mhurhangee/ep-ind-claims huggingface dataset:
Battery cell having a battery cell housing and an electrochemical part arranged in a casing of the battery cell housing, wherein the battery cell has at least two battery cell terminals (50, 51), which are mounted on the battery cell housing and can be contacted from inside and/or outside of the battery cell, and the electrochemical part has at least two electrodes (61, 66), wherein the battery cell also comprises a carrier (40; 41; 42), which is arranged in the battery cell housing and has at least one electronic circuit part (80, 90; 81, 82, 91, 92, 100), wherein the electrochemical part comprises a first contact lug, which is connected to a first electrode of the electrodes (61, 66), and a contact element, which has a second contact lug, which is connected to a second electrode of the electrodes (61, 66), or a conductive region of the second electrode, which is connected to a conductive region of the casing, and the carrier (40; 41; 42) comprises a first contact lug, which is connected to the first contact lug of the electrochemical part, and, in the presence of the second contact lug of the electrochemical part, comprises a second contact lug, which is connected to the second contact lug of the electrochemical part, characterized in that the electrochemical part is formed as a wound layer structure and at least one contact lug (60, 65) of the first and/or the second contact lug (60, 65) of the electrochemical part is of flat design and at least one contact lug (70, 75) of the first and/or the second contact lug (70, 75) of the carrier (40; 41; 42) is of flat design and is arranged in a respective edge region of the carrier (40; 41; 42), wherein each flat contact lug (60, 65, 70, 75) is arranged in such a way that each greatest side surface thereof extends in each case perpendicularly to a winding plane of the electrochemical part, wherein each flat contact lug (60, 65) of the electrochemical part has a respective greatest side surface that overlaps a greatest side surface of a flat contact lug (70, 75) of the carrier (40; 41; 42), which contact lug is to be connected directly to said side surface.
A bee-ingestible composition comprising an isolated double-stranded ribonucleic acid (dsRNA) suitable for producing siRNA effective against more than one bee virus, wherein said dsRNA comprises a nucleotide sequence identical or complementary to at least 21 nucleotides of a sequence selected from the group consisting of SEQ ID NOs: 47 and 50.
A cell analyzer comprising: a flow cell through which a measurement specimen containing a body fluid except blood flows; a light emission unit configured to apply light onto the measurement specimen flowing through the flow cell; a light detection unit (D4, D5, D6) configured to detect forward scattered light generated from cells in the measurement specimen to which the light is applied; an analysis unit configured to analyze the cells in the body fluid based on a forward scattered light signal detected by the light detection unit; and an output unit, wherein the analysis unit is configured to: count the number of cells belonging to an aggregated cell detection region where the forward scattered light signal intensity and forward scattered light signal width (FSCW) are larger than those in a white blood cell distribution region; and outputs information about tumor cells in the body fluid to the output unit, based on the counted number of cells belonging to the aggregated cell detection region. a flow cell through which a measurement specimen containing a body fluid except blood flows; a light emission unit configured to apply light onto the measurement specimen flowing through the flow cell; a light detection unit (D4, D5, D6) configured to detect forward scattered light generated from cells in the measurement specimen to which the light is applied; an analysis unit configured to analyze the cells in the body fluid based on a forward scattered light signal detected by the light detection unit; and an output unit, wherein the analysis unit is configured to: count the number of cells belonging to an aggregated cell detection region where the forward scattered light signal intensity and forward scattered light signal width (FSCW) are larger than those in a white blood cell distribution region; and outputs information about tumor cells in the body fluid to the output unit, based on the counted number of cells belonging to the aggregated cell detection region. count the number of cells belonging to an aggregated cell detection region where the forward scattered light signal intensity and forward scattered light signal width (FSCW) are larger than those in a white blood cell distribution region; and outputs information about tumor cells in the body fluid to the output unit, based on the counted number of cells belonging to the aggregated cell detection region.
Exhaust gas sensor, comprising a housing, at least one connection cable and a stopper which is intended for sealing off the housing of the exhaust gas sensor, wherein the housing consists of a housing body and a protective sleeve, which is fixedly connected to the housing body and is provided with an end portion remote from the housing body wherein the stopper has at least one axial through-channel, through which the connection cable can be led, wherein the stopper has a main body which comprises polytetrafluoroethylene, wherein the stopper also has at least one outer seal (36, 38), wherein the stopper is arranged in the protective sleeve and the outer seal (36, 38) runs radially outside on the main body, characterized in that the outer seal (36, 38) comprises at least a perfluoroalkoxy polymer or a tetrafluoroethylene perfluoroproylene or a polychlorotrifluoroethylene or a polyvinylidene fluoride.
A multi-spool turboprop or turboshaft engine comprising a low pressure spool and a high pressure spool independently rotatable of one another about an engine axis, the LP spool comprising an LP turbine, an LP compressor and an LP shaft, the HP spool comprising an HP turbine, an HP compressor and an HP shaft, the LP turbine being in fluid flow communication with the HP turbine and disposed downstream therefrom relative to a core airflow of the engine, the HP compressor being in fluid flow communication with the LP compressor and disposed downstream therefrom relative to the core airflow of the engine, the LP shaft having an upstream shaft portion extending upstream of the LP turbine relative to the core airflow of the engine to a location upstream of the LP compressor relative to the core airflow of the engine to provide a first power take-off at an upstream end (E 2) of the engine and a downstream shaft portion extending downstream of the LP turbine relative to the core airflow of the engine to provide a second power take-off at a downstream end (E 1) of the engine, wherein the LP shaft extends from the upstream end (E 2) to the downstream end (E 1) of the engine along the engine axis; characterised in that the engine further comprises: an accessory gearbox disposed at the upstream end (E 2) of the engine upstream of the LP compressor, the AGB being drivingly connected to the HP spool; and a reduction gear box (31, 31') disposed at the upstream or downstream end (E 2, E 1) of the engine for connection to a selected one of the first and second power take-offs of the LP shaft; wherein: the HP shaft extends axially through the LP compressor and is drivingly connected to the AGB upstream of the LP compressor, and the upstream shaft portion of the LP shaft also extends axially through the LP compressor and is drivingly connected to the RGB upstream of the LP compressor, the HP shaft and the upstream shaft portion of the LP shaft being concentric; and the upstream shaft portion of the LP shaft is drivingly coupled to the LP compressor via a gear train. an accessory gearbox disposed at the upstream end (E 2) of the engine upstream of the LP compressor, the AGB being drivingly connected to the HP spool; and a reduction gear box (31, 31') disposed at the upstream or downstream end (E 2, E 1) of the engine for connection to a selected one of the first and second power take-offs of the LP shaft; wherein: the HP shaft extends axially through the LP compressor and is drivingly connected to the AGB upstream of the LP compressor, and the upstream shaft portion of the LP shaft also extends axially through the LP compressor and is drivingly connected to the RGB upstream of the LP compressor, the HP shaft and the upstream shaft portion of the LP shaft being concentric; and the upstream shaft portion of the LP shaft is drivingly coupled to the LP compressor via a gear train.
A piston ring which has a DLC coating formed over its sliding surface, in which piston ring said coating is a multilayer coating comprised of two types of layers having different hardnesses laminated in at least two layers, a hardness difference between said two types of layers is 500 to 1700HV, a high hardness DLC layer has the same or greater thickness than a low hardness DLC layer, and the coating as a whole has a thickness of 5.0 μm or more, wherein a surface-most layer of said coating is the high hardness DLC layer, wherein said high hardness DLC layer has a thickness of 5 to 90 nm.
One or more processors of an Access and Mobility Function, AMF, configured to perform operations comprising: receiving a request from a new AMF for a user equipment, UE, context transfer for a UE registered to the AMF with a first access type, wherein the request includes an indication of a second access type for the UE to register with the new AMF; and wherein the one or more processors are characterized by being configured to perform operations comprising: determining that an interface cannot be relocated to the new AMF; and returning to the new AMF a subscription permanent identifier, SUPI, of the UE and an indication that a registration request procedure is validated for integrity protection without including an entire UE context in response to determining that the interface cannot be relocated to the new AMF. determining that an interface cannot be relocated to the new AMF; and returning to the new AMF a subscription permanent identifier, SUPI, of the UE and an indication that a registration request procedure is validated for integrity protection without including an entire UE context in response to determining that the interface cannot be relocated to the new AMF.
Battery module with a temperature control apparatus with a substantially closed flow space which has a multiplicity of spacer elements, the spacer elements being arranged within the flow space, and the temperature control apparatus having, furthermore, a flow deflection unit which is arranged within the flow space, with a longitudinal direction which runs along the flow deflection unit from a first end to a second end of the flow deflection unit, the flow deflection unit configuring a first side face and second side face which are arranged along the longitudinal direction on opposite sides of the flow deflection unit, the first side face and the second side face being arranged at least in sections directly adjacently with respect to a spacer element (11, 111, 112), the flow space configuring a first region and a second region, in which spacer elements are arranged in each case, a first connector which is configured for the inlet of temperature control fluid into the flow space and a second connector which is configured for the outlet of temperature control fluid out of the flow space being arranged between the first region and the second region of the flow space, characterized in that at least one battery cell is arranged on a surface of the temperature control apparatus, which surface faces away from the flow space. the spacer elements being arranged within the flow space, and the temperature control apparatus having, furthermore, a flow deflection unit which is arranged within the flow space, with a longitudinal direction which runs along the flow deflection unit from a first end to a second end of the flow deflection unit, the flow deflection unit configuring a first side face and second side face which are arranged along the longitudinal direction on opposite sides of the flow deflection unit, the first side face and the second side face being arranged at least in sections directly adjacently with respect to a spacer element (11, 111, 112), the flow space configuring a first region and a second region, in which spacer elements are arranged in each case, a first connector which is configured for the inlet of temperature control fluid into the flow space and a second connector which is configured for the outlet of temperature control fluid out of the flow space being arranged between the first region and the second region of the flow space, characterized in that at least one battery cell is arranged on a surface of the temperature control apparatus, which surface faces away from the flow space.
Rotating electric machine comprising a first element capable of generating a magnetic field rotating in relation to the first element and a second element provided with a winding capable of being passed through by a current in such a way that the rotating magnetic field drives the second element in rotation, characterized by: - means for measuring an electrical quantity at least linked to said current; - means for initiating the generation of the rotating magnetic field from an instant determined as a function of the electrical quantity measured. - means for measuring an electrical quantity at least linked to said current; - means for initiating the generation of the rotating magnetic field from an instant determined as a function of the electrical quantity measured.
A plasticizer composition comprising: a terephthalate-based material in which alkyl groups bonded to a diester group have a weight average carbon number of greater than 7 and less than 9; and a monobenzoate-based material including one or more compounds represented by Chemical Formula 1 below, wherein a weight ratio of the terephthalate-based material and the monobenzoate-based material is 99:1 to 1:99: wherein R 1 is a a butyl group, an isobutyl group, a pentyl group, a hexyl group, a heptyl group, a 2-ethylhexyl group, or an octyl group. a terephthalate-based material in which alkyl groups bonded to a diester group have a weight average carbon number of greater than 7 and less than 9; and a monobenzoate-based material including one or more compounds represented by Chemical Formula 1 below, wherein a weight ratio of the terephthalate-based material and the monobenzoate-based material is 99:1 to 1:99: wherein R 1 is a a butyl group, an isobutyl group, a pentyl group, a hexyl group, a heptyl group, a 2-ethylhexyl group, or an octyl group.
Method for preventing parallel use of gaming and/or entertainment machines (110; 210, 230, 250; 310, 330, 350; 410, 430, 450), in particular in the form of money-operated slot machines and/or gambling machines, wherein an entertainment machine (110; 210; 310; 410) is enabled for use by the input of biometric user data, which comprise a clearly identifiable identification feature, the clearly identifiable identification feature is first predetermined for the biometric user data to be input, wherein the clearly identifiable identification feature prevents the use of comparable biometric user data for enabling the use of another entertainment machine (230, 250; 330, 350; 430, 450), biometric user data are then detected (a) for enabling the entertainment machine (110; 210; 310; 410), the detected biometric user data are checked (b) for the presence of the predetermined, clearly identifiable identification feature, the detected biometric user data are compared (b) with already stored biometric user data that are stored for entertainment machines that have been enabled at the current point in time, only if the predetermined clearly identifiable identification feature is present in the detected biometric user data and only if the detected biometric user data do not match the already stored biometric user data is the entertainment machine (110; 210; 310; 410) enabled (c) for use, and the detected biometric user data are stored (d) for the usage duration of the enabled entertainment machine and are deleted again once the gaming machine has finished being used. an entertainment machine (110; 210; 310; 410) is enabled for use by the input of biometric user data, which comprise a clearly identifiable identification feature, the clearly identifiable identification feature is first predetermined for the biometric user data to be input, wherein the clearly identifiable identification feature prevents the use of comparable biometric user data for enabling the use of another entertainment machine (230, 250; 330, 350; 430, 450), biometric user data are then detected (a) for enabling the entertainment machine (110; 210; 310; 410), the detected biometric user data are checked (b) for the presence of the predetermined, clearly identifiable identification feature, the detected biometric user data are compared (b) with already stored biometric user data that are stored for entertainment machines that have been enabled at the current point in time, only if the predetermined clearly identifiable identification feature is present in the detected biometric user data and only if the detected biometric user data do not match the already stored biometric user data is the entertainment machine (110; 210; 310; 410) enabled (c) for use, and the detected biometric user data are stored (d) for the usage duration of the enabled entertainment machine and are deleted again once the gaming machine has finished being used.
An electric heating device comprising a pair of sealing portions (4, 5) adapted to sandwich an object for sealing this object, at least one of the pair of the sealing portions (4, 5) being adapted to include a heater adapted to generate heat by being energized, the electric heating device comprises: - a heat dissipation portion, the heat dissipation portion being adapted such that heat from the heater is transferred thereto, and the heat dissipation portion being adapted to dissipate this heat; and is further characterized by comprising: - a control portion adapted to control electric energy supplied to the heater, based on a before-heating temperature (T0b), which is a temperature of at least one of the object, the heater and the heat dissipation portion before the heater generates heat; wherein the control portion is adapted to calculate the temperature of the object, based on the before-heating temperature (TOb) and the electric energy supplied to the heater. - a heat dissipation portion, the heat dissipation portion being adapted such that heat from the heater is transferred thereto, and the heat dissipation portion being adapted to dissipate this heat; - a control portion adapted to control electric energy supplied to the heater, based on a before-heating temperature (T0b), which is a temperature of at least one of the object, the heater and the heat dissipation portion before the heater generates heat;
Vault of kilns and the like, in particular for kilns for baking ceramic products, comprising a plurality of hung support beams of insulating and/or radiant elements adapted to define a top closing surface of the combustion chamber of the kiln and, for at least some of said support beams, at least one support of refractory material, provided with at least one through opening for inserting said support beam, and supporting means, at at least one of the sides, for at least one respective insulating and/or radiant element, said insulating and/or radiant element being arranged parallel to said beam, and characterised in that said beams are made of refractory material.
A single or multi-compartment water-soluble cleaning pouch comprising a cleaning composition and an enveloping material, the pouch comprising at least one compartment comprising a liquid composition said liquid composition comprising in the range of from 30 to 60% by weight of a complexing agent, selected from the group consisting of methylglycine diacetic acid, glutamic acid diacetic acid, their salts and mixtures thereof, in the range of from 700 ppm to 7% by weight of a polymer being selected from polyamines wherein the hydrogen atoms of the amines have been partially or fully substituted by CH2COOH groups, partially or fully neutralized with alkali metal cations, ppm and percentages referring to the liquid composition. in the range of from 30 to 60% by weight of a complexing agent, selected from the group consisting of methylglycine diacetic acid, glutamic acid diacetic acid, their salts and mixtures thereof, in the range of from 700 ppm to 7% by weight of a polymer being selected from polyamines wherein the hydrogen atoms of the amines have been partially or fully substituted by CH2COOH groups, partially or fully neutralized with alkali metal cations,
Machining method by turning a surface of a spectacle lens at a fixed rotational speed (Vrot), comprising a step of determining said rotational speed (Vrot) from geometric characteristics (x, y, z) of said surface, characterized in that the step of determining the rotational speed (Vrot) comprises the following steps: - determining a value (Maxdiff) representative of the greatest difference of mean sphere geometric values (Sph) on said surface; and - deducing the rotational speed (Vrot) from said value (Maxdiff) of the greatest difference in mean sphere geometric values (Sph) on said surface and from a cylinder geometric value (FV torus) at a predetermined far-vision control point. - determining a value (Maxdiff) representative of the greatest difference of mean sphere geometric values (Sph) on said surface; and - deducing the rotational speed (Vrot) from said value (Maxdiff) of the greatest difference in mean sphere geometric values (Sph) on said surface and from a cylinder geometric value (FV torus) at a predetermined far-vision control point.
Vacuum pump with a shaft (4, 6) having a shaft axis and a shaft circumference, with a piston (40, 42, 44, 46, 48, 50) having a piston profile face and a hole for receiving the shaft, with a shaft recess provided on the shaft, with a piston recess provided in the piston, and with a positively-locking element which is located with a first portion in the shaft recess and a second portion in the piston recess, the piston recess being formed as a channel starting at the piston profile face, and the second portion forming a positive engagement with the channel in the direction of the shaft axis and the shaft circumference, characterised in that the positively-locking element has an internal thread accessible through the radial channel.