mhurhangee/patent-ind-claim-en huggingface dataset:
Draught moderator , having: - a cover , - a flap that is able to move relative to the cover , which can adopt a closed position and an open air intake position, - a counterweight for returning the flap to the closed position, which is disposed on the inside of the flap such that, in the mounting position, the counterweight is not visible when the flap is in the closed position, and which is able to move relative to the flap so as to allow adjustment of the torque returning the latter to the closed position, the counterweight being mounted so as to be able to pivot relative to the flap and the counterweight being articulated on the flap by virtue of cutouts made in the flap. - a cover , - a flap that is able to move relative to the cover , which can adopt a closed position and an open air intake position, - a counterweight for returning the flap to the closed position, which is disposed on the inside of the flap such that, in the mounting position, the counterweight is not visible when the flap is in the closed position, and which is able to move relative to the flap so as to allow adjustment of the torque returning the latter to the closed position,
A method performed by a network node , for handling handover of a user equipment, UE , wherein the network node serves a first cell and a second cell and the method is performed in cells where shifted Cell Reference Signals, CRS, is applied, the method comprising: determining whether a Signaling Radio Bearer, SRB, is to be scheduled in a next Transmission Time Interval, TTI, for the UE 120 involved in the handover, when a SRB is determined to be scheduled in the next TTI for the UE in handover from the first cell to the second cell , dynamically increasing a number of Orthogonal Frequency Division Multiplexing symbols, OFDM-symbols, during a next TTI related to handover, wherein the OFDM-symbols are included in a control region of a downlink OFDM subframe sent in the first cell , and wherein the downlink OFDM subframe with the increased number of OFDM-symbols is only sent in the next TTI related to the handover, and sending , to UEs located in the cell , an extended control format indicator, indicating the number of OFDM-symbols included in the control region of the downlink OFDM subframe. determining whether a Signaling Radio Bearer, SRB, is to be scheduled in a next Transmission Time Interval, TTI, for the UE 120 involved in the handover, when a SRB is determined to be scheduled in the next TTI for the UE in handover from the first cell to the second cell , dynamically increasing a number of Orthogonal Frequency Division Multiplexing symbols, OFDM-symbols, during a next TTI related to handover, wherein the OFDM-symbols are included in a control region of a downlink OFDM subframe sent in the first cell , and wherein the downlink OFDM subframe with the increased number of OFDM-symbols is only sent in the next TTI related to the handover, and sending , to UEs located in the cell , an extended control format indicator, indicating the number of OFDM-symbols included in the control region of the downlink OFDM subframe.
A method comprising: applying values from sensors at a vehicle to addresses of a data bus at the vehicle ; retrieving values from the addresses of the data bus based on an operational state of the vehicle ; determining that the vehicle has entered another operational state ; retrieving values from an address of the data bus at a new rate corresponding with the other operational state ; and identifying sampling schemes that each define rates at which values are retrieved from the addresses of the data bus and stored in records, and that each correspond with a different operational state of the vehicle , wherein retrieving values from the addresses based on the operational state of the vehicle is based on a first sampling scheme corresponding with the operational state of the vehicle, wherein retrieving values from an address of the data bus at the new rate is based on a second sampling scheme corresponding with the other operational state, and characterized by retrieving values from an address of the data bus at the new rate comprises increasing a first rate at which values are retrieved from a second address of the data bus to utilize additional bandwidth, and the method further comprises decreasing a second rate at which values are retrieved from a first address of the data bus in order to provide the additional bandwidth on a communication channel coupled with the data bus. applying values from sensors at a vehicle to addresses of a data bus at the vehicle ; retrieving values from the addresses of the data bus based on an operational state of the vehicle ; determining that the vehicle has entered another operational state ; retrieving values from an address of the data bus at a new rate corresponding with the other operational state ; and identifying sampling schemes that each define rates at which values are retrieved from the addresses of the data bus and stored in records, and that each correspond with a different operational state of the vehicle , wherein retrieving values from the addresses based on the operational state of the vehicle is based on a first sampling scheme corresponding with the operational state of the vehicle, wherein retrieving values from an address of the data bus at the new rate is based on a second sampling scheme corresponding with the other operational state, and characterized by retrieving values from an address of the data bus at the new rate comprises increasing a first rate at which values are retrieved from a second address of the data bus to utilize additional bandwidth, and the method further comprises decreasing a second rate at which values are retrieved from a first address of the data bus in order to provide the additional bandwidth on a communication channel coupled with the data bus.
A method for provisioning keys in a wireless network whose nodes comprise a programming station and a plurality of connected objects, characterised in that it implements a terminal including a secure hardware element in which secret keys are stored, the different nodes of the network being able to communicate over a main channel and over an auxiliary channel, distinct from the main channel, said terminal being able to communicate with the different nodes of the network only over the auxiliary channel, said method comprising: - a first phase during which the terminal and each node of the network authenticate and mutually identify themselves via the auxiliary channel by means of a public key of the manufacturer; - a second phase during which the terminal securely distributes a set of secret keys to the different nodes of the network, said set of secret keys comprising a first secret key ( AuthN ), intended to authenticate the nodes belonging to the network and a second secret key ( ConfN ) intended to encrypt exchanges over the main channel; - a third phase during which the programming station discovers the network by means of a discovery message broadcast to the connected objects, the discovery message being authenticated by means of the first secret key and, in case of successful authentication of said message by a connected object, sending of an acknowledgment message to the programming station, encrypted by the second secret key. - a first phase during which the terminal and each node of the network authenticate and mutually identify themselves via the auxiliary channel by means of a public key of the manufacturer; - a second phase during which the terminal securely distributes a set of secret keys to the different nodes of the network, said set of secret keys comprising a first secret key ( AuthN ), intended to authenticate the nodes belonging to the network and a second secret key ( ConfN ) intended to encrypt exchanges over the main channel; - a third phase during which the programming station discovers the network by means of a discovery message broadcast to the connected objects, the discovery message being authenticated by means of the first secret key and, in case of successful authentication of said message by a connected object, sending of an acknowledgment message to the programming station, encrypted by the second secret key.
A method of positioning a rack onto a base structure , the rack comprising a support member for supporting the rack on the base structure , the method comprising: affixing a positioning tool to the base structure ; aligning a guiding opening defined in the support member of the rack with the positioning tool affixed to the base structure ; lowering the rack onto the base structure such that the guiding opening receives the positioning tool therein; and removing the positioning tool from the base structure once the rack is in a desired position atop the base structure . affixing a positioning tool to the base structure ; aligning a guiding opening defined in the support member of the rack with the positioning tool affixed to the base structure ; lowering the rack onto the base structure such that the guiding opening receives the positioning tool therein; and removing the positioning tool from the base structure once the rack is in a desired position atop the base structure .
Device for lateral guidance of a conveyor belt with a belt roller , the roller body of which, made from synthetic material, is mounted in a freely rotatable manner on a support axle with the aid of two roller bearings which are disposed with axial spacing from each other and are axially supported with respect to the support axle on a collar - provided between them - of the support axle, characterised in that the two roller bearings are fixedly held axially with respect to the roller body between an end wall of the roller body and radially re-entrant, resilient latching tongues which are separated from the remainder of the roller body by an annular groove on the end face opposite the end wall , and in that a blocking ring engages in a form-fitting manner into the annular groove of the roller body .
A method for transmitting and receiving signals by a user equipment in a wireless communication system, the method comprising: performing (S3401) a random access procedure; after performing the random access procedure, monitoring (S3403) a Physical Downlink Control Channel, PDCCH, for an on duration based on configured Discontinuous Reception, DRX; and based on the PDCCH successfully received for the on duration, operating (S3405) an inactivity timer, wherein, during the random access procedure, a random access preamble is transmitted in one or two Physical Random Access Channel, PRACH, slots, wherein the one or two PRACH slots are determined among N slots, wherein the N slots are within a reference slot, wherein, based on a SubCarrier Spacing, SCS, configuration value applied to the N slots being 5 and based on an SCS configuration value for the reference slot being 2, N is 8, and wherein, based on the SCS configuration value applied to the N slots being 6 and based on the SCS configuration value for the reference slot being 2, N is 16. performing (S3401) a random access procedure; after performing the random access procedure, monitoring (S3403) a Physical Downlink Control Channel, PDCCH, for an on duration based on configured Discontinuous Reception, DRX; and based on the PDCCH successfully received for the on duration, operating (S3405) an inactivity timer, wherein, during the random access procedure, a random access preamble is transmitted in one or two Physical Random Access Channel, PRACH, slots, wherein the one or two PRACH slots are determined among N slots, wherein the N slots are within a reference slot, wherein, based on a SubCarrier Spacing, SCS, configuration value applied to the N slots being 5 and based on an SCS configuration value for the reference slot being 2, N is 8, and wherein, based on the SCS configuration value applied to the N slots being 6 and based on the SCS configuration value for the reference slot being 2, N is 16.
Method for applying spray liquid onto an agricultural area using an agricultural sprayer , comprising the steps of: - applying spray liquid onto an agricultural area by means of several application elements, which are arranged on a spray boom ; - detecting plant rows (26a-26k) on the agricultural area by means of a detection device ; and - changing, by means of an adjusting device , the application area (AB) of the spray liquid dispensed by one or more application elements (14a-14k) onto the agricultural area during the application process; characterized by the step of: - controlling the adjusting device as a function of the plant rows (26a-26k) detected on the agricultural area by the detection device during the application process, so that, during the application process, individual or multiple application elements (14a-14k) are positioned essentially vertically above a plant row (26a-26k), and the average distance in the horizontal direction between the detected plant rows (26a-26k) and the application elements (14a-14k) respectively assigned to the plant rows (26a-26k) is minimal. - applying spray liquid onto an agricultural area by means of several application elements, which are arranged on a spray boom ; - detecting plant rows (26a-26k) on the agricultural area by means of a detection device ; and - changing, by means of an adjusting device , the application area (AB) of the spray liquid dispensed by one or more application elements (14a-14k) onto the agricultural area during the application process; - controlling the adjusting device as a function of the plant rows (26a-26k) detected on the agricultural area by the detection device during the application process, so that, during the application process, individual or multiple application elements (14a-14k) are positioned essentially vertically above a plant row (26a-26k), and the average distance in the horizontal direction between the detected plant rows (26a-26k) and the application elements (14a-14k) respectively assigned to the plant rows (26a-26k) is minimal.
A ground support equipment (GSE) unit , comprising: a GSE thermal loop to be coupled to one or more channels of a battery pack onboard an aircraft , wherein the GSE thermal loop is configured to allow fluid from the one or more channels to circulate therein; a GSE thermal system coupled to the GSE thermal loop ; and a computing system having a processor configured to: regulate a battery temperature of the battery pack ; regulate the battery temperature prior to a flight of the aircraft ; regulate the battery temperature prior to the aircraft using a cabin thermal management system to regulate a cabin temperature; and regulate the battery temperature based a predetermined cabin temperature. a GSE thermal loop to be coupled to one or more channels of a battery pack onboard an aircraft , wherein the GSE thermal loop is configured to allow fluid from the one or more channels to circulate therein; a GSE thermal system coupled to the GSE thermal loop ; and a computing system having a processor configured to: regulate a battery temperature of the battery pack ; regulate the battery temperature prior to a flight of the aircraft ; regulate the battery temperature prior to the aircraft using a cabin thermal management system to regulate a cabin temperature; and regulate the battery temperature based a predetermined cabin temperature. regulate a battery temperature of the battery pack ; regulate the battery temperature prior to a flight of the aircraft ; regulate the battery temperature prior to the aircraft using a cabin thermal management system to regulate a cabin temperature; and regulate the battery temperature based a predetermined cabin temperature.
Vehicle with a curtain airbag device comprising: a cushion having a bag-shape and rolled up or folded into an elongate stored form, and moreover stored along a front pillar and a roof side rail that form an upper part of the vehicle side wall; and an inflator configured to supply the cushion with gas for inflation and deployment, the device further comprising a first strap , the first strap having one end attached to the front pillar and the other end attached on the vehicle inner side of the cushion in the stored form, the first strap moving to the vehicle inner side and being strained by inflation and deployment of the cushion , characterized in that the entire first strap from the one end to the other end is positioned on the vehicle inner most side of the folded cushion thereby pushing out a front pillar trim that covers the front pillar to the vehicle inner side.
Hemostatic particulate aggregates comprising a plurality of interconnected individual cellulosic fibrils having in aggregate form a dimension along its longest axis that is less than about 500 microns and greater than about 50 microns, a size distribution profile with d15 greater than 80 microns, d50 from 140 to 250 microns, d90 less than 370 microns, a bulk density greater than 0.45 g/mL, and sphericity (sh50) equal or greater than 0.7.
A mask for performing an eye exam using an ophthalmic instrument, the ophthalmic instrument operable to direct an incident light beam to a subject's eyes and receive a reflected or scattered light beam from the subject's eyes, the mask comprising: one or more optically transparent sections configured to be optically interfaced with a docking portion of the ophthalmic instrument, wherein at least one of the one or more optically transparent sections has a constant thickness over an area of at least 2 cm 2 for said incident light beam to said subject's eyes and for reflected or scattered light from the subject's eyes to pass through said one or more optically transparent sections; a proximal portion having a rear surface that faces the subject's face when in use; and a mask attachment portion configured to attach to the ophthalmic instrument thereby restricting movement of said mask once attached to said ophthalmic instrument; characterised in that at least a portion of the one or more optically transparent sections is sloped with respect to the incident light beam when the mask is optically interfaced with the docking portion. one or more optically transparent sections configured to be optically interfaced with a docking portion of the ophthalmic instrument, wherein at least one of the one or more optically transparent sections has a constant thickness over an area of at least 2 cm 2 for said incident light beam to said subject's eyes and for reflected or scattered light from the subject's eyes to pass through said one or more optically transparent sections; a proximal portion having a rear surface that faces the subject's face when in use; and a mask attachment portion configured to attach to the ophthalmic instrument thereby restricting movement of said mask once attached to said ophthalmic instrument;
Steam turbine having a turbine housing having a plurality of turbine housing parts , said turbine housing surrounding a flow space along a turbine longitudinal axis , wherein the turbine housing has a housing wall , wherein a parting line is formed between two adjacent turbine housing parts and wherein at least one flow shield is arranged on a side of the housing wall facing the flow space , said flow shield shielding a wall portion of the housing wall from a flow in the flow space , wherein an intermediate space is formed between the flow shield and the wall portion of the housing wall , wherein, in at least one region, the intermediate space has an opening to the flow space , wherein a fluid-communicating connection of the intermediate space to the flow space is formed via the opening , wherein the opening is in the form of a gap between the flow shield and the housing wall , characterized in that the flow shield extends in the circumferential direction of the housing wall only over a partial circumferential region of the housing wall .
Aircraft with at least one electric machine housed in a compartment of this aircraft, said compartment being separated by a cowling from an external environment (EXT), the external environment (EXT) being located outside the aircraft , said aircraft comprising a ventilation system for conveying the air from the external environment (EXT) to the electric machine , characterized in that the ventilation system includes a duct connected to the electric machine and extending to a free section , the free section being located in said external environment (EXT), the duct passing through a passage of the cowling , the duct extending partially into the compartment and partially into the external environment (EXT), an empty space surrounding the duct in the passage and separating the duct from the cowling , the ventilation system comprising a scoop facing the free section without closing it off.
A powered air respirator system comprising: a facepiece operable to fit onto or over a user's head; one or more filter operable to filter air to be breathed by the user; and a cross flow blower operable to supply filtered air to the facepiece , wherein the cross flow blower comprises: a housing comprising an inlet and an outlet , wherein the thickness of the housing is less than 50.8 mm (2 inches); rotating impeller blades located within the housing ; a motor operable to power the rotating impeller blades ; and a plurality of flow forming blades located within the blower , attached to the housing , and operable to direct airflow within the blower . a facepiece operable to fit onto or over a user's head; one or more filter operable to filter air to be breathed by the user; and a cross flow blower operable to supply filtered air to the facepiece , wherein the cross flow blower comprises: a housing comprising an inlet and an outlet , wherein the thickness of the housing is less than 50.8 mm (2 inches); rotating impeller blades located within the housing ; a motor operable to power the rotating impeller blades ; and a plurality of flow forming blades located within the blower , attached to the housing , and operable to direct airflow within the blower . a housing comprising an inlet and an outlet , wherein the thickness of the housing is less than 50.8 mm (2 inches); rotating impeller blades located within the housing ; a motor operable to power the rotating impeller blades ; and a plurality of flow forming blades located within the blower , attached to the housing , and operable to direct airflow within the blower .
Gold particle having a cross-section in the range of 20 - 100 μm, preferably in the range of 20-40 μm and having a purity greater than 99.00% w/w, preferably 99.99% w/w for use in therapy to prevent or reduce capsular contracture.
A composition comprising a stable aqueous dispersion of copolymer particles comprising, based on the weight of the copolymer, from 35 to 99.7 weight percent structural units of vinyl acetate, from 0.2 to 4 weight percent structural units of a phosphorus acid monomer or a salt thereof, and from 0.1 to 2.0 weight percent structural units of a sulfur acid monomer or a salt thereof.