mhurhangee/ep-ind-claims huggingface dataset:
An intraosseous access device, comprising: a constant-torque spring assembly (204, 604, 1104) disposed in a housing (102, 502, 1102); a drive shaft extending from the housing (102, 502, 1102), the drive shaft coupled to the constant-torque spring assembly (204, 604, 1104); an intraosseous needle coupled to the drive shaft configured for drilling through bone and providing intraosseous access to a medullary cavity of a patient; and an interlock mechanism (338, 438, 738, 1238, 1338) configured to prevent rotation of the intraosseous needle and the drilling therewith until the interlock mechanism (338, 438, 738, 1238, 1338) is disengaged. a constant-torque spring assembly (204, 604, 1104) disposed in a housing (102, 502, 1102); a drive shaft extending from the housing (102, 502, 1102), the drive shaft coupled to the constant-torque spring assembly (204, 604, 1104); an intraosseous needle coupled to the drive shaft configured for drilling through bone and providing intraosseous access to a medullary cavity of a patient; and an interlock mechanism (338, 438, 738, 1238, 1338) configured to prevent rotation of the intraosseous needle and the drilling therewith until the interlock mechanism (338, 438, 738, 1238, 1338) is disengaged.
An apparatus for partitioned processing of compressed strip images, the apparatus comprising: - a receiving unit configured to receive source packets including high resolution wavelet transformed compressed strip image segments continuously transmitted from satellites; the compressed strip image segments being strip image segments compressed according to CCSDS standard; - an extracting unit configured to extract compressed strip image segments and length information of said compressed strip image segments from said received source packets; - an index generating unit configured to generate index information of said compressed strip image segments by using said length information and a consecutive beginning position; and - a storage unit configured to store said compressed strip image segments and said generated index information. - a receiving unit configured to receive source packets including high resolution wavelet transformed compressed strip image segments continuously transmitted from satellites; the compressed strip image segments being strip image segments compressed according to CCSDS standard; - an extracting unit configured to extract compressed strip image segments and length information of said compressed strip image segments from said received source packets; - an index generating unit configured to generate index information of said compressed strip image segments by using said length information and a consecutive beginning position; and - a storage unit configured to store said compressed strip image segments and said generated index information.
Print head for applying a printing medium to a substrate, especially a semiconductor structure such as a photovoltaic solar cell, having a print head housing and a valve element, wherein the print head housing has at least one feed opening for feeding printing medium and a plurality of outlet openings for dispensing the printing medium, wherein the valve element is rotatably mounted in the print head housing in order to navigate between a first printing operating state, in which the feed opening is in fluid-conducting communication with the outlet openings, and a second shut-off operating state, in which there is no fluid-conducting communication between the feed opening and the outlet openings, characterised in that the print head has at least one flushing medium port and the valve element is configured and rotatably mounted in the print head housing in such a way that, in a third flushing operating state, the flushing medium port is in fluid-conducting communication with the outlet openings and, in the first and second operating states, there is no fluid-conducting communication between the flushing medium port and the outlet openings and in the print head there is formed a flushing medium conduit having a flushing medium port and at least one flushing medium outlet, so that in the flushing operating state the flushing medium outlet of the valve element is arranged in the region of at least one outlet opening and is in fluid-conducting communication therewith.
A tag (104, 200, 300, 400, 500, 600, 700, 800, 902, 1002, 1102, 1230, 1304) for tracking an aquatic animal comprising: a sensor (204, 304, 404, 504 a-b, 608 a-b, 810, 1014, 1104, 1234) for detecting a characteristic of the tag; a pH sensitive material (210a, 310, 410a, 506a, 610a, 710a, 808a) exposed to an external environment of the tag, the pH sensitive material degrading in the presence of an acidic environment, the degradation of the pH sensitive material causing a detectable change in a characteristic of the tag detected by the sensor; and a transducer (1010, 1218) for transmitting an ultrasonic signal based on at least the detection of the characteristic of the tag by the sensor. a sensor (204, 304, 404, 504 a-b, 608 a-b, 810, 1014, 1104, 1234) for detecting a characteristic of the tag; a pH sensitive material (210a, 310, 410a, 506a, 610a, 710a, 808a) exposed to an external environment of the tag, the pH sensitive material degrading in the presence of an acidic environment, the degradation of the pH sensitive material causing a detectable change in a characteristic of the tag detected by the sensor; and a transducer (1010, 1218) for transmitting an ultrasonic signal based on at least the detection of the characteristic of the tag by the sensor.
A method of providing protection against acoustic shock, the method comprising the steps of performing a weighted overlap-add, WOLA, analysis on an input signal; performing feature extraction on the input signal and performing feature extraction on the band signals provided by the WOLA analysis; characterized by detecting an acoustic shock event based on the feature extraction performed on the input signal and on the feature extraction performed on the band signals; performing gain control by calculating gains for the band signals based on the detected acoustic shock event, on the feature extraction performed on the input signal and on the feature extraction performed on the band signals, wherein the gains are calibrated to meet a predetermined safe output level; and by applying the calibrated gains to the band signals to obtain modified band signals; and performing a WOLA synthesis on the modified band signals to synthesize an output signal.
A polymer composition that comprises at least one polyaryletherketone and from about 1 to about 100 parts by weight of at least one liquid crystalline polymer per 100 parts by weight of the polyaryletherketone in the composition, wherein the composition is formed by melt processing the polyaryletherketone and the liquid crystalline polymer in the presence of a flow modifier, wherein the flow modifier includes a functional compound that includes a hydroxy-functional organic compound, a carboxy-functional organic compound, or a combination thereof, or wherein the flow modifier includes a functional compound that includes a metal hydroxide compound, a metal alkoxide, a metal salt hydrate, or a combination thereof.
A towing attachment for a forklift, the attachment comprising: a main frame for locating the attachment on a fork assembly of a forklift; a towing hitch assembly on the main frame for connection to a towed article; characterised in that the towing attachment comprises one or more connectors mounted on the main frame for connecting the main frame to a forklift body or forklift chassis, wherein the one or more connectors are configured to transfer towing forces on the towing attachment to the forklift body or forklift chassis, wherein each of the one or more connectors includes a rigid arm which is mounted on the main frame for connecting the main frame to the forklift body or forklift chassis when in a towing position, so that in use fore-and-aft towing forces on the towing attachment are transferred to the forklift body or chassis and not transferred to the fork assembly. a main frame for locating the attachment on a fork assembly of a forklift; a towing hitch assembly on the main frame for connection to a towed article; characterised in that the towing attachment comprises one or more connectors mounted on the main frame for connecting the main frame to a forklift body or forklift chassis, wherein the one or more connectors are configured to transfer towing forces on the towing attachment to the forklift body or forklift chassis, wherein each of the one or more connectors includes a rigid arm which is mounted on the main frame for connecting the main frame to the forklift body or forklift chassis when in a towing position, so that in use fore-and-aft towing forces on the towing attachment are transferred to the forklift body or chassis and not transferred to the fork assembly.
A multi-lumen stent graft comprising: a graft formed by an innermost tube with an opening and an outermost tube with an opening, the graft including: a primary lumen having an exterior surface being defined by at least a portion of the outermost tube and an interior surface defined by the inner surface of the innermost tube, and a secondary lumen having an exterior surface being defined by a portion of the inner surface of the innermost tube and by a portion of an outer surface of the outermost tube, and an interior surface being defined by a portion of the outer surface of the innermost tube and by a portion of an inner surface of the outermost tube, wherein the secondary lumen is in fluid communication through said openings (131, 134); and a primary stent configured to support the graft. a graft formed by an innermost tube with an opening and an outermost tube with an opening, the graft including: a primary lumen having an exterior surface being defined by at least a portion of the outermost tube and an interior surface defined by the inner surface of the innermost tube, and a secondary lumen having an exterior surface being defined by a portion of the inner surface of the innermost tube and by a portion of an outer surface of the outermost tube, and an interior surface being defined by a portion of the outer surface of the innermost tube and by a portion of an inner surface of the outermost tube, wherein the secondary lumen is in fluid communication through said openings (131, 134); and a primary lumen having an exterior surface being defined by at least a portion of the outermost tube and an interior surface defined by the inner surface of the innermost tube, and a secondary lumen having an exterior surface being defined by a portion of the inner surface of the innermost tube and by a portion of an outer surface of the outermost tube, and an interior surface being defined by a portion of the outer surface of the innermost tube and by a portion of an inner surface of the outermost tube, wherein the secondary lumen is in fluid communication through said openings (131, 134); and a primary stent configured to support the graft.
Casting resin, comprising: at least one resin component which comprises an epoxy group, at least 50 % by weight of the resin component being an aliphatic epoxy resin; an aliphatic curing agent which has an APHA/Hazen colour number according to DIN ISO 6217 of 20 or less; at least one silane additive; and a fragrance. at least one resin component which comprises an epoxy group, at least 50 % by weight of the resin component being an aliphatic epoxy resin; an aliphatic curing agent which has an APHA/Hazen colour number according to DIN ISO 6217 of 20 or less; at least one silane additive; and a fragrance.
A combination of a first compound selected from N-(3,5-dimethoxyphenyl)-N'-(1-methylethyl)-N-[3-(1-methyl-1H-pyrazol-4-yl)quinoxalin-6-yl]ethane-1,2-diamine or a pharmaceutically acceptable salt thereof or a solvate thereof, and N-(2-fluoro-3,5-dimethoxyphenyl)-N-(1H-imidazol-2-ylmethyl)-3-(1-methyl-1H-pyrazol-4-yl)pyrido[2,3-b]pyrazin-6-amine or a pharmaceutically acceptable salt thereof or a solvate thereof; and a second compound which is a cMet inhibitor.
A positive electrode for a secondary battery, comprising: a current collector layer; a lower mixture layer disposed on one or both surfaces of the current collector layer; and an upper mixture layer disposed on the lower mixture layer, wherein the lower mixture layer and the upper mixture layer both include an active material containing Li x NiO 2, wherein 1.1≤x≤2.5,, wherein based on 100 parts by weight of the active material contained in the lower mixture layer, a content of the LNO in the lower mixture is 60 parts by weight or more, and wherein based on a total 100 parts by weight of the active material contained in the upper mixture layer, a content of the LNO in the upper mixture layer is in a range of 1 to 40 parts by weight. a current collector layer; a lower mixture layer disposed on one or both surfaces of the current collector layer; and an upper mixture layer disposed on the lower mixture layer, wherein the lower mixture layer and the upper mixture layer both include an active material containing Li x NiO 2, wherein 1.1≤x≤2.5,, wherein based on 100 parts by weight of the active material contained in the lower mixture layer, a content of the LNO in the lower mixture is 60 parts by weight or more, and wherein based on a total 100 parts by weight of the active material contained in the upper mixture layer, a content of the LNO in the upper mixture layer is in a range of 1 to 40 parts by weight.
A method to make a lithium metal oxide powder comprised of Li, Ni, Mn, Co and oxygen useful to make a lithium ion battery cathode, comprising (a) providing a precursor mixture comprising a particulate precursor comprised of Li, Ni, Co and oxygen and a Mn particulate precursor devoid of Ni and Co, wherein the precursor particulate comprising Ni and Co has an unagglomerated primary particle size having a D50 of 0.1 to 0.8 micrometer, D10 of 0.05 to 0.3 micrometer, D90 of 0.35 to 1.5 micrometer and no particles essentially larger than 3 micrometers, (b) agglomerating the precursor mixture to form secondary particles comprised of primary particles of the particulate precursor comprised of Li, Ni, Co and oxygen and the Mn particulate precursor, (c) heating the secondary particles under an oxygen containing atmosphere to a maximum temperature of from 930 °C to 960 °C and for a time to form the lithium metal oxide. (a) providing a precursor mixture comprising a particulate precursor comprised of Li, Ni, Co and oxygen and a Mn particulate precursor devoid of Ni and Co, wherein the precursor particulate comprising Ni and Co has an unagglomerated primary particle size having a D50 of 0.1 to 0.8 micrometer, D10 of 0.05 to 0.3 micrometer, D90 of 0.35 to 1.5 micrometer and no particles essentially larger than 3 micrometers, (b) agglomerating the precursor mixture to form secondary particles comprised of primary particles of the particulate precursor comprised of Li, Ni, Co and oxygen and the Mn particulate precursor, (c) heating the secondary particles under an oxygen containing atmosphere to a maximum temperature of from 930 °C to 960 °C and for a time to form the lithium metal oxide.
A method for generating plasma or laser pulses by means of high frequency excitation pulses, wherein a medium is excited with high frequency excitation pulses in order to fulfil plasma or laser pulse specifications, wherein the high frequency excitation pulses are established at least partially dependent on a preceding high frequency excitation of the medium, characterized in that establishment of the high frequency excitation pulses is at least partially carried out in such a way that the high frequency excitation pulses become commensurately more strongly reduced in energy when a remaining excitation of the medium by the preceding high frequency excitation is higher, and that the high frequency excitation pulses are at least partially reduced in energy by shortening the high frequency excitation pulses, particularly with their start and/or end times being modified.
A method implemented in a base station, the method comprising: receiving a power status report from a user equipment, UE, operating in carrier aggregation in which two or more component carriers, CCs, are aggregated, wherein the power status report includes: (i) a CC specific maximum transmission power, P CMAX,c, for each configured and activated uplink CC, for which a resource is assigned for the UE, wherein P CMAX,c shall be set within following bounds: P CMAX _ L, c < = P CMAX, c < = P CMAX _ H, c where P CMAX_L,c is a lower bound and P CMAX_H,c is a higher bound of a CC specific maximum transmission power, and (ii) a power headroom report indicative of a difference between the CC specific maximum transmission power, P CMAX,c, and an estimated UE transmit power, per each configured and activated uplink CC; and controlling allocation of uplink transmission or scheduling of uplink transmission resources with the UE based on the received power status report. receiving a power status report from a user equipment, UE, operating in carrier aggregation in which two or more component carriers, CCs, are aggregated, wherein the power status report includes: (i) a CC specific maximum transmission power, P CMAX,c, for each configured and activated uplink CC, for which a resource is assigned for the UE, wherein P CMAX,c shall be set within following bounds: P CMAX _ L, c < = P CMAX, c < = P CMAX _ H, c where P CMAX_L,c is a lower bound and P CMAX_H,c is a higher bound of a CC specific maximum transmission power, and (ii) a power headroom report indicative of a difference between the CC specific maximum transmission power, P CMAX,c, and an estimated UE transmit power, per each configured and activated uplink CC; and (i) a CC specific maximum transmission power, P CMAX,c, for each configured and activated uplink CC, for which a resource is assigned for the UE, wherein P CMAX,c shall be set within following bounds: P CMAX _ L, c < = P CMAX, c < = P CMAX _ H, c where P CMAX_L,c is a lower bound and P CMAX_H,c is a higher bound of a CC specific maximum transmission power, and (ii) a power headroom report indicative of a difference between the CC specific maximum transmission power, P CMAX,c, and an estimated UE transmit power, per each configured and activated uplink CC; and controlling allocation of uplink transmission or scheduling of uplink transmission resources with the UE based on the received power status report.
Drawbar for a commercial vehicle trailer, with a drawbar tube arranged in the longitudinal direction of the vehicle and having a drawbar eye provided at the front end thereof, a drawbar box which has a longitudinal guide for the passage of a drawbar tube section, and means (16, 17) for the form-fitting longitudinal locking of the drawbar tube in relation to the drawbar box, wherein the longitudinal guide consists of wall sections of the drawbar box, the wall sections extending in the longitudinal direction of the vehicle, and the drawbar tube bears flat against at least two wall sections (21, 22), characterized in that the two wall sections are two side walls (21, 22) which are each arranged inclined in such a manner that they define between them a trapezium cross section tapering from a trapezium base, and on which likewise inclined side walls (31, 32) of the drawbar tube are supported in a flat manner, and in that the drawbar box has at least one horizontal wall section (51, 52) which forms the trapezium base and is adjustable towards the drawbar tube.
Stabilizer for the roll stabilization of a vehicle, wherein the stabilizer has the following features: a first stabilizer element and a second stabilizer element, wherein the first stabilizer element is or can be coupled to a first wheel suspension element of the vehicle, and the second stabilizer element is or can be coupled to a second wheel suspension element of the vehicle; and at least one electric motor which is designed to rotate the first stabilizer element relative to the second stabilizer element using a control signal in order to decouple the first wheel suspension element from the second wheel suspension element, characterized in that the control signal represents a signal determined using an algorithm of a vector control. a first stabilizer element and a second stabilizer element, wherein the first stabilizer element is or can be coupled to a first wheel suspension element of the vehicle, and the second stabilizer element is or can be coupled to a second wheel suspension element of the vehicle; and at least one electric motor which is designed to rotate the first stabilizer element relative to the second stabilizer element using a control signal in order to decouple the first wheel suspension element from the second wheel suspension element,
A manufacturing method of a magnetostrictive member comprising: a step of retaining an Fe-Ga alloy in a furnace heated to a melting temperature or more for a predetermined time and then drawing the melted alloy out of the furnace at a predetermined speed to unidirectionally solidify the melted alloy; a step of cutting the solidified Fe-Ga alloy into a strip shape after the solidifying step; a step of separating the cut strip shaped material into an individual single crystal at a crystal grain boundary; and cutting the separated individual single crystal by using electric discharge machining in a state that <100> orientation of the crystal is aligned in a direction of the magnetostriction of a magnetostrictor. a step of retaining an Fe-Ga alloy in a furnace heated to a melting temperature or more for a predetermined time and then drawing the melted alloy out of the furnace at a predetermined speed to unidirectionally solidify the melted alloy; a step of cutting the solidified Fe-Ga alloy into a strip shape after the solidifying step; a step of separating the cut strip shaped material into an individual single crystal at a crystal grain boundary; and cutting the separated individual single crystal by using electric discharge machining in a state that <100> orientation of the crystal is aligned in a direction of the magnetostriction of a magnetostrictor.