mhurhangee/patent-ind-claim-en huggingface dataset:
A method of facilitating communication for a plurality of individuals , characterized in that the method comprises the steps of: determining a position of a portable communication device that provides a projected video output at an image location and that generates an audio signal for reproduction on a plurality of audio devices , the image location and each audio device being distinct from the portable communication device; determining the position of the image location based on the determined position of the portable communication device; determining the respective position of each individual of the plurality of individuals watching the projected video and listening to the audio signal reproduced by an associated audio device from the plurality of audio devices; providing sound output control for each audio device from the plurality of audio devices for directing the sound output of each audio device based on the determined positions of the communication device, of the associated individual and of the image location, wherein the sound output control is configured to make the sound output of each of the audio devices appearing to each associated individual to come from the position of the image location. determining a position of a portable communication device that provides a projected video output at an image location and that generates an audio signal for reproduction on a plurality of audio devices , the image location and each audio device being distinct from the portable communication device; determining the position of the image location based on the determined position of the portable communication device; determining the respective position of each individual of the plurality of individuals watching the projected video and listening to the audio signal reproduced by an associated audio device from the plurality of audio devices; providing sound output control for each audio device from the plurality of audio devices for directing the sound output of each audio device based on the determined positions of the communication device, of the associated individual and of the image location, wherein the sound output control is configured to make the sound output of each of the audio devices appearing to each associated individual to come from the position of the image location.
A composition, comprising: a peptide having a first portion comprising a structure: wherein each of R 1 , R 2 , R 3 , R 4 , and R 5 independently is hydrogen or -SO 2 X such that at least one of R 1 , R 2 , R 3 , R 4 , and R 5 is -SO 2 X, wherein X is -OR' or -NR'R", R' and R" each independently being hydrogen or an alkyl, and n is 0 or a positive integer, and a second portion comprising a phosphate group, wherein the N and/or the O of the first portion, and the phosphate group of the second portion, are coordinated via a europium ion. a peptide having a first portion comprising a structure: wherein each of R 1 , R 2 , R 3 , R 4 , and R 5 independently is hydrogen or -SO 2 X such that at least one of R 1 , R 2 , R 3 , R 4 , and R 5 is -SO 2 X, wherein X is -OR' or -NR'R", R' and R" each independently being hydrogen or an alkyl, and n is 0 or a positive integer, and a second portion comprising a phosphate group, wherein the N and/or the O of the first portion, and the phosphate group of the second portion, are coordinated via a europium ion. a second portion comprising a phosphate group, wherein the N and/or the O of the first portion, and the phosphate group of the second portion, are coordinated via a europium ion.
Travel plug adapter , which has a housing and a plug receptacle according to the Schuko standard, which has a first earth contact receptacle and has at least one first plug of a first standard, the first plug being assigned an actuating element , which is designed for displacing the first plug between a ready position, in which the first plug is located substantially inside the housing, and a usable position, in which the first plug is located usably outside the housing, and the first plug is located substantially inside the housing, in which the first plug is located substantially inside the housing, and a use position in which the first plug is located usably outside the housing, and the first plug is assigned a first earth contact which can be electrically connected to the earth contact receptacle , wherein the earth contact receptacle is connected to the first earth contact both in the usable position and in transitional positions between the ready position and the usable position, wherein the electrical contact between the earth contact receptacle and the earth contact is mediated by at least one contact rail , characterised in that the at least one contact rail is connected to the first earth contact by means of at least one contact rail , in that the at least one contact rail is mechanically connected to the earth contact receptacle and there is direct contact between the earth contact receptacle and the at least one contact rail and in which the connection of the earth contact receptacle to the first earth contact is effected by a movable contact clip .
Generator segment for a segmented generator , in particular for a permanently excited rotary generator , of a wind turbine , comprising - a rotor segment of a rotor , wherein the rotor segment extends in a radial direction (R) between a radially inner flange for securing the rotor segment to a rotor base member flange of a bearing unit and a radially outer magnet carrier segment , and - a stator segment of a stator , wherein the stator segment extends in the radial direction (R) between a radially inner flange for securing the stator segment to a stator base member flange of the bearing unit and a radially outer coil carrier segment , wherein - the rotor segment and the stator segment are arranged in an operating position spaced apart from each other in a radial direction with an air gap (S) and are arranged spaced apart from each other with an axial spacing (A) in an axial direction; wherein - the rotor segment and the stator segment can be arranged and/or displaced relative to each other by the axial spacing (A) along a rotation axis (D) between an operating position and a transport position which is different from the operating position, characterised in that - the air gap (S) in the operating position corresponds to the air gap (S) in the transport position. - a rotor segment of a rotor , wherein the rotor segment extends in a radial direction (R) between a radially inner flange for securing the rotor segment to a rotor base member flange of a bearing unit and a radially outer magnet carrier segment , and - a stator segment of a stator , wherein the stator segment extends in the radial direction (R) between a radially inner flange for securing the stator segment to a stator base member flange of the bearing unit and a radially outer coil carrier segment , wherein - the rotor segment and the stator segment are arranged in an operating position spaced apart from each other in a radial direction with an air gap (S) and are arranged spaced apart from each other with an axial spacing (A) in an axial direction; wherein - the rotor segment and the stator segment can be arranged and/or displaced relative to each other by the axial spacing (A) along a rotation axis (D) between an operating position and a transport position which is different from the operating position, - the air gap (S) in the operating position corresponds to the air gap (S) in the transport position.
A diamond polycrystal, wherein a value of a ratio (d'/d) of d' to d is less than or equal to 0.98 in a Vickers hardness test performed under a condition defined in JIS Z 2244:2009 and at a temperature of 23°C±5°C, where the d represents a length of a diagonal line of a first Vickers indentation formed in a surface of the diamond polycrystal when a Vickers indenter with a test load of 4.9 N is pressed onto the surface of the diamond polycrystal, and the d' represents a length of a diagonal line of a second Vickers indentation remaining in the surface of the diamond polycrystal after releasing the test load.
A roof-top tent comprising: a first cover portion including a first plate member provided in a plate shape; a second cover portion including a second plate member provided in a plate shape; a hinge connection portion rotatably connecting the first cover portion and the second cover portion ; a tent portion coupled to the first cover portion and the second cover portion, wherein one of the first cover portion and the second cover portion is provided so as to be fixedly installed on a roof of a vehicle, wherein the roof-top tent has a folding mode in which the first cover portion and the second cover portion are arranged to face each other and the tent portion is accommodated in a space between the first cover portion and the second cover portion , and an unfolding mode in which the tent portion is unfolded by rotating one of the first cover portion and the second cover portion around the hinge connection portion with respect to the other one, characterized in that the roof-top tent further comprises a waterproof portion having both ends fastened to the first cover portion and the second cover portion ; wherein the waterproof portion is detachably fastened to a rim of the first cover portion and the second cover portion in the folding mode to close the space between the first cover portion and the second cover portion . a first cover portion including a first plate member provided in a plate shape; a second cover portion including a second plate member provided in a plate shape; a hinge connection portion rotatably connecting the first cover portion and the second cover portion ; a tent portion coupled to the first cover portion and the second cover portion, wherein one of the first cover portion and the second cover portion is provided so as to be fixedly installed on a roof of a vehicle, wherein the roof-top tent has a folding mode in which the first cover portion and the second cover portion are arranged to face each other and the tent portion is accommodated in a space between the first cover portion and the second cover portion , and an unfolding mode in which the tent portion is unfolded by rotating one of the first cover portion and the second cover portion around the hinge connection portion with respect to the other one, characterized in that the roof-top tent further comprises a waterproof portion having both ends fastened to the first cover portion and the second cover portion ; wherein the waterproof portion is detachably fastened to a rim of the first cover portion and the second cover portion in the folding mode to close the space between the first cover portion and the second cover portion .
A system, comprising: at least one processor; and a memory, storing program instructions that when executed by the at least one processor, cause the at least one processor to implement a local execution environment for a provider network, the local execution environment is implemented within a client network and the local execution environment is configured to: receive a plurality of different data streams from a plurality of different devices in the client network; store the plurality of different data streams; reestablish a network connection between the local execution environment and a target service in the provider network; after reestablishing the network connection, select according to an export configuration, one of the plurality of data streams to export to the target service; obtain a next portion of data stored for the selected data stream to send to the target service; and send the next portion of data to the target service in the provider network according to an interface for the target service. at least one processor; and a memory, storing program instructions that when executed by the at least one processor, cause the at least one processor to implement a local execution environment for a provider network, the local execution environment is implemented within a client network and the local execution environment is configured to: receive a plurality of different data streams from a plurality of different devices in the client network; store the plurality of different data streams; reestablish a network connection between the local execution environment and a target service in the provider network; after reestablishing the network connection, select according to an export configuration, one of the plurality of data streams to export to the target service; obtain a next portion of data stored for the selected data stream to send to the target service; and send the next portion of data to the target service in the provider network according to an interface for the target service. receive a plurality of different data streams from a plurality of different devices in the client network; store the plurality of different data streams; reestablish a network connection between the local execution environment and a target service in the provider network; after reestablishing the network connection, select according to an export configuration, one of the plurality of data streams to export to the target service; obtain a next portion of data stored for the selected data stream to send to the target service; and send the next portion of data to the target service in the provider network according to an interface for the target service.
A method to distribute power in an electrical power delivery environment, the method comprising: detecting incoming electrical power provided by a connection with a power source ; determining power needs for a vehicle electrical storage system; and determining power needs for a climate control unit used in a transport climate control system ; determining electrical power source priorities among the vehicle electrical storage system and the climate control unit based on at least the determined power needs; the determining including assessing a time required to fully power the vehicle electrical storage system; and apportioning the incoming electrical power between the vehicle electrical storage system and the climate control unit based on at least in part the determined electrical power source priorities. detecting incoming electrical power provided by a connection with a power source ; determining power needs for a vehicle electrical storage system; and determining power needs for a climate control unit used in a transport climate control system ; determining electrical power source priorities among the vehicle electrical storage system and the climate control unit based on at least the determined power needs; the determining including assessing a time required to fully power the vehicle electrical storage system; and apportioning the incoming electrical power between the vehicle electrical storage system and the climate control unit based on at least in part the determined electrical power source priorities.
An information processing system for performing a process based on an infrared image obtained by an infrared camera, the information processing system comprising: an obtaining unit (14, S1) for obtaining information regarding brightness of each pixel of the infrared image; a position calculation unit (14, S2) for calculating position information of a hand included in a predetermined area of the infrared image which is a whole or part of the infrared image, the position information representing a center-of-gravity position of the predetermined area of the infrared image obtained with the brightness of each pixel in the predetermined area being used as a weight; and a process performing unit (14, S5) for calculating information representing a shape of the hand included in the infrared image by setting a determination range which is an area of a predetermined size on the infrared image centered about the position on the infrared image specified by the position information, and determining whether the hand is in a closed shape or in an open shape based on the number of areas included in the infrared image outside the determination range where the brightness is greater than or equal to a predetermined value, and for performing a predetermined information process based on the information. an obtaining unit (14, S1) for obtaining information regarding brightness of each pixel of the infrared image; a position calculation unit (14, S2) for calculating position information of a hand included in a predetermined area of the infrared image which is a whole or part of the infrared image, the position information representing a center-of-gravity position of the predetermined area of the infrared image obtained with the brightness of each pixel in the predetermined area being used as a weight; and a process performing unit (14, S5) for calculating information representing a shape of the hand included in the infrared image by setting a determination range which is an area of a predetermined size on the infrared image centered about the position on the infrared image specified by the position information, and determining whether the hand is in a closed shape or in an open shape based on the number of areas included in the infrared image outside the determination range where the brightness is greater than or equal to a predetermined value, and for performing a predetermined information process based on the information.
Device supporting physical abilities of lower limbs of an user, comprising a stationary non-movable stand , a lumbar belt , a seat , and parallel mobile members adjoining the lower limbs of the user, divided into segments corresponding to the parts of the lower limb of the user and connected with articulations, wherein the lumbar belt , movable in the vertical plane, is connected in a hip articulation through arms to mobile couplings of the lower limbs, a back pusher movable in the vertical plane and sagittal plane is connected through the lumbar belt with the arms , and the seat movable in the vertical plane is connected to a bracket , characterized in that the lumbar belt , the back pusher , the arms and the seat are mounted on common vertical guide rails of the stand , the back pusher has a variable position, successively in the frontal plane and in the sagittal plane, whereas the arms are pivotally mounted in the common vertical guide rails , movable to part sideways.
Press fitting for the connection of a pipe end, comprising a main body with a fitting portion and a fitting support extending in an axial direction from the fitting portion , a compression sleeve , wherein the compression sleeve has an accordion-shape with a plurality of valleys in alternance with a plurality of peaks , the accordion shape being configured to translate an axial deformation of the compression sleeve into an inward radial force allowing to provide a secure engagement with the pipe end, and leading to the crimping of the pipe end against the fitting support , characterised in that the compression sleeve is designed to surround the fitting support , and the compression sleeve and the fitting support define a pipe insertion space radially between the compression sleeve and the fitting support for inserting a pipe end to be fixed on said fitting support . a main body with a fitting portion and a fitting support extending in an axial direction from the fitting portion , a compression sleeve , wherein the compression sleeve has an accordion-shape with a plurality of valleys in alternance with a plurality of peaks , the accordion shape being configured to translate an axial deformation of the compression sleeve into an inward radial force allowing to provide a secure engagement with the pipe end, and leading to the crimping of the pipe end against the fitting support , characterised in that the compression sleeve is designed to surround the fitting support , and the compression sleeve and the fitting support define a pipe insertion space radially between the compression sleeve and the fitting support for inserting a pipe end to be fixed on said fitting support .
A method of processing an audio signal, the audio signal having a plurality of audio objects, the method comprising: calculating (step S101), based on spatial metadata of the audio object, a panning coefficient for each of the audio objects in relation to each of a plurality of predefined channel coverage zones, the predefined channel coverage zones being defined by a plurality of endpoints distributed in a sound field; converting (step S102) the audio signal into submixes in relation to the predefined channel coverage zones based on the calculated panning coefficients and the audio objects, each of the submixes indicating a sum of components of the plurality of the audio objects in relation to one of the predefined channel coverage zones; generating (step S103) a submix gain by applying an audio processing to each of the submixes; and controlling (step S104) an object gain applied to each of the audio objects, the object gain being as a function of the panning coefficients for each of the audio objects and the submix gains in relation to each of the predefined channel coverage zones. calculating (step S101), based on spatial metadata of the audio object, a panning coefficient for each of the audio objects in relation to each of a plurality of predefined channel coverage zones, the predefined channel coverage zones being defined by a plurality of endpoints distributed in a sound field; converting (step S102) the audio signal into submixes in relation to the predefined channel coverage zones based on the calculated panning coefficients and the audio objects, each of the submixes indicating a sum of components of the plurality of the audio objects in relation to one of the predefined channel coverage zones; generating (step S103) a submix gain by applying an audio processing to each of the submixes; and controlling (step S104) an object gain applied to each of the audio objects, the object gain being as a function of the panning coefficients for each of the audio objects and the submix gains in relation to each of the predefined channel coverage zones.