mhurhangee/ep-ind-claims huggingface dataset:
A detergent case comprising: a liquid detergent accommodation space (26,27,28,29); a siphon pipe protruding upwardly from a bottom surface of the liquid detergent accommodation space so as to discharge a liquid, accommodated within the liquid detergent accommodation space, to the outside if the liquid reaches a designated height; a siphon cap surrounding the siphon pipe so as to form a siphon channel; characterized by a remaining water discharge hole formed on the bottom surface of the liquid detergent accommodation space (26,27,28,29) so as to discharge the remainder of the liquid, not discharged by the siphon pipe, to the outside; and an opening and closing unit moving upwardly and downwardly due to buoyancy of the liquid accommodated within the liquid detergent accommodation space to open and close the remaining water discharge hole, wherein the opening and closing unit includes a buoyancy member floated due to buoyancy and a sealing member connected to the lower end of the buoyancy member to open and close the remaining water discharge hole. a liquid detergent accommodation space (26,27,28,29); a siphon pipe protruding upwardly from a bottom surface of the liquid detergent accommodation space so as to discharge a liquid, accommodated within the liquid detergent accommodation space, to the outside if the liquid reaches a designated height; a siphon cap surrounding the siphon pipe so as to form a siphon channel; characterized by a remaining water discharge hole formed on the bottom surface of the liquid detergent accommodation space (26,27,28,29) so as to discharge the remainder of the liquid, not discharged by the siphon pipe, to the outside; and an opening and closing unit moving upwardly and downwardly due to buoyancy of the liquid accommodated within the liquid detergent accommodation space to open and close the remaining water discharge hole, wherein the opening and closing unit includes a buoyancy member floated due to buoyancy and a sealing member connected to the lower end of the buoyancy member to open and close the remaining water discharge hole.
A fiber Bragg grating vibration sensor (100; 316), comprising: a base; a plurality of vibration measurement elements (141, 142, 143); and a plurality of fiber Bragg gratings (171, 172, 173; 206), wherein each of the vibration measurement elements (141, 142, 143) comprises a cantilever beam and first and second raised portions (211, 212) provided in an axial direction of the cantilever beam; wherein for each of the vibration measurement elements (141, 142, 143), an end at a side of the first raised portion is fixedly mounted on the base, and an end at the other side of the second raised portion is free; and wherein each of the fiber Bragg grating (171, 172, 173; 206) is fastened to the respective vibration measurement element (141, 142, 143) in the axial direction to sense a vibration of the respective vibration measurement element (141, 142, 143), characterized in that the plurality of the vibration measurement elements (141, 142, 143) are mounted to be spatially perpendicular to each other for simultaneous tri-axial measurement, and wherein a height (δ) of the raised portions (211, 212) of a first one among the plurality of vibration measurement elements (141, 142, 143) is different from a height (δ) of the raised portions (211, 212) of a second one among the plurality of vibration measurement elements (141, 142, 143). a base; a plurality of vibration measurement elements (141, 142, 143); and a plurality of fiber Bragg gratings (171, 172, 173; 206), wherein each of the vibration measurement elements (141, 142, 143) comprises a cantilever beam and first and second raised portions (211, 212) provided in an axial direction of the cantilever beam; wherein for each of the vibration measurement elements (141, 142, 143), an end at a side of the first raised portion is fixedly mounted on the base, and an end at the other side of the second raised portion is free; and wherein each of the fiber Bragg grating (171, 172, 173; 206) is fastened to the respective vibration measurement element (141, 142, 143) in the axial direction to sense a vibration of the respective vibration measurement element (141, 142, 143), characterized in that the plurality of the vibration measurement elements (141, 142, 143) are mounted to be spatially perpendicular to each other for simultaneous tri-axial measurement, and wherein a height (δ) of the raised portions (211, 212) of a first one among the plurality of vibration measurement elements (141, 142, 143) is different from a height (δ) of the raised portions (211, 212) of a second one among the plurality of vibration measurement elements (141, 142, 143).
A method of selecting adapted signal formats in a fitting process for stimulation signals in a cochlear implant, said stimulation signals for stimulating an auditory nerve, the method comprising: applying non-therapeutic stimulation signals with an initial signal format using biphasic electrical stimulation pulses to stimulation electrodes in a cochlear implant electrode; identifying one or more undesired somatic responses to the stimulation pulses, said undesired somatic response being caused by inadvertent stimulation of a nerve other than the auditory nerve; and selecting an adapted signal format that reduces the one or more undesired somatic responses, said adapted signal format using charge-balanced triphasic electrical stimulation pulses for applying stimulation signals to one or more of the stimulation electrodes. applying non-therapeutic stimulation signals with an initial signal format using biphasic electrical stimulation pulses to stimulation electrodes in a cochlear implant electrode; identifying one or more undesired somatic responses to the stimulation pulses, said undesired somatic response being caused by inadvertent stimulation of a nerve other than the auditory nerve; and selecting an adapted signal format that reduces the one or more undesired somatic responses, said adapted signal format using charge-balanced triphasic electrical stimulation pulses for applying stimulation signals to one or more of the stimulation electrodes.
An apparatus for imaging using microwave or terahertz radiation, said apparatus comprising: a single cell comprising a vapour of atoms; one or more laser sources configured to generate a plurality of laser beams propagating through said cell, said laser beams defining a sensing region in said cell, wherein said laser beams comprise a plurality of coaxial laser beams shaped as a light sheet defining said sensing region in said cell; one or more microwave or terahertz sources configured to generate an imaging beam for illuminating an obj ect receiving area for receiving an obj ect to be imaged, said imaging beam comprising microwave or terahertz radiation; an imaging system (20, 22; 21) for focussing radiation from the imaging beam to form, in use, an image of said object at said sensing region in said cell; wherein respective frequencies of said laser beams and said imaging beam are such that at least some of said atoms, when subjected to radiation of both said laser beams and said imaging beam, are excited to a final excited state which decays to a lower energy state by emission of optical fluorescence. a single cell comprising a vapour of atoms; one or more laser sources configured to generate a plurality of laser beams propagating through said cell, said laser beams defining a sensing region in said cell, wherein said laser beams comprise a plurality of coaxial laser beams shaped as a light sheet defining said sensing region in said cell; one or more microwave or terahertz sources configured to generate an imaging beam for illuminating an obj ect receiving area for receiving an obj ect to be imaged, said imaging beam comprising microwave or terahertz radiation; an imaging system (20, 22; 21) for focussing radiation from the imaging beam to form, in use, an image of said object at said sensing region in said cell; wherein respective frequencies of said laser beams and said imaging beam are such that at least some of said atoms, when subjected to radiation of both said laser beams and said imaging beam, are excited to a final excited state which decays to a lower energy state by emission of optical fluorescence.
A method in a Wavelength Adaptation Module for adapting an Optical Time Domain Reflectometry, OTDR, signal for supervision of Optical Network Terminals, ONTs, in a Passive Optical Network, PON, the method comprising, by the Wavelength Adaption Module: - receiving an OTDR signal comprising at least one main carrier, - phase modulating said received OTDR signal, thereby producing a plurality of spectral modes around said main carrier of said received OTDR signal, - filtering the phase modulated OTDR signal, thereby selecting one of said spectral modes of said received OTDR signal, the selected spectral mode of the received OTDR signal constituting a new OTDR signal having a selected wavelength, and - outputting said new OTDR signal having the selected wavelength towards a Remote Node, RN, wherein the selected wavelength of the new OTDR signal enables a splitter in the RN to forward the new OTDR signal to a dedicated group of ONTs in the PON, thereby supervising the fibre links between the RN and the dedicated group of ONTs, and wherein the OTDR signal is received at the Wavelength Adaption Module as a result of an alarm originating from an ONT belonging to said dedicated group of ONTs, wherein the filtering of the phase modulated OTDR signal, thereby selecting one of said spectral modes of said received OTDR signal, will enable the RN to forward said new OTDR signal having the selected wavelength to said dedicated group of ONTs. - receiving an OTDR signal comprising at least one main carrier, - phase modulating said received OTDR signal, thereby producing a plurality of spectral modes around said main carrier of said received OTDR signal, - filtering the phase modulated OTDR signal, thereby selecting one of said spectral modes of said received OTDR signal, the selected spectral mode of the received OTDR signal constituting a new OTDR signal having a selected wavelength, and - outputting said new OTDR signal having the selected wavelength towards a Remote Node, RN,
Method of authenticating a user of a communication terminal, on which at least one application is installed, at a service on a service server, characterized in that an initiation request, which contains an address identifier of the communication terminal, is generated by the application for initiating a session and is transmitted to the service server, the service server after receipt of the initiation request automatically generates and transmits a request specific key to the communication terminal and the application subsequently generates an access request in the session, wherein the application integrates the received request specific key automatically in the access request, and the access request is automatically transmitted from the communication terminal to the service server in the session.
A lubricant composition comprising greater than or equal to 50 wt.% of a base oil of lubricating viscosity, based on the total weight of the lubricant composition, and a lubricant additive composition comprising: (a) an organomolybdenum compound, in an amount sufficient to contribute from 20 ppm to 300 ppm by weight molybdenum, to the lubricant composition based on a total weight of the lubricant composition containing the additive composition; (b) from 0.5 to 5 weight % of a boronated hydrocarbyl substituted succinimide dispersant based on a total weight of the lubricant composition containing the additive composition; and (c) from 0.5 to 5 weight % of a reaction product of: (i) a hydrocarbyl-dicarboxylic acid or anhydride, (ii) a polyamine, (iii) a dicarboxyl-containing fused aromatic compound, and (iv) a non-aromatic dicarboxylic acid or anhydride based on the total weight of the lubricant composition containing the additive composition, wherein the hydocarbyl group of the hydrocarbyl-dicarboxylic acid or anhydride has a number average molecular weight of greater than 1800 Daltons as determined by gel permeation chromatography; and wherein a weight ratio of (b) to (c) ranges from 1:1 to 4:1. (a) an organomolybdenum compound, in an amount sufficient to contribute from 20 ppm to 300 ppm by weight molybdenum, to the lubricant composition based on a total weight of the lubricant composition containing the additive composition; (b) from 0.5 to 5 weight % of a boronated hydrocarbyl substituted succinimide dispersant based on a total weight of the lubricant composition containing the additive composition; and (c) from 0.5 to 5 weight % of a reaction product of: (i) a hydrocarbyl-dicarboxylic acid or anhydride, (ii) a polyamine, (iii) a dicarboxyl-containing fused aromatic compound, and (iv) a non-aromatic dicarboxylic acid or anhydride based on the total weight of the lubricant composition containing the additive composition, wherein the hydocarbyl group of the hydrocarbyl-dicarboxylic acid or anhydride has a number average molecular weight of greater than 1800 Daltons as determined by gel permeation chromatography; and
System for determining a bending moment on an oar during a rowing stroke in the water comprising: an oar handle; an oar shaft that extends from the oar handle; an oar blade that is disposed on the oar shaft on a side opposite to the oar handle; at least one strain gauge, whose signal determines the bending moment; characterized by the fact that the oar shaft is constituted in different parts, that between two adjacent parts of the oar shaft a measuring transducer (3; 73) is located, which connects the two adjacent parts of the oar shaft and which has at least one strain gauge, that a microelectromechanical system is located in order to measure over the time the rotation speed of the oar around an axis parallel to the bending moment vector and that an analysis circuit is foreseen in order to determine the rowing power over the time through the scalar product of the bending moment and the rotation speed. an oar handle; an oar shaft that extends from the oar handle; an oar blade that is disposed on the oar shaft on a side opposite to the oar handle; at least one strain gauge, whose signal determines the bending moment; characterized by the fact that the oar shaft is constituted in different parts, that between two adjacent parts of the oar shaft a measuring transducer (3; 73) is located, which connects the two adjacent parts of the oar shaft and which has at least one strain gauge, that a microelectromechanical system is located in order to measure over the time the rotation speed of the oar around an axis parallel to the bending moment vector and that an analysis circuit is foreseen in order to determine the rowing power over the time through the scalar product of the bending moment and the rotation speed.
A sample holder unit for single-crystal X-ray structure analysis using a porous complex crystal, the sample holder unit comprising a sample holder used in a single-crystal X-ray structure analysis apparatus, and an applicator (300, 500, 700) in which the sample holder can be stored, wherein the sample holder comprises: a base part attachable to a goniometer in the single-crystal X-ray structure analysis apparatus, the base part formed to have a sample introduction structure (204, 205) into which a sample to be soaked in the porous complex crystal is introduced; and a holding part that can hold the porous complex crystal capable of soaking the sample in a plurality of fine pores formed therein, the holding part formed to the base part, and the applicator (300, 500, 700) comprises: an opening and a storing space in which the sample holder that holds the porous complex crystal can be stored; a seal part provided on a contact surface with the sample holder stored in the storing space; and a pull-out prevention part (305, 501) that can prevent the sample holder from being pulled out from the opening, the pull-out prevention part (305, 501) engaged with the sample holder stored in the storing space. a base part attachable to a goniometer in the single-crystal X-ray structure analysis apparatus, the base part formed to have a sample introduction structure (204, 205) into which a sample to be soaked in the porous complex crystal is introduced; and a holding part that can hold the porous complex crystal capable of soaking the sample in a plurality of fine pores formed therein, the holding part formed to the base part, and the applicator (300, 500, 700) comprises: an opening and a storing space in which the sample holder that holds the porous complex crystal can be stored; a seal part provided on a contact surface with the sample holder stored in the storing space; and a pull-out prevention part (305, 501) that can prevent the sample holder from being pulled out from the opening, the pull-out prevention part (305, 501) engaged with the sample holder stored in the storing space. an opening and a storing space in which the sample holder that holds the porous complex crystal can be stored; a seal part provided on a contact surface with the sample holder stored in the storing space; and a pull-out prevention part (305, 501) that can prevent the sample holder from being pulled out from the opening, the pull-out prevention part (305, 501) engaged with the sample holder stored in the storing space.
Method for producing a ceramic insulator for a high-voltage or medium-voltage switching system, wherein at least two axially symmetrical ceramic structural elements are joined along the symmetry axis of the latter, and an electrically conductive equipotential layer which has a higher electrical conductivity than a ceramic material of the structural element and is disposed perpendicularly to the symmetry axis is disposed between the structural elements, characterized in that a base material for the equipotential layer is already attached between the ceramic structural elements prior to a sintering process of the latter.
A connecting unit, comprising: a connector protrusion including a locking lever provided on a first surface and a first connecting terminal provided on a second surface opposing the first surface or on a front surface; a connector socket including a second connecting terminal to be connected with the first connecting terminal and a housing having a groove formed in an inner wall so that the locking lever is pressed down and slides along the groove when the connector protrusion is inserted into the connector socket; and a connector frame that surrounds the connector protrusion and has an opening formed in a surface of the connector frame opposing the first surface of the connector protrusion, wherein the connector frame is configured such that when the connector frame is moved in a direction opposite to a direction where the connector protrusion is inserted while the connector protrusion is in the connector socket having the locking lever in a pressed down state, a hook-shaped end of the locking lever is caused to fit into the opening of the connector frame and the pressed down state of the locking lever is unlocked, and a middle part of the locking lever has a bent angle that becomes more obtuse as the connector frame is moved in the direction opposite to the direction where the connector protrusion is inserted. a connector protrusion including a locking lever provided on a first surface and a first connecting terminal provided on a second surface opposing the first surface or on a front surface; a connector socket including a second connecting terminal to be connected with the first connecting terminal and a housing having a groove formed in an inner wall so that the locking lever is pressed down and slides along the groove when the connector protrusion is inserted into the connector socket; and a connector frame that surrounds the connector protrusion and has an opening formed in a surface of the connector frame opposing the first surface of the connector protrusion, wherein the connector frame is configured such that when the connector frame is moved in a direction opposite to a direction where the connector protrusion is inserted while the connector protrusion is in the connector socket having the locking lever in a pressed down state, a hook-shaped end of the locking lever is caused to fit into the opening of the connector frame and the pressed down state of the locking lever is unlocked, and a middle part of the locking lever has a bent angle that becomes more obtuse as the connector frame is moved in the direction opposite to the direction where the connector protrusion is inserted.
Roller for a sunblind, designed to be fastened to a canvas of the sunblind, wherein the roller defines an axis of rotation X and wherein a cross-section through the roller perpendicular to the axis X: - defines an external profile P suitable for allowing winding-up of the canvas; - comprises a longitudinal seat formed inside the external profile P; wherein: - the longitudinal seat communicates with the exterior via a longitudinal slit defined by two edges; - the longitudinal seat comprises two separate main portions, inside each of which a cylinder of diameter d may be inscribed; - the longitudinal seat comprises an auxiliary portion between the two main portions; - the two separate main portions are separated by a cusp; and - the distance w between the cusp and each edge of the longitudinal slit is smaller than the diameter d. - defines an external profile P suitable for allowing winding-up of the canvas; - comprises a longitudinal seat formed inside the external profile P; - the longitudinal seat communicates with the exterior via a longitudinal slit defined by two edges; - the longitudinal seat comprises two separate main portions, inside each of which a cylinder of diameter d may be inscribed; - the longitudinal seat comprises an auxiliary portion between the two main portions; - the two separate main portions are separated by a cusp; and - the distance w between the cusp and each edge of the longitudinal slit is smaller than the diameter d.
A medical device having at least a section with a lubricious coating that comprises the cured product of a solution mixture applied to the device, the solution mixture comprising: a) a multifunctional monomer or polymer network-forming compound; b) a hydrophilic compound; c) an adhesion promoter; d) one or more first cross-linkers for cross-linking the multifunctional monomer or polymer, which preferentially cross-links the multifunctional monomer or polymer relative to the hydrophilic compound; and e) one or more second cross-linkers, different than the first cross-linkers, for cross-linking the hydrophilic compound, which preferentially cross-links the hydrophilic compound relative to the multifunctional monomer or polymer, such that the cured reaction product on the medical device is a network of the hydrophilic compound cross-linked to itself and interlocked with a polymerized network of the monomer or polymer. a) a multifunctional monomer or polymer network-forming compound; b) a hydrophilic compound; c) an adhesion promoter; d) one or more first cross-linkers for cross-linking the multifunctional monomer or polymer, which preferentially cross-links the multifunctional monomer or polymer relative to the hydrophilic compound; and e) one or more second cross-linkers, different than the first cross-linkers, for cross-linking the hydrophilic compound, which preferentially cross-links the hydrophilic compound relative to the multifunctional monomer or polymer, such that the cured reaction product on the medical device is a network of the hydrophilic compound cross-linked to itself and interlocked with a polymerized network of the monomer or polymer.