mhurhangee/ep-ind-claims huggingface dataset:
An electrochemical cell comprising: a housing having an inlet, an outlet, and a central axis; and an anode-cathode pair disposed concentrically within the housing about the central axis and defining an active area between an anode and a cathode of the anode-cathode pair, an active surface area of at least one of the anode and the cathode having a surface area greater than a surface area of an internal surface of the housing, the anode-cathode pair configured and arranged to direct all fluid passing through the electrochemical cell axially through the active area, wherein the electrochemical cell is characterised in that the electrochemical cell further comprises a non-conductive central core element disposed within the electrochemical cell and configured to block flow of fluid through a portion of the electrochemical cell along the central axis, the central non-conductive core element unconnected to at least one electrode of the anode-cathode pair. a housing having an inlet, an outlet, and a central axis; and an anode-cathode pair disposed concentrically within the housing about the central axis and defining an active area between an anode and a cathode of the anode-cathode pair, an active surface area of at least one of the anode and the cathode having a surface area greater than a surface area of an internal surface of the housing, the anode-cathode pair configured and arranged to direct all fluid passing through the electrochemical cell axially through the active area, wherein the electrochemical cell is characterised in that the electrochemical cell further comprises a non-conductive central core element disposed within the electrochemical cell and configured to block flow of fluid through a portion of the electrochemical cell along the central axis, the central non-conductive core element unconnected to at least one electrode of the anode-cathode pair.
Vitalose (trehalulose-containing composition), which comprises a trehalulose content of 20 to 78 weight-% (based on dry matter), the remainder of the composition adds up to 100 % with isomaltulose or isomaltulose and 0.1 to 4 weight-% of minor components which minor components are isomaltose, isomelezitose, carbohydrate oligomers with a DP (degree of polymerisation) greater or equal to 3, glucose, fructose and/or sucrose, obtainable by a process, wherein (a) a sucrose-containing composition is contacted under appropriate conditions with cells or cell extracts from microorganisms of the genera Pseudomonas and Protaminobacter and (b) the trehalulose-containing composition is produced.
A powder composition suitable for use in a cosmetic composition, comprising at least one micronized biodegradable polymer, preferably polylactic acid, wherein the powder composition has a particle size from about 0.1 to about 44 microns with a mean particle size of 5 to 20 microns with a maximum particle size of 44 microns as measured per ASTM D4464 standard.
A system for offloading non-thrust loads, the system comprising: one or more thrust loads; one or more non-thrust loads; a controller that is operably coupled to the one or more thrust loads and the one or more non-thrust loads, the controller being configured to control the thrust loads and non-thrust loads, wherein the controller is configured to: receive input from one or more sources; identify a phase of flight of an aircraft based at least in part on the received input; offload one or more non-thrust loads during the phase of flight; and restore the offloaded one or more non-thrust loads; the system being characterised in that the offload of one or more non-thrust loads during the phase of flight is made by assigning priorities to establish a sequence for offloading the one or more non-thrust loads and for bringing the offloaded one or more non-thrust loads back online one or more thrust loads; one or more non-thrust loads; a controller that is operably coupled to the one or more thrust loads and the one or more non-thrust loads, the controller being configured to control the thrust loads and non-thrust loads, wherein the controller is configured to: receive input from one or more sources; identify a phase of flight of an aircraft based at least in part on the received input; offload one or more non-thrust loads during the phase of flight; and restore the offloaded one or more non-thrust loads; the system being characterised in that the offload of one or more non-thrust loads during the phase of flight is made by assigning priorities to establish a sequence for offloading the one or more non-thrust loads and for bringing the offloaded one or more non-thrust loads back online receive input from one or more sources; identify a phase of flight of an aircraft based at least in part on the received input; offload one or more non-thrust loads during the phase of flight; and restore the offloaded one or more non-thrust loads; the system being characterised in that the offload of one or more non-thrust loads during the phase of flight is made by assigning priorities to establish a sequence for offloading the one or more non-thrust loads and for bringing the offloaded one or more non-thrust loads back online
Vehicle identification means (10, 34, 41), in particular vehicle registration number plate having a registration number plate body (11, 36) which has at least one inscription space, and having at least one inscription which is assigned to the inscription space of the registration number plate body (11, 36), wherein at least one NFC transponder (19, 25, 35, 42) which can be read out in a contactless fashion and has the purpose of near-field communication is assigned to the registration number plate body (11, 36), having a data carrier (21, 30, 31) and an antenna (20, 26), and wherein the registration number plate body (11, 36) is covered with a protective cover (12, 39), characterized in that the registration number plate body (11, 36) has a breakthrough (16, 23), above which the antenna (20, 26) of the NFC transponder (19, 25, 35, 42) is at least partially arranged, wherein the antenna (20, 26) includes a rectangular or a round or circular surface, and a side edge of this surface corresponds in its length or a circumference of this surface in its diameter, at maximum to a length of the breakthrough (16, 23), wherein the antenna (20, 26) is arranged at any desired position in the breakthrough (16, 23), wherein at least two partial regions of the antenna (20, 26) which lie opposite one another are arranged over the breakthrough (16, 23 and at least two further partial regions of the antenna (20, 26) are arranged outside of the breakthrough (16, 23).
Hairstyling apparatus designed to be held and manipulated by hand and comprising at least one main body that incorporates a gripping device that changes between an introduction configuration and a configuration gripping a lock of hair, said gripping device for its part comprising at least one first jaw mounted so as to be movable relative to said main body between at least one open position and a closed position, corresponding respectively to said introduction configuration and to said gripping configuration, said first jaw being designed to move between said open and closed positions while remaining parallel to itself, said first jaw being mounted for circular translation relative to the main body between its open and closed positions, in a deformable parallelogram arrangement, said apparatus being characterised in that it comprises a return member for returning said gripping device to the gripping configuration.
An xEV electric vehicle battery module comprising: - a cage-like metallic external casing; - an insulative, sheet-like liner disposed in the external casing; and - a plurality of prismatic energy storage cell disposed in the liner and configured to provide power for operation of the electric vehicle, wherein the casing has sides which surrounded the liner and the plurality of prismatic energy storage cells is disposed in the liner, wherein the battery module further comprises at least one compression element disposed between the casing and the energy storage cells and configured to urge the energy storage cells towards one another. - a cage-like metallic external casing; - an insulative, sheet-like liner disposed in the external casing; and - a plurality of prismatic energy storage cell disposed in the liner and configured to provide power for operation of the electric vehicle,
An optical detector pixel, comprising: - a metallic substrate having a plurality of differently sized resonant apertures arranged therein to define a pixel area, each differently sized resonant aperture in the pixel being adapted to resonantly transmit electromagnetic energy at a different wavelength, each aperture being adapted to collect the electromagnetic energy incident on an area larger than said aperture and focus the electromagnetic energy into a smaller, localized region beneath said aperture; and - a plurality of detectors adapted to detect said electromagnetic energy transmitted by said apertures, each detector being adapted to absorb electromagnetic energy transmitted by an associated aperture and convert said electromagnetic energy to an electrical signal, each detector being positioned in the region where said associated aperture focuses the electromagnetic energy; characterised in that said apertures are positioned such that they collect energy incident on a common area. - a metallic substrate having a plurality of differently sized resonant apertures arranged therein to define a pixel area, each differently sized resonant aperture in the pixel being adapted to resonantly transmit electromagnetic energy at a different wavelength, each aperture being adapted to collect the electromagnetic energy incident on an area larger than said aperture and focus the electromagnetic energy into a smaller, localized region beneath said aperture; and - a plurality of detectors adapted to detect said electromagnetic energy transmitted by said apertures, each detector being adapted to absorb electromagnetic energy transmitted by an associated aperture and convert said electromagnetic energy to an electrical signal, each detector being positioned in the region where said associated aperture focuses the electromagnetic energy;
A connector device comprising: a plurality of connection terminals; a housing part which houses the plurality of connection terminals; two internal power supply wires (11, 12) connected to the connection terminals;a tubular part which is provided to the housing part so as to project therefrom and through which the two internal power supply wires (11, 12) are inserted; and a signal converter connected to the two internal power supply wires (11, 12), the signal converter including an annular magnetic body arranged externally around the tubular part,a first signal wire wound around the annular magnetic body and connected to and between the two internal power supply wires (11, 12) via a filter circuit and a second signal wire wound around the annular magnetic body. a plurality of connection terminals; a housing part which houses the plurality of connection terminals; two internal power supply wires (11, 12) connected to the connection terminals;a tubular part which is provided to the housing part so as to project therefrom and through which the two internal power supply wires (11, 12) are inserted; and
A computer implemented method for planning an orthodontic treatment, the plan relying on removable orthodontic aligners to, when in position in the mouth, elicit a selected movement of a patient's tooth, the method comprising: receiving a digital model of the patient's teeth; identifying a desired force system for eliciting the selected tooth movement; designing a patient-customized attachment configured to engage a removable orthodontic aligner when positioned in a patient's mouth and apply a repositioning force to the patient's tooth corresponding to the desired force system, the patient-customized attachment comprising one or more parameters having values selected based on the digital model, the desired force system, and one or more patient-specific characteristics and providing for improved application of the selected force system to the patient's tooth. receiving a digital model of the patient's teeth; identifying a desired force system for eliciting the selected tooth movement; designing a patient-customized attachment configured to engage a removable orthodontic aligner when positioned in a patient's mouth and apply a repositioning force to the patient's tooth corresponding to the desired force system, the patient-customized attachment comprising one or more parameters having values selected based on the digital model, the desired force system, and one or more patient-specific characteristics and providing for improved application of the selected force system to the patient's tooth.
A communication method, comprising: sending, by a terminal device, a preamble of a Message A, MsgA; and sending, by the terminal device according to a mapping rule between physical random access channel, PRACH, resources and physical uplink shared channel, PUSCH, resources, a PUSCH of the MsgA on a PUSCH resource corresponding to the preamble of the MsgA, wherein the mapping rule between the PRACH resources and the PUSCH resources comprises that the PRACH resources are mapped to the PUSCH resources in the following order: first in an increasing order of preamble indices within each PRACH occasion; second in an increasing order of PRACH resource numbers for frequency division multiplexed PRACH occasions; and then in an increasing order of time resource indices for time division multiplexed PRACH occasions within a PRACH slot. sending, by a terminal device, a preamble of a Message A, MsgA; and sending, by the terminal device according to a mapping rule between physical random access channel, PRACH, resources and physical uplink shared channel, PUSCH, resources, a PUSCH of the MsgA on a PUSCH resource corresponding to the preamble of the MsgA, wherein the mapping rule between the PRACH resources and the PUSCH resources comprises that the PRACH resources are mapped to the PUSCH resources in the following order: first in an increasing order of preamble indices within each PRACH occasion; second in an increasing order of PRACH resource numbers for frequency division multiplexed PRACH occasions; and then in an increasing order of time resource indices for time division multiplexed PRACH occasions within a PRACH slot. first in an increasing order of preamble indices within each PRACH occasion; second in an increasing order of PRACH resource numbers for frequency division multiplexed PRACH occasions; and then in an increasing order of time resource indices for time division multiplexed PRACH occasions within a PRACH slot.
A deformable membrane assembly comprising a fixed support (6a,6b), a fluid-filled envelope, at least one wall of which is formed by an elastic membrane having a planar state or theoretical planar state which defines a datum plane, the elastic membrane being held under tension around its edge by a bendable membrane supporting member, the membrane supporting member being coupled to the fixed support (6a, 6b) at a plurality of discrete control points round the supporting member for controlling the position of the membrane edge relative to the fixed support (6a, 6b) at the control points, and the supporting member being unconstrained and thereby free to bend out-of-plane with respect to the datum plane between said control points, and a selectively operable pressure adjuster for adjusting the pressure of the fluid within the envelope, thereby to adjust the shape of the membrane; wherein at least three control points are provided around the membrane edge at spaced locations on the membrane supporting member that are selected to allow the membrane to deform in accordance with one or more desired modes whilst inhibiting displacement of the membrane edge in accordance with a lowest order out-of-plane bending mode of the supporting member in response to loading through tension in the membrane; and wherein the one or more desired modes are selected from second, third and fourth order Zernike polynomials such that the membrane deforms spherically or spherically with one or more deviations from spherical selected from astigmatism, coma and trefoil, and the lowest order out-of-plane bending mode is a toric, saddle-like mode; wherein at least three of the said control points are situated at respective points on the supporting member where the supporting member remains substantially stationary as the pressure in the envelope is changed, and each of the said at least three of the control points is a hinge point at which the membrane supporting member is hinged to the fixed support to prevent displacement of the supporting member at the respective hinge point along a z-axis which is perpendicular to the datum plane.
A photocurable composition comprising: (a) an cationically curable compound; (b) an acrylate-containing compound; (c) a difunctional hydroxyl-containing compound; (d) a cationic photoinitiator; and (e) a free radical photoinitiator; wherein said composition has less than 0.54 equivalents of cationically curable groups, 0.048 to 0.080 equivalents of acrylate groups and less than 0.10 equivalents of hydroxyl groups per 100 grams of said composition. (a) an cationically curable compound; (b) an acrylate-containing compound; (c) a difunctional hydroxyl-containing compound; (d) a cationic photoinitiator; and (e) a free radical photoinitiator; wherein said composition has less than 0.54 equivalents of cationically curable groups, 0.048 to 0.080 equivalents of acrylate groups and less than 0.10 equivalents of hydroxyl groups per 100 grams of said composition.
An optical member for wavelength conversion comprising: a tube; a host in the tube; a plurality of wavelength conversion particles in the host; and a sealing part in the tube; characterised by a pre-treatment layer between the sealing part and an inner surface of the tube, wherein the pre-treatment layer includes an epoxy silane or an amino silane, wherein the sealing part and the pre-treatment layer have a first surface characteristic, and the host and the inner surface of the tube have a second surface characteristic, wherein the first surface characteristic is different from the second surface characteristic, wherein each of the first and second surface characteristics is one of hydrophilicity and hydrophobicity. a tube; a host in the tube; a plurality of wavelength conversion particles in the host; and a sealing part in the tube; characterised by a pre-treatment layer between the sealing part and an inner surface of the tube, wherein the pre-treatment layer includes an epoxy silane or an amino silane, wherein the sealing part and the pre-treatment layer have a first surface characteristic, and the host and the inner surface of the tube have a second surface characteristic, wherein the first surface characteristic is different from the second surface characteristic, wherein each of the first and second surface characteristics is one of hydrophilicity and hydrophobicity.
A recognition apparatus comprising: an image acquisition unit configured to acquire an image captured by a far-infrared camera; and a recognition processing unit configured to: detect a human being or an animal from the image with the use of a human full-body recognition dictionary and an animal full-body recognition dictionary, when it cannot be determined whether an object in the image is a human being or an animal, set a detection range as a target region such that the detection range encloses the object, and determine whether the object in the target region is a human being or an animal based on a temperature variation in the target region, the temperature variation in the target region being the standard deviation of the temperature, wherein a large standard deviation indicates a human being and a small standard deviation indicates an animal. an image acquisition unit configured to acquire an image captured by a far-infrared camera; and a recognition processing unit configured to: detect a human being or an animal from the image with the use of a human full-body recognition dictionary and an animal full-body recognition dictionary, when it cannot be determined whether an object in the image is a human being or an animal, set a detection range as a target region such that the detection range encloses the object, and determine whether the object in the target region is a human being or an animal based on a temperature variation in the target region, the temperature variation in the target region being the standard deviation of the temperature, wherein a large standard deviation indicates a human being and a small standard deviation indicates an animal. detect a human being or an animal from the image with the use of a human full-body recognition dictionary and an animal full-body recognition dictionary, when it cannot be determined whether an object in the image is a human being or an animal, set a detection range as a target region such that the detection range encloses the object, and determine whether the object in the target region is a human being or an animal based on a temperature variation in the target region, the temperature variation in the target region being the standard deviation of the temperature, wherein a large standard deviation indicates a human being and a small standard deviation indicates an animal.
A method (400, 800) for managing a reference oscillator within a wireless device, comprising: selecting (B402, B802) reference oscillator parameters associated with a lowest reference oscillator error, wherein the selection is based upon reference oscillator parameters derived using different technologies within the wireless device; incrementing a confidence counter indicative of a confidence in the selected reference oscillator parameters at least partially in response to selecting the reference oscillator parameters; acquiring a satellite based upon the selected reference oscillator parameters; calculating (B406, B806) a satellite-based position fix; determining the quality of the satellite-based position fix; and updating (B408, B410, B808, B810) the reference oscillator parameters based upon the quality of the satellite-based position fix; and wherein the reference oscillator comprises a tunable reference oscillator and the reference oscillator parameters include tunable reference oscillator parameters, the method further comprising: determining the frequency center and a search window width using the reference oscillator parameters; and tuning a tunable reference oscillator using the determined tunable reference oscillator parameters. selecting (B402, B802) reference oscillator parameters associated with a lowest reference oscillator error, wherein the selection is based upon reference oscillator parameters derived using different technologies within the wireless device; incrementing a confidence counter indicative of a confidence in the selected reference oscillator parameters at least partially in response to selecting the reference oscillator parameters; acquiring a satellite based upon the selected reference oscillator parameters; calculating (B406, B806) a satellite-based position fix; determining the quality of the satellite-based position fix; and updating (B408, B410, B808, B810) the reference oscillator parameters based upon the quality of the satellite-based position fix; and determining the frequency center and a search window width using the reference oscillator parameters; and tuning a tunable reference oscillator using the determined tunable reference oscillator parameters.