mhurhangee/ep-ind-claims huggingface dataset:
An isolated polypeptide having the amino acid sequence of the 8P1D4 gene product (STEAP-1) which is encoded by the coding sequence of the cDNA shown in SEQ ID NO:1.
An electrolyte solution for a lithium-air cell, the electrolyte solution comprising: an organic solvent containing sulfolane and a chain alkyl sulfone compound represented by Formula: wherein R 1 and R 2 each independently represent a straight-chain or branched-chain alkyl group containing 1 to 4 carbons and may be the same as or different from each other; and a lithium salt. an organic solvent containing sulfolane and a chain alkyl sulfone compound represented by Formula: wherein R 1 and R 2 each independently represent a straight-chain or branched-chain alkyl group containing 1 to 4 carbons and may be the same as or different from each other; and a lithium salt.
A lithium ion battery for an industrial truck, with • several battery cells which are combined into one or several stacks, and • a battery management system, which is electrically conductive connected to the battery cells, characterised in that the battery management system is arranged on a printed circuit board that is connected to the terminals of the battery cells and comprises a temperature sensor, which detects the temperature of the battery cells, the printed circuit board comprising press-fit sleeves via which the printed circuit board is mechanically connected to a frame that bears the battery cells, and from which each one is in thermal contact with one or several battery cells in order to detect the temperature of the battery cell via the temperature sensor arranged on the printed circuit board, each press-fit sleeve having a barrel-shaped body that is arranged in a bore in the printed circuit board with a projection, and the frame wherein the battery cells are retained has a deepening in which the barrel-shaped body of the press-fit sleeve is supported on an upper terminal zone of the battery cell. • several battery cells which are combined into one or several stacks, and • a battery management system, which is electrically conductive connected to the battery cells,
A method for determining control data for an apparatus for slicing food products, in particular for a high-performance slicer, in which, for at least one product to be sliced, - a plurality of cross-sectional areas Fi of the product are determined, in particular in accordance with the light sectioning process; - the total weight Gtot of the product is determined; - control data are calculated using the cross-sectional areas Fi and the total weight Gtot; and - the cutting apparatus, in particular a product feed of the cutting apparatus, is operated at least in part using the control data, characterized in that a weight table Gto(i) is prepared for calculating the control data only from the cross-sectional areas Fi and from the total weight Gtot in accordance with Gto i = Gto i − 1 + Gi, wherein Gi = Gtot*Fi / Ftot and i = 1 to n; and in that an interpolation is carried out between mutually following values of the weight table Gto(i) for calculating the control data. - a plurality of cross-sectional areas Fi of the product are determined, in particular in accordance with the light sectioning process; - the total weight Gtot of the product is determined; - control data are calculated using the cross-sectional areas Fi and the total weight Gtot; and - the cutting apparatus, in particular a product feed of the cutting apparatus, is operated at least in part using the control data,
A hardware-based processing node of a memory fabric, the hardware-based processing node comprising: at least one memory module comprising a hardware component installed in the hardware-based processing node, the memory module storing and managing one or more memory objects, wherein: each memory object is created natively within the memory module each memory object is accessed using a single memory reference instruction and without explicit Input/Output (I/O) instructions, and each memory object is managed by the memory module at a single memory layer without distinction between persistent storage and temporary memory and without distinction between local and remote location of memory objects on the memory fabric and using the metadata defined for each memory object characterized in that each memory object is managed based on one ore more triggers for each memory object defined in the metadata, wherein the triggers correspond to executable instructions of an object memory fabric instruction set and define one or more pre-defined hardware and/or software actions to be performed on a per-block basis with respect to one or more data blocks within the memory object for which the executable instructions are defined. at least one memory module each memory object is created natively within the memory module each memory object is accessed using a single memory reference instruction and without explicit Input/Output (I/O) instructions, and each memory object is managed by the memory module at a single memory layer without distinction between persistent storage and temporary memory and without distinction between local and remote location of memory objects on the memory fabric and using the metadata defined for each memory object characterized in that each memory object is managed based on one ore more triggers for each memory object defined in the metadata, wherein the triggers correspond to executable instructions of an object memory fabric instruction set and define one or more pre-defined hardware and/or software actions to be performed on a per-block basis with respect to one or more data blocks within the memory object for which the executable instructions are defined.
An article of footwear, comprising: an upper; and a midsole coupled with the upper; characterized in that the midsole includes at least a portion of a solid resilin material comprising a cross-linked recombinant resilin and a polar nonaqueous solvent. an upper; and a midsole coupled with the upper; characterized in that the midsole includes at least a portion of a solid resilin material comprising a cross-linked recombinant resilin and a polar nonaqueous solvent.
A wireless charging device comprising a receiving part coil; an electromagnetic-wave shielding sheet positioned on the receiving part coil, wherein the electromagnetic-wave shielding sheet exhibits a specific magnetic permeability of 100 or more at 100 kHz to 300 kHz, and comprises a metal foam including a soft magnetic metal component; and a polymer component present on the surface of the metal foam and inside the metal foam, wherein the polymer is filled in voids of the metal foam while forming a surface layer on the surface of the metal foam, characterized in that a ratio (T/MT) of a total thickness to a thickness of the metal foam is in the range of 1 to 2.5, the metal foam has a porosity of 60% or more, and 85% or more pores of the whole pores in the metal foam have a pore size of 10 μm or less. a receiving part coil; an electromagnetic-wave shielding sheet positioned on the receiving part coil, wherein the electromagnetic-wave shielding sheet exhibits a specific magnetic permeability of 100 or more at 100 kHz to 300 kHz, and comprises a metal foam including a soft magnetic metal component; and a polymer component present on the surface of the metal foam and inside the metal foam, wherein the polymer is filled in voids of the metal foam while forming a surface layer on the surface of the metal foam, characterized in that a ratio (T/MT) of a total thickness to a thickness of the metal foam is in the range of 1 to 2.5, the metal foam has a porosity of 60% or more, and 85% or more pores of the whole pores in the metal foam have a pore size of 10 μm or less.
Apparatus, comprising: a stretchable substrate having a first region having a first thickness and a second region having a second thickness, and wherein the first thickness is greater than the second thickness; and an array of components mounted on the stretchable substrate in the first region, wherein each component has an interposer substrate and electrical devices mounted to the interposer substrate and wherein the array of components is interconnected using signal paths in the stretchable substrate in the first region. a stretchable substrate having a first region having a first thickness and a second region having a second thickness, and wherein the first thickness is greater than the second thickness; and an array of components mounted on the stretchable substrate in the first region, wherein each component has an interposer substrate and electrical devices mounted to the interposer substrate and wherein the array of components is interconnected using signal paths in the stretchable substrate in the first region.
Agglomerated oil impregnated psyllium husk comprising: (a) from 50 w/w % to 90 w/w % unmilled psyllium husk; (b) from 3 w/w % to 15 w/w % of an oily component impregnating the psyllium husk,wherein the oily component is an edible oil; and (c) from 4 w/w % to 40 w/w % of agglomerating material coating on the impregnated psyllium husk, wherein said agglomerating material coating is selected from the group consisting of water dispersible hydrolyzed starch oligosaccharide, monosaccharide, disaccharide, polyglucose, polymaltose, maltodextrin and mixtures thereof. (a) from 50 w/w % to 90 w/w % unmilled psyllium husk; (b) from 3 w/w % to 15 w/w % of an oily component impregnating the psyllium husk,wherein the oily component is an edible oil; and (c) from 4 w/w % to 40 w/w % of agglomerating material coating on the impregnated psyllium husk, wherein said agglomerating material coating is selected from the group consisting of water dispersible hydrolyzed starch oligosaccharide, monosaccharide, disaccharide, polyglucose, polymaltose, maltodextrin and mixtures thereof.
Milling blank for producing an indirect dental restoration, composed of resin or a resin-based composite, comprising water in an amount of at least 25% of the water sorption W sp, wherein water sorption (W sp) is determined analogously to EN ISO 4049:2009 [7.12]; there follows a summary of the determination method and specification of the departures from the procedure according to EN ISO 4049:2009: A high-speed saw is used to produce specimens with a length of 14.7 mm, a width of 14.7 mm and a thickness of 0.5 mm from composite blocks produced, and these test specimens are deburred, ground, and polished; the specimens [analogously to 7.12.3.1] are dried in a desiccator at 37°C to constant mass and the mass (m 1) is determined accurately to 0.1 mg, and [analogously to 7.12.3.2] the length, the width and the thickness are determined accurately to 0.01 mm; the volume V in cubic millimetres is determined from this; subsequently, the test specimens [analogously to 7.12.3.3] are stored for 7 days at 37°C in water; after 7 days, the test specimens are removed, rinsed with water, blotted, waved back and forth in the air for 15 sec and, 1 min after removal from the water, weighed accurately to 0.1 mg (m 2); after this weighing [analogously to 7.12.3.4], the test specimens are dried in a desiccator at 37°C to constant mass, and the mass (m 3) is determined accurately to 0.1 mg; water sorption is calculated according to Equation given under 7.12.4.1.
A method of estimating an instantaneous frequency of an induction motor, the method estimates a fundamental and saliency harmonic component in a complex primary signal via a complex Phase Locked Loop, wherein said complex primary signal comprises one of a complex voltage signal or a complex current signal associated with the motor, characterized by: calculating a complex incident signal (x n) including a complex exponential evaluated at a synthesis frequency, according to a complex Voltage Controlled Oscillator function; calculating a complex mixed signal (y n) according to a function that includes multiplying the complex primary signal by the conjugate of the complex incident signal; calculating a complex baseband signal (y B,n) according to a function that includes filtering the complex mixed signal such that the bandwidth of the complex baseband signal is less than or equal to the bandwidth of the complex mixed signal; calculating a residual frequency (f R,n) of the complex baseband signal via a complex Phase Discriminator; modifying the synthesis frequency according to a function that includes the synthesis frequency and the residual frequency, such that the residual frequency is minimized; calculating the instantaneous frequency according to a function that includes a representation of the synthesis frequency; and storing the instantaneous frequency. calculating a complex incident signal (x n) including a complex exponential evaluated at a synthesis frequency, according to a complex Voltage Controlled Oscillator function; calculating a complex mixed signal (y n) according to a function that includes multiplying the complex primary signal by the conjugate of the complex incident signal; calculating a complex baseband signal (y B,n) according to a function that includes filtering the complex mixed signal such that the bandwidth of the complex baseband signal is less than or equal to the bandwidth of the complex mixed signal; calculating a residual frequency (f R,n) of the complex baseband signal via a complex Phase Discriminator; modifying the synthesis frequency according to a function that includes the synthesis frequency and the residual frequency, such that the residual frequency is minimized; calculating the instantaneous frequency according to a function that includes a representation of the synthesis frequency; and storing the instantaneous frequency.
An aqueous antifreeze composition comprising 10 to 50% by weight of one or more salts from the group of saturated and unsaturated, aliphatic and aromatic dicarboxylic acids in the form of the alkali metal, ammonium or alkaline earth metal salt, further comprising a) 0.01 to 5% by weight of one more compounds from the group of aromatic monocarboxylic acids having 3 to 16 carbon atoms in the form of their alkali metal, ammonium and substituted ammonium salts. a) 0.01 to 5% by weight of one more compounds from the group of aromatic monocarboxylic acids having 3 to 16 carbon atoms in the form of their alkali metal, ammonium and substituted ammonium salts.
Box-like housing for electrics, the housing having a holding and clamping fixture, particularly for flush-mounted fitting as a tub-like housing for a rear of luminaires (9, 109), comprising a clamping device (17, 117) with at least one clamp (19, 21, 23, 119) and an actuator disc, characterized in that the actuator disc is rotationally movable by means of a central screw (55, 150), in particular by gripping said screw from an inside (53, 153) of said housing via a screw head, and at an end range (25, 25', 25", 125, 125') of the clamp, said clamp is mounted via a rotation link at the actuator disc, whereby the rotational movement of the central screw (55, 155) allows for a radial, by a thorn (69, 169) limited, tensioning movement of the clamp (19, 21, 23, 119) all the way to a stop.
An injection-molding system (100, 200), comprising: a hot-runner manifold (108, 500) comprising a body that includes: a melt-inlet; an injection-nozzle region with an injection nozzle (112, 204) located at said injection-nozzle region, the injection nozzle (112, 204) having a nozzle tip; a melt channel (148, 220, 508) extending from said melt inlet to said injection-nozzle region; a non-melt-fluid coolant inlet for receiving a coolant; a non-melt-fluid coolant outlet; and a non-melt-fluid coolant channel (124, 212) extending from said non-melt-fluid coolant inlet to said non-melt-fluid coolant outlet, fluidly isolated from said melt channel (148, 220) and designed and configured to convey coolant from said non-melt-fluid coolant inlet to said non-melt-fluid coolant outlet; characterized in that the non-melt fluid coolant outlet is designed and configured to direct, in use, the coolant toward the nozzle tip of the injection nozzle (112, 204) thereby to cool the nozzle tip, and where said non-melt-fluid coolant outlet is located proximate to said nozzle tip. a melt-inlet; an injection-nozzle region with an injection nozzle (112, 204) located at said injection-nozzle region, the injection nozzle (112, 204) having a nozzle tip; a melt channel (148, 220, 508) extending from said melt inlet to said injection-nozzle region; a non-melt-fluid coolant inlet for receiving a coolant; a non-melt-fluid coolant outlet; and a non-melt-fluid coolant channel (124, 212) extending from said non-melt-fluid coolant inlet to said non-melt-fluid coolant outlet, fluidly isolated from said melt channel (148, 220) and designed and configured to convey coolant from said non-melt-fluid coolant inlet to said non-melt-fluid coolant outlet; characterized in that the non-melt fluid coolant outlet is designed and configured to direct, in use, the coolant toward the nozzle tip of the injection nozzle (112, 204) thereby to cool the nozzle tip, and where said non-melt-fluid coolant outlet is located proximate to said nozzle tip.
A method for managing sensor data collected and registered by a remote sensing system at a remote field location, referred to as a field segment, wherein the remote sensing system is a satellite-based remote sensing system or the remote sensing is performed by Unmanned Aerial Vehicles (UAVs), and downlinking sensor data to a separate location, referred to as a ground or home segment, wherein the method comprises the steps of: - formatting and storing sensor data in data blocks in a field data archive together with associated metadata describing the collected sensor data, wherein each data block has a corresponding data block identifier in the field data archive; - generating a sensor data product for preview, referred to as an overview, from the sensor data stored in data blocks in the field data archive, wherein the generated overview is a data product with lower data density than the original sensor data; - downlinking the overview together with corresponding data block identifiers and associated metadata to the ground or home segment to enable a ground-based process where data blocks, representing a selected subset of sensor data, are selected for transfer based on the content of the overview and/or the associated metadata; - receiving command(s) from the ground or home segment requesting transfer of selected data blocks by their data block identifiers to the home segment; and - transferring the selected data blocks to the ground or home segment for storage in a home data archive to enable delivery of a sensor data product to end-users. - formatting and storing sensor data in data blocks in a field data archive together with associated metadata describing the collected sensor data, wherein each data block has a corresponding data block identifier in the field data archive; - generating a sensor data product for preview, referred to as an overview, from the sensor data stored in data blocks in the field data archive, wherein the generated overview is a data product with lower data density than the original sensor data; - downlinking the overview together with corresponding data block identifiers and associated metadata to the ground or home segment to enable a ground-based process where data blocks, representing a selected subset of sensor data, are selected for transfer based on the content of the overview and/or the associated metadata; - receiving command(s) from the ground or home segment requesting transfer of selected data blocks by their data block identifiers to the home segment; and - transferring the selected data blocks to the ground or home segment for storage in a home data archive to enable delivery of a sensor data product to end-users.
A method for operating a washer which comprises a washing chamber for accommodating goods to be cleaned, said washing chamber having in its lower portion a sump for collecting water during operation of the washer, a water inlet connected to a water tank, preferably to a water tank that is integrally, still preferably detachably, formed with the dishwasher, a pump for circulating water through the washing chamber, and a control unit for controlling a washing process carried out by the washer, characterized by the subsequent steps: water is fed from the tank into the sump by the action of the hydrostatic pressure prevailing within the water tank; the pressure within the sump or close to the sump is measured by a pressure sensor (54, 56); and based on the pressure measurement the speed of the water flow is monitored and the filling level of the tank is determined, and at least one parameter and/or step of the washing process is controlled and/or indicator signals are issued to a user of the washer. water is fed from the tank into the sump by the action of the hydrostatic pressure prevailing within the water tank; the pressure within the sump or close to the sump is measured by a pressure sensor (54, 56); and based on the pressure measurement the speed of the water flow is monitored and the filling level of the tank is determined, and at least one parameter and/or step of the washing process is controlled and/or indicator signals are issued to a user of the washer.
Cooling circuit pump for a motor vehicle, having a stator which is arranged in an engine casing in which a rotatably mounted rotor is accommodated, wherein the stator is accommodated in the engine casing in a positively locking fashion, and the stator has a laminated core which is attached in the engine casing by means of a snap-action hook device (16, 30), characterized in that snap-action hooks (16, 30) are arranged on the inner side of the laminated core, distributed radially around the circumference of the engine casing, wherein latching projections (20, 32) which are formed at the end of the snap-action hooks (16, 30) engage in a positively locking fashion around the laminated core.
Process for the production of fiberboards from lignocellulose containing wood chips comprising the steps of: a) providing lignocellulose containing wood chips; b) adding a first additive I having an oxidizing effect to the wood chips; c) allowing of reacting of the first additive I having oxidizing effects with ingredients of the wood chips; d) defibration of the wood chips; e) addition of a second additive II having a reducing action and subsequent reaction of ingredients of the defibrated comminution products with said second additive II; f) press molding the treated lignocellulose containing comminution products with adhesives under heat treatment, wherein between the addition of the first additive I and the second additive II a drying step is carried out. a) providing lignocellulose containing wood chips; b) adding a first additive I having an oxidizing effect to the wood chips; c) allowing of reacting of the first additive I having oxidizing effects with ingredients of the wood chips; d) defibration of the wood chips; e) addition of a second additive II having a reducing action and subsequent reaction of ingredients of the defibrated comminution products with said second additive II; f) press molding the treated lignocellulose containing comminution products with adhesives under heat treatment, wherein between the addition of the first additive I and the second additive II a drying step is carried out.