mhurhangee/ep-ind-claims huggingface dataset:
A bacterial fuel cell comprising: at least one anode and at least two cathodes in liquid communication with a liquid to be treated, with sealing provided between said at least two cathodes whereby said at least one anode is enclosed inside an enclosure comprising said sealing and said at least two cathodes, with said at least two cathodes flanking the at least one anode, said at least one anode being separated from said at least two cathodes by at least first and second electrically insulating spacers which are configured to allow the liquid to be treated to flow between the at least one anode and the at least two cathodes, and said at least one anode and said at least two cathodes being electrically connected across an external load; and said at least one anode and said at least two cathodes being wound together generally in a spiral configuration together with at least a third electrically insulating spacer which is configured to allow air to flow between adjacent layers of the enclosure in the spiral configuration, with said seal being provided at top and bottom edges of the cathodes in the spiral configuration. at least one anode and at least two cathodes in liquid communication with a liquid to be treated, with sealing provided between said at least two cathodes whereby said at least one anode is enclosed inside an enclosure comprising said sealing and said at least two cathodes, with said at least two cathodes flanking the at least one anode, said at least one anode being separated from said at least two cathodes by at least first and second electrically insulating spacers which are configured to allow the liquid to be treated to flow between the at least one anode and the at least two cathodes, and said at least one anode and said at least two cathodes being electrically connected across an external load; and said at least one anode and said at least two cathodes being wound together generally in a spiral configuration together with at least a third electrically insulating spacer which is configured to allow air to flow between adjacent layers of the enclosure in the spiral configuration, with said seal being provided at top and bottom edges of the cathodes in the spiral configuration.
An aiming device for guiding a bone fixation element, the aiming device extending from a proximal end to a distal end and comprising: a guide opening extending through the aiming device along a guide opening axis, the guide opening being sized and shaped to accommodate a protective sleeve therein, the guide opening located such that when the aiming device is coupled to a bone fixation device, the guide opening is aligned with a fixation element receiving hole of the bone fixation device; a pin opening; and a locking pin fixedly mounted within the pin opening, a length of the pin opening and a length of the pin being selected such that the pin passes the guide opening axis to engage a protective sleeve inserted therein, characterised in that the locking pin is a hollow tube and formed of an elastic material compressed when a sleeve is inserted through the guide opening. a guide opening extending through the aiming device along a guide opening axis, the guide opening being sized and shaped to accommodate a protective sleeve therein, the guide opening located such that when the aiming device is coupled to a bone fixation device, the guide opening is aligned with a fixation element receiving hole of the bone fixation device; a pin opening; and a locking pin fixedly mounted within the pin opening, a length of the pin opening and a length of the pin being selected such that the pin passes the guide opening axis to engage a protective sleeve inserted therein, characterised in that the locking pin is a hollow tube and formed of an elastic material compressed when a sleeve is inserted through the guide opening.
A forage harvester with a plurality of working units for carrying out and/or supporting agricultural work, with a drive assembly for driving the working units and with a driver assistance system for controlling and/or monitoring the working units, wherein one working unit is a chopping unit for chopping a flow of harvested material picked up by the forage harvester, wherein the chopping unit is driven from the drive assembly via a drive train, wherein the chopping unit has a chopping knife assembly with chopping knives and wherein the driver assistance system has an analysis/evaluation unit, characterized in that the driver assistance system is configured in a manner such that a slippage in the drive train of the chopping unit is determined and this slippage is processed in the analysis/evaluation unit in a manner such that a measure of the cutting sharpness of the chopping knives is derived, wherein the driver assistance system has a sensor assembly for the determination of the slippage in the drive train of the chopping unit. wherein one working unit is a chopping unit for chopping a flow of harvested material picked up by the forage harvester, wherein the chopping unit is driven from the drive assembly via a drive train, wherein the chopping unit has a chopping knife assembly with chopping knives and wherein the driver assistance system has an analysis/evaluation unit, characterized in that the driver assistance system is configured in a manner such that a slippage in the drive train of the chopping unit is determined and this slippage is processed in the analysis/evaluation unit in a manner such that a measure of the cutting sharpness of the chopping knives is derived, wherein the driver assistance system has a sensor assembly for the determination of the slippage in the drive train of the chopping unit.
Console for the mounting of façade elements to a wall of a building with - a rod that has a front insertion end for anchoring in a wall of a building, - a rear head piece that is placed at the rear end of the rod and that has a fixing possibility (33, 35) for the mounting of façade elements, wherein the rod is made of plastic and has a fiber reinforcement integrated in the plastic matrix and the front insertion end provided for anchoring in a wall of a building has at least one intermediate portion tapered in diameter, characterized in that the front end of the rod is configured as a cone or chisel tip and the tapered intermediate section follows and connects therewith. - a rod that has a front insertion end for anchoring in a wall of a building, - a rear head piece that is placed at the rear end of the rod and that has a fixing possibility (33, 35) for the mounting of façade elements, wherein the rod is made of plastic and has a fiber reinforcement integrated in the plastic matrix and the front insertion end provided for anchoring in a wall of a building has at least one intermediate portion tapered in diameter, wherein the rod is made of plastic and has a fiber reinforcement integrated in the plastic matrix and the front insertion end provided for anchoring in a wall of a building has at least one intermediate portion tapered in diameter,
A wireless communication system in which a mobile station apparatus is configured to transmit, to a base station apparatus, a plurality of kinds of feedback information, wherein the base station apparatus is configured to assign, to the mobile station apparatus, a physical uplink control channel, PUCCH, resource for the plurality of kinds of feedback information which are transmitted with different transmission periods, wherein the plurality of kinds of feedback information include reception quality information, transmission signal precoding information and transmission signal number-of-sequence information, a transmission period of the reception quality information is different from a transmission period of transmission signal precoding information, and a transmission period of transmission signal number-of-sequence information is different from the transmission period of the reception quality information and the transmission period of the transmission signal precoding information, to transmit, to the mobile station apparatus by radio resource control, RRC, signaling, information for indicating transmission of the plurality of kinds of feedback information with the different transmission periods corresponding to each kind of feedback information, measurement interval to measure the reception quality, and a rate of the feedback information to be transmitted using the PUCCH resource, wherein the information for indicating transmission of the plurality of kinds of feedback information with the different transmission periods corresponding to each kind of feedback information comprises information indicating the uplink channel to use in transmitting the feedback information, and to receive, from the mobile station apparatus, a single kind of the plurality of kinds of feedback information with the different transmission periods according to the information using the PUCCH resource in the different transmission periods, and the mobile station apparatus is configured to when a single kind of feedback information is to be transmitted in a slot, transmit, to the base station apparatus using the PUCCH resource, the single kind of the plurality of kinds of feedback information with the different transmission periods according to the information for indicating transmission of the plurality of kinds of feedback information; when multiple kinds of feedback information are to be concurrently transmitted in a same slot, transmit, to the base station apparatus using a physical uplink shared channel, PUSCH, resource, the multiple kinds of the plurality of kinds of feedback information with the different transmission periods according to the information for indicating transmission of the plurality of kinds of feedback information.
Electrical machine, comprising a rotatable shaft extending in a longitudinal direction, a rotor arranged in a rotationally fixed manner on the shaft, and a resolver which comprises a resolver rotor and a resolver stator for detecting the angular position of the rotor, wherein the resolver rotor is attached in a rotationally fixed manner to the rotor arranged on the shaft, characterized in that the resolver rotor, at a distance from the rotor in the longitudinal direction, is attached to this rotor by means of an adapter in the form of webs oriented parallel to the longitudinal direction of the shaft.
A method for accelerating estimation of a radio model of a first access point, wherein the radio model corresponds to a region within which radio signals transmitted by the first access point are detectable with at least predefined signal strength, the method comprising: determining a presence of the first access point in a radio environment; determining that the first access point is a beamforming node and obtaining information regarding one or more of a plurality of beams, wherein the plurality of beams are transmitted by the first access point; and estimating the radio model of the first access point based at least upon: (i) at least some of the information regarding the one or more of the beams transmitted by the first access point and (ii) signal propagation characteristics of one or more existing access points in the radio environment as represented by respective radio models of the one or more existing access points. determining a presence of the first access point in a radio environment; determining that the first access point is a beamforming node and obtaining information regarding one or more of a plurality of beams, wherein the plurality of beams are transmitted by the first access point; and estimating the radio model of the first access point based at least upon: (i) at least some of the information regarding the one or more of the beams transmitted by the first access point and (ii) signal propagation characteristics of one or more existing access points in the radio environment as represented by respective radio models of the one or more existing access points.
An article of footwear, comprising: an upper; a tubular structure, the tubular structure including a first end, a second end, and an intermediate portion, wherein the intermediate portion is attached to the upper; the tubular structure forming a tunnel extending through the tubular structure from the first end to the second end, wherein the intermediate portion of the tubular structure includes a surface with an opening, the opening extending to the tunnel; a first tensile strand extending through the tunnel of the tubular structure; a second tensile strand having a first portion attached to an attachment region of the article of footwear; the second tensile strand also having a second portion engaged with the first tensile strand, wherein a portion of the first tensile strand extends through the opening in the tubular structure to engage the second portion of the second tensile strand; and wherein applying tension to the first tensile strand also applies tension to the second tensile strand at the second portion of the second tensile strand. an upper; a tubular structure, the tubular structure including a first end, a second end, and an intermediate portion, wherein the intermediate portion is attached to the upper; the tubular structure forming a tunnel extending through the tubular structure from the first end to the second end, wherein the intermediate portion of the tubular structure includes a surface with an opening, the opening extending to the tunnel; a first tensile strand extending through the tunnel of the tubular structure; a second tensile strand having a first portion attached to an attachment region of the article of footwear; the second tensile strand also having a second portion engaged with the first tensile strand, wherein a portion of the first tensile strand extends through the opening in the tubular structure to engage the second portion of the second tensile strand; and wherein applying tension to the first tensile strand also applies tension to the second tensile strand at the second portion of the second tensile strand.
Superconducting synchronous machine (1, 1', 1", 1'''), comprising a rotor which can rotate in relation to a stator and which has at least one superconducting winding, which is cooled via a cooling device, wherein the cooled areas of the rotor are surrounded at least partly by a vacuum chamber rotating with the rotor, characterised in that, in a connection area created by means of at least two rotary seals (13a, 13b), static in relation to the rotor and delimiting the vacuum chamber, a pump line connecting the vacuum chamber to a vacuum pump is provided, wherein as part of the cooling device, a static line section for a cooling medium is routed into the rotor, which static line section is surrounded by a component having a cylindrical external wall, wherein the axially consecutive rotary seals (13a, 13b) are arranged such that a part of the static external wall and/or a static portion of a constructional unit comprising the two seals (13a, 13b) forms a delimitation of the vacuum chamber, wherein the pump line is routed through the static portion of a rotary seal (13a, 13b) and/or the pump line is routed through the constructional unit.
Method for transferring a vehicle driving with non-activated lateral guidance assistance into a driving state with a reduced risk of consequences of collision in the event of the driver experiencing an emergency, wherein the speed of the vehicle is higher than a speed limit, comprising the following steps: Detecting a hands-off situation of the driver and outputting a hands-off warning in a hands-off phase, Carrying out a warning escalation in an escalation phase if there is no reaction to the hands-off warning, and Reducing the speed of the vehicle in an intervention phase to a speed which is lower than the speed limit if there is no reaction in the escalation phase, wherein during the hands-off phase, the escalation phase and the intervention phase, a steering torque which returns the vehicle to the lane is applied if exiting of the vehicle from the current lane is detected, characterized in that during the escalation phase, lateral guidance of the vehicle takes place in such a way that the vehicle is just prevented from leaving the current lane as a function of the speed of the vehicle, by selecting the intervention time of the lateral guidance such that the vehicle just fails to leave the lane and oscillates to and fro along a driving trajectory of the escalation phase between the left-hand and right-hand marks of the lane. Detecting a hands-off situation of the driver and outputting a hands-off warning in a hands-off phase, Carrying out a warning escalation in an escalation phase if there is no reaction to the hands-off warning, and Reducing the speed of the vehicle in an intervention phase to a speed which is lower than the speed limit if there is no reaction in the escalation phase, wherein during the hands-off phase, the escalation phase and the intervention phase, a steering torque which returns the vehicle to the lane is applied if exiting of the vehicle from the current lane is detected, characterized in that during the escalation phase, lateral guidance of the vehicle takes place in such a way that the vehicle is just prevented from leaving the current lane as a function of the speed of the vehicle, by selecting the intervention time of the lateral guidance such that the vehicle just fails to leave the lane and oscillates to and fro along a driving trajectory of the escalation phase between the left-hand and right-hand marks of the lane.
A camera for introducing light pulses in an image stream, comprising: an image sensor arranged to capture an image stream depicting a scene, the image sensor comprising a plurality of pixels arranged to capture light of a first wavelength range, wherein at least one of the plurality of pixels is covered by a first material which is arranged to transform light of a second wavelength range to light of the first wavelength range; a first light source arranged to emit light pulses of light of the second wavelength range onto the first material, thereby causing the image sensor to register light pulses in the at least one pixel covered by the first material; and a camera lens system arranged so that it prevents light of the second wavelength range originating from the scene to be registered by the image sensor. an image sensor arranged to capture an image stream depicting a scene, the image sensor comprising a plurality of pixels arranged to capture light of a first wavelength range, wherein at least one of the plurality of pixels is covered by a first material which is arranged to transform light of a second wavelength range to light of the first wavelength range; a first light source arranged to emit light pulses of light of the second wavelength range onto the first material, thereby causing the image sensor to register light pulses in the at least one pixel covered by the first material; and a camera lens system arranged so that it prevents light of the second wavelength range originating from the scene to be registered by the image sensor.
A method for wireless communication at a user equipment, UE, comprising: receiving (1405, 1505), during a slot, for each beamformed channel of a plurality of beamformed channels, a reference signal and a data transmission, wherein the data transmission is a PDSCH transmission; performing (1410, 1510), for each beamformed channel of the plurality of beamformed channels, a channel state measurement procedure during the slot using the data transmission and the reference signal received over that beamformed channel; and transmitting (1415, 1525) a feedback report indicating a result of the channel state measurement procedure for the plurality of beamformed channels receiving (1405, 1505), during a slot, for each beamformed channel of a plurality of beamformed channels, a reference signal and a data transmission, wherein the data transmission is a PDSCH transmission; performing (1410, 1510), for each beamformed channel of the plurality of beamformed channels, a channel state measurement procedure during the slot using the data transmission and the reference signal received over that beamformed channel; and transmitting (1415, 1525) a feedback report indicating a result of the channel state measurement procedure for the plurality of beamformed channels
An overhead travelling crane assembly comprising an overhead rail and a hoist unit realized to travel along the rail, and a parking lock mounted to the hoist unit, which parking lock comprises - a brake assembly (12A, 12P, 12S, 12B) which, in its default position, prevents movement of the hoist unit along the overhead rail; and - a release means realised to release the brake assembly (12A, 12P, 12S, 12B) to allow movement of the hoist unit along the overhead rail; characterized in that the brake assembly comprises a pair of pivot arms arranged to rotate in opposite directions about a pivot point; and the release means comprises a pull-strap suspended from the lower ends of the pivot arms to rotate the pivot arms outward about the pivot point. - a brake assembly (12A, 12P, 12S, 12B) which, in its default position, prevents movement of the hoist unit along the overhead rail; and - a release means realised to release the brake assembly (12A, 12P, 12S, 12B) to allow movement of the hoist unit along the overhead rail; the brake assembly comprises a pair of pivot arms arranged to rotate in opposite directions about a pivot point; and the release means comprises a pull-strap suspended from the lower ends of the pivot arms to rotate the pivot arms outward about the pivot point.
Converter device for driving a load, the converter device comprising a converter circuit including a transformer, a battery charging circuit configured for providing a charging current to an energy storage device, and a switch configured to disconnect the load from the transformer, wherein the transformer is configured to provide an isolation barrier between a mains supply and the energy storage device and a further isolation barrier between the energy storage device and the load, and characterized in that the converter device is configured to provide the charging current with a first frequency, and to provide a load current with a second frequency different from the first frequency, and that the converter device comprises a switch control circuit configured to provide a drive signal to the switch for the switch disconnecting the load from the transformer in a battery charging phase.
An acoustic panel having two opposing main surfaces, two opposing first sides and two opposing second sides, the acoustic panel (2; 3) further comprising: - a suspending member for suspending the acoustic panel (2; 3) from a ceiling, the suspending member being arranged on one of the first sides such that when the acoustic panel (2; 3) is suspended from the ceiling the two opposing main surfaces are arranged perpendicular to the ceiling, and a light source, characterized in that the - light source arranged on one of the second sides such that when the acoustic panel (2; 3) is suspended from the ceiling the light source is arranged to provide illumination in a main direction, the main direction being parallel to the ceiling and perpendicular to the normal of the main surfaces. - a suspending member for suspending the acoustic panel (2; 3) from a ceiling, the suspending member being arranged on one of the first sides such that when the acoustic panel (2; 3) is suspended from the ceiling the two opposing main surfaces are arranged perpendicular to the ceiling, and a light source, characterized in that the - light source arranged on one of the second sides such that when the acoustic panel (2; 3) is suspended from the ceiling the light source is arranged to provide illumination in a main direction, the main direction being parallel to the ceiling and perpendicular to the normal of the main surfaces.