mhurhangee/patent-ind-claim-en huggingface dataset:
Method for manufacturing a three-dimensional product on the basis of cellulose comprising the following steps: • A cellulose-containing blank is positioned in front of a shaping surface of a forming tool that defines the shape of the product, • A printed flat material is positioned in front of the shaping surface of the forming tool and a print is applied in register with the shaping surface and • the blank and the flat material are heated, pressed against the shaping surface and formed into the three-dimensional product. • A cellulose-containing blank is positioned in front of a shaping surface of a forming tool that defines the shape of the product, • A printed flat material is positioned in front of the shaping surface of the forming tool and a print is applied in register with the shaping surface and • the blank and the flat material are heated, pressed against the shaping surface and formed into the three-dimensional product.
Method for providing driver assistance, having the steps of: - recording at least one movement pattern of a vehicle together with activated vehicle functions by storing driving parameters together with those functions which have been initiated by the driver; and - providing the respective vehicle function on the basis of detection of at least one part of a movement pattern which has already been recorded during a journey, characterized by the step of: creating the movement pattern by means of odometry sensors. - recording at least one movement pattern of a vehicle together with activated vehicle functions by storing driving parameters together with those functions which have been initiated by the driver; and - providing the respective vehicle function on the basis of detection of at least one part of a movement pattern which has already been recorded during a journey, characterized by the step of: creating the movement pattern by means of odometry sensors.
A process for producing an open-cell rigid polyurethane foam by a slabstock foam process by reacting a reaction mixture comprising a. one or more polyisocyanates; b. one or more compounds comprising groups reactive towards isocyanate groups and having a functionality between 1.9 to 8; c. one or more catalysts; and d. blowing agents; e. in the presence of a stabilizer e2) and a cell opener e1), where the stabilizer e2) is preferably a polyether-polydimethylsiloxane copolymer and the cell opener e1) is a mixture of macromolecular unsaturated hydrocarbons with an ester, and the weight ratio of cell opener e1) to stabilizer e2) is at least 0.2; wherein i. more than 1% by weight, based on the total weight of component b), of at least one compound b-1) is used as a chain extender and/or crosslinking agent, selected from the group of the alkanolamines, diols and/or triols having molecular weights of less than 400 g/mol and a functionality between 2 to 3 and ii. the sole blowing agent is a chemical blowing agent or a mixture of chemical blowing agents, and iii. the isocyanate index is in the range from 130 to 215. a. one or more polyisocyanates; b. one or more compounds comprising groups reactive towards isocyanate groups and having a functionality between 1.9 to 8; c. one or more catalysts; and d. blowing agents; e. in the presence of a stabilizer e2) and a cell opener e1), where the stabilizer e2) is preferably a polyether-polydimethylsiloxane copolymer and the cell opener e1) is a mixture of macromolecular unsaturated hydrocarbons with an ester, and the weight ratio of cell opener e1) to stabilizer e2) is at least 0.2; i. more than 1% by weight, based on the total weight of component b), of at least one compound b-1) is used as a chain extender and/or crosslinking agent, selected from the group of the alkanolamines, diols and/or triols having molecular weights of less than 400 g/mol and a functionality between 2 to 3 and ii. the sole blowing agent is a chemical blowing agent or a mixture of chemical blowing agents, and iii. the isocyanate index is in the range from 130 to 215.
Permanent magnetic material comprising 40.0 to 59.8 % manganese; 40.0 to 59.8 % aluminum; wherein the percentages relate to the mole fractions of the respective component in the permanent magnetic material, characterised by further comprising 0.2 to 2.0 % scandium. 40.0 to 59.8 % manganese; 40.0 to 59.8 % aluminum; wherein the percentages relate to the mole fractions of the respective component in the permanent magnetic material, characterised by further comprising 0.2 to 2.0 % scandium.
An organic light emitting display comprising: a light-emitting device disposed in an active area of a substrate that displays images; an encapsulation part disposed on the light-emitting device ; a plurality of first touch electrodes disposed in a first direction on the encapsulation part ; a plurality of first bridges disposed on the encapsulation unit , each first bridge of the plurality of first bridges connecting together a pair of first touch electrodes from the plurality of first touch electrodes ; a plurality of second touch electrodes disposed in a second direction that intersects the first direction, on the encapsulation part ; a plurality of second bridges disposed on a plane different from the touch electrodes 152e and 154e, each second bridge of the plurality of second bridges connecting together a pair of second touch electrodes from the plurality of second touch electrodes ; wherein the plurality of second bridges includes a plurality of slits , wherein the slits are disposed to be parallel to each other with each slit being surrounded by material of the respective at least one of the plurality of first bridges or the plurality of second bridges and each slit extending perpendicularly to a direction of the plurality of second bridges that extends to connect a respective pair of touch electrodes (152e or 154e). a light-emitting device disposed in an active area of a substrate that displays images; an encapsulation part disposed on the light-emitting device ; a plurality of first touch electrodes disposed in a first direction on the encapsulation part ; a plurality of first bridges disposed on the encapsulation unit , each first bridge of the plurality of first bridges connecting together a pair of first touch electrodes from the plurality of first touch electrodes ; a plurality of second touch electrodes disposed in a second direction that intersects the first direction, on the encapsulation part ; a plurality of second bridges disposed on a plane different from the touch electrodes 152e and 154e, each second bridge of the plurality of second bridges connecting together a pair of second touch electrodes from the plurality of second touch electrodes ; wherein the plurality of second bridges includes a plurality of slits , wherein the slits are disposed to be parallel to each other with each slit being surrounded by material of the respective at least one of the plurality of first bridges or the plurality of second bridges and each slit extending perpendicularly to a direction of the plurality of second bridges that extends to connect a respective pair of touch electrodes (152e or 154e).
A sortase that binds substrates comprising the sequence LAXT, wherein X represents any amino acid, and wherein the sortase comprises an amino acid sequence that is at least 90% or at least 95% identical to the amino acid sequence of S. aureus Sortase A as provided in SEQ ID NO: 1, or a fragment thereof that has sortase activity, wherein the amino acid sequence of the sortase or fragment thereof includes the following mutations P94R, S102C, A104H, E105D, K138P, K152I, D160K, K162H, T164N, D165A, K173E, I182V, K190E, and K196S.
An electronic apparatus comprising: a communication interface ; a dynamic vision sensor, DVS, comprising a plurality of sensing elements configured to output an event signal when detecting a change in incident light; a memory including a database in which one or more images are stored; and at least one processor configured to: based on event signals output by the DVS, store information about points in time when the change in the light occurred in an event map as a time information, wherein the event map includes a plurality of map elements corresponding to the plurality of sensing elements, based on the time information which is stored in the event map, generate a plurality of images, by displaying a specified value in a pixel, the pixel corresponding to time information stored in a map element, when each of the plurality of images includes a shape of one single user, store the plurality of images, in the database, identify the shape of the user included in each of the plurality of images stored in the database, and generate shape information for recognizing the user based on the identified shape of the user. a communication interface ; a dynamic vision sensor, DVS, comprising a plurality of sensing elements configured to output an event signal when detecting a change in incident light; a memory including a database in which one or more images are stored; and at least one processor configured to: based on event signals output by the DVS, store information about points in time when the change in the light occurred in an event map as a time information, wherein the event map includes a plurality of map elements corresponding to the plurality of sensing elements, based on the time information which is stored in the event map, generate a plurality of images, by displaying a specified value in a pixel, the pixel corresponding to time information stored in a map element, when each of the plurality of images includes a shape of one single user, store the plurality of images, in the database, identify the shape of the user included in each of the plurality of images stored in the database, and generate shape information for recognizing the user based on the identified shape of the user. based on event signals output by the DVS, store information about points in time when the change in the light occurred in an event map as a time information, wherein the event map includes a plurality of map elements corresponding to the plurality of sensing elements, based on the time information which is stored in the event map, generate a plurality of images, by displaying a specified value in a pixel, the pixel corresponding to time information stored in a map element, when each of the plurality of images includes a shape of one single user, store the plurality of images, in the database, identify the shape of the user included in each of the plurality of images stored in the database, and generate shape information for recognizing the user based on the identified shape of the user.
A LED element comprising an n-type semiconductor layer and a p-type semiconductor layer , comprising: an n-type electrode (E2) connected to the n-type semiconductor layer ; a p-type electrode (E1) connected to the p-type semiconductor layer ; and a structure disposed between the n-type electrode (E2) and the p-type electrode (E1) to separate the n-type electrode (E2) and the p-type electrode (E1), wherein the structure is made of an insulating material, and wherein a first side surface of the structure adjacent to the p-type electrode (E1) has an inverted taper shape and a second side surface of the structure adjacent to the n-type electrode (E2) has an inverted taper shape, wherein the structure overlaps partly with the n-type electrode (E1) and/or the p-type electrode (E2), and characterized in that the first side surface of the structure directly contacts a top surface of the p-type electrode (E1) and/or the second side surface of the structure directly contacts a top surface of the n-type electrode (E2). an n-type electrode (E2) connected to the n-type semiconductor layer ; a p-type electrode (E1) connected to the p-type semiconductor layer ; and a structure disposed between the n-type electrode (E2) and the p-type electrode (E1) to separate the n-type electrode (E2) and the p-type electrode (E1), wherein the structure is made of an insulating material, and wherein a first side surface of the structure adjacent to the p-type electrode (E1) has an inverted taper shape and a second side surface of the structure adjacent to the n-type electrode (E2) has an inverted taper shape, wherein the structure overlaps partly with the n-type electrode (E1) and/or the p-type electrode (E2), and characterized in that the first side surface of the structure directly contacts a top surface of the p-type electrode (E1) and/or the second side surface of the structure directly contacts a top surface of the n-type electrode (E2).
A method for wireless communication, comprising: identifying , at a user equipment, UE, that is configured to transmit a message to a first neighboring UE of one or more neighboring UEs via multiple formats, a service identifier of a safety message and indicative of a format to be used for the message, the multiple formats comprising formats of different radio access technologies, RATs, wherein a first format of the multiple formats comprises a legacy format with respect to a second format of the multiple formats; conveying , information indicating the service identifier from a first layer of the UE to a second layer of the UE, wherein the first layer is an upper layer with respect to the second layer; receiving one or more messages from the one or more neighboring UEs; decoding, for each received message based on the service identifier being of a safety message, a scheduling assignment or a header portion of the message to determine that all the neighboring UEs support communications using the second format; selecting the second format for communications with the neighboring UE when all the neighboring UEs support communications using the second format; and generating , by the second layer based on the selecting, the message in the second format for communicating with the first neighboring UE of the one or more neighboring UEs. identifying , at a user equipment, UE, that is configured to transmit a message to a first neighboring UE of one or more neighboring UEs via multiple formats, a service identifier of a safety message and indicative of a format to be used for the message, the multiple formats comprising formats of different radio access technologies, RATs, wherein a first format of the multiple formats comprises a legacy format with respect to a second format of the multiple formats; conveying , information indicating the service identifier from a first layer of the UE to a second layer of the UE, wherein the first layer is an upper layer with respect to the second layer; receiving one or more messages from the one or more neighboring UEs; decoding, for each received message based on the service identifier being of a safety message, a scheduling assignment or a header portion of the message to determine that all the neighboring UEs support communications using the second format; selecting the second format for communications with the neighboring UE when all the neighboring UEs support communications using the second format; and generating , by the second layer based on the selecting, the message in the second format for communicating with the first neighboring UE of the one or more neighboring UEs.
A connectivity management system for electronic SIM card terminals, comprising: a connectivity management module , configured to randomly select one preset operator profile, Profile X, from a plurality of pre-stored preset operator profiles; a baseband processing module , configured to establish a temporary connection channel between the connectivity management module and a cellular network via the operator profile, Profile X; and a connectivity management server module , wherein the connectivity management module is configured to apply for a local operator profile, Profile A, to the connectivity management server module and download the local operator profile, Profile A, from the connectivity management server module via the temporary connection channel; wherein the baseband processing module is further configured to establish a cellular data connection channel with the cellular network via the local operator profile, Profile A; wherein the baseband processing module is further configured to send a feedback message to the connectivity management module under the condition that the temporary connection channel is established; and wherein the connectivity management module is further configured to start timing when selecting the operator profile, Profile X, and to select another operator profile, Profile X, under the condition that the feedback message from the baseband processing module is still not received when the timing time exceeds a third preset time. a connectivity management module , configured to randomly select one preset operator profile, Profile X, from a plurality of pre-stored preset operator profiles; a baseband processing module , configured to establish a temporary connection channel between the connectivity management module and a cellular network via the operator profile, Profile X; and a connectivity management server module , wherein the connectivity management module is configured to apply for a local operator profile, Profile A, to the connectivity management server module and download the local operator profile, Profile A, from the connectivity management server module via the temporary connection channel; wherein the baseband processing module is further configured to establish a cellular data connection channel with the cellular network via the local operator profile, Profile A; wherein the baseband processing module is further configured to send a feedback message to the connectivity management module under the condition that the temporary connection channel is established; and wherein the connectivity management module is further configured to start timing when selecting the operator profile, Profile X, and to select another operator profile, Profile X, under the condition that the feedback message from the baseband processing module is still not received when the timing time exceeds a third preset time.
A method for producing a quartz glass body, comprising the method steps of i.) providing a silica granulate comprising the following method steps: I. providing a silica powder; II. processing the silica powder to form a silica granulate comprising the following method steps: 11.1. providing a liquid; 11.2. mixing the silica powder with the liquid to obtain a slurry; II.3. spray-drying the slurry to form a silica granulate, wherein the spraying of the slurry is carried out via a nozzle, wherein the nozzle comprises a contact surface with the slurry during spraying, wherein the contact surface contains glass; ii.) forming a glass melt from the silica granulate; and iii.) forming a quartz glass body from at least part of the glass melt. i.) providing a silica granulate comprising the following method steps: I. providing a silica powder; II. processing the silica powder to form a silica granulate comprising the following method steps: 11.1. providing a liquid; 11.2. mixing the silica powder with the liquid to obtain a slurry; II.3. spray-drying the slurry to form a silica granulate, wherein the spraying of the slurry is carried out via a nozzle, wherein the nozzle comprises a contact surface with the slurry during spraying, wherein the contact surface contains glass; I. providing a silica powder; II. processing the silica powder to form a silica granulate comprising the following method steps: 11.1. providing a liquid; 11.2. mixing the silica powder with the liquid to obtain a slurry; II.3. spray-drying the slurry to form a silica granulate, wherein the spraying of the slurry is carried out via a nozzle, wherein the nozzle comprises a contact surface with the slurry during spraying, wherein the contact surface contains glass; 11.1. providing a liquid; 11.2. mixing the silica powder with the liquid to obtain a slurry; II.3. spray-drying the slurry to form a silica granulate, wherein the spraying of the slurry is carried out via a nozzle, wherein the nozzle comprises a contact surface with the slurry during spraying, wherein the contact surface contains glass; wherein the spraying of the slurry is carried out via a nozzle, wherein the nozzle comprises a contact surface with the slurry during spraying, wherein the contact surface contains glass; ii.) forming a glass melt from the silica granulate; and iii.) forming a quartz glass body from at least part of the glass melt.
An electronic device , comprising: a touch display screen comprising a main area and an extension area , the extension area including an opening , and wherein the opening is surrounded by a first edge defining a first edge area around the opening ; and a processor ; wherein the processor is configured to: detect a touch input on the main area of the touch display screen; calculate continuous movement positions of a continuous movement of the touch input using an electric signal; determine a direction of the continuous movement of the touch input using the continuous movement positions; detect whether the continuous movement of the touch input reaches the first edge area via starting from an initial position in the extension area and passing across the opening , based on the continuous movement positions and the direction of the continuous movement of the touch input; and when the continuous movement reaches the first edge area via starting from an initial position in the extension area and passing across the opening , perform a function corresponding to the opening . a touch display screen comprising a main area and an extension area , the extension area including an opening , and wherein the opening is surrounded by a first edge defining a first edge area around the opening ; and a processor ; wherein the processor is configured to: detect a touch input on the main area of the touch display screen; calculate continuous movement positions of a continuous movement of the touch input using an electric signal; determine a direction of the continuous movement of the touch input using the continuous movement positions; detect whether the continuous movement of the touch input reaches the first edge area via starting from an initial position in the extension area and passing across the opening , based on the continuous movement positions and the direction of the continuous movement of the touch input; and when the continuous movement reaches the first edge area via starting from an initial position in the extension area and passing across the opening , perform a function corresponding to the opening . detect a touch input on the main area of the touch display screen; calculate continuous movement positions of a continuous movement of the touch input using an electric signal; determine a direction of the continuous movement of the touch input using the continuous movement positions; detect whether the continuous movement of the touch input reaches the first edge area via starting from an initial position in the extension area and passing across the opening , based on the continuous movement positions and the direction of the continuous movement of the touch input; and when the continuous movement reaches the first edge area via starting from an initial position in the extension area and passing across the opening , perform a function corresponding to the opening .
Cured tobacco material made from a hybrid tobacco plant, or part thereof, having a larger-leaf parent plant variety selected from the group consisting of a flue-cured tobacco variety, an air-cured tobacco variety, and a dark fire-cured tobacco variety and an oriental type parent plant selected from the group consisting of Basma, Katerini S53, and Izmir Ego 64,wherein a representative sample of seed of said Basma, Katerini S53, and Izmir Ego 64 has been deposited with the ATCC under the following ATCC Accession Nos.: PTA-120683 for Basma, PTA-120685 for Katerini, S53, and PTA-120684 for Izmir Ego 64.