mhurhangee/patent-ind-claim-en huggingface dataset:
Method for detecting an object alongside a road of a motor vehicle based on at least two images of an environmental region of the motor vehicle consecutively captured by at least one camera on a motor vehicle for extrinsic calibration of the at least one camera , wherein the images at least partially display a texture of a road surface and wherein the following steps are performed: a) determining at least two pairs of mutually corresponding blocks being image areas of two images or video frames at least partially displaying the same environmental region and based on the at least two images ; b) determining respective motion vectors resulting from the motion of the vehicle for each of the at least two pairs of mutually corresponding blocks ; c) determining a depth information concerning the at least two images based on the at least two motion vectors; d) detecting the object based on the depth information while a cost function describing a deviation between the motion vector of each pair and a predetermined vector is determined, a partially rotation-compensated motion vector (v i , c1 , v i,c2 ) is determined for each pair of corresponding blocks by minimizing the cost function and the depth information is determined based on the partially rotation-compensated motion vectors (V i , c1 , v i,c2 ) and in case of detecting an absence of the object in step d), a step f) is performed comprising an extrinsic calibration of the camera based on the at least two images, wherein a rotation of the at least one camera is calibrated based on the partially rotation-compensated motion vectors (v i,c1 , V i,c2 ) by equalising a length of the partially rotation-compensated motion vectors (V i , c1 , V i,c2 ) and a height of the camera is calibrated by determining a current height of the camera in dependency on the equalised length and an expected value of the equalised length. a) determining at least two pairs of mutually corresponding blocks being image areas of two images or video frames at least partially displaying the same environmental region and based on the at least two images ; b) determining respective motion vectors resulting from the motion of the vehicle for each of the at least two pairs of mutually corresponding blocks ; c) determining a depth information concerning the at least two images based on the at least two motion vectors; d) detecting the object based on the depth information while a cost function describing a deviation between the motion vector of each pair and a predetermined vector is determined, a partially rotation-compensated motion vector (v i , c1 , v i,c2 ) is determined for each pair of corresponding blocks by minimizing the cost function and the depth information is determined based on the partially rotation-compensated motion vectors (V i , c1 , v i,c2 )
A fluorescent conjugate of hyaluronic acid or a salt thereof of the general formula I, wherein R + is H + or physiologically acceptable salt selected from the group containing Na + , K + , Mg 2+ or Ca 2+ , R 1 is -H or a cypate residue of the formula II, where ∼ is in the place of covalent bond of cypate residue of the formula II one R 1 being cypate residue of formula II in at least one repeated unit providing that if there is R 1 cypate residue of formula II in the unit, then the others R 1 in the unit are H, and wherein n is an integer in the range 2 to 625. wherein R + is H + or physiologically acceptable salt selected from the group containing Na + , K + , Mg 2+ or Ca 2+ , R 1 is -H or a cypate residue of the formula II, where ∼ is in the place of covalent bond of cypate residue of the formula II one R 1 being cypate residue of formula II in at least one repeated unit providing that if there is R 1 cypate residue of formula II in the unit, then the others R 1 in the unit are H, and wherein n is an integer in the range 2 to 625.
A radome for an antenna comprising a reflector dish , the radome comprising: a composite of an isotropic outer layer and a structural layer of foam material ; wherein an inner side of the structural layer is provided with an annular seating surface configured to mate with a retaining flange at a distal end of the reflector dish ; wherein a signal transmission surface of the structural layer is encircled by the annular seating surface; characterized in that the signal transmission surface comprises a plurality of annular concentric steps extending inward from a distal end of the reflector dish, wherein the annular concentric steps progressively decrease in diameter toward a center of the radome and increase in thickness toward the center of the radome. a composite of an isotropic outer layer and a structural layer of foam material ; wherein an inner side of the structural layer is provided with an annular seating surface configured to mate with a retaining flange at a distal end of the reflector dish ; wherein a signal transmission surface of the structural layer is encircled by the annular seating surface; characterized in that the signal transmission surface comprises a plurality of annular concentric steps extending inward from a distal end of the reflector dish, wherein the annular concentric steps progressively decrease in diameter toward a center of the radome and increase in thickness toward the center of the radome.
A device for shaking a clinical thermometer , of the type having a longitudinal body with a graduated scale thereon, a bulb located at the end of the body , a measuring tube which extends along the body , said bulb and said tube containing a material that expands under heat along the tube, said device comprising a longitudinal housing in which the body of the thermometer can be placed, means for firmly retaining the body of the thermometer, in both longitudinal and transversal directions, within said housing , and an appendage that is flexibly connected to the end of the housing , opposite to the end in which the bulb is located when it is placed in the housing , characterized in that said appendage has a longitudinal slot which defines, by its longitudinal sides, a pair of braces connecting the appendage to the housing .
An inkjet head comprising: a nozzle plate including a plurality of nozzles (N) ; a vibration plate including a pressure chamber to store ink to be ejected from the nozzle (N); a spacer plate containing a piezoelectric layer to apply pressure to the pressure chamber ; and a flow path formation substrate between the vibration plate and the nozzle plate , the flow path formation substrate including a communication flow path that communicates with the nozzle (N) and the pressure chamber , wherein the vibration plate includes a vibration board provided between the pressure chamber and the piezoelectric layer to transmit deformation of the piezoelectric layer to the pressure chamber , and wherein the nozzle plate includes an individual circulation flow path provided for each of the plurality of nozzles (N) to discharge ink, and a common circulation flow path into which a plurality of the individual circulation flow paths merge, characterized in that a columnar member is disposed in the common circulation flow path so that a gap is provided between the columnar member and the flow path formation substrate. a nozzle plate including a plurality of nozzles (N) ; a vibration plate including a pressure chamber to store ink to be ejected from the nozzle (N); a spacer plate containing a piezoelectric layer to apply pressure to the pressure chamber ; and a flow path formation substrate between the vibration plate and the nozzle plate , the flow path formation substrate including a communication flow path that communicates with the nozzle (N) and the pressure chamber , wherein the vibration plate includes a vibration board provided between the pressure chamber and the piezoelectric layer to transmit deformation of the piezoelectric layer to the pressure chamber , and wherein the nozzle plate includes an individual circulation flow path provided for each of the plurality of nozzles (N) to discharge ink, and a common circulation flow path into which a plurality of the individual circulation flow paths merge, an individual circulation flow path provided for each of the plurality of nozzles (N) to discharge ink, and a common circulation flow path into which a plurality of the individual circulation flow paths merge, characterized in that a columnar member is disposed in the common circulation flow path so that a gap is provided between the columnar member and the flow path formation substrate.
A phase shift-type photomask blank comprising a substrate and a phase shift film thereon, the phase shift film consisting of a single layer or multiple layers, said single layer or multiple layers comprising one or more layers composed of transition metal, silicon, nitrogen and oxygen, provided that such layer composed of transition metal, silicon, nitrogen and oxygen has a transition metal content of at least 0.001 and not more than 0.03 expressed as atomic ratio of the transition metal to the total content of transition metal and silicon, wherein the phase shift film has a thickness up to 150 nm, and a phase shift of 150 to 250° with respect to light having a wavelength of not more than 200 nm, characterized in that the phase shift film has a transmittance of 60 to 80% with respect to light having the wavelength of not more than 200 nm. one or more layers composed of transition metal, silicon, nitrogen and oxygen, provided that such layer composed of transition metal, silicon, nitrogen and oxygen has a transition metal content of at least 0.001 and not more than 0.03 expressed as atomic ratio of the transition metal to the total content of transition metal and silicon, wherein the phase shift film has a thickness up to 150 nm, and a phase shift of 150 to 250° with respect to light having a wavelength of not more than 200 nm, characterized in that the phase shift film has a transmittance of 60 to 80% with respect to light having the wavelength of not more than 200 nm.
An ultrafine bubble-containing liquid manufacturing apparatus, comprising: a storage unit (10, 11; 1504) configured to store liquid in a position including a predetermined region; a heating unit configured to generate ultrafine bubbles in the liquid by heating the liquid in the predetermined region so as to cause film boiling in the liquid, wherein said heating includes increasing a temperature of a surface of a heating portion provided inside the liquid to 300°C or more; and a control unit configured to heat the heating unit intermittently to cause the film boiling intermittently; characterized by an injection port configured to inject gas into liquid stored in the storage unit. a storage unit (10, 11; 1504) configured to store liquid in a position including a predetermined region; a heating unit configured to generate ultrafine bubbles in the liquid by heating the liquid in the predetermined region so as to cause film boiling in the liquid, wherein said heating includes increasing a temperature of a surface of a heating portion provided inside the liquid to 300°C or more; and a control unit configured to heat the heating unit intermittently to cause the film boiling intermittently; characterized by an injection port configured to inject gas into liquid stored in the storage unit.
Method of testing the tightness of a completed package , which has a gas atmosphere , wherein the completed package is exposed in a pressure chamber to a gas atmosphere , the pressure and/or composition of which differs from the pressure and/or composition of the gas atmosphere in the completed package, wherein the pressure chamber is part of the packaging machine, characterized in that the concentration of at least one component of the gas atmosphere in the package is measured at least twice, at different times, wherein the measurements are at locations a distance from one another, wherein there are two sensors , which are at locations a distance from one another, wherein the pressure chamber is located between the sensors , or alternatively one sensor is provided in the pressure chamber and one sensor is provided upstream and/or downstream thereof, and wherein during the measuring a pressure and/or temperature compensation is performed on the measured value, in order to convert a calibration value measured at a specific pressure and/or a specific temperature to the currently measured pressure and/or the currently measured temperature.
A method performed by a source integrated access and backhaul, IAB, donor device and the method comprising: sending, to a target IAB donor device, a request message for a handover from the source IAB donor device to the target IAB donor device for an IAB node, the request message including a first cell configuration of the IAB node associated with the source IAB donor device, the first cell configuration comprising an identifier of at least one original cell to be removed from the IAB node during the handover; and receiving, from the target IAB donor device, a response message acknowledging to the request message, the response message including a resource configuration for a connection between the IAB node and the target IAB donor device and a second cell configuration of the IAB node associated with the target IAB donor device, the second cell configuration comprising an identifier of at least one new cell to be provided by the IAB node after the completion of the handover, the second cell configuration being different from the first cell configuration; and sending the resource configuration and the second cell configuration to the IAB node via a radio resource control reconfiguration message. sending, to a target IAB donor device, a request message for a handover from the source IAB donor device to the target IAB donor device for an IAB node, the request message including a first cell configuration of the IAB node associated with the source IAB donor device, the first cell configuration comprising an identifier of at least one original cell to be removed from the IAB node during the handover; and receiving, from the target IAB donor device, a response message acknowledging to the request message, the response message including a resource configuration for a connection between the IAB node and the target IAB donor device and a second cell configuration of the IAB node associated with the target IAB donor device, the second cell configuration comprising an identifier of at least one new cell to be provided by the IAB node after the completion of the handover, the second cell configuration being different from the first cell configuration; and sending the resource configuration and the second cell configuration to the IAB node via a radio resource control reconfiguration message.
A block copolymer composition, comprising: a diblock copolymer; and a triblock copolymer, wherein the diblock and triblock copolymers each include a polyolefin-based block and a polystyrene-based block, wherein a content of the diblock copolymer is less than or equal to 19% by weight, based on the total weight of the composition, and wherein the polyolefin-based block has a repeating unit represented by the following Formula 1, and the polystyrene-based block includes one or more selected from the group consisting of the following Formulas 2 and 3: wherein R 1 is an alkyl having 4 to 12 carbon atoms, and R 2 and R 3 are phenyl, n is an integer ranging from 1 to 10,000, and 1 and m are each independently an integer ranging from 10 to 1,000. a diblock copolymer; and a triblock copolymer, wherein the diblock and triblock copolymers each include a polyolefin-based block and a polystyrene-based block, wherein a content of the diblock copolymer is less than or equal to 19% by weight, based on the total weight of the composition, and wherein the polyolefin-based block has a repeating unit represented by the following Formula 1, and the polystyrene-based block includes one or more selected from the group consisting of the following Formulas 2 and 3: wherein R 1 is an alkyl having 4 to 12 carbon atoms, and R 2 and R 3 are phenyl, n is an integer ranging from 1 to 10,000, and 1 and m are each independently an integer ranging from 10 to 1,000.
Bearing arrangement , in particular for a turbo machine, comprising: an inner bearing ring ; an outer bearing ring , opposite the inner bearing ring and having at least one cooling duct ; ceramics roller bodies , which are arranged between the inner bearing ring and the outer bearing ring ; and an encircling bearing ring , which is connected to the outer bearing ring and is configured so as to configure an oil squeeze film between the outer face thereof and an inner face, opposite the outer face, of a housing in which the bearing arrangement can be arranged, the encircling bearing ring and the outer bearing ring being interconnected in a non-positive fit without centring and flange-mounting via additional spring rods on an associated housing, and the inner bearing ring being provided with at least one coolant supply line . an inner bearing ring ; an outer bearing ring , opposite the inner bearing ring and having at least one cooling duct ; ceramics roller bodies , which are arranged between the inner bearing ring and the outer bearing ring ; and an encircling bearing ring , which is connected to the outer bearing ring and is configured so as to configure an oil squeeze film between the outer face thereof and an inner face, opposite the outer face, of a housing in which the bearing arrangement can be arranged, the encircling bearing ring and the outer bearing ring being interconnected in a non-positive fit without centring and flange-mounting via additional spring rods on an associated housing, and the inner bearing ring being provided with at least one coolant supply line .
A method of controlling release of a fragrance on hair comprising: applying a hair styling composition to the hair, wherein said hair styling composition comprises: a fragrance; and a hair fixative co-polymer comprising at least one first monomer having an acid containing group and at least one second monomer having a hydrophobic group, wherein the hair fixative co-polymer is neutralized from 50% to less than 100%; drying said hair styling composition to form a film; and releasing the fragrance from the film upon addition of water. applying a hair styling composition to the hair, wherein said hair styling composition comprises: a fragrance; and a hair fixative co-polymer comprising at least one first monomer having an acid containing group and at least one second monomer having a hydrophobic group, wherein the hair fixative co-polymer is neutralized from 50% to less than 100%; a fragrance; and a hair fixative co-polymer comprising at least one first monomer having an acid containing group and at least one second monomer having a hydrophobic group, wherein the hair fixative co-polymer is neutralized from 50% to less than 100%; drying said hair styling composition to form a film; and releasing the fragrance from the film upon addition of water.
Suction device for a home vacuum cleaner , comprising: - a motor casing , - a suction motor arranged in the motor casing and configured to generate a suction flow, - an aeraulic sealing element comprising a first annular sealing portion configured to cooperate in a sealed manner with the motor casing , and a second annular sealing portion configured to cooperate in a sealed manner with the suction motor , and - a suspension system configured to support the suction motor , characterised in that the suspension system comprises a plurality of damping elements distributed around the suction motor , each damping element having a cross-section globally in the shape of an S, and in that the suspension system further comprises at least one compensating spring configured to compensate the weight of the suction motor . - a motor casing , - a suction motor arranged in the motor casing and configured to generate a suction flow, - an aeraulic sealing element comprising a first annular sealing portion configured to cooperate in a sealed manner with the motor casing , and a second annular sealing portion configured to cooperate in a sealed manner with the suction motor , and - a suspension system configured to support the suction motor ,
A method for wireless communications by a wireless node, comprising: determining , based on a frequency raster of a system frequency band, a frequency offset to use in transmitting one or more synchronization signals and one or more physical broadcast channels, PBCHs; transmitting the one or more synchronization signals, using a synchronization signal, SS, transmission band having an SS center frequency aligned with the frequency raster, and the one or more PBCHs, using a PBCH transmission band having a PBCH center frequency that differs from the SS center frequency by the determined frequency offset. determining , based on a frequency raster of a system frequency band, a frequency offset to use in transmitting one or more synchronization signals and one or more physical broadcast channels, PBCHs; transmitting the one or more synchronization signals, using a synchronization signal, SS, transmission band having an SS center frequency aligned with the frequency raster, and the one or more PBCHs, using a PBCH transmission band having a PBCH center frequency that differs from the SS center frequency by the determined frequency offset.
The composition of powders for the fabrication of casting inserts designed to produce local composite zones resistant to abrasive wear, wherein said composite zones reinforced with carbides, are formed in situ in castings, and wherein said composition of powders is characterized in that the composition consisting of: powder reactants of the formation of carbides selected from the group of TiC, WC, or a mixture thereof, wherein said carbides after crystallization form particles reinforcing the composite zones in castings, wherein the amount of powder reactants of the formation of TiC is from 3 to 40wt%, WC carbide is from 40 to 99wt% and the mixture of TiC and WC carbides is from 10 to 70wt% with the remaining amounts being moderator powders forming a mixture of metal powders having a chemical composition of an alloy selected from the group of grey cast iron, white cast iron, chromium cast iron, cast chromium steel, cast unalloyed steel, cast low-alloy steel, cast Hadfield manganese steel, or Ni-Hard4 chromium cast iron containing Ni, wherein said metal powders after crystallization form matrix of the composite zone in casting, and optionally comprising an additional non-metal in the form of carbon and/or optionally including phases of ceramic powders increasing the resistance to wear, in particular the phases of ceramic powders selected from the group of ZrO 2 , stabilized ZrO 2 , Al 2 O 3 or a mixture thereof, and/or optionally including a reducing component in the form of Al and/or Si, wherein the amount of the reducing component is maximum 5wt% of the powder composition. powder reactants of the formation of carbides selected from the group of TiC, WC, or a mixture thereof, wherein said carbides after crystallization form particles reinforcing the composite zones in castings, wherein the amount of powder reactants of the formation of TiC is from 3 to 40wt%, WC carbide is from 40 to 99wt% and the mixture of TiC and WC carbides is from 10 to 70wt% with the remaining amounts being moderator powders forming a mixture of metal powders having a chemical composition of an alloy selected from the group of grey cast iron, white cast iron, chromium cast iron, cast chromium steel, cast unalloyed steel, cast low-alloy steel, cast Hadfield manganese steel, or Ni-Hard4 chromium cast iron containing Ni, wherein said metal powders after crystallization form matrix of the composite zone in casting, and optionally comprising an additional non-metal in the form of carbon and/or optionally including phases of ceramic powders increasing the resistance to wear, in particular the phases of ceramic powders selected from the group of ZrO 2 , stabilized ZrO 2 , Al 2 O 3 or a mixture thereof, and/or optionally including a reducing component in the form of Al and/or Si, wherein the amount of the reducing component is maximum 5wt% of the powder composition.