mhurhangee/ep-ind-claims huggingface dataset:
A main beam direction determination device comprising: an image acquisition unit configured to acquire an image including a figure of a user wearing a head-mounted display, characterized by a region specification unit configured to specify, within the image and based on a skeleton determination technology or face recognition technology, a region including a figure of a head of the user in a case in which a posture of the user stretches in a vertical direction; a secondary candidate selection unit configured to select, from among a plurality of primary candidates of main beam directions, secondary candidates that are directions made to be correspondent to positions within the region, wherein the main beam direction corresponds to a direction in which a communication quality is high at the time when communication is performed between a transmitter and the head-mounted display, wherein the directions relate to directions between the transmitter and the head-mounted display, the image acquisition unit being associated with the transmitter in a static or predetermined spatial arrangement; and a main beam direction determination unit configured to determine, from among the secondary candidates, the main beam direction for communication with the head-mounted display, wherein the region has a projection part (66, 68) reflecting the fact that there is a bias in the directions in which the head of the user moves in a situation in which the user plays a game. an image acquisition unit configured to acquire an image including a figure of a user wearing a head-mounted display, characterized by a region specification unit configured to specify, within the image and based on a skeleton determination technology or face recognition technology, a region including a figure of a head of the user in a case in which a posture of the user stretches in a vertical direction; a secondary candidate selection unit configured to select, from among a plurality of primary candidates of main beam directions, secondary candidates that are directions made to be correspondent to positions within the region, wherein the main beam direction corresponds to a direction in which a communication quality is high at the time when communication is performed between a transmitter and the head-mounted display, wherein the directions relate to directions between the transmitter and the head-mounted display, the image acquisition unit being associated with the transmitter in a static or predetermined spatial arrangement; and a main beam direction determination unit configured to determine, from among the secondary candidates, the main beam direction for communication with the head-mounted display, wherein the region has a projection part (66, 68) reflecting the fact that there is a bias in the directions in which the head of the user moves in a situation in which the user plays a game.
A sensing device comprising: a first sensing arrangement on a first semiconductor die to sense a first property; a heating arrangement to heat the first semiconductor die when activated; a temperature sensing arrangement; and a control system coupled to the first sensing arrangement, the temperature sensing arrangement, and the heating arrangement; the control system being configured to activate the heating arrangement and automatically deactivate the heating arrangement synchronously with obtaining: - a plurality of measurement values for the first property from the first sensing arrangement; and - a plurality of measured temperature values corresponding to a temperature of the first sensing arrangement from the temperature sensing arrangement, concurrently to obtaining the plurality of measurement values for the first property, wherein: - a first measurement value of the plurality of measurement values corresponds to a first temperature of the plurality of measured temperature values; and - a second measurement value of the plurality of measurement values, obtained after reactivation and deactivation of the heating arrangement, corresponds to a second temperature of the plurality of measured temperature values.' a first sensing arrangement on a first semiconductor die to sense a first property; a heating arrangement to heat the first semiconductor die when activated; a temperature sensing arrangement; and a control system coupled to the first sensing arrangement, the temperature sensing arrangement, and the heating arrangement; the control system being configured to activate the heating arrangement and automatically deactivate the heating arrangement synchronously with obtaining: - a plurality of measurement values for the first property from the first sensing arrangement; and - a plurality of measured temperature values corresponding to a temperature of the first sensing arrangement from the temperature sensing arrangement, concurrently to obtaining the plurality of measurement values for the first property, - a plurality of measurement values for the first property from the first sensing arrangement; and - a plurality of measured temperature values corresponding to a temperature of the first sensing arrangement from the temperature sensing arrangement, concurrently to obtaining the plurality of measurement values for the first property, wherein: - a first measurement value of the plurality of measurement values corresponds to a first temperature of the plurality of measured temperature values; and - a second measurement value of the plurality of measurement values, obtained after reactivation and deactivation of the heating arrangement, corresponds to a second temperature of the plurality of measured temperature values.' - a first measurement value of the plurality of measurement values corresponds to a first temperature of the plurality of measured temperature values; and - a second measurement value of the plurality of measurement values, obtained after reactivation and deactivation of the heating arrangement, corresponds to a second temperature of the plurality of measured temperature values.'
A joint member (5;6) configured to be joined with another joint member to form a joint structure capable of enduring/receiving a tensile load in a load direction in which the joint member (5;6) and the other joint member are separated from each other at a joined portion of the joint structure in a longitudinal direction of the joint member (5; 6), wherein the joint member (5;6) is formed of a composite including reinforcement fibers and resin and comprises a main body part (11;21) and a joint part (12;22) connected with the main body part (11;21) at an end part of the main body part (11;21) in the longitudinal direction of the joint member (5; 6), wherein the joint part (12;22) includes either projecting parts provided with bulging parts to form a dovetail shape or recessed parts provided with bulging parts to form a dovetail groove and configured to be joined to a joint part in a complementary shape of the other joint member to endure/receive the tensile load in the longitudinal direction, wherein the joint part (12;22) has an orientation pattern having anisotropy such that fiber directions of the reinforcement fibers included in the joint part (12;22) include a fiber direction different from the load direction, and characterized in that, the joint part (12;22) has an orientation pattern in which the reinforcement fibers are provided along an external shape of the joint part (12;22) and the reinforcement fibers are wound toward an inside of the joint part (12;22). wherein the joint member (5;6) is formed of a composite including reinforcement fibers and resin and comprises a main body part (11;21) and a joint part (12;22) connected with the main body part (11;21) at an end part of the main body part (11;21) in the longitudinal direction of the joint member (5; 6), wherein the joint part (12;22) includes either projecting parts provided with bulging parts to form a dovetail shape or recessed parts provided with bulging parts to form a dovetail groove and configured to be joined to a joint part in a complementary shape of the other joint member to endure/receive the tensile load in the longitudinal direction, wherein the joint part (12;22) has an orientation pattern having anisotropy such that fiber directions of the reinforcement fibers included in the joint part (12;22) include a fiber direction different from the load direction, and characterized in that, the joint part (12;22) has an orientation pattern in which the reinforcement fibers are provided along an external shape of the joint part (12;22) and the reinforcement fibers are wound toward an inside of the joint part (12;22).
Device for separating feed for livestock, the device comprising one or more beams (9a, 9b), a guideway, columns, and a grabber with grabber shells of which the edges facing one another are provided with cutting elements, which grabber shells are movable between a closed position and an opened position, wherein the grabber is movable in a first horizontal direction, along one or more of the beams which are moveable along the guideway in a second horizontal direction, characterized in that the cutting elements are at an angle (α1, α2) to the vertical when the grabber is in the opened position, which angle is in the range of -25 to 25 degrees, preferably -15 to 15 degrees to the vertical, wherein the guideway is provided with flanges for the provision of a vertical reaction force on the beams when the cutting elements of the grabber are pressed into the silage, and wherein the beams are supported by the columns, and wherein the beams and the columns as a whole are moveable along said guideway.
A device (10, 600, 800, 900) for delivering nicotine to a subject, the device comprising a housing (12, 100), the housing comprising: an inlet (14, 140, 940, 1410) and an outlet (16, 180, 1040) in communication with each other and adapted so that a gaseous carrier may pass into the housing through the inlet, through the housing and out of the housing through the outlet, the device comprising in series from inlet to outlet: a first internal area in communication with the inlet, the first internal area comprising a delivery enhancing compound source (30, 445, 750, 870, 960, 1500) comprising a carboxylic acid, wherein the carboxylic acid is capable of interacting with nicotine to form nicotine salt particles; a second internal area in communication with the first internal area, the second internal area comprising a nicotine source (40, 435, 740, 880, 970, 1490), wherein the nicotine source comprises an adsorption element with a volume of nicotine in liquid form adsorbed thereon; and optionally, a third internal area (22, 75) in communication with the second internal area. a first internal area in communication with the inlet, the first internal area comprising a delivery enhancing compound source (30, 445, 750, 870, 960, 1500) comprising a carboxylic acid, wherein the carboxylic acid is capable of interacting with nicotine to form nicotine salt particles; a second internal area in communication with the first internal area, the second internal area comprising a nicotine source (40, 435, 740, 880, 970, 1490), wherein the nicotine source comprises an adsorption element with a volume of nicotine in liquid form adsorbed thereon; and optionally, a third internal area (22, 75) in communication with the second internal area.
A rotor (100, 650) for an electrical machine, the rotor comprising: a hub (105, 664) arranged so that the rotor can rotate with respect to a stator of the electrical machine about an axis of rotation; a rim (104, 662), the rim comprising a plurality of rotor rings spaced apart from each other; the rim further comprising a plurality of rotor ring support tube assemblies, each rotor ring support tube assembly comprising a support tube and one or more spacing elements, the spacing elements being arranged between the rotor rings so that the rotor rings are spaced apart from each other in the axial direction; the plurality of rings comprising a plurality of electromagnetic coupling elements for electromagnetic coupling with a stator of the electrical machine, said electromagnetic coupling elements being mounted on laminations mounted on the middle rotor rings; a plurality of spokes arranged between the hub and the rim so as to mechanically couple the hub with the rim, the spokes being arranged in pairs either side of the rotor rings in the axial direction; and coupling means for coupling each spoke to at least one of a rim and the hub; each spoke in a pair of spokes is coupled to the rim at substantially the same position of the rim; each spoke in the pair of spokes is coupled to the hub at substantially the same position on the hub; the spokes are arranged tangentially with respect to a circumference of the hub; and the coupling means is arranged to couple each spoke in a pair of spokes so that the spokes in the pair are offset from each other in the direction along the axis of rotation. a hub (105, 664) arranged so that the rotor can rotate with respect to a stator of the electrical machine about an axis of rotation; a rim (104, 662), the rim comprising a plurality of rotor rings spaced apart from each other; the rim further comprising a plurality of rotor ring support tube assemblies, each rotor ring support tube assembly comprising a support tube and one or more spacing elements, the spacing elements being arranged between the rotor rings so that the rotor rings are spaced apart from each other in the axial direction; the plurality of rings comprising a plurality of electromagnetic coupling elements for electromagnetic coupling with a stator of the electrical machine, said electromagnetic coupling elements being mounted on laminations mounted on the middle rotor rings; a plurality of spokes arranged between the hub and the rim so as to mechanically couple the hub with the rim, the spokes being arranged in pairs either side of the rotor rings in the axial direction; and coupling means for coupling each spoke to at least one of a rim and the hub; each spoke in a pair of spokes is coupled to the rim at substantially the same position of the rim; each spoke in the pair of spokes is coupled to the hub at substantially the same position on the hub; the spokes are arranged tangentially with respect to a circumference of the hub; and the coupling means is arranged to couple each spoke in a pair of spokes so that the spokes in the pair are offset from each other in the direction along the axis of rotation.
A device for printing a closure device for containers which comprises a safety capsule, characterized in that said closure device comprises a first body and a second body each of which has a respective relative positioning element (3a, 4a) which are designed, at least in a step of use of said closure device, to be arranged and/or oriented with respect to each other in a predetermined position, said printing device comprising a supporting device for at least one of said bodies (3, 4), a device configured to detect the position or orientation of the relative positioning element (3a, 4a) of the body (3, 4) supported by said support device, and a device configured for digital printing of at least one portion (13, 14) of the body (3, 4) supported by said supporting device in order to perform a printing operation in a predetermined position and/or with a predetermined orientation with respect to the position and/or orientation of the respective relative positioning element (3a, 4a), said first body comprising an outer cap of said safety capsule which is provided with coupling means for coupling to the neck of a container, and said second body comprising an inner element which is designed to be arranged inside said outer cap and is adapted to be removably associated with an opening of said container, said bodies (3, 4) comprising at least one reference element (3b, 4b), which is arranged or oriented in a predetermined manner with respect to the respective relative positioning elements (3a, 4a), said at least one reference element (3b, 4b) being chosen from the group that comprises: - a three-dimensional portion of the respective body (3, 4) that can be detected by said detection device; - a two-dimensional region of the respective body (3, 4) that can be detected by said detection device; - a magnetic element which is embedded in or associated with the respective body (3, 4) that can be detected by said detection device; - a metallic element which is embedded in or associated with the respective body (3, 4) that can be detected by said detection device; - an element made of a material that is different from the one that constitutes the respective body (3, 4), which is embedded in or associated with the respective body (3, 4) that can be detected by said detection device. - a three-dimensional portion of the respective body (3, 4) that can be detected by said detection device; - a two-dimensional region of the respective body (3, 4) that can be detected by said detection device; - a magnetic element which is embedded in or associated with the respective body (3, 4) that can be detected by said detection device; - a metallic element which is embedded in or associated with the respective body (3, 4) that can be detected by said detection device; - an element made of a material that is different from the one that constitutes the respective body (3, 4), which is embedded in or associated with the respective body (3, 4) that can be detected by said detection device.
A smoke chamber (260, 300, 400, 500) for a smoke detector (100, 200), the smoke chamber (260, 300, 400, 500) comprising: a housing, having a first portion (350, 800, 900, 1000, 1100) and a second portion (310, 510, 600, 700) coupled together and forming the housing, the first portion (350, 800, 900, 1000, 1100) being through which an electromagnetic sensor and two or more electromagnetic emitters interact with an airspace within the housing; and the second portion (310, 510, 600, 700) having an airflow surface that at least partially defines a curved airflow path between the airspace within the housing and an external environment, the curved airflow path curving radially outward; a plurality of radially-aligned airflow fins located on the airflow surface; and a plurality of steps disposed on the airflow surface such that the curved path that curves radially outward is defined by the plurality of steps. a housing, having a first portion (350, 800, 900, 1000, 1100) and a second portion (310, 510, 600, 700) coupled together and forming the housing, the first portion (350, 800, 900, 1000, 1100) being through which an electromagnetic sensor and two or more electromagnetic emitters interact with an airspace within the housing; and the second portion (310, 510, 600, 700) having an airflow surface that at least partially defines a curved airflow path between the airspace within the housing and an external environment, the curved airflow path curving radially outward; the first portion (350, 800, 900, 1000, 1100) being through which an electromagnetic sensor and two or more electromagnetic emitters interact with an airspace within the housing; and the second portion (310, 510, 600, 700) having an airflow surface that at least partially defines a curved airflow path between the airspace within the housing and an external environment, the curved airflow path curving radially outward; a plurality of radially-aligned airflow fins located on the airflow surface; and a plurality of steps disposed on the airflow surface such that the curved path that curves radially outward is defined by the plurality of steps.
A method performed by a terminal device (590, 790), the method comprising: determining an information on an inter-symbol interference between signals on a same frequency resource and a same time resource from one or more first cells and one or more second cells, wherein an active set comprising one or more serving cells of the terminal device comprises at least the one or more second cells, the inter-symbol interference is an estimated inter-symbol interference if at least one of the one or more first cells is not in the active set, and the inter-symbol interference is a measured inter-symbol interference if the active set consists of the one or more first cells and the one or more second cells; determining whether the one or more first cells belongs to the active set; determining whether the inter-symbol interference from the one or more first cells exceeds a predetermined interference threshold; and if the one or more first cells belong to the active set and the inter-symbol interference from the one or more first cells exceeds the predetermined interference threshold, or if the one or more first cells does not belong to the active set and the inter-symbol interference does not exceed the predetermined interference threshold, deciding inform the network and including an identification of the one or more first cells in the information to the network. determining an information on an inter-symbol interference between signals on a same frequency resource and a same time resource from one or more first cells and one or more second cells, wherein an active set comprising one or more serving cells of the terminal device comprises at least the one or more second cells, the inter-symbol interference is an estimated inter-symbol interference if at least one of the one or more first cells is not in the active set, and the inter-symbol interference is a measured inter-symbol interference if the active set consists of the one or more first cells and the one or more second cells; determining whether the one or more first cells belongs to the active set; determining whether the inter-symbol interference from the one or more first cells exceeds a predetermined interference threshold; and if the one or more first cells belong to the active set and the inter-symbol interference from the one or more first cells exceeds the predetermined interference threshold, or if the one or more first cells does not belong to the active set and the inter-symbol interference does not exceed the predetermined interference threshold, deciding inform the network and including an identification of the one or more first cells in the information to the network.
Submarine having a pressure hull and having an outer skin which at least partially surrounds said hull and which comprises a propeller main drive and at least one auxiliary drive which is movable from an inoperative position in an interspace between the pressure hull and the outer skin into a working position outside the outer skin, characterized in that the auxiliary drive is an inline thruster, and the inline thruster and the mechanism present for the functional operation has no shaft or linkage lead-throughs through the pressure hull and is rotatably mounted on a frame which is mounted so as to be pivotable in the interspace between pressure hull and outer skin, and the frame is movement-coupled via a toggle lever mechanism to a hydraulic rotary drive arranged in the interspace between pressure hull and outer skin.
An electric wheelchair comprising a rigid chassis, a set of wheels (2, 3), a seat, armrests and a backrest, characterised in that the armrests comprise an anchoring device for fixing a support sling for holding a patient and the rigid chassis comprises a lifting mechanism comprising an actuator connected by one end to the backrest and, by the other end, to the armrests for lifting the patient strapped into the sling by displacing the armrests by actuating the actuator, and wherein the armrests and the backrest are configured so as to rotate at least 90o around a vertical axis with respect to the rigid chassis.