mhurhangee/ep-ind-claims huggingface dataset:
A wireless power receiver apparatus for charging a chargeable device, comprising: a receive antenna configured to wirelessly receive power at a level sufficient for charging the chargeable device; and converter circuitry coupled to the receive antenna, the converter circuitry configured to: receive an input voltage, at an input of the converter circuitry, derived from the wirelessly received power; and characterized in that the converter circuitry is configured to: operate in a first mode to produce a first output voltage, at an output of the converter circuitry, that is substantially equal to the input voltage based on a first predetermined relationship between the input voltage and a first voltage level threshold; and operate in a second mode to produce a second output voltage, at the output of the converter circuitry, that is scaled to a value relative to the input voltage based on a second predetermined relationship between the input voltage and the first voltage level threshold. a receive antenna configured to wirelessly receive power at a level sufficient for charging the chargeable device; and converter circuitry coupled to the receive antenna, the converter circuitry configured to: receive an input voltage, at an input of the converter circuitry, derived from the wirelessly received power; and characterized in that the converter circuitry is configured to: operate in a first mode to produce a first output voltage, at an output of the converter circuitry, that is substantially equal to the input voltage based on a first predetermined relationship between the input voltage and a first voltage level threshold; and operate in a second mode to produce a second output voltage, at the output of the converter circuitry, that is scaled to a value relative to the input voltage based on a second predetermined relationship between the input voltage and the first voltage level threshold. receive an input voltage, at an input of the converter circuitry, derived from the wirelessly received power; and characterized in that the converter circuitry is configured to: operate in a first mode to produce a first output voltage, at an output of the converter circuitry, that is substantially equal to the input voltage based on a first predetermined relationship between the input voltage and a first voltage level threshold; and operate in a second mode to produce a second output voltage, at the output of the converter circuitry, that is scaled to a value relative to the input voltage based on a second predetermined relationship between the input voltage and the first voltage level threshold. operate in a first mode to produce a first output voltage, at an output of the converter circuitry, that is substantially equal to the input voltage based on a first predetermined relationship between the input voltage and a first voltage level threshold; and operate in a second mode to produce a second output voltage, at the output of the converter circuitry, that is scaled to a value relative to the input voltage based on a second predetermined relationship between the input voltage and the first voltage level threshold.
A method comprising: determining a respective masking threshold for at least two channels of a stereophonic signal; determining an amount of noise in response to a difference between the determined masking thresholds for the at least two channels; adding the determined amount of noise to a side channel signal, wherein the side channel signal has been obtained by converting the stereophonic signal at least into a mid channel signal and the side channel signal; quantizing the mid channel signal and the side channel signal for transmission; and determining the quantization noise resulting in the quantization of the mid channel signal, wherein the determined amount of noise is determined as the product of the quantization noise and an adjustable factor, and wherein the adjustable factor is set in response to a difference between the determined masking thresholds for the at least two channels of the stereophonic signal. determining a respective masking threshold for at least two channels of a stereophonic signal; determining an amount of noise in response to a difference between the determined masking thresholds for the at least two channels; adding the determined amount of noise to a side channel signal, wherein the side channel signal has been obtained by converting the stereophonic signal at least into a mid channel signal and the side channel signal; quantizing the mid channel signal and the side channel signal for transmission; and determining the quantization noise resulting in the quantization of the mid channel signal, wherein the determined amount of noise is determined as the product of the quantization noise and an adjustable factor, and wherein the adjustable factor is set in response to a difference between the determined masking thresholds for the at least two channels of the stereophonic signal.
A light source comprising: first and second semiconductor diode structures adapted to generate light, the first and second semiconductor diode structures being laterally adjacent to each other; a light output section at least partially overlapping both of the first and second semiconductor diode structures and adapted to output light from the first and second semiconductor diode structures; a layer of optical enhancement material below the light output section and at least partially overlapping both of the first and second semiconductor diode structures, and a light reflecting structure at least partially enclosing side surfaces of the first and second semiconductor diode structures and side surfaces as well as a portion of the upper surface of the layer of optical enhancement material and adapted to reflect light from the semiconductor diode structures towards the light output section, wherein the light reflecting structure encloses the light output section, wherein the area of the light output section is less than the combined area of the first and second semiconductor diode structures and less than the area of the layer of optical enhancement material, and wherein there is a lateral separation between the adjacent edges of the first and second semiconductor diode structures, the lateral separation being less than 10% of the lateral width of the first and second semiconductor diode structures. first and second semiconductor diode structures adapted to generate light, the first and second semiconductor diode structures being laterally adjacent to each other; a light output section at least partially overlapping both of the first and second semiconductor diode structures and adapted to output light from the first and second semiconductor diode structures; a layer of optical enhancement material below the light output section and at least partially overlapping both of the first and second semiconductor diode structures, and a light reflecting structure at least partially enclosing side surfaces of the first and second semiconductor diode structures and side surfaces as well as a portion of the upper surface of the layer of optical enhancement material and adapted to reflect light from the semiconductor diode structures towards the light output section, wherein the light reflecting structure encloses the light output section, wherein the area of the light output section is less than the combined area of the first and second semiconductor diode structures and less than the area of the layer of optical enhancement material, and wherein there is a lateral separation between the adjacent edges of the first and second semiconductor diode structures, the lateral separation being less than 10% of the lateral width of the first and second semiconductor diode structures.
Simultaneous shaping and welding device of connectors pipe for compressors, such connector pipes being defined by substantially cylindrical bodies which are coupled to gas through holes existing in housing of compressors, which constitute its suction, discharge channels and process, wherein said device comprises: - an upper electrode-holder cooperating with one of the poles of an inverter set and transformers; - an upper electrode cooperating with upper electrode-holder and the upper region of connector pipe; - a lower electrode-holder cooperating with the other pole of an inverter set and transformers; - an electrical insulation means cooperating with the inner surface of lower electrode-holder; - a lower electrode cooperating with lower electrode-holder and housing of compressor, and - a centralizing pin coupled to the inner region of electrical insulating mean and cooperating with the gas through hole of housing of compressor and connector pipe and further characterized by: - a stop of welding force application cooperating with upper electrode-holder and the upper end of connector pipe; and the inner diameter of lower electrode being equal to or greater than the outer diameter of upper electrode. - an upper electrode-holder cooperating with one of the poles of an inverter set and transformers; - an upper electrode cooperating with upper electrode-holder and the upper region of connector pipe; - a lower electrode-holder cooperating with the other pole of an inverter set and transformers; - an electrical insulation means cooperating with the inner surface of lower electrode-holder; - a lower electrode cooperating with lower electrode-holder and housing of compressor, and - a centralizing pin coupled to the inner region of electrical insulating mean and cooperating with the gas through hole of housing of compressor and connector pipe and further characterized by: - a stop of welding force application cooperating with upper electrode-holder and the upper end of connector pipe; and the inner diameter of lower electrode being equal to or greater than the outer diameter of upper electrode. - a stop of welding force application cooperating with upper electrode-holder and the upper end of connector pipe; and the inner diameter of lower electrode being equal to or greater than the outer diameter of upper electrode.
An illumination device, designed to provide an application specific illumination distribution, comprising: a light source arranged to emit light at a primary wavelength, a wavelength conversion medium arranged in light receiving relationship with the light source and designed to convert at least part of the primary wavelength light into secondary wavelength light, and a periodic antenna array arranged such that the antenna array supports surface lattice resonances arising from diffractive coupling of localized surface plasmon resonances in individual antennas (301, 311, 321) for enabling the application specific illumination distribution, wherein a distance between the periodic antenna array and the wavelength conversion medium is smaller than the primary wavelength and/or the secondary wavelength, wherein the antenna array supports surface lattice resonances at least at one of the primary wavelength and the secondary wavelength. a light source arranged to emit light at a primary wavelength, a wavelength conversion medium arranged in light receiving relationship with the light source and designed to convert at least part of the primary wavelength light into secondary wavelength light, and a periodic antenna array arranged such that the antenna array supports surface lattice resonances arising from diffractive coupling of localized surface plasmon resonances in individual antennas (301, 311, 321) for enabling the application specific illumination distribution, wherein a distance between the periodic antenna array and the wavelength conversion medium is smaller than the primary wavelength and/or the secondary wavelength, wherein the antenna array supports surface lattice resonances at least at one of the primary wavelength and the secondary wavelength.
Timepiece mechanism for a timepiece movement, having a mobile comprising a toothset having at least one tooth of a first type and at least one tooth of a second type, a jumper designed to cooperate with said toothset so as to define discrete positions of said mobile, a pawl intended to be actuated by a drive mobile of the timepiece movement in order to act on said toothset and move said mobile by at least one step on each actuation, characterized in that said pawl exhibits a travel such that it is able to act on said toothset in order to move said mobile by two steps on each actuation, in that the timepiece mechanism has a correction mobile having at least one first state and at least one second state, different from said first state, said correction mobile being designed so as to be able to cooperate with said pawl, during the actuation of the latter, to define at least two different paths of the pawl that are associated with said first state and with said second state, respectively, and in that said pawl and said correction mobile are designed such that, on each actuation of said pawl: - said pawl acts on said toothset to move said mobile by one step, and - said pawl acts on said toothset to move said mobile by an additional step only when said correction mobile is in a second state and said at least one tooth of the second type is situated along the travel of said pawl. a mobile comprising a toothset having at least one tooth of a first type and at least one tooth of a second type, a jumper designed to cooperate with said toothset so as to define discrete positions of said mobile, a pawl intended to be actuated by a drive mobile of the timepiece movement in order to act on said toothset and move said mobile by at least one step on each actuation, characterized in that said pawl exhibits a travel such that it is able to act on said toothset in order to move said mobile by two steps on each actuation, in that the timepiece mechanism has a correction mobile having at least one first state and at least one second state, different from said first state, said correction mobile being designed so as to be able to cooperate with said pawl, during the actuation of the latter, to define at least two different paths of the pawl that are associated with said first state and with said second state, respectively, and in that said pawl and said correction mobile are designed such that, on each actuation of said pawl: - said pawl acts on said toothset to move said mobile by one step, and - said pawl acts on said toothset to move said mobile by an additional step only when said correction mobile is in a second state and said at least one tooth of the second type is situated along the travel of said pawl. - said pawl acts on said toothset to move said mobile by one step, and - said pawl acts on said toothset to move said mobile by an additional step only when said correction mobile is in a second state and said at least one tooth of the second type is situated along the travel of said pawl.
A method of preparing an emulsion, the method comprising: positioning a packing material within a column, the column having a longitudinal axis and a periphery defining an interior cavity, the interior cavity h aving a longitudinal length; the packing material configured to permit fluid flow through the column along the longitudinal axis, the column comprising: i. an inlet in fluid communication with the interior cavity; ii. an outlet in fluid communication with the interior cavity; and introducing a plurality of fluids through the inlet of the column, wherein the plurality of fluids combine within the interior cavity of the column to form an emulsion product; and collecting the emulsion product through the outlet of the column, characterized in that the column further comprises iii. at least one divider positioned within the interior cavity, each divider of the at least one divider extending along at least a portion of the longitudinal length of the interior cavity, iv. wherein the at least one divider is configured to partition the packing material and direct fluid flow therethrough the interior cavity. positioning a packing material within a column, the column having a longitudinal axis and a periphery defining an interior cavity, the interior cavity h aving a longitudinal length; the packing material configured to permit fluid flow through the column along the longitudinal axis, the column comprising: i. an inlet in fluid communication with the interior cavity; ii. an outlet in fluid communication with the interior cavity; and introducing a plurality of fluids through the inlet of the column, wherein the plurality of fluids combine within the interior cavity of the column to form an emulsion product; and collecting the emulsion product through the outlet of the column, characterized in that the column further comprises iii. at least one divider positioned within the interior cavity, each divider of the at least one divider extending along at least a portion of the longitudinal length of the interior cavity, iv. wherein the at least one divider is configured to partition the packing material and direct fluid flow therethrough the interior cavity. i. an inlet in fluid communication with the interior cavity; ii. an outlet in fluid communication with the interior cavity; and iii. at least one divider positioned within the interior cavity, each divider of the at least one divider extending along at least a portion of the longitudinal length of the interior cavity, iv. wherein the at least one divider is configured to partition the packing material and direct fluid flow therethrough the interior cavity.
A method of classifying a test compound as a teratogen or a non-teratogen, comprising the steps of: (a) culturing human stem-like cells (hSLCs): (i) in the presence of the test compound; and (ii) in the absence of the test compound; (b) determining the fold change in arginine associated with hSLCs cultured in the presence of the test compound in comparison with hSLCs cultured in the absence of the test compound; (c) determining the fold change in asymmetric dimethyl arginine (ADMA) associated with hSLCs cultured in the presence of the test compound in comparison with hSLCs cultured in the absence of the test compound; (d) determining the ratio of the fold change in arginine to the fold change in ADMA, wherein: (i) a ratio of less than at least about 0.9 or greater than at least about 1.1 is indicative of the teratogenicity of the test compound; and (ii) a ratio of greater than at least about 0.9 and less than at least about 1.1 is indicative of the non-teratogenicity of the test compound, wherein the hSLCs are pluripotent, undifferentiated human embryonic stem cells (hESCs), human induced pluripotent (iPS) cells, or human embryoid bodies. (a) culturing human stem-like cells (hSLCs): (i) in the presence of the test compound; and (ii) in the absence of the test compound; (i) in the presence of the test compound; and (ii) in the absence of the test compound; (b) determining the fold change in arginine associated with hSLCs cultured in the presence of the test compound in comparison with hSLCs cultured in the absence of the test compound; (c) determining the fold change in asymmetric dimethyl arginine (ADMA) associated with hSLCs cultured in the presence of the test compound in comparison with hSLCs cultured in the absence of the test compound; (d) determining the ratio of the fold change in arginine to the fold change in ADMA, wherein: (i) a ratio of less than at least about 0.9 or greater than at least about 1.1 is indicative of the teratogenicity of the test compound; and (ii) a ratio of greater than at least about 0.9 and less than at least about 1.1 is indicative of the non-teratogenicity of the test compound, (i) a ratio of less than at least about 0.9 or greater than at least about 1.1 is indicative of the teratogenicity of the test compound; and (ii) a ratio of greater than at least about 0.9 and less than at least about 1.1 is indicative of the non-teratogenicity of the test compound,
A curable silicone composition comprising: an organopolysiloxane that has at least a straight-chain polysiloxane block represented by the following general formula: -(R 1 R 2 SiO) m - wherein R 1 is a C 1-6 alkyl group or a phenyl group, R 2 is a C 2-10 alkenyl group, m is a positive number from 5 to 50, and the content of this straight-chain polysiloxane block is 20 to 60 mass% of the total amount of the organopolysiloxanes in this composition; an organopolysiloxane that has at least a straight-chain polysiloxane block represented by the following general formula: -(R 3 HSiO) n - wherein R 3 is a C 1-6 alkyl group or a phenyl group, and n is a positive number from 10 to 100, in a quantity that provides from 0.5 to 5 moles of the silicon-bonded hydrogen atoms in this component per 1 mole of the alkenyl groups in component; and a hydrosilylation reaction catalyst in a catalytic quantity. an organopolysiloxane that has at least a straight-chain polysiloxane block represented by the following general formula: -(R 1 R 2 SiO) m - wherein R 1 is a C 1-6 alkyl group or a phenyl group, R 2 is a C 2-10 alkenyl group, m is a positive number from 5 to 50, and the content of this straight-chain polysiloxane block is 20 to 60 mass% of the total amount of the organopolysiloxanes in this composition; an organopolysiloxane that has at least a straight-chain polysiloxane block represented by the following general formula: -(R 3 HSiO) n - wherein R 3 is a C 1-6 alkyl group or a phenyl group, and n is a positive number from 10 to 100, in a quantity that provides from 0.5 to 5 moles of the silicon-bonded hydrogen atoms in this component per 1 mole of the alkenyl groups in component; and a hydrosilylation reaction catalyst in a catalytic quantity.
Extractor hood having a holder arranged in the lower region of the extractor housing, at least one pull-out element which is accommodated in a pull-out manner in the holder and on the side comprises guides and on the front has at least one handle element, wherein the extractor hood comprises at least one lighting unit in the front region of the pull-out element and comprises at least one light unit which is arranged in the rear region of the extractor hood on the extractor housing or on the holder of the extractor housing, characterised in that the at least one lighting unit is arranged on the at least one handle element, which is detachably connected to the at least one pull-out element and in that the handle element comprises at least one contact interface for the electrical contact to the extractor hood, and in that thanks to the at least one contact interface an electrical contact is produced between a lighting unit arranged in the handle element and the extractor hood.