mhurhangee/ep-ind-claims huggingface dataset:
Method for providing an obstacle vicinity map for a vehicle, specifically a vicinity map that is divided into cells to which in each case an occupancy probability and a corrected obstacle height are assigned, comprising: providing a starting vicinity map, specifically a vicinity map that is divided into cells to which in each case an occupancy probability and an obstacle height are assigned; for each cell of the starting vicinity map: determining a ground height based on the obstacle heights of the starting vicinity map, wherein the ground height is ascertained by smoothing obstacle heights of the starting vicinity map; wherein the smoothing of the obstacle heights takes into consideration obstacle heights of cells of the starting vicinity map which border the cell for which the ground height is determined; for each cell of the obstacle vicinity map: determining the corrected obstacle height based on the ground height determined for the corresponding cell of the starting vicinity map and on the obstacle height that is assigned to the corresponding cell of the starting vicinity map; determining the respective occupancy probability based on the occupancy probability assigned to the corresponding cell of the starting vicinity map; providing the obstacle vicinity map. providing a starting vicinity map, specifically a vicinity map that is divided into cells to which in each case an occupancy probability and an obstacle height are assigned; for each cell of the starting vicinity map: determining a ground height based on the obstacle heights of the starting vicinity map, wherein the ground height is ascertained by smoothing obstacle heights of the starting vicinity map; wherein the smoothing of the obstacle heights takes into consideration obstacle heights of cells of the starting vicinity map which border the cell for which the ground height is determined; for each cell of the obstacle vicinity map: determining the corrected obstacle height based on the ground height determined for the corresponding cell of the starting vicinity map and on the obstacle height that is assigned to the corresponding cell of the starting vicinity map; determining the respective occupancy probability based on the occupancy probability assigned to the corresponding cell of the starting vicinity map; determining the corrected obstacle height based on the ground height determined for the corresponding cell of the starting vicinity map and on the obstacle height that is assigned to the corresponding cell of the starting vicinity map; determining the respective occupancy probability based on the occupancy probability assigned to the corresponding cell of the starting vicinity map; providing the obstacle vicinity map.
An inductive detector operable to measure displacement along a path comprising: a first inductive arrangement; a second inductive arrangement; said second inductive arrangement being spaced from said first inductive arrangement and extending along at least part of the measurement path; said first inductive arrangement comprises a winding (1a, 1b, 1c) which extends along at least part of the measurement path; and said winding (1b, 1c) comprising at least four loops in electrical series; wherein adjacent loops have opposite magnetic polarity; and characterised in that the pitch distance of said winding (1b, 1c) varies at least once along the measurement path; and said second inductive arrangement comprises at least two targets (2a, 2b) separated by a distance which is fixed. a first inductive arrangement; a second inductive arrangement; said second inductive arrangement being spaced from said first inductive arrangement and extending along at least part of the measurement path; said first inductive arrangement comprises a winding (1a, 1b, 1c) which extends along at least part of the measurement path; and
A topical skincare composition comprising: a. a Centella asiatica extract, wherein the Centella asiatica extract comprises two or more triterpenes selected from the group consisting of asiaticoside, asiatic acid, madecassoside, and mixtures thereof; b. a Populas alba bark extract; and c. a dermatologically acceptable carrier, wherein the Centella asiatica extract and the Populas alba bark extract are in a weight ratio of 1:3 to 200:1, preferably 1:2 to 100:1, more preferably 1:1.1 to 9:1. a. a Centella asiatica extract, wherein the Centella asiatica extract comprises two or more triterpenes selected from the group consisting of asiaticoside, asiatic acid, madecassoside, and mixtures thereof; b. a Populas alba bark extract; and c. a dermatologically acceptable carrier, wherein the Centella asiatica extract and the Populas alba bark extract are in a weight ratio of 1:3 to 200:1, preferably 1:2 to 100:1, more preferably 1:1.1 to 9:1.
A dampening system comprising: a non-ferrous metal body attached to a second body; a flexible porous material; and a stack of magnets attached to a third body, wherein the stack of magnets is movably disposed within or around the non-ferrous metal body and wherein adjacent magnets are arranged in an opposed polar relationship, whereby relative movement of said second and third bodies is damped, and wherein the flexible porous material is disposed between the stack of magnets and the non-ferrous metal body to provide air dampening. a non-ferrous metal body attached to a second body; a flexible porous material; and a stack of magnets attached to a third body, wherein the stack of magnets is movably disposed within or around the non-ferrous metal body and wherein adjacent magnets are arranged in an opposed polar relationship, whereby relative movement of said second and third bodies is damped, and wherein the flexible porous material is disposed between the stack of magnets and the non-ferrous metal body to provide air dampening.
Disc filter for separating liquids from a suspension, in particular a fibrous suspension, having a container for receiving the suspension, a rotatably mounted hollow shaft that extends horizontally in the container, a plurality of liquid-permeable filter discs that are fastened perpendicularly to the hollow shaft and are axially spaced apart from one another, the interior space of said filter discs being connected to the hollow shaft, and material outlets that are disposed between the filter discs, characterized in that at least one guide element that extends radially beyond the filter disc is present on the external circumference of the filter disc, said guide element in the suspension being guided through a plurality of guide ducts of the container that are sequentially disposed in the rotation direction and delimit flexing of the filter disc in the axial direction.
An adjustable air duct member made of a woven or nonwoven textile or a foil, wherein its wall is provided with at least one tightening element for adjusting the length and / or the shape of the duct member and with a guiding sleeve through which the tightening element passes characterized in that the tightening element extends in the longitudinal direction of the air duct member.
An apparatus (200") comprising: a bistatic transceiver including: a transmission waveguide configured to transmit a signal from a laser source, and a receiving waveguide (225a, 225b; 225) spaced apart from the transmission waveguide by a separation (221a, 221b; 221) and configured to receive the signal (291; 291') reflected by a target, and scanning optics configured to adjust a direction of the signal transmitted from the transmission waveguide at a scan rate over an angle range (227; 326) defined by a first angle and a second angle; wherein the separation is selected based on the scan rate and a range of the target over the angle range. a transmission waveguide configured to transmit a signal from a laser source, and a receiving waveguide (225a, 225b; 225) spaced apart from the transmission waveguide by a separation (221a, 221b; 221) and configured to receive the signal (291; 291') reflected by a target, and scanning optics configured to adjust a direction of the signal transmitted from the transmission waveguide at a scan rate over an angle range (227; 326) defined by a first angle and a second angle; wherein the separation is selected based on the scan rate and a range of the target over the angle range.
Device for gripping and transferring a ring of hairpin-shaped electrical conductors which are intended for creating a winding, notably a hairpin winding, such as a winding for the stator of a rotary electrical machine, the gripping device being designed to grasp the ring in a first device, notably a ring-forming device, and to transfer it to a second device, notably a device for inserting the ring into the member that bears the winding that is to be produced, of the type comprising a chassis and a plurality of ring-gripping levers, which are pivot mounted on the chassis so as to pivot between a ring-gripping position and a parted ring-release position, and collective means for controlling the pivoting of the levers and of the type in which the levers are levers having two arms (16, 17) of which one is the control arm while the other arm comprises at its end means (42, 43) for gripping the ring; the levers being pivot mounted in the chassis via their intermediate part situated between the two arms (16, 17), characterized in that the means controlling the pivoting of the levers comprise a member in the shape of a cone coaxial with the chassis and comprising an exterior peripheral surface that is inclined with respect to the axis (X-X) of the chassis, which can be moved axially in the chassis under the effect of a control device controlling the movement of the cone and in that the ends of the control arms of the levers are kept pressing against the inclined exterior peripheral surface so that axial movement of the cone causes the levers to pivot.
A method of wireless communication comprising: receiving a data transmission during a first transmission time interval, TTI, that has a first duration; receiving an additional data transmission during a third TTI that has a second duration greater than the first duration; transmitting a control message during a second TTI that has the second duration, wherein the control message comprises acknowledgment information for the data transmission and acknowledgment information for the additional data transmission, wherein the control message includes a first field that corresponds to the data transmission during TTIs with the first duration and a second field that corresponds to the data transmission during TTIs with the second duration, and wherein a sum of the first number of bits and the second number of bits equals a total number of bits available for the acknowledgment information in the control message. receiving a data transmission during a first transmission time interval, TTI, that has a first duration; receiving an additional data transmission during a third TTI that has a second duration greater than the first duration; transmitting a control message during a second TTI that has the second duration, wherein the control message comprises acknowledgment information for the data transmission and acknowledgment information for the additional data transmission, wherein the control message includes a first field that corresponds to the data transmission during TTIs with the first duration and a second field that corresponds to the data transmission during TTIs with the second duration, and wherein a sum of the first number of bits and the second number of bits equals a total number of bits available for the acknowledgment information in the control message.
A method for efficiently processing write data from a storage controller to a striped storage volume (400, 434), comprising: receiving, by the storage controller, a host write request comprising a host write request size; calculating, by the storage controller, a data rate of a corresponding host write stream, wherein the host write stream comprises a set of LBA-sequential host write requests that are one of increasing and decreasing in LBA over time and include the host write request, and wherein the write stream includes one or more bursts and the data rate is calculated based on the time since last burst values by using a pair of linked queues to manage burst parameters; calculating, by the storage controller, a time to fill a stripe that the host write request is directed to as a size of the stripe divided by the data rate of the corresponding host write stream; determining, by the storage controller, if the time to fill a stripe that the host write request is directed to is less than a predetermined value of host guaranteed write time, wherein the predetermined value of host guaranteed write time is the maximum latency that the storage controller guarantees host write requests are committed to one of the write cache and the striped storage volume; and if the time to fill a stripe that the host write request is directed to is less than the predetermined value processing, by the storage controller, the host write request as a writeback host write request, wherein the storage controller stores writeback host write requests in a write cache. receiving, by the storage controller, a host write request comprising a host write request size; calculating, by the storage controller, a data rate of a corresponding host write stream, wherein the host write stream comprises a set of LBA-sequential host write requests that are one of increasing and decreasing in LBA over time and include the host write request, and wherein the write stream includes one or more bursts and the data rate is calculated based on the time since last burst values by using a pair of linked queues to manage burst parameters; calculating, by the storage controller, a time to fill a stripe that the host write request is directed to as a size of the stripe divided by the data rate of the corresponding host write stream; determining, by the storage controller, if the time to fill a stripe that the host write request is directed to is less than a predetermined value of host guaranteed write time, wherein the predetermined value of host guaranteed write time is the maximum latency that the storage controller guarantees host write requests are committed to one of the write cache and the striped storage volume; and if the time to fill a stripe that the host write request is directed to is less than the predetermined value processing, by the storage controller, the host write request as a writeback host write request, wherein the storage controller stores writeback host write requests in a write cache.
A refrigerator appliance, comprising: a cabinet defining a chilled chamber; a cold brewed coffee system positioned within the chilled chamber, the cold brewed coffee system comprising: a housing defining a water reservoir and a coffee reservoir in fluid communication with the water reservoir, the coffee reservoir configured to receive coffee materials for mixing with water flowing downstream from the water reservoir to produce cold brewed coffee, a water level sensing system operable to detect when water within the water reservoir has reached a predetermined water level; an inlet supply conduit fluidly connecting a water supply with the water reservoir; and an inlet valve positioned along the inlet supply conduit and movable between an open position and a closed position, the inlet valve configured for selectively allowing water to flow from the water supply to the water reservoir. a cabinet defining a chilled chamber; a cold brewed coffee system positioned within the chilled chamber, the cold brewed coffee system comprising: a housing defining a water reservoir and a coffee reservoir in fluid communication with the water reservoir, the coffee reservoir configured to receive coffee materials for mixing with water flowing downstream from the water reservoir to produce cold brewed coffee, a water level sensing system operable to detect when water within the water reservoir has reached a predetermined water level; an inlet supply conduit fluidly connecting a water supply with the water reservoir; and an inlet valve positioned along the inlet supply conduit and movable between an open position and a closed position, the inlet valve configured for selectively allowing water to flow from the water supply to the water reservoir. a housing defining a water reservoir and a coffee reservoir in fluid communication with the water reservoir, the coffee reservoir configured to receive coffee materials for mixing with water flowing downstream from the water reservoir to produce cold brewed coffee, a water level sensing system operable to detect when water within the water reservoir has reached a predetermined water level; an inlet supply conduit fluidly connecting a water supply with the water reservoir; and an inlet valve positioned along the inlet supply conduit and movable between an open position and a closed position, the inlet valve configured for selectively allowing water to flow from the water supply to the water reservoir.
Method for transmitting data in a satellite system comprising at least one satellite comprising demodulating/decoding capabilities, a gateway, said satellite being adapted to process and to store user data in an on-board cache, the satellite system comprising at least one user terminal radio linked with the gateway through the satellite, the method having at least the following steps: • Opening (201, 202, 203) a TCP communication session between the user terminal and the gateway, • Transmitting a request Rq sent by one or more end users to the gateway through the user terminal and the satellite, said request Rq containing a data request, • Upon receipt of request Rq by the gateway, the latter verifies that the content of the requested data is available in an on-board cache of the satellite, and if this is the case, issues an order (204, 207) for the satellite, said order indicating all or part of the content that is to be delivered to the user terminal, • Transmitting (205, 208), from said satellite, said content to the user terminal from the on-board cache in response to the order (204, 207) delivered by the gateway, • The user terminal acknowledges receipt (206, 208) of at least a part or all of said content to the gateway. • Opening (201, 202, 203) a TCP communication session between the user terminal and the gateway, • Transmitting a request Rq sent by one or more end users to the gateway through the user terminal and the satellite, said request Rq containing a data request, • Upon receipt of request Rq by the gateway, the latter verifies that the content of the requested data is available in an on-board cache of the satellite, and if this is the case, issues an order (204, 207) for the satellite, said order indicating all or part of the content that is to be delivered to the user terminal, • Transmitting (205, 208), from said satellite, said content to the user terminal from the on-board cache in response to the order (204, 207) delivered by the gateway, • The user terminal acknowledges receipt (206, 208) of at least a part or all of said content to the gateway.
A method of verifying the integrity of a sensor signal, comprising: - establishing a noise signal (3003, 3004) on a signaling line (105, 106, 107, 108) of a sensor (101, 102, 103, 104), - performing an analysis of the noise signal (3003, 3004), and - transmitting check data indicative of a result of the analysis - receiving a sensor signal (3001, 3002) on a signaling line (105, 106, 107, 108) of a sensor (101, 102, 103, 104), - receiving check data indicative of a result of an analysis of a noise signal (3003, 3004) on the signaling line (105, 106, 107, 108), and - depending on the check data: selectively processing the sensor signal (3001, 3002) wherein the check data includes a cryptographic key, wherein the cryptographic key is required to process the sensor signal (3001, 3002). - establishing a noise signal (3003, 3004) on a signaling line (105, 106, 107, 108) of a sensor (101, 102, 103, 104), - performing an analysis of the noise signal (3003, 3004), and - transmitting check data indicative of a result of the analysis - receiving a sensor signal (3001, 3002) on a signaling line (105, 106, 107, 108) of a sensor (101, 102, 103, 104), - receiving check data indicative of a result of an analysis of a noise signal (3003, 3004) on the signaling line (105, 106, 107, 108), and - depending on the check data: selectively processing the sensor signal (3001, 3002) wherein the check data includes a cryptographic key,
Device limiting the appearance of decoding artefacts for a gamma camera with a coded mask comprising a gamma radiation detector opposite the coded mask and having a field of view with an area partially coded by the coded mask, characterised in that it comprises a recessed part, which is opaque to the gamma radiation, and which is arranged opposite the detector with respect to the coded mask, with said recessed part obscuring the partially coded area of the field of view for the detector and having a thickness that varies over its length, so that a gamma photon is stopped by the same thickness of material, regardless of fits path between the partially coded area of the field of view and the detector.
A mobile messaging method comprising: receiving recipient contact information of a selected message recipient from a mobile subscriber terminal via a communications connection,; receiving a message from the mobile subscriber terminal via the communications connection,; the method characterised by: recording the received message to a data file,; and communicating the recorded message to a recipient terminal of the selected message recipient or the data file to a store and forward server for relaying the message to the recipient terminal. receiving recipient contact information of a selected message recipient from a mobile subscriber terminal via a communications connection,; receiving a message from the mobile subscriber terminal via the communications connection,; the method characterised by: recording the received message to a data file,; and communicating the recorded message to a recipient terminal of the selected message recipient or the data file to a store and forward server for relaying the message to the recipient terminal. recording the received message to a data file,; and communicating the recorded message to a recipient terminal of the selected message recipient or the data file to a store and forward server for relaying the message to the recipient terminal.
A method of performing capability discovery of Rich Communication Suite, RCS, in a portable terminal, the method comprising: displaying a predetermined number of pieces of contact information (400b-400n) from among registered contact information (400b-400n) when a displaying of the registered contact information (400b-400n) is requested; displaying the registered contact information (400b-400n) to correspond with a user input when the user input is determined; and performing capability discovery with respect to each of the displayed contact information (400b-400n), when the user input is not determined during a predetermined time. displaying a predetermined number of pieces of contact information (400b-400n) from among registered contact information (400b-400n) when a displaying of the registered contact information (400b-400n) is requested; displaying the registered contact information (400b-400n) to correspond with a user input when the user input is determined; and performing capability discovery with respect to each of the displayed contact information (400b-400n), when the user input is not determined during a predetermined time.