mhurhangee/patent-ind-claim-en huggingface dataset:
An antenna (1, 1a-d) comprising: a resin-made member to be attached to a vehicle body ; an antenna element which is provided in the resin-made member and has a first length (L1, L11) capable of resonating with a first frequency band; a passive element which is provided in the resin-made member , capacitively coupled with the antenna element via a capacitive coupling portion , and has at least a region of a second length (L2, L21) capable of resonating with a second frequency band which is different from the first frequency band by combining the second length (L2, L21) with the first length of the antenna element ; an AM antenna element which is provided in the resin-made member capable of resonating with an AM frequency band which is different from the first frequency band and the second frequency band; a connection wiring connected to the antenna element ; and a connection wiring connected to the AM antenna element , wherein a distance (d3) between the connection wiring connected to the antenna element and the connection wiring connected to the AM antenna element is set as a distance (d3) with which the connection wiring connected to the antenna element and the connection wiring connected to the AM antenna element are capacitatively coupled with each other. a resin-made member to be attached to a vehicle body ; an antenna element which is provided in the resin-made member and has a first length (L1, L11) capable of resonating with a first frequency band; a passive element which is provided in the resin-made member , capacitively coupled with the antenna element via a capacitive coupling portion , and has at least a region of a second length (L2, L21) capable of resonating with a second frequency band which is different from the first frequency band by combining the second length (L2, L21) with the first length of the antenna element ; an AM antenna element which is provided in the resin-made member capable of resonating with an AM frequency band which is different from the first frequency band and the second frequency band; a connection wiring connected to the antenna element ; and a connection wiring connected to the AM antenna element , wherein a distance (d3) between the connection wiring connected to the antenna element and the connection wiring connected to the AM antenna element is set as a distance (d3) with which the connection wiring connected to the antenna element and the connection wiring connected to the AM antenna element are capacitatively coupled with each other.
Bridge comprising a bridge deck extending in bridge direction or longitudinal direction of the bridge, and two prefab bridge railings (3a,b) made of concrete and situated on either longitudinal side of the bridge deck, wherein the bridge deck is substantially formed by one or more slabs, wherein each bridge railing comprises a lower girder provided with a bearing , particularly a bearing edge , for a longitudinal edge strip of the bridge deck, and wherein the one or more slabs are each supported on both bearings, wherein each bridge railing (3a,b) is built up from a number of bridge railing sections placed in line against each other in bridge direction, that are tensioned against each other by means of tensioning elements extending through the consecutive bridge railing sections.
A reinforcing strip for a moulded body made of an injectable moulding compound, having a strip-shaped base body which has a multiplicity of widened edge slits which extend inwards from edge sections of the base body transversely to its longitudinal direction (L), and a multiplicity of widened inner slits which are arranged in an inner section located between the edge sections of the base body , which are arranged in an inner section located between the edge sections of the base body , wherein an opening width of the edge slits and/or the inner slits is between 0.5 mm and 4 mm, and wherein the base body consists of one of the following materials: a. HC420LA - Material number: 1.0556 b. HC300B - Material number: 1.0444 c. HCT490X - Material number: 1.0939 d. HCT780T - Material number: 1.0948 e. HCT780C - Material number: 1.0954 a. HC420LA - Material number: 1.0556 b. HC300B - Material number: 1.0444 c. HCT490X - Material number: 1.0939 d. HCT780T - Material number: 1.0948 e. HCT780C - Material number: 1.0954
A measurement method performed by a user equipment, UE, comprising: receiving information of at least one channel state information-reference signal, CSI-RS, configuration set, from a first base station, wherein the CSI-RS configuration set comprises at least two CSI-RS configurations and all CSI-RS configurations differ from another; performing measurements on a subset or a full set of measurement resources corresponding to the at least one CSI-RS configuration set; and sending an averaged result of the measurements of the CSI-RS configurations corresponding to the CSI-RS configuration set to the first base station, wherein CSI-RS configurations within one configuration set have different CSI reference signal configuration index numbers, or different frequency domain resource configurations. receiving information of at least one channel state information-reference signal, CSI-RS, configuration set, from a first base station, wherein the CSI-RS configuration set comprises at least two CSI-RS configurations and all CSI-RS configurations differ from another; performing measurements on a subset or a full set of measurement resources corresponding to the at least one CSI-RS configuration set; and sending an averaged result of the measurements of the CSI-RS configurations corresponding to the CSI-RS configuration set to the first base station, wherein CSI-RS configurations within one configuration set have different CSI reference signal configuration index numbers, or different frequency domain resource configurations.
Motor vehicle latch, in particular a motor vehicle hood latch, comprising a locking mechanism consisting substantially of a catch and a pawl for interacting with a locking pin , comprising a catch hook for independent and additional securing of the locking pin , the locking mechanism being equipped with a locking mechanism drive and the catch hook with a catch hook drive , the locking mechanism drive and the catch hook drive being optionally acted upon in accordance with motor vehicle signals , comprising a control unit provided for actuating the drive in question, and comprising a safety unit which is independent of the control unit for actuating at least the catch hook drive , characterized in that the safety unit and the control unit process the relevant motor vehicle signal in parallel.
An implantable medical device, IMD, comprising: a sensor ; a processor coupled to the sensor ; and a memory operably coupled to the processor and comprising instructions that, when executed by the processor, cause the processor to: detect a patient discomfort event via the sensor , the patient discomfort event comprising a cough; determine a severity of the patient discomfort event using data received by the processor from the sensor , wherein determining the severity of the patient discomfort event comprises differentiating between the cough having a first intensity corresponding to a first severity value or a second intensity higher than the first intensity corresponding to a second severity value; determine a first suspension period based on the first severity value and a second suspension period longer than the first suspension period based on the second severity value, ; and in response to detecting the patient discomfort event, suspend stimulation from the IMD for a duration of the first suspension period or the second suspension period based on the determined severity of the patient discomfort event. a sensor ; a processor coupled to the sensor ; and a memory operably coupled to the processor and comprising instructions that, when executed by the processor, cause the processor to: detect a patient discomfort event via the sensor , the patient discomfort event comprising a cough; determine a severity of the patient discomfort event using data received by the processor from the sensor , wherein determining the severity of the patient discomfort event comprises differentiating between the cough having a first intensity corresponding to a first severity value or a second intensity higher than the first intensity corresponding to a second severity value; determine a first suspension period based on the first severity value and a second suspension period longer than the first suspension period based on the second severity value, ; and in response to detecting the patient discomfort event, suspend stimulation from the IMD for a duration of the first suspension period or the second suspension period based on the determined severity of the patient discomfort event. detect a patient discomfort event via the sensor , the patient discomfort event comprising a cough; determine a severity of the patient discomfort event using data received by the processor from the sensor , wherein determining the severity of the patient discomfort event comprises differentiating between the cough having a first intensity corresponding to a first severity value or a second intensity higher than the first intensity corresponding to a second severity value; determine a first suspension period based on the first severity value and a second suspension period longer than the first suspension period based on the second severity value, ; and in response to detecting the patient discomfort event, suspend stimulation from the IMD for a duration of the first suspension period or the second suspension period based on the determined severity of the patient discomfort event.
A method of forming a passivation structure over a facet of an edge-emitting laser diode, comprising: a) depositing, in a reaction chamber, a layer (32.1) of amorphous semiconductor material to cover an exposed laser facet surface , the exposed laser facet surface being as-cleaved or post-cleaved conditioned, with the thickness of deposited semiconductor material controlled to exhibit a thickness of about 3 nm so as to create a quantum well structure; and b) processing a surface portion of the deposited semiconductor material into a dielectric material, so as to form a layer (34.1) of dielectric material over a quantum well of the quantum well structure, whereby the quantum well (32.1c) is formed by the remaining portion of said deposited semiconductor material; wherein the thickness of the formed dielectric material is controlled to be within the range of 1 - 2 nm so as to create a barrier for the quantum well structure. a) depositing, in a reaction chamber, a layer (32.1) of amorphous semiconductor material to cover an exposed laser facet surface , the exposed laser facet surface being as-cleaved or post-cleaved conditioned, with the thickness of deposited semiconductor material controlled to exhibit a thickness of about 3 nm so as to create a quantum well structure; and b) processing a surface portion of the deposited semiconductor material into a dielectric material, so as to form a layer (34.1) of dielectric material over a quantum well of the quantum well structure, whereby the quantum well (32.1c) is formed by the remaining portion of said deposited semiconductor material;
A semiconductor device comprising: a first die mounted to a substrate , a second die , and a third die ; the first die having a surface that includes a passivation layer that covers the top surface of the first die and forms openings to expose, at least one conductive bond pad , a first die receiving portion and a second die receiving portion , wherein the first die comprises multiple electrical contact elements in the first die receiving portion , wherein the second die comprises conductive coupling elements positioned to be in contact with the electrical contact elements of the first die in a flip-chip stacked die arrangement, wherein the third die is electrically and mechanically coupled via a conductive die attachment material to the second die receiving portion which is an electrically conductive surface, said electrically conductive surface having a surface area that is larger than the footprint of the third die electrically coupled thereto and wherein the third die is also coupled to wire bond pads of the first die and wire bond pads of the substrate via wire bonds . a first die mounted to a substrate , a second die , and a third die ; the first die having a surface that includes a passivation layer that covers the top surface of the first die and forms openings to expose, at least one conductive bond pad , a first die receiving portion and a second die receiving portion , wherein the first die comprises multiple electrical contact elements in the first die receiving portion , wherein the second die comprises conductive coupling elements positioned to be in contact with the electrical contact elements of the first die in a flip-chip stacked die arrangement, wherein the third die is electrically and mechanically coupled via a conductive die attachment material to the second die receiving portion which is an electrically conductive surface, said electrically conductive surface having a surface area that is larger than the footprint of the third die electrically coupled thereto and wherein the third die is also coupled to wire bond pads of the first die and wire bond pads of the substrate via wire bonds .
An assay device for use with samples of biological fluid, the assay device comprising: a physical detection unit for measuring a viscosity of a biological fluid sample, wherein the physical detection unit measures the rate of movement of the biological fluid sample along a channel; and a biomarker detection unit for detecting and/or measuring a biomarker in the biological fluid sample, wherein the physical detection unit and the biomarker detection unit act together as part of an assay process and wherein the assay device further comprises a filter located at or near to a fluid introducing portion. a physical detection unit for measuring a viscosity of a biological fluid sample, wherein the physical detection unit measures the rate of movement of the biological fluid sample along a channel; and a biomarker detection unit for detecting and/or measuring a biomarker in the biological fluid sample, wherein the physical detection unit and the biomarker detection unit act together as part of an assay process and wherein the assay device further comprises a filter located at or near to a fluid introducing portion.
A method of securely joining a joining device to a mesh network , the method comprising the steps performed by a joiner router of: receiving a Datagram Transport Layer Security-, DTLS-, ClientHello message from the joining device requesting to join the mesh network ; encapsulating the received DTLS-ClientHello message in a DTLS Relay Receive Notification message ; transmitting the DTLS Relay Receive Notification message to a commissioning device of the mesh network ; receiving , from the commissioning device , a DTLS Relay Transmit Notification message ; transmitting content of the DTLS Relay Transmit Notification message to the joining device , the content effective to enable the joining device to join the mesh network ; receiving , from the commissioning device , an indication that the joining device is to be entrusted to receive network credentials for the mesh network ; receiving , from the commissioning device , a Key Encryption Key, KEK, that is shared between the commissioning device and the joining device ; and responsive to the receiving the indication, transmitting the network credentials from the joiner router to the joining device using the KEK to secure communication of the network credentials. receiving a Datagram Transport Layer Security-, DTLS-, ClientHello message from the joining device requesting to join the mesh network ; encapsulating the received DTLS-ClientHello message in a DTLS Relay Receive Notification message ; transmitting the DTLS Relay Receive Notification message to a commissioning device of the mesh network ; receiving , from the commissioning device , a DTLS Relay Transmit Notification message ; transmitting content of the DTLS Relay Transmit Notification message to the joining device , the content effective to enable the joining device to join the mesh network ; receiving , from the commissioning device , an indication that the joining device is to be entrusted to receive network credentials for the mesh network ; receiving , from the commissioning device , a Key Encryption Key, KEK, that is shared between the commissioning device and the joining device ; and responsive to the receiving the indication, transmitting the network credentials from the joiner router to the joining device using the KEK to secure communication of the network credentials.
A hinge for an item of furniture, comprising a first and a second hinge part that are pivotably interconnected by means of a hinged connection, the second hinge part carrying or comprising a mounting element , the mounting element comprising at least one guide assembly comprising at least one guide surface that extends in the direction of a longitudinal axis (L) of the mounting element , the mounting element being connected to a retaining part when in the mounting position, and the guide assembly acting between the mounting element and the retaining part , by means of which guide assembly the mounting element can be moved into a mounting position in a manner guided in the guide direction, and the guide assembly comprises a first centering guide , by means of which the mounting element is aligned in a first mounting direction when adjusted in the guide direction (L), characterized in that the second hinge part is connected to the mounting element by means of a pivot connection, an adjustment element , in particular an adjustment screw, being provided, by means of which the pivot position between the second hinge part and the mounting element can be adjusted, and in that a fastening screw is provided, by means of which the second hinge part can be clamped to the mounting element . the mounting element being connected to a retaining part when in the mounting position, and the guide assembly acting between the mounting element and the retaining part , by means of which guide assembly the mounting element can be moved into a mounting position in a manner guided in the guide direction, and the guide assembly comprises a first centering guide , by means of which the mounting element is aligned in a first mounting direction when adjusted in the guide direction (L), characterized in that the second hinge part is connected to the mounting element by means of a pivot connection, an adjustment element , in particular an adjustment screw, being provided, by means of which the pivot position between the second hinge part and the mounting element can be adjusted, and in that a fastening screw is provided, by means of which the second hinge part can be clamped to the mounting element .
A portable roller press comprising: a base frame having a pair of opposing stanchions ; a drive roller assembly including an upper roller and a lower roller , wherein said upper roller and lower roller extend between and are rotatably mounted to said stanchions ; characterized by at least one wing hingedly coupled to said base frame , said wing being selectively movable between open and closed positions; an idler roller rotatably mounted to said wing ; and wherein said wing includes a recessed portion that at least partially encloses said drive roller assembly when said wing is in a generally closed position. a base frame having a pair of opposing stanchions ; a drive roller assembly including an upper roller and a lower roller , wherein said upper roller and lower roller extend between and are rotatably mounted to said stanchions ; characterized by at least one wing hingedly coupled to said base frame , said wing being selectively movable between open and closed positions; an idler roller rotatably mounted to said wing ; and wherein said wing includes a recessed portion that at least partially encloses said drive roller assembly when said wing is in a generally closed position.
A wave form for a water ride attraction comprising: an inflatable cushion having a ride surface and an interior; the ride surface being adapted to support a rider, the ride surface having a longitudinal direction, a substantially planar section , follow by an upwardly inclined concave section , and then a horizontally inclined convex section ; and the interior having a first compartment corresponding to the planar section of the ride surface , a second compartment corresponding to the concave section of the ride surface , and a third compartment corresponding to the convex section of the ride surface , the compartments forming a support structure of the wave form ; characterised by : the ride surface being arranged to allow a flow of water to flow in the longitudinal direction and allow a rider to ride above the ride surface in a direction generally transverse to the direction of water flow; and each compartment comprising a plurality of longitudinal adjacent cells extending in the longitudinal direction, each cell being adapted such that the pressure of the cell can be increased or decreased to manipulate the shape and size of the wave formed by the wave form . an inflatable cushion having a ride surface and an interior; the ride surface being adapted to support a rider, the ride surface having a longitudinal direction, a substantially planar section , follow by an upwardly inclined concave section , and then a horizontally inclined convex section ; and the interior having a first compartment corresponding to the planar section of the ride surface , a second compartment corresponding to the concave section of the ride surface , and a third compartment corresponding to the convex section of the ride surface , the compartments forming a support structure of the wave form ; characterised by : the ride surface being arranged to allow a flow of water to flow in the longitudinal direction and allow a rider to ride above the ride surface in a direction generally transverse to the direction of water flow; and each compartment comprising a plurality of longitudinal adjacent cells extending in the longitudinal direction, each cell being adapted such that the pressure of the cell can be increased or decreased to manipulate the shape and size of the wave formed by the wave form . the ride surface being arranged to allow a flow of water to flow in the longitudinal direction and allow a rider to ride above the ride surface in a direction generally transverse to the direction of water flow; and each compartment comprising a plurality of longitudinal adjacent cells extending in the longitudinal direction, each cell being adapted such that the pressure of the cell can be increased or decreased to manipulate the shape and size of the wave formed by the wave form .