mhurhangee/ep-ind-claims huggingface dataset:
Mulching device comprising a flail mower that has a rotor shaft which is rotatable about a rotor axis and has tools accommodated thereon for cutting and/or shredding green matter and/or lumber and/or straw, in particular maize straw, and comprising a sickle mower that has a blade support which is rotatable about a blade shaft axis that is skewed in relation to the rotor axis of the flail mower, and which has at least one blade tool arranged on the blade support for cutting and/or shredding green matter and/or lumber and/or straw, in particular maize straw, characterized in that the blade support of the sickle mower is arranged so as to be linearly displaceable along an adjustment axis that lies in a plane parallel to the rotor axis of the rotor shaft of the flail mower.
Sensor arrangement for determining an angular position of a rotor relative to a stator, the sensor arrangement comprising two components, namely a magnet and a sensor, wherein the components (2, 3) are arranged to be rotatable to each other about an axis of rotation, wherein the sensor comprises a first and a second sensor pair (31, 32), each having a first and a second sensor element (311, 312, 321, 322), wherein each of the sensor elements (311, 312, 321, 322) is configured to determine a magnetic field component in precisely one pre-defined direction and each of the sensor elements (311, 312, 321, 322) accordingly outputs a measured value which is proportional to the magnetic field component in this direction, wherein the sensor arrangement comprises an arithmetic unit for determining the angular position and configured to obtain those measured values from the sensor elements (311, 312, 321, 322) which are each proportional to the magnetic field component in the pre-defined direction of the magnetic field present at the respective sensor element (311, 312, 321, 322), wherein each sensor pair (31, 32) has assigned to it a straight line (313, 323) along which the two sensor elements (311, 312, 321, 322) are located and which intersects the axis of rotation, wherein the first sensor element (311, 321) has a smaller radial distance from the axis of rotation than the second sensor element (312, 323) and both sensor elements (311, 312, 321, 322) are located on the same radial side of the axis of rotation, wherein the straight line assigned to the first sensor pair is spaced from the straight line assigned to the second sensor pair by an angle of rotation ( β), wherein the arithmetic unit is configured to form a first differential value by subtracting a measured value obtained from the first sensor element of the first sensor pair from a measured value obtained from the second sensor element of the first sensor pair and to form a second differential value by subtracting a measured value obtained from the first sensor element of the second sensor pair from a measured value obtained from the second sensor element of the second sensor pair to eliminate an interference from an external magnetic field, and to determine the angular position of the rotor relative to the stator based on the ratio of the differential values.
A method for a user equipment in a wireless communication system supporting carrier aggregation, the system comprising a radio base station configured to broadcast system information in at least two cells, the method comprising: - receiving configuration information for an aggregation of the at least two cells from the radio base station, characterized in that it comprises: - identifying a first of the at least two cells based on a configuration rule stating that the first of the at least two cells has a status that is different from the status of the remaining cells and on the received configuration information, wherein the received configuration information comprises an indication of which one of the at least two cells that has the different status, and - reading the broadcasted system information only in the identified first cell, and thereafter - receiving a signal from the base station indicative of a change of the status of the identified first cell, - responsive to the received signal, identifying a second of the at least two cells as having a status different from the status of any remaining cells, and - reading the broadcasted system information only in the identified second cell. - receiving configuration information for an aggregation of the at least two cells from the radio base station, - identifying a first of the at least two cells based on a configuration rule stating that the first of the at least two cells has a status that is different from the status of the remaining cells and on the received configuration information, wherein the received configuration information comprises an indication of which one of the at least two cells that has the different status, and - reading the broadcasted system information only in the identified first cell, and thereafter - receiving a signal from the base station indicative of a change of the status of the identified first cell, - responsive to the received signal, identifying a second of the at least two cells as having a status different from the status of any remaining cells, and - reading the broadcasted system information only in the identified second cell.
An armrest comprising a top surface; a first side surface and a second side surface being opposite to said first side surface; wherein said top surface incorporates a number of discrete regions (5,6); a first discrete region on which, in use, the elbow of a first user may rest; said first discrete region extending diagonally towards said first side surface; and at least one further discrete region located in front of said first discrete region which extends diagonally towards said second side surface; whereby said second discrete region provides, in use, a resting surface for the elbow of a second user seated in an adjacent seat; wherein said first region is bounded by a first diagonal line of separation located between said first and second region; characterised in that said first and second regions slope oppositely from one another down towards respective side surfaces; and said second region is bounded by said first diagonal line of separation and a further diagonal line of separation extending in the opposite direction to said first line.
A method for controlling a Policy Control and Charging, PCC, rule in a preload mode, comprising: recording, by a Policy and Charging Rule Function, PCRF, entity, system time when a PCC rule is issued each time, and obtaining an update time interval of the preload mode, in the preload mode; upon detecting no enforcement date preset for a service currently in a steady session state, detecting, by the PCRF entity, a time interval between current time and the recorded system time when a PCC rule corresponding to the service is lastly issued; and updating, by the PCRF entity, validation time and invalidation time of the PCC rule corresponding to the detected service, for which no enforcement date is preset, when the time interval between the current time and the recorded system time when the PCC rule is lastly issued is the obtained update time interval of the preload mode; wherein the date refers to a year/month/day, the system time and current time refer to a year/month/day/hour/minute/second, and the validation time refers to a year/month/day/hour/minute/second at which the PCC rule is started, and the invalidation time refers to a year/month/day/hour/minute/second at which the PCC rule is terminated; and the preload mode refers to that the PCRF entity transmits respective PCC rules, including the validation time and invalidation time of each rule, to the PGW at a time, so that PGW itself controls the PCC rules to be enforced for the current time. recording, by a Policy and Charging Rule Function, PCRF, entity, system time when a PCC rule is issued each time, and obtaining an update time interval of the preload mode, in the preload mode; upon detecting no enforcement date preset for a service currently in a steady session state, detecting, by the PCRF entity, a time interval between current time and the recorded system time when a PCC rule corresponding to the service is lastly issued; and updating, by the PCRF entity, validation time and invalidation time of the PCC rule corresponding to the detected service, for which no enforcement date is preset, when the time interval between the current time and the recorded system time when the PCC rule is lastly issued is the obtained update time interval of the preload mode; wherein the date refers to a year/month/day, the system time and current time refer to a year/month/day/hour/minute/second, and the validation time refers to a year/month/day/hour/minute/second at which the PCC rule is started, and the invalidation time refers to a year/month/day/hour/minute/second at which the PCC rule is terminated; and the preload mode refers to that the PCRF entity transmits respective PCC rules, including the validation time and invalidation time of each rule, to the PGW at a time, so that PGW itself controls the PCC rules to be enforced for the current time.
A session migration method, comprising: determining, by a source session management function entity, whether to update a session of a terminal device; and if the source session management function entity determines to update the session of the terminal device, retaining, by the source session management function entity, a context of a first session, and sending instruction information to a first device, wherein the instruction information is used to instruct the first device to trigger creation of a second session after the first device obtains to-be-sent data of the terminal device, wherein the first session is a session created between the source session management function entity and the terminal device, the first device is the terminal device or a target mobility management function entity, and the second session is a session between a target session management function entity and the terminal device. determining, by a source session management function entity, whether to update a session of a terminal device; and if the source session management function entity determines to update the session of the terminal device, retaining, by the source session management function entity, a context of a first session, and sending instruction information to a first device, wherein the instruction information is used to instruct the first device to trigger creation of a second session after the first device obtains to-be-sent data of the terminal device, wherein the first session is a session created between the source session management function entity and the terminal device, the first device is the terminal device or a target mobility management function entity, and the second session is a session between a target session management function entity and the terminal device.
A laser radar mounted on a work vehicle, the laser radar comprising: a light projector configured to project laser light at an area around a vehicle body; a light receiver configured to receive reflected light, the reflected light being the laser light reflected by a reflection body present around the vehicle body; a hood having a transmission area allowing either of or both of the laser light and the reflected light to pass through, the hood covering the light projector and the light receiver; and a dimming layer formed at least on the transmission area of the hood, characterized in that the dimming layer is a dimming filter selectively movable between an acting position allowing the laser light and the reflected light to pass through and an evacuation position disallowing the laser light and the reflected light to pass through. a light projector configured to project laser light at an area around a vehicle body; a light receiver configured to receive reflected light, the reflected light being the laser light reflected by a reflection body present around the vehicle body; a hood having a transmission area allowing either of or both of the laser light and the reflected light to pass through, the hood covering the light projector and the light receiver; and a dimming layer formed at least on the transmission area of the hood, characterized in that the dimming layer is a dimming filter selectively movable between an acting position allowing the laser light and the reflected light to pass through and an evacuation position disallowing the laser light and the reflected light to pass through.
A polypeptide comprising at least one amino acid sequence selected from the group consisting of SEQ ID NO: 3, SEQ ID NO: 143, SEQ ID NO: 145, SEQ ID NO: 146 and SEQ ID NO: 148, wherein said polypeptide is capable of binding to Ang-2, and physiologically acceptable salts thereof; Peptide SEQ ID NO: Sequence Con1-1 143 AGGM1RPYDGMLGWPNYDVQA Con1-3 145 APGQRPYDGMLGWPTYQRIV Con1-4 146 SGQLRPCEEIFGCGTQNLAL Con1-6 148 GQDLRPCEDMFGCGTKDWYG Con1 3 KRPCEEIFGGCTYQ
A terminal apparatus, comprising: a first control unit configured to select a first frequency band for a first cellular system and a second frequency band of a second cellular system different from the first cellular system, said second frequency band being different from the first frequency band, when said terminal apparatus is in an idle mode; and a second control unit configured to control said terminal apparatus, when said terminal apparatus is in the idle mode, to receive a paging message transmitted in the first frequency band and to receive a multicast signal transmitted from a base station of the second cellular system, in the second frequency band, wherein the first control unit is configured to select the second frequency band using a criterion different from a criterion for selecting the first frequency band. a first control unit configured to select a first frequency band for a first cellular system and a second frequency band of a second cellular system different from the first cellular system, said second frequency band being different from the first frequency band, when said terminal apparatus is in an idle mode; and a second control unit configured to control said terminal apparatus, when said terminal apparatus is in the idle mode, to receive a paging message transmitted in the first frequency band and to receive a multicast signal transmitted from a base station of the second cellular system, in the second frequency band, wherein the first control unit is configured to select the second frequency band using a criterion different from a criterion for selecting the first frequency band.
A process for controlling the growth of a raloxifene hydrochloride crystal having particle size distribution D(0.9) ≤ 100μm and D(0.5) ≥ 35μm, said process comprising the steps of: a) heating under reflux at a temperature in the range of 65 to 67°C a mass comprising crystalline raloxifene hydrochloride, methanol and water for a time of about 10 minutes, b) cooling the mass to 30-35oC to interrupt crystal growth, c) checking the crystal particle size distribution, wherein steps a), b) and c) are repeated for a number of cycles n, wherein n is from 2 to 5, until said particle size distribution is obtained and wherein once the desired crystal size has been achieved, the cooled mass is distilled under vacuum to remove part of the solvent. a) heating under reflux at a temperature in the range of 65 to 67°C a mass comprising crystalline raloxifene hydrochloride, methanol and water for a time of about 10 minutes, b) cooling the mass to 30-35oC to interrupt crystal growth, c) checking the crystal particle size distribution,
Poly(acrylonitrile) homo- or co-polymer having a number average molecular weight (M n) of at least 200,000 g/mol (measured with GPC) and a dispersity (Ð) of less than 1.3.
A communication control device configured to control radio communication in accordance with a time division duplex method, the communication control device comprising: a setting unit (151, 163, 171) configured to set a link direction configuration indicating a link direction of each subframe, with respect to each frame including a plurality of subframes; and a control unit (153, 167) configured to control processes of automatic repeat request with respect to a terminal device that performs radio communication, wherein the control unit controls the processes to make a number of the processes equal to or smaller than a maximum number according to setting of the link direction configuration, and wherein, when a second link direction configuration is set by the setting unit after a first link direction configuration, and a first maximum process number of automatic repeat request set with respect to the first link direction configuration is larger than a second maximum process number of automatic repeat request set with respect to the second link direction configuration, the maximum number is temporarily set larger than the second maximum process number during a predetermined period after setting the second link direction configuration, characterised by the predetermined period being a period that is equal to or shorter than one frame after setting the second link direction configuration. a setting unit (151, 163, 171) configured to set a link direction configuration indicating a link direction of each subframe, with respect to each frame including a plurality of subframes; and a control unit (153, 167) configured to control processes of automatic repeat request with respect to a terminal device that performs radio communication, wherein the control unit controls the processes to make a number of the processes equal to or smaller than a maximum number according to setting of the link direction configuration, and wherein, when a second link direction configuration is set by the setting unit after a first link direction configuration, and a first maximum process number of automatic repeat request set with respect to the first link direction configuration is larger than a second maximum process number of automatic repeat request set with respect to the second link direction configuration, the maximum number is temporarily set larger than the second maximum process number during a predetermined period after setting the second link direction configuration, characterised by the predetermined period being a period that is equal to or shorter than one frame after setting the second link direction configuration.
Arrangement with two or more layered slabs (1,2) of natural stone, artificial stone such as concrete or resin-bonded stone flours, glass or ceramic - hereinafter called stone slab or slabs - wherein the overall arrangement of the stone slabs is mechanically stabilised over the cross-section of the overall structure by stabilising fibre fabric layers against exceeding the permissible tensile elongation, wherein a cut-out is located under the surface of the upper stone layer, which breaks through the stabilising fibre layer and which extends to just below the surface of the upper stone layer and within the cavity of which there is an induction coil for the inductive heating of magnetisable induction dishes, characterised in that the stiffness of the stone geometry below the tension-stable fibre layer is greater than the stiffness of the geometry of the upper cover layer which forms the surface and in that the fibres consist of carbon, glass or stone fibres.
A crate (100, 200, 300) comprising: a base including at least one displaceable panel (5A, 5B, 50A, 50B) and side walls (2, 20) configured to form a closed perimeter portion for enclosing a quantity of items, the closed perimeter portion defines a substantially open top for receiving items; the at least one displaceable panel (5A, 5B, 50A, 50B) is spaced apart from the surface upon which the crate is placed and is movably connected to the closed perimeter portion and moveable between a closed position, wherein the at least one base panel (5A, 5B, 50A, 50B) is configured to extend at least partly across a bottom face of the perimeter portion to substantially block the bottom face and an open position, wherein the at least one displaceable panel is displaced from the bottom face so that the bottom is substantially unblocked; in the open position, the at least one displaceable panel (5A, 5B, 50A, 50B) is capable of being folded flat against an outer face of the side wall (2, 20) whilst remaining moveably connected to the closed perimeter; characterised in that when in the closed position an upper surface of the at least one base panel (5A, 5B, 50A, 50B) is angled inwards and downwards to encourage items to slide off when the at least one base panel is displaced from the closed position to the open position.
Pharmaceutical composition comprising ClO 2 - for use in a method for the treatment of diabetes-related kidney insufficiency, diabetes-related coronary artery disease, diabetes-related peripheral artery disease, diabetes-related retinopathy, or diabetes-related neuropathy thalassemia or rhabdomolysis.
A photocathode device, comprising: a window; and a photocathode layer having an input surface optically coupled to the window and a vacuum-side surface, characterised in that the vacuum-side surface has a corner cube array formed therein, the corner cube array being made of the same material as the photocathode layer. a window; and a photocathode layer having an input surface optically coupled to the window and a vacuum-side surface, characterised in that the vacuum-side surface has a corner cube array formed therein, the corner cube array being made of the same material as the photocathode layer.
A plasma etching method of plasma etching a silicon carbide semiconductor substrate placed on a platen arranged in a processing chamber using a plasma generated from a reactive etching gas, characterized by comprising a deposition step of forming a high speed etching film on a surface of the silicon carbide semiconductor substrate, the high speed etching film being etched at a higher speed than the silicon carbide semiconductor substrate by reactive species generated by generating the plasma from the reactive etching gas, a mask forming step of forming a mask having an opening on the high speed etching film formed on the surface of the silicon carbide semiconductor substrate; and an etching step of placing the silicon carbide semiconductor substrate on the platen arranged in the processing chamber, heating the silicon carbide semiconductor substrate to a temperature equal to or higher than 200 °C, and supplying the reactive etching gas into the processing chamber to generate the plasma and applying a bias potential to the platen on which the silicon carbide semiconductor substrate is placed, thereby etching, through the opening, the high speed etching film and the silicon carbide semiconductor substrate by the plasma generated from the reactive etching gas, in the etching step, an etching speed of the high speed etching film etched by the plasma generated from the reactive etching gas being higher than that of the silicon carbide semiconductor substrate, in the etching step, the high speed etching film and the silicon carbide semiconductor substrate are etched isotropically, and the high speed etching film comprising at least one of titanium nitride, tungsten silicide and silicon nitride.