mhurhangee/patent-ind-claim-en huggingface dataset:
An illumination lamp for a vehicle body comprising - at least one body which is configured to be connected with the vehicle body; - at least one inner lens called light curtain having sections to make lighting according to lamp functions; - a plurality of circuit boards which are placed on the edges of the light curtain depending on the sections on the light curtain such that they are placed on end portions of each section separated according to lamp functions; - a plurality of lighting members which are located on the circuit board and used for the purpose of lighting; - at least one outer lens which is located on the light curtain and there are reflex reflector prisms on the lower part thereof; characterized by - at least one connecting piece which is located in an inner part of the body , has shapes similar to the body ; - the body , the connecting piece located on the body ; and the light curtain located on the connecting piece which take form according to functions such as position, stop, reverse gear, rear fog, rear signal and reflex reflector, etc. of the lamp; - said at least one light curtain which directs the horizontal beams reaching on thereof such that they are vertical, said light curtain having prisms that direct the beams proceeding in horizontal direction in vertical direction. - at least one body which is configured to be connected with the vehicle body; - at least one inner lens called light curtain having sections to make lighting according to lamp functions; - a plurality of circuit boards which are placed on the edges of the light curtain depending on the sections on the light curtain such that they are placed on end portions of each section separated according to lamp functions; - a plurality of lighting members which are located on the circuit board and used for the purpose of lighting; - at least one outer lens which is located on the light curtain and there are reflex reflector prisms on the lower part thereof; characterized by - at least one connecting piece which is located in an inner part of the body , has shapes similar to the body ; - the body , the connecting piece located on the body ; and the light curtain located on the connecting piece which take form according to functions such as position, stop, reverse gear, rear fog, rear signal and reflex reflector, etc. of the lamp; - said at least one light curtain which directs the horizontal beams reaching on thereof such that they are vertical, said light curtain having prisms that direct the beams proceeding in horizontal direction in vertical direction.
Anode materials for lithium-ion batteries containing one or more binders, optionally graphite, optionally one or more further electrically conductive components and optionally one or more additives, characterized in that spherical, nonporous silicon particles having a porosity of ≤ 1 ml/g (determination method: BJH method in accordance with DIN 66134) and having average particle sizes of from 1 to 10 μm and a silicon content of 97% to 99.8% by weight are present, wherein the silicon content is based on the total weight of the silicon particles minus any oxygen contents, and wherein the silicon is present in elemental form, with the provisos that ≥ 80% of the silicon particles have an orthogonal axial ratio R of 0.60 ≤ R ≤ 1.0, and that the silicon particles have an average orthogonal axial ratio R of 0.60 ≤ R ≤ 1.0, wherein the orthogonal axial ratio R is the quotient of the two largest mutually orthogonal diameters through a silicon particle and the larger diameter forms the denominator and the smaller diameter forms the numerator of the quotient (determination method: SEM image).
A method for producing semiconductor chips comprising: a step a of pasting a mask-integrated surface-protective tape , which includes a surface protective tape and a mask material layer being provided on the surface protective tape , over a patterned surface side of a semiconductor wafer , grinding a back surface (B) of the semiconductor wafer , laminating a wafer fixing tape onto the grinded back surface (B) of the semiconductor wafer , and fixing and supporting the semiconductor wafer with a ring frame ; a step b of peeling off the surface protective tape from the mask-integrated surface-protective tape to expose the mask material layer , and then cutting a part of the mask material layer that corresponds to a street of the semiconductor wafer by using a laser (L) to make an opening for the street of the semiconductor wafer ; a step c of plasma dicing, wherein plasma irradiation cuts the semiconductor wafer at the street and separates the semiconductor wafer into semiconductor chips ; and a step d of removing the mask material layer ; characterized in that the mask material layer is removed using an organic solvent . a step a of pasting a mask-integrated surface-protective tape , which includes a surface protective tape and a mask material layer being provided on the surface protective tape , over a patterned surface side of a semiconductor wafer , grinding a back surface (B) of the semiconductor wafer , laminating a wafer fixing tape onto the grinded back surface (B) of the semiconductor wafer , and fixing and supporting the semiconductor wafer with a ring frame ; a step b of peeling off the surface protective tape from the mask-integrated surface-protective tape to expose the mask material layer , and then cutting a part of the mask material layer that corresponds to a street of the semiconductor wafer by using a laser (L) to make an opening for the street of the semiconductor wafer ; a step c of plasma dicing, wherein plasma irradiation cuts the semiconductor wafer at the street and separates the semiconductor wafer into semiconductor chips ; and a step d of removing the mask material layer ; characterized in that the mask material layer is removed using an organic solvent .
Bone regeneration material comprising a first solid phase of macroporous hydroxyapatite of natural origin having pores larger than or equal to 50μm in diameter, preferably pores between 50 and 100μm in diameter, said bone regeneration material being characterised in that said first solid phase of hydroxyapatite is enriched by a second phase of calcium phosphate, said second phase being a solid synthetic phase, having a Ca/P molar ratio of between 0.2 and 2, preferably between 0.3 and 1.8, preferentially between 0.5 and 1.65, and having solubility product Ks greater than that of said first phase of hydroxyapatite of natural origin, said bone regeneration material having a defined weight ratio between said first solid phase of hydroxyapatite of natural origin and said second solid synthetic phase of calcium phosphate of between 99:1 and 1:99.
A method comprising training (S71) a first machine learning inference model based on a first training data set, computing a first reference performance of said first machine learning inference model based on said first machine learning inference model and said first training data set, transmitting (S72), to a model consumer, a first machine learning model message including said first machine learning inference model and information on said first reference performance of said first machine learning inference model, upon determining unsuitability of said first machine learning inference model for a current network context of the model consumer based on said information, retraining the first machine learning inference model based on a second training data set, and transmitting (S74), to the model consumer, a second machine learning model message including said retrained first machine learning inference model. training (S71) a first machine learning inference model based on a first training data set, computing a first reference performance of said first machine learning inference model based on said first machine learning inference model and said first training data set, transmitting (S72), to a model consumer, a first machine learning model message including said first machine learning inference model and information on said first reference performance of said first machine learning inference model, upon determining unsuitability of said first machine learning inference model for a current network context of the model consumer based on said information, retraining the first machine learning inference model based on a second training data set, and transmitting (S74), to the model consumer, a second machine learning model message including said retrained first machine learning inference model.
A method for producing a mutant filamentous fungus, comprising transferring a programmable DNA nuclease and single-stranded DNA into a host filamentous fungus, and substituting an upstream region and a downstream region of a cleavage site for the programmable DNA nuclease in genomic DNA of the host by the single-stranded DNA through homologous recombination, wherein the filamentous fungus is a fungus of the genus Rhizopus.
S100A8 or S100A9 homodimer or S100A8/A9 heterodimer for use in the prevention or treatment of a NF-κB-associated postnatal inflammatory disorder or a postnatal alteration increasing the risk of a NF-κB-associated postnatal inflammatory disorder in a newborn subject.
Method for providing electrical energy by way of a charging station , - in which at least one charging station from a multiplicity of charging stations communicates a status change to a charging system; - in which the charging system determines a load distribution for load caused by the charging station and communicates this to the at least one charging station ; - in which the at least one charging station provides the electrical energy in accordance with the communicated load distribution; - in which the charging system is provided by a master charging station; - in which at least one backup master charging station is determined; - in which the backup master charging station is activated in the event of failure of the master charging station; characterized in that , - in the method, a reactivated previous master charging station is not initially used again as master charging station until a criterion for selection as master charging station is met. - in which at least one charging station from a multiplicity of charging stations communicates a status change to a charging system; - in which the charging system determines a load distribution for load caused by the charging station and communicates this to the at least one charging station ; - in which the at least one charging station provides the electrical energy in accordance with the communicated load distribution; - in which the charging system is provided by a master charging station; - in which at least one backup master charging station is determined; - in which the backup master charging station is activated in the event of failure of the master charging station; characterized in that , - in the method, a reactivated previous master charging station is not initially used again as master charging station until a criterion for selection as master charging station is met.
An electric vehicle charging coupler comprising: a coupler body having one side on which a charging port and a locking mechanism is formed, wherein the charging port is to be mounted to a charging port of an electric vehicle is to perform charging and the locking mechanism is to fix the charging coupler to the charging port of the electric vehicle; a cable inlet part which is formed in an upper portion of the coupler body and into which a charging cable is inserted, wherein a flow path through which a refrigerant flows for cooling is embedded in the charging cable ; and a handle formed to extend from the other side of the coupler body to be held by a hand and provided separately from the cable inlet part, wherein a height adjustment button and a lock button are provided on the handle , the height adjustment button being formed on an upper portion of the handle at a position operable by a thumb, and the lock button being formed in a lower portion of the handle at a position operable by an index finger. a coupler body having one side on which a charging port and a locking mechanism is formed, wherein the charging port is to be mounted to a charging port of an electric vehicle is to perform charging and the locking mechanism is to fix the charging coupler to the charging port of the electric vehicle; a cable inlet part which is formed in an upper portion of the coupler body and into which a charging cable is inserted, wherein a flow path through which a refrigerant flows for cooling is embedded in the charging cable ; and a handle formed to extend from the other side of the coupler body to be held by a hand and provided separately from the cable inlet part, wherein a height adjustment button and a lock button are provided on the handle , the height adjustment button being formed on an upper portion of the handle at a position operable by a thumb, and the lock button being formed in a lower portion of the handle at a position operable by an index finger.
Reinforcing structure for an underbody of a motor vehicle, - wherein the motor vehicle has an axle support , in particular a rear axle support, wherein the axle support has a first and a second holder which are spaced apart from one another in a transverse direction of the vehicle (Y), - wherein the reinforcing structure has a transverse connecting strut and a first and a second axle support linkage , characterized in that - the transverse connecting strut is connected both to the first and to the second axle support linkage , and - the first holder of the axle support can be connected to the first axle support linkage and the second holder of the axle support can be connected to the second axle support linkage . - wherein the motor vehicle has an axle support , in particular a rear axle support, wherein the axle support has a first and a second holder which are spaced apart from one another in a transverse direction of the vehicle (Y), - wherein the reinforcing structure has a transverse connecting strut and a first and a second axle support linkage , - the transverse connecting strut is connected both to the first and to the second axle support linkage , and - the first holder of the axle support can be connected to the first axle support linkage and the second holder of the axle support can be connected to the second axle support linkage .
A sole structure for an article of footwear, the sole structure comprising: an outsole having: a body with a lateral side and a medial side ; a plurality of tread elements extending from the body to establish a ground contact surface; wherein at least some of the tread elements extend between the lateral side and the medial side and each include a front face , a rear face , and a bottom face that connects the front face and the rear face; and the bottom face has a width between the front face and the rear face that varies between the lateral side and the medial side, so that the width is greater in high wear areas than in low wear areas, and wherein at least some of the tread elements each have a first portion and a second portion; the second portion being located in areas having higher wear characteristics than the areas of the first portion, characterised in that the first portion has a generally trapezoidal profile and the second portion has a generally rectangular profile. an outsole having: a body with a lateral side and a medial side ; a plurality of tread elements extending from the body to establish a ground contact surface; wherein at least some of the tread elements extend between the lateral side and the medial side and each include a front face , a rear face , and a bottom face that connects the front face and the rear face; and the bottom face has a width between the front face and the rear face that varies between the lateral side and the medial side, so that the width is greater in high wear areas than in low wear areas, and wherein a body with a lateral side and a medial side ; a plurality of tread elements extending from the body to establish a ground contact surface; wherein at least some of the tread elements extend between the lateral side and the medial side and each include a front face , a rear face , and a bottom face that connects the front face and the rear face; and the bottom face has a width between the front face and the rear face that varies between the lateral side and the medial side, so that the width is greater in high wear areas than in low wear areas, and wherein at least some of the tread elements each have a first portion and a second portion; the second portion being located in areas having higher wear characteristics than the areas of the first portion, characterised in that the first portion has a generally trapezoidal profile and the second portion has a generally rectangular profile.
Electric machine which has a slot in an active part , wherein the slot is sealed with a slot seal , wherein the slot seal has a duct for guiding a fluid , wherein the slot seal has an aperture , wherein the aperture opens the duct toward an air gap , wherein the aperture is a nozzle, wherein a phase change of the fluid can be used.
A cylindrical element adapted for immersion in a body of water, the cylindrical element having an outer surface arranged, in use, to be in contact with the water, the outer surface comprising: at least two rows of repeating shapes provided thereon, each row of repeating shapes being separated from each adjacent row by a groove arrangement and each shape within a row being separated from adjacent shapes by at least one groove; wherein the groove arrangement for each row of repeating shapes comprises an upper groove and a lower groove, where each of the upper and lower grooves encircles the full 360 degree circumference of the cylindrical element such that each of said upper and lower grooves is continuous around the cylindrical element ; wherein the groove arrangement provides at least one separated path for a flow of water to follow around the circumference of the cylindrical element , and characterised in that water flowing along a flow path within the groove arrangement from one side of the cylindrical element to another side of the cylindrical element will meet at least one flow separation point , wherein the flowing water is separated into a first flow path (25A1, 25B1, 25C1) and a second flow path (25A2, 25B2, 25C2); and wherein the outer surface of the cylindrical element reduces Vortex Induced Vibration (VIV) and/or drag acting upon the cylindrical element . at least two rows of repeating shapes provided thereon, each row of repeating shapes being separated from each adjacent row by a groove arrangement and each shape within a row being separated from adjacent shapes by at least one groove; wherein the groove arrangement for each row of repeating shapes comprises an upper groove and a lower groove, where each of the upper and lower grooves encircles the full 360 degree circumference of the cylindrical element such that each of said upper and lower grooves is continuous around the cylindrical element ; wherein the groove arrangement provides at least one separated path for a flow of water to follow around the circumference of the cylindrical element , and characterised in that water flowing along a flow path within the groove arrangement from one side of the cylindrical element to another side of the cylindrical element will meet at least one flow separation point , wherein the flowing water is separated into a first flow path (25A1, 25B1, 25C1) and a second flow path (25A2, 25B2, 25C2); and wherein the outer surface of the cylindrical element reduces Vortex Induced Vibration (VIV) and/or drag acting upon the cylindrical element .
Air intake device for a vehicle equipped with an internal combustion engine , with a device guiding purified intake air for combustion in the direction of the internal combustion engine and an air filter element as well as an air filter housing accommodating the air filter element and at least one air guide device , which is duct-shaped and is provided for guiding intake air to the air filter housing and the air guiding device extends in the region between a holding device and the air filter housing , characterised in that in that the holding device has a side wall with a receiving surface on both sides of a longitudinal centre plane which is vertical in the direction of travel and on which a respective printed circuit board with at least one illuminant arranged on the printed circuit board is arranged, and the respective receiving surface has a surface , which is set up for transferring heat emitted by the illuminant to the respective side wall , and the holding device has an air guide duct which is adjacent to the illuminants and is connected to the air guide device in an air-guiding manner, the air guide duct being formed between the opposing side walls of the holding device .
A method of making a crystalline form of the chloride hydrochloride salt of (4-(5-(2-(3,5-bis(trifluoromethyl)phenyl)-N,2-dimethylpropanamido)-4-(o-tolyl)pyridin-2-yl)-1-methylpiperazin-1-ium-1-yl)methyl hydrogen phosphate (fosnetupitant) which is Form I ("Form I fosnetupitant"), comprising less than 0.5 wt.% of impurities, comprising: a. contacting the chloride hydrochloride salt of fosnetupitant with methylacetate and methanol to form a first liquid; b. separating the methylacetate and methanol from the chloride hydrochloride salt of fosnetupitant of step (a); c. contacting the chloride hydrochloride salt of fosnetupitant from step (b) with heptane to form a second liquid; and d. separating the heptane from the chloride hydrochloride salt of fosnetupitant of step (c). a. contacting the chloride hydrochloride salt of fosnetupitant with methylacetate and methanol to form a first liquid; b. separating the methylacetate and methanol from the chloride hydrochloride salt of fosnetupitant of step (a); c. contacting the chloride hydrochloride salt of fosnetupitant from step (b) with heptane to form a second liquid; and d. separating the heptane from the chloride hydrochloride salt of fosnetupitant of step (c).
A process for preparing 4 amino-1-( -2-fluoro-4,5-dihydroxy-3-(hydroxymethyl)-cyclopent-2-en-1-yl)-pyrimidin-2 -one comprising: reacting -5-fluoro-2,2-dimethyl-6-((trityloxy)methyl)-4,6a-dihydro-3aH-cyclopenta[d] dioxol-4-yl methanesulfonate with cytosine to obtain 4-amino-1- -5-fluoro-2,2-dimethyl-6-((trityloxy)methyl)-4,6a-dihydro-3aH-cyclopenta[d] dioxol-4-yl)pyrimidin-2 -one and deprotecting the 4-amino-1- -5-fluoro-2,2-dimethyl-6-((trityloxy)methyl)-4,6a-dihydro-3aH-cyclopenta[d] dioxol-4-yl)pyrimidin-2 -one to provide 4 amino-1-( -2-fluoro-4,5-dihydroxy-3-(hydroxymethyl)-cyclopent-2-en-1-yl)-pyrimidin-2 -one . reacting -5-fluoro-2,2-dimethyl-6-((trityloxy)methyl)-4,6a-dihydro-3aH-cyclopenta[d] dioxol-4-yl methanesulfonate with cytosine to obtain 4-amino-1- -5-fluoro-2,2-dimethyl-6-((trityloxy)methyl)-4,6a-dihydro-3aH-cyclopenta[d] dioxol-4-yl)pyrimidin-2 -one and deprotecting the 4-amino-1- -5-fluoro-2,2-dimethyl-6-((trityloxy)methyl)-4,6a-dihydro-3aH-cyclopenta[d] dioxol-4-yl)pyrimidin-2 -one to provide 4 amino-1-( -2-fluoro-4,5-dihydroxy-3-(hydroxymethyl)-cyclopent-2-en-1-yl)-pyrimidin-2 -one .