mhurhangee/patent-ind-claim-en huggingface dataset:
A method for providing a fluid supply device , which is especially designed for use in a machining zone (BZ) of a machine tool , in order to discharge a fluid in the direction of an interaction region between a tool and a workpiece , comprising the following steps: a. computer-assisted definition (Sa) of the 3-dimensional configuration of the machining zone (BZ) in consideration of the workpiece and the tool which is to be used for machining the workpiece in the machining zone (BZ) of the machine tool , b. computer-assisted definition (Sb) of the 3-dimensional shape and the position of at least one specifically adapted outlet nozzle of the fluid supply device with incorporation of information which was defined in step a., c. provision (Sc) of a dataset (DS; [DS]), which describes the 3-dimensional shape of this outlet nozzle , d. use (Sd) of the dataset (DS; [DS]), to produce this outlet nozzle by means of a numerically controlled manufacturing method . a. computer-assisted definition (Sa) of the 3-dimensional configuration of the machining zone (BZ) in consideration of the workpiece and the tool which is to be used for machining the workpiece in the machining zone (BZ) of the machine tool , b. computer-assisted definition (Sb) of the 3-dimensional shape and the position of at least one specifically adapted outlet nozzle of the fluid supply device with incorporation of information which was defined in step a., c. provision (Sc) of a dataset (DS; [DS]), which describes the 3-dimensional shape of this outlet nozzle , d. use (Sd) of the dataset (DS; [DS]), to produce this outlet nozzle by means of a numerically controlled manufacturing method .
A system, comprising: a blade outer air seal (BOAS) segment for a gas turbine engine , the segment having a circumferentially extending slot ; and a retention clip (62A, 62B; 100A, 100B; 108A, 108B) partially received in the slot and partially contacting a circumferential end of the segment ; characterised in that : the BOAS segment includes a fore slot and an aft slot , each of the fore slot and the aft slot extending in a circumferential direction. a blade outer air seal (BOAS) segment for a gas turbine engine , the segment having a circumferentially extending slot ; and a retention clip (62A, 62B; 100A, 100B; 108A, 108B) partially received in the slot and partially contacting a circumferential end of the segment ; characterised in that : the BOAS segment includes a fore slot and an aft slot , each of the fore slot and the aft slot extending in a circumferential direction.
Sending device (100;201) for standardized binary coded radio messages within the scope of a distributed messaging system of AIS (Automatic Identification System) type according to a particular messaging standard for such a distributed messaging system, in which system messages are sent directly between geographically proximate connected devices , as opposed to via a common central unit, which sending device comprises means for assembling and periodically broadcasting such messages of at least one predetermined type, which messages are readable by a receiving device (201;100) for such messages, which sending device and receiving device both are comprised in a respective connected device of the above specified type, wherein a message of said predetermined type is intended, according to the said standard, to carry a certain predetermined type of information, wherein the sending device further comprises a sensing means (131;231) arranged to detect that a message of the predetermined type is to be sent, wherein the message type comprises fields for that information as well as at least one buffer field which according to the said standard is not intended to carry any information, a message assembly means (132;232) arranged to assemble, digitally store and calculate a checksum for a message of said predetermined type, and a sending means (132;234) arranged to, upon the said detection by the sensing means, transmit the message in the form of a radio signal (120;220), wherein the sending device further comprises a data receiving means (137;237) arranged to receive data representing the value of a first status variable of a first type, where the first status variable is not related to a predetermined type of information which a first message is intended to carry according to said standard, in that the data receiving means (137;237) is further arranged to receive data representing the value of a second status variable of a second type, where the second status variable is not related to a predetermined type of information which a second message is intended to carry according to said standard, in that the sending device is arranged to insert the value of the first status variable in digital form in the first digital message stored in a buffer field of said first message before the checksum of the first message is calculated, in that the sending device is arranged to insert the value of the second status variable in digital form in the second digital message stored in a buffer field of said second message before the checksum of the second message is calculated, in that the first and second messages are different types of messages according to said standard.
A person search device configured to search a person reflected in an input video with a visual feature generated from a query text, comprising: a clothing information extraction part configured to extract clothing feature parameters representing a type and a color of clothes for each segment of the person by analyzing a clothing query text describing the type and the color of clothes registered in a clothing dictionary, wherein the clothing dictionary is configured to associate a type of clothes with a segment of a body and to define which type of clothes becomes a front layer when a plurality of types of clothes are associated with a same segment of the body, and wherein the clothing information extraction part is configured to determine a ratio of a front layer color to other colors for the segment, by adjusting the peak value of a color histogram used to represent clothing features; a clothing feature query generation part configured to generate a clothing feature query representing the visual features of clothes based on the clothing feature parameters; a clothing feature matching part configured to compare the clothing feature query with clothing features stored in a clothing feature storage , thus producing its matching result; and a person search part configured to produce a person search result based on the matching result. a clothing information extraction part configured to extract clothing feature parameters representing a type and a color of clothes for each segment of the person by analyzing a clothing query text describing the type and the color of clothes registered in a clothing dictionary, wherein the clothing dictionary is configured to associate a type of clothes with a segment of a body and to define which type of clothes becomes a front layer when a plurality of types of clothes are associated with a same segment of the body, and wherein the clothing information extraction part is configured to determine a ratio of a front layer color to other colors for the segment, by adjusting the peak value of a color histogram used to represent clothing features; a clothing feature query generation part configured to generate a clothing feature query representing the visual features of clothes based on the clothing feature parameters; a clothing feature matching part configured to compare the clothing feature query with clothing features stored in a clothing feature storage , thus producing its matching result; and a person search part configured to produce a person search result based on the matching result.
Method for heating a furnace with a longitudinal direction (D) and a cross plane (C) which is perpendicular to the longitudinal direction (D), which furnace is arranged with at least one heating zone which is heated using at least one burner providing a flame which extends in said longitudinal direction (D), which burner is fed with a fuel and a primary oxidant, wherein the burner is operated with a mass relationship between the fed fuel and primary oxidant permitting less than 90% of the fed fuel to be combusted using the primary oxidant, and wherein at least two pairs of secondary oxidant lances (151,152;153,154) are provided, one pair on each side of the furnace pointing into the heating zone , lancing a secondary oxidant into the said heating zone downstream of the said burner , substantially in parallel with the cross plane (C), and wherein the temperature of the furnace atmosphere is measured along a horizontal line parallel to said cross plane downstream of the said lances, and wherein each of said lance pairs (151,152;153,154) comprises a respective first lance (152;154) and a respective second lance (151;153), which second lance is arranged downstream of the first lance (152;154) in question, and wherein the the first lance (152;154) in each lance pair (151,152;153,154) is operated at a lower lancing speed than the second lance (151;153) in each lance pair (151,152;153,154), and wherein the amount of secondary oxidant supplied via the respective first lance (152; 154) of each pair (151,152; 153,154) is regulated so as to achieve a homogenous temperature profile along the said line.
A method for determining a noise signal in a voice signal segment, the method comprising: determining a voice signal segment with an amplitude variation less than a preset threshold in a to-be-processed voice as the voice signal segment based on an amplitude variation of a time-domain signal of the to-be-processed voice; performing (S101) a Fourier transform on each frame signal in the voice signal segment to acquire a power spectrum of each frame signal in the voice signal segment, wherein the power spectrum comprises multiple power values corresponding to different frequencies; determining (S102) a variance of power values of each frame signal in the voice signal segment at various frequencies based on the power spectrum of the frame signal; and determining (S103) whether each frame signal in the voice signal segment is a noise signal based on the variance. determining a voice signal segment with an amplitude variation less than a preset threshold in a to-be-processed voice as the voice signal segment based on an amplitude variation of a time-domain signal of the to-be-processed voice; performing (S101) a Fourier transform on each frame signal in the voice signal segment to acquire a power spectrum of each frame signal in the voice signal segment, wherein the power spectrum comprises multiple power values corresponding to different frequencies; determining (S102) a variance of power values of each frame signal in the voice signal segment at various frequencies based on the power spectrum of the frame signal; and determining (S103) whether each frame signal in the voice signal segment is a noise signal based on the variance.
A deflectable catheter comprising: an elongated catheter body ; a deflectable section distal the catheter body; a control handle proximal the catheter body, the control handle having a deflection assembly; a puller member 2. responsive to operator manipulation of the deflection assembly to deflect the deflectable section, the puller member having a distal end terminating in the deflectable section and a proximal end terminating in the control handle; characterized by a molded member (60") encasing the proximal end to secure the proximal end in the control handle, wherein the molded member is configured as a screw. an elongated catheter body ; a deflectable section distal the catheter body; a control handle proximal the catheter body, the control handle having a deflection assembly; a puller member 2. responsive to operator manipulation of the deflection assembly to deflect the deflectable section, the puller member having a distal end terminating in the deflectable section and a proximal end terminating in the control handle; characterized by a molded member (60") encasing the proximal end to secure the proximal end in the control handle, wherein the molded member is configured as a screw.
A glass bonding material comprising a cladding material in which at least a first layer made of an Al-based alloy and configured to be bonded to glass and a second layer made of an Fe-Ni based alloy having a thermal expansion coefficient from 30°C to 400°C of 11.5×10 -6 (K -1 ) or less are bonded, wherein the thickness of the first layer is twice or more the thickness of the second layer.
A structural member for an elevator cabin, the structural member comprising: a body having: a first portion configured to be disposed on an interior side of an elevator cabin wall, wherein the interior side faces the elevator cabin; a second portion configured to be disposed on an exterior side of the elevator cabin wall, wherein the exterior side faces away from the elevator cabin; and an intermediate portion connecting the first portion to the second portion; and a first support channel formed between the first portion and the second portion and defined by a surface of the first portion, a surface of the second portion, and a surface of the intermediate portion, the first channel configured to receive a first wall panel of an elevator cabin wall and provide structural rigidity thereto; and a second support channel formed opposite the first support channel and located between the first portion and the second portion and defined by a surface of the first portion, a surface of the second portion, and a surface of the intermediate portion, the second support channel configured to receive a second wall panel of an elevator cabin wall and provide structural rigidity thereto, characterized in that the first portion is configured as a handrail. a body having: a first portion configured to be disposed on an interior side of an elevator cabin wall, wherein the interior side faces the elevator cabin; a second portion configured to be disposed on an exterior side of the elevator cabin wall, wherein the exterior side faces away from the elevator cabin; and an intermediate portion connecting the first portion to the second portion; and a first portion configured to be disposed on an interior side of an elevator cabin wall, wherein the interior side faces the elevator cabin; a second portion configured to be disposed on an exterior side of the elevator cabin wall, wherein the exterior side faces away from the elevator cabin; and an intermediate portion connecting the first portion to the second portion; and a first support channel formed between the first portion and the second portion and defined by a surface of the first portion, a surface of the second portion, and a surface of the intermediate portion, the first channel configured to receive a first wall panel of an elevator cabin wall and provide structural rigidity thereto; and a second support channel formed opposite the first support channel and located between the first portion and the second portion and defined by a surface of the first portion, a surface of the second portion, and a surface of the intermediate portion, the second support channel configured to receive a second wall panel of an elevator cabin wall and provide structural rigidity thereto, characterized in that the first portion is configured as a handrail.
Glasses to be paired with a plurality of electronic devices, the glasses comprising: a memory configured to store identification information and device information regarding each of the plurality of electronic devices, the device information representing information for pairing the glasses with the plurality of electronic devices; an image obtaining unit configured to obtain an image of at least one electronic device via a front camera included in the glasses ; a processor configured to perform extracting identification information regarding the electronic device included in the obtained image of the at least one electronic device, searching for the stored identification information and selecting an electronic device corresponding to the extracted identification information; a wireless communication unit configured to pair with the selected electronic device based on device information of the selected electronic device; characterized by an eye-tracking camera , configured to obtain an image of the eyes of a user; wherein the glasses are configured to track the eyes of a user based on said image of the eyes of the user, to determine a direction viewed by the user and to determine an electronic device located in the direction viewed by the user as a device to pair with; and wherein the processor is further configured to extract feature points of irises of a user based on the image of the eyes of the user, and to perform user authentication with the selected electronic device based on the feature points of the irises. a memory configured to store identification information and device information regarding each of the plurality of electronic devices, the device information representing information for pairing the glasses with the plurality of electronic devices; an image obtaining unit configured to obtain an image of at least one electronic device via a front camera included in the glasses ; a processor configured to perform extracting identification information regarding the electronic device included in the obtained image of the at least one electronic device, searching for the stored identification information and selecting an electronic device corresponding to the extracted identification information; a wireless communication unit configured to pair with the selected electronic device based on device information of the selected electronic device; characterized by an eye-tracking camera , configured to obtain an image of the eyes of a user; wherein the glasses are configured to track the eyes of a user based on said image of the eyes of the user, to determine a direction viewed by the user and to determine an electronic device located in the direction viewed by the user as a device to pair with; and wherein the processor is further configured to extract feature points of irises of a user based on the image of the eyes of the user, and to perform user authentication with the selected electronic device based on the feature points of the irises.
Seat assembly , comprising: - at least one seat with a seat surface region (2.2) and a backrest region (2.1), - a base element on which the seat is adjustably arranged, - at least one adjustment unit (4, 40, 4.1, 4.2) for adjusting the seat relative to the base element and/or a seat base , and - at least one drive unit (5, 5.1, 5.2), wherein the drive unit (5, 5.1, 5.2) is configured to lock the base element and the seat in a self-locking manner, characterized in that the locking is releasable both by a force (F(I)) introduced into the adjustment unit (4, 40, 4.1, 4.2) via the seat by an occupant sitting in the seat , and also by a force (F ) introduced into the adjustment unit (4.1, 4.2, 41) by the drive unit (5, 5.1, 5.2). - at least one seat with a seat surface region (2.2) and a backrest region (2.1), - a base element on which the seat is adjustably arranged, - at least one adjustment unit (4, 40, 4.1, 4.2) for adjusting the seat relative to the base element and/or a seat base , and - at least one drive unit (5, 5.1, 5.2),
An engine system with advance detection of detonation and / or pre ignition by detecting RPM fluctuations, the system comprising: an engine, operative for propulsion of a vehicle by generating rotational motion, whose rotational velocity over time is monitored; and a detonation and / or pre ignition detector, activated only if the throttle's range is above a predetermined threshold, which is operative to provide an alert for impending detonation and / or pre ignition of the engine, if the rotational velocity fluctuates over time with a frequency which is predetermined to be unsafe, wherein a rotational velocity fluctuation pattern is predetermined to be unsafe if local fluctuations of the rotational velocity exceed a threshold value at least a predetermined number of times within a predetermined time window. an engine, operative for propulsion of a vehicle by generating rotational motion, whose rotational velocity over time is monitored; and a detonation and / or pre ignition detector, activated only if the throttle's range is above a predetermined threshold, which is operative to provide an alert for impending detonation and / or pre ignition of the engine, if the rotational velocity fluctuates over time with a frequency which is predetermined to be unsafe, wherein a rotational velocity fluctuation pattern is predetermined to be unsafe if local fluctuations of the rotational velocity exceed a threshold value at least a predetermined number of times within a predetermined time window.
Method for creating a list of favourite channels (FAVi) in a receiver designed for receiving digital audio and/or video channels, the method being implemented in said receiver and comprising steps to: (a) retrieve, from a first source of information, a first list of available channels (LG) wherein each channel has a unique channel identifier; (b) retrieve, from a second source of information, a second list of channels (TDS) comprising for each channel the unique channel identifier and the discriminating information characterising each channel in the second list; (c) determine a sub-set of the second list of channels according to at least one selection criterion based on said discriminating information characterising each channel in the second list; (d) create said list of favourite channels from common channels between the first list of available channels and the sub-set of the second list of channels, the common channels being identified by their channel identifier. (a) retrieve, from a first source of information, a first list of available channels (LG) wherein each channel has a unique channel identifier; (b) retrieve, from a second source of information, a second list of channels (TDS) comprising for each channel the unique channel identifier and the discriminating information characterising each channel in the second list; (c) determine a sub-set of the second list of channels according to at least one selection criterion based on said discriminating information characterising each channel in the second list; (d) create said list of favourite channels from common channels between the first list of available channels and the sub-set of the second list of channels, the common channels being identified by their channel identifier.