mhurhangee/ep-ind-claims huggingface dataset:
Method of operating a multiple-fuel feeding system (10, 11) for an internal combustion engine, said system (10, 11) comprising a gaseous fuel feeding system, and a liquid fuel feeding system comprising at least one liquid fuel tank, a first liquid fuel feeding subsystem comprising a first feeder pump, and a second liquid fuel feeding subsystem comprising a second feeder pump for delivering liquid fuel to the engine for consumption and circulation; wherein the multiple-fuel feeding system (10, 11) is operable in a first fuel mode using the gaseous fuel feeding system and the first liquid fuel feeding subsystem while the second liquid fuel feeding subsystem delivers liquid fuel to the engine for circulation, and a second fuel mode using the liquid fuel feeding system with the second liquid fuel feeding subsystem delivering liquid fuel to the engine for consumption; and when the multiple-fuel feeding system (10, 11) is operated in the first fuel mode, the amount of the liquid fuel delivered to the engine is reduced, with the engine being operated at the same operating point, as compared to the case when the multiple-fuel feeding system (10, 11) is operated in the second fuel mode; characterized in that the second liquid fuel feeding subsystem comprises a fuel buffer tank; and in that when the multiple-fuel feeding system is operated in the first fuel mode, the lack of liquid fuel due to the reduced amount of the liquid fuel is compensated by and delivered from the fuel buffer tank.
A method of preparing and authenticating an RFID tag which includes a permanent unique identification code, comprising: selecting (205, 305) a secret key (97, 206, 306); preparing the RFID tag, wherein preparing the RFID tag comprises reading (210. 310) the permanent unique identification code from the RFID tag, creating (215-221, 225; 315-335) an authentication signature (82, 221, 336) from the secret key and the permanent unique identification code, setting a password of the RFID tag to the authentication signature, and writing (230; 340, 345) the password to a secure memory area of the RFID tag, which secure area is unreadable from the RFID tag; authenticating the RFID tag, wherein authenticating the RFID tag comprises: reading (404. 405) the permanent unique identification code from the RFID tag; re-creating the authentication signature from the secret key and the unique identification code; attempting to access a function of the RFID tag by providing the authentication signature to the RFID tag as the password; and determining that the RFID tag is authentic if the attempt to access a function of the RFID tag is successful. selecting (205, 305) a secret key (97, 206, 306); preparing the RFID tag, wherein preparing the RFID tag comprises reading (210. 310) the permanent unique identification code from the RFID tag, creating (215-221, 225; 315-335) an authentication signature (82, 221, 336) from the secret key and the permanent unique identification code, setting a password of the RFID tag to the authentication signature, and writing (230; 340, 345) the password to a secure memory area of the RFID tag, which secure area is unreadable from the RFID tag; authenticating the RFID tag, wherein authenticating the RFID tag comprises: reading (404. 405) the permanent unique identification code from the RFID tag; re-creating the authentication signature from the secret key and the unique identification code; attempting to access a function of the RFID tag by providing the authentication signature to the RFID tag as the password; and determining that the RFID tag is authentic if the attempt to access a function of the RFID tag is successful. reading (404. 405) the permanent unique identification code from the RFID tag; re-creating the authentication signature from the secret key and the unique identification code; attempting to access a function of the RFID tag by providing the authentication signature to the RFID tag as the password; and determining that the RFID tag is authentic if the attempt to access a function of the RFID tag is successful.
A first Relay Node, RN, (300, 408) comprising: a cellular transceiver configured to communicate with a Donor evolved Node B, DeNB, over a cellular frequency band of a Primary cell, PCell, said cellular frequency band below 6 GHz; a millimeter-wave, mmWave, transceiver configured to communicate with a second RN via a backhaul link over a mmWave frequency band of a Secondary cell, SCell, within the PCell; and a controller configured to process a Relay-Physical-Downlink-Control-Channel, R- PDCCH, message received by the cellular transceiver over the cellular frequency band of the PCell during a Transmit Time Interval, TTI, wherein the R-PDCCH message comprises cross-carrier scheduling information to schedule a downlink allocation over the backhaul link between the first RN and the second RN, wherein the R-PDCCH message is configured to schedule reception of a data packet at the first RN from the second RN over the backhaul link during the TTI, wherein the controller is configured to trigger the mmWave transceiver to receive the data packet from the second RN via the backhaul link during the TTI. a cellular transceiver configured to communicate with a Donor evolved Node B, DeNB, over a cellular frequency band of a Primary cell, PCell, said cellular frequency band below 6 GHz; a millimeter-wave, mmWave, transceiver configured to communicate with a second RN via a backhaul link over a mmWave frequency band of a Secondary cell, SCell, within the PCell; and a controller configured to process a Relay-Physical-Downlink-Control-Channel, R- PDCCH, message received by the cellular transceiver over the cellular frequency band of the PCell during a Transmit Time Interval, TTI, wherein the R-PDCCH message comprises cross-carrier scheduling information to schedule a downlink allocation over the backhaul link between the first RN and the second RN, wherein the R-PDCCH message is configured to schedule reception of a data packet at the first RN from the second RN over the backhaul link during the TTI, wherein the controller is configured to trigger the mmWave transceiver to receive the data packet from the second RN via the backhaul link during the TTI.
Liquid reservoir for an electronic smoking device, comprising a first storage volume and a second storage volume that are separated from each other in a liquid-tight manner, wherein the liquid reservoir comprises: - a liquid outlet that is adapted to be coupled to an atomizer for an electronic smoking device, the liquid outlet being in communication with the first storage volume, and - a fluid outlet that is in communication with the second storage volume, the liquid outlet and the fluid outlet being arranged on the same lateral surface of the liquid reservoir and at a distance to each other in a longitudinal direction of the liquid reservoir, characterized in that the fluid outlet is not adapted to be coupled to an atomizer, and a first section of the lateral surface protrudes from a second section of the lateral surface, wherein the fluid outlet is arranged in the first section and the liquid outlet is arranged in the second section. - a liquid outlet that is adapted to be coupled to an atomizer for an electronic smoking device, the liquid outlet being in communication with the first storage volume, and - a fluid outlet that is in communication with the second storage volume,
A optical waveguide having a moulded-on optical element, for industrial, medical or cosmetic applications, which is made of glass at least in its core, having an outer circumferential surface and having an end face made of glass, wherein the glass end face has been chemically and/or physically pre-treated for moulding thereto an optical element from at least one transparent plastics material from the group of liquid silicone rubbers; characterized in that the glass surface has been activated by chemical and/or physical pre-treatment techniques and/or wherein an adhesion promoter has been provided on said glass end face, so that in addition to a form fit, a chemical bond was also produced between the glass of the end face and the plastics material of the optical element, said bond between the glass of the end face and the plastics material of the optical element being mechanically resilient; and wherein the electromagnetic radiation carried in the optical waveguide in the operating state thereof is directed through the glass end face and into the transparent plastics material of the optical element and emerges again from the latter; and wherein the optical element is formed so as to protrude over the end face made of glass and so as to cover at least portions of the outer circumferential surface of the optical waveguide.
An energy-absorbing device, comprising: a polymer reinforcement structure, wherein the polymer reinforcement structure comprises a polymer matrix and chopped fibers; and a shell comprising 2 walls extending from a back and forming a shell channel, wherein the shell comprises continuous fibers and a resin matrix, wherein the polymer reinforcement structure is located in the shell channel; and wherein the polymer reinforcement structure comprises honeycombs and/or ribs. a polymer reinforcement structure, wherein the polymer reinforcement structure comprises a polymer matrix and chopped fibers; and a shell comprising 2 walls extending from a back and forming a shell channel, wherein the shell comprises continuous fibers and a resin matrix, wherein the polymer reinforcement structure is located in the shell channel; and wherein the polymer reinforcement structure comprises honeycombs and/or ribs.
Gas nozzle for outflow of a protective-gas stream from a gas exit of the gas nozzle, with a gas-distributor portion, wherein, at least in a sub-region of the gas-distributor portion, the gas nozzle is of double-walled form to form a flow chamber for the protective-gas stream, characterized in that, as seen in the direction of the gas flow, the gas-distributor portion has a gas-inlet opening, a double-walled part and then, at the circumferential side in said double-walled part, multiple gas-outlet openings, which are arranged approximately equidistantly from one another, so that the gas exit is in fluidic connection with the gas-outlet openings.
An object detection device comprising: a range image generating unit that generates a range image based on a pair of gray-scaled images; a grouping unit that groups adjacent regions, having range data representing substantially equal distances in the range image, into a group region; and a dividing unit that divides the group region based on the gray-scaled images, characterized in that the dividing unit divides the group region into laterally separated sub-regions, based on differences between the luminance values of pixels in a vertical line below a ground plane above which objects are imaged and the luminance values of pixels in the vertical line above the ground plane extending to an apparent height of an object in a gray-scaled image of the pair of gray-scaled images and wherein the ground plane is a horizontal line present at the bottom of the group region. a range image generating unit that generates a range image based on a pair of gray-scaled images; a grouping unit that groups adjacent regions, having range data representing substantially equal distances in the range image, into a group region; and a dividing unit that divides the group region based on the gray-scaled images, characterized in that the dividing unit divides the group region into laterally separated sub-regions, based on differences between the luminance values of pixels in a vertical line below a ground plane above which objects are imaged and the luminance values of pixels in the vertical line above the ground plane extending to an apparent height of an object in a gray-scaled image of the pair of gray-scaled images and wherein the ground plane is a horizontal line present at the bottom of the group region.
A wind turbine pitch-angle control device configured to carry out individual pitch-angle control for individually controlling pitch angles of a plurality of wind turbine blades (5-1, 5-2, 5-3), characterized in that, when a wind turbine halt command is input, the pitch angles of the wind turbine blades are adjusted to be matched at a non-feathering position, whereby the actual pitch angles of the wind turbine blades are compared in order to judge whether the pitch angles of the wind turbine blades are matched or not, and then, once the pitch angles of the wind turbine blades are judged to be matched, the pitch angles of the wind turbine blades are moved to a feathering position by controlling the wind turbine blades using a common pitch-angle control command.
Information reproduction system in a vehicle, with a processor which is designed to generate a video or control signal and deliver it to a display device, so that a reproduction of at least two different content elements (103, 105) in two adjacent sub-areas (122, 124) of a display area of the display device is initiated by the video or control signal, wherein the processor is designed to generate the video or control signal so that a boundary between the two sub-areas (122, 124) is movable based on a selection of a display division touch panel, detected by the display device and caused by a touch of a user, in one of the two sub-areas (122, 124), and based on an approach of a user, detected by an input device, to one of the two sub-areas (122, 124), so that a ratio of the area proportions of the two sub-areas (122, 124) on the display area of the display device changes, wherein the display device is a touch-sensitive screen and the boundary between the two sub-areas (122, 124) is moved on the basis of an actuation, detected by the touch-sensitive screen and caused by a touch of a user, of the display division touch panel which is disposed in one of the two sub-areas (122, 124), wherein the processor generates the video or control signal so that the display division touch panel has an arrow-like shape or an arrow-like graphic which indicates the direction in which the boundary moves when the display division touch panel is touched, wherein the processor is designed to generate the video or control signal so that the boundary is moved only to predefined positions, wherein an input device is a spatial-resolution proximity sensor which is designed to detect an approach of a user and identify which of the two sub-areas (122, 124) the user is approaching, wherein the processor, in the event of a detected approach to a first, smaller sub-area of the two sub-areas (122, 124), generates the video or control signal so that the first sub-area is larger than the second of the two sub-areas (122, 124) after the boundary has been moved.
A bridge tape comprised of a foamable composition on a backing material with an adhesive coating in the form of a die-cut patch, having a plurality of holes passing through said die-cut patch.
A device for assisting a caregiver in delivering cardiac resuscitation to a patient, the device comprising: a user interface configured to deliver prompts to a caregiver to assist the caregiver in delivering cardiac resuscitation to a patient; a first sensor comprising a pressure sensor responsive to airflow velocity into the patient and configured to detect the caregiver's progress in delivering the cardiac resuscitation, wherein the first sensor is configured to provide a signal containing information indicative of delivered tidal volume; a second sensor comprising a motion sensor configured to detect sternal displacement due to compressions; a memory in which a plurality of different prompts are stored, including at least one ventilation progress prompt to guide the rescuer's performance of delivering a desired level of tidal volume; a processor configured to process the output of the first sensor to determine delivered tidal volume and to determine whether the ventilation progress prompt should be selected for delivery. a user interface configured to deliver prompts to a caregiver to assist the caregiver in delivering cardiac resuscitation to a patient; a first sensor comprising a pressure sensor responsive to airflow velocity into the patient and configured to detect the caregiver's progress in delivering the cardiac resuscitation, wherein the first sensor is configured to provide a signal containing information indicative of delivered tidal volume; a second sensor comprising a motion sensor configured to detect sternal displacement due to compressions; a memory in which a plurality of different prompts are stored, including at least one ventilation progress prompt to guide the rescuer's performance of delivering a desired level of tidal volume; a processor configured to process the output of the first sensor to determine delivered tidal volume and to determine whether the ventilation progress prompt should be selected for delivery.
A method for manufacturing a toner supply roller, the toner supply roller for use in an image forming apparatus, the method comprising the following steps in sequential order: an insertion process in which a roller member comprising a shaft and an elastic layer (2,12) composed of a foam having a columnar shape supported on the outer periphery of the shaft is inserted into a cylindrical forming tool (m) having on the inner peripheral surface irregular concaves and convexes or a recessed groove along the longitudinal direction; a step in which the roller member after insertion is moved in a direction opposite to the insertion direction; a transfer process in which the roller member inserted into the cylindrical forming tool (m) is heated and the irregular concaves and convexes or the recessed groove along the longitudinal direction on the inner peripheral surface of the cylindrical forming tool (m) are transferred on the surface of the roller member; and a releasing process in which the roller member on the surface of which the irregular concaves and convexes or the recessed groove along the longitudinal direction are transferred is taken out from the cylindrical forming tool to obtain a roller, wherein the foam is a polyurethane foam, wherein the elastic layer having a columnar shape is obtained by cutting out from a block foam and the elastic layer having a columnar shape is cut out from the block foam such that the axial direction of the columnar shape is in parallel to the foaming direction of the block foam. an insertion process in which a roller member comprising a shaft and an elastic layer (2,12) composed of a foam having a columnar shape supported on the outer periphery of the shaft is inserted into a cylindrical forming tool (m) having on the inner peripheral surface irregular concaves and convexes or a recessed groove along the longitudinal direction; a step in which the roller member after insertion is moved in a direction opposite to the insertion direction; a transfer process in which the roller member inserted into the cylindrical forming tool (m) is heated and the irregular concaves and convexes or the recessed groove along the longitudinal direction on the inner peripheral surface of the cylindrical forming tool (m) are transferred on the surface of the roller member; and a releasing process in which the roller member on the surface of which the irregular concaves and convexes or the recessed groove along the longitudinal direction are transferred is taken out from the cylindrical forming tool to obtain a roller, wherein the foam is a polyurethane foam, wherein the elastic layer having a columnar shape is obtained by cutting out from a block foam and the elastic layer having a columnar shape is cut out from the block foam such that the axial direction of the columnar shape is in parallel to the foaming direction of the block foam.
Polyisoprene, characterized in that: a vinyl bond content of the polyisoprene is 30 mol % or higher; and a ratio of the weight-average absolute molecular weight determined by GPC-MALS with respect to the weight-average molecular weight in terms of polystyrene determined by GPC [(weight-average absolute molecular weight)/(weight-average molecular weight in terms of polystyrene)] is 0850 or less. a vinyl bond content of the polyisoprene is 30 mol % or higher; and a ratio of the weight-average absolute molecular weight determined by GPC-MALS with respect to the weight-average molecular weight in terms of polystyrene determined by GPC [(weight-average absolute molecular weight)/(weight-average molecular weight in terms of polystyrene)] is 0850 or less.
A system for a touring ski-binding comprising a front unit and a heel unit comprising a heel member, wherein the heel member comprises a reception bowl for receiving the heel part of a ski boot, a biasing device for biasing the heel unit against a ski boot, wherein the heel member is pivotally disposed around a pivot axis, wherein the pivot axis runs horizontally, transverse to the longitudinal direction of the ski, and a stopper plate for releasing a ski stopper, wherein the stopper plate is switchable between an adjacent position and a protruding position, wherein the stopper plate is configured to leave the adjacent position when the touring ski binding is released, wherein the heel unit is switchable between a starting position for providing a walking function and for receiving a ski boot, and a snap-in position for retaining the ski boot, wherein the heel unit comprises a blocking means by means of which the stopper plate can be blocked in the adjacent position, wherein the blocking means with respect to the pivot axis is switchable between a blocking position and a non-blocking position depending on the position of the heel member, characterized in that with respect to the downhill mode the front unit in the climbing mode of the touring ski-binding is displaced to the front in the longitudinal direction of the ski, so that a ski boot present in the touring ski-binding cannot contact the heel member of the heel unit.
A method for shifting gears in a transmission comprising a first rotating member for rotation about an axis and a second rotating member for rotation about the axis, and a shifting mechanism, the first rotating member and the second rotating member being connectable to each other such that the first rotating member and the second rotating member are rotationally locked relative to each other for transferring torque between the first rotating member and the second rotating member, the method comprising the step of measuring a relative angular position of the first rotating member and the second rotating member while at least one of the first rotating member and the second rotating member is rotating, characterized by controlling the speed of the shifting mechanism based on the measured relative angular position for connecting the first rotating member and the second rotating member to each other while at least one of the first rotating member and the second rotating member is rotating.