mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling at least one lighting device in a space, the method comprising the steps: - receiving a first user input related to a light setting, - sensing a second user input indicative of a direction relative to a user input device , - receiving information indicative of an orientation of the user input device , - receiving information indicative of a location of the user input device , - obtaining information indicative of locations of one or more lighting devices , characterised by said method further comprising the steps: - determining , based on the locations of the one or more lighting devices and the location and the orientation of the user input device , the location and the orientation of the user input device relative to the one or more lighting devices , - determining , based on the location and the orientation of the user input device relative to the one or more lighting devices , if a lighting device is located in the direction, - generating a control command for the lighting device based on the light setting, and - transmitting the control command to the lighting device so as to control the lighting device according to the light setting. - receiving a first user input related to a light setting, - sensing a second user input indicative of a direction relative to a user input device , - receiving information indicative of an orientation of the user input device , - receiving information indicative of a location of the user input device , - obtaining information indicative of locations of one or more lighting devices , characterised by said method further comprising the steps: - determining , based on the locations of the one or more lighting devices and the location and the orientation of the user input device , the location and the orientation of the user input device relative to the one or more lighting devices , - determining , based on the location and the orientation of the user input device relative to the one or more lighting devices , if a lighting device is located in the direction, - generating a control command for the lighting device based on the light setting, and - transmitting the control command to the lighting device so as to control the lighting device according to the light setting. - determining , based on the locations of the one or more lighting devices and the location and the orientation of the user input device , the location and the orientation of the user input device relative to the one or more lighting devices , - determining , based on the location and the orientation of the user input device relative to the one or more lighting devices , if a lighting device is located in the direction, - generating a control command for the lighting device based on the light setting, and - transmitting the control command to the lighting device so as to control the lighting device according to the light setting.
Sound-producing reed made of fiber-reinforced composite materials for wind instruments, wherein the fiber-reinforced composite material is a fiber-reinforced polymer compound, characterized in that the polymer compound comprises a thermoplastic elastomer having hollow microspheres admixed therein.
Method for sorting bulked goods of different dimensions, comprising the following method steps: A) EDP assisted detection of the delivery slip and determination of the target goods in, B) allocating a sufficient number of load carriers according to the target goods in, C) loading a first conveyor line unit with goods from the quantity of delivered goods , D) conveying the goods on the first conveyor line unit to at least one first scanning unit , E) detecting the specific parameters of the respective goods by means of the at least one first scanning unit, F) transmitting the specific parameters of the respective goods to a distributor station , using the at least one first scanning unit , G) forwarding the scanned goods on a further conveying line unit to a distributor station , H) allocating the respective goods , via a distributor station , to one of the conveying lines connected to the distributor station , according to the specific parameters of the respective goods and the load carrier determined therefrom by means of an algorithm, I) transmitting the further processing data for the respective goods from the distributor station to an appropriate sorting robot , K) grasping the goods, by means of the appropriate sorting robot , from the connected conveying line unit , L) palletising the goods , by means of the appropriate sorting robot , into the allocated load carrier , M) comparing the target goods in with the actual goods in. A) EDP assisted detection of the delivery slip and determination of the target goods in, B) allocating a sufficient number of load carriers according to the target goods in, C) loading a first conveyor line unit with goods from the quantity of delivered goods , D) conveying the goods on the first conveyor line unit to at least one first scanning unit , E) detecting the specific parameters of the respective goods by means of the at least one first scanning unit, F) transmitting the specific parameters of the respective goods to a distributor station , using the at least one first scanning unit , G) forwarding the scanned goods on a further conveying line unit to a distributor station , H) allocating the respective goods , via a distributor station , to one of the conveying lines connected to the distributor station , according to the specific parameters of the respective goods and the load carrier determined therefrom by means of an algorithm, I) transmitting the further processing data for the respective goods from the distributor station to an appropriate sorting robot , K) grasping the goods, by means of the appropriate sorting robot , from the connected conveying line unit , L) palletising the goods , by means of the appropriate sorting robot , into the allocated load carrier , M) comparing the target goods in with the actual goods in.
Method for producing an electrode unit for a battery cell , comprising the following steps: - substance-to-substance bonding of contact tabs of a plurality of plate-like segments of a first electrode to a band-like first separator layer , - substance-to-substance bonding of a band-like second separator layer to the contact tabs of the segments of the first electrode or to the first separator layer so that a band-like composite element is produced, wherein an active material of the segments of the first electrode is surrounded by the first separator layer and by the second separator layer , - arranging a plurality of plate-like segments of a second electrode on the composite element , wherein the first and the second separator layer are constructed in the form of a band in such a way that the plurality of plate-like segments of the first and the second electrode are arranged at a spacing from one another on at least one of the separator layers . - substance-to-substance bonding of contact tabs of a plurality of plate-like segments of a first electrode to a band-like first separator layer , - substance-to-substance bonding of a band-like second separator layer to the contact tabs of the segments of the first electrode or to the first separator layer so that a band-like composite element is produced, wherein an active material of the segments of the first electrode is surrounded by the first separator layer and by the second separator layer , - arranging a plurality of plate-like segments of a second electrode on the composite element , wherein the first and the second separator layer are constructed in the form of a band in such a way that the plurality of plate-like segments of the first and the second electrode are arranged at a spacing from one another on at least one of the separator layers .
A method of voice spoofing detection in noisy environment, the method comprising: receiving a voice input of a user, receiving an environmental noise measure corresponding to the voice input of the user, authenticating the user based on the voice input, determining noise parameters based on the environmental noise measure, determining actual values of Lombard effect related features of the user voice based on the voice input of the user, and determining a voice spoofing probability by comparing the actual values of the Lombard effect related features with a Lombard effect related feature template of the authenticated user corresponding to the determined noise parameters. receiving a voice input of a user, receiving an environmental noise measure corresponding to the voice input of the user, authenticating the user based on the voice input, determining noise parameters based on the environmental noise measure, determining actual values of Lombard effect related features of the user voice based on the voice input of the user, and determining a voice spoofing probability by comparing the actual values of the Lombard effect related features with a Lombard effect related feature template of the authenticated user corresponding to the determined noise parameters.
A topical composition comprising saccharide isomerate, hydrolyzed algin, zinc sulfate, and a dermatologically acceptable vehicle, wherein the composition is capable of moisturizing at least one of skin and/or hair, wherein the saccharide isomerate comprises an exopolysaccharide synthesized by Vibrio alginolyticus, and wherein the hydrolyzed algin comprises an anionic polysaccharide synthesized by Laminaria digitate.
A method for synthesizing sitagliptin intermediate represented by formula I via asymmetric reduction, characterized in that , it comprises the following steps: in the presence of hydrogen and a transition metal catalyst having a chiral phosphine ligand, subjecting a compound of formula II to an asymmetric reductive amination with ammonia or an ammonium salt in a proper organic solvent under the condition of adding an acidic additive to produce sitagliptin intermediate of formula I, with the following reaction formula: wherein, an R - or S -configuration of a stereocenter is represented by *; and R 1 and R 2 are each independently selected from hydrogen, C 1 -C 12 linear or branched alkyl, C 3 -C 12 cycloalkyl, C 2 -C 12 alkenyl, C 2 -C 12 alkynyl and C 7 -C 12 arylalkyl; and wherein the acidic additive is an organic acid selected from salicylic acid, tartaric acid, p-toluenesulfonic acid, or a combination thereof.
A method for manufacturing a resin-based composite material, comprising: a prepreg stacking stage in which prepregs made of fiber-reinforced resin are stacked on a jig of a predetermined shape until the prepregs have a predetermined thickness; a semi-molded article formation stage in which the stacked prepregs and the jig are covered with a first bagging material and the first bagging material is heat-treated under pressure at a temperature within a range where the resin can flow to form a first semi-molded article and a second semi-molded article; a board thickness measurement stage in which board thicknesses of the first semi-molded article and the second semi-molded article are measured; a number of additional plies determination stage in which the number of additional plies is determined based on the measured board thicknesses, a desired board thickness of the resin-based composite material, and physical properties of the additional plies ; and a bonding stage in which a layered product is formed by stacking the determined number of additional plies between the first semi-molded article and the second semi-molded article which are placed on the jig of the predetermined shape, the layered product and the jig are covered with a second bagging material , and the second bagging material is heat-treated under pressure at a resin curing temperature. a prepreg stacking stage in which prepregs made of fiber-reinforced resin are stacked on a jig of a predetermined shape until the prepregs have a predetermined thickness; a semi-molded article formation stage in which the stacked prepregs and the jig are covered with a first bagging material and the first bagging material is heat-treated under pressure at a temperature within a range where the resin can flow to form a first semi-molded article and a second semi-molded article; a board thickness measurement stage in which board thicknesses of the first semi-molded article and the second semi-molded article are measured; a number of additional plies determination stage in which the number of additional plies is determined based on the measured board thicknesses, a desired board thickness of the resin-based composite material, and physical properties of the additional plies ; and a bonding stage in which a layered product is formed by stacking the determined number of additional plies between the first semi-molded article and the second semi-molded article which are placed on the jig of the predetermined shape, the layered product and the jig are covered with a second bagging material , and the second bagging material is heat-treated under pressure at a resin curing temperature.
A mouthpiece for illumination of teeth of a user, the mouthpiece comprising: - first and second light sources (101a-b), and - a first lens arranged to receive light from the first light source and a second lens arranged to receive light from the second light source , where the first and second lenses are arranged to project the received light onto a buccal side of the teeth , characterized in that each of the first and second lenses has an asymmetrically shaped refraction surface shaped to change an intensity distribution of the received light asymmetrically on opposite sides of an optical axis of the respective light source along the dental arch of the teeth. - first and second light sources (101a-b), and - a first lens arranged to receive light from the first light source and a second lens arranged to receive light from the second light source , where the first and second lenses are arranged to project the received light onto a buccal side of the teeth , characterized in that each of the first and second lenses has an asymmetrically shaped refraction surface shaped to change an intensity distribution of the received light asymmetrically on opposite sides of an optical axis of the respective light source along the dental arch of the teeth.
A key locking control assembly comprising: - an input flange having an input slot and an opposite output flange having an output slot ; - a set of coded washers stacked between said input and output flanges to define a passage path between said slots ; - a set of controllable pins extending facing said output slot , the pins of said set comprising respectively a control axis extending axially along said passage path ; - a key including a coded bit terminating in a free end , said bit being adapted to be engaged inside said passage path to cooperate with said coded washers and with said control axes when said key is driven in rotation so as to move said pins away from said output slot ; said output flange further comprising a movable flap for sealing a portion of said output slot , while another portion of said output slot is free; characterised in that said free end has an eccentric stop capable of being engaged through said other portion in order to be able to move said movable flap away from said output slot when said key is driven in rotation to be able to engage axially said bit through said output slot . - an input flange having an input slot and an opposite output flange having an output slot ; - a set of coded washers stacked between said input and output flanges to define a passage path between said slots ; - a set of controllable pins extending facing said output slot , the pins of said set comprising respectively a control axis extending axially along said passage path ; - a key including a coded bit terminating in a free end , said bit being adapted to be engaged inside said passage path to cooperate with said coded washers and with said control axes when said key is driven in rotation so as to move said pins away from said output slot ; said output flange further comprising a movable flap for sealing a portion of said output slot , while another portion of said output slot is free; characterised in that said free end has an eccentric stop capable of being engaged through said other portion in order to be able to move said movable flap away from said output slot when said key is driven in rotation to be able to engage axially said bit through said output slot .
A beverage preparation machine comprising: - a beverage preparation module having a front face with an outlet for dispensing a prepared beverage, optionally the module being configured to circulate a liquid e.g. water from a liquid reservoir to the outlet , such as a module comprising at least one of a liquid driver, a thermal conditioner and a beverage mixing cavity e.g. a chamber controlled by an actuator for receiving a beverage ingredient, e.g. an ingredient provided within a capsule, via an ingredient passage and for mixing said ingredient with said liquid to prepare said beverage, such as a module provided with an external housing and/or a user-interface ; and - a cup support located under the outlet for placing a cup under the outlet , optionally the cup support being removable from under the outlet to permit a placement on a placement surface in front of the front face under the outlet of a mug that is larger than said cup , such as a placement surface that is formed by a support external to said machine or by a foot of said machine, e.g. a foot extending under the cup support when located under the outlet , the cup support having a rear face removably assembled to the front face by a mechanical connector arrangement that comprises a front hook on the front face disassemblable from a corresponding rear hook on the rear face , the rear hook having a retaining element and the front hook having a retaining element , the retaining elements being mutually engaged when the cup support is assembled to the front face and disengaged when the cup support is disassembled from the front face , characterised in that the rear hook with its retaining element generally extends in cross-section along two converging directions and the front hook with its retaining element generally extend in cross-section along two correspondingly converging directions , so as to facilitate self-positioning of the rear hook relative to the front hook when the cup support is assembled to the front face . - a beverage preparation module having a front face with an outlet for dispensing a prepared beverage, optionally the module being configured to circulate a liquid e.g. water from a liquid reservoir to the outlet , such as a module comprising at least one of a liquid driver, a thermal conditioner and a beverage mixing cavity e.g. a chamber controlled by an actuator for receiving a beverage ingredient, e.g. an ingredient provided within a capsule, via an ingredient passage and for mixing said ingredient with said liquid to prepare said beverage, such as a module provided with an external housing and/or a user-interface ; and - a cup support located under the outlet for placing a cup under the outlet , optionally the cup support being removable from under the outlet to permit a placement on a placement surface in front of the front face under the outlet of a mug that is larger than said cup , such as a placement surface that is formed by a support external to said machine or by a foot of said machine, e.g. a foot extending under the cup support when located under the outlet ,
A method in a Mobility Management Entity of an Evolved Packet System, EPS, of establishing a security key for protecting Radio Resource Control/User Plane traffic between a User Equipment , UE, and a radio base station serving the UE, the method comprising the following steps: - Receiving an Non access Stratum, NAS, Service Request message from the UE, the message indicating a NAS uplink sequence number; - Deriving the security key from at least said indicated NAS uplink sequence number and from a stored Access Security Management Entity-key shared with said UE, using a key derivation function taking the NAS uplink sequence number and the stored Access Security Management Entity-key as inputs; - Forwarding said derived security key to the radio base station serving said UE. - Receiving an Non access Stratum, NAS, Service Request message from the UE, the message indicating a NAS uplink sequence number; - Deriving the security key from at least said indicated NAS uplink sequence number and from a stored Access Security Management Entity-key shared with said UE, using a key derivation function taking the NAS uplink sequence number and the stored Access Security Management Entity-key as inputs; - Forwarding said derived security key to the radio base station serving said UE.
A rearview camera assembly , comprising: a lens unit including a lens barrel having a sensor lens therein; and a light sensor unit , including: a printed circuit board having a light sensor chip mounted thereon; a rear housing including a plurality of bosses extending inwardly within the rear housing , the bosses supporting the printed circuit board on a first side thereof; and a front housing defining a plurality of first stepped portions separated and partially surrounded by second stepped portion , the front housing coupled with the rear housing and supporting the printed circuit board on a second side thereof on at least the first stepped portions of the front housing with portions of the printed circuit board being captured between respective pairs of the first stepped portions and corresponding bosses , the front housing defining a lens holder , the lens barrel being received within the lens holder so as to align with the light sensor chip . a lens unit including a lens barrel having a sensor lens therein; and a light sensor unit , including: a printed circuit board having a light sensor chip mounted thereon; a rear housing including a plurality of bosses extending inwardly within the rear housing , the bosses supporting the printed circuit board on a first side thereof; and a front housing defining a plurality of first stepped portions separated and partially surrounded by second stepped portion , the front housing coupled with the rear housing and supporting the printed circuit board on a second side thereof on at least the first stepped portions of the front housing with portions of the printed circuit board being captured between respective pairs of the first stepped portions and corresponding bosses , the front housing defining a lens holder , the lens barrel being received within the lens holder so as to align with the light sensor chip . a printed circuit board having a light sensor chip mounted thereon; a rear housing including a plurality of bosses extending inwardly within the rear housing , the bosses supporting the printed circuit board on a first side thereof; and a front housing defining a plurality of first stepped portions separated and partially surrounded by second stepped portion , the front housing coupled with the rear housing and supporting the printed circuit board on a second side thereof on at least the first stepped portions of the front housing with portions of the printed circuit board being captured between respective pairs of the first stepped portions and corresponding bosses , the front housing defining a lens holder , the lens barrel being received within the lens holder so as to align with the light sensor chip .