust, animal dander, dried saliva, mold spore antigens, airborne pollen protein and the like. Compositions can be applied on an as needed basis to a wide variety of surfaces, interiors, furniture, pet bedding, plants and the like. The compositions provided may also be utilized to mitigate allergens present on clothing, e.g., for use in commercial dry cleaning or in household laundry applications.

An interior building surface covering that has an ion producing material embedded in surface of covering in contact with the building air. The ion producing material continually releases ionic particles in the air from the interior building surface covering. Without the addition of electricity or other power source, negatively charged ions are emitted into the ambient air. Such generation of negative ions neutralizes or reduces odor, airborne bacteria, mold spores, pollens, and other harmful particles in the air.

A cleaning head for a vacuum sweeper that incorporates a magnetic flux generator that bathes the area of carpet being engaged by the rotating brush beater in the cleaning head with a pulsing magnetic field. The magnetic flux generator disrupts the static attraction between opposing charged small particles and the carpet fibers to which the small particles are attached to allow the brush beater apparatus in the cleaning head to separate the small particles from the carpet fibers. The dislodged small particles, including allergens, bacteria and mold spores, are removed from the carpet in the air stream created by the vacuum sweeper and captured by a micro-filter filtration system. The magnetic flux field is created with the conventional household current that powers the operation of the vacuum cleaner without requiring the generation of high voltages or an electrostatic discharge from the cleaning head.

The present invention relates to method for killing various mold spores appearing on a surface by applying a composition comprising water soluble blast media and antimicrobial agent to the surface. The composition can be applied by a pressurized blasting apparatus or can be applied directly by any coating method. The composition can be immediately rinsed off the surface or applied directly to a surface and allowed to set and stay in contact with mold and mold spores.

A system and method to provide uniform, high intensity radially inwardly directed electron beams to the interior of a cylindrical volume for the purpose of destroying toxic, hazardous, or noxious organic and / or inorganic compounds contained in air or other media flowing through a cylindrical region; or to destroy or inactivate bacteria, viruses, fungi, or mold spores in such flowing media; to sterilize contents of flowing media; to treat fluidized grains, herbs, or other products; or to destroy chemical warfare agents. A window assembly to transmit electromagnetic radiation, for example, an electron beam, x-rays, or other high energy electromagnetic radiation, is also disclosed.

The invention discloses a sulfur-mould spore carbon ball / phosphate composite material and preparation method and application thereof, Mold culture in a soaking method at high temperature is recated toform mold spore carbon ball / transition metal phosphide composite material. Sulfur is as a carrier, a sulfurizing method is used to synthesize elemental sulfur in a mold spore carbon sphere / transition metal phosphide composite by a sulfurizing method for 12 to 18 hours to prepare a sulfur-sulfur spore carbon sphere / transition metal phosphide composite electrode of a lithium-sulfur battery. material.. The sulfur-spore spore carbon ball / transition metal phosphide composite electrode material of the invention has the advantages of flexibility, high specific capacity, high rate performance andhigh cycle life, and has broad fields in the fields of mobile communication, electric vehicles, solar power generation and aerospace. Application prospects. The material has broad application prospects in mobile communications, electric vehicles, solar power generation, aerospace and other fields.

A system for drying the crawlspace of a home, reducing mold in the crawlspace and in the living area of the home, and that creates healthy air exchanges in the living area of the home with fresh air from the outside. The Negative Air Supplied (NAS) crawlspace system implements multiple drying theories to efficiently dry both porous and semi-porous materials in the crawlspace down to moisture levels too low for mold to grow. The present NAS system also creates a negative air pressure in the crawlspace, which causes the airflow in the home to go from the living area to the crawlspace. This airflow pattern prevents any mold spores in the crawlspace from entering the living area of the home. The airflow created by the NAS system also forces multiple air exchanges per day in the living area of the home with outside air.

The invention relates to a preparation method of a mold spore product. The preparation method comprises the following steps: inoculating molds onto a solid culture medium containing millet and bran; eluting mold spores from the solid culture medium by using an elution solution after the molds are grown fully on the surface of the solid culture medium, so as to obtain a spore elution solution; filtering and centrifugally washing the spore elution solution to obtain a spore precipitate; then processing the spore precipitate into the mold spore product. By using the bran and the millet as the culture medium, the sporulation quantity is greatly increased, and the maturation time of the spores is shortened. In addition, compared with a conventional spore suspension product, the spore powder product has the advantages that the storage time is greatly extended, and the spore suspension concentration is basically not changed after re-dissolution. Storage and transportation are carried out in a form of the spore powder product, so that great convenience is provided, and spattering and leakage of the spore suspension during storage and transportation can be effectively avoided.

A natural air cleaning agent is disclosed. The cleaning agent comprises composite essence oil, a cosolvent, ethanol and distilled water and is prepared by mixing the composite essence oil, the cosolvent, the ethanol and the distilled water in a volume ratio of 0.2-1:1-2:5:15. The composite essence oil comprises 10-55 parts by weight of argy wormwood leaf, 40-100 parts by weight of rose myrtle leaves, 20-65 parts by weight of tea leaves, 10-40 parts by weight of lemon peel and 15-60 parts by weight of lavender flower. Aiming at the problem that the content of mold spores in air is high because the mold spores are characterized by high heat resistance, dry tolerance and other stress resistance, the air cleaning agent which is pleasant in fragrance, air-cleaning, nontoxic and preservative-free is developed according to smell or sniff scores on the base of extraction and component analysis of the natural plant essence oil and by combining analysis on bacteriostasis functions for mold. The air cleaning agent and the method are of great significance to air improvement and life quality improvement.

An apparatus is disclosed, for filtering, containing and removing mold spores and other undesirable particulates in conjunction with a conventional vacuum cleaner. The apparatus includes a cylindrical housing that contains a HEPA filter. The cylindrical housing is connected to an exhaust tubular connection which connects to a conventional vacuum or other vacuum source. The cylindrical housing is also connected to an intake tubular connection for drawing in a stream of air from which particles will be filtered. The cylindrical housing also includes a valve for selectively sealing the interior of the cylindrical housing from the atmosphere. According to one embodiment, the apparatus also includes a pressure relief valve for controlling the vacuum pressure. According to another embodiment, the apparatus includes a clamp for securing the apparatus to hoses of various sizes.

Decontamination formulations with an additive for enhancing mold remediation. The formulations include a solubilizing agent (e.g., a cationic surfactant), a reactive compound (e.g., hydrogen peroxide), a carbonate or bicarbonate salt, a water-soluble bleaching activator (e.g., propylene glycol diacetate or glycerol diacetate), a mold remediation enhancer containing Fe or Mn, and water. The concentration of Fe2+ or Mn2+ ions in the aqueous mixture is in the range of about 0.0001% to about 0.001%. The enhanced formulations can be delivered, for example, as a foam, spray, liquid, fog, mist, or aerosol for neutralization of chemical compounds, and for killing certain biological compounds or agents and mold spores, on contaminated surfaces and materials.

The present invention provides a floor covering having a surface that forms a boundary with an ambient environment, and that includes a structure comprising an effective quantity of electrically polarizable, pyroelectric particles disposed substantially below that surface. A method for generating negative ions is also provided that includes positioning a flooring cover within a building, where the floor covering includes a surface that forms a boundary with the ambient environment of the building. The floor covering comprises an effective quantity of pyroelectrically polarizable material disposed no more than one millimeter from the surface, so that when a person or thing travels across that surface so as to frictionally heat the pyroelectrically polarizable material, negative ions are generated. Such generation of negative ions neutralizes or reduces odor, airborne bacteria, mold spores, pollens, and other harmful particles in the air.

The invention discloses a method for producing mold spore powder by fermentation of crop straws and relates to the technical field of comprehensive utilization of the crop straws. According to the method, the crop straws are taken as a main material and subsidiary agricultural products are taken as auxiliary materials to inoculate mold spores, and then the spore powder is prepared by means of aerobic fermentation. The method comprises the following specific steps: (1) preparing a solid culture medium, namely mixing crushed straws with the subsidiary agricultural products to form a wet material, sterilizing and then sending to a fermentation tank; (2) inoculating mold, namely inoculating the wet material at room temperature; (3) performing solid fermentation, namely charging air into the fermentation tank, controlling the fermentation temperature to be 30 to 40 DEG C by controlling the amount of charged air and rolling over by a rolling machine, and performing the aerobic fermentation for 3-5 days; and (4) crushing and sieving. The method disclosed by the invention has the advantages of consuming a great amount of straws, alleviating the environmental pollution caused by combusting the straws, promoting the comprehensive utilization of the straws and also lowering the production cost during fermentation of the mold.

Open top liquid / gas cyclone separator tube with a dual purpose single separator tube with both liquid and gas separation zones, an open top discharge vent to provide a for humid air to be discharged into the atmosphere, a means to prevent splashing out the open top of the separator tube, a means of the separation section to prevent turbulence while allowing the accumulation of used water in the bottom of the tube, a to provide gravity feeding of the water back to the scrubbing mechanism to be recycled for water preservation, a means of regulating the rate of water feed to the scrubbing mechanism, an open port means of the scrubbing mechanism to be used to add chemicals, gases or other elements to the gas stream that is discharged to the environment, and a for vertical discharge on the scrubbing mechanism to enhance entrainment of water droplets containing particles, bacteria and mold spores.

A system for drying the crawlspace of a home, reducing mold in the crawlspace and in the living area of the home, and that creates healthy air exchanges in the living area of the home with fresh air from the outside. The Negative Air Supplied (NAS) crawlspace system implements multiple drying theories to efficiently dry both porous and semi-porous materials in the crawlspace down to moisture levels too low for mold to grow. The present NAS system also creates a negative air pressure in the crawlspace, which causes the airflow in the home to go from the living area to the crawlspace. This airflow pattern prevents any mold spores in the crawlspace from entering the living area of the home. The airflow created by the NAS system also forces multiple air exchanges per day in the living area of the home with outside air.

The invention discloses a gongronella sp. strain and application thereof, and belongs to the technical field of microbial application. The strain is a gongronella sp. w5 strain, and the preservation number of the strain is CCTCC: M2017787. Spores of the gongronella sp. w5 strain are prepared into a microbial agent, and after seeds of a plant germinate and two pairs of true leaves grow out, roots of the plant are irrigated with the microbial agent. The prepared gongronella sp. strain can effectively promote the growth of seedlings of the plant, improve the disease resistance of crops and have application potential in the agricultural production process.