mhurhangee/patent-ind-claim-en huggingface dataset:
A telecommunications system , comprising: a unit configured to transport wireless communications between a base station and one or more user devices positioned in a coverage area, the unit including: an analog-to-digital converter configured for receiving wireless communication signals from the base station and digitizing the wireless communication signals into a first set of downlink data blocks and a second set of downlink data blocks, a first processing device , a memory device , and a second processing device communicatively coupled between the analog-to-digital converter, the memory device, and the first processing device, wherein the second processing device is configured to: capture the first set of downlink data blocks; store the first set of downlink data blocks to the memory device; transfer the first set of downlink data blocks to the first processing device subsequent to a selected number of data blocks being stored in the memory device; and capture the second set of downlink data blocks substantially simultaneously to transferring the first set of downlink data blocks to the first processing device. an analog-to-digital converter configured for receiving wireless communication signals from the base station and digitizing the wireless communication signals into a first set of downlink data blocks and a second set of downlink data blocks, a first processing device , a memory device , and a second processing device communicatively coupled between the analog-to-digital converter, the memory device, and the first processing device, wherein the second processing device is configured to: capture the first set of downlink data blocks; store the first set of downlink data blocks to the memory device; transfer the first set of downlink data blocks to the first processing device subsequent to a selected number of data blocks being stored in the memory device; and capture the second set of downlink data blocks substantially simultaneously to transferring the first set of downlink data blocks to the first processing device. capture the first set of downlink data blocks; store the first set of downlink data blocks to the memory device; transfer the first set of downlink data blocks to the first processing device subsequent to a selected number of data blocks being stored in the memory device; and capture the second set of downlink data blocks substantially simultaneously to transferring the first set of downlink data blocks to the first processing device.
Shoe sole comprising an outsole , an insole and a midsole , extending between the insole and the outsole , the outsole being made of an elastomer material comprising a plurality of cavities filled with cavity-filling particles which are in the solid-state at ambient temperature, characterized in that a plurality of open cavities form micro-reliefs distributed over the external surface of the outsole when new, and in that during wearing of the sole, because of the way the cavities are distributed through the mass thereof, new cavities progressively come to light.
A catalyst composition comprising a mixture consisting essentially of titania and a zeolite EU-2 having a molar bulk ratio of silica-to-alumina (SAR) of greater than 110:1, wherein the term "zeolite EU-2" refers to EU-2 alone, or ZSM-48 zeolite alone, or both zeolites EU-2 and ZSM-48; wherein the zeolite EU-2 content of the composition is at least 30 wt% and at most 55 wt%, and the titania content is at least 45 wt% and no more than 70 %wt, with such %wt being based on the total dry weight of said composition; and wherein the titania contains at least 75 wt% up to 100 wt% anatase titania, wherein said mixture contains less than 0.05 wt% silica, other than the silica contained in the EU-2 zeolite framework, and less than 1 wt% alumina, other than the alumina contained in the EU-2 zeolite framework such that said catalyst composition is substantially free of silica other than the silica contained in said EU-2 zeolite framework and substantially free of alumina other than the alumina contained in said EU-2 zeolite framework; and wherein the catalyst composition further comprises a noble metal selected from the group consisting of platinum and palladium; wherein said titania has a B.E.T. surface area exceeding 100 m 2 /gm. wherein the titania contains at least 75 wt% up to 100 wt% anatase titania, wherein said mixture contains less than 0.05 wt% silica, other than the silica contained in the EU-2 zeolite framework, and less than 1 wt% alumina, other than the alumina contained in the EU-2 zeolite framework such that said catalyst composition is substantially free of silica other than the silica contained in said EU-2 zeolite framework and substantially free of alumina other than the alumina contained in said EU-2 zeolite framework; and wherein the catalyst composition further comprises a noble metal selected from the group consisting of platinum and palladium; wherein said titania has a B.E.T. surface area exceeding 100 m 2 /gm.
An ejector for use in a refrigeration system, comprising: a mixing chamber comprising a mixed fluid outlet ; a high-pressure fluid passage extending from a high-pressure fluid inlet to the mixing chamber ; a suction fluid passage extending from a suction fluid inlet to the mixing chamber , a first valve being disposed in the suction fluid passage ; and a thermal bulb arranged in the suction fluid passage downstream of the first valve; wherein an elastic diaphragm is disposed in the suction fluid passage , the suction fluid passage is on a first side of the elastic diaphragm , and a closed cavity is on a second side of the elastic diaphragm ; the thermal bulb is in communication with the closed cavity , and the thermal bulb and the closed cavity are filled with fluid; characterized in that : the elastic diaphragm is arranged such that the first valve is opened when a superheat degree of a refrigerant in the suction fluid passage at the thermal bulb increases, or closed when the superheat degree of the refrigerant in the suction fluid passage at the thermal bulb decreases, in response to a change in a pressure difference across two sides of the elastic diaphragm . a mixing chamber comprising a mixed fluid outlet ; a high-pressure fluid passage extending from a high-pressure fluid inlet to the mixing chamber ; a suction fluid passage extending from a suction fluid inlet to the mixing chamber , a first valve being disposed in the suction fluid passage ; and a thermal bulb arranged in the suction fluid passage downstream of the first valve; wherein an elastic diaphragm is disposed in the suction fluid passage , the suction fluid passage is on a first side of the elastic diaphragm , and a closed cavity is on a second side of the elastic diaphragm ; the thermal bulb is in communication with the closed cavity , and the thermal bulb and the closed cavity are filled with fluid; characterized in that : the elastic diaphragm is arranged such that the first valve is opened when a superheat degree of a refrigerant in the suction fluid passage at the thermal bulb increases, or closed when the superheat degree of the refrigerant in the suction fluid passage at the thermal bulb decreases, in response to a change in a pressure difference across two sides of the elastic diaphragm .
A tire having a tread portion with a thickness of 15 mm or less, wherein the cap rubber layer forming the tread portion is formed from a rubber composition containing 40 parts by mass or more and 80 parts by mass or less of styrene-butadiene rubber (SBR) with a styrene content of 25% by mass or less, in 100 parts by mass of the rubber component, and in addition to the rubber component, containing silica and carbon black; and having loss tangent 30°C tan δ of more than 0.18 measured under the conditions of temperature of 30°C, frequency of 10 Hz, initial strain of 5%, dynamic strain rate of 1%, and deformation mode: tensile; wherein the carbon black content is 15 parts by mass or more with respect to 100 parts by mass of the rubber component, and the ratio of the silica content to the carbon black content is 1 or more, wherein 100% modulus (M100) of the rubber composition constituting the cap rubber layer is more than 2.0 MPa, wherein the 100% modulus (M100) of the rubber composition constituting the cap rubber layer is determined by the method defined in the description. wherein the cap rubber layer forming the tread portion is formed from a rubber composition containing 40 parts by mass or more and 80 parts by mass or less of styrene-butadiene rubber (SBR) with a styrene content of 25% by mass or less, in 100 parts by mass of the rubber component, and in addition to the rubber component, containing silica and carbon black; and having loss tangent 30°C tan δ of more than 0.18 measured under the conditions of temperature of 30°C, frequency of 10 Hz, initial strain of 5%, dynamic strain rate of 1%, and deformation mode: tensile; wherein the carbon black content is 15 parts by mass or more with respect to 100 parts by mass of the rubber component, and the ratio of the silica content to the carbon black content is 1 or more, having loss tangent 30°C tan δ of more than 0.18 measured under the conditions of temperature of 30°C, frequency of 10 Hz, initial strain of 5%, dynamic strain rate of 1%, and deformation mode: tensile; wherein the carbon black content is 15 parts by mass or more with respect to 100 parts by mass of the rubber component, and the ratio of the silica content to the carbon black content is 1 or more, wherein 100% modulus (M100) of the rubber composition constituting the cap rubber layer is more than 2.0 MPa, wherein the 100% modulus (M100) of the rubber composition constituting the cap rubber layer is determined by the method defined in the description.
A recording method comprising: emitting laser light from an optical fiber array to record an image with moving a recording target and the optical fiber array relatively using a recording device , where the image is formed of writing units and the recording device includes a plurality of laser light-emitting elements and an emitting unit that includes the optical fiber array , in which a plurality of optical fibers configured to guide laser light emitted from the laser light-emitting elements are aligned, characterized in that the image includes convex-concave shapes formed by aligning a plurality of convex portions relative to, as a standard, a vertical line relative to the writing units where the vertical line includes the nearest contact points of the writing units at an endmost side of the image in a sub-scanning direction where the image is formed by overlapping or adjoining at least part of the writing units one another in a main-scanning direction, and the image satisfies a formula below: T ≤ 0.4 ⁢ X where T is an average height of the convex portions and X is a minimum distance between centers of the adjacent writing units in the image. emitting laser light from an optical fiber array to record an image with moving a recording target and the optical fiber array relatively using a recording device , where the image is formed of writing units and the recording device includes a plurality of laser light-emitting elements and an emitting unit that includes the optical fiber array , in which a plurality of optical fibers configured to guide laser light emitted from the laser light-emitting elements are aligned, characterized in that the image includes convex-concave shapes formed by aligning a plurality of convex portions relative to, as a standard, a vertical line relative to the writing units where the vertical line includes the nearest contact points of the writing units at an endmost side of the image in a sub-scanning direction where the image is formed by overlapping or adjoining at least part of the writing units one another in a main-scanning direction, and the image satisfies a formula below: T ≤ 0.4 ⁢ X where T is an average height of the convex portions and X is a minimum distance between centers of the adjacent writing units in the image.
A wound filler comprising: a first portion having a first contrasting marker having a first color; characterized by a second portion having a second contrasting marker having a second color, wherein the first color and the second color are complementary colors. a first portion having a first contrasting marker having a first color; characterized by a second portion having a second contrasting marker having a second color, wherein the first color and the second color are complementary colors.
A battery holder for fitting a battery pack to a frame of a cycle , the battery holder comprising: a spine portion for fixing to the frame; a connector portion at one end of the spine portion, to form an electrical connection between the battery pack and wiring for connecting to at least one component of the cycle when the battery pack is held by the battery holder; a battery moving portion at the other end of the spine portion, for moving the battery pack towards the connector portion to engage the battery pack with the connector portion, the battery moving portion being slidable in a linear direction between an open state providing clearance for the battery pack to be inserted into or removed from the battery holder, and an engaged state in which the battery moving portion is closer to the connector portion than in the open state; and a lever mechanism to actuate sliding of the battery moving portion in a linear direction between the open state and the engaged state, the lever mechanism having a retained state which provides resistance to removal of the battery pack from the battery holder when the battery pack is held between the connector portion and the battery moving portion with the battery moving portion in the engaged state. a spine portion for fixing to the frame; a connector portion at one end of the spine portion, to form an electrical connection between the battery pack and wiring for connecting to at least one component of the cycle when the battery pack is held by the battery holder; a battery moving portion at the other end of the spine portion, for moving the battery pack towards the connector portion to engage the battery pack with the connector portion, the battery moving portion being slidable in a linear direction between an open state providing clearance for the battery pack to be inserted into or removed from the battery holder, and an engaged state in which the battery moving portion is closer to the connector portion than in the open state; and a lever mechanism to actuate sliding of the battery moving portion in a linear direction between the open state and the engaged state, the lever mechanism having a retained state which provides resistance to removal of the battery pack from the battery holder when the battery pack is held between the connector portion and the battery moving portion with the battery moving portion in the engaged state.
A preparation method of an anode active material for a pseudocapacitor, comprising the steps of: preparing a mixed solution by mixing a precursor material of iron oxide and a C1 to C18 alcohol-based compound, followed by adding an aqueous solution containing thiosulfate ions and sulfate ions; reacting the mixed solution at a temperature of 50 °C to 75 °C to prepare goethite iron oxide; and heat treating the goethite iron oxide at a temperature of 250 °C to 400 °C to prepare hematite iron oxide. preparing a mixed solution by mixing a precursor material of iron oxide and a C1 to C18 alcohol-based compound, followed by adding an aqueous solution containing thiosulfate ions and sulfate ions; reacting the mixed solution at a temperature of 50 °C to 75 °C to prepare goethite iron oxide; and heat treating the goethite iron oxide at a temperature of 250 °C to 400 °C to prepare hematite iron oxide.
An image forming method for receiving acoustic waves irradiated from a plurality of regions inside a subject for a predetermined period using a plurality of acoustic transducers , converting the acoustic waves into received signals, and processing the received signals by a Fourier-domain method to create image data of intensity of the acoustic waves irradiated from the regions, comprising the steps of: computing, in advance, values of coefficients A determined only by a position (x i ,y i ) of the acoustic transducer , position of the region (x j ,y j ,z j ), and a time of receipt (t*) of the acoustic wave, in a formula to determine intensity of an acoustic wave irradiated from a region based on the received signals of the plurality of acoustic transducers and storing the computed values in a coefficient memory as coefficients, wherein each coefficient A is obtained by the following formula, when (x i ,y i ) represents a position of the acoustic transducer i, (x j ,y j ,z j ) represents a position of a region j in the subject, and t* represents a time of receipt of the acoustic wave: A x j , y j , z j : x i , y i , t ∗ = 1 2 π 3 ∫∫ ∫ − ∞ ∞ 2 ⁢ w ⁢ sgn w u 2 + v 2 + w 2 exp i u x i − x j + v y i − y j − wz j + sgn w u 2 + v 2 + w 2 t ∗ dudvdw where u, v and w are variables of a Fourier transform, and sgn(w) is a function which is 1 when w > 0, is 0 when w = 0, and is -1 when w < 0; obtaining one of the coefficients corresponding to the received signal of the acoustic transducer from the coefficient memory, and multiplying the received signal by the coefficient; and accumulating results of the multiplying the received signal by the respective coefficient in a voxel memory for each region. computing, in advance, values of coefficients A determined only by a position (x i ,y i ) of the acoustic transducer , position of the region (x j ,y j ,z j ), and a time of receipt (t*) of the acoustic wave, in a formula to determine intensity of an acoustic wave irradiated from a region based on the received signals of the plurality of acoustic transducers and storing the computed values in a coefficient memory as coefficients, wherein each coefficient A is obtained by the following formula, when (x i ,y i ) represents a position of the acoustic transducer i, (x j ,y j ,z j ) represents a position of a region j in the subject, and t* represents a time of receipt of the acoustic wave: A x j , y j , z j : x i , y i , t ∗ = 1 2 π 3 ∫∫ ∫ − ∞ ∞ 2 ⁢ w ⁢ sgn w u 2 + v 2 + w 2 exp i u x i − x j + v y i − y j − wz j + sgn w u 2 + v 2 + w 2 t ∗ dudvdw where u, v and w are variables of a Fourier transform, and sgn(w) is a function which is 1 when w > 0, is 0 when w = 0, and is -1 when w < 0; obtaining one of the coefficients corresponding to the received signal of the acoustic transducer from the coefficient memory, and multiplying the received signal by the coefficient; and accumulating results of the multiplying the received signal by the respective coefficient in a voxel memory for each region.
Commercial vehicle with a rear extension held on the frame of the commercial vehicle , which is movable between different positions in the longitudinal direction of the commercial vehicle by means of a rack-and-pinion gear , wherein a rack of the rack-and-pinion gear is firmly connected with the rear extension and a gearwheel of the rack-and-pinion gear is held on a drivable shaft connected with the frame , and a locking device, when actuated, the rear extension is held locked in at least one position relative to the frame , characterized in that the gearwheel is connected with an adjusting device by means of which the gearwheel can be moved back and forth between a first position, in which the teeth of the gearwheel are in engagement with teeth of the rack , and a second position, in which the teeth of the gearwheel are not in engagement with the teeth of the rack .
A computer-implemented method for detecting a known pattern having homogenous areas as calibration target for a camera calibration, the method comprising the steps: taking an image of at least a portion of the known pattern ; initially detecting a first region of the image, the first region comprising at least two homogenous areas , to estimate at least one region parameter for the first region ; the at least one region parameter comprising the position of the region, detecting a feature of the known pattern within a second region of the image, the second region comprising at least two homogenous areas and being adjacent to the first region , to obtain at least one region parameter of the feature within the second region ; wherein the step of detecting the feature is iterated for a third region of the image, the third region comprising at least two homogenous areas and being adjacent to the first and/or the second region to obtain at least one region parameter for the feature within the third region ; wherein the step of detecting a feature of the known pattern is iterated for another region in a direction extending from the first region and going through the second region and/or third region taking into account an adapted projection model until no additional feature is found in this direction. taking an image of at least a portion of the known pattern ; initially detecting a first region of the image, the first region comprising at least two homogenous areas , to estimate at least one region parameter for the first region ; the at least one region parameter comprising the position of the region, detecting a feature of the known pattern within a second region of the image, the second region comprising at least two homogenous areas and being adjacent to the first region , to obtain at least one region parameter of the feature within the second region ; wherein the step of detecting the feature is iterated for a third region of the image, the third region comprising at least two homogenous areas and being adjacent to the first and/or the second region to obtain at least one region parameter for the feature within the third region ; wherein the step of detecting a feature of the known pattern is iterated for another region in a direction extending from the first region and going through the second region and/or third region taking into account an adapted projection model until no additional feature is found in this direction.
Transdermal therapeutic system for the transdermal administration of a systemically active agent comprising a self-adhesive layer structure, comprising A) a backing layer, and B) a dried biphasic layer, the dried biphasic layer having a) a hydrophobic outer phase having a composition comprising 75% to 100% of a hydrophobic polymer or polymer mixture, and b) a hydrophilic inner phase having a composition comprising at least one active agent wherein the inner phase forms dispersed deposits in the outer phase, and c) 0.1% to 3.5% of an interface mediator with a kinematic viscosity of from 10 -5 to 0.1 m 2 /s (10 cSt to 100 000 cSt) at 25°C (ASTM D445), wherein the interface mediator is a silicone oil, and C) optionally an additional skin contact layer. A) a backing layer, and B) a dried biphasic layer, the dried biphasic layer having a) a hydrophobic outer phase having a composition comprising 75% to 100% of a hydrophobic polymer or polymer mixture, and b) a hydrophilic inner phase having a composition comprising at least one active agent wherein the inner phase forms dispersed deposits in the outer phase, and c) 0.1% to 3.5% of an interface mediator with a kinematic viscosity of from 10 -5 to 0.1 m 2 /s (10 cSt to 100 000 cSt) at 25°C (ASTM D445), wherein the interface mediator is a silicone oil, and a) a hydrophobic outer phase having a composition comprising 75% to 100% of a hydrophobic polymer or polymer mixture, and b) a hydrophilic inner phase having a composition comprising at least one active agent wherein the inner phase forms dispersed deposits in the outer phase, and c) 0.1% to 3.5% of an interface mediator with a kinematic viscosity of from 10 -5 to 0.1 m 2 /s (10 cSt to 100 000 cSt) at 25°C (ASTM D445), wherein the interface mediator is a silicone oil, and C) optionally an additional skin contact layer.