mhurhangee/ep-ind-claims huggingface dataset:
A positive electrode active material for non-aqueous electrolyte secondary batteries, including: a Ni-containing lithium composite oxide A; and a Ni-containing lithium composite oxide B, wherein the Ni-containing lithium composite oxide A and the Ni-containing lithium composite oxide B include 50 mol% or more of Ni with respect to a total number of mole of metal elements excluding Li, the Ni-containing lithium composite oxide A has a load at particle fracture of 5 mN or larger, an average primary particle size of 2 μm or larger, and an average secondary particle size of 2 μm to 6 μm, and the Ni-containing lithium composite oxide B has a load at particle fracture of 20 mN or larger, an average primary particle size of 1 μm or smaller, an average secondary particle size of 10 μm to 20 μm, and has a coating layer on a surface of the primary particle. a Ni-containing lithium composite oxide A; and a Ni-containing lithium composite oxide B, wherein the Ni-containing lithium composite oxide A and the Ni-containing lithium composite oxide B include 50 mol% or more of Ni with respect to a total number of mole of metal elements excluding Li, the Ni-containing lithium composite oxide A has a load at particle fracture of 5 mN or larger, an average primary particle size of 2 μm or larger, and an average secondary particle size of 2 μm to 6 μm, and the Ni-containing lithium composite oxide B has a load at particle fracture of 20 mN or larger, an average primary particle size of 1 μm or smaller, an average secondary particle size of 10 μm to 20 μm, and has a coating layer on a surface of the primary particle.
A test system for testing a LIDAR device, comprising - a controller for generating LIDAR information regarding an artificial LIDAR object based on a real object to be simulated for a test operation, wherein the LIDAR information comprises at least one piece of two-dimensional outline in-formation and one piece of depth information regarding a virtual distance of the artificial LIDAR object; - a LIDAR image generation device for generating the artificial LIDAR object based on the LIDAR information; and comprising - a LIDAR projection device; characterized in that - the LIDAR projection device is configured to project the artificial LIDAR object onto a projection surface; - a video image generation device is provided for generating a visible video image of at least one real object on the projection surface; and - the controller is configured to coordinate the generation of the video image and the generation of an IR image corresponding to the artificial LIDAR object in such a manner that the video image and the IR image are superimposed by the controller in such a manner that, in the resulting overall image, the displayed real object is superimposed on the LIDAR object. - a controller for generating LIDAR information regarding an artificial LIDAR object based on a real object to be simulated for a test operation, wherein the LIDAR information comprises at least one piece of two-dimensional outline in-formation and one piece of depth information regarding a virtual distance of the artificial LIDAR object; - a LIDAR image generation device for generating the artificial LIDAR object based on the LIDAR information; and comprising - a LIDAR projection device; - the LIDAR projection device is configured to project the artificial LIDAR object onto a projection surface; - a video image generation device is provided for generating a visible video image of at least one real object on the projection surface; and - the controller is configured to coordinate the generation of the video image and the generation of an IR image corresponding to the artificial LIDAR object in such a manner that the video image and the IR image are superimposed by the controller in such a manner that, in the resulting overall image, the displayed real object is superimposed on the LIDAR object.
A capsule, which is suited to contain in its inside a powdered product for preparing an infusion; said capsule comprising a container, which is closed by a lid, said container being provided with filtering means (,) for filtering the powdered product /hot water infusion; the capsule comprises: - a central feeding device for feeding a hot liquid according to a substantially vertical direction; said hot liquid being suited to obtain an infusion with said powdered product; and - a deflecting device, which is arranged transverse to the hot liquid flow coming from said central feeding device; said deflecting device being supported by the bottom of said container by means of a support device; capsule characterised in that it comprises filtering means (,), which are substantially vertical and are arranged both on said deflecting device, and on said support device. - a central feeding device for feeding a hot liquid according to a substantially vertical direction; said hot liquid being suited to obtain an infusion with said powdered product; and - a deflecting device, which is arranged transverse to the hot liquid flow coming from said central feeding device; said deflecting device being supported by the bottom of said container by means of a support device;
A base station for communicating with at least one of mobile stations, the base station comprising: a timer unit which sets a period for judging whether an uplink signal from a mobile station is synchronized; and a timer control unit which is capable of determining the period specific to each of the mobile stations and notifying the period to the mobile station upon establishment or re-establishment of an RRC. a timer unit which sets a period for judging whether an uplink signal from a mobile station is synchronized; and a timer control unit which is capable of determining the period specific to each of the mobile stations and notifying the period to the mobile station upon establishment or re-establishment of an RRC.
A plug for a hydrocarbon well, wherein the plug can be held fixed relative to a casing/borehole wall, and wherein the plug further comprises: a slip actuator for setting and releasing slips, a locking element in contact with the slip actuator, and one or more resilient packing elements which are adapted for sealing against the casing/borehole wall, wherein the locking element comprises multiple parts having internal threads which constitute an enclosure around threads on a pipe, and wherein on the radial outer surface of the locking element there are arranged resilient elements, and that - the locking element, when setting the plug, is capable of sliding over the pipe threads for movement of the slip actuator and setting of the slips, and characterized in that the locking element comes into engagement with a locking sleeve in order to prevent rotation of the locking element; - whilst when releasing the plug, the locking sleeve is released from the locking element, the locking element rotates off the pipe threads and the slips are released. - the locking element, when setting the plug, is capable of sliding over the pipe threads for movement of the slip actuator and setting of the slips, and characterized in that the locking element comes into engagement with a locking sleeve in order to prevent rotation of the locking element; - whilst when releasing the plug, the locking sleeve is released from the locking element, the locking element rotates off the pipe threads and the slips are released.
Manual garlic peeling accessory comprising a tubular body having a first open end, a second open end opposite the first open end, and a hollow interior extending from the first open end to the second open end, the tubular body being made of a flexible material allowing the tubular body to deform under the effect of pressure exerted when the garlic peeling accessory is used, the tubular body having a first working chamber configured to accommodate at least one garlic clove, the tubular body having a first cross-sectional restriction arranged at a distance from the first open end and a second cross-sectional restriction, the first working chamber extending between the first cross-sectional restriction and the second cross-sectional restriction, the tubular body having a second working chamber configured to accommodate at least the majority of a garlic clove, the second working chamber being arranged between the first cross-sectional restriction and the first open end, the second working chamber being delimited by the first cross-sectional restriction and by a third cross-sectional restriction, characterised in that the first cross-sectional restriction is formed by a first annular constriction, in that the second cross-sectional restriction is formed by a second annular constriction, in that the third cross-sectional restriction is merged with the first open end, and in that the first open end is formed by a third annular constriction.
A lift truck having vibration control, the lift truck comprising: a tractor unit; vertically movable forks mounted relative to the tractor unit, the forks being vertically movable between an upper position and a lower position; a vertical support (110, 130) mounted to the tractor unit, the vertical support (110, 130) including a first vertical support arm and second vertical support arm a platform mounted on a horizontal support that is mounted between the first vertical support arm and second vertical support arm the platform for mounting electrical components; the vertical support (110, 130) comprising two or more cylinders (112, 114) that function as a mass-damper system to damper vibrations from reaching the platform, the mass-damper system include a spring, a fluid, and a variable valve; and control circuitry coupled to the variable valve, the control circuitry to control a flow of the fluid through the variable valve to control a degree of vibration damping characterized by the electrical components mounted on the platform including a sensor (85, 128, 144) coupled to the control circuitry, the sensor to provide a value of motion of the lift truck in at least one of an X-axis and a Y-axis and a Z-axis the electrical components mounted on the platform further including a second sensor to provide a second value of motion of the lift truck in at least one of the X-axis and the Y-axis and the Z-axis. a tractor unit; vertically movable forks mounted relative to the tractor unit, the forks being vertically movable between an upper position and a lower position; a vertical support (110, 130) mounted to the tractor unit, the vertical support (110, 130) including a first vertical support arm and second vertical support arm a platform mounted on a horizontal support that is mounted between the first vertical support arm and second vertical support arm the platform for mounting electrical components; the vertical support (110, 130) comprising two or more cylinders (112, 114) that function as a mass-damper system to damper vibrations from reaching the platform, the mass-damper system include a spring, a fluid, and a variable valve; and control circuitry coupled to the variable valve, the control circuitry to control a flow of the fluid through the variable valve to control a degree of vibration damping characterized by the electrical components mounted on the platform including a sensor (85, 128, 144) coupled to the control circuitry, the sensor to provide a value of motion of the lift truck in at least one of an X-axis and a Y-axis and a Z-axis the electrical components mounted on the platform further including a second sensor to provide a second value of motion of the lift truck in at least one of the X-axis and the Y-axis and the Z-axis.
Battery, preferably lithium-ion battery, in particular traction battery for an electric vehicle, with a housing, and with at least one multi-layer heat insulation element arranged in the interior of the housing for thermal insulation and fire protection, wherein the heat insulation element has: a first cover layer, a second cover layer, and a compressible and pliable intermediate ply arranged between the cover layers (2, 3), which comprises at least one fibre layer that is heat-resistant above 250 °C, wherein the fibre layer is formed from a needled nonwoven, and wherein the fibres of the fibre layer have a length of more than 30 mm. with a housing, and with at least one multi-layer heat insulation element arranged in the interior of the housing for thermal insulation and fire protection, wherein the heat insulation element has: a first cover layer, a second cover layer, and a compressible and pliable intermediate ply arranged between the cover layers (2, 3), which comprises at least one fibre layer that is heat-resistant above 250 °C, wherein the fibre layer is formed from a needled nonwoven, and wherein the fibres of the fibre layer have a length of more than 30 mm. a first cover layer, a second cover layer, and a compressible and pliable intermediate ply arranged between the cover layers (2, 3), which comprises at least one fibre layer that is heat-resistant above 250 °C, wherein the fibre layer is formed from a needled nonwoven, and wherein the fibres of the fibre layer have a length of more than 30 mm.
System for assisting plantar flexion in the upper ankle joint, comprising a below-knee orthosis having a foot part with an outsole, and a cuff for securing the below-knee orthosis in the region of the head of the tibia, wherein the foot part and the cuff are connected to a spring enclosing the lower leg on the posterior aspect thereof, wherein sensors for detecting a movement pattern are positioned on the below-knee orthosis, and the system comprises an evaluation unit which is configured in such a way that data detected by the sensors for detection of the movement pattern are compared with target data and, in the event of deviation, information is output to the wearer of the below-knee orthosis, characterized in that the spring is connected to the foot part in the region of the lateral malleolus, runs round the posterior aspect of the lower leg and, on the inner aspect, is connected to the cuff enclosing the lower leg in the region of the head of the tibia.
A method of communication at a gateway device, the method comprising: receiving capability information from a user terminal, said capability information indicating at least one of: an inter-cell tune time for the user terminal or an inter-satellite tune time for the user terminal, wherein said inter-cell tune time indicates the duration for the user terminal to tune from one cell/beam to another cell/beam of a current satellite and wherein said inter-satellite tune time indicates the duration for the user terminal to tune from a cell/beam of a current satellite to a cell/beam of another satellite; generating satellite handoff information that specifies a handoff time of the user terminal for a particular cell of a particular satellite, wherein the generation of the satellite handoff information is based on the capability information from the user terminal; and sending the satellite handoff information to the user terminal. receiving capability information from a user terminal, said capability information indicating at least one of: an inter-cell tune time for the user terminal or an inter-satellite tune time for the user terminal, wherein said inter-cell tune time indicates the duration for the user terminal to tune from one cell/beam to another cell/beam of a current satellite and wherein said inter-satellite tune time indicates the duration for the user terminal to tune from a cell/beam of a current satellite to a cell/beam of another satellite; generating satellite handoff information that specifies a handoff time of the user terminal for a particular cell of a particular satellite, wherein the generation of the satellite handoff information is based on the capability information from the user terminal; and sending the satellite handoff information to the user terminal.
Low thermal expansion glass-ceramic component, wherein the application temperature T A of the glass ceramic-component lies within in the range of -60° to 100°C, wherein the glass-ceramic component has a CTE(0;50) in the interval of 0 ± 15 ppb/K, more preferably in the interval of 0 ± 10 ppb/K, and a CTE(0;50) homogeneity over the entire glass-ceramic component of at most 3 ppb/K wherein the glass ceramic component comprises an LAS glass-ceramic with the following composition (in % by weight based on oxide) SiO 2 50 - 70 Al 2 O 3 17 - 32 P 2 O 5 3 - 12 Li 2 O 2 - 5 Na 2 O 0 - 2 K 2 O 0 - 2 MgO 0 - 2 CaO 0 - 4 BaO 0 - 5 SrO 0 - 2 ZnO 0 - 4 TiO 2 1 - 5 ZrO 2 0 - 5
A method of controlling a pilot/main fuel schedule to an annular combustor of a gas turbine engine of an aircraft comprising: scheduling a first percentage of a total fuel flow to an axial pilot fuel injection system operable to supply the fuel into a forward combustion zone of a combustion chamber generally along an axis, and scheduling a second percentage of the total fuel flow to a radial main fuel injection system that communicates with a downstream combustion zone of the combustion chamber downstream of the axial pilot fuel injection system and generally transverse to the axis, wherein the scheduling comprises: correlating, based on an engine operating parameter, a nominal fuel schedule comprising a range for the first and second percentages of the total fuel flow; characterized in that the scheduling further comprises optimizing the nominal fuel schedule within the range, to mitigate combustor tones while also meeting other combustor metrics, to determine the first and second percentages of the total fuel flow. scheduling a first percentage of a total fuel flow to an axial pilot fuel injection system operable to supply the fuel into a forward combustion zone of a combustion chamber generally along an axis, and scheduling a second percentage of the total fuel flow to a radial main fuel injection system that communicates with a downstream combustion zone of the combustion chamber downstream of the axial pilot fuel injection system and generally transverse to the axis, wherein the scheduling comprises: correlating, based on an engine operating parameter, a nominal fuel schedule comprising a range for the first and second percentages of the total fuel flow; characterized in that the scheduling further comprises optimizing the nominal fuel schedule within the range, to mitigate combustor tones while also meeting other combustor metrics, to determine the first and second percentages of the total fuel flow. correlating, based on an engine operating parameter, a nominal fuel schedule comprising a range for the first and second percentages of the total fuel flow; characterized in that the scheduling further comprises optimizing the nominal fuel schedule within the range, to mitigate combustor tones while also meeting other combustor metrics, to determine the first and second percentages of the total fuel flow.
A method for generation of cyclic shift amount set, comprising the following steps: A: determining an upper limit value Ncs_max of cyclic shift amount Ncs according to a maximum cell radius value R which is required to be supported by a random access channel RACH, and selecting Ncs values which are less than or equal to the Ncs_max to be elements of an initial Ncs set; B: calculating a root sequence number Nr corresponding to each element in the initial Ncs set according to formula Nr = ┌M/└Npre/Ncs┘┐; and deleting elements in the initial Ncs set which have the same Nr value with other elements so as to generate a screening Ncs set in which each element has a different Nr value; C: if N, the number of elements in the screening Ncs set, is greater than P, the number of maximum NCS supported by the system, then deleting N-P elements from the set so as to generate a final Ncs set; else regarding the screening Ncs set as the final Ncs set; wherein, M is a preamble number required by each cell; Npre is the length of preamble sequence; wherein, in the step A, the Ncs values which are greater than or equal to Ncs_min but also less than or equal to Ncs_max are regarded as elements of the initial Ncs set; wherein, Ncs_min = ⌊ Tds × Npre Tpre ⌋;; or Ncs_min is the maximum value of ⌊ Tds × Npre Tpre ⌋ and defined thershold Ncs_th; wherein Tds is the length of the multipath channel delay spread, Tpre is the duration of the preamble, └ ┘ denotes rounding down operation, ┌ ┐ denotes rounding up operation; wherein, in the step B, for those multiple elements which have the same Nr value in the initial Ncs set, the element which has the minimum Ncs value is reserved, the other elements are deleted, and the screening Ncs set in which each element has a different Nr value is generated; if R=2.2km, Tpre=133us, Npre=139 or 137, Tds=0us, Ncs_th=2, M=64, P=7, then the final Ncs set is {2, 4, 6, 8, 10, 12, 15}. A: determining an upper limit value Ncs_max of cyclic shift amount Ncs according to a maximum cell radius value R which is required to be supported by a random access channel RACH, and selecting Ncs values which are less than or equal to the Ncs_max to be elements of an initial Ncs set; B: calculating a root sequence number Nr corresponding to each element in the initial Ncs set according to formula Nr = ┌M/└Npre/Ncs┘┐; and deleting elements in the initial Ncs set which have the same Nr value with other elements so as to generate a screening Ncs set in which each element has a different Nr value; C: if N, the number of elements in the screening Ncs set, is greater than P, the number of maximum NCS supported by the system, then deleting N-P elements from the set so as to generate a final Ncs set; else regarding the screening Ncs set as the final Ncs set;
A method for processing a multimedia signal, the method comprising: receiving a multimedia signal having a plurality of subbands; receiving one or more sets of proto-type filter coefficients, wherein each of the sets corresponds to one of predetermined locations in a virtual reproduction space; and converting the set of proto-type filter coefficients to a plurality sets of subband filter coefficients; characterized in that the method further comprising: truncating each of the sets of subband filter coefficients frequency-dependently based on a filter order for a corresponding subband, wherein the filter order is determined based at least in part on energy decay time information of the corresponding subband, and wherein the filter order determines a length of the set of truncated subband filter coefficients and is determined to be variable in a frequency domain; and filtering each subband signal of the multimedia signal by using the set of truncated subband filter coefficients corresponding thereto. receiving a multimedia signal having a plurality of subbands; receiving one or more sets of proto-type filter coefficients, wherein each of the sets corresponds to one of predetermined locations in a virtual reproduction space; and converting the set of proto-type filter coefficients to a plurality sets of subband filter coefficients; characterized in that the method further comprising: truncating each of the sets of subband filter coefficients frequency-dependently based on a filter order for a corresponding subband, wherein the filter order is determined based at least in part on energy decay time information of the corresponding subband, and wherein the filter order determines a length of the set of truncated subband filter coefficients and is determined to be variable in a frequency domain; and filtering each subband signal of the multimedia signal by using the set of truncated subband filter coefficients corresponding thereto. truncating each of the sets of subband filter coefficients frequency-dependently based on a filter order for a corresponding subband, wherein the filter order is determined based at least in part on energy decay time information of the corresponding subband, and wherein the filter order determines a length of the set of truncated subband filter coefficients and is determined to be variable in a frequency domain; and filtering each subband signal of the multimedia signal by using the set of truncated subband filter coefficients corresponding thereto.