mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: holding available, by at least a first apparatus (100, 300), data associated with each road segment of at least one road segment, said data comprising: - a representative of a first metric associated with spatial properties associated with the respective road segment; - at least one representative of a second metric associated with at least one dynamic event associated with the respective road segment; and - at least one representative of a third metric associated with a speed associated with the respective road segment, wherein the method comprises, for at least one road segment of the at least one road segment, providing, by said at least one first apparatus (100, 300), a safety data of the respective road segment at least partially based on the representative of the first metric, the at least one representative of the second metric and the at least one representative of the third metric associated with the respective road segment, characterized in that - the speed associated with the respective road segment represents an average speed of objects on this road segment; and - the at least one dynamic event comprises movement of objects on the road segment, wherein said movement of objects on the road segment includes at least one of movement of pedestrians and movement of bicycles. - a representative of a first metric associated with spatial properties associated with the respective road segment; - at least one representative of a second metric associated with at least one dynamic event associated with the respective road segment; and - at least one representative of a third metric associated with a speed associated with the respective road segment, wherein the method comprises, for at least one road segment of the at least one road segment, providing, by said at least one first apparatus (100, 300), a safety data of the respective road segment at least partially based on the representative of the first metric, the at least one representative of the second metric and the at least one representative of the third metric associated with the respective road segment, characterized in that - the speed associated with the respective road segment represents an average speed of objects on this road segment; and - the at least one dynamic event comprises movement of objects on the road segment, wherein said movement of objects on the road segment includes at least one of movement of pedestrians and movement of bicycles. - the speed associated with the respective road segment represents an average speed of objects on this road segment; and - the at least one dynamic event comprises movement of objects on the road segment, wherein said movement of objects on the road segment includes at least one of movement of pedestrians and movement of bicycles.
An electronic device configured to compress data for storage in cache memories, the electronic device comprising: a hierarchy of cache memories including a first cache memory and a second cache memory, the first cache memory being lower in the hierarchy than the second cache memory; and at least one compression-decompression functional block configured to: receive data in an uncompressed state; compress the data using at least one of a first compression or a second compression by using the second compression and then using the first compression when using the second compression does not result in compression of the data; after compressing the data, provide the data to the first cache memory for storage therein; when the data is retrieved from the first cache memory to be stored in the second cache memory, when the data is compressed using the first compression, decompress the data to reverse effects of the first compression on the data, thereby restoring the data to the uncompressed state; and provide the data compressed using the second compression or in the uncompressed state to the second cache memory for storage therein. a hierarchy of cache memories including a first cache memory and a second cache memory, the first cache memory being lower in the hierarchy than the second cache memory; and at least one compression-decompression functional block configured to: receive data in an uncompressed state; compress the data using at least one of a first compression or a second compression by using the second compression and then using the first compression when using the second compression does not result in compression of the data; after compressing the data, provide the data to the first cache memory for storage therein; when the data is retrieved from the first cache memory to be stored in the second cache memory, when the data is compressed using the first compression, decompress the data to reverse effects of the first compression on the data, thereby restoring the data to the uncompressed state; and provide the data compressed using the second compression or in the uncompressed state to the second cache memory for storage therein. receive data in an uncompressed state; compress the data using at least one of a first compression or a second compression by using the second compression and then using the first compression when using the second compression does not result in compression of the data; after compressing the data, provide the data to the first cache memory for storage therein; when the data is retrieved from the first cache memory to be stored in the second cache memory, when the data is compressed using the first compression, decompress the data to reverse effects of the first compression on the data, thereby restoring the data to the uncompressed state; and provide the data compressed using the second compression or in the uncompressed state to the second cache memory for storage therein.
A system for obtaining state information of a battery, comprising: a battery management system included in the battery; at least one first harness cable connected to the battery management system and_configured to obtain data indicating state information of the battery from the battery management system; a first junction box for transmitting the obtained data through the first harness cable, and an analyzer configured to output the data received from the first junction box to the outside and configured to provide a driving signal for driving the battery management system through the data received from the first junction box; wherein at least one second harness cable directly connected to the battery to obtain data representing state information of the battery; a second junction box for transmitting the obtained data through the second harness cable; an AC impedance analyzer connected to the second junction box and detecting an AC impedance of the battery through data received from the second junction box; and, a charge/discharge apparatus connected to the second junction box, thereby charging or discharging the battery to make the battery in a fully charged state, a fully discharged state, or a partial charged state. a battery management system included in the battery; at least one first harness cable connected to the battery management system and_configured to obtain data indicating state information of the battery from the battery management system; a first junction box for transmitting the obtained data through the first harness cable, and an analyzer configured to output the data received from the first junction box to the outside and configured to provide a driving signal for driving the battery management system through the data received from the first junction box; wherein at least one second harness cable directly connected to the battery to obtain data representing state information of the battery; a second junction box for transmitting the obtained data through the second harness cable; an AC impedance analyzer connected to the second junction box and detecting an AC impedance of the battery through data received from the second junction box; and, a charge/discharge apparatus connected to the second junction box, thereby charging or discharging the battery to make the battery in a fully charged state, a fully discharged state, or a partial charged state.
A filling device comprising: • a filler nozzle comprising a plurality of capillaries, and • a filler valve moveable relative to the filler nozzle, wherein the filler valve comprises: ∘ a sealing plate which, when in contact with the filler nozzle, closes a plurality of the capillaries but leaves at least one main capillary open, and characterized in that the filling device further comprises: ∘ a flexible sealing component which is compressible and moveable relative to the sealing plate, which is operable to close the at least one main capillary and, by being compressed, to create pressure along the at least one main capillary, wherein releasing the compression causes suction to be generated along the at least one main capillary. • a filler nozzle comprising a plurality of capillaries, and • a filler valve moveable relative to the filler nozzle, ∘ a sealing plate which, when in contact with the filler nozzle, closes a plurality of the capillaries but leaves at least one main capillary open, and characterized in that the filling device further comprises: ∘ a flexible sealing component which is compressible and moveable relative to the sealing plate, which is operable to close the at least one main capillary and, by being compressed, to create pressure along the at least one main capillary, wherein releasing the compression causes suction to be generated along the at least one main capillary. ∘ a flexible sealing component which is compressible and moveable relative to the sealing plate, which is operable to close the at least one main capillary and, by being compressed, to create pressure along the at least one main capillary, wherein releasing the compression causes suction to be generated along the at least one main capillary.
An array substrate, comprising: a base substrate; and a gate metal layer, an active layer and a source/drain metal layer disposed on the base substrate, wherein the gate metal layer includes a gate line and a storage electrode line that extends in parallel to the gate line; and the source/drain metal layer includes a data line and a metal layer pattern at least partially overlapped with the storage electrode line in the thickness direction of the base substrate; the metal layer pattern is disposed at an intersection position between the storage electrode line and the data line; the metal layer pattern and the data line are in an integral structure; characterized in that, a dimension of the metal layer pattern in a transverse direction of the data line is greater than a width of the data line; and the dimension of the metal layer pattern in a transverse direction of the storage electrode line is not greater than a width of the storage electrode line. a base substrate; and a gate metal layer, an active layer and a source/drain metal layer disposed on the base substrate, wherein the gate metal layer includes a gate line and a storage electrode line that extends in parallel to the gate line; and the source/drain metal layer includes a data line and a metal layer pattern at least partially overlapped with the storage electrode line in the thickness direction of the base substrate; the metal layer pattern is disposed at an intersection position between the storage electrode line and the data line; the metal layer pattern and the data line are in an integral structure; characterized in that, a dimension of the metal layer pattern in a transverse direction of the data line is greater than a width of the data line; and the dimension of the metal layer pattern in a transverse direction of the storage electrode line is not greater than a width of the storage electrode line.
Exhaust gas heat exchanger for a motor vehicle comprising an outer shell and therein plates arranged in layers one above the other, wherein a sheet metal lamella made of austenitic steel material is arranged in an inner cassette made of ferritic steel material or duplex steel and at least two inner cassettes are arranged plate-like one above the other; characterised in that the outer shell is formed of duplex steel encompassing the inner cassettes.
Compound according to formula or a salt of said compound, characterised in that - n equals 1 or 2, and - m equals 0, 1 or 2, and - R 1 is either H or a branched or unbranched alkyl having up to 3 carbon atoms, and - R 2 is either H or a branched or unbranched alkyl having up to 5 carbon atoms or an aryl- or aralkyl group having up to 7 carbon atoms, and - P1 is one of the following groups: in which R 3 can be H, OH, O-CH 3, NH 2, O-CO-CH 3 or CO-O-(CH 2) z -CH 3 and z is an integer from 1 to 5, and x is an integer from 1 to 3, and - P4 is either H, SO 2 -R 4, SO 2 -NH 2, SO 2 -NH-R 4, SO 2 -N(R 4) 2, CO-O-R 4, CO-R 4, CH 2 -COOH, or CH 2 -COOEt, in which R 4 can be a branched or unbranched or cyclic alkyl group having 1 to 10 carbon atoms, or an aryl, a heteroaralkyl or aralkyl group having 6 to 10 carbon atoms, in which the heteroaralkyl group may contain 1 to 3 heteroatoms selected from N, S, or O, and in which the heteroaralkyl group can, if applicable, be substituted with 1 to 2 groups in an arbitrary position which are selected from the group comprising aminomethylene, cyano, CF 3, tetrazole, F, Cl, Br, COOH, COOEt, COOMe, methoxy, ethoxy, isopropoxy, methyl, ethyl, or isopropyl, and in which the compound according to formula is not R 1, R 4, m and n being defined as above. - n equals 1 or 2, and - m equals 0, 1 or 2, and - R 1 is either H or a branched or unbranched alkyl having up to 3 carbon atoms, - R 2 is either H or a branched or unbranched alkyl having up to 5 carbon atoms or an aryl- or aralkyl group having up to 7 carbon atoms, and - P1 is one of the following groups: - P4 is either H, SO 2 -R 4, SO 2 -NH 2, SO 2 -NH-R 4, SO 2 -N(R 4) 2, CO-O-R 4, CO-R 4, CH 2 -COOH, or CH 2 -COOEt, in which R 4 can be a branched or unbranched or cyclic alkyl group having 1 to 10 carbon atoms, or an aryl, a heteroaralkyl or aralkyl group having 6 to 10 carbon atoms, in which the heteroaralkyl group may contain 1 to 3 heteroatoms selected from N, S, or O, and in which the heteroaralkyl group can, if applicable, be substituted with 1 to 2 groups in an arbitrary position which are selected from the group comprising aminomethylene, cyano, CF 3, tetrazole, F, Cl, Br, COOH, COOEt, COOMe, methoxy, ethoxy, isopropoxy, methyl, ethyl, or isopropyl, and in which the compound according to formula is not R 1, R 4, m and n being defined as above.
A fixing device for guardrails, suitable for being interposed between a first and a second portion of guardrail, wherein it comprises at least one first configuration of lower longitudinal extension and a second configuration of greater longitudinal extension, wherein said second configuration of greater extension takes place in case said device is longitudinally slowly stretched by said portions of guardrail due to their thermal dilation; said device comprises elastic means operating in combination with a hydromechanic organ which is a linearly extensible piston causing a selective blocking of a longitudinal extension of said fixing device according to a speed and/or impulse of force exerted between a first and a second end of said fixing device, in case said speed and/or impulse of exerted force exceed a predetermined threshold value realizing an inertial block, characterized in that the fixing device further comprises a rotating support and a toothed bar, for causing said selective blocking, the toothed bar having a first and a second end; at said first end said toothed bar comprises a plurality of teeth suitable for being engaged on a blocking arm forming part of the rotating support, wherein said blocking arm has a terminal portion opposed to a portion joined to a principal body of said rotating support which is provided with at least an engagement tooth; wherein said second end of said toothed bar is joined to an extensible plunger of said piston; and wherein said piston is at a first end thereof secured to an end of said device and is at a second end thereof, opposed to said first end, in correspondence to said elastic means, secured on said rotating support, which in turn is secured to said elastic means; and wherein said selective blocking is an inertial block generated according to an action of force of extension exerted on the fixing device and a contrasting action to the extension itself operated by the assembly of said piston and of said elastic means with said rotating support.
A multi-link hinge for a piece of furniture, comprising a fastening element which can be secured indirectly or directly to a furniture body and which is connected to a pivotable door bearing via a plurality of link levers (5a to 5d) that are connected to one another on seven shafts in a scissors-like manner, wherein a linear damper is provided which dampens both a closing movement and an opening movement of the door bearing, wherein the linear damper is actuated directly or indirectly by at least one of the link levers (5a to 5d), wherein the at least one link lever (5a to 5d) is in engagement with the linear damper only outside of the central non-dampened portion of the pivoting range such that the linear damper is ineffective in a central portion of the pivoting range of the door bearing, and wherein the multi-link hinge comprises at least one first energy storage unit which pretensions the multi-link hinge in a closed position, and at least one second energy storage unit which moves the linear damper back to its initial position, wherein the at least one link lever (5a to 5d) actuating the linear damper directly or indirectly comprises at least one driver (11, 11') for the actuation of the linear damper, wherein two actuating elements (10, 10') are provided which are fixed to two different link levers (5a to 5d), wherein at least one of the drivers (11, 11') is formed on an actuating element (10, 10'), and wherein a first one of the actuating elements actuates the linear damper directly or indirectly during the closing movement and the second one of the actuating elements actuates the linear damper directly or indirectly during the opening movement.
A synthetic focusing ultrasound imaging method, including: activating a plurality of elements of an ultrasound probe to transmit plane waves multiple times, wherein transmit apodizations formed in each event that the plurality of elements transmit plane waves correspond to a corresponding row in a measurement matrix where elements obey a random distribution; after each such plane wave transmission, activating all elements of the ultrasound probe to receive echo signals to obtain channel data, all the respectively obtained channel data forming a channel dataset; recovering a synthetic focusing channel dataset by utilizing a compressed sensing reconstruction algorithm according to the channel dataset and the measurement matrix; and beamforming the synthetic focusing channel dataset to generate an ultrasound image. activating a plurality of elements of an ultrasound probe to transmit plane waves multiple times, wherein transmit apodizations formed in each event that the plurality of elements transmit plane waves correspond to a corresponding row in a measurement matrix where elements obey a random distribution; after each such plane wave transmission, activating all elements of the ultrasound probe to receive echo signals to obtain channel data, all the respectively obtained channel data forming a channel dataset; recovering a synthetic focusing channel dataset by utilizing a compressed sensing reconstruction algorithm according to the channel dataset and the measurement matrix; and beamforming the synthetic focusing channel dataset to generate an ultrasound image.
An immunochromatography method comprising: (a) developing a complex of a test substance and a labeling substance modified with a first binding substance bindable to the test substance, onto an insoluble carrier; (b) causing the complex to be trapped in a reaction site on the insoluble carrier which contains a second binding substance bindable to the test substance, or contains a substance exhibiting binding properties to the first binding substance; (c) washing the insoluble carrier with a washing solution containing at least one of the potassium iodide, urea, and guanidine and having a pH of 5 to 8 after the step (b), wherein the concentration of at least one of the potassium iodide, urea, and guanidine is 25 mmol/L to 1,000 mmol/L; (d) washing off the washing solution remaining in the insoluble carrier from the insoluble carrier; and (e) amplifying the labeling substance of the complex trapped in the reaction site, wherein the labeling substance is a gold colloid, silver colloid, platinum colloid, or palladium colloid, and wherein in the step (d), a first amplification solution containing a reductant capable of reducing silver ion is used to wash off the washing solution from the insoluble carrier, and in the step (e), a second amplification solution containing a silver ion-containing compound is used to amplify the labeling substance of the complex. (a) developing a complex of a test substance and a labeling substance modified with a first binding substance bindable to the test substance, onto an insoluble carrier; (b) causing the complex to be trapped in a reaction site on the insoluble carrier which contains a second binding substance bindable to the test substance, or contains a substance exhibiting binding properties to the first binding substance; (c) washing the insoluble carrier with a washing solution containing at least one of the potassium iodide, urea, and guanidine and having a pH of 5 to 8 after the step (b), wherein the concentration of at least one of the potassium iodide, urea, and guanidine is 25 mmol/L to 1,000 mmol/L; (d) washing off the washing solution remaining in the insoluble carrier from the insoluble carrier; and (e) amplifying the labeling substance of the complex trapped in the reaction site,
A device for measurement of an analyte concentration, the device comprising: a sensor configured to generate a signal associated with a concentration of an analyte; and a sensing membrane located over the sensor, wherein a surface of the sensing membrane most distal to the sensor is coated with a coating comprising one or more zwitterionic compounds, wherein the surface of the sensing membrane most distal to the sensor comprises surface-active end groups configured for cross-linking with the one or more zwitterionic compounds, and wherein the one or more zwitterionic compounds are cross-linked to the surface-active end groups. a sensor configured to generate a signal associated with a concentration of an analyte; and a sensing membrane located over the sensor, wherein a surface of the sensing membrane most distal to the sensor is coated with a coating comprising one or more zwitterionic compounds, wherein the surface of the sensing membrane most distal to the sensor comprises surface-active end groups configured for cross-linking with the one or more zwitterionic compounds, and wherein the one or more zwitterionic compounds are cross-linked to the surface-active end groups.
A method for calibrating a sensor chip, comprising performing a first calibration measurement with the sensor chip and determining first calibration data, performing a manufacturing step on the sensor chip, thereby mechanically and/or chemically impacting a sensing element or an electronic circuitry of the sensor chip, performing a further calibration measurement with the sensor chip and determining further calibration data, determining at least one calibration parameter from the first and the further calibration data, storing the at least one calibration parameter in a memory of the sensor chip, and applying the at least one calibration parameter to a signal sensed by the sensing element of the sensor chip during operation.