mhurhangee/ep-ind-claims huggingface dataset:
An elevator calling operation system comprising: an elevator control apparatus, and a wrist-wearable smart device wirelessly connected to the elevator control apparatus; the wrist-wearable smart device comprising: an identity identification module which stores identity identification information about a passenger; and a motion sensor which is used for acquiring elevator calling motion information about the passenger performing an elevator calling operation; wherein the wrist-wearable smart device is configured to transmit the elevator calling motion information, in association with the identity identification information, to the elevator control apparatus; and the elevator control apparatus comprising: a passenger identity recognition module which is used for recognizing passenger identity information at least according to the identity identification information; and an elevator calling operation recognition module which is used for recognizing an elevator calling operation of the passenger according to the elevator calling motion information from the motion sensor, so as to make an elevator calling request for the elevator calling operation correspond to the recognized passenger identity information; characterized in that the elevator calling operation recognition module is further configured to determine, according to the elevator calling motion information from the motion sensor, the number of times of an elevator calling operation by the same passenger; and ignore, according to the number of times of the elevator calling operation, unnecessary elevator calling requests of the passenger. an identity identification module which stores identity identification information about a passenger; and a motion sensor which is used for acquiring elevator calling motion information about the passenger performing an elevator calling operation; a passenger identity recognition module which is used for recognizing passenger identity information at least according to the identity identification information; and an elevator calling operation recognition module which is used for recognizing an elevator calling operation of the passenger according to the elevator calling motion information from the motion sensor, so as to make an elevator calling request for the elevator calling operation correspond to the recognized passenger identity information;
An ejection member to be connected to an aerosol container filled with a foaming content, comprising: a base portion; a nozzle portion comprising a substrate portion and a plurality of nozzles; and an expansion chamber formed by the base portion and the substrate portion for encouraging foaming of the foaming content from the aerosol container; wherein the plurality of nozzles protrude from a top surface of the substrate portion and are configured to eject the foaming content in the expansion chamber to an outside, the expansion chamber is provided with an introduction port for introducing the foaming content from the aerosol container and a delivery port for delivering the foaming content to a nozzle side, the nozzles each have a slit-shaped ejection port, a communication path that communicates the ejection port and the delivery port has a slit-shaped slit portion, and a length of the slit portion in an ejection direction is greater than a slit width of the ejection port. a base portion; a nozzle portion comprising a substrate portion and a plurality of nozzles; and an expansion chamber formed by the base portion and the substrate portion for encouraging foaming of the foaming content from the aerosol container; wherein the plurality of nozzles protrude from a top surface of the substrate portion and are configured to eject the foaming content in the expansion chamber to an outside, the expansion chamber is provided with an introduction port for introducing the foaming content from the aerosol container and a delivery port for delivering the foaming content to a nozzle side, the nozzles each have a slit-shaped ejection port, a communication path that communicates the ejection port and the delivery port has a slit-shaped slit portion, and a length of the slit portion in an ejection direction is greater than a slit width of the ejection port.
Bidirectional communication system with compensation for undesired feedback, comprising a) a first compensating unit, which is paired with a first output unit and a first input unit for signal transfer, and which is designed to compensate for undesired feedback from the first output unit into the first input unit, while compiling first compensation data, wherein, due to the compensation, an interference caused by the feedback can be removed from a transmitted signal from the first input unit, and b) at least one second compensating unit, which is designed as analogous to the first compensating unit, and is spatially separated from the first compensating unit, and is connected to a second output unit for signal transfer, but without being connected to an input unit, characterised in that c) both the first compensating unit as well as the at least one second compensating unit are each connected to an interface (21, 22), via which the first compensation data compiled by the first compensating unit can be transmitted to the at least one second compensating unit in order to generate second compensation data in the at least one second compensating unit to compensate for the undesired feedback produced in the first input unit by the second output unit. a) a first compensating unit, which is paired with a first output unit and a first input unit for signal transfer, and which is designed to compensate for undesired feedback from the first output unit into the first input unit, while compiling first compensation data, wherein, due to the compensation, an interference caused by the feedback can be removed from a transmitted signal from the first input unit, and b) at least one second compensating unit, which is designed as analogous to the first compensating unit, and is spatially separated from the first compensating unit, and is connected to a second output unit for signal transfer, but without being connected to an input unit, characterised in that c) both the first compensating unit as well as the at least one second compensating unit are each connected to an interface (21, 22), via which the first compensation data compiled by the first compensating unit can be transmitted to the at least one second compensating unit in order to generate second compensation data in the at least one second compensating unit to compensate for the undesired feedback produced in the first input unit by the second output unit.
An anti-counterfeiting object, comprising: a side with an optical identification marking which is readable by the eye and/or by a machine, and an authentication volume, said authentication volume extending from said side, or from another side of the object, in the thickness (z) direction so as to be accessible from this side in order to be read by x-ray diffractometry, XRD; wherein the authentication volume is a composite of a first material, referred to as the authentication material, and at least one second material, the authentication volume constituting a material volume of at least 5 mm 3, the authentication volume having an XRD signature resulting from the combination of emissions from the two materials; and the authentication material comprises at least one amorphous phase, at least one crystalline phase and at least one complex metal phase; wherein the second material has its own XRD signature, different from that of the first material; wherein the authentication volume combines the first and second materials, in a non-miscible manner, and results from the association, juxtaposition and/or superposition of the first and second materials, added separately by additive construction using a filament of the authentication material and a filament of the second material; and wherein the identification marking indicates the authentication area or comprises information relative to the position of the authentication volume within the object. a side with an optical identification marking which is readable by the eye and/or by a machine, and an authentication volume, said authentication volume extending from said side, or from another side of the object, in the thickness (z) direction so as to be accessible from this side in order to be read by x-ray diffractometry, XRD; wherein the authentication volume is a composite of a first material, referred to as the authentication material, and at least one second material, the authentication volume constituting a material volume of at least 5 mm 3, the authentication volume having an XRD signature resulting from the combination of emissions from the two materials; and the authentication material comprises at least one amorphous phase, at least one crystalline phase and at least one complex metal phase; wherein the second material has its own XRD signature, different from that of the first material; wherein the authentication volume combines the first and second materials, in a non-miscible manner, and results from the association, juxtaposition and/or superposition of the first and second materials, added separately by additive construction using a filament of the authentication material and a filament of the second material; and wherein the identification marking indicates the authentication area or comprises information relative to the position of the authentication volume within the object.
A pack comprising a group of tobacco industry products wrapped in a laminate material to form a bundle, a base portion containing the bundle, and a lid mounted to the base portion for rotation between open and closed positions, the laminate material comprising an outer layer having a first cut that defines an outer layer region bounded by said first cut, and an inner layer having a second cut that defines an inner layer region bounded by said second cut, the inner layer region lying within the outer layer region, wherein the laminate material further comprises a pressure-sensitive adhesive between the inner layer and the outer layer, said pack being characterized in that: a part of the outer layer region is attached to an inside surface of the lid such that, as the lid is rotated into its open position, the inner and outer layer regions are lifted causing the inner and outer layers to delaminate in a peripheral region between the first and second cuts and an opening to be created in the laminate material, wherein said pressure-sensitive adhesive between the inner layer and the outer layer is such that said peripheral region re-adheres when the lid is rotated into its closed position, and wherein the laminate material further comprises an adhesive-free region between the inner layer and the outer layer that extends over the first and second cuts.
A peptide consisting of from 13 to.17 amino acid residues comprising an amino acid motif of the formula: S / D / E - x n - S / D / E - K / S, wherein (x) n is a sequence of any amino acid residues, n is an integer from 4 to 6, and the amino acid residue S/D/E at any position of the motif is optionally substituted for amino acid residue C, and wherein: (i) said peptide comprises an amino acid sequence selected from the following sequences: SAGSSKSKESKSTS (SEQ ID NO:4) SAGSCKCKESKSTS (SEQ ID NO:7) (ii) said peptide is a variant having an amino acid sequence which is at least 70% identical to the peptide of SEQ ID NO:4 or SEQ ID NO:7, or (iii) said peptide consists of the amino acid sequence CTGSCKCKECKCNS (SEQ ID NO:51), and wherein said peptide of (i), (ii) or (iii) stimulates neuronal cell differentiation, neurite outgrowth and/or neural cell survival. (i) said peptide comprises an amino acid sequence selected from the following sequences: SAGSSKSKESKSTS (SEQ ID NO:4) SAGSCKCKESKSTS (SEQ ID NO:7) SAGSSKSKESKSTS (SEQ ID NO:4) SAGSCKCKESKSTS (SEQ ID NO:7) (ii) said peptide is a variant having an amino acid sequence which is at least 70% identical to the peptide of SEQ ID NO:4 or SEQ ID NO:7, or (iii) said peptide consists of the amino acid sequence CTGSCKCKECKCNS (SEQ ID NO:51),
A method for preparing amorphous lercanidipine comprising the steps of: dissolving lercanidipine in an organic solvent to prepare a solution; forming precipitates by dropping the solution into an organic solvent selected from the group consisting of cyclohexane, cyclopentane, hexane and petroleum ether and stirring; and filtering the precipitates, washing with the organic solvent used in step 2 and vacuum drying. dissolving lercanidipine in an organic solvent to prepare a solution; forming precipitates by dropping the solution into an organic solvent selected from the group consisting of cyclohexane, cyclopentane, hexane and petroleum ether and stirring; and filtering the precipitates, washing with the organic solvent used in step 2 and vacuum drying.
An anti-synuclein monoclonal antibody 9E4, or humanized or chimeric 9E4, wherein the antibody 9E4 is produced by hybridoma JH17.9E4.3.37:1.14.2 deposited as ATCC accession number PTA-8221.
A method performed by a network node of a wireless network, for indicating assignment of measurement resources in a predefined region of a resource block transmitted by the network node, the method comprising: - identifying at least one wireless device that is required to perform measurements on signals transmitted by the network node and/or measurements of interference, - assigning to the at least one identified wireless device usage of the measurement resources in the predefined region, and - signalling an indication of the assigned usage of the measurement resources to the at least one wireless device, said indication specifying how the respective measurement resources should be used by the at least one wireless device, wherein the assigning of the usage of the measurement resources and the signaling of the indication is performed dynamically such that the usage of the measurement resources is valid for a limited number of transmitted resource blocks, and wherein the assigning can be changed on a per resource block basis depending on the at least one identified wireless device and the indication of the changed assigned usage is signalled from the network node to the at least one wireless device. - identifying at least one wireless device that is required to perform measurements on signals transmitted by the network node and/or measurements of interference, - assigning to the at least one identified wireless device usage of the measurement resources in the predefined region, and - signalling an indication of the assigned usage of the measurement resources to the at least one wireless device, said indication specifying how the respective measurement resources should be used by the at least one wireless device,
A food waste disposer system, comprising: a grinding mechanism, the grinding mechanism including a stationary grind ring and a rotatable shredder plate assembly; a motor driving the rotatable shredder plate assembly; and a detector coupled to the grinding mechanism that detects the presence of a foreign electrically conductive object in the grinding mechanism, wherein the detector includes a detection circuit for sensing whether an electrical circuit between the stationary grind ring and the rotatable shredder plate assembly has been completed and the detector detects the presence of the foreign electrically conductive object in the grinding mechanism upon the detection circuit sensing that the electrical circuit between the stationary grind ring and the rotatable shredder plate assembly was completed. a grinding mechanism, the grinding mechanism including a stationary grind ring and a rotatable shredder plate assembly; a motor driving the rotatable shredder plate assembly; and a detector coupled to the grinding mechanism that detects the presence of a foreign electrically conductive object in the grinding mechanism, wherein the detector includes a detection circuit for sensing whether an electrical circuit between the stationary grind ring and the rotatable shredder plate assembly has been completed and the detector detects the presence of the foreign electrically conductive object in the grinding mechanism upon the detection circuit sensing that the electrical circuit between the stationary grind ring and the rotatable shredder plate assembly was completed.
A water receiving tray assembly, comprising: a water receiving tray body and a first stopper, wherein the water receiving tray body comprises a first area for receiving condensation water flowing from an air duct component, a second area communicating with a drain pipe, and a groove located between the first area and the second area; and the first stopper has a first end and a second end, wherein the first end is fixed on the water receiving tray body and the second end extends into the groove and is at a predetermined distance from a bottom surface of the groove; and when a height of a condensation water in the groove is greater than the predetermined distance, the condensation water in the groove contacts with the first stopper to form a sealed windshield structure; wherein a clamping groove is formed at a position, opposite to the groove, of the water receiving tray body, and the first stopper is fixed on the water receiving tray body by the clamping groove. the water receiving tray body comprises a first area for receiving condensation water flowing from an air duct component, a second area communicating with a drain pipe, and a groove located between the first area and the second area; and the first stopper has a first end and a second end, wherein the first end is fixed on the water receiving tray body and the second end extends into the groove and is at a predetermined distance from a bottom surface of the groove; and when a height of a condensation water in the groove is greater than the predetermined distance, the condensation water in the groove contacts with the first stopper to form a sealed windshield structure; wherein a clamping groove is formed at a position, opposite to the groove, of the water receiving tray body, and the first stopper is fixed on the water receiving tray body by the clamping groove.
A method of determining the glycoprofile of a protein, comprising (a) contacting a sample comprising said protein with an antibody directed against said protein to form an antibody-protein complex; (b) isolating the antibody-protein complex obtained in step (a); and (c) contacting the antibody-protein complex with one or more lectins to determine the glycoprofile of said protein, wherein said antibody of step (a) is not immobilized on a solid surface, and wherein said protein is not released from said antibody while performing the method. (a) contacting a sample comprising said protein with an antibody directed against said protein to form an antibody-protein complex; (b) isolating the antibody-protein complex obtained in step (a); and (c) contacting the antibody-protein complex with one or more lectins to determine the glycoprofile of said protein,
A card holder apparatus (101,102) comprising: a tray configured to receive a card, a door comprising an aperture, and a resilient element coupled to the door and the tray, wherein the resilient element is configured to move by deflecting from a first position to a second position upon application of a force on the resilient element through the aperture, characterised in that the door is configured to move relative to the tray responsively to the deflecting of the resilient element. a tray configured to receive a card, a door comprising an aperture, and a resilient element coupled to the door and the tray, wherein the resilient element is configured to move by deflecting from a first position to a second position upon application of a force on the resilient element through the aperture, characterised in that the door is configured to move relative to the tray responsively to the deflecting of the resilient element.
A transmitter for measurement of mass, weight, volume, level and/or density (p) of a product in a vessel comprising: - a level sensor, comprising: -- a conductive probe extending into the vessel, -- means (11, 13) for generating and sending short electromagnetic pulses down the probe, -- means for reception of echoes of the pulses reflected at a surface of the product, -- means for determining a time of flight (t) needed for a pulse to travel down the probe and its echo to return, - a temperature sensor mounted on the conductive probe, - a pressure sensor mounted on the conductive probe, and - a signal processing unit for determining temperature compensated mass, weight, volume, level and density (p) of the product based on measurement signals supplied by the level sensor, the temperature sensor and the pressure sensor, characterised in that the temperature sensor consists of at least one optical fibre for measuring a temperature profile along a length of the optical fibre which is integrated in the conductive probe, and in that the pressure sensor is an optically analyzable pressure sensor using said optical fiber, mounted on an end of the conductive probe. - a level sensor, comprising: -- a conductive probe extending into the vessel, -- means (11, 13) for generating and sending short electromagnetic pulses down the probe, -- means for reception of echoes of the pulses reflected at a surface of the product, -- means for determining a time of flight (t) needed for a pulse to travel down the probe and its echo to return, -- a conductive probe extending into the vessel, -- means (11, 13) for generating and sending short electromagnetic pulses down the probe, -- means for reception of echoes of the pulses reflected at a surface of the product, -- means for determining a time of flight (t) needed for a pulse to travel down the probe and its echo to return, - a temperature sensor mounted on the conductive probe, - a pressure sensor mounted on the conductive probe, and - a signal processing unit for determining temperature compensated mass, weight, volume, level and density (p) of the product based on measurement signals supplied by the level sensor, the temperature sensor and the pressure sensor,
A backlight unit comprising: a transparent first surface light source array adapted to emit light; a transparent second surface light source array adapted to emit light in a forward direction and a backwards direction of the transparent second surface light source array and disposed on an upper portion of the first surface light source array and arranged such that both light emitting surfaces of the second surface light source array are parallel with each other and parallel with a light emitting surface of the first surface light source array; and a reflection plate disposed on a lower portion of the first surface light source array and arranged such that a reflective surface of the reflection plate is parallel with the light emitting surface of the first surface light source array, wherein the second surface light source array is stacked on the first surface light source array such that the first and second surface light source arrays (201, 301) are offset from each other in a plane parallel to the light emitting surfaces. a transparent first surface light source array adapted to emit light; a transparent second surface light source array adapted to emit light in a forward direction and a backwards direction of the transparent second surface light source array and disposed on an upper portion of the first surface light source array and arranged such that both light emitting surfaces of the second surface light source array are parallel with each other and parallel with a light emitting surface of the first surface light source array; and a reflection plate disposed on a lower portion of the first surface light source array and arranged such that a reflective surface of the reflection plate is parallel with the light emitting surface of the first surface light source array, wherein the second surface light source array is stacked on the first surface light source array such that the first and second surface light source arrays (201, 301) are offset from each other in a plane parallel to the light emitting surfaces.