mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communication, comprising determining , by a user equipment, UE, according to a mapping relationship, an uplink scheduling request format corresponding to sidelink data needing to be sent, wherein the mapping relationship comprises a mapping relationship from different sidelink data to different uplink scheduling request formats; and sending , by the UE, according to the uplink scheduling request format, an uplink scheduling request to a network device; wherein the different sidelink data comprises at least one of: sidelink data with different quality of service, QoS, attribute values, or sidelink data in different sidelink logical channels or different sidelink logical channel groups. determining , by a user equipment, UE, according to a mapping relationship, an uplink scheduling request format corresponding to sidelink data needing to be sent, wherein the mapping relationship comprises a mapping relationship from different sidelink data to different uplink scheduling request formats; and sending , by the UE, according to the uplink scheduling request format, an uplink scheduling request to a network device; wherein the different sidelink data comprises at least one of: sidelink data with different quality of service, QoS, attribute values, or sidelink data in different sidelink logical channels or different sidelink logical channel groups.
A method for implementing switching when a network is faulted, the method comprising: establishing a detection mechanism between a non-querier and a querier , wherein the querier is a multicast querier; the non-querier updating a state of each multicast group member according to a request of a multicast group member for joining or leaving a multicast group , wherein the request is received by the non-querier; the non-querier using the detection mechanism to perform a real-time detection for a fault on the querier or a downlink of the querier ; when the non-querier detects that the querier or the downlink of the querier is faulted, switching the non-querier to be the querier , wherein the detection mechanism is: a bidirectional forwarding mechanism or an Ethernet operations administration and maintenance mechanism. establishing a detection mechanism between a non-querier and a querier , wherein the querier is a multicast querier; the non-querier updating a state of each multicast group member according to a request of a multicast group member for joining or leaving a multicast group , wherein the request is received by the non-querier; the non-querier using the detection mechanism to perform a real-time detection for a fault on the querier or a downlink of the querier ; when the non-querier detects that the querier or the downlink of the querier is faulted, switching the non-querier to be the querier , wherein the detection mechanism is: a bidirectional forwarding mechanism or an Ethernet operations administration and maintenance mechanism.
A quantum dot having a perovskite crystal structure represented by Chemical Formula 1: Chemical Formula 1 ABX 3 wherein, A is a Group IA metal selected from Rb, Cs, Fr, and a combination thereof, B is a Group IVA metal selected from Si, Ge, Sn, Pb, and a combination thereof, X is a halogen selected from F, Cl, Br, and I, BF 4 , or a combination thereof,; wherein the quantum dot has a size of 1 nanometer to 50 nanometers; wherein in the quantum dot, an atomic ratio of halogen atoms relative to the Group IA metal atoms is greater than 3.0; and wherein the quantum dot further comprises at least one of a first dopant and a second dopant, wherein the first dopant comprises potassium or a first metal having a crystal ionic radius of less than 133 picometers, wherein the first metal is different from the Group IA metal and the Group IVA metal, and wherein the second dopant comprises a non-metal element that forms a bond with the Group IVA metal, preferably wherein the first metal has a smaller crystal ionic radius of the Group IVA metal of the B in Chemical Formula 1. wherein, A is a Group IA metal selected from Rb, Cs, Fr, and a combination thereof, B is a Group IVA metal selected from Si, Ge, Sn, Pb, and a combination thereof, X is a halogen selected from F, Cl, Br, and I, BF 4 , or a combination thereof,; wherein the quantum dot has a size of 1 nanometer to 50 nanometers; wherein in the quantum dot, an atomic ratio of halogen atoms relative to the Group IA metal atoms is greater than 3.0; and wherein the quantum dot further comprises at least one of a first dopant and a second dopant, wherein the first dopant comprises potassium or a first metal having a crystal ionic radius of less than 133 picometers, wherein the first metal is different from the Group IA metal and the Group IVA metal, and wherein the second dopant comprises a non-metal element that forms a bond with the Group IVA metal, preferably wherein the first metal has a smaller crystal ionic radius of the Group IVA metal of the B in Chemical Formula 1.
Method in which a plate , for use in the sanitary sector and/or for bending and sawing to size, as a whole is adhesively bonded to a wall to be panelled and/or is used as a wall panelling, wherein the plate can be received in a profile and comprises a carrier layer with a flat front side (2''a) and a flat rear side (2''b), wherein at least one groove for receiving a light source is formed in the carrier layer , wherein the groove is introduced in the surface of the rear side (2''b) and/or the front side (2''a) and the groove is formed within the carrier layer , wherein the plate and/or the carrier layer consist (s) of plastic or plastics, wherein at least one LED or a strip comprising LEDs is received in the groove , characterized in that the carrier layer is transparent and/or is manufactured from Plexiglas or polymethyl methacrylate.
A method of preparing a structured round fabric using a circular weaving method, wherein along a round of a weft yarn , a number of n warp yarn are brought into an outer position and/or an inner position with respect to said weft yarn , decoupled from the movement of said weft yarn , wherein the warp yarns arranged in the outer position and the warp yarns arranged in the inner position each respectively form groups , which groups are separated by the weft yarn extending between the warp yarns , or which groups are arranged at a distance to one another along the weft yarn , characterised in that a different number of warp yarns in the groups of the inner warp yarns or a different number of warp yarns in the groups of the outer warp yarns are arranged along a round and along further rounds of the weft yarn to change the cross-section. wherein along a round of a weft yarn , a number of n warp yarn are brought into an outer position and/or an inner position with respect to said weft yarn , decoupled from the movement of said weft yarn , wherein the warp yarns arranged in the outer position and the warp yarns arranged in the inner position each respectively form groups , which groups are separated by the weft yarn extending between the warp yarns , or which groups are arranged at a distance to one another along the weft yarn , characterised in that a different number of warp yarns in the groups of the inner warp yarns or a different number of warp yarns in the groups of the outer warp yarns are arranged along a round and along further rounds of the weft yarn to change the cross-section.
A dividing bar (20; 30; 90; 120) for internal division of a chain link of an energy guide chain, wherein the chain link has two side plates which are connected together by at least one transverse bar and define a receiving space for lines, the dividing bar (20; 30; 90; 120) including: a plate-like main body (13; 33; 93; 123) having an upper end region , a lower end region and two main sides (15; 95; 125) and two opposite narrow sides (17; 97; 127) which extend in a heightwise direction (H) between the end regions , wherein at least one of the end regions is adapted for releasable fixing to a transverse bar ; and wherein provided at both main sides (15; 95; 125) is a respective number of holding grooves which extend substantially perpendicularly to the heightwise direction (H) and into which a respective end of a plate-like shelf for internal division can be inserted and held, characterised in that each holding groove is of a continuous configuration respectively from the one narrow side (17; 97; 127) to the other and at each narrow side (17; 97; 127) has an insertion opening so that a shelf can be respectively introduced into the respective holding grooves and removed again therefrom from both sides through the corresponding insertion opening selectively in one of two opposite assembly directions, and the dividing bar (20; 30; 90; 120) has a securing device which secures fitted shelves from unwanted displacement in both assembly directions and thus against unwanted release from the respective holding groove . a plate-like main body (13; 33; 93; 123) having an upper end region , a lower end region and two main sides (15; 95; 125) and two opposite narrow sides (17; 97; 127) which extend in a heightwise direction (H) between the end regions , wherein at least one of the end regions is adapted for releasable fixing to a transverse bar ; and wherein provided at both main sides (15; 95; 125) is a respective number of holding grooves which extend substantially perpendicularly to the heightwise direction (H) and into which a respective end of a plate-like shelf for internal division can be inserted and held, characterised in that each holding groove is of a continuous configuration respectively from the one narrow side (17; 97; 127) to the other and at each narrow side (17; 97; 127) has an insertion opening so that a shelf can be respectively introduced into the respective holding grooves and removed again therefrom from both sides through the corresponding insertion opening selectively in one of two opposite assembly directions, and the dividing bar (20; 30; 90; 120) has a securing device which secures fitted shelves from unwanted displacement in both assembly directions and thus against unwanted release from the respective holding groove .
Method for terminating optical radiation, in particular laser radiation, in which the optical radiation (l) is directed towards an absorption body which has an entry surface for the optical radiation and absorbs the optical radiation (l), wherein the absorption body is selected from a crystalline material with an imaginary refractive index for the optical radiation that is to be absorbed, characterized in that the imaginary refractive index causes an absorption length of the optical radiation of > 1 mm in the absorption body , wherein the absorption body is selected from a crystalline material which emits fluorescence radiation upon absorption of the optical radiation (l), and wherein one or more surfaces of the absorption body is/are furnished with a coating that either reflects or absorbs the fluorescence radiation to prevent or at least reduce the escape of the fluorescence radiation from the absorption body .
Method for removing unwanted data from an optically detected, virtual representation of an arch of a jaw comprising teeth and intraoral structures, wherein the representation depicts at least two successive teeth and the method comprises the following steps: a. defining an extension line of the representation, which line essentially follows the arch of the jaw of at least two successive teeth and lies in an x-y plane; b. stipulating optimization surfaces which have a constant distance from the extension line in at least one region, wherein the optimization surfaces are generated as parallel surfaces with respect to the extension line that follow the z-axis perpendicular to the x-y plane; c. defining an inner side and an outer side of the optimization surfaces; d. determining all elements of the representation outside the outer sides of the optimization surfaces; e. removing all elements outside the optimization surfaces. a. defining an extension line of the representation, which line essentially follows the arch of the jaw of at least two successive teeth and lies in an x-y plane; b. stipulating optimization surfaces which have a constant distance from the extension line in at least one region, wherein the optimization surfaces are generated as parallel surfaces with respect to the extension line that follow the z-axis perpendicular to the x-y plane; c. defining an inner side and an outer side of the optimization surfaces; d. determining all elements of the representation outside the outer sides of the optimization surfaces; e. removing all elements outside the optimization surfaces.
A motor vehicle comprising: a motor vehicle body ; a pair of pedals operatively connected to the body of the motor vehicle on two opposite sides of the body of the motor vehicle; wherein it comprises a pair of footplates , each associated with a pedal of said pair, the footplates of said pair being connected to the body of the motor vehicle so as to assume a first pedal inhibition configuration (A), wherein they cover said pedals allowing the driver to rest the feet on the footplates , and a second pedal use configuration (B), wherein they allow the driver to use said pedals , characterized in that the motor vehicle comprises a suspension assembly and at least one of said footplates is operatively connected to the suspension assembly so as to lock the suspension assembly when said at least one footplate assumes the second configuration (B). a motor vehicle body ; a pair of pedals operatively connected to the body of the motor vehicle on two opposite sides of the body of the motor vehicle; wherein it comprises a pair of footplates , each associated with a pedal of said pair, the footplates of said pair being connected to the body of the motor vehicle so as to assume a first pedal inhibition configuration (A), wherein they cover said pedals allowing the driver to rest the feet on the footplates , and a second pedal use configuration (B), wherein they allow the driver to use said pedals , characterized in that the motor vehicle comprises a suspension assembly and at least one of said footplates is operatively connected to the suspension assembly so as to lock the suspension assembly when said at least one footplate assumes the second configuration (B).
Use of a composition comprising - at least one polyisocyanate and/or at least one polyurethane polymer containing isocyanate groups and - at least one latent hardener having aldimino group(s) of the formula (I) where Z is an aryl radical substituted by an alkyl or alkoxy group and having a total of 12 to 26 carbon atoms, as elastic adhesive, sealant or coating for at least one substrate and/or at least one outer layer that are sensitive to plasticizer migration, characterized in that the substrate is a porous material or a stress crack-forming plastic. - at least one polyisocyanate and/or at least one polyurethane polymer containing isocyanate groups and - at least one latent hardener having aldimino group(s) of the formula (I) where Z is an aryl radical substituted by an alkyl or alkoxy group and having a total of 12 to 26 carbon atoms,
An audio processing method, comprising: - receiving information from one or more users suitable to derive an indication of hearing ability of the one or more users, wherein the information suitable to derive an indication of hearing ability comprises hearing test results of the one or more user; - determining a representative indication of hearing ability for the one or more users, wherein the representative indication of hearing ability is determined based upon the hearing test results of the one or more user by comparing the hearing test results with prototype hearing test results for different indications of hearing abilities and determining a closest match; - determining a set of audio processing parameters for the representative indication of hearing ability; - configuring a sound personalisation signal processing algorithm based on the set of audio processing parameters; - receiving an audio signal on an entertainment system; - processing the audio signal using the sound personalisation signal processing algorithm; and - outputting the processed audio signal from the entertainment system. - receiving information from one or more users suitable to derive an indication of hearing ability of the one or more users, wherein the information suitable to derive an indication of hearing ability comprises hearing test results of the one or more user; - determining a representative indication of hearing ability for the one or more users, wherein the representative indication of hearing ability is determined based upon the hearing test results of the one or more user by comparing the hearing test results with prototype hearing test results for different indications of hearing abilities and determining a closest match; - determining a set of audio processing parameters for the representative indication of hearing ability; - configuring a sound personalisation signal processing algorithm based on the set of audio processing parameters; - receiving an audio signal on an entertainment system; - processing the audio signal using the sound personalisation signal processing algorithm; and - outputting the processed audio signal from the entertainment system.
Applicator of cosmetic product (P) to keratinous fibres, notably to the eyelashes, the eyebrows and/or the capillary fibres, comprising at least: - a core that extends along a longitudinal axis (X), - a cosmetic product application element , comprising at least one block of foam attached to the core , the foam being an open-cell polymer foam which on its outer surface has free strands formed by all or part of the edge corners of cells that have been cut through by machining of the foam , the foam having a number of cells per unit length (PPI) comprised between 10 and 80 PPI. - a core that extends along a longitudinal axis (X), - a cosmetic product application element , comprising at least one block of foam attached to the core ,
An apparatus for the improvement of vehicle aerodynamics comprising: mounting features ; an airfoil and a stabilizer , said airfoil and stabilizer being separated by a predetermined distance and being interconnected by a plurality of stiffeners ; said plurality of stiffeners being offset from each other; an aperture defined by a trailing edge of said airfoil, a leading edge of said stabilizer, a first stiffener and a second stiffener; and said mounting features being configured to affix to an external surface of a ground vehicle with a leading edge of said airfoil proximate to said external surface. mounting features ; an airfoil and a stabilizer , said airfoil and stabilizer being separated by a predetermined distance and being interconnected by a plurality of stiffeners ; said plurality of stiffeners being offset from each other; an aperture defined by a trailing edge of said airfoil, a leading edge of said stabilizer, a first stiffener and a second stiffener; and said mounting features being configured to affix to an external surface of a ground vehicle with a leading edge of said airfoil proximate to said external surface.
A method for assessing tyre tread depth and/or tyre condition, the method comprising: taking and analysing a camera image or multiple images of a tyre using portable instrumentation; and performing edge and feature detection image analysis on the camera image or images to detect the presence/absence of grooves of different depths in known tread patterns, to thereby measure tyre tread depth. taking and analysing a camera image or multiple images of a tyre using portable instrumentation; and performing edge and feature detection image analysis on the camera image or images to detect the presence/absence of grooves of different depths in known tread patterns, to thereby measure tyre tread depth.
Switching device , comprising a switching element , comprising a switching unit , a first and a second coil unit for closing and opening the switching unit , wherein the first coil unit has a first coil , and wherein the second coil unit has a second coil , characterized in that the first coil unit has a first controllable delay circuit that is connected in series with the first coil , wherein the second coil unit has a second controllable delay circuit that is connected in series with the second coil , wherein the switching device has at least one control unit for controlling the first controllable delay circuit and the second controllable delay circuit , a first driver circuit for driving the first coil unit and a second driver circuit for driving the second coil unit , wherein the delay time of the first controllable delay circuit and the second controllable delay circuit is able to be set by the at least one control unit . wherein the first coil unit has a first coil , and wherein the second coil unit has a second coil , characterized in that the first coil unit has a first controllable delay circuit that is connected in series with the first coil , wherein the second coil unit has a second controllable delay circuit that is connected in series with the second coil , wherein the switching device has at least one control unit for controlling the first controllable delay circuit and the second controllable delay circuit , a first driver circuit for driving the first coil unit and a second driver circuit for driving the second coil unit , wherein the delay time of the first controllable delay circuit and the second controllable delay circuit is able to be set by the at least one control unit .