mhurhangee/patent-ind-claim-en huggingface dataset:
A probiotic preparation for preventing and treating canine gastrointestinal disorders selected from allergy and diarrhoea containing: - at least two lactic acid producing bacteria strains isolated from canine faeces, canine intestines or intestinal fluids, belonging to genus Lactobacillus, said bacteria strains being selected from Lactobacillus fermentum NCIMB 41636, Lactobacillus plantarum NCIMB 41638 and Lactobacillus rhamnosus NCIMB 41640, - a calcium source in an amount of 20 - 99 weight-% expressed as CaCO 3 and in an amount of 8 - 40 weight % calculated as Ca, of the dry weight of the preparation, - at least one prebiotic, and optionally additional lactic acid producing bacteria strains belonging to the genus Lactobacillus, genus Pedicoccus or genus Weissella and isolated from canine faeces, canine intestines or intestinal fluids, excipients and carriers. - at least two lactic acid producing bacteria strains isolated from canine faeces, canine intestines or intestinal fluids, belonging to genus Lactobacillus, said bacteria strains being selected from Lactobacillus fermentum NCIMB 41636, Lactobacillus plantarum NCIMB 41638 and Lactobacillus rhamnosus NCIMB 41640, - a calcium source in an amount of 20 - 99 weight-% expressed as CaCO 3 and in an amount of 8 - 40 weight % calculated as Ca, of the dry weight of the preparation, - at least one prebiotic, and
Manufacturing method for a hearing device , in particular for a hearing aid device, wherein according to the method - at least one signal processor and at least one microphone are preassembled in a spatially fixed position relative to each other to form an electronic base module , - the electronic base module is inserted into a plastic molding tool and is positioned and held in the plastic molding tool by means of at least one structural element of the electronic base module , which is in contact with the surroundings in an intended final manufacturing state, and - plastic is introduced into the plastic molding tool to form a main housing for the electronic base module , in which the electronic base module is embedded, wherein a sound channel is kept free for fluidic connection of the microphone to the surroundings, characterized in that charging contacts for a rechargeable battery of the hearing device , which charging contacts are arranged on the electronic base module , are used as structural element for holding and positioning the electronic base module , wherein the charging contacts have an edge surrounding a central region in a ring-like manner and projecting or being set back relative to the central region in the direction of the surroundings, and/or that a connection port for at least electrically coupling an external loudspeaker to the signal processor is used as structural element for holding and positioning the electronic base module , in particular wherein a displaceably configured element of the plastic molding tool is in contact with the connection port for holding and positioning. - at least one signal processor and at least one microphone are preassembled in a spatially fixed position relative to each other to form an electronic base module , - the electronic base module is inserted into a plastic molding tool and is positioned and held in the plastic molding tool by means of at least one structural element of the electronic base module , which is in contact with the surroundings in an intended final manufacturing state, and - plastic is introduced into the plastic molding tool to form a main housing for the electronic base module , in which the electronic base module is embedded, wherein a sound channel is kept free for fluidic connection of the microphone to the surroundings, that charging contacts for a rechargeable battery of the hearing device , which charging contacts are arranged on the electronic base module , are used as structural element for holding and positioning the electronic base module , wherein the charging contacts have an edge surrounding a central region in a ring-like manner and projecting or being set back relative to the central region in the direction of the surroundings, and/or that a connection port for at least electrically coupling an external loudspeaker to the signal processor is used as structural element for holding and positioning the electronic base module , in particular wherein a displaceably configured element of the plastic molding tool is in contact with the connection port for holding and positioning.
Sliding element, in particular a piston ring, having a coating which has the following layers from the inside outwards: - a polycrystalline, metal-containing adhesive layer, - an intermediate layer, and - at least one amorphous carbon layer, the intermediate layer having at least the following partial layers from the inside outwards: - an AxCy layer, C standing for carbon, A standing for a metal, preferably of the metal-containing adhesive layer, and x as well as y each comprising values of 1-99, and - a crystalline-containing carbon layer, wherein the carbon atoms are predominantly sp 2 -hybridized. - a polycrystalline, metal-containing adhesive layer, - an intermediate layer, and - at least one amorphous carbon layer, - an AxCy layer, C standing for carbon, A standing for a metal, preferably of the metal-containing adhesive layer, and x as well as y each comprising values of 1-99, and - a crystalline-containing carbon layer, wherein the carbon atoms are predominantly sp 2 -hybridized.
Dental evacuator having a housing, in the upper region of which a drainage zone is provided for separating particle-containing liquid from an air stream which is loaded with the liquid, wherein the housing has an inlet for the loaded air stream which opens tangentially into the drainage zone , and in the housing below the drainage zone an evacuation zone is provided for separating the particles from the particle-containing liquid falling from the drainage zone into the evacuation zone, characterised in that the drainage zone comprises a curved flow path, and the inlet has a jet pump with a propellant connection for a propellant, a suction medium connection for a suction medium and an outlet , wherein the outlet opens tangentially into the flow path.
Use of a sebum-promoting agent or a composition comprising the agent for providing a hair fibre benefit wherein the sebum-promoting agent comprises metal pyrithione; and wherein the hair fibre benefit is selected from one or more of smoothness, strength, and breakage resistance.
A composition comprising a silicate as the active ingredient for use in a method of healing a wound, wherein the composition has a pH in the range of 6.0-8.0.
A cutting tool, comprising: a base member ; and a hard coating , said hard coating comprising two first crystalline phases ; and a second crystalline phase disposed between said two first crystalline phases , wherein said two first crystalline phases each include, independently, a laminate structure having a Ti 1-x1 Al x1 N phase having a sodium chloride-type crystal structure, and an Al x2 Ti 1-x2 N phase having a sodium chloride-type crystal structure that are alternately stacked, an Al composition ratio x1 of said Ti 1-x1 Al x1 N phase satisfies a relationship 0.5 ≤ x1 ≤ 0.75, an Al composition ratio x2 of said Al x2 Ti 1-x2 N phase satisfies a relationship 0.75 < x2 ≤ 0.95, said laminate structure includes a region in which an Al concentration periodically changes along a stacking direction of said Ti 1-x1 Al x1 N phase and said Al x2 Ti 1-x2 N phase, in said region, a difference between a maximum value of said Al composition ratio x2 and a minimum value of said Al composition ratio x1 is greater than 0.25, and said second crystalline phase contains AIN having a wurtzite-type crystal structure. a base member ; and a hard coating , said hard coating comprising two first crystalline phases ; and a second crystalline phase disposed between said two first crystalline phases , wherein said two first crystalline phases each include, independently, a laminate structure having a Ti 1-x1 Al x1 N phase having a sodium chloride-type crystal structure, and an Al x2 Ti 1-x2 N phase having a sodium chloride-type crystal structure that are alternately stacked, an Al composition ratio x1 of said Ti 1-x1 Al x1 N phase satisfies a relationship 0.5 ≤ x1 ≤ 0.75, an Al composition ratio x2 of said Al x2 Ti 1-x2 N phase satisfies a relationship 0.75 < x2 ≤ 0.95, said laminate structure includes a region in which an Al concentration periodically changes along a stacking direction of said Ti 1-x1 Al x1 N phase and said Al x2 Ti 1-x2 N phase, in said region, a difference between a maximum value of said Al composition ratio x2 and a minimum value of said Al composition ratio x1 is greater than 0.25, and said second crystalline phase contains AIN having a wurtzite-type crystal structure.
Floating structure for supporting an offshore installation , comprising a support structure supporting the offshore installation and at least one floating element which is at least partially submerged in water to provide a buoyancy force to the support structure , characterized in that the floating element is a used wind turbine blade which is attached to the support structure supporting the offshore installation .
A method comprising: coupling a rigid tube to a drive cable that comprises a plurality of coiled wires , characterized in that the rigid tube is coupled to the drive cable by: placing ends of the drive cable and the rigid tube at a given location within a butt-welding overtube , the ends of the drive cable and the rigid tube being visible when they are disposed at the given location within the butt-welding overtube via a window defined by the butt-welding overtube , and the placement of the drive cable within the butt-welding overtube being such that a helical groove defined by a portion of the butt-welding overtube is disposed over the drive cable ; and forming welding rings around the butt-welding overtube . coupling a rigid tube to a drive cable that comprises a plurality of coiled wires , characterized in that the rigid tube is coupled to the drive cable by: placing ends of the drive cable and the rigid tube at a given location within a butt-welding overtube , the ends of the drive cable and the rigid tube being visible when they are disposed at the given location within the butt-welding overtube via a window defined by the butt-welding overtube , and the placement of the drive cable within the butt-welding overtube being such that a helical groove defined by a portion of the butt-welding overtube is disposed over the drive cable ; and forming welding rings around the butt-welding overtube . placing ends of the drive cable and the rigid tube at a given location within a butt-welding overtube , the ends of the drive cable and the rigid tube being visible when they are disposed at the given location within the butt-welding overtube via a window defined by the butt-welding overtube , and the placement of the drive cable within the butt-welding overtube being such that a helical groove defined by a portion of the butt-welding overtube is disposed over the drive cable ; and the ends of the drive cable and the rigid tube being visible when they are disposed at the given location within the butt-welding overtube via a window defined by the butt-welding overtube , and the placement of the drive cable within the butt-welding overtube being such that a helical groove defined by a portion of the butt-welding overtube is disposed over the drive cable ; and forming welding rings around the butt-welding overtube .
Insole or midsole for a shoe which is designed as a pressure-ventilation sole (40a-e) such that a flexurally elastic pressure plate rests on a lower sole and is displaceable into transverse profiling in the gap between the foot sole-side pressure plate and the lower sole by the user's body weight when walking and displaces the air volume contained there in the sense of ventilation, wherein the lower sole of the pressure-ventilation sole (40a-e) is manufactured as a corrugated structured sole from a spring steel or a comparable plastic material, the transverse profiling of which is designed as a corrugated profile with corrugation peaks and corrugation troughs and is stable to pressure and resistant to deformation with respect to a compressive force acting perpendicularly on the structured sole , and in that the foot sole-side pressure plate is displaceable into the dimensionally stable corrugation troughs of the structured sole like a pumping plate and/or compression plate, wherein the pressure plate consists of a flexurally elastic plate having a corrugated structure , and in that the corrugated structure of the pressure plate is complementary or at least partly complementary to the corrugated structure of the structured sole , wherein the corrugation troughs of the corrugated structure of the pressure plate rest on the corrugation peaks of the structured sole , characterised in that the corrugation peaks of the pressure plate are opposite the corrugation troughs of the structured sole and form the channel-like, pressure-ventilated compression space .
A display device comprising: a TFT array substrate (TSUB) comprising organic light-emitting diodes (OLED); a color filter array substrate (CSUB) that faces the TFT array substrate and that comprises a black matrix (BM); a getter layer (GL) that is situated between the TFT array substrate and the color filter array substrate and that comprises a getter pattern (GT) overlapping the black matrix; and an adhesive layer (ADL) disposed between the getter layer and the color filter array substrate and between the getter layer and the TFT array substrate, wherein the getter layer comprises a base film (BF), and the getter pattern lies over the base film, wherein the getter layer comprises a resin layer (RL) that is disposed on the base film and that has holes (RCH) or grooves (RGR), and wherein the getter pattern fills the holes or grooves. a TFT array substrate (TSUB) comprising organic light-emitting diodes (OLED); a color filter array substrate (CSUB) that faces the TFT array substrate and that comprises a black matrix (BM); a getter layer (GL) that is situated between the TFT array substrate and the color filter array substrate and that comprises a getter pattern (GT) overlapping the black matrix; and an adhesive layer (ADL) disposed between the getter layer and the color filter array substrate and between the getter layer and the TFT array substrate, wherein the getter layer comprises a base film (BF), and the getter pattern lies over the base film, wherein the getter layer comprises a resin layer (RL) that is disposed on the base film and that has holes (RCH) or grooves (RGR), and wherein the getter pattern fills the holes or grooves.
A process for removing sulfur dioxide from a flue gas, the process comprising: absorbing sulfur dioxide from a flue gas using an ammonia-containing solution to produce an ammonium sulfate solution that contains dissolved ammonium sulfate; heating and delivering at least a first portion of the ammonium sulfate solution to a vessel in which the ammonium sulfate solution dissolves potassium chloride and first potassium sulfate crystals precipitate to form a slurry that contains the first potassium sulfate crystals and an ammonium chloride solution, the ammonium chloride solution containing dissolved ammonium chloride and a first residual amount of the dissolved potassium sulfate; cooling the slurry to precipitate second potassium sulfate crystals from the first residual amount of the dissolved potassium sulfate in the ammonium chloride solution; removing the first and second potassium sulfate crystals from the ammonium chloride solution to yield a first residual ammonium chloride solution that contains the dissolved ammonium chloride and a second residual amount of the dissolved potassium sulfate; absorbing ammonia into the first residual ammonium chloride solution to precipitate third potassium sulfate crystals from the second residual amount of the dissolved potassium sulfate in the first residual ammonium chloride solution ; and removing the third potassium sulfate crystals from the first residual ammonium chloride solution to yield a second residual ammonium chloride solution that contains free ammonia and the dissolved ammonium chloride and is substantially free of the dissolved potassium sulfate. absorbing sulfur dioxide from a flue gas using an ammonia-containing solution to produce an ammonium sulfate solution that contains dissolved ammonium sulfate; heating and delivering at least a first portion of the ammonium sulfate solution to a vessel in which the ammonium sulfate solution dissolves potassium chloride and first potassium sulfate crystals precipitate to form a slurry that contains the first potassium sulfate crystals and an ammonium chloride solution, the ammonium chloride solution containing dissolved ammonium chloride and a first residual amount of the dissolved potassium sulfate; cooling the slurry to precipitate second potassium sulfate crystals from the first residual amount of the dissolved potassium sulfate in the ammonium chloride solution; removing the first and second potassium sulfate crystals from the ammonium chloride solution to yield a first residual ammonium chloride solution that contains the dissolved ammonium chloride and a second residual amount of the dissolved potassium sulfate; absorbing ammonia into the first residual ammonium chloride solution to precipitate third potassium sulfate crystals from the second residual amount of the dissolved potassium sulfate in the first residual ammonium chloride solution ; and removing the third potassium sulfate crystals from the first residual ammonium chloride solution to yield a second residual ammonium chloride solution that contains free ammonia and the dissolved ammonium chloride and is substantially free of the dissolved potassium sulfate.
Process to increase the mechanical and chemical resistance of a hydrolyzable network-forming silica gel coating provided on the surface of a glass substrate, characterized in that to the surface is applied a coating composition comprising a hydrolyzable, network-forming silica gel doped with a precursor of cerium oxide, and the coated glass substrate is heat treated between 530°C and 735°c or chemically tempered.
A bipolar secondary battery including bipolar electrodes , the bipolar secondary battery comprising: a power generation element including unit power generation elements stacked together and including the bipolar electrodes stacked via separators ; and current collecting plates arranged at both ends of the power generation element in a stacked direction of the unit power generation elements so as to be in contact with the power generation element , each of the current collecting plates being in contact with the power generation element and electrically connected to the power generation element on both of the outermost layers in the stacked direction of the unit power generation elements , each of the current collecting plates including an electrically conductive layer and a resin film , the electrically conductive layer having a thickness in a range of 0.1 μm to 20 μm and being formed on the resin film having a thermal shrinkage percentage measured according to JIS K7133-1999 of 2% or greater at a temperature of 150°C, each of the separators having a higher thermal shrinkage start temperature than the resin film , the thermal shrinkage start temperature being measured with a thermomechanical analyzer. a power generation element including unit power generation elements stacked together and including the bipolar electrodes stacked via separators ; and current collecting plates arranged at both ends of the power generation element in a stacked direction of the unit power generation elements so as to be in contact with the power generation element , each of the current collecting plates being in contact with the power generation element and electrically connected to the power generation element on both of the outermost layers in the stacked direction of the unit power generation elements , each of the current collecting plates including an electrically conductive layer and a resin film , the electrically conductive layer having a thickness in a range of 0.1 μm to 20 μm and being formed on the resin film having a thermal shrinkage percentage measured according to JIS K7133-1999 of 2% or greater at a temperature of 150°C, each of the separators having a higher thermal shrinkage start temperature than the resin film , the thermal shrinkage start temperature being measured with a thermomechanical analyzer.
A charge/discharge control circuit , configured to control charging and discharging of a secondary cell (SC) using a discharge control FET which is connected in series with a load (LD) and is configured to open and close a discharge path to the load (LD) and a charge control FET which is connected between the discharge control FET and a charger (BC) and is configured to open and close a charge path of the charger (BC), wherein the charge/discharge control circuit comprises: a charge/discharge monitoring circuit , connected to a positive electrode and a negative electrode of the secondary cell (SC) and configure to monitor a charging and discharging state of the secondary cell (SC); and a control circuit which is configured to, in response to a detection signal from the charge/discharge monitoring circuit which indicates the charging and discharging state of the secondary cell (SC) and a voltage of a negative electrode of the charger (BC), turn on and off the discharge control FET connected between the secondary cell (SC) and the load (LD) in the discharge path and the charge control FET connected between the discharge control FET and the charger (BC) in the charge path, and control opening and closing of the discharge path and the charge path, characterized in that the control circuit is configured to turn off the discharge control FET and turn on the charge control FET , and further configured to then turn off the charge control FET when detecting that the voltage of the negative electrode of the charger (BC) is equal to or higher than a predetermined voltage. a charge/discharge monitoring circuit , connected to a positive electrode and a negative electrode of the secondary cell (SC) and configure to monitor a charging and discharging state of the secondary cell (SC); and a control circuit which is configured to, in response to a detection signal from the charge/discharge monitoring circuit which indicates the charging and discharging state of the secondary cell (SC) and a voltage of a negative electrode of the charger (BC), turn on and off the discharge control FET connected between the secondary cell (SC) and the load (LD) in the discharge path and the charge control FET connected between the discharge control FET and the charger (BC) in the charge path, and control opening and closing of the discharge path and the charge path, characterized in that the control circuit is configured to turn off the discharge control FET and turn on the charge control FET , and further configured to then turn off the charge control FET when detecting that the voltage of the negative electrode of the charger (BC) is equal to or higher than a predetermined voltage.