mhurhangee/ep-ind-claims huggingface dataset:
A charging method, applied to an electronic device comprising a battery, the method comprises: obtaining a first temperature at a preset position on the electronic device when constant-current charging is performed on the battery at a first constant current, wherein the preset position is a position with a relatively high temperature of the electronic device when compared to other positions on the device; in response to that the first temperature exceeds a preset first temperature threshold, obtaining a first voltage currently present at a designated position in the electronic device, and obtaining a second constant current lower than the first constant current; performing first constant-voltage charging on the battery at the first voltage until a charging current during the first constant-voltage charging is changed to the second constant current; performing the constant-current charging on the battery at the second constant current; after performing the first constant-voltage charging on the battery at the first voltage, the method being chharacterized by: obtaining a second temperature at the preset position; and switching from performing the first constant-voltage charging to performing the constant-current charging at the first constant current, in response to that the second temperature is less than a preset second temperature threshold,wherein the second temperature threshold is smaller than the first temperature threshold. obtaining a first temperature at a preset position on the electronic device when constant-current charging is performed on the battery at a first constant current, wherein the preset position is a position with a relatively high temperature of the electronic device when compared to other positions on the device; in response to that the first temperature exceeds a preset first temperature threshold, obtaining a first voltage currently present at a designated position in the electronic device, and obtaining a second constant current lower than the first constant current; performing first constant-voltage charging on the battery at the first voltage until a charging current during the first constant-voltage charging is changed to the second constant current; performing the constant-current charging on the battery at the second constant current; after performing the first constant-voltage charging on the battery at the first voltage, the method being chharacterized by: obtaining a second temperature at the preset position; and switching from performing the first constant-voltage charging to performing the constant-current charging at the first constant current, in response to that the second temperature is less than a preset second temperature threshold,wherein the second temperature threshold is smaller than the first temperature threshold. obtaining a second temperature at the preset position; and switching from performing the first constant-voltage charging to performing the constant-current charging at the first constant current, in response to that the second temperature is less than a preset second temperature threshold,wherein the second temperature threshold is smaller than the first temperature threshold.
A method of inhibiting corrosion in a thermal desalination process by adding an amount of from 0.1 ppm to 10,000 ppm of a composition including an oligomeric phosphinosuccinic acid, said composition including: (a) phosphinosuccinic acid oligomer having formula [R x -(POOM)-R1 y], wherein R and R1 independently are H, [CH(COOM)], or [CH(COOM)-CH(COOM)], X and Y are either O or a small whole number, the sum of X and Y being greater than 2, and M is chosen independently at each occurrence from the group consisting of: H, Na, K, NH 4, or combinations thereof; (b) 36 mole percent to 49 mole percent bis phosphinosuccinic acid adducts and 26 mole percent to 35 mole percent oligomeric phosphinosuccinic acid adducts; and (c) 22 mole percent monosodium phosphinicobis-succinic acid, less than 26 mole percent monosodium phosphinico-succinic acid, less than 12 mole percent sodium phosphosuccinic acid, less than 5 mole percent sodium phosphate, less than 6 mole percent sodium hypophosphite, and greater than 32 mole percent phosphinosuccinic acid oligomer having the formula [R x -(POOM)-R1 y].
A protective fabric comprising a composite weave of staple yarn (14, 16, 84) and continuous filament yarn (10, 12, 82) greater than 90 g/tex, characterized by said continuous filament yarn being configured as a sheet or array of primary warp yarns and a sheet or array of primary fill yarns, said sheets of primary yarns not being directly interwoven, said staple yarns being configured as a sheet of locking warp yarns and a sheet of locking fill yarns, said sheets of locking yarns not being directly interwoven, the primary and locking yarns having an alternating orientation in both directions of the web, the warp and fill arrays of higher denier primary yarns (10, 12) being locked into an intimate relationship one atop the other by the alternating yarn placement and overall weave pattern of the warp and fill arrays of lighter denier, staple fiber, locking yarns, said staple yarn (14, 16, 84) comprising at least 50 protruding filament ends (72, 86) per 25.4mm (inch), and said protruding filament ends (72, 86) of said staple yarn (14, 16, 84) engaging said continuous filament yarns and thereby contributing to stability of the composite weave.
A dental attachment system, comprising: an abutment member configured for attachment to a tooth root, implant, or adjacent tooth, the abutment member having a head and an annular seat adjacent the head, the head having a rounded or convex outer periphery and a flattened upper end; an elastomeric ring configured for releasable engagement in the seat on the abutment member; a retainer ring engaged over the elastomeric ring, the retainer ring being of more rigid material than the elastomeric ring, and having a generally convex, rounded outer surface and a rounded, concave inner surface; and a cap for securing in a recess in a dental appliance or prosthesis, the cap having a rounded, concave inner annular surface adapted for swivel engagement over the generally convex, rounded outer surface of the retainer ring, wherein the elastomeric ring and the retainer ring are contained within the cap prior to releasable engagement in the seat on the abutment member. an abutment member configured for attachment to a tooth root, implant, or adjacent tooth, the abutment member having a head and an annular seat adjacent the head, the head having a rounded or convex outer periphery and a flattened upper end; an elastomeric ring configured for releasable engagement in the seat on the abutment member; a retainer ring engaged over the elastomeric ring, the retainer ring being of more rigid material than the elastomeric ring, and having a generally convex, rounded outer surface and a rounded, concave inner surface; and a cap for securing in a recess in a dental appliance or prosthesis, the cap having a rounded, concave inner annular surface adapted for swivel engagement over the generally convex, rounded outer surface of the retainer ring, wherein the elastomeric ring and the retainer ring are contained within the cap prior to releasable engagement in the seat on the abutment member.
A sealing device (1, 101, 201) for sealing a packaging material (7, 107) enclosing a filling material to provide portion-packed oral pouched snuff products, said sealing device (1, 101, 201) comprising an anvil (3, 103, 203) with a first operation surface (11, 111, 211) and a sonotrode (5, 105, 205) with a second operation surface (13, 113, 213), said anvil (3, 103, 203) and sonotrode (5, 105, 205) being arranged to allow passage of said packaging material (7, 107) therebetween, said second operation surface (13, 113, 213) being located opposite said first operation surface (11, 111, 211) during operation of said sealing device (1, 101, 201), said first (11, 111, 211) and second operation surfaces (13, 113, 213) being arranged to weld a first portion (7a, 107a) of said packaging material (7, 107) to a second portion (7b, 107b) of said packaging material (7, 107), characterized in that at least one of said first or second operation surfaces (11, 111, 211; 13, 113) comprises a first welding surface (11a, 111a) defining a first extension plane and a second welding surface (11b, 111b) defining a second extension plane, which has a different orientation than said first extension plane (11a, 111a), said first and second welding surfaces (11a, 111a; 11b, 111b) being partly delimited by a cutting edge (15, 115, 215) having an extension direction along said first and second welding surfaces (11a, 111a; 11b, 111b), such that said cutting edge (15, 115, 215) separates said first welding surface (11a, 111a) from said second welding surface (11b, 111b), wherein said first and second operation surfaces (11, 111, 211; 13, 113) are configured for simultaneous welding and cutting of said packaging material (7, 107), and wherein said first and second welding surfaces (11a, 111a; 11b, 111b) are adapted to provide said welding, and said cutting edge (15, 115, 215) is adapted to provide said cutting, and wherein said first extension plane and/or said second extension plane forms an angle (α, β) in the range from 72° to 90° in relation to a main direction of said anvil (3, 103, 203) and/or sonotrode (5, 105, 205) comprising said first and second welding surfaces (11a, 111a; 11b, 111b), said main direction being perpendicular to an extension direction of said cutting edge (15, 115, 215).
Use of a liquid hydrocarbon composition that exhibits a vapour pressure of greater than around 25 kPa and below around 50.0 kPa for improving fuel consumption in a plug-in hybrid electric vehicle.
Blank for producing a three-dimensional structure of paper, cardboard or plastic, in particular of a packaging, of a display or the like, including multiple folding edges (50, 52, 54, 56, 58, 60, 70, 72, 74, 76, 78), wherein at least one folding edge (50, 52, 54, 56, 58, 60) is formed as a folding surface, wherein the folding surface has an assembly of a plurality of openings passing through the blank and formed therein, wherein the openings are formed as geometric shapes spaced from each other, characterized in that the openings have different size and/or geometry.
A component feeding device comprising: multiple component replenishing devices configured to replenish with components having different shapes and sizes; multiple stages on which the components replenished from the multiple replenishing devices are scattered; and a control section configured to, for each stage, calculate an occupation ratio of the stage by calculating a ratio of a component occupation area to a stage area, based on captured image data, and to cause the multiple replenishing devices to replenish the components to the respective stages when the respective calculated component occupation ratio becomes a threshold or smaller, the threshold being different for components of different sizes, characterized in that the threshold set for a component of a large size is set smaller than the threshold set for a component of a small size. multiple component replenishing devices configured to replenish with components having different shapes and sizes; multiple stages on which the components replenished from the multiple replenishing devices are scattered; and a control section configured to, for each stage, calculate an occupation ratio of the stage by calculating a ratio of a component occupation area to a stage area, based on captured image data, and to cause the multiple replenishing devices to replenish the components to the respective stages when the respective calculated component occupation ratio becomes a threshold or smaller, the threshold being different for components of different sizes, characterized in that the threshold set for a component of a large size is set smaller than the threshold set for a component of a small size.
A coupler system for use in a tool string comprising: a first mandrel having a first interlocking interface at a first end, a first threaded interface about an external surface of the first mandrel, a radial groove comprising a reduced outer-diameter portion of the mandrel and a plurality of external slots extending from the groove toward the first end of the first mandrel; a second mandrel having a second interlocking interface at a second end; a coupling comprising a first coupling threaded interface having threads that complement the threaded interface of the first mandrel, and a plurality of internal slots extending from a first end of the coupling; and a keyed latch ring having a plurality of internal keys and a plurality of external keys, the external keys corresponding to the plurality of internal slots of the coupling and the internal keys corresponding to the plurality of external slots of the first mandrel. a first mandrel having a first interlocking interface at a first end, a first threaded interface about an external surface of the first mandrel, a radial groove comprising a reduced outer-diameter portion of the mandrel and a plurality of external slots extending from the groove toward the first end of the first mandrel; a second mandrel having a second interlocking interface at a second end; a coupling comprising a first coupling threaded interface having threads that complement the threaded interface of the first mandrel, and a plurality of internal slots extending from a first end of the coupling; and a keyed latch ring having a plurality of internal keys and a plurality of external keys, the external keys corresponding to the plurality of internal slots of the coupling and the internal keys corresponding to the plurality of external slots of the first mandrel.
Ground granulated blast furnace slag (GGBS)-based binder comprising: • at least one GGBS; • at least one oxidant O of the GGBS sulphur compounds, particularly of the species S 3 - of said GGBS sulphur compounds, in the oxidation reaction which transforms the GGBS sulphur compounds, particularly of the species S 3 - of said GGBS sulphur compounds, into colourless sulphur species; • and at least one oxidation catalyst OC in said oxidation reaction. • at least one GGBS; • at least one oxidant O of the GGBS sulphur compounds, particularly of the species S 3 - of said GGBS sulphur compounds, in the oxidation reaction which transforms the GGBS sulphur compounds, particularly of the species S 3 - of said GGBS sulphur compounds, into colourless sulphur species; • and at least one oxidation catalyst OC in said oxidation reaction.
Device for configuring a virtualized network function, intended to be implemented in a virtualized communication network, said device comprising: - a receiving module, arranged to receive a request for configuration of said virtualized network function; - an obtaining module, arranged to obtain at least one parameter for implementation in a virtualized communication network of an elementary component of said virtualized network function, the elementary component being to be added to a basic virtualized network function; - a configuration module, arranged to compose said virtualized network function from the basic virtualized network function and from at least one elementary component implemented based on the at least one obtained parameter. - a receiving module, arranged to receive a request for configuration of said virtualized network function; - an obtaining module, arranged to obtain at least one parameter for implementation in a virtualized communication network of an elementary component of said virtualized network function, the elementary component being to be added to a basic virtualized network function; - a configuration module, arranged to compose said virtualized network function from the basic virtualized network function and from at least one elementary component implemented based on the at least one obtained parameter.
A method, comprising: encoding symbols based upon a waveform covariance matrix; and transmitting the encoded symbols via a N x M planar array of antennas, with N > 2 and M > 2, characterized by defining, with processing circuitry, the waveform covariance matrix based at least in part upon a two-dimensional fast Fourier transform, 2D-FFT, analysis of a frequency domain matrix H f associated with the planar array of antennas. encoding symbols based upon a waveform covariance matrix; and transmitting the encoded symbols via a N x M planar array of antennas, with N > 2 and M > 2, characterized by defining, with processing circuitry, the waveform covariance matrix based at least in part upon a two-dimensional fast Fourier transform, 2D-FFT, analysis of a frequency domain matrix H f associated with the planar array of antennas.
Positioning device for the peripheral positioning of a plurality of copper rods about a center axis M which describes an axial direction A, wherein the copper rods are of substantially U-shaped configuration, having a first leg portion and a second leg portion, said positioning device comprising a positioning body, which is arranged with an outer peripheral surface concentrically about the center axis M, a rotary body, which is arranged such that it is rotatable coaxially about the positioning body, wherein the positioning body forms on the outer peripheral surface axially running receiving grooves for respectively receiving one of the leg portions (32, 34) of a copper rod, and the rotary body forms guide channels, which are open inwardly in the direction of the center axis A, for receiving the other leg portion (34, 32) of the respective copper rod, wherein locking means are provided, in order to hold the leg portion (32, 34) of the copper rod, pivotably about a pivot axis S parallel to the center axis M, in the respective receiving groove of the positioning body, characterized in that a rotary drive mechanism for imparting a rotation to the rotary body relative to the positioning body is provided, in order to pivot, by rotation of the rotary body, the leg portions (34, 32) accommodated in the guide channels of the rotary body inwardly in the direction of the center axis M into the receiving grooves of the positioning body.
An elevator monitoring system for monitoring an elevator system, wherein the elevator monitoring system comprises a wireless mesh network comprising: a first group of node devices comprising a plurality of node devices configured to be constantly on and to be able to participate relaying elevator related monitoring data; and a second group of node devices comprising a plurality of node devices, at least one of the plurality of node devices belonging to the second group of node devices is configured to relay elevator related monitoring data from at least one other node device belonging to the second group of node devices, when the second group of node devices are on; characterized in that the wireless mesh network further comprises a control node device configured to control the second group of node devices to turn on and to enter a sleep state on demand. a first group of node devices comprising a plurality of node devices configured to be constantly on and to be able to participate relaying elevator related monitoring data; and a second group of node devices comprising a plurality of node devices, at least one of the plurality of node devices belonging to the second group of node devices is configured to relay elevator related monitoring data from at least one other node device belonging to the second group of node devices, when the second group of node devices are on; characterized in that the wireless mesh network further comprises a control node device configured to control the second group of node devices to turn on and to enter a sleep state on demand.
A thermal flow sensor comprising: - a support, - at least one element (4, 404, 504, 504') intended to be vibrated relative to the support, called vibrating element, - suspension and thermal insulation means (14, 114) for insulating said vibrating element (4, 404, 504, 504') relative to the support, - means (10, 410, 510) for heating the vibrating element (4, 404, 504, 504'), - means for exciting the vibrating element (4, 404, 504, 504') so as to vibrate it at its resonance frequency, - means (12, 412) for detecting the resonance frequency variation of the vibrating element (4, 404, 504, 504') caused by the temperature variation of the vibrating element due to the heat exchanges with a surrounding gas, Characterized in that sais means for exciting are electrostatic using an electrostatic force putting the vibrating element into vibration at its resonance frequency, and in such manner that the vibrating element is moved in its entirety along a direction in the plane or in an out-of-plane direction. - a support, - at least one element (4, 404, 504, 504') intended to be vibrated relative to the support, called vibrating element, - suspension and thermal insulation means (14, 114) for insulating said vibrating element (4, 404, 504, 504') relative to the support, - means (10, 410, 510) for heating the vibrating element (4, 404, 504, 504'), - means for exciting the vibrating element (4, 404, 504, 504') so as to vibrate it at its resonance frequency, - means (12, 412) for detecting the resonance frequency variation of the vibrating element (4, 404, 504, 504') caused by the temperature variation of the vibrating element due to the heat exchanges with a surrounding gas,
A food supplement comprising - a first oil having a first lipid prevention score higher than the total lipid content in this first oil, this first oil being a marine oil; - a second oil having a second lipid prevention score lower than the total lipid content in this second oil, this second oil being a vegetable oil and/or a marine oil; said food supplement characterized in that the sum of the first lipid prevention score and the second lipid prevention score is substantially equal to the total liquid content in the food supplement. - a first oil having a first lipid prevention score higher than the total lipid content in this first oil, this first oil being a marine oil; - a second oil having a second lipid prevention score lower than the total lipid content in this second oil, this second oil being a vegetable oil and/or a marine oil;
A dry sealant matrix composition comprising: a hydratable cross-linked polymer hydrogel-forming component; a first cross-linkable component; and a second cross-linkable component that cross-links with the first cross-linkable component under reaction enabling conditions, wherein the first and second cross-linkable components cross-link to form a porous matrix having interstices, and the hydrogel-forming component is capable of being hydrated to form a hydrogel to fill at least some of the interstices. a hydratable cross-linked polymer hydrogel-forming component; a first cross-linkable component; and a second cross-linkable component that cross-links with the first cross-linkable component under reaction enabling conditions, wherein the first and second cross-linkable components cross-link to form a porous matrix having interstices, and the hydrogel-forming component is capable of being hydrated to form a hydrogel to fill at least some of the interstices.