mhurhangee/patent-ind-claim-en huggingface dataset:
A method for repelling a mammal, comprising placing at least one selected from a thiophene compound represented by the formula (Ia): wherein R 1A , R 2A , R 3A , and R 4A are each independently a hydrogen atom, an acyl group, an optionally esterified carboxyl group, a halogen atom, an optionally substituted alkyl group, an optionally substituted alkoxy group, an optionally substituted thiol group, or an optionally substituted amino group; R 3A and R 4A are optionally bonded to each other to form a benzene ring together with carbon atoms bonded thereto; provided that R 1A , R 2A , R 3A , and R 4A are not hydrogen atoms at the same time, and a salt thereof in a space from which the mammal is to be repelled. wherein R 1A , R 2A , R 3A , and R 4A are each independently a hydrogen atom, an acyl group, an optionally esterified carboxyl group, a halogen atom, an optionally substituted alkyl group, an optionally substituted alkoxy group, an optionally substituted thiol group, or an optionally substituted amino group; R 3A and R 4A are optionally bonded to each other to form a benzene ring together with carbon atoms bonded thereto; provided that R 1A , R 2A , R 3A , and R 4A are not hydrogen atoms at the same time, and a salt thereof in a space from which the mammal is to be repelled.
Assembly for producing a corrugated board web laminated on both sides from a laminating web and at least one corrugated board web laminated on one side, a) comprising at least one first pressing gap for guiding the at least one corrugated board web laminated on one side, b) comprising at least one heating element for heating at least one corrugated board web laminated on one side in the at least one first pressing gap , c) comprising at least one second pressing gap arranged downstream of the at least one first pressing gap for pressing together the at least one corrugated board web laminated on one side and the laminating web , and d) comprising a laminating web guide arranged at a distance from the at least one first pressing gap for guiding the laminating web at a distance from the at least one first pressing gap to the at least one second pressing gap , characterized by e) at least one second drivable pressing belt which spatially delimits the laminating web guide at least in regions and allows pressure to be applied to the laminating web in the laminating web guide . a) comprising at least one first pressing gap for guiding the at least one corrugated board web laminated on one side, b) comprising at least one heating element for heating at least one corrugated board web laminated on one side in the at least one first pressing gap , c) comprising at least one second pressing gap arranged downstream of the at least one first pressing gap for pressing together the at least one corrugated board web laminated on one side and the laminating web , and d) comprising a laminating web guide arranged at a distance from the at least one first pressing gap for guiding the laminating web at a distance from the at least one first pressing gap to the at least one second pressing gap , characterized by e) at least one second drivable pressing belt which spatially delimits the laminating web guide at least in regions and allows pressure to be applied to the laminating web in the laminating web guide .
An apparatus for reducing the frequency and/or severity of photophobic responses or for modulating circadian cycles by controlling exposure of cells in a human eye to light having a 620nm wavelength, the apparatus comprising: an optical filter configured to transmit: less than a first amount of light at a 620nm wavelength, said first amount of light is a dose of light at about the 620nm wavelength experienced by receptive cells of a subject (D rec,620 ); and more than a second amount of light weighted across a visual spectral response, said second amount of light is a dose of light experienced over the visual response spectrum (D vis ), wherein a ratio including said first amount of light and said second amount of light is defined as a figure of merit (FOM), the figure of merit being determined by: FOM = 1 − D rec , 620 D rec , 620 T = 1 1 − D vis D vis T = 1 where D rec,620 (T= 1) is said first amount of light in the absence of an optical filter, and D vis (T=1) is said second amount of light in the absence of an optical filter, and wherein the figure of merit of said optical filter is one, is greater than one, is greater than 1.3, is greater than 1.5, is greater than 1.8, is greater than 2.75, is greater than 3, or is greater than 3.3. less than a first amount of light at a 620nm wavelength, said first amount of light is a dose of light at about the 620nm wavelength experienced by receptive cells of a subject (D rec,620 ); and more than a second amount of light weighted across a visual spectral response, said second amount of light is a dose of light experienced over the visual response spectrum (D vis ), wherein a ratio including said first amount of light and said second amount of light is defined as a figure of merit (FOM), the figure of merit being determined by: FOM = 1 − D rec , 620 D rec , 620 T = 1 1 − D vis D vis T = 1 where D rec,620 (T= 1) is said first amount of light in the absence of an optical filter, and D vis (T=1) is said second amount of light in the absence of an optical filter, and wherein the figure of merit of said optical filter is one, is greater than one, is greater than 1.3, is greater than 1.5, is greater than 1.8, is greater than 2.75, is greater than 3, or is greater than 3.3.
A method for supporting end-to-end priority service in long term evolution, LTE, or subsequent generation networks, the method comprising: at a network node configured to operate in an LTE or subsequent generation network: receiving a message associated with a communications session or transaction in a network, the message including an end-to-end priority user indicator identifying a user associated with the session or transaction as a priority user; treating the session or transaction with a priority corresponding to the end-to-end priority user indicator; and including the end-to-end priority user indicator in subsequent messages transmitted by the network node that are associated with the same session or transaction as the received message; characterised in that the received message comprises a Diameter message, and the end-to-end priority user indicator is stored in a command flag in a Diameter header of the Diameter message. receiving a message associated with a communications session or transaction in a network, the message including an end-to-end priority user indicator identifying a user associated with the session or transaction as a priority user; treating the session or transaction with a priority corresponding to the end-to-end priority user indicator; and including the end-to-end priority user indicator in subsequent messages transmitted by the network node that are associated with the same session or transaction as the received message; characterised in that the received message comprises a Diameter message, and the end-to-end priority user indicator is stored in a command flag in a Diameter header of the Diameter message.
Installation device comprising base beams and frame rails , the base beams forming a base and the frame beams forming a support for the installation of bifacial photovoltaic panels (P), said installation device comprising pillars combined with at least some of the base beams and at least some of the frame beams, wherein: - the base beams comprise longitudinal , transverse and intermediate base beams combined with each other by connecting elements , - the frame beams comprise lateral , lower and upper frame beams combined together by connecting elements , characterized in that said pillars comprise long and short pillars so that the frame beams and the base beams associated with said long and short pillars form an angle (A) of between 5° and 30° and in that one or more of the longitudinal , transverse and intermediate base beams and one or more of the lateral , lower and upper frame beams are provided with a bearing surface extending over their entire length, said bearing surface being juxtaposed to an open longitudinal recess , and in that said installation device further comprises a plurality of holding means cooperating with said open longitudinal recess , said holding means each comprising a holding tab overhanging the bearing surface by a predetermined distance. - the base beams comprise longitudinal , transverse and intermediate base beams combined with each other by connecting elements , - the frame beams comprise lateral , lower and upper frame beams combined together by connecting elements ,
An autonomous traction kite intended to be used to complement a gliding apparatus suitable for interacting with the feet of a user, and to be controlled by said user via manual gripping means , , , positioned on said kite, said kite having a sail surface area (S) defined by a leading edge , and a trailing edge , , the leading and trailing edges , being symmetrical relative to a plane of symmetry passing through a median axis (A-A), and the span (L) of the kite measured in the direction of said axis (A-A) being greater than the maximum chord length (I) measured perpendicularly to said axis (A-A), characterized in that the kite has a positive dihedral, in that the leading and trailing edges , are interconnected by at least one transverse stiffening element and in that the leading and trailing edges , comprise inflatable beads along at least a portion of their length.
Functional structure for use in an energy converter, the structure comprising a lattice having at least one lattice cell , comprising lattice nodes and lattice connecting elements connected to the lattice nodes , wherein the lattice cell furthermore has an inertia mass , which is connected to a lattice node by means of at least one arm , wherein the inertia mass is designed to absorb energy (W) when the structure is in use, and wherein a lattice constant (C) of the lattice cell has a dimension of less than 100 mm, characterized in that the arm has a predetermined breaking point , which breaks under a mechanical load which is excessive in relation to the intended operation of the structure and thus allows an emergency function of a component having the structure .
A cutting apparatus comprising: a housing ; a cutter assembly comprised of a cutter carrier and a cutter cartridge , wherein the cutter cartridge comprises a cut depth adjuster, a detent component , an eccentric pinion shaft and a cutting blade which is rotatable around the eccentric pinion shaft ; and a drive element , wherein a cutting depth of the cutting blade is adjustable through rotation of the eccentric pinion shaft that supports the cutting blade and a bearer roller , and by a diametric difference of the bearer roller to the cutting blade and the rotatable eccentric pinion shaft shared by both the bearer roller and the cutting blade , wherein the eccentric shaft is held in an indexed position by the detent component . a housing ; a cutter assembly comprised of a cutter carrier and a cutter cartridge , wherein the cutter cartridge comprises a cut depth adjuster, a detent component , an eccentric pinion shaft and a cutting blade which is rotatable around the eccentric pinion shaft ; and a drive element , wherein a cutting depth of the cutting blade is adjustable through rotation of the eccentric pinion shaft that supports the cutting blade and a bearer roller , and by a diametric difference of the bearer roller to the cutting blade and the rotatable eccentric pinion shaft shared by both the bearer roller and the cutting blade , wherein the eccentric shaft is held in an indexed position by the detent component . wherein a cutting depth of the cutting blade is adjustable through rotation of the eccentric pinion shaft that supports the cutting blade and a bearer roller , and by a diametric difference of the bearer roller to the cutting blade and the rotatable eccentric pinion shaft shared by both the bearer roller and the cutting blade , wherein the eccentric shaft is held in an indexed position by the detent component .
A method for treating a solution contaminated with porcine circovirus, comprising the steps of: adjusting the pH of a solution contaminated with porcine circovirus to range from 3.8 to 7.0, wherein the pH-adjusted solution contains glycine in an amount of 0.010 to 0.40 M, and treating the pH-adjusted solution with a filtration membrane having a log removal value (LRV) for bacteriophage PP7 of 4 or more, and wherein the LRV for porcine circovirus is 2 or more, wherein said solution contains a protein at a protein concentration ranging from 0.10 to 1.5 w/v %, said filtration membrane having an LRV for bacteriophage PP7 of 4 or more is a membrane having an LRV of 4 or more when the filtration membrane to be used is loaded with a 50 L/m 2 solution containing bacteriophage PP7, and said solution containing bacteriophage PP7 is a 1 mg/mL BSA solution (PBS buffer, pH 7.4) containing bacteriophage PP7 at a concentration of 10 7 pfu/mL. adjusting the pH of a solution contaminated with porcine circovirus to range from 3.8 to 7.0, wherein the pH-adjusted solution contains glycine in an amount of 0.010 to 0.40 M, and treating the pH-adjusted solution with a filtration membrane having a log removal value (LRV) for bacteriophage PP7 of 4 or more, and wherein the LRV for porcine circovirus is 2 or more, wherein said solution contains a protein at a protein concentration ranging from 0.10 to 1.5 w/v %, said filtration membrane having an LRV for bacteriophage PP7 of 4 or more is a membrane having an LRV of 4 or more when the filtration membrane to be used is loaded with a 50 L/m 2 solution containing bacteriophage PP7, and said solution containing bacteriophage PP7 is a 1 mg/mL BSA solution (PBS buffer, pH 7.4) containing bacteriophage PP7 at a concentration of 10 7 pfu/mL.
A method for providing control data of an eye surgical laser of a treatment apparatus for the separation of a lenticule , wherein the method comprises the following steps performed by a control device: - ascertaining (S1) a lenticule geometry of the lenticule to be separated, which includes a lenticule height, from predetermined visual disorder data of a human or animal eye , wherein the lenticule geometry is defined by means of a refractive power value to be corrected and a lenticule diameter; - ascertaining (S2) a correction value for compensating for a deformation of the lenticule , which is generated by at least one contact element of the treatment apparatus , wherein the correction value is determined by means of at least one preceding measurement of the treatment apparatus ; - ascertaining (S3) a deformation geometry of the lenticule , which includes a deformation height, wherein the deformation geometry is defined by means of the refractive power value and a deformation diameter, wherein the deformation diameter is calculated depending on the lenticule diameter and the correction value; - providing (S4) control data for controlling the eye surgical laser , which uses the deformation geometry for separating the lenticule , characterized in that the correction value is ascertained from a deviation of the lenticule height, which is expected according to the lenticule geometry, and an achieved lenticule height, wherein the achieved lenticule height is determined after an application of the treatment apparatus without use of the deformation geometry. - ascertaining (S1) a lenticule geometry of the lenticule to be separated, which includes a lenticule height, from predetermined visual disorder data of a human or animal eye , wherein the lenticule geometry is defined by means of a refractive power value to be corrected and a lenticule diameter; - ascertaining (S2) a correction value for compensating for a deformation of the lenticule , which is generated by at least one contact element of the treatment apparatus , wherein the correction value is determined by means of at least one preceding measurement of the treatment apparatus ; - ascertaining (S3) a deformation geometry of the lenticule , which includes a deformation height, wherein the deformation geometry is defined by means of the refractive power value and a deformation diameter, wherein the deformation diameter is calculated depending on the lenticule diameter and the correction value; - providing (S4) control data for controlling the eye surgical laser , which uses the deformation geometry for separating the lenticule ,
A cache for performing data copying, the cache comprising: a copy logic , characterised in that the cache is configured to connect to a processor through a first bus and to a memory controller through a second bus , which is different from the first bus , wherein the copy logic is configured to control the memory controller to copy a source data stored on a first portion of a memory connected to the memory controller to a second portion of the memory using the second bus based on a data copy command received from the processor , and wherein the cache is configured to connect to the processor and to one or more components through the first bus , and to the memory controller only by the second bus . a copy logic , characterised in that the cache is configured to connect to a processor through a first bus and to a memory controller through a second bus , which is different from the first bus , wherein the copy logic is configured to control the memory controller to copy a source data stored on a first portion of a memory connected to the memory controller to a second portion of the memory using the second bus based on a data copy command received from the processor , and wherein the cache is configured to connect to the processor and to one or more components through the first bus , and to the memory controller only by the second bus .
A heat exchanger, comprising: a gaseous refrigerant heat exchange pipe ; a liquid refrigerant heat exchange pipe , the liquid refrigerant heat exchange pipe and the gaseous refrigerant heat exchange pipe being provided on the same side of the heat exchanger; a gaseous refrigerant heat exchange branch pipe , communicating with the gaseous refrigerant heat exchange pipe , the gaseous refrigerant heat exchange branch pipe comprising a first gaseous refrigerant heat exchange branch pipe located on the first side of the heat exchanger and a second gaseous refrigerant heat exchange branch pipe located on the side, opposite to the first side, of the heat exchanger; and a liquid refrigerant heat exchange branch pipe , communicating with the liquid refrigerant heat exchange pipe , the liquid refrigerant heat exchange branch pipe comprising a first liquid refrigerant heat exchange branch pipe located on the first side of the heat exchanger and a second liquid refrigerant heat exchange branch pipe located on the side, opposite to the first side, of the heat exchanges. a gaseous refrigerant heat exchange pipe ; a liquid refrigerant heat exchange pipe , the liquid refrigerant heat exchange pipe and the gaseous refrigerant heat exchange pipe being provided on the same side of the heat exchanger; a gaseous refrigerant heat exchange branch pipe , communicating with the gaseous refrigerant heat exchange pipe , the gaseous refrigerant heat exchange branch pipe comprising a first gaseous refrigerant heat exchange branch pipe located on the first side of the heat exchanger and a second gaseous refrigerant heat exchange branch pipe located on the side, opposite to the first side, of the heat exchanger; and a liquid refrigerant heat exchange branch pipe , communicating with the liquid refrigerant heat exchange pipe , the liquid refrigerant heat exchange branch pipe comprising a first liquid refrigerant heat exchange branch pipe located on the first side of the heat exchanger and a second liquid refrigerant heat exchange branch pipe located on the side, opposite to the first side, of the heat exchanges.
Seat trim for a vehicle seat , said trim comprising a three-dimensionally knitted trim body and at least one functional element which is integrated into the trim body , characterized in that the seat trim comprises a closable opening region for fitting over the vehicle seat , wherein the opening region can be closed by means of a zip fastener.
A method of decoding a video which includes a sequence of pictures by dividing each of the pictures in the unit of blocks, the method comprising: decoding, from a header of the sequence in a bitstream, a first information indicating a reference macroblock size and a second information indicating a ratio of a macroblock size to the reference macroblock size, wherein: the reference macroblock size is a minimum macroblock size, and the second information is represented as a value of log 2 (MBsize / X) where MBsize is the macroblock size, X is the reference macroblock size, and both MBsize and X are a number of pixels in one dimension; determining the macroblock size in the unit of the entire sequence of pictures, by using the first and second information; and reconstructing image data of the sequence by dividing every and each of the pictures in the unit of macroblocks having the determined macroblock size, wherein reconstructing the image data comprises: dividing a macroblock having the determined macroblock size into one or more blocks; and inter-predicting or intra-predicting each of the blocks divided from the macroblock. decoding, from a header of the sequence in a bitstream, a first information indicating a reference macroblock size and a second information indicating a ratio of a macroblock size to the reference macroblock size, wherein: the reference macroblock size is a minimum macroblock size, and the second information is represented as a value of log 2 (MBsize / X) where MBsize is the macroblock size, X is the reference macroblock size, and both MBsize and X are a number of pixels in one dimension; the reference macroblock size is a minimum macroblock size, and the second information is represented as a value of log 2 (MBsize / X) where MBsize is the macroblock size, X is the reference macroblock size, and both MBsize and X are a number of pixels in one dimension; determining the macroblock size in the unit of the entire sequence of pictures, by using the first and second information; and reconstructing image data of the sequence by dividing every and each of the pictures in the unit of macroblocks having the determined macroblock size, wherein reconstructing the image data comprises: dividing a macroblock having the determined macroblock size into one or more blocks; and inter-predicting or intra-predicting each of the blocks divided from the macroblock.
A User Equipment, UE, for a communication system in which resources can be dynamically allocated at each transmission time interval on a downlink control channel, the UE comprising: a receiver configured to receive control information, wherein the control information includes information configured to indicate a Modulation and Coding Scheme, MCS; and a processor configured to activate persistent scheduling in a case where the information configured to indicate the MCS includes a specific bit pattern. a receiver configured to receive control information, wherein the control information includes information configured to indicate a Modulation and Coding Scheme, MCS; and a processor configured to activate persistent scheduling in a case where the information configured to indicate the MCS includes a specific bit pattern.