mhurhangee/patent-ind-claim-en huggingface dataset:
A measuring device comprising: a measurement data acquisition unit configured to project a pattern light beam onto a measurement object and acquire, as measurement data, a projection image of the measurement object onto which the pattern light beam is projected; and a predicting unit configured to predict, using fabrication data for fabricating the measurement object, a probable image formed by projection of the pattern light beam onto the measurement object to form prediction data; characterized by a calculation unit configured to correct the measurement data with the prediction data to form corrected measurement data, and calculate three-dimensional data to the measurement object, using the corrected measurement data. a measurement data acquisition unit configured to project a pattern light beam onto a measurement object and acquire, as measurement data, a projection image of the measurement object onto which the pattern light beam is projected; and a predicting unit configured to predict, using fabrication data for fabricating the measurement object, a probable image formed by projection of the pattern light beam onto the measurement object to form prediction data; characterized by a calculation unit configured to correct the measurement data with the prediction data to form corrected measurement data, and calculate three-dimensional data to the measurement object, using the corrected measurement data.
A saddled vehicle comprising: a vehicle body frame ; a crankcase that defines a crank chamber for housing a counterweight of a crankshaft , the crankcase being coupled to the vehicle body frame to swing about a swing axis (Sx); a scavenge pump that is fixed to the crankcase and recovers oil in the crank chamber ; a scavenge suction passage that is open at the crank chamber and connected to a suction port of the scavenge pump ; and a scavenge discharge port where the oil is discharged from the scavenge pump into an oil chamber that is separated from the crank chamber and provided in the crankcase below the crank chamber , characterised in that the oil chamber includes a partition wall that laterally partitions the oil chamber to divide the oil chamber into a first channel space on an upper side and a second channel space on a lower side, and the partition wall includes at least one communication hole that is continuous from the first channel space to the second channel space and that allows the oil to flow from the first channel space to the second channel space . a vehicle body frame ; a crankcase that defines a crank chamber for housing a counterweight of a crankshaft , the crankcase being coupled to the vehicle body frame to swing about a swing axis (Sx); a scavenge pump that is fixed to the crankcase and recovers oil in the crank chamber ; a scavenge suction passage that is open at the crank chamber and connected to a suction port of the scavenge pump ; and a scavenge discharge port where the oil is discharged from the scavenge pump into an oil chamber that is separated from the crank chamber and provided in the crankcase below the crank chamber , characterised in that the oil chamber includes a partition wall that laterally partitions the oil chamber to divide the oil chamber into a first channel space on an upper side and a second channel space on a lower side, and the partition wall includes at least one communication hole that is continuous from the first channel space to the second channel space and that allows the oil to flow from the first channel space to the second channel space .
An acrylic resin composition, comprising: at least one copolymer of methyl methacrylate, methacrylic acid and, optionally, at least one additional co-monomer, having a weight average molecular weight measured using GPC of at least 60,000 g/mole, preferably at least 80,000 g/mole and much more preferably of at least 100,000 g/mole and a glass transition temperature measured using DSC of at least 115°C, preferably at least 120°C and preferably of at least 130°C, wherein methyl methacrylate comprises from about 70 to about 99 weight % of the copolymer; and at least one additional polymer selected from the group consisting of copolymers of methyl methacrylate and one or more C1-C4 alkyl esters of acrylic acid, wherein the at least one additional polymer has a weight average molecular weight measured using GPC of at least 130,000 g/mole. at least one copolymer of methyl methacrylate, methacrylic acid and, optionally, at least one additional co-monomer, having a weight average molecular weight measured using GPC of at least 60,000 g/mole, preferably at least 80,000 g/mole and much more preferably of at least 100,000 g/mole and a glass transition temperature measured using DSC of at least 115°C, preferably at least 120°C and preferably of at least 130°C, wherein methyl methacrylate comprises from about 70 to about 99 weight % of the copolymer; and at least one additional polymer selected from the group consisting of copolymers of methyl methacrylate and one or more C1-C4 alkyl esters of acrylic acid, wherein the at least one additional polymer has a weight average molecular weight measured using GPC of at least 130,000 g/mole.
A method of forming a check valve housing comprising: receiving an initial housing having two openings , the two openings being separated by a septum (22; 902) and surrounded by outer edges (702, 704; 904, 906) of the housing; and removing additional material from the septum (22; 902) and the outer edges (702, 704; 904, 906) with a chamfer bit, wherein, during removal, a tip of the chamfer bit does not extend below a plane defined by the bottom of the housing, and the additional material is removed such that: a chamfer height is defined as the distance from said bottom of the housing to a lower edge of a chamfer, wherein the chamfer height (h s ) of the septum (22; 902) is greater than a chamfer height (h out ) of at least a portion of the outer edges (702, 704; 904, 906), or a cut distance is defined as the distance from an axis of rotation of the chamfer bit to a vertical edge after being cut by said chamfer bit, wherein the cut distance (y septum ) of the septum (28; 902) is greater than a cut distance (y edge ) of at least a portion of the outer edges (702, 704; 904, 906). receiving an initial housing having two openings , the two openings being separated by a septum (22; 902) and surrounded by outer edges (702, 704; 904, 906) of the housing; and removing additional material from the septum (22; 902) and the outer edges (702, 704; 904, 906) with a chamfer bit, wherein, during removal, a tip of the chamfer bit does not extend below a plane defined by the bottom of the housing, and the additional material is removed such that: a chamfer height is defined as the distance from said bottom of the housing to a lower edge of a chamfer, wherein the chamfer height (h s ) of the septum (22; 902) is greater than a chamfer height (h out ) of at least a portion of the outer edges (702, 704; 904, 906), or a cut distance is defined as the distance from an axis of rotation of the chamfer bit to a vertical edge after being cut by said chamfer bit, wherein the cut distance (y septum ) of the septum (28; 902) is greater than a cut distance (y edge ) of at least a portion of the outer edges (702, 704; 904, 906). a chamfer height is defined as the distance from said bottom of the housing to a lower edge of a chamfer, wherein the chamfer height (h s ) of the septum (22; 902) is greater than a chamfer height (h out ) of at least a portion of the outer edges (702, 704; 904, 906), or a cut distance is defined as the distance from an axis of rotation of the chamfer bit to a vertical edge after being cut by said chamfer bit, wherein the cut distance (y septum ) of the septum (28; 902) is greater than a cut distance (y edge ) of at least a portion of the outer edges (702, 704; 904, 906).
A wireless communication method, comprising: generating, by a device, a message to be transmitted via a plurality of transmission channels, wherein the message includes information indicative of: a plurality of channel indexes associated with the plurality of transmission channels; and transmitting the message on each of the plurality of transmission channels associated with the device, wherein the plurality of transmission channels are selected by the device independently, wherein the message includes information about a plurality of pilot signals associated with the plurality of transmission channels, wherein the plurality of pilot signals are independently selected or generated by the device, wherein a pilot signal is independently selected for each channel, and wherein the plurality of pilot signals for the plurality of transmission channels are uncorrelated or independent. generating, by a device, a message to be transmitted via a plurality of transmission channels, wherein the message includes information indicative of: a plurality of channel indexes associated with the plurality of transmission channels; and transmitting the message on each of the plurality of transmission channels associated with the device, wherein the plurality of transmission channels are selected by the device independently, wherein the message includes information about a plurality of pilot signals associated with the plurality of transmission channels, wherein the plurality of pilot signals are independently selected or generated by the device, wherein a pilot signal is independently selected for each channel, and wherein the plurality of pilot signals for the plurality of transmission channels are uncorrelated or independent.
A method comprising: irradiating edible residues that have been produced as a by-product of an ethanol manufacturing process, wherein the edible residues comprise an antibiotic, and irradiating is performed under conditions selected to inactivate or destroy the antibiotic.
Lamp with a preferably plate-shaped light emission region which is enclosed by a lamp frame extending in a rectangular shape, wherein the lamp frame supports a first plane (E) and comprises a frame height (H) extending vertically to the first plane (E) and has a beveled surface on one of its corners on which a plug connection is arranged, characterized in that beveled means that a surface normal of the beveled surface is arranged neither parallel nor horizontal to the first plane (E) and that none of the edges of the beveled surface extend parallel to any of the edges that belong to any of the other frame surfaces and are not adjacent to the beveled surface . a lamp frame extending in a rectangular shape, wherein the lamp frame supports a first plane (E) and comprises a frame height (H) extending vertically to the first plane (E) and has a beveled surface on one of its corners on which a plug connection is arranged, characterized in that beveled means that a surface normal of the beveled surface is arranged neither parallel nor horizontal to the first plane (E) and that none of the edges of the beveled surface extend parallel to any of the edges that belong to any of the other frame surfaces and are not adjacent to the beveled surface .
Turbine blade of a turbine rotor blade ring, which turbine blade has: - a suction side , - a pressure side , and - a cooling air channel through which a cooling medium for cooling the turbine blade can be transported, - wherein the cooling air channel has, in at least one portion, a course such that - its cross-sectional area increases in a flow direction of the cooling medium, in a first, widening sub-portion , up to a maximum, - its cross-sectional area decreases in a second, narrowing sub-portion downstream of the maximum, and - the cooling medium is, in the second, narrowing sub-portion , accelerated with a directional component in the direction of the suction side of the turbine blade , characterized - in that the cooling air channel forms, in the region of the maximum, a bulge in the direction of the pressure side , wherein the cooling medium is diverted in the direction of the pressure side in the first sub-portion and is diverted in the direction of the suction side in the second sub-portion , wherein - the centreline of the cooling air channel has, in the first sub-portion , a directional component in the direction of the pressure side of the turbine blade, and, - for the acceleration of the cooling medium in the second, narrowing sub-portion in the direction of the suction side of the turbine blade , the centreline of the cooling air channel has, in the second, narrowing sub-portion , a directional component in the direction of the suction side . - a suction side , - a pressure side , and - a cooling air channel through which a cooling medium for cooling the turbine blade can be transported, - wherein the cooling air channel has, in at least one portion, a course such that - its cross-sectional area increases in a flow direction of the cooling medium, in a first, widening sub-portion , up to a maximum, - its cross-sectional area decreases in a second, narrowing sub-portion downstream of the maximum, and - the cooling medium is, in the second, narrowing sub-portion , accelerated with a directional component in the direction of the suction side of the turbine blade , characterized - in that the cooling air channel forms, in the region of the maximum, a bulge in the direction of the pressure side , wherein the cooling medium is diverted in the direction of the pressure side in the first sub-portion and is diverted in the direction of the suction side in the second sub-portion , wherein - the centreline of the cooling air channel has, in the first sub-portion , a directional component in the direction of the pressure side of the turbine blade, and, - for the acceleration of the cooling medium in the second, narrowing sub-portion in the direction of the suction side of the turbine blade , the centreline of the cooling air channel has, in the second, narrowing sub-portion , a directional component in the direction of the suction side .
Storage cell for an energy store of a motor vehicle, having a cell housing , in which storage means for storing electrical energy are accommodated, having at least one terminal which is arranged externally to the cell housing and via which the electrical energy which is stored by way of the storage means can be delivered by the storage means , and having at least one electric heating element , which is arranged within the cell housing , for the heat-up of the storage cell , characterized in that : - the cell housing comprises a connection region (V), in which the heating element , within the cell housing , is electrically connected to the cell housing ; and - at least one connection device is provided, which comprises: o at least one connection element , which comprises a first connection part which is formed from a first material and, externally to the cell housing , is electrically connected to the cell housing , and a second connection part , which is electrically connected to the first connection part and is formed from a second material which differs from the first material; and o at least one switching element which is electrically connected to the second connection part and by means of which the second connection part is electrically connectable to the terminal and isolatable from the terminal . - the cell housing comprises a connection region (V), in which the heating element , within the cell housing , is electrically connected to the cell housing ; and - at least one connection device is provided, which comprises: o at least one connection element , which comprises a first connection part which is formed from a first material and, externally to the cell housing , is electrically connected to the cell housing , and a second connection part , which is electrically connected to the first connection part and is formed from a second material which differs from the first material; and o at least one switching element which is electrically connected to the second connection part and by means of which the second connection part is electrically connectable to the terminal and isolatable from the terminal . o at least one connection element , which comprises a first connection part which is formed from a first material and, externally to the cell housing , is electrically connected to the cell housing , and a second connection part , which is electrically connected to the first connection part and is formed from a second material which differs from the first material; and o at least one switching element which is electrically connected to the second connection part and by means of which the second connection part is electrically connectable to the terminal and isolatable from the terminal .
Connecting valve , which comprises at least four tube connections for the circulation of fluid, the fluid from a tube connection, the so-called "principal inlet" , overflowing into a valve body subdivided into a plurality of compartments, at least one being connected to a tube connection, the so-called "principal outlet" , and at least one being connected to a tube connection, the so-called "bypass outlet", characterized in that the valve comprises a single control member comprising an opening which guides the flow of fluid by placing the opening opposite at least one of the compartments so as to permit the selective creation of several configurations of communication channels within the valve between certain tube connections, including at least: - a first configuration in which the principal inlet is placed in communication solely with the principal outlet , - a second configuration in which the principal inlet is placed in communication with the bypass outlet and a fourth tube connection, the so-called "bypass return" , is placed in communication with the principal outlet , and - a third configuration in which the principal inlet is placed in communication both with the principal outlet and with the bypass outlet and the bypass return is placed in communication with the principal outlet . - a first configuration in which the principal inlet is placed in communication solely with the principal outlet , - a second configuration in which the principal inlet is placed in communication with the bypass outlet and a fourth tube connection, the so-called "bypass return" , is placed in communication with the principal outlet , and - a third configuration in which the principal inlet is placed in communication both with the principal outlet and with the bypass outlet and the bypass return is placed in communication with the principal outlet .
A method for heat treating long products (L), particularly metallic long products (L), such as wires, metal sheets or the like, made from steel, the long product (L) being guided through a furnace using at least one heating device for heating an atmosphere and an inlet and an outlet , it being possible to insert the long product (L) into the furnace through the inlet and guide the long product out of the same through the outlet , and the long product (L) guided through the furnace being heated using the heated atmosphere , the atmosphere in the furnace being guided in a circuit (K1), with lateral flow around the long product (L) guided through the furnace , characterized in that the atmosphere is guided in a meandering loop around the long product (L), wherein the long product (L) is flowed around from above and below.
Method for identifying a particular speaker from among a set of speakers, by means of a computer which comprises a computer memory in which at least one reference voice signature associated with one of the speakers in said set is recorded, the method comprising steps of: - acquiring an identifying voice signal (S4 1 ) produced by the particular speaker, - constructing an identifying voice signature in accordance with said identifying voice signal (S4 1 ), - comparing said identifying voice signature with the at least one reference voice signature recorded in the computer memory, and - identifying the particular speaker in accordance with the result of said comparison, characterized in that the at least one reference voice signature recorded in the computer memory was determined in accordance with a recorded voice signal and with a predetermined extension signal (S3 1 , S3 2 ) , in that provision is made, before the construction step, for a step of generating a complete signal (S4) which comprises said identifying voice signal (S4 1 ) and said predetermined extension signal (S3 1 , S3 2 ), and in that , in the construction step, the identifying voice signature is constructed in accordance also with said extension signal (S3 1 , S3 2 ) . - acquiring an identifying voice signal (S4 1 ) produced by the particular speaker, - constructing an identifying voice signature in accordance with said identifying voice signal (S4 1 ), - comparing said identifying voice signature with the at least one reference voice signature recorded in the computer memory, and - identifying the particular speaker in accordance with the result of said comparison, characterized in that the at least one reference voice signature recorded in the computer memory was determined in accordance with a recorded voice signal and with a predetermined extension signal (S3 1 , S3 2 ) , in that provision is made, before the construction step, for a step of generating a complete signal (S4) which comprises said identifying voice signal (S4 1 ) and said predetermined extension signal (S3 1 , S3 2 ), and in that , in the construction step, the identifying voice signature is constructed in accordance also with said extension signal (S3 1 , S3 2 ) .
Obicetrapib, or a pharmaceutically acceptable salt thereof, for use in a method of slowing progression of neurodegenerative disease in a subject who has or is at risk of developing said neurodegenerative disease, said method comprising: administering a therapeutically effective amount of obicetrapib or a pharmaceutically acceptable salt thereof to the subject, wherein said neurodegenerative disease is Alzheimer's Disease (AD), Lewy Body dementia, vascular or multi-infarct dementia, or frontotemporal dementia (FTD). administering a therapeutically effective amount of obicetrapib or a pharmaceutically acceptable salt thereof to the subject, wherein said neurodegenerative disease is Alzheimer's Disease (AD), Lewy Body dementia, vascular or multi-infarct dementia, or frontotemporal dementia (FTD).
Method for determining an incident flow situation which influences the dynamic lift on at least one rotor blade for a rotor of a wind turbine , wherein the rotor blade has a profile having a profile depth (T) and a pressure side and an intake side are formed between a front edge and a rear edge of the profile, characterised in that in at least one portion of the rotor blade in the longitudinal direction (L) at the rotor blade surface along a chord of the rotor blade at least at three pressure measurement locations which are spaced apart from each other a pressure measurement is carried out, in that by means of a digital method or by means of measurements pressure coefficients (cp1, cp2, cp3) which occur over the path of the profile of the rotor blade are determined, and in that as a result of the pressure measurements which are carried out and the pressure coefficients (cp1, cp2, cp3) determined for the respective pressure measurement location at least one incident flow speed and one incident flow angle are determined.