mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a terminal for transmitting channel state information, CSI, for a mobile communication system, the method comprising: selecting at least one CSI reference signal, CSI-RS, from a plurality of reference signals received from a base station; determining whether a rank indicator, RI, or precoding matrix indicator, PMI, drop occurs due to a CSI reporting conflict between serving cells configured for the terminal; determining whether a first CSI-RS resource index, CRI, which was previously reported to the base station is same as a second CRI currently reported indicating the selected CSI-RS, in case that the RI or PMI drop has occurred; transmitting, to the base station, a first CSI on the basis of a most recently reported RI or PMI, in case that the first CRI is same as the second CRI; and transmitting, to the base station, a second CSI on the basis of a most recent RI or PMI having a CRI same as the second CRI, in case that the first CRI is different from the second CRI. selecting at least one CSI reference signal, CSI-RS, from a plurality of reference signals received from a base station; determining whether a rank indicator, RI, or precoding matrix indicator, PMI, drop occurs due to a CSI reporting conflict between serving cells configured for the terminal; determining whether a first CSI-RS resource index, CRI, which was previously reported to the base station is same as a second CRI currently reported indicating the selected CSI-RS, in case that the RI or PMI drop has occurred; transmitting, to the base station, a first CSI on the basis of a most recently reported RI or PMI, in case that the first CRI is same as the second CRI; and transmitting, to the base station, a second CSI on the basis of a most recent RI or PMI having a CRI same as the second CRI, in case that the first CRI is different from the second CRI.
Heat-sealable paperboard packaging material comprising: a paperboard substrate having a first surface and an opposed second surface; and a polymer coating on the first surface, comprising: a first plastic layer attached to the first surface; the first plastic layer having a first thickness and not containing inorganic filler; a second plastic layer attached to the first plastic layer, the second plastic layer having a second thickness, the second plastic layer containing from 15% up to 75% by weight of an inorganic filler; and a third plastic layer attached to the second plastic layer, the third plastic layer having a third thickness.
Electric convection cooking oven comprising a cooking chamber, a cooking resistor and a fan both mounted on the rear wall of said cooking chamber and a deflector , formed by a front wall and peripheral walls, mounted on said rear wall so as to protect a user from contact with said cooking resistor and said fan , said deflector being provided with solid peripheral walls at its top and bottom sides and at least one central intake grille in said front wall, the deflector having a substantially octagonal shape that also includes two pairs of oblique peripheral walls which are respectively adjacent to said top and bottom walls and connected thereto without edges, said oblique walls having openings that extend over 30-90% of their area, as well as two lateral peripheral walls that extend between the oblique walls and are connected without edges both to the oblique walls and to the front wall, characterized in that the side walls are without openings and extend towards the back of the deflector for about 40% of its depth.
Method for controlling a cooking appliance with a temperature sensor , the cooking appliance comprising at least one heating power transferring element for heating a cookware item placed on a cooking support , the method comprising the steps of: - gathering temperature information related to the cookware item content with the temperature sensor in the cookware item , - after a heat-up process, gathering information regarding a power reduction action initiated by a user input; - evaluating temperature information provided by the temperature sensor , said temperature information being correlated with the temperature of the cookware item content; - providing temperature lock information to the user if the variation of the temperature of the cookware content is equal or lower than a certain temperature variation value; - after providing temperature lock information, receiving temperature lock confirmation from the user; - after receiving temperature lock confirmation, controlling the provision of heat energy to the cookware item or the cookware content based on temperature information provided by the temperature sensor such that the temperature of the cookware item content is maintained within a given temperature range . - gathering temperature information related to the cookware item content with the temperature sensor in the cookware item , - after a heat-up process, gathering information regarding a power reduction action initiated by a user input; - evaluating temperature information provided by the temperature sensor , said temperature information being correlated with the temperature of the cookware item content; - providing temperature lock information to the user if the variation of the temperature of the cookware content is equal or lower than a certain temperature variation value; - after providing temperature lock information, receiving temperature lock confirmation from the user; - after receiving temperature lock confirmation, controlling the provision of heat energy to the cookware item or the cookware content based on temperature information provided by the temperature sensor such that the temperature of the cookware item content is maintained within a given temperature range .
Interdental brush for cleaning interdental spaces and/or dental implants, having a brush head that has an elongated bristle carrier and a plurality of bristles , wherein the bristles extend radially outwards starting from the bristle carrier , characterised in that the brush head is designed as a single component injection-moulded part
An imaging system comprising: an X-ray source configured to emit an X-ray beam; an X-ray detector configured to detect the X-ray beam emitted by the X-ray source, the X-ray detector and the X-ray source being joined by a connecting member such that the X-ray detector and the X-ray source remain in geometric alignment for the X-ray detector to receive the X-ray beam during an imaging process; and a translational mechanism configured to vertically translate the X-ray source and the X-ray detector during the imaging process, such that the X-ray detector is translated within a first vertical path having a first height range and the X-ray source is translated within a second vertical path having a second height range, wherein the first height range exceeds the second height range, characterized in that the translational mechanism comprises a first cable and a second cable , the first cable attached to the X-ray detector at a first terminus and a first counterweight device at a second terminus, the second cable attached to the X-ray source at a first terminus and a second counterweight device at a second terminus, and wherein the first cable is threaded on a first pulley and the second cable is threaded on a second pulley an X-ray source configured to emit an X-ray beam; an X-ray detector configured to detect the X-ray beam emitted by the X-ray source, the X-ray detector and the X-ray source being joined by a connecting member such that the X-ray detector and the X-ray source remain in geometric alignment for the X-ray detector to receive the X-ray beam during an imaging process; and a translational mechanism configured to vertically translate the X-ray source and the X-ray detector during the imaging process, such that the X-ray detector is translated within a first vertical path having a first height range and the X-ray source is translated within a second vertical path having a second height range, wherein the first height range exceeds the second height range, characterized in that the translational mechanism comprises a first cable and a second cable , the first cable attached to the X-ray detector at a first terminus and a first counterweight device at a second terminus, the second cable attached to the X-ray source at a first terminus and a second counterweight device at a second terminus, and wherein the first cable is threaded on a first pulley and the second cable is threaded on a second pulley
Portable cleaning device for liquid cleaning of sensitive components , in particular sensitive aviation and/or space travel components, with at least one cleaning head comprising at least one application unit for an application of a cleaning fluid and at least one aspiration unit for an aspiration of the cleaning fluid , wherein the cleaning head comprises at least one application unit for an application of a drying fluid , in particular a drying gas, for drying the sensitive component , characterised by at least one hood encompassing the cleaning head and the component that is to be cleaned from several sides, said hood being made at least partially of a transparent material, and by at least one manually guided magnetic guiding element which is movable on the hood and is configured for an indirect movement of the cleaning head , the cleaning head comprising a permanent magnet . wherein the cleaning head comprises at least one application unit for an application of a drying fluid , in particular a drying gas, for drying the sensitive component , characterised by at least one hood encompassing the cleaning head and the component that is to be cleaned from several sides, said hood being made at least partially of a transparent material, and by at least one manually guided magnetic guiding element which is movable on the hood and is configured for an indirect movement of the cleaning head , the cleaning head comprising a permanent magnet .
A method for antiskid brake control, comprising: receiving, by a brake control unit , an aircraft mass; receiving, by the brake control unit, a wheel speed signal; characterised by determining, by the brake control unit, an aircraft speed based upon the wheel speed signal; adjusting, by the brake control unit, an antiskid parameter based upon the aircraft mass and the aircraft speed; generating, by the brake control unit, an antiskid brake command signal based upon the adjusted antiskid parameter; and sending, by the brake control unit, the antiskid brake command signal to a brake control component to apply a stopping force to a wheel assembly. receiving, by a brake control unit , an aircraft mass; receiving, by the brake control unit, a wheel speed signal; characterised by determining, by the brake control unit, an aircraft speed based upon the wheel speed signal; adjusting, by the brake control unit, an antiskid parameter based upon the aircraft mass and the aircraft speed; generating, by the brake control unit, an antiskid brake command signal based upon the adjusted antiskid parameter; and sending, by the brake control unit, the antiskid brake command signal to a brake control component to apply a stopping force to a wheel assembly.
A bone plate assembly for stabilizing a bone fracture, comprising: a) a bone plate defining a screw hole with a lower portion and an upper portion ; b) a bone fastener having a head and a shaft , the bone fastener extending through the screw hole such that the head is supported in the lower portion of the screw hole; c) a locking element provided in the upper portion of the screw hole to prevent axial displacement of the bone fastener relative to the plate; characterized in that the bone plate assembly further comprises d) an accessory element having an opening positioned at least partly over the locking element; and e) a retaining element positioned through the opening and coupled to the locking element to attach the accessory element to the bone plate. a) a bone plate defining a screw hole with a lower portion and an upper portion ; b) a bone fastener having a head and a shaft , the bone fastener extending through the screw hole such that the head is supported in the lower portion of the screw hole; c) a locking element provided in the upper portion of the screw hole to prevent axial displacement of the bone fastener relative to the plate; characterized in that the bone plate assembly further comprises d) an accessory element having an opening positioned at least partly over the locking element; and e) a retaining element positioned through the opening and coupled to the locking element to attach the accessory element to the bone plate.
A manufacturing method of a non-oriented electrical steel sheet, comprising: on a slab having a steel composition consisting of, in mass%, C: 0.005% or less, Si: 0.1% to 1.6%, Mn: 0.05% to 0.6%, P: 0.100% or less, Al: 0.03% to 0.5%, N: 40 ppm or less, at least one of Sn and Sb of 0.05% to 0.15%, optionally B of 0.0005% to 0.0030%, and a balance being composed of Fe and inevitable impurities, performing hot rolling to obtain a hot-rolled steel sheet; performing hot rolling annealing on the hot-rolled steel sheet to obtain a hot-rolled annealed steel sheet; pickling the hot-rolled annealed steel sheet; performing cold rolling on the pickled hot-rolled annealed steel sheet to obtain a cold-rolled steel sheet; and performing finish annealing on the cold-rolled steel sheet, wherein in the hot rolling, a heating temperature of the slab is set to 1050°C to 1250°C, a finish rolling finishing temperature is set to 800°C to an Ar1 transformation point + 20°C, and a coil winding temperature is set to 500°C to 700°C, and an annealing temperature in the hot rolling annealing is set to 750°C to an Ac1 transformation point for a maintaining time period of 1 to 120 minutes and an annealing temperature in the finish annealing is set to 800°C to the Ac1 transformation point. on a slab having a steel composition consisting of, in mass%, C: 0.005% or less, Si: 0.1% to 1.6%, Mn: 0.05% to 0.6%, P: 0.100% or less, Al: 0.03% to 0.5%, N: 40 ppm or less, at least one of Sn and Sb of 0.05% to 0.15%, optionally B of 0.0005% to 0.0030%, and a balance being composed of Fe and inevitable impurities, performing hot rolling to obtain a hot-rolled steel sheet; performing hot rolling annealing on the hot-rolled steel sheet to obtain a hot-rolled annealed steel sheet; pickling the hot-rolled annealed steel sheet; performing cold rolling on the pickled hot-rolled annealed steel sheet to obtain a cold-rolled steel sheet; and performing finish annealing on the cold-rolled steel sheet, wherein in the hot rolling, a heating temperature of the slab is set to 1050°C to 1250°C, a finish rolling finishing temperature is set to 800°C to an Ar1 transformation point + 20°C, and a coil winding temperature is set to 500°C to 700°C, and an annealing temperature in the hot rolling annealing is set to 750°C to an Ac1 transformation point for a maintaining time period of 1 to 120 minutes and an annealing temperature in the finish annealing is set to 800°C to the Ac1 transformation point.
A frequency synchronization method, applied to a NarrowBand Internet of Things, NB-IoT system, characterized by , determining , by a base station, a first synchronization frequency according to an operating band, wherein an interval between the first synchronization frequency and a channel raster is not greater than a first threshold; and sending , by the base station, a signal on the determined first synchronization frequency; wherein in an in-band operation, the first synchronization frequency is a center frequency of an indicated Physical Resource Block, PRB, in a set of PRBs having indices; wherein the PRB indices, which are natural numbers, are indexed starting from 0 in ascending order, and the PRB indices are indexed in a direction from a low frequency to a high frequency; and when the operating band is 3 MHz, the set of the PRB indices comprises 2 and 12; or when the operating band is 5 MHz, the set of the PRB indices comprises 2, 7, 17, and 12; or when the operating band is 15 MHz, the set of the PRB indices comprises 2, 7, 12, 17, 22, 27, 32, 42, 47, 52, 57, 62, 67, and 72; wherein the first threshold is 7.5 kHz.
A device for loading a prosthetic valve onto a delivery system, said device comprising: a first housing comprising a first inlet, a first outlet, and a first central bore extending therebetween, and wherein the first housing has one or more actuators configured to actuate radially inward or outward, the one or more actuators adapted, when the prosthetic valve is disposed in the first central bore, to selectively deflect locating features at a discrete portion of the prosthetic valve radially inward while adjacent portions of the prosthetic valve are not displaced by the one or more actuators, in order to enable the deflected locating features to mate with the delivery system.
Terrace roof having a roof surface which has at least two partial roof surfaces, of which the first partial roof surface is formed by one or several fixed roof elements and a second partial roof surface is formed by one or several movable slats , wherein the terrace roof has at least two longitudinal beams delimiting the roof surface, characterised in that the partial roof surfaces lie on different planes, wherein the fixed roof elements have a different inclination with regard to the horizontal than the longitudinal beams .
Method for fluid whey expulsion from a body of curd including the steps of - placing a dairy base in a container ; - mixing in at least one coagulant; - placing a removable insert into said dairy base in said container , said insert comprising at least one projecting member arranged to extend, preferably substantially vertically, into said dairy base ; - having a body of curd form by coagulation of said dairy base ; - removing said insert from said body of curd causing fluid whey to be expelled, during and/or after removal of said insert , from said body of curd into the at least one void left in said body of curd by said at least one projecting member of said insert . - placing a dairy base in a container ; - mixing in at least one coagulant; - placing a removable insert into said dairy base in said container , said insert comprising at least one projecting member arranged to extend, preferably substantially vertically, into said dairy base ; - having a body of curd form by coagulation of said dairy base ; - removing said insert from said body of curd causing fluid whey to be expelled, during and/or after removal of said insert , from said body of curd into the at least one void left in said body of curd by said at least one projecting member of said insert .
A method of imaging, the method comprising: projecting a reference onto an imaging detector by propagation of light generally along an optical axis extending from the reference , through an objective , to a surface of a sample holder , and from the surface, back through the objective , to the imaging detector , wherein the light propagates through an off-axis aperture located upstream of the imaging detector and spaced from the optical axis; capturing a plurality of images of the reference using the imaging detector , and with a correction optic at two or more different settings; selecting a setting for the correction optic based on the plurality of images; and imaging a sample while the correction optic has the selected setting. projecting a reference onto an imaging detector by propagation of light generally along an optical axis extending from the reference , through an objective , to a surface of a sample holder , and from the surface, back through the objective , to the imaging detector , wherein the light propagates through an off-axis aperture located upstream of the imaging detector and spaced from the optical axis; capturing a plurality of images of the reference using the imaging detector , and with a correction optic at two or more different settings; selecting a setting for the correction optic based on the plurality of images; and imaging a sample while the correction optic has the selected setting.
Computer-implemented method for detecting an optical blockage of a camera of a vehicle , characterized in that - the camera is used to capture an image (B) of a static scene from an environment of the vehicle , - capturing conditions present during the capturing of the image (B) are determined, - the captured image (B) is compared with a reference image which is retrieved from a vehicle-external server and is based on captures taken by a plurality of vehicles of the same static scene under the same or similar capturing conditions, - deviations in image features between the captured image (B) and the reference image, if they exceed a specified tolerance level, are considered as an indication of the optical blockage of the camera. - the camera is used to capture an image (B) of a static scene from an environment of the vehicle , - capturing conditions present during the capturing of the image (B) are determined, - the captured image (B) is compared with a reference image which is retrieved from a vehicle-external server and is based on captures taken by a plurality of vehicles of the same static scene under the same or similar capturing conditions, - deviations in image features between the captured image (B) and the reference image, if they exceed a specified tolerance level, are considered as an indication of the optical blockage of the camera.
Multimedia installation comprising a base to which base a video screen is mounted and where two movable loudspeaker assemblies are rotatably mounted to said base where the base has a stationary part and a movable part , such that by activating the multimedia installation the screen is elevated by the movable part, and the movable loudspeaker assemblies comprise means for rotating the movable loudspeaker assemblies from a first position where the loudspeaker assemblies cover at least a part of the screen as seen from a user's position, into a second position where at least a substantial and larger part of the screen is visible and if/when desirable back to the first position.
A method of encoding video data, the method comprising: encoding , into a video bitstream, a syntax element for a unit of video data that indicates a number of padding bits, wherein the number of bits with which the syntax element is encoded into the video bitstream is different from the number of padding bits that is indicated by the syntax element; and encoding the unit of video data to the video bitstream without including the padding bits in the video bitstream. encoding , into a video bitstream, a syntax element for a unit of video data that indicates a number of padding bits, wherein the number of bits with which the syntax element is encoded into the video bitstream is different from the number of padding bits that is indicated by the syntax element; and encoding the unit of video data to the video bitstream without including the padding bits in the video bitstream.