mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting downlink control information, DCI, to request a Channel Quality Indicator, CQI, by a base station in a LTE-A based wireless communication system supporting carrier aggregation for a plurality of component carriers, CCs, the method comprising: generating a bit string for triggering a CQI report, the bit-string includes a plurality of bits mapped to the plurality of CCs respectively; generating DCI including CQI related information for requesting the CQI report for at least one of the plurality of CCs; and transmitting the DCI on a physical downlink control channel, PDCCH, of a CC among the plurality of CCs, wherein a size of the CQI related information is greater than 1-bit and the CQI related information is set to one of a plurality of states indicating which CC to be CQI reported among the plurality of CCs, and wherein the plurality of states includes: a No CQI reporting state in which CQI reporting is not performed, a single CC CQI reporting state in which CQI reporting is performed for only one CC among the plurality of CCs, and a multi-CC CQI reporting state in which CQI reporting is performed for all the plurality of CCs, and wherein one or more bits among the plurality of bits are used for triggering CQI reporting for all the plurality of CCs at once by a single DCI transmission. generating a bit string for triggering a CQI report, the bit-string includes a plurality of bits mapped to the plurality of CCs respectively; generating DCI including CQI related information for requesting the CQI report for at least one of the plurality of CCs; and transmitting the DCI on a physical downlink control channel, PDCCH, of a CC among the plurality of CCs, wherein a size of the CQI related information is greater than 1-bit and the CQI related information is set to one of a plurality of states indicating which CC to be CQI reported among the plurality of CCs, and wherein the plurality of states includes: a No CQI reporting state in which CQI reporting is not performed, a single CC CQI reporting state in which CQI reporting is performed for only one CC among the plurality of CCs, and a multi-CC CQI reporting state in which CQI reporting is performed for all the plurality of CCs, and a No CQI reporting state in which CQI reporting is not performed, a single CC CQI reporting state in which CQI reporting is performed for only one CC among the plurality of CCs, and a multi-CC CQI reporting state in which CQI reporting is performed for all the plurality of CCs, and wherein one or more bits among the plurality of bits are used for triggering CQI reporting for all the plurality of CCs at once by a single DCI transmission.
Method for producing a steel component provided with an aluminum-based corrosion protection coating, comprising the following method steps: a) providing a flat steel product provided with an aluminum-based corrosion protection coating; b) heating the coated flat steel product in a hot forming furnace, the furnace atmosphere of which contains 16 vol.% to 20 vol.% oxygen and has a dew point of -20 °C to +15 °C; c) optionally retaining the coated flat steel product in the hot forming furnace; d) transporting the heated flat steel product into a forming tool; e) forming and simultaneous cooling of the flat steel product in the forming tool. a) providing a flat steel product provided with an aluminum-based corrosion protection coating; b) heating the coated flat steel product in a hot forming furnace, the furnace atmosphere of which contains 16 vol.% to 20 vol.% oxygen and has a dew point of -20 °C to +15 °C; c) optionally retaining the coated flat steel product in the hot forming furnace; d) transporting the heated flat steel product into a forming tool; e) forming and simultaneous cooling of the flat steel product in the forming tool.
A metal plate comprising an upper surface , a side wall surface , a lower surface and a side wall surface in this order in succession in a Y-direction to form a row having a shape of a projection and a recess , each of the projection and the recess being trapezoidal in shape to form a corrugated cross sectional shape in the Y-direction and extending in a row in an X-direction that is perpendicular to the Y-direction, wherein each side wall is provided such that a width between the two upper surfaces positioned to interpose the lower surface is wider than a width of the lower surface , wherein the upper surface of the projection is formed into a wave shape in a first cross-section (d-d) along the X-direction of a row of the upper surface , the first cross-section (d-d) being perpendicular to a second cross-section (X-Y) containing the Y-direction of the row having the shape of the projection and the recess and the X-direction of the row of the upper surface and the lower surface , and wherein the lower surface of the recess is formed into a wave shape in a third cross-section (c-c) along the X-direction of a row of the lower surface , the third cross-section (c-c) being perpendicular to the second cross-section (X-Y), characterized in that each side wall surface is formed into a wave shape in plan view such that each projection has a shape of a flat hexagon with round corner portions which flat hexagons are in succession with no gap therebetween in X-direction, and the minimum width portion between adjacent hexagons becomes narrow portion 2a.
A refiner segment for a refiner of lignocellulosic material, the refiner segment being part of a refiner disc comprising a center area , wherein the refiner segment comprises a number N, N ≥ 2, of bar zones ( Z i , i = 1, 2,...N ) arranged at different radial positions with regard to a radial direction R extending from said center area of said refiner disc towards the periphery of said refiner segment , each of said bar zones ( Z i ) being defined by a corresponding set of refining bars ( Z i RBi , i = 1, 2,...M ) distributed angularly and encircling the center area , where refining bars ( Z i RBi ) belonging to different but neighboring bar zones ( Z i , Z i+1 ) are angularly offset, wherein refining bars ( Z i RBi ) belonging to different but neighboring bar zones are arranged in such a way that a tangential direction of a particular refining bar ( Z k RBk ) belonging to a bar zone ( Z i , ) points in a direction towards the mid-point between two refining bars ( Z k+1 RBk + 1 ) belonging to a neighboring bar zone ( Z i , Z i+1 ) and wherein the length of refining bars belonging to different bar zones decreases from a largest length for refining bars ( Z 1 RB1 ) belonging to the innermost bar zone ( Z 1 ), with regard to the center of said refining disc , to the smallest length for refining bars ( Z N RBN ) belonging to the outermost bar zone ( Z N ) adjacent the periphery of said refiner segment characterized in that the number of refining bars ( Z i RBi ) are doubled for each zone going outwards towards the periphery.
Spectrometer comprising an input and an output for electromagnetic radiation and an optical means being arranged between said input and output for splitting the electromagnetic radiation into at least two parts of radiation of different wavelengths in such a way that radiation of a first wavelength appears at a first location on an outlet surface area of the output while radiation of a second wavelength appears at a second location on the outlet surface of the output , characterized in that , the input is realized as input element comprising a single mode fibre for optically guiding incoming electromagnetic radiation to a distribution core which is designed in such a manner that a wave-front of said radiation is formed on an outlet plane of the distribution core being arranged at an interface to a dispersive waveguide element optically coupled to the distribution core , said dispersive waveguide element is made of a bundle of multiple optical fibres used as waveguides, having different optical path lengths, wherein the wave-front of the radiation propagating through the distribution core is formed on the incident plane of the optical fibres , and fibres of the dispersive waveguide element are arranged to define a two-dimensional matrix and in a manner such that the normal of the incident plane of each fibre of the dispersive waveguide element matches with a normal of the local wave-front surface adjacent to the incident plane of said fibre , said dispersive waveguide element splits the electromagnetic radiation into at least two parts of radiation and guides the radiation into an imaging core , where different wave-fronts leaving different optical fibres of the dispersive waveguide element propagate and interfere with each other in a manner such that at least one typical interference pattern in the form of one or a group of focusing spots appears on an output plane of the imaging core and radiation of at least two different wavelengths leaving the output plane is guided into a multi-core single-mode waveguide and/or a sensor array for further processing.
An apparatus comprising: a fixation adapter for mounting on a handlebar , the fixation adapter comprising a body (20; 50) having a pin defined by a projection in a top portion of the body of the fixation adapter that fits into a hole in the handle bar to secure the body (20; 50) to the handlebar and a latch on a bottom portion of the body to fixedly lock to a control unit housing ; and the control unit housing slidably mounted to the fixation adapter , the control unit housing comprising a mounting area for mating to the latch of the fixation adapter , wherein the control unit housing further comprises two half shells (110, 210; 120, 200) configured to be fixedly joined together for securing around the handlebar . a fixation adapter for mounting on a handlebar , the fixation adapter comprising a body (20; 50) having a pin defined by a projection in a top portion of the body of the fixation adapter that fits into a hole in the handle bar to secure the body (20; 50) to the handlebar and a latch on a bottom portion of the body to fixedly lock to a control unit housing ; and the control unit housing slidably mounted to the fixation adapter , the control unit housing comprising a mounting area for mating to the latch of the fixation adapter , wherein the control unit housing further comprises two half shells (110, 210; 120, 200) configured to be fixedly joined together for securing around the handlebar .
Axis , of satellite for a mechanical reducer of an, in particular, aircraft's turbomachine , said axis having a general tubular shape, and comprising substantially radial orifices , extending between at least one radially internal surface of the axis and the external periphery of said axis and a lubrication and cooling core , mounted in said axis , characterized in that the core comprises first and second coaxial and truncated flanges , each comprising a first end of a larger diameter and a second opposite end of a smaller diameter, the flanges being fixed together by their second ends and being intended to extend inside said axis, and to cover two internal truncated surfaces of said axis to define with it, two annular cavities for circulating lubrication and cooling oil of the axis, said second ends of said first and second flanges comprising means for fluidically connecting said annular cavities to a lubrication and cooling oil source.
An air purifying system, comprising: a main air purifier configured to purify air; and a handheld air purifier configured to purify air at a smaller air purifying capacity than the main air purifier and configured to be mounted on and removed from the main air purifier , the handheld air purifier including: a suction body having a first surface and a filter , and a handle coupled to the suction body , wherein, when the handheld air purifier is mounted on the main air purifier , the main air purifier performs at least one of suctioning foreign matter from the first surface or sterilizing the first surface. a main air purifier configured to purify air; and a handheld air purifier configured to purify air at a smaller air purifying capacity than the main air purifier and configured to be mounted on and removed from the main air purifier , the handheld air purifier including: a suction body having a first surface and a filter , and a handle coupled to the suction body , wherein, when the handheld air purifier is mounted on the main air purifier , the main air purifier performs at least one of suctioning foreign matter from the first surface or sterilizing the first surface. a suction body having a first surface and a filter , and a handle coupled to the suction body , wherein, when the handheld air purifier is mounted on the main air purifier , the main air purifier performs at least one of suctioning foreign matter from the first surface or sterilizing the first surface.
Lifting-sliding door or window comprising a lifting-sliding leaf , a fixed leaf and a border frame , wherein the lifting-sliding leaf is adjustable in the border frame between a raised and a lowered position, and in the raised position, by means of carriages disposed on the lower leaf profile, is displaceable in a displacement direction on a running rail on the lower frame profile of the border frame, and is guided in a guide rail on the upper frame profile of the border frame , wherein the lifting-sliding leaf in a vertical leaf profile has a drive unit by which a vertically aligned pinion shaft supporting a pinion is able to be driven, wherein the guide rail on the upper frame profile between two guide webs , preferably two guide webs spaced apart in parallel, forms a guide groove in which a sliding element is inserted so as to be displaceable in the displacement direction, and in the raised as well as the lowered position of the lifting-sliding leaf, an upper pinion shaft portion lying in the vertical direction above the pinion is inserted in the sliding element so as to be rotatably mounted therein, and the pinion on a rack region bears so as to mesh with one of the guide webs delimiting the guide groove, characterized in that the sliding element in the vertical direction is supported by a detent step on which the sliding element bears so as to be displaceable thereon and which is formed on at least one of the two guide webs , and in the lowered position of the lifting-sliding leaf the toothing of the pinion in some regions is inserted in the toothing of the rack region , and in the raised position of the lifting-sliding leaf the toothing of the pinion is inserted completely in the toothing of the rack region .
Device for supervising ports of an integrated circuit, said device being arranged for exchanging information with a central processing unit of an integrated circuit and for communicating with ports of said integrated circuit and comprising - address decoding means for decoding an address of a port from which a read operation or to which a write operation is to be performed in accordance with information exchanged with said central processing unit, - access control means arranged for generating a request towards said port to perform said read operation from or said write operation to said port and for receiving a response to said request from said port, said access control means further arranged for performing said write operation to said port, - parity controlling means arranged for performing a parity check on one or more parity bits contained in said information exchanged with said central processing unit and generating an error signal in case said parity check yields no match and arranged for, upon a positive response to said request, generating one or more parity bits when performing said write operation to said port, and carrying out a parity check when performing said read operation from said port and generating an error signal in case said parity check yields no match, wherein said device for supervising ports comprises read-back information means arranged for receiving input from said port and for passing said input to said parity control means and wherein said address decoding means, said access control means, said read-back information means and said parity controlling means are arranged to be operative in a background loop wherein a range of port addresses is monitored and wherein said read-back information means reads data and one or more parity bits stored on ports with an address in said range and said parity controlling means performs a parity check on said one or more parity bits stored on said ports. - address decoding means for decoding an address of a port from which a read operation or to which a write operation is to be performed in accordance with information exchanged with said central processing unit, - access control means arranged for generating a request towards said port to perform said read operation from or said write operation to said port and for receiving a response to said request from said port, said access control means further arranged for performing said write operation to said port, - parity controlling means arranged for performing a parity check on one or more parity bits contained in said information exchanged with said central processing unit and generating an error signal in case said parity check yields no match and arranged for, upon a positive response to said request, generating one or more parity bits when performing said write operation to said port, and carrying out a parity check when performing said read operation from said port and generating an error signal in case said parity check yields no match,
An electrical machine comprising: a moveable permanent magnet component configured to generate a first magnetic field; a stator comprising windings configured to excite a second magnetic field; and a moveable inter-pole component located between the permanent magnet component and the stator , the inter-pole component comprising an array of magnetic inter-pole pieces ; wherein a drive motor is configured to drive the inter-pole component wherein the speed of movement of the inter-pole component is controlled to set a magnetic gear ratio between the first and second magnetic fields, and when the machine is operated as a generator, an output of the stator is coupled to power electronics and arranged to provide drive to the inter-pole component . a moveable permanent magnet component configured to generate a first magnetic field; a stator comprising windings configured to excite a second magnetic field; and a moveable inter-pole component located between the permanent magnet component and the stator , the inter-pole component comprising an array of magnetic inter-pole pieces ;
A semiconductor device , comprising: a first connector including a first plate having a first upper surface and a first terminal connected to the first plate , a first plate including a second plate and a third plate , a plate thickness of the second plate being thinner than a plate thickness of the third plate , the third plate being provided between the second plate and the first terminal ; a semiconductor chip provided on the first upper surface ; a first bonding material provided between the first upper surface and the semiconductor chip ; a second connector provided on the semiconductor chip , a third connector , the first plate being provided between the first terminal and the third connector ; a second bonding material provided between the second connector and the semiconductor chip ; and a third bonding material provided between the second connector and the third connector . a first connector including a first plate having a first upper surface and a first terminal connected to the first plate , a first plate including a second plate and a third plate , a plate thickness of the second plate being thinner than a plate thickness of the third plate , the third plate being provided between the second plate and the first terminal ; a semiconductor chip provided on the first upper surface ; a first bonding material provided between the first upper surface and the semiconductor chip ; a second connector provided on the semiconductor chip , a third connector , the first plate being provided between the first terminal and the third connector ; a second bonding material provided between the second connector and the semiconductor chip ; and a third bonding material provided between the second connector and the third connector .
A frame construction , in particular for a rack system, comprising: - two in particular vertical columns each in the form of an in particular rectangular hollow profiled column element having a longitudinal groove , the two groove legs of which lying opposite each other each have on the inside two longitudinal ribs , between which a hole pattern strip is inserted into the hollow profiled column element , and - a plurality of in particular horizontal crossbeams (3 1 , 3 2 , 3 3 ), which are fastened to the two columns , each in the form of an in particular rectangular hollow profiled crossbeam element , crossbeam connectors being fastened to each end face of the hollow profiled crossbeam element , wherein the crossbeam connectors are each formed in two parts by an inner and an outer connector part , wherein the inner connector part is fastened to the end face of the hollow profiled crossbeam element and is plugged, in particular hung, into the outer connector part and the outer connector part engages, with at least one pin , in one of the holes of the hole pattern strips , and wherein the two groove legs of the hollow profiled column element and the outer connector part each have a mutually interacting clip contour for clipping of the outer connector part into the longitudinal groove and/or for displacement of the outer connector part along the longitudinal groove . - two in particular vertical columns each in the form of an in particular rectangular hollow profiled column element having a longitudinal groove , the two groove legs of which lying opposite each other each have on the inside two longitudinal ribs , between which a hole pattern strip is inserted into the hollow profiled column element , and - a plurality of in particular horizontal crossbeams (3 1 , 3 2 , 3 3 ), which are fastened to the two columns , each in the form of an in particular rectangular hollow profiled crossbeam element , crossbeam connectors being fastened to each end face of the hollow profiled crossbeam element ,