mhurhangee/ep-ind-claims huggingface dataset:
An energy storage device, said energy storage device comprising: a plurality of energy storage cells being lithium-ion battery cells; and at least one holder structure adapted to store one or more energy storage cells of said plurality of energy storage cells; wherein, said at least one holder structure includes at least one non-rigid member, said at least one non-rigid member being overmolded to at least one rigid frame member, enables said rigid frame member to form at least one side wall (401R, 401L, 402R, 402L) of said non-rigid member of said at least one holder structure; said at least one non-rigid member being a flexible resin material including rubber, includes one or more receiving portions to receive at least a portion of said one or more energy storage cells, and each of said plurality of energy storage cells being configured to be secured in said one or more receiving portions in one or more configurations. a plurality of energy storage cells being lithium-ion battery cells; and at least one holder structure adapted to store one or more energy storage cells of said plurality of energy storage cells; wherein, said at least one holder structure includes at least one non-rigid member, said at least one non-rigid member being overmolded to at least one rigid frame member, enables said rigid frame member to form at least one side wall (401R, 401L, 402R, 402L) of said non-rigid member of said at least one holder structure; said at least one non-rigid member being a flexible resin material including rubber, includes one or more receiving portions to receive at least a portion of said one or more energy storage cells, and each of said plurality of energy storage cells being configured to be secured in said one or more receiving portions in one or more configurations. said at least one holder structure includes at least one non-rigid member, said at least one non-rigid member being overmolded to at least one rigid frame member, enables said rigid frame member to form at least one side wall (401R, 401L, 402R, 402L) of said non-rigid member of said at least one holder structure; said at least one non-rigid member being a flexible resin material including rubber, includes one or more receiving portions to receive at least a portion of said one or more energy storage cells, and each of said plurality of energy storage cells being configured to be secured in said one or more receiving portions in one or more configurations.
A cartridge for a drug delivery device and to be replacably or non-replaceably mounted in a housing of the drug delivery device, the cartridge comprising a barrel (52; 62; 72; 82; 92) of substantially cylindrical shape and a piston arrangement (54; 64; 74; 84, 85; 94, 95, 97) displaceably arranged in the barrel, wherein the piston arrangement (54; 64; 74; 84, 85; 94, 95, 97) occupies at least 20% of the volume confined by the barrel (52; 62; 72; 82; 92), characterized in that the piston arrangement comprises: - a set of pistons (54; 64; 74) having a substantially identical diameter but comprising different axial elongation, wherein one selected piston (54; 64; 74) of the set of pistons is displaceably arranged in the barrel (52; 62; 72), or - at least two individual pistons (84, 85; 94, 95, 97) that are adjacently arranged and mutually abut in axial direction (1, 2). - a set of pistons (54; 64; 74) having a substantially identical diameter but comprising different axial elongation, wherein one selected piston (54; 64; 74) of the set of pistons is displaceably arranged in the barrel (52; 62; 72), or - at least two individual pistons (84, 85; 94, 95, 97) that are adjacently arranged and mutually abut in axial direction (1, 2).
A radiation curable coating composition consisting essentially of: - from 20 to 95 wt% of one or more (meth)acrylated compounds (a), - from 5 to 80 wt% of one or more metal salts of a C10 to C22 fatty acid (b), and - from 0 to 10 wt% of one or more of compounds (c) different from (an) and (b), wherein the wt% of compounds (a) to (c) add up to 100%. - from 20 to 95 wt% of one or more (meth)acrylated compounds (a), - from 5 to 80 wt% of one or more metal salts of a C10 to C22 fatty acid (b), and - from 0 to 10 wt% of one or more of compounds (c) different from (an) and (b),
Beverage serving trolley comprising a supporting structure, at least one wheel (11A, 11B), a presentation basket comprising a basket handle and being configured to receive beverage bottles and ice cubes, and an outer housing, wherein the outer housing includes at least one first side panel, characterized in that the outer housing includes at least one edge profile and the at least one first side panel and the at least one edge profile cover at least in part at least one side and at least one vertical edge, respectively, of the beverage serving trolley, wherein both the at least one first side panel and the at least one edge profile have the same vertical extension and are mounted to the beverage serving trolley in a way that adjacent first side panels and edge profiles are connected flush with each other at their respective vertical edges with a distance, thus forming a vertical gap of a predetermined width between each other.
A spray pot, comprising: a body; a detachable inner liner arranged in the body; characterized by that the inner liner is integrally provided with a bottom of the inner liner and the spray pot further comprises: a one-way ventilation valve arranged at the bottom of the inner liner, the one-way ventilation valve being in a closed state when the body is placed uprightly and fluid is injected into the inner liner, and being in an opened state when the body is inverted and the fluid is discharged from the inner liner; clamping portions arranged at a bottom of the body and configured to fix the one-way ventilation valve to the body; and a cover arranged at a top of the body, configured to connect with a spray gun and tightly matched with both the body and the inner liner. a body; a detachable inner liner arranged in the body; characterized by that the inner liner is integrally provided with a bottom of the inner liner and the spray pot further comprises: a one-way ventilation valve arranged at the bottom of the inner liner, the one-way ventilation valve being in a closed state when the body is placed uprightly and fluid is injected into the inner liner, and being in an opened state when the body is inverted and the fluid is discharged from the inner liner; clamping portions arranged at a bottom of the body and configured to fix the one-way ventilation valve to the body; and a cover arranged at a top of the body, configured to connect with a spray gun and tightly matched with both the body and the inner liner. a one-way ventilation valve arranged at the bottom of the inner liner, the one-way ventilation valve being in a closed state when the body is placed uprightly and fluid is injected into the inner liner, and being in an opened state when the body is inverted and the fluid is discharged from the inner liner; clamping portions arranged at a bottom of the body and configured to fix the one-way ventilation valve to the body; and a cover arranged at a top of the body, configured to connect with a spray gun and tightly matched with both the body and the inner liner.
A method for determining whether an immune-based therapy or a non-immune-based therapy is effective for a cancer patient, wherein the non-immune-based therapy is selected from the group consisting of a radiation, surgery or chemotherapy, said method comprising: Exposing a first aliquot of whole blood from a cancer patient to a solvent comprising an immune stimulating agent selected from zymosan and recombinant interleukin-2; exposing a second aliquot to the solvent not comprising the immune stimulating agent; quantifying the ratio between the amount of mRNA encoding an immune function-related mRNA selected from CD16, FOXP3, and arginase in said first and second aliquot after the exposure, thereby quantifying induction of the immune function-related mRNA; (a) wherein an induction of CD16 upon exposure to the immune stimulating agent is indicative for an immune based therapy being effective, (b) wherein an induction of FOXP3 upon exposure to the immune stimulating agent is indicative for a non-immune based therapy being effective, or (c) wherein an induction of arginase upon exposure to the immune stimulating agent is indicative for a non-immune based therapy being effective. Exposing a first aliquot of whole blood from a cancer patient to a solvent comprising an immune stimulating agent selected from zymosan and recombinant interleukin-2; exposing a second aliquot to the solvent not comprising the immune stimulating agent; quantifying the ratio between the amount of mRNA encoding an immune function-related mRNA selected from CD16, FOXP3, and arginase in said first and second aliquot after the exposure, thereby quantifying induction of the immune function-related mRNA; (a) wherein an induction of CD16 upon exposure to the immune stimulating agent is indicative for an immune based therapy being effective, (b) wherein an induction of FOXP3 upon exposure to the immune stimulating agent is indicative for a non-immune based therapy being effective, or (c) wherein an induction of arginase upon exposure to the immune stimulating agent is indicative for a non-immune based therapy being effective. (a) wherein an induction of CD16 upon exposure to the immune stimulating agent is indicative for an immune based therapy being effective, (b) wherein an induction of FOXP3 upon exposure to the immune stimulating agent is indicative for a non-immune based therapy being effective, or (c) wherein an induction of arginase upon exposure to the immune stimulating agent is indicative for a non-immune based therapy being effective.
A computer-implemented method for diagnosing a sensor of a reductant tank of an exhaust aftertreatment system, comprising: receiving a first tank level value (410, 510, 610, 710) from the sensor; receiving a plurality of reductant dosing command values over a period of time; determining a dosed reductant value (440, 540, 640, 730) responsive to the plurality of reductant dosing command values reaching a threshold integrated value (450, 550, 650); receiving a second tank level value (420, 520, 620, 740) from the sensor responsive to the dosed reductant value reaching the threshold integrated value; determining a sensor-estimated dosing value (430, 530, 630, 750) based on the difference between the first tank level value and the second tank level value; determining an upper gain threshold value and a lower gain threshold value based on the dosed reductant value; and diagnosing whether the sensor is performing outside of an acceptable calibration range based on the difference between the sensor-estimated dosing value and the dosed reductant value, the sensor being diagnosed as performing outside of the acceptable calibration range when the sensor-estimated dosing value corresponds to a tank volume that is above the upper gain threshold value or below the lower gain threshold value. receiving a first tank level value (410, 510, 610, 710) from the sensor; receiving a plurality of reductant dosing command values over a period of time; determining a dosed reductant value (440, 540, 640, 730) responsive to the plurality of reductant dosing command values reaching a threshold integrated value (450, 550, 650); receiving a second tank level value (420, 520, 620, 740) from the sensor responsive to the dosed reductant value reaching the threshold integrated value; determining a sensor-estimated dosing value (430, 530, 630, 750) based on the difference between the first tank level value and the second tank level value; determining an upper gain threshold value and a lower gain threshold value based on the dosed reductant value; and diagnosing whether the sensor is performing outside of an acceptable calibration range based on the difference between the sensor-estimated dosing value and the dosed reductant value, the sensor being diagnosed as performing outside of the acceptable calibration range when the sensor-estimated dosing value corresponds to a tank volume that is above the upper gain threshold value or below the lower gain threshold value.
Cleaning pig (1, 22, 27) for pipelines for long-distance transportation of fluid materials, comprising a pig body which fills the pipe cross section by at least two cups (4, 5) that are spaced apart from one another in the longitudinal direction of the pig and which is driven in a predetermined direction of travel by the fluid material transported in the pipeline, the pig (1, 22, 27) comprising at least one rear pressure opening which leads to at least one jet opening via a pressure line, which jet opening opens into an intermediate space between the cups (4, 5) and is directed towards the interior wall of the pipeline, characterised in that the pig (1, 22, 27) comprises at least one extractor in the intermediate space between the cups (4, 5), which extractor is connected, by means of a suction line, to at least one suction outlet which is ahead of the pressure opening in the direction of travel, and in that the suction outlet is attached to a Venturi tube that extends through the pig (22, 27) in the longitudinal direction.
A supporting foot assembly, comprising: a base, having a spherical convex, a disk connected to the spherical convex from below, a through hole, and an internal space; a swingably fitting member, having a spherical concave swingably and fittingly contacting the spherical convex of the base, a lower edge located at a lower periphery of the spherical concave, an aperture, and an upper outer edge; further comprising: a prop component, having a bolt passing through the through hole of the base and the aperture of the swingably fitting member, and a retaining portion integrated to or combined with the bolt and located in the internal space of the base so as to prevent the bolt completely departing from the through hole of the base; characterized in that the prop component is axially hollowed as a tube and the retaining portion is flared; and a nut, being screwed to the bolt of the prop component so as to abut against the upper outer edge of the swingably fitting member. a base, having a spherical convex, a disk connected to the spherical convex from below, a through hole, and an internal space; a swingably fitting member, having a spherical concave swingably and fittingly contacting the spherical convex of the base, a lower edge located at a lower periphery of the spherical concave, an aperture, and an upper outer edge; further comprising: a prop component, having a bolt passing through the through hole of the base and the aperture of the swingably fitting member, and a retaining portion integrated to or combined with the bolt and located in the internal space of the base so as to prevent the bolt completely departing from the through hole of the base; characterized in that the prop component is axially hollowed as a tube and the retaining portion is flared; and a nut, being screwed to the bolt of the prop component so as to abut against the upper outer edge of the swingably fitting member. a prop component, having a bolt passing through the through hole of the base and the aperture of the swingably fitting member, and a retaining portion integrated to or combined with the bolt and located in the internal space of the base so as to prevent the bolt completely departing from the through hole of the base; characterized in that the prop component is axially hollowed as a tube and the retaining portion is flared; and a nut, being screwed to the bolt of the prop component so as to abut against the upper outer edge of the swingably fitting member.
Use of a refractory shaped product based on silicon carbide (SiC) reactively sintered between 1,100°C and 1,700°C to form a silicon nitride binder Si 3 N 4, said product including 0.05% to 1.5% of boron, as a percentage by weight, the Si 3 N 4 /SiC weight ratio being in the range 0.05 to 0.45, as a device chosen in the group consisting of kiln furniture or other firing supports; a block, a tile and a tube of a heat recuperator; a block, a tile and a tube of a heat regenerator; a block and a tube of a muffle; a block, a tile and a tube of a domestic incineration furnace; a block, a tile and a tube of a furnace of a glass making factory in a location where it is not in direct contact with molten glass; a block, a tile and a tube of a metallurgical furnace; a block of a skid rail of a metallurgical furnace; a block and a tube of an immersion heater; a heater tube; a thermocouple protective tube; and a tube for transporting molten metal.
Ski binding intended to cooperate with a gripping interface located at the level of the heel of a boot for skiing, said boot comprising a sole intended to be in contact with the ground during walking phases, and a shell covering the foot, said binding comprising a base intended to be attached to a ski board and a heel piece mounted on the base, said binding comprising a hooking member arranged on the heel piece, characterized in that the hooking member comprises: a groove oriented parallel to the base and shaped so as to have a shape corresponding to the shoe's grip interface, and lateral indexing means capable of laterally positioning the boot, and in that the heel piece is elastically movable along a longitudinal axis, intended to be parallel to the longitudinal axis of the ski.
A rotor speed estimation system, the rotor speed estimation system programmed to: estimate a rotor speed of an AC induction machine according to a linear speed estimation algorithm and based on name plate information of the AC induction machine wherein the NPI comprises a rated power, a rated speed, a rated frequency, and a rated voltage of the AC induction machine, and based on parameters of the AC induction machine during operation thereof, the parameters comprising voltage and frequency values of power input to the AC induction machine and a load value of the AC induction machine; estimate a rotor speed of the AC induction machine according to a frequency-domain signal processing algorithm; determine if the rotor speed estimated by the frequency-domain signal processing algorithm is valid; and if the rotor speed estimated by the frequency-domain signal processing algorithm is valid, then: calculate a revised rated speed of the AC induction machine based on the rotor speed estimated by the frequency-domain signal processing algorithm; and estimate a tuned rotor speed of the AC induction machine according to the linear speed estimation algorithm whith the revised rated speed of the rotor input into the linear speed estimation algorithm in place of the rated speed from the AC induction machine NPI, store the tuned rotor speed on a computer readable storage medium. estimate a rotor speed of an AC induction machine according to a linear speed estimation algorithm and based on name plate information of the AC induction machine wherein the NPI comprises a rated power, a rated speed, a rated frequency, and a rated voltage of the AC induction machine, and based on parameters of the AC induction machine during operation thereof, the parameters comprising voltage and frequency values of power input to the AC induction machine and a load value of the AC induction machine; estimate a rotor speed of the AC induction machine according to a frequency-domain signal processing algorithm; determine if the rotor speed estimated by the frequency-domain signal processing algorithm is valid; and if the rotor speed estimated by the frequency-domain signal processing algorithm is valid, then: calculate a revised rated speed of the AC induction machine based on the rotor speed estimated by the frequency-domain signal processing algorithm; and estimate a tuned rotor speed of the AC induction machine according to the linear speed estimation algorithm whith the revised rated speed of the rotor input into the linear speed estimation algorithm in place of the rated speed from the AC induction machine NPI, store the tuned rotor speed on a computer readable storage medium. calculate a revised rated speed of the AC induction machine based on the rotor speed estimated by the frequency-domain signal processing algorithm; and estimate a tuned rotor speed of the AC induction machine according to the linear speed estimation algorithm whith the revised rated speed of the rotor input into the linear speed estimation algorithm in place of the rated speed from the AC induction machine NPI, store the tuned rotor speed on a computer readable storage medium.
Method for processing of an image, said method comprising the steps of processing the image for determining at least one predominant direction of at least one of edges and texture, called first processing, wherein said first processing comprises dividing the image into patches and determining a predominant direction for each patch; determining a total variation of the image using a weighted sum of variations only along the at least one predominant direction and along a direction orthogonal to the at least one predominant direction; and processing the image using regularization of the total variation, called second processing.
An information transmission method comprising: sending, by a base station, indication information to a terminal on a first channel, wherein the indication information comprises a timing instance at which the terminal monitors a second channel, the first channel being used for performing a first service and the second channel being used for performing a second service; and sending, by the base station, configuration information for the terminal on the second channel; wherein the first service has a higher priority than the second service, the first service comprises Ultra Reliable and Low Latency Communication, URLLC, service, and the second service comprises Enhance Mobile Broadband, eMBB, service. sending, by a base station, indication information to a terminal on a first channel, wherein the indication information comprises a timing instance at which the terminal monitors a second channel, the first channel being used for performing a first service and the second channel being used for performing a second service; and sending, by the base station, configuration information for the terminal on the second channel; wherein the first service has a higher priority than the second service, the first service comprises Ultra Reliable and Low Latency Communication, URLLC, service, and the second service comprises Enhance Mobile Broadband, eMBB, service.
Enclosure assembly, in particular for an enclosure of a metering apparatus, comprising a first enclosure portion and a second enclosure portion which are configured to be assembled by being moved towards each other along an assembly direction, and in a fully assembled state of the enclosure assembly enclose at least a part of an inner space for accommodating a metering device; and a fixation arrangement for affixing the first enclosure portion to the second enclosure portion in the fully assembled state, wherein the fixation arrangement in a fixation position prevents the first enclosure portion and the second enclosure portion from being separated from each other; wherein the fixation arrangement comprises at least one latching element arranged at the first enclosure portion and at least one counter latching element arranged at the second enclosure portion; wherein a latching nose is arranged at a free end of the at least one latching element and protrudes from the at least one latching element in a latching direction running perpendicularly to the assembly direction; and wherein in the fixation position, the at least one latching element is in engagement with the at least one counter latching element, and a blocking element prevents a disengagement of the at least one latching element and the at least one counter latching element, characterised in that in a deflected position of the at least one latching element, the latching nose abuts the at least one counter latching element in the latching direction, and the blocking element abuts the at least one latching element in a deflection direction running perpendicularly to the latching direction.