mhurhangee/patent-ind-claim-en huggingface dataset:
Radiographic inspection assembly , comprising: - a source generating ionizing radiation; - a digital detector array comprising a plurality of photon counting detectors , each photon counting detector being arranged for detecting single photons, assessing an energy of the photon detected, comparing said energy with at least a first energy threshold (E1), and incrementing a first photon counter when the energy assessed is higher than the first energy threshold (E1), the photon counting detector being able to detect photons of any energy in a range [1 keV; 20000 keV] ; - a control , arranged for selecting the first energy threshold (E1) at any level in the range [100 keV; 1200 keV]; - a calculation device , arranged for constituting a first image using the values of the first photon counters and storing the first image; wherein each photon counting detector is arranged for comparing the energy of the photon detected with a second energy threshold (E2), and incrementing a second photon counter when the energy assessed is higher than the second energy threshold (E2) ; - the control being arranged for selecting the second energy threshold (E2) at any level in the range [100 keV; 1300 keV] and higher than the first energy threshold (E1); - the calculation device being arranged for constituting a second image using the values of the second photon counters and storing the second image and; wherein the calculation device is arranged for calculating a third image by subtracting the second image from the first image. - a source generating ionizing radiation; - a digital detector array comprising a plurality of photon counting detectors , each photon counting detector being arranged for detecting single photons, assessing an energy of the photon detected, comparing said energy with at least a first energy threshold (E1), and incrementing a first photon counter when the energy assessed is higher than the first energy threshold (E1), the photon counting detector being able to detect photons of any energy in a range [1 keV; 20000 keV] ; - a control , arranged for selecting the first energy threshold (E1) at any level in the range [100 keV; 1200 keV]; - a calculation device , arranged for constituting a first image using the values of the first photon counters and storing the first image; - the control being arranged for selecting the second energy threshold (E2) at any level in the range [100 keV; 1300 keV] and higher than the first energy threshold (E1); - the calculation device being arranged for constituting a second image using the values of the second photon counters and storing the second image and; wherein the calculation device is arranged for calculating a third image by subtracting the second image from the first image.
A method for controlling energy supply distribution in a thermal network during peak loads (201-203), the thermal network comprising a supply side, and a consumer side configured to communicate with the supply side, the consumer side comprising a plurality of consumers (104-112, 401, 402), each being arranged to consume thermal energy from the thermal network , and being connected to the supply side, and the supply side comprising one or more suppliers (101-103), each being arranged to supply thermal energy to the thermal network , the method comprising the steps of: - identifying at least one low-demand consumer from the plurality of consumers (104-112, 401, 402), the low-demand consumer having decreased energy demands during selected time periods, - decreasing energy supply towards the identified low-demand consumer(s) by controlling mass flow between the supply side and the identified low-demand consumer(s) during the selected time periods, and - maintaining energy supply towards the remaining consumers of the plurality of consumers (104-112, 401, 402) during the selected time periods, characterized in that the consumer side comprises a plurality of differential pressure valves , each of the plurality of differential pressure valves being arranged at the interface between the supply side and one of the plurality of consumers (104-112, 401, 402), and in that the step of decreasing energy supply towards the low-demand consumer(s) by controlling mass flow is performed by reducing the differential pressure across the differential pressure valve(s) arranged at the interface between the supply side and the identified low-demand consumer(s). - identifying at least one low-demand consumer from the plurality of consumers (104-112, 401, 402), the low-demand consumer having decreased energy demands during selected time periods, - decreasing energy supply towards the identified low-demand consumer(s) by controlling mass flow between the supply side and the identified low-demand consumer(s) during the selected time periods, and - maintaining energy supply towards the remaining consumers of the plurality of consumers (104-112, 401, 402) during the selected time periods,
A current sensor, comprising: a silicon substrate having a surface ; a magnetic field transducer disposed over said surface of said silicon substrate; a secondary conductor disposed over said surface of said silicon substrate proximate said magnetic field transducer wherein the secondary conductor is operable to generate a secondary magnetic field produced by a secondary current passing through said secondary conductor; a primary conductor disposed proximate said magnetic field transducer wherein the primary conductor is operable to generate a primary magnetic field produced by a primary current passing through said primary conductor, and wherein the secondary magnetic field is opposite in direction to the primary magnetic field; a dielectric layer disposed between said primary conductor and said silicon substrate , wherein said magnetic field transducer is responsive to the primary magnetic field and to the secondary magnetic field ; and an amplifier coupled to said magnetic field transducer and to said secondary conductor , characterised in that the secondary conductor is disposed under or over the magnetic field transducer , and the amplifier is diffused into said surface of said silicon substrate . a silicon substrate having a surface ; a magnetic field transducer disposed over said surface of said silicon substrate; a secondary conductor disposed over said surface of said silicon substrate proximate said magnetic field transducer wherein the secondary conductor is operable to generate a secondary magnetic field produced by a secondary current passing through said secondary conductor; a primary conductor disposed proximate said magnetic field transducer wherein the primary conductor is operable to generate a primary magnetic field produced by a primary current passing through said primary conductor, and wherein the secondary magnetic field is opposite in direction to the primary magnetic field; a dielectric layer disposed between said primary conductor and said silicon substrate , wherein said magnetic field transducer is responsive to the primary magnetic field and to the secondary magnetic field ; and an amplifier coupled to said magnetic field transducer and to said secondary conductor , characterised in that the secondary conductor is disposed under or over the magnetic field transducer , and the amplifier is diffused into said surface of said silicon substrate .
Arrangement having a pipeline and having a cutting device for severing the wall of the pipeline in a longitudinal direction, wherein the cutting device has a main body and at least one cutting roller (226, 226a to 226f), which is rotatably connected to the main body and which has a plurality of teeth , characterized in that , when the cutting device moves through the pipeline , the cutting roller (226, 226a to 226f) completely severs the wall of the pipeline in the longitudinal direction (P1), wherein the cutting roller (226, 226a to 226f) is dimensioned, and arranged, in such a way that the root circle of the teeth of the cutting roller (226, 226a to 226f) completely penetrates the wall of the pipeline .
A clamp and trolley system for moveably attaching a power cable, hose or tube of a lifting apparatus to a guiding cable or track, the clamp comprising: a first clamp component having a first engagement surface adapted to engage with the power cable, hose or tube ; and a second clamp component having a second engagement surface adapted to engage with the power cable, hose or tube, the second clamp component being pivotally attachable to the first clamp component and rigidly fastenable to it in a range of relative orientations; wherein the first and second engagement surfaces are shaped so as to clamp the power cable, hose or tube between the first and second clamp components as the second clamp component is pivoted towards a more closed orientation; characterised in that the clamp and trolley system further comprises: a trolley attachment component comprising an elongate member and a bearing at an end of the elongated member ; the trolley comprising a clamp receiving component with: a seat adapted to pivotally accommodate the bearing so as to pivotally suspend the clamp from the trolley; and a slot in the seat communicating with an aperture in a base of the seat; wherein the slot , the seat and the aperture are configured to enable the elongate member to pass through the slot and to enable placement and removal of the bearing on the seat whereby the clamp is attachable to and removable from the trolley in situ. a first clamp component having a first engagement surface adapted to engage with the power cable, hose or tube ; and a second clamp component having a second engagement surface adapted to engage with the power cable, hose or tube, the second clamp component being pivotally attachable to the first clamp component and rigidly fastenable to it in a range of relative orientations; wherein the first and second engagement surfaces are shaped so as to clamp the power cable, hose or tube between the first and second clamp components as the second clamp component is pivoted towards a more closed orientation; a trolley attachment component comprising an elongate member and a bearing at an end of the elongated member ; the trolley comprising a clamp receiving component with: a seat adapted to pivotally accommodate the bearing so as to pivotally suspend the clamp from the trolley; and a slot in the seat communicating with an aperture in a base of the seat; a seat adapted to pivotally accommodate the bearing so as to pivotally suspend the clamp from the trolley; and a slot in the seat communicating with an aperture in a base of the seat; wherein the slot , the seat and the aperture are configured to enable the elongate member to pass through the slot and to enable placement and removal of the bearing on the seat whereby the clamp is attachable to and removable from the trolley in situ.
A method of controlling an airborne object , the airborne object being coupled to a part of a wind turbine via a cable , the wind turbine comprising a tower mounted on a foundation, the method comprising the steps of: - measuring at least one parameter related to movements of the tower of the wind turbine , and - adjusting a cable force of the cable acting on the wind turbine , based on the at least one measured parameter. - measuring at least one parameter related to movements of the tower of the wind turbine , and - adjusting a cable force of the cable acting on the wind turbine , based on the at least one measured parameter.
Device for identifying and monitoring the state of an arrangement to be monitored, having an openable and closable wing element , wherein the device has a housing , which has a housing base which can be fixed to the arrangement or is integrally connected thereto, and has at least one second housing part which can be attached to the housing base and can be removed from the housing base, wherein the device is further provided with an identification marker, wherein the housing base has a first identification marker which is an identification marker of the arrangement to be monitored having an openable and closable wing element, wherein the second housing part has at least a second identification marker which identifies the second housing part.
A system having multiple networks, a data processing device , an ID storage device , a data storage device , a client terminal , a firewall , and a data linkage device , the data processing device and the ID storage device are connected to one network, and the data storage device , the client terminal , and the data linkage device are connected to another network via a firewall that can be set so that unauthorized access may not be made from the one network, whereby the data processing device is configured to operate the ID storage device and the data linkage device , c h a r act e r i zed in that the data storage device is configured to associate data with the data ID and store it, the ID storage device is configured to store the data ID, the data linkage device is configured to obtain the data ID from the ID storage device , then based on the data ID the data linkage device is configured to obtain the data associated with the data ID from the data storage device , allowing the client terminal to function.
A catalyst for treating an organic acid-containing exhaust gas, which comprises a layer of a refractory inorganic oxide selected from alumina or activated alumina supported on a refractory three-dimensional structure body; at least one catalyst component (A) selected from the group consisting of an oxide of only Ce, an oxide of only W, a complex oxide of W and La, or a complex oxide of W and Ce; and at least one noble metal component (B) selected from the group consisting of Pt, Pd, Rh, Ru, Ir and Au; wherein said catalyst component (A) and said noble metal component (B) are uniformly present in the layer of the refractory inorganic oxide, and the ratio of A to B (A/B) of the catalyst component (A) is 0.7/1 to 1.3/1 and the ratio of A to B (A/B) of the noble metal component (B) is 0.7/1 to 1.3/1, wherein A is the mass amount of the component (A) or (B) present in a region down to (1/4) T (one fourth of T) (mm) from the layer surface, and B is the mass amount of the component (A) or (B) present in a region from (1/4) T (one fourth of T) (mm) to (1/2) T (a half of T) (mm) from the layer surface, said T being the thickness of the refractory inorganic oxide layer in millimeters.
A method for determining tolerance of a cancer cell to an epidermal growth factor receptor inhibitor in a human patient suffering from a cancer, the method comprising: a step of determining the presence or absence of a mutation of a 326th amino acid residue of an amino acid sequence of a B-Raf protein of the cancer cell by using a sample containing the cancer cell collected from the human patient, wherein the cancer cell is determined as tolerant to the epidermal growth factor receptor inhibitor, when the mutation of the amino acid residue is present. a step of determining the presence or absence of a mutation of a 326th amino acid residue of an amino acid sequence of a B-Raf protein of the cancer cell by using a sample containing the cancer cell collected from the human patient, wherein the cancer cell is determined as tolerant to the epidermal growth factor receptor inhibitor, when the mutation of the amino acid residue is present.
A method for performing radio access network, RAN, assisted interworking in a wireless communication system, the method performed by a user equipment, UE, comprising: receiving RAN assistance information and a timer value via dedicated signaling from a first cell of a first radio access technology, RAT; starting a timer set to the timer value; performing cell change from the first cell to a second cell; and while the timer is running, performing the RAN assisted interworking with the second cell based on the RAN assistance information, and wherein if the UE is camping on the second cell of a second RAT different from the first RAT after the cell change, the UE determines to stop the timer. receiving RAN assistance information and a timer value via dedicated signaling from a first cell of a first radio access technology, RAT; starting a timer set to the timer value; performing cell change from the first cell to a second cell; and while the timer is running, performing the RAN assisted interworking with the second cell based on the RAN assistance information, and wherein if the UE is camping on the second cell of a second RAT different from the first RAT after the cell change, the UE determines to stop the timer.
A nasal respiratory assembly comprising: flexible tubing connected to a fluid source, wherein the flexible tubing comprises a segment having a pair of radially directed receptacles extending therefrom, each receptacle having an exit end through which fluid from the fluid source is dispensed; and a pair of posts ; wherein each post comprises: a flange sized and shaped to attach to an exterior portion of the nostril of a patient; a main body comprising a passageway within its interior; and a connector with a central opening sized and shaped to provide for removable insertion of the exit end of one of the receptacles , wherein the nasal respiratory assembly is maskless and strapless. flexible tubing connected to a fluid source, wherein the flexible tubing comprises a segment having a pair of radially directed receptacles extending therefrom, each receptacle having an exit end through which fluid from the fluid source is dispensed; and a pair of posts ; wherein each post comprises: a flange sized and shaped to attach to an exterior portion of the nostril of a patient; a main body comprising a passageway within its interior; and a connector with a central opening sized and shaped to provide for removable insertion of the exit end of one of the receptacles , wherein the nasal respiratory assembly is maskless and strapless. a flange sized and shaped to attach to an exterior portion of the nostril of a patient; a main body comprising a passageway within its interior; and a connector with a central opening sized and shaped to provide for removable insertion of the exit end of one of the receptacles , wherein the nasal respiratory assembly is maskless and strapless.
Child safety seat comprising: • an integral harness belt for restraining a child in the child safety seat , • a deflector for the harness belt , • an elastic mechanism adapted for forcing the deflector from a first position to a second position , the harness belt being guided by the deflector , wherein due to the guidance by the deflector the harness belt length available for buckling in the child is shorter in the second position than in the first position , • a latch mechanism transferable between a blocking position and a release position, the latch mechanism being adapted for blocking in the blocking position the deflector against a movement toward the second position and for releasing in the release position the deflector for a movement induced by the forcing towards the second position , • a release mechanism adapted for transferring the latch mechanism from the blocking position to the release position upon receiving a trigger signal, characterized in that it further comprises: • a force-transmitting element coupled to a motion element , the force-transmitting element being adapted for transmitting a motion force forcing the deflector from the second position to the first position , optionally the force-transmitting element comprising a pull cable. • an integral harness belt for restraining a child in the child safety seat , • a deflector for the harness belt , • an elastic mechanism adapted for forcing the deflector from a first position to a second position , the harness belt being guided by the deflector , wherein due to the guidance by the deflector the harness belt length available for buckling in the child is shorter in the second position than in the first position , • a latch mechanism transferable between a blocking position and a release position, the latch mechanism being adapted for blocking in the blocking position the deflector against a movement toward the second position and for releasing in the release position the deflector for a movement induced by the forcing towards the second position , • a release mechanism adapted for transferring the latch mechanism from the blocking position to the release position upon receiving a trigger signal, • a force-transmitting element coupled to a motion element , the force-transmitting element being adapted for transmitting a motion force forcing the deflector from the second position to the first position , optionally the force-transmitting element comprising a pull cable.
Thermally expandable microspheres comprising a thermoplastic polymer shell encapsulating a blowing agent, wherein the thermoplastic polymer shell comprises a copolymer of an itaconate dialkylester and at least one aliphatic or aromatic mono-ethylenically unsaturated comonomer, wherein the itaconate dialkylester is according to formula : wherein each of R 1 and R 2 , separately from one another, is an alkyl group preferably with 1-4 carbon atoms, and wherein the copolymer contains 0-50 wt.% of vinyl aromatic comonomers, based on the total weight of the comonomers.
Pneumatic tyre of radial construction, having a tread with at least one shoulder-proximal profile rib which is delimited by a circumferential groove , which within the ground contact area possesses a width (b p ) and in which are disposed transverse sipes which run parallel to one another, which have a width of 0.60 mm to 1.20 mm, which extend at an angle of at most 30° in relation to the axial direction and which on the inside of the tread within the profile rib terminate at a spacing (a 1 ) ahead of the circumferential groove , said spacing (a 1 ) being 15% to 35% of the width (b p ) of the profile rib , characterized in that the transverse sipes at the end portions thereof are in each case connected to one another by a sipe which extends in the circumferential direction, which is overall arcuate, which by way of the arc curvature points towards the circumferential groove and which has a width of 0.60 mm to 1.20 mm, wherein the arcuate sipes sequenced in the circumferential direction open into the end portions of the transverse sipes in such a manner that in each case one of the ends of said arcuate sipes in relation to the end of the adjoining arcuate sipe opens out in each case in the same axial direction and so as to be offset by a spacing (a 4 ) of up to 3.50 mm.
A method of encapsulating, using an ISO Base Media File Format, tiled timed media data in a server, the tiled timed media data comprising a plurality of consecutive frames corresponding to a given temporal period, each frame comprising a plurality of tiles , the method comprising: for each of one or more tiles, creating one tile track comprising the tile and comprising one corresponding tile of each of the other frames; creating at least one composite track comprising an extractor identifying at least one of the created tile tracks and tiles of the identified tile track; and independently encapsulating each of the created tile tracks and the at least one composite track in separate media segment files (400-1, 400-2, 400-6) respectively. for each of one or more tiles, creating one tile track comprising the tile and comprising one corresponding tile of each of the other frames; creating at least one composite track comprising an extractor identifying at least one of the created tile tracks and tiles of the identified tile track; and independently encapsulating each of the created tile tracks and the at least one composite track in separate media segment files (400-1, 400-2, 400-6) respectively.