mhurhangee/patent-ind-claim-en huggingface dataset:
A sound output device comprising: a speaker ; a communicator configured to perform communication with an external speaker and with a content source that provides sound content to the external speaker; and a processor configured to: sense a distance from the external speaker using an ultra-wideband (UWB) system; control the communicator to perform pairing with the external speaker in response to the sound output device entering into a predetermined range from the external speaker based on the sensed distance and receive information about a content source that provides sound content to the paired external speaker from the paired external speaker; receive synchronization information of the sound content; control, based on the received information about the content source, the communicator to receive the sound content output by the paired external speaker from the content source; and perform synchronization with the paired external speaker based on the received synchronization information to control the speaker to output the received sound content in a synchronized fashion with the external speaker. a speaker ; a communicator configured to perform communication with an external speaker and with a content source that provides sound content to the external speaker; and a processor configured to: sense a distance from the external speaker using an ultra-wideband (UWB) system; control the communicator to perform pairing with the external speaker in response to the sound output device entering into a predetermined range from the external speaker based on the sensed distance and receive information about a content source that provides sound content to the paired external speaker from the paired external speaker; receive synchronization information of the sound content; control, based on the received information about the content source, the communicator to receive the sound content output by the paired external speaker from the content source; and perform synchronization with the paired external speaker based on the received synchronization information to control the speaker to output the received sound content in a synchronized fashion with the external speaker. sense a distance from the external speaker using an ultra-wideband (UWB) system; control the communicator to perform pairing with the external speaker in response to the sound output device entering into a predetermined range from the external speaker based on the sensed distance and receive information about a content source that provides sound content to the paired external speaker from the paired external speaker; receive synchronization information of the sound content; control, based on the received information about the content source, the communicator to receive the sound content output by the paired external speaker from the content source; and perform synchronization with the paired external speaker based on the received synchronization information to control the speaker to output the received sound content in a synchronized fashion with the external speaker.
Thick stock valve with a first through opening , with a second through opening and with a valve member associated with both through openings , wherein the valve member is mounted so as to be able to pivot with respect to a pivot axis , wherein the valve member has a sealing face that is curved concentrically with the pivot axis , wherein the valve member in a first state releases the first through opening and closes the second through opening , wherein the valve member in a second state releases the second through opening and closes the first through opening , characterized in that the valve member comprises a sealing part and a pivot part , wherein the pivot part is mounted so as to be able to rotate in the pivot axis and wherein the sealing part is connected to the pivot part via a connection structure .
Method for producing charcoal from olive kernels, wherein limestone and kernel wood are supplied to a kiln in order to produce a kernel powder as an intermediary product through incomplete combustion of the kernel wood, wherein the kernel powder, after being dried in a dryer, is firstly mixed with starch and then with hot water, so that a mixture is obtained which is then conveyed to a press in order to acquire the shape of a briquette, which, after being dried again in a dryer of a closed air circuit type, constitutes the final product.
A drive device for a fuel injection device including a step-up circuit that steps up a battery voltage and a first switching element that controls passage/stop of current from the step-up circuit to a solenoid of the fuel injection device , wherein the fuel injection device includes a valve body driven by the solenoid , closed by being brought into contact with a valve seat and opened by being separated from the valve seat , a needle that is driven by a magnetic suction force from the solenoid and energizes the valve body in a valve opening direction when coming into contact with the valve body , , and an air gap provided between the valve body and a contact surface of the needle and used by the needle to come into contact with the valve body after performing a free running operation by the needle due to the magnetic suction force from the solenoid and the drive device includes a drive unit that drives the valve body in a valve opening direction by supplying a current to the solenoid with passage of the current to the first switching element and a valve opening start period detector that detects a valve opening start period when the valve body separates from the valve seat based on a second differential value of the current value flowing through the solenoid, the valve opening start period detector is configured to detect the valve opening start period by detecting, based on the second differential value of the current value flowing through the solenoid , changes of acceleration of the needle caused by contact with the valve body by performing a free running operation in the air gap by supplying current to the solenoid by the drive unit.
An agent that targets an intestinal H + -coupled di/tripeptide transporter (PepT1) for use in a method for the treatment of colorectal cancer or for reducing the likelihood that a patient will develop or experience a recurrence of colorectal cancer, the method comprising administering an effective amount of the agent, wherein the agent is an anti-inflammatory tri-peptide selected from the group of tri-peptides consisting of Lys-Pro-Val (KPV); dimers, trimers, and multimers of KPV; Cys-linked dimers (CKPV)2; KPV stereochemical analogues; and post-translationally modified KPV at its C- and/or N-terminal.
An endodontic composition comprising a polyalkylene glycol solvent and calcium hydroxide, wherein the polyalkylene glycol solvent has a molecular weight of from 200 to 600 or a mixture thereof and is present in an amount of from 30% to 60% of the composition, and the calcium hydroxide is in an amount of from 25% to 55% of the composition; characterised in that the composition further comprises a viscosity modifier, wherein the viscosity modifier is a polyalkylene glycol with a molecular weight of from 2300 to 6000 or a mixture thereof, and the pH of the composition is at least 13.5.
A smoking article comprising a tobacco rod and a filter connected to the tobacco rod , the filter comprising a flow restrictor ; the smoking article further comprising a ventilation zone at a location along the filter downstream of the flow restrictor ; wherein the diameter of the tobacco rod is from 5 mm to 8.5 mm, the tobacco packing density within the tobacco rod is from 180 mg/cubic centimetre to 280 mg/cubic centimetre, the length of the tobacco rod is from 15 mm to 45 mm; wherein the tobacco rod is circumscribed by a wrapper having an air permeability of less than 20 Coresta units; and wherein the wrapper is made of a transparent regenerated cellulose film, or cellophane.
An electrical module comprising - a first wall with a plug interface , wherein the plug interface comprises a plurality of plug pins and a collar surrounding the plug pins, the collar having an envelope surface, - a second wall with a socket interface , wherein the socket interface comprises a socket tip exhibiting a plurality of socket holes adapted to receive plug pins of an adjacent electrical module, and wherein the socket tip is surrounded by a socket cavity provided in the second wall and adapted to receive a collar of an adjacent electrical module, - wherein the plug interface is adapted to be connected to a corresponding socket interface of a similar electrical module and the socket interface is adapted to be connected to a corresponding plug interface of a similar electrical module, characterized by a curved slope provided on the envelop surface of the collar , and a curved portion provided in the wall of the socket cavity , wherein a collar step is provided at the innermost portion of the collar where the circumference of the collar is constant in the axial extension of the module and wherein a socket cavity step is provided in the wall of the socket cavity at the outermost portion of the socket cavity. - a first wall with a plug interface , wherein the plug interface comprises a plurality of plug pins and a collar surrounding the plug pins, the collar having an envelope surface, - a second wall with a socket interface , wherein the socket interface comprises a socket tip exhibiting a plurality of socket holes adapted to receive plug pins of an adjacent electrical module, and wherein the socket tip is surrounded by a socket cavity provided in the second wall and adapted to receive a collar of an adjacent electrical module, - wherein the plug interface is adapted to be connected to a corresponding socket interface of a similar electrical module and the socket interface is adapted to be connected to a corresponding plug interface of a similar electrical module,
A stereo camera apparatus comprising: a first imaging unit ; a second imaging unit configured to image an area partially shifted from an area imaged by the first imaging unit in a direction differing from a direction along a baseline length; and a controller configured to calculate a distance to a subject using an overlapping region between a first image captured by the first imaging unit and a second image captured by the second imaging unit , wherein the controller is further configured to detect different objects indicating different content between a region in the first image excluding the overlapping region and a region in the second image excluding the overlapping region, characterized in that : the first imaging unit is configured to capture a color image, and the second imaging unit is configured to capture a monochrome image, and the controller is further configured to, upon detecting an object in the second image that is set to be differentiated by color, use a color in a corresponding region in the first image corresponding to a region occupied by the object in the second image to differentiate the object detected in the second image, and a brighter optical system is used in the first imaging unit than in the second imaging unit . a first imaging unit ; a second imaging unit configured to image an area partially shifted from an area imaged by the first imaging unit in a direction differing from a direction along a baseline length; and a controller configured to calculate a distance to a subject using an overlapping region between a first image captured by the first imaging unit and a second image captured by the second imaging unit , wherein the controller is further configured to detect different objects indicating different content between a region in the first image excluding the overlapping region and a region in the second image excluding the overlapping region, characterized in that : the first imaging unit is configured to capture a color image, and the second imaging unit is configured to capture a monochrome image, and the first imaging unit is configured to capture a color image, and the second imaging unit is configured to capture a monochrome image, and the controller is further configured to, upon detecting an object in the second image that is set to be differentiated by color, use a color in a corresponding region in the first image corresponding to a region occupied by the object in the second image to differentiate the object detected in the second image, and a brighter optical system is used in the first imaging unit than in the second imaging unit .
A hard landing indicator mountable to a landing gear of an aircraft, the landing gear comprising first and second components , each of the first and second components having adjacent first and second side surfaces , the first and second components being displaceable toward each other in a scissor-like manner upon the aircraft experiencing a landing, the hard landing indicator comprising: a first portion securable to the first component of the landing gear; and a second portion projecting from the first portion so as to be positioned within a path of displacement of the second component toward the first component , the second portion being impacted and marked by the second component upon the second component being displaced by a hard landing of the aircraft. a first portion securable to the first component of the landing gear; and a second portion projecting from the first portion so as to be positioned within a path of displacement of the second component toward the first component , the second portion being impacted and marked by the second component upon the second component being displaced by a hard landing of the aircraft.
A composition comprising a product obtained by reaction of the following compounds: (a) a tetrakis (hydroxyorgano) phosphonium sulfate; (b) urea or thiourea; (c) optionally an aliphatic hydroxyl-reactive compound; wherein the reaction comprises allowing compounds (a) and (b) to react at a temperature of less than 100°C, or, when the reaction comprises compound (c), allowing the product obtained by the reaction of compounds (a) and (c) to react with compound (b) at a temperature of less than 100°C; and wherein the composition has a free formaldehyde content of less than 0.1% by weight, based on the total weight of the composition. (a) a tetrakis (hydroxyorgano) phosphonium sulfate; (b) urea or thiourea; (c) optionally an aliphatic hydroxyl-reactive compound; wherein the reaction comprises allowing compounds (a) and (b) to react at a temperature of less than 100°C, or, when the reaction comprises compound (c), allowing the product obtained by the reaction of compounds (a) and (c) to react with compound (b) at a temperature of less than 100°C; and wherein the composition has a free formaldehyde content of less than 0.1% by weight, based on the total weight of the composition.
A method for operating a wireless LTE network, wherein a base station is provided for data communication in uplink, UL, and downlink, DL, direction with at least one mobile device, said method being characterized in that the base station is operated in a full duplex data communication mode during communication with the at least one mobile device, and in that the base station comprises two different virtual half duplex cells realized or defined within one full duplex cell of the base station and having different Physical Cell IDs, PCIs, but have the same Cell Global Identity, CGI, wherein the coverage of each virtual cell is the same, wherein an enhanced Inter-Cell Interference Coordination, eICIC, mechanism is applied for mitigating interference between simultaneous UL/DL operations of a cell or macro cell, i.e. between the two virtual half duplex cells, and wherein additional control plane signaling is avoided by using a non-transparent mode. wherein the coverage of each virtual cell is the same, wherein an enhanced Inter-Cell Interference Coordination, eICIC, mechanism is applied for mitigating interference between simultaneous UL/DL operations of a cell or macro cell, i.e. between the two virtual half duplex cells, and wherein additional control plane signaling is avoided by using a non-transparent mode.
A film-forming composition in liquid aqueous form comprising: - a hydrolyzed alkylated starch; - an additional hydrocolloid; - isosorbide; - a plasticizer, wherein the dry matter content by weight is between 10 and 70%, wherein the plasticizer is sorbitol, the dry weight ratio of the sum of isosorbide and plasticizer to hydrolyzed alkylated starch being of between 0.10:1 and 0.50:1. - a hydrolyzed alkylated starch; - an additional hydrocolloid; - isosorbide; - a plasticizer, wherein the dry matter content by weight is between 10 and 70%, wherein the plasticizer is sorbitol, the dry weight ratio of the sum of isosorbide and plasticizer to hydrolyzed alkylated starch being of between 0.10:1 and 0.50:1.
A method of measuring a NMR response of a sample in a time-domain NMR instrument, the method comprising: conductively heating a dry sample substantially free from free water, that contains fats or oils or combinations of fats and oils, at a heater temperature that is higher than the temperature of the magnet of the time domain NMR instrument, said temperature of the magnet being high enough to melt fat, but not so high as to burn the sample; the heating of the sample being performed within a heating period which is short enough to avoid cooking the sample; thereafter, positioning the heated sample in the time-domain NMR instrument having an interior temperature substantially equal to the magnet temperature for a magnet period which is long enough for the heated sample's temperature to become approximately equal to the NMR instrument's interior temperature; and thereafter, measuring the time-domain NMR response of the heated sample using the time domain NMR instrument; wherein the heating period and the magnet period are selected such that approximately the same NMR response is achieved as if the sample had been placed in the NMR instrument without prior heating, but with a reduced time-to-measurement. conductively heating a dry sample substantially free from free water, that contains fats or oils or combinations of fats and oils, at a heater temperature that is higher than the temperature of the magnet of the time domain NMR instrument, said temperature of the magnet being high enough to melt fat, but not so high as to burn the sample; the heating of the sample being performed within a heating period which is short enough to avoid cooking the sample; thereafter, positioning the heated sample in the time-domain NMR instrument having an interior temperature substantially equal to the magnet temperature for a magnet period which is long enough for the heated sample's temperature to become approximately equal to the NMR instrument's interior temperature; and thereafter, measuring the time-domain NMR response of the heated sample using the time domain NMR instrument; wherein the heating period and the magnet period are selected such that approximately the same NMR response is achieved as if the sample had been placed in the NMR instrument without prior heating, but with a reduced time-to-measurement.
A modified turbine component comprising: an original turbine component comprising an outer wall enclosing an internal cavity , wherein the outer wall has an original portion removed therefrom to expose the internal cavity ; and an internally cooled supplemental element joined to the outer wall that replaces the original portion removed from the outer wall and re-encloses the internal cavity ; wherein the internally cooled supplemental element comprises one or more cooling channels that circulate air from the internal cavity through at least a portion of the internally cooled supplemental element , wherein at least one of the one or more cooling channels comprises an internal fluid conduit fluidly connected to at least two cooling holes disposed on an inner wall of the internally cooled supplemental element facing the internal cavity , and characterised in that the internal fluid conduit comprises a serpentine configuration. an original turbine component comprising an outer wall enclosing an internal cavity , wherein the outer wall has an original portion removed therefrom to expose the internal cavity ; and an internally cooled supplemental element joined to the outer wall that replaces the original portion removed from the outer wall and re-encloses the internal cavity ; wherein the internally cooled supplemental element comprises one or more cooling channels that circulate air from the internal cavity through at least a portion of the internally cooled supplemental element , wherein at least one of the one or more cooling channels comprises an internal fluid conduit fluidly connected to at least two cooling holes disposed on an inner wall of the internally cooled supplemental element facing the internal cavity , and characterised in that the internal fluid conduit comprises a serpentine configuration.
An apparatus for classifying a seed as inbred or hybrid, comprising: - a support for holding the seed, - a terahertz signal source for generating a terahertz signal, - a detector for detecting at least part of the terahertz signal having interacted with the seed, wherein the detector is arranged for detecting an amplitude and a phase of the terahertz signal having interacted with the seed, the detector comprising a detector output and being arranged for generating a detector output signal at the detector output based on the detected at least part of the terahertz signal, the detector output signal being representative of a detected amplitude and phase of the terahertz signal, - a data processing device for forming image data from the detector output signal, and - a decision support system for providing from the image data a classification of the seed as inbred or hybrid. - a support for holding the seed, - a terahertz signal source for generating a terahertz signal, - a detector for detecting at least part of the terahertz signal having interacted with the seed, wherein the detector is arranged for detecting an amplitude and a phase of the terahertz signal having interacted with the seed, the detector comprising a detector output and being arranged for generating a detector output signal at the detector output based on the detected at least part of the terahertz signal, the detector output signal being representative of a detected amplitude and phase of the terahertz signal, - a data processing device for forming image data from the detector output signal, and - a decision support system for providing from the image data a classification of the seed as inbred or hybrid.