mhurhangee/ep-ind-claims huggingface dataset:
Battery module (20; 30; 40; 50; 60) having a multiplicity of prismatic battery cells (100 1... 100 4) and a packaging device, which surrounds the multiplicity of battery cells (100 1... 100 4), formed as a pack frame comprising a first end plate (210 1), a second end plate (210 2), a first clamping band (201 1) and second clamping band (210 2) or comprising a housing, characterized by - a clamping device designed for clamping the multiplicity of battery cells (100 1... 100 4), which is arranged between two battery cells (100 2, 100 3) of the multiplicity of battery cells (100 1... 100 4), between a battery cell (100 1) and the first end plate (210 1) or between a battery cell (100 1) and the housing, comprising: - a receptacle that comprises a space having a variable volume designed for receiving a fluid, wherein: - the receptacle is furthermore embodied in such a manner that a battery cell or a multiplicity of battery cells (100 1... 100 4) can be clamped, wherein the space of the receptacle can be filled with a fluid and closed for the purpose of clamping. - a clamping device designed for clamping the multiplicity of battery cells (100 1... 100 4), which is arranged between two battery cells (100 2, 100 3) of the multiplicity of battery cells (100 1... 100 4), between a battery cell (100 1) and the first end plate (210 1) or between a battery cell (100 1) and the housing, comprising: - a receptacle that comprises a space having a variable volume designed for receiving a fluid, wherein: - the receptacle is furthermore embodied in such a manner that a battery cell or a multiplicity of battery cells (100 1... 100 4) can be clamped, wherein the space of the receptacle can be filled with a fluid and closed for the purpose of clamping. - a receptacle that comprises a space having a variable volume designed for receiving a fluid, - the receptacle is furthermore embodied in such a manner that a battery cell or a multiplicity of battery cells (100 1... 100 4) can be clamped, wherein the space of the receptacle can be filled with a fluid and closed for the purpose of clamping.
Use of a monosaccharide and/or disaccharide and/or sugar alcohol for reducing the viscosity of a microorganism-containing suspension or concentrate, after batch or continuous fermentation.
A method for estimating wear damage of a rolling-element bearing comprising: calculating at least one geometric attribute of a spall cavity on the rolling-element bearing based on a geometry of the rolling-element bearing; determining, based on a debris signal of a debris sensor, an accumulated mass of spall particles ejected from the rolling-element bearing during operation of the rolling-element bearing, which particles pass through a fluid passageway interconnecting the rolling-element bearing and the debris sensor and providing the rolling-element bearing with lubricating fluid; and generating an indication when the accumulated mass of the spall particles exceeds a predetermined threshold, wherein the predetermined threshold of the accumulated mass is based on the at least one geometric attribute of the spall cavity, wherein the method is applied to a rolling-element bearing which comprises an inner race, an outer race, and a plurality of rolling elements between the inner and outer races (12, 14), wherein the at least one geometric attribute of the spall cavity comprises a length of the spall cavity as measured along a circumference of the outer race of the rolling-element bearing, and wherein the calculating of the at least one geometric attribute of the spall cavity is based on a radius of the plurality of rolling elements, a depth of the spall cavity, a radius of the outer race of the rolling-element bearing, the number of rolling elements in the plurality of rolling elements, or a combination thereof. calculating at least one geometric attribute of a spall cavity on the rolling-element bearing based on a geometry of the rolling-element bearing; determining, based on a debris signal of a debris sensor, an accumulated mass of spall particles ejected from the rolling-element bearing during operation of the rolling-element bearing, which particles pass through a fluid passageway interconnecting the rolling-element bearing and the debris sensor and providing the rolling-element bearing with lubricating fluid; and generating an indication when the accumulated mass of the spall particles exceeds a predetermined threshold, wherein the predetermined threshold of the accumulated mass is based on the at least one geometric attribute of the spall cavity, wherein the method is applied to a rolling-element bearing which comprises an inner race, an outer race, and a plurality of rolling elements between the inner and outer races (12, 14), wherein the at least one geometric attribute of the spall cavity comprises a length of the spall cavity as measured along a circumference of the outer race of the rolling-element bearing, and wherein the calculating of the at least one geometric attribute of the spall cavity is based on a radius of the plurality of rolling elements, a depth of the spall cavity, a radius of the outer race of the rolling-element bearing, the number of rolling elements in the plurality of rolling elements, or a combination thereof.
A non-aqueous hair care composition comprising by weight: from 65% to 99.9% of a base oil consisting of: a volatile isoparaffin; a first non-volatile mineral oil having a viscosity of from 5mm 2 · s -1 to 30mm 2 s -1 at 37.8°C and a relative density of from 0.80 to 0.84 at 25°C; and a second non-volatile mineral oil having a viscosity of from 45mm 2 · s -1 to 100mm 2 · s -1 at 37.8°C and a relative density of from 0.847 to 0.89 at 25°C; from 0.1% to 15% of a non-volatile silicone conditioning agent having a viscosity of from 200 mm 2 ·s -1 at 25°C and 1% or less of water by weight of the composition. from 65% to 99.9% of a base oil consisting of: a volatile isoparaffin; a first non-volatile mineral oil having a viscosity of from 5mm 2 · s -1 to 30mm 2 s -1 at 37.8°C and a relative density of from 0.80 to 0.84 at 25°C; and a second non-volatile mineral oil having a viscosity of from 45mm 2 · s -1 to 100mm 2 · s -1 at 37.8°C and a relative density of from 0.847 to 0.89 at 25°C; from 0.1% to 15% of a non-volatile silicone conditioning agent having a viscosity of from 200 mm 2 ·s -1 at 25°C and 1% or less of water by weight of the composition. a volatile isoparaffin; a first non-volatile mineral oil having a viscosity of from 5mm 2 · s -1 to 30mm 2 s -1 at 37.8°C and a relative density of from 0.80 to 0.84 at 25°C; and a second non-volatile mineral oil having a viscosity of from 45mm 2 · s -1 to 100mm 2 · s -1 at 37.8°C and a relative density of from 0.847 to 0.89 at 25°C; from 0.1% to 15% of a non-volatile silicone conditioning agent having a viscosity of from 200 mm 2 ·s -1 at 25°C and 1% or less of water by weight of the composition.
A microwave system for heating a plurality of articles, said microwave system comprising: a microwave generator for generating microwave energy having a predominant wavelength, λ; a conveyance system for conveying said articles along a convey axis; and a first microwave launcher for launching at least a portion of said microwave energy toward said articles conveyed by said conveyance system, wherein said first microwave launcher defines at least one launch opening having a width, W 1 and a depth, D 1, wherein W 1 is greater than D 1; and characterized in that D 1 is not more than 0.50 λ. a microwave generator for generating microwave energy having a predominant wavelength, λ; a conveyance system for conveying said articles along a convey axis; and a first microwave launcher for launching at least a portion of said microwave energy toward said articles conveyed by said conveyance system, wherein said first microwave launcher defines at least one launch opening having a width, W 1 and a depth, D 1, wherein W 1 is greater than D 1;
A C-frame structure for carrying a tool, the C-frame structure comprising: a plurality of links (29, 30, 34, 38, 42, 46, 48, 52, 54, 56, 60, 62); a plurality of pins (22, 24, 26, 28, 32, 36, 40, 44, 50, 58) interconnecting the links to form a pinned truss configuration, wherein at least one of the links is configured to carry the tool, wherein the pinned truss configuration of the links is responsive to a load imparted upon the C-frame structure in response to actuation of the tool such that each link is placed in compression or tension; and a plurality of hydraulic cylinders connected to the plurality of links such that each hydraulic cylinder extends in parallel to a respective link, wherein a first hydraulic cylinder is configured to operate in a compression mode in response to strain within the C-frame structure attributable to the actuation of the tool, and wherein a second hydraulic cylinder is configured to be in an extension mode in response to the first hydraulic cylinder operating in the compression mode. a plurality of links (29, 30, 34, 38, 42, 46, 48, 52, 54, 56, 60, 62); a plurality of pins (22, 24, 26, 28, 32, 36, 40, 44, 50, 58) interconnecting the links to form a pinned truss configuration, wherein at least one of the links is configured to carry the tool, wherein the pinned truss configuration of the links is responsive to a load imparted upon the C-frame structure in response to actuation of the tool such that each link is placed in compression or tension; and a plurality of hydraulic cylinders connected to the plurality of links such that each hydraulic cylinder extends in parallel to a respective link, wherein a first hydraulic cylinder is configured to operate in a compression mode in response to strain within the C-frame structure attributable to the actuation of the tool, and wherein a second hydraulic cylinder is configured to be in an extension mode in response to the first hydraulic cylinder operating in the compression mode.
A method, performed by a user equipment, for access to Narrowband Internet of Things, NB IoT, comprising: receiving, on an anchor carrier, a narrowband primary synchronization signal, NPSS, and a narrowband secondary synchronization signal, NSSS, for synchronization; receiving, on the anchor carrier, a master information block, MIB, associated with a narrow band; identifying whether the anchor carrier is in a standalone mode or in an inband mode based on the MIB; identifying whether a non-anchor carrier is a lower adjacent carrier relative to the anchor carrier or a higher adjacent carrier relative to the anchor carrier, based on the anchor carrier being in the standalone mode or the inband mode; and receiving, on the non-anchor carrier, a system information block, SIB, associated with the narrow band based on scheduling information in the MIB, wherein the MIB is carried on a narrowband physical broadcast channel, NPBCH, and the SIB is carried on a narrowband physical downlink shared channel, NPDSCH, and wherein a number of NPDSCH repetitions, a starting radio frame number for a first transmission of the NPDSCH carrying the SIB, and at least one subframe index for the NPDSCH are determined based on the scheduling information in the MIB. receiving, on an anchor carrier, a narrowband primary synchronization signal, NPSS, and a narrowband secondary synchronization signal, NSSS, for synchronization; receiving, on the anchor carrier, a master information block, MIB, associated with a narrow band; identifying whether the anchor carrier is in a standalone mode or in an inband mode based on the MIB; identifying whether a non-anchor carrier is a lower adjacent carrier relative to the anchor carrier or a higher adjacent carrier relative to the anchor carrier, based on the anchor carrier being in the standalone mode or the inband mode; and receiving, on the non-anchor carrier, a system information block, SIB, associated with the narrow band based on scheduling information in the MIB, wherein the MIB is carried on a narrowband physical broadcast channel, NPBCH, and the SIB is carried on a narrowband physical downlink shared channel, NPDSCH, and wherein a number of NPDSCH repetitions, a starting radio frame number for a first transmission of the NPDSCH carrying the SIB, and at least one subframe index for the NPDSCH are determined based on the scheduling information in the MIB.
A frequency band switching method, comprising: determining, by a terminal device, according to transmission power information of said terminal device, whether an uplink operation frequency band needs to be switched, when uplink operation of the terminal device is performed in a first frequency band; performing, by the terminal device, beam scanning on a second frequency band to switch to and reporting, by the terminal device, a result of the beam scanning to a communication node; and switching, by the terminal device, the uplink operation frequency band of the terminal device from the first frequency band to the second frequency band according to said result of the beam scanning; wherein said method is characterized in that the step of switching, by the terminal device, the uplink operation frequency band of the terminal device from the first frequency band to the second frequency band according to the result of the beam scanning comprises: initiating, by the terminal device, an access to the communication node in a direction of a strongest beam in the second frequency band according to the result of the beam scanning. determining, by a terminal device, according to transmission power information of said terminal device, whether an uplink operation frequency band needs to be switched, when uplink operation of the terminal device is performed in a first frequency band; performing, by the terminal device, beam scanning on a second frequency band to switch to and reporting, by the terminal device, a result of the beam scanning to a communication node; and switching, by the terminal device, the uplink operation frequency band of the terminal device from the first frequency band to the second frequency band according to said result of the beam scanning; wherein said method is characterized in that the step of switching, by the terminal device, the uplink operation frequency band of the terminal device from the first frequency band to the second frequency band according to the result of the beam scanning comprises: initiating, by the terminal device, an access to the communication node in a direction of a strongest beam in the second frequency band according to the result of the beam scanning.
Control device for a rail vehicle, wherein the rail vehicle has a brake system comprising at least one dynamic brake device and at least one further brake device (23, 24, 26), characterised in that the control device is designed to determine a braking force, which is exerted during a braking operation by the dynamic brake device on the basis of deceleration data which represent total deceleration of the rail vehicle, travelling resistance data which represent a travelling resistance of the rail vehicle, and brake data which represent a braking force which is exerted by the at least one further brake device.
An Internet text mining-based method for judging validity of a point of interest, comprising: determining a search word set for indicating a to-be-detected point of interest; performing a search on the Internet by using a determined search word as a search keyword, to obtain a description information set for describing the to-be-detected point of interest; and inputting a name of the to-be-detected point of interest and description information in the description information set into a pre-established validity discriminant model, to obtain a status label for indicating validity of the to-be-detected point of interest, so that invalid POI information in a POI database maintained by a map application or a navigation application is discovered, characterized in that the pre-established validity discriminant model is an attention model, and the validity discriminant model is trained and obtained by the following training: training an initial attention model by using a name of a sample point of interest and description information of the sample point of interest as inputs, and using a status label of the sample point of interest as a target, to obtain the validity discriminant model. determining a search word set for indicating a to-be-detected point of interest; performing a search on the Internet by using a determined search word as a search keyword, to obtain a description information set for describing the to-be-detected point of interest; and inputting a name of the to-be-detected point of interest and description information in the description information set into a pre-established validity discriminant model, to obtain a status label for indicating validity of the to-be-detected point of interest, so that invalid POI information in a POI database maintained by a map application or a navigation application is discovered, characterized in that the pre-established validity discriminant model is an attention model, and the validity discriminant model is trained and obtained by the following training: training an initial attention model by using a name of a sample point of interest and description information of the sample point of interest as inputs, and using a status label of the sample point of interest as a target, to obtain the validity discriminant model.
A pipetting device for pipetting dosing liquids, wherein pipetting comprises an aspiration and a dispensation of the dosing liquid, comprising a pipetting channel extending along a channel path, in which a piston configured at least partially as a solid body is accommodated to be movable along the channel path in order to change, by way of movement along the channel path, the pressure of a working gas that wets the piston on a dosing side facing the dosing liquid, wherein the pipetting device comprises a movement drive for the piston by means of which the piston is drivable to move along the channel path, wherein the pipetting device has a control unit for controlling the movement drive, wherein the movement drive comprises a linear motor, and wherein at least the dosing end face of the piston facing the dosing liquid is configured as a solid body, characterized in that the control unit is configured to operate the movement drive in dispensation operation in such a way that the piston is initially moved along the channel path in a dispensation direction increasing the pressure of the working gas, and is subsequently moved in an aspiration direction opposite the dispensation direction reducing the pressure on the working gas, wherein during aspiration of dosing liquid "pipetting direction" designates a movement direction of the piston which causes an intake of dosing liquid into a pipette cavity, and wherein during dispensation of dosing liquid "pipetting direction" designates a movement direction of the piston which causes an expulsion of dosing liquid out of the pipette cavity, wherein the control unit and the movement drive are configured, in order to pipette a predetermined single dosing volume of less than 5 μl, to move the piston at a peak speed of at least 5000 μl/s and not more than 25,000 μl/s.
A safety catheter for injecting fluid, in particular embolic fluid, the catheter comprising: • a tubular body defined between a proximal end and a distal end, said tubular body comprising a first channel opening out at its first and second ends (5, 6) respectively at the proximal and distal ends of the tubular body; • injecter means suitable for injecting the fluid into the first channel via the first end of said first channel; • a tubular endpiece defined between first and second ends (21, 22), said tubular endpiece having a second channel opening out via its first and second ends (24, 25) respectively at the first and second ends (21, 22) of the tubular endpiece; and • means for making a connection between said tubular endpiece and said tubular body in such a manner that the second end of the first channel and the first end of the second channel are substantially in alignment on an axis, said connection means also being arranged in such a manner, that by exerting a force couple of determined value respectively on the tubular body and on the tubular endpiece, said connection is broken so as to separate the tubular body and the tubular endpiece; characterized by the fact that the connection means comprise a ring covering the side face portions (32, 33) respectively of the tubular body and of the tubular endpiece respectively at the distal end of the tubular body and at the first end of the tubular endpiece. • a tubular body defined between a proximal end and a distal end, said tubular body comprising a first channel opening out at its first and second ends (5, 6) respectively at the proximal and distal ends of the tubular body; • injecter means suitable for injecting the fluid into the first channel via the first end of said first channel; • a tubular endpiece defined between first and second ends (21, 22), said tubular endpiece having a second channel opening out via its first and second ends (24, 25) respectively at the first and second ends (21, 22) of the tubular endpiece; and • means for making a connection between said tubular endpiece and said tubular body in such a manner that the second end of the first channel and the first end of the second channel are substantially in alignment on an axis, said connection means also being arranged in such a manner, that by exerting a force couple of determined value respectively on the tubular body and on the tubular endpiece, said connection is broken so as to separate the tubular body and the tubular endpiece; characterized by the fact that the connection means comprise a ring covering the side face portions (32, 33) respectively of the tubular body and of the tubular endpiece respectively at the distal end of the tubular body and at the first end of the tubular endpiece.
An apparatus for determining a concentration of an analyte in a sample, the apparatus comprising: at least three emitters (1, 102, 104, E1, E2, d to t, x, y) in a planar arrangement, not in a line, and at least three detectors (2, 103, 105, S1, S3, α, β, γ) in a planar arrangement, not in a line, wherein the emitters (1, 102, 104, E1, E2, d to t, x, y) are optical emitters and have at least three different wavelength characteristics and wherein the detectors are optical detectors, characterized in that the apparatus comprises means which cause photons emitted by the emitters to be emitted non-rotationally-symmetrically and/or that photons detected by the detectors are detected non-rotationally-symmetrically; or the apparatus comprises means which cause a plurality of the at least three detectors to be reached by the light of one of the at least three emitters via different light paths with different directional characteristics; or the apparatus comprises means which cause a first of the at least three emitters to have a steeper directional characteristic with respect to a first of the at least three detectors than the first emitter has with respect to a second of the at least three detectors. at least three emitters (1, 102, 104, E1, E2, d to t, x, y) in a planar arrangement, not in a line, and at least three detectors (2, 103, 105, S1, S3, α, β, γ) in a planar arrangement, not in a line, wherein the emitters (1, 102, 104, E1, E2, d to t, x, y) are optical emitters and have at least three different wavelength characteristics and wherein the detectors are optical detectors, characterized in that the apparatus comprises means which cause photons emitted by the emitters to be emitted non-rotationally-symmetrically and/or that photons detected by the detectors are detected non-rotationally-symmetrically; or the apparatus comprises means which cause a plurality of the at least three detectors to be reached by the light of one of the at least three emitters via different light paths with different directional characteristics; or the apparatus comprises means which cause a first of the at least three emitters to have a steeper directional characteristic with respect to a first of the at least three detectors than the first emitter has with respect to a second of the at least three detectors.