mhurhangee/patent-ind-claim-en huggingface dataset:
A method for displaying call information in an electronic device , the method comprising: receiving speech from a user of the electronic device and speech from a call counterpart and at least one sensor data associated with call information from a call conversation between the user and the call counterpart; extracting speech data from the received speech from the user and the received speech from the call counterpart; extracting non-speech data from the at least one sensor data associated with call information; determining a topic of the call conversation, based on the extracted speech data and the extracted non-speech data; and displaying information about the determined topic of the call conversation together with a call history of the user of the electronic device . receiving speech from a user of the electronic device and speech from a call counterpart and at least one sensor data associated with call information from a call conversation between the user and the call counterpart; extracting speech data from the received speech from the user and the received speech from the call counterpart; extracting non-speech data from the at least one sensor data associated with call information; determining a topic of the call conversation, based on the extracted speech data and the extracted non-speech data; and displaying information about the determined topic of the call conversation together with a call history of the user of the electronic device .
A method for manufacturing a composition, comprising the following steps: i) dispersing a lignin in one or more dispersants, wherein said dispersant is a polyol which is diethylene glycol, tetraethylene glycol, propoxylated glycerol, ethoxylated pentaerythritol, diethylene glycol, PEG400 or a mixture thereof; ii) adding a catalyst, iii) removal of excess water, iv) adding an alkoxide at a temperature of from 20 to 80 °C; v) neutralizing the catalyst with an acid, and vi) optionally filtrating the polyol with a silicate compound, to remove traces of neutralized catalyst. i) dispersing a lignin in one or more dispersants, wherein said dispersant is a polyol which is diethylene glycol, tetraethylene glycol, propoxylated glycerol, ethoxylated pentaerythritol, diethylene glycol, PEG400 or a mixture thereof; ii) adding a catalyst, iii) removal of excess water, iv) adding an alkoxide at a temperature of from 20 to 80 °C; v) neutralizing the catalyst with an acid, and vi) optionally filtrating the polyol with a silicate compound, to remove traces of neutralized catalyst.
A carrier selection method, applied to a terminal device, comprising: running at least one process on at least one carrier, wherein different processes are run on a same carrier or different carriers (S101); and when a carrier re-selection timer expiration is detected, performing carrier re-selection on at least part of the at least one process (S102); and the carrier re-selection timer is a carrier re-selection timer for the terminal device; and the method is characterised by : determining a numerical value of the carrier re-selection timer based on a movement speed of the terminal device. running at least one process on at least one carrier, wherein different processes are run on a same carrier or different carriers (S101); and when a carrier re-selection timer expiration is detected, performing carrier re-selection on at least part of the at least one process (S102); and the carrier re-selection timer is a carrier re-selection timer for the terminal device; and the method is characterised by : determining a numerical value of the carrier re-selection timer based on a movement speed of the terminal device.
A multi-layer fabric comprising an inflating part; and a co-woven part surrounding the inflating part, wherein at least one layer of the inflating part comprises a first region formed of two or more types of weaves comprising 1/1 plain weave, wherein the first region is formed by inserting a weave other than 1/1 plain weave every 2 to 5 1/1 plain weave, wherein the first region is formed of 1/1 plain weave and 2/1 twill weave. wherein at least one layer of the inflating part comprises a first region formed of two or more types of weaves comprising 1/1 plain weave, wherein the first region is formed by inserting a weave other than 1/1 plain weave every 2 to 5 1/1 plain weave, wherein the first region is formed of 1/1 plain weave and 2/1 twill weave.
An electrical resistor comprising: a resistive element having opposite ends , an upper surface and a lower surface ; a first termination at one of the opposite ends of the resistive element ; a second termination at the other of the opposite ends of the resistive element ; the first and second terminations each extending under the lower surface of the resistive element and having an upper termination surface spaced away from the resistive element , the first and second terminations being electrically disconnected from one another except through the resistive element ; characterized by : an electrically non-conductive filler , the filler engaging both the lower surface of the resistive element and the upper termination surfaces of the first and second terminations , the filler being cured, hardened, and bonded to both the lower surface of the resistive element and to the upper termination surfaces of the first and second terminations so as to be in heat conducting relation to both the resistive element and the first and second terminations whereby heat will be conducted from the resistive element through the filler to the first and second terminations . a resistive element having opposite ends , an upper surface and a lower surface ; a first termination at one of the opposite ends of the resistive element ; a second termination at the other of the opposite ends of the resistive element ; the first and second terminations each extending under the lower surface of the resistive element and having an upper termination surface spaced away from the resistive element , the first and second terminations being electrically disconnected from one another except through the resistive element ; characterized by : an electrically non-conductive filler , the filler engaging both the lower surface of the resistive element and the upper termination surfaces of the first and second terminations , the filler being cured, hardened, and bonded to both the lower surface of the resistive element and to the upper termination surfaces of the first and second terminations so as to be in heat conducting relation to both the resistive element and the first and second terminations whereby heat will be conducted from the resistive element through the filler to the first and second terminations .
An apparatus, comprising: a base supporting an electrical circuit, wherein the base includes a via ; and a discrete device having a housing (110; 710; 810) and a terminal that extends from the housing (110; 710; 810), wherein the terminal engages the via , characterized in that , the housing (110; 710; 810) abuts the base, wherein the terminal comprises a widened portion including an eye , wherein a longitudinal compressive strength of the widened portion is larger than a lateral compressive strength, wherein the widened portion deforms and secures the terminal within the via when the terminal is inserted into the via . a base supporting an electrical circuit, wherein the base includes a via ; and a discrete device having a housing (110; 710; 810) and a terminal that extends from the housing (110; 710; 810), wherein the terminal engages the via , characterized in that , the housing (110; 710; 810) abuts the base, wherein the terminal comprises a widened portion including an eye , wherein a longitudinal compressive strength of the widened portion is larger than a lateral compressive strength, wherein the widened portion deforms and secures the terminal within the via when the terminal is inserted into the via .
An actuation element guide for a surgical instrument , the actuation element guide comprising: an inner piece comprising a first surface defining a plurality of first projections and a plurality of first recesses between the first projections; and an outer piece comprising a second surface defining a plurality of second projections and a plurality of second recesses between the second projections; wherein the outer piece surrounds the inner piece and each of the first projections is within a respective one of the second recesses and each of the second projections is within a respective one of the first recesses, wherein a plurality of guide channels (511, 512, 513, 514, 1011, 1012, 1013, 1014, is defined in the first recesses or in the second recesses by the first and second surfaces, wherein each of the guide channels is sized to receive an actuation element of a surgical instrument and defines a twisted path about a longitudinal centerline of the actuation element guide ; wherein a cross-section of each of the guide channels, at a location along an axial length of the actuation element guide , is defined at least in part by a respective pair of the first projections and by a respective pair or the second projections. an inner piece comprising a first surface defining a plurality of first projections and a plurality of first recesses between the first projections; and an outer piece comprising a second surface defining a plurality of second projections and a plurality of second recesses between the second projections; wherein the outer piece surrounds the inner piece and each of the first projections is within a respective one of the second recesses and each of the second projections is within a respective one of the first recesses, wherein a plurality of guide channels (511, 512, 513, 514, 1011, 1012, 1013, 1014, is defined in the first recesses or in the second recesses by the first and second surfaces, wherein each of the guide channels is sized to receive an actuation element of a surgical instrument and defines a twisted path about a longitudinal centerline of the actuation element guide ; wherein a cross-section of each of the guide channels, at a location along an axial length of the actuation element guide , is defined at least in part by a respective pair of the first projections and by a respective pair or the second projections.
Device for cleaning an inner tyre surface of a pneumatic tyre , having a laser and a laser positioning device for moving a laser beam of the laser over the inner tyre surface , the laser positioning device having at least one optical means for directing the laser beam , and having a suction-removal device for the suction removal of constituents of the inner tyre surface that are detached by means of the laser beam , the suction-removal device being arranged at a distance from the laser positioning device in such a way that constituents detached at a first location of the inner tyre surface can be removed by means of the suction-removal device and the laser beam can be used at a second location of the inner tyre surface for detaching constituents of the inner tyre surface , and the first location and the second location being at a distance from one another of at least 5 cm to 50 cm, characterized in that the device has a control device , the control device being intended for controlling the suction-removal device , the control device being an electronically programmable and automatically operating control unit.
A compound of Formula IV, its individual enantiomers, its individual diastereoisomers, its hydrates, its solvates, its crystal forms, its individual tautomers or a pharmaceutically acceptable salt thereof: wherein R is selected from the group consisting of iso-propyl, tert-butyl, methyl, phenyl, 2-methyl-propyl, 2-phenyl-ethyl, 1-amino-2-methyl-propyl, 1-(2-amino-3-methyl-butyrylamino)-2-methyl-propyl, 1-(2-amino-acetylamino)-2-methyl-propyl; and 1-amino-2-phenyl-ethyl.
A system comprising: a vehicle comprising a longitudinal axis parallel to a heading of the vehicle and a lateral axis that is orthogonal to the longitudinal axis of the vehicle : a first electronic device mounted to the vehicle ; a first antenna electrically coupled to the first electronic device , wherein the first antenna is configured to produce radio waves according to a first linear polarization component of the first antenna; a second electronic device mounted to the vehicle ; and a second antenna electrically coupled to the second electronic device , wherein the second antenna is configured to produce radio waves according to a second linear polarization component of the second antenna, wherein the second electronic device is adapted to communicate with the first electronic device over a wireless link via, at least in part, the first and second antennas , and wherein the first and second antennas are oriented such that the first and second linear polarization components of the first and second antennas are substantially aligned with the lateral axis of the vehicle to reduce or substantially eliminate transmission and/or reception losses due to cross polarization. a vehicle comprising a longitudinal axis parallel to a heading of the vehicle and a lateral axis that is orthogonal to the longitudinal axis of the vehicle : a first electronic device mounted to the vehicle ; a first antenna electrically coupled to the first electronic device , wherein the first antenna is configured to produce radio waves according to a first linear polarization component of the first antenna; a second electronic device mounted to the vehicle ; and a second antenna electrically coupled to the second electronic device , wherein the second antenna is configured to produce radio waves according to a second linear polarization component of the second antenna, a first electronic device mounted to the vehicle ; a first antenna electrically coupled to the first electronic device , wherein the first antenna is configured to produce radio waves according to a first linear polarization component of the first antenna; a second electronic device mounted to the vehicle ; and a second antenna electrically coupled to the second electronic device , wherein the second antenna is configured to produce radio waves according to a second linear polarization component of the second antenna, wherein the second electronic device is adapted to communicate with the first electronic device over a wireless link via, at least in part, the first and second antennas , and wherein the first and second antennas are oriented such that the first and second linear polarization components of the first and second antennas are substantially aligned with the lateral axis of the vehicle to reduce or substantially eliminate transmission and/or reception losses due to cross polarization.
A method of making a hollow metal component comprising the steps of: providing at least one core comprising a first side and a reverse side; utilizing a first metal spray process to apply at least one metal or metal alloy to said first side of said core, resulting in a partially-formed structure comprising a first side and a reverse side; utilizing a second metal spray process to apply at least one metal or metal alloy to the reverse sides of said partially-formed structure and said core , resulting in a rough structure; the method further comprising an initial step of providing a forming tool then providing said at least one core with said reverse side being in contact with said tool ; and the method further comprising the step of removing said tool from said partially-formed structure while retaining said core within said partially-formed structure, thereby exposing the respective reverse sides of said partially-formed structure and said core. providing at least one core comprising a first side and a reverse side; utilizing a first metal spray process to apply at least one metal or metal alloy to said first side of said core, resulting in a partially-formed structure comprising a first side and a reverse side; utilizing a second metal spray process to apply at least one metal or metal alloy to the reverse sides of said partially-formed structure and said core , resulting in a rough structure; the method further comprising an initial step of providing a forming tool then providing said at least one core with said reverse side being in contact with said tool ; and the method further comprising the step of removing said tool from said partially-formed structure while retaining said core within said partially-formed structure, thereby exposing the respective reverse sides of said partially-formed structure and said core.
Wireless kit for a load cell , the kit comprising a waterproof shell and a circuitry board disposed inside the waterproof shell , comprising further an antenna port and an electrical interface configured for coupling to the load cell and receiving load cell signals mounted on the waterproof shell , wherein the circuitry board is configured for communicating with the load cell and comprises a core processing module, an analogue-to-digital converter module, a wired communication module, a wireless communication module and a battery slot , wherein an input terminal of the analogue-to-digital converter module or an input terminal of the wired communication module is configured to be coupled to the electrical interface , wherein an output of the analogue-to-digital converter module is configured to be coupled to the core processing module, the wired communication module and the wireless communication module are configured to be coupled to a communication port of the core processing module, and the wireless communication module is further configured to be coupled to an antenna mounted on the antenna port , wherein the battery slot inside the waterproof shell is configured to receive a battery and to be coupled to power terminals of the core processing module, the analogue-to-digital converter module, the wired communication module and the wireless communication module, or an interface for connecting to an external power supply is mounted on the waterproof shell and connected to the interface on the waterproof shell and is coupled to the power terminals of the core processing module, the analogue-to-digital converter module, the wired communication module and the wireless communication module, characterized in that the waterproof shell can be removably plugged through the electrical interface into an interface of the load cell so as to couple the input terminal of the analogue-to-digital converter module or the input terminal of the wired communication module with an analogue signal or digital signal outputted from the load cell .
A test and measurement instrument , comprising: an input terminal to receive a radio frequency (RF) signal under test; an analog-to-digital converter ADC to digitize the RF signal ; a digital downconverter to produce I (in-phase) and Q (quadrature) baseband component information from the digitized RF signal; the test and measurement instrument is characterised by : a power detector to determine a power level using the I and Q baseband component information; and one or more demodulators to produce IQ-based time-domain traces when the power level determined by the power detector exceeds a predefined power threshold . an input terminal to receive a radio frequency (RF) signal under test; an analog-to-digital converter ADC to digitize the RF signal ; a digital downconverter to produce I (in-phase) and Q (quadrature) baseband component information from the digitized RF signal; the test and measurement instrument is characterised by : a power detector to determine a power level using the I and Q baseband component information; and one or more demodulators to produce IQ-based time-domain traces when the power level determined by the power detector exceeds a predefined power threshold . a power detector to determine a power level using the I and Q baseband component information; and one or more demodulators to produce IQ-based time-domain traces when the power level determined by the power detector exceeds a predefined power threshold .
Transport device for transporting a fibre semifinished product , wherein the transport device is a constituent part of a fibre-semifinished-product production installation and has at least one positioning means (21.1, 21.2) for positioning the fibre semifinished product relative to the transport device , wherein the positioning means (21.1, 21.2) is in the form of a positioning pin, and has at least one holding means (24.1, 24.2, 26.1, 26.2) for holding the fibre semifinished product during transportation on the transport device , and wherein the positioning means (21.1, 21.2), for positioning the fibre semifinished product , is able to be introduced at least sectionally into an engagement region (11.1, 11.2) of the fibre semifinished product , wherein the engagement region (11.1, 11.2) is in the form of a recess, a cutout, a depression or a bore, and the holding means (24.1, 24.2, 26.1, 26.2), for holding the fibre semifinished product , is able to be arranged at least sectionally on a surface of the fibre semifinished product .
A washing machine comprising: a door including an external cover and an internal glass to open and close a laundry entrance; at least one image sensor disposed to face the internal glass to acquire image data; and a detergent bubble recognizer configured to recognize detergent bubble from the image data, characterized in that the washing machine further comprises a bubble ratio calculator configured to process the image data and to calculate a detergent bubble ratio when the detergent bubble is recognized, wherein the detergent bubble ratio is a ratio of a value of pixels, an area or a region corresponding to the recognized detergent bubble to a certain reference value; and a controller configured to perform control to perform an additional rinsing cycle based on a result of the recognition and the ratio calculated by the bubble ratio calculator , wherein the recognition of detergent bubble is performed through a machine learning based image recognition model. a door including an external cover and an internal glass to open and close a laundry entrance; at least one image sensor disposed to face the internal glass to acquire image data; and a detergent bubble recognizer configured to recognize detergent bubble from the image data, characterized in that the washing machine further comprises a bubble ratio calculator configured to process the image data and to calculate a detergent bubble ratio when the detergent bubble is recognized, wherein the detergent bubble ratio is a ratio of a value of pixels, an area or a region corresponding to the recognized detergent bubble to a certain reference value; and a controller configured to perform control to perform an additional rinsing cycle based on a result of the recognition and the ratio calculated by the bubble ratio calculator , wherein the recognition of detergent bubble is performed through a machine learning based image recognition model.
Proteolytically stable nonapeptide of formula H-Lys- D -Lys-Arg-Ala-Ala-Arg-Ala-Thr-Ser-NH 2 (I) capable of preventing vascular endothelial hyperpermeability.