mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling a controllable headlight of a motor vehicle , in which the headlight is controlled such that a presettable light distribution is provided on a traffic route , on which the motor vehicle is driven, wherein - a course of the traffic route is ascertained, - a light emission of the headlight is adjusted depending on the ascertained course of the traffic route to provide the presettable light distribution, and - the light distribution is provided by means of a plurality of pixels of a pixel headlight as the controllable headlight , for which purpose lighting elements forming the pixels are individually controlled with respect to their light emission, wherein - an area of the traffic route in direction of travel in front of the motor vehicle is ascertained, wherein the area is a section of a lane of a roadway in longitudinal direction, wherein the section is formed by a distance in direction of travel in front of the motor vehicle, which is visually captured by a driver of the motor vehicle and/or is captured by means of a suitable sensor, and wherein the area is intended for traveling by the motor vehicle and correspondingly laterally bounded, for which purpose a curvature of the traffic route and/or an initial curvature and/or a curvature change of a marking of the traffic route are taken into account, and characterized in that - the lighting elements are controlled such that exclusively the area is illuminated with the presettable light distribution such that the illumination of the lane of the roadway of the traffic route is completely effected in direction of travel in front of the motor vehicle . - a course of the traffic route is ascertained, - a light emission of the headlight is adjusted depending on the ascertained course of the traffic route to provide the presettable light distribution, and - the light distribution is provided by means of a plurality of pixels of a pixel headlight as the controllable headlight , for which purpose lighting elements forming the pixels are individually controlled with respect to their light emission, - an area of the traffic route in direction of travel in front of the motor vehicle is ascertained, wherein the area is a section of a lane of a roadway in longitudinal direction, wherein the section is formed by a distance in direction of travel in front of the motor vehicle, which is visually captured by a driver of the motor vehicle and/or is captured by means of a suitable sensor, and wherein the area is intended for traveling by the motor vehicle and correspondingly laterally bounded, for which purpose a curvature of the traffic route and/or an initial curvature and/or a curvature change of a marking of the traffic route are taken into account, and characterized in that - the lighting elements are controlled such that exclusively the area is illuminated with the presettable light distribution such that the illumination of the lane of the roadway of the traffic route is completely effected in direction of travel in front of the motor vehicle .
A warewash machine for washing wares , comprising: - a chamber for receiving wares , the chamber having at least one wash zone ; - a refrigerant medium circuit including a first condenser and a second condenser , the first condenser located upstream of the second condenser in the refrigerant medium circuit , the refrigerant medium circuit including a first flow path through the first condenser , characterized in that the refrigerant medium circuit includes a second flow path in bypass of the first condenser , and a valve for selectively controlling whether at least some refrigerant medium flows along the first flow path or the second flow path , wherein the valve is selectively controlled based upon monitored heat demand on the second condenser . - a chamber for receiving wares , the chamber having at least one wash zone ; - a refrigerant medium circuit including a first condenser and a second condenser , the first condenser located upstream of the second condenser in the refrigerant medium circuit , the refrigerant medium circuit including a first flow path through the first condenser , the refrigerant medium circuit includes a second flow path in bypass of the first condenser , and a valve for selectively controlling whether at least some refrigerant medium flows along the first flow path or the second flow path , wherein the valve is selectively controlled based upon monitored heat demand on the second condenser .
Collecting device comprising, on the one hand, a frame and an elongated rotor guided in rotation relative to the frame about a longitudinal axis (AL), a plurality of raking tines arranged in groups of three or more being mounted on the rotor , each group of tines being located in an own plane (PP) perpendicular to the longitudinal axis (AL), these different planes (PP) being arranged along the said longitudinal axis (AL), and, on the other hand, a plurality of deflectors extending at least partially around the rotor and spaced out in the direction of the longitudinal axis (AL), the spacing between two adjacent deflectors being adapted for the passage of the tines of a group during the rotation of the rotor , and the said deflectors in a mounted state being connected to the frame by means of at least one first means of attachment , at least one movable part of at least one of the deflectors being connected to the frame , respectively to a fixed part of a deflector , by means of an articulated connection which allows the said movable part at least a swiveling movement inducing a disengagement in relation to the rotor , collecting device characterized in that the said articulated connection is arranged and configured in such a manner that following detachment of the first means of attachment , at least the movable part of the deflector in question can be swiveled about a swivel axis (AP) so that the or each deflector in question is at least in a disengaged state, in which the movable part is in a stable position of equilibrium.
A process for the preparation of a C 3-7 (hydro)(chloro)fluoroalkene, the process comprising contacting a reagent stream comprising a C 3-7 hydrochlorofluoroalkane with a catalyst in a reactor to dehydrochlorinate at least a portion of the C 3-7 hydrochlorofluoroalkane to produce a product stream comprising the C 3-7 (hydro)(chloro)fluoroalkene and hydrogen chloride (HCl), wherein the catalyst is selected from metal oxide catalysts, metal halide catalysts, zero-valent metal catalysts, carbon-based catalysts and mixtures thereof, wherein: (i) the catalyst is chlorinated prior to contacting it with the reagent stream comprising the C 3-7 hydrochlorofluoroalkane; and/or (ii) the contacting step is carried out in the presence of a HCl co-feed; and wherein the catalyst is periodically regenerated by regenerative oxidation or regenerative oxyfluorination, and then regenerative chlorination. (i) the catalyst is chlorinated prior to contacting it with the reagent stream comprising the C 3-7 hydrochlorofluoroalkane; and/or (ii) the contacting step is carried out in the presence of a HCl co-feed;
A substrate for converting mechanical energy into electrical energy by using the flow of a liquid droplet of a fluid, including: the fluid and a first electrode and a second electrode patterned on the substrate with an interval therebetween wherein the fluid is on the first electrode , the second electrode and the space therebetween and wherein the fluid is an ionic liquid or water ; and a layer including at least an inorganic material layer and an organic material layer which is formed on at least one of said first electrode or said second electrode , and wherein the organic material layer is stacked on the inorganic material layer to form a micro structure having shapes such as a convex-concave shape, a sharply protruded shape, a semi sphere shape or a spherical pit shape wherein electrical energy is generated by said layer due to the change in any one of a contact angle and a contact surface between the electrodes and the ionic liquid or water flowing over said electrodes and wherein a hydrophobic material layer is stacked on said layer in order to facilitate the changes in contact surface and contact angle with said ionic liquid or water . the fluid and a first electrode and a second electrode patterned on the substrate with an interval therebetween wherein the fluid is on the first electrode , the second electrode and the space therebetween and wherein the fluid is an ionic liquid or water ; and a layer including at least an inorganic material layer and an organic material layer which is formed on at least one of said first electrode or said second electrode , and wherein the organic material layer is stacked on the inorganic material layer to form a micro structure having shapes such as a convex-concave shape, a sharply protruded shape, a semi sphere shape or a spherical pit shape wherein electrical energy is generated by said layer due to the change in any one of a contact angle and a contact surface between the electrodes and the ionic liquid or water flowing over said electrodes and wherein a hydrophobic material layer is stacked on said layer in order to facilitate the changes in contact surface and contact angle with said ionic liquid or water .
An apparatus comprising: a substrate having a first face and an opposing second face ; at least one antenna disposed on the first face of the substrate; a balun disposed on the second face of the substrate; a first microstrip disposed on the first face and coupled to the at least one antenna; a second microstrip disposed on the first face and coupled to a feed line ; and a coplanar strip disposed on the second face, wherein the coplanar strip is electrically coupled by a direct physical conduction path to the second microstrip and electromagnetically coupled by inductive or capacitive coupling through a dielectric to the first microstrip. a substrate having a first face and an opposing second face ; at least one antenna disposed on the first face of the substrate; a balun disposed on the second face of the substrate; a first microstrip disposed on the first face and coupled to the at least one antenna; a second microstrip disposed on the first face and coupled to a feed line ; and a coplanar strip disposed on the second face, wherein the coplanar strip is electrically coupled by a direct physical conduction path to the second microstrip and electromagnetically coupled by inductive or capacitive coupling through a dielectric to the first microstrip.
An apparatus comprising: a fluid impermeable casing having a first end, a second end, and a longitudinally extending fluid impermeable layer between the first end and the second end, the fluid impermeable layer defining an elongated opening between the first end and the second end, the casing having a fluid reservoir at the first end, the casing defining a fluid outlet ; a fluid permeable support disposed within the casing, the material of which the fluid permeable support is formed having sufficient porosity and permeability to allow urine to pass freely through the fluid permeable support and sufficient loft and resiliency to extend out of the elongated opening ; the apparatus configured to be disposed with a portion of the fluid permeable support adjacent to a urethral opening of a user, to receive urine discharged from the urethral opening though the fluid permeable support, and into the reservoir, and to have the received urine withdrawn from the reservoir via the fluid outlet. a fluid impermeable casing having a first end, a second end, and a longitudinally extending fluid impermeable layer between the first end and the second end, the fluid impermeable layer defining an elongated opening between the first end and the second end, the casing having a fluid reservoir at the first end, the casing defining a fluid outlet ; a fluid permeable support disposed within the casing, the material of which the fluid permeable support is formed having sufficient porosity and permeability to allow urine to pass freely through the fluid permeable support and sufficient loft and resiliency to extend out of the elongated opening ; the apparatus configured to be disposed with a portion of the fluid permeable support adjacent to a urethral opening of a user, to receive urine discharged from the urethral opening though the fluid permeable support, and into the reservoir, and to have the received urine withdrawn from the reservoir via the fluid outlet.
An ultrasonic surgical blade, comprising: a solid body; a longitudinal portion having a proximal end and a distal end, the longitudinal portion comprising: a sharp central ridge (306, 306', 306"); an end mass located at the distal end of the longitudinal portion; and a distal hemostasis surface located on a surface portion of the end mass; and a transverse portion extending crosswise from the distal end of the longitudinal portion and located opposite of the end mass, the transverse portion defining a hook having a free end, the transverse portion comprising a tip surface defined at the free end. a solid body; a longitudinal portion having a proximal end and a distal end, the longitudinal portion comprising: a sharp central ridge (306, 306', 306"); an end mass located at the distal end of the longitudinal portion; and a distal hemostasis surface located on a surface portion of the end mass; and a sharp central ridge (306, 306', 306"); an end mass located at the distal end of the longitudinal portion; and a distal hemostasis surface located on a surface portion of the end mass; and a transverse portion extending crosswise from the distal end of the longitudinal portion and located opposite of the end mass, the transverse portion defining a hook having a free end, the transverse portion comprising a tip surface defined at the free end.
A pharmaceutical composition as an oat extract for use in prevention or treatment of Alzheimer's disease, comprising avenanthramide C represented by Formula 1 below or a derivative thereof: wherein the derivative of avenanthramide C is avenanthramide C methyl ester represented by Formula 2 below: wherein the pharmaceutical composition is for nasal administration in a unit-dose spray amount of 20 to 500 μg.
Surge arrester for use in the power supply of low-voltage networks, in particular for use between a neutral conductor N and a potential equalization means PE, having a cylindrical housing , having two electrodes arranged axially opposite one another and having an arc combustion chamber formed inside the housing , wherein a cylindrical insulating body is arranged in the housing , having a bore which extends in the longitudinal direction of the housing and into which the two electrodes each project with their end face facing the arc combustion chamber , so that the insulating body radially surrounds the arc combustion chamber , wherein the arc combustion chamber is bound in the axial direction by the two electrodes and in the radial direction by the cylindrical insulating body , and wherein a spark gap is formed between the two electrodes so that an electric arc is produced when the spark gap between the two electrodes is ignited, wherein two chambers are formed inside the housing , which are each connected to the arc combustion chamber via at least one channel , so that hot ionized gas can flow from the arc combustion chamber into the chambers after ignition of the spark gap, wherein the volume of the two chambers together is larger than the volume of the arc combustion chamber , wherein the two chambers are arranged in the longitudinal direction of the housing on opposite sides of the arc combustion chamber and are surrounded by the housing , and wherein the channels are at least partially formed by the insulating body , characterized in that the two chambers each have an axial and radial distance from the arc combustion chamber .
A liquid pharmaceutical composition for use in medical treatment of a neurodegenerative disease or a cerebrovascular disease in humans, said liquid pharmaceutical composition being a monophasic aqueous solution of non-complexed 3-methyl-1-phenyl-2-pyrazolin-5-one (edaravone) and comprising at least 75 wt.% water and 0.2-9 mg/mL of edaravone, wherein the treatment comprises oral or gastric administration of 10-250 mL of the liquid pharmaceutical composition to provide 30-300 mg edaravone, and 0.4-4 mg edaravone per kg of bodyweight per day.
An outside air introduction system for introducing an outside air into a generally closed interior space of an ultra-lightweight vehicle , the ultra-lightweight vehicle having a body provided with at least one window frame and at least one window glass fitted in the at least one window frame , the body and the at least one window glass defining the generally closed interior space , wherein the outside air introduction system comprises : at least one support mechanism for supporting the at least one window glass pivotably on the body , and at least one window glass open/close mechanism which is provided to be operated by a driver of the ultra-lightweight vehicle to pivot the at least one window glass to open and close the at least one window glass , wherein the at least one window glass open/close mechanism includes at least one holding mechanism for holding the at least one window glass at a closed position in which the at least one window glass is closed, characterized in that the at least one holding mechanism includes at least one operation lever operated by the driver operating upwardly to hold the at least one window glass at the closed position and downwardly to release the at least one window glass , in that the at least one operation lever is secured to window glass support rods pivotally via a shaft inserted into through holes of the support rods and the at least one operation lever , the window glass support rods are secured to an inner upper portion of the at least one window glass , in that the at least one holding mechanism further includes: at least one stopper secured to an upper portion of the at least one window frame (18Lf, 18 Rf), and at least one window glass holding plate secured to the at least one operation lever , and in that , when the at least one window glass is closed, the at least one window glass abuts against a first wall surface of the at least one stopper and the at least one window glass holding plate abuts against or engages a second wall surface of the at least one stopper (55L 55R) opposite to the first wall surface, the at least one window glass holding plate being configured to be engaged with the at least one stopper by the driver pivoting the at least one operation lever upwardly when the at least one window glass abuts against the at least one stopper . at least one stopper secured to an upper portion of the at least one window frame (18Lf, 18 Rf), and at least one window glass holding plate secured to the at least one operation lever , and
A lighting apparatus comprising: a first LED module , comprising a first package frame in which one color type LED chip and one first type white LED chip are disposed; a second LED module comprising a second package frame in which one first type white LED chip and one second type white LED chip are disposed; a third LED module comprising a third package frame in which one second type white LED chip is disposed; and a light source plate for mounting the first LED module , the second LED module and the third LED module , wherein the first type white LED chip emits a first white light of a first color temperature, the second type white LED chip emits a second white light of a second color temperature, the first color temperature is higher than the second color temperature, the color type LED chip is selected from a red LED chip, a blue LED chip and a green LED chip, characterized in that the lighting apparatus further comprises an antenna module disposed at a center of the light source plate, wherein the antenna has a protruding part from the light source plate, and wherein a fluorescent layer is disposed on the antenna module. a first LED module , comprising a first package frame in which one color type LED chip and one first type white LED chip are disposed; a second LED module comprising a second package frame in which one first type white LED chip and one second type white LED chip are disposed; a third LED module comprising a third package frame in which one second type white LED chip is disposed; and a light source plate for mounting the first LED module , the second LED module and the third LED module , wherein the first type white LED chip emits a first white light of a first color temperature, the second type white LED chip emits a second white light of a second color temperature, the first color temperature is higher than the second color temperature, the color type LED chip is selected from a red LED chip, a blue LED chip and a green LED chip, characterized in that the lighting apparatus further comprises an antenna module disposed at a center of the light source plate, wherein the antenna has a protruding part from the light source plate, and wherein a fluorescent layer is disposed on the antenna module.
Method for preparing shaped collagen bodies in which shaped collagen bodies of collagen type I and/or collagen type III are used, characterized, in that bone matrix proteins, in particular osteopontin or bone sialoprotein, are applied to the shaped collagen body in a liquid, in that the bone matrix proteins in the liquid comprise between 0.01 mass-% and 5 mass-% of the mass of the shaped collagen body, in that before or after the application of the bone matrix proteins, proline residues of the collagen of the shaped collagen body are iodinated, in that the shaped collagen body for iodination of the proline residues is placed in a medium which has a pH-value between 5.0 and 6.0, preferably around 5.6 and contains sodium iodide and hydrogen peroxide, and lactoperoxidase is added there, and in that the shaped collagen body is then cleaned from unbound iodine. in which shaped collagen bodies of collagen type I and/or collagen type III are used, characterized, in that bone matrix proteins, in particular osteopontin or bone sialoprotein, are applied to the shaped collagen body in a liquid, in that the bone matrix proteins in the liquid comprise between 0.01 mass-% and 5 mass-% of the mass of the shaped collagen body, in that before or after the application of the bone matrix proteins, proline residues of the collagen of the shaped collagen body are iodinated, in that the shaped collagen body for iodination of the proline residues is placed in a medium which has a pH-value between 5.0 and 6.0, preferably around 5.6 and contains sodium iodide and hydrogen peroxide, and lactoperoxidase is added there, and in that the shaped collagen body is then cleaned from unbound iodine.
Unhydrogenated nitrile-diene-carboxylic ester copolymers containing (a) 15% to 40% by weight of at least one α,β-ethylenically unsaturated nitrile unit, (b) 30% to 65% by weight of at least one conjugated diene unit and (c) 20% to 30% by weight of at least one PEG acrylate unit (c), characterized in that the PEG acrylate unit (c) is butoxy polyethylene glycol (meth)acrylate having 2 repeat ethylene glycol units. (a) 15% to 40% by weight of at least one α,β-ethylenically unsaturated nitrile unit, (b) 30% to 65% by weight of at least one conjugated diene unit and (c) 20% to 30% by weight of at least one PEG acrylate unit (c), characterized in that the PEG acrylate unit (c) is butoxy polyethylene glycol (meth)acrylate having 2 repeat ethylene glycol units.
A guide wire , comprising: an elongated core component including a flat portion at a distal end, wherein the flat portion is made of a Ni-Ti alloy having an elastic portion of total indentation work of 46.0% or more and 59.5% or less and having a Martens hardness of 1300 N/mm 2 or more and 3000 N/mm 2 or less. an elongated core component including a flat portion at a distal end, wherein the flat portion is made of a Ni-Ti alloy having an elastic portion of total indentation work of 46.0% or more and 59.5% or less and having a Martens hardness of 1300 N/mm 2 or more and 3000 N/mm 2 or less.