mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: a portable user device receiving a first broadcast signal from a first one of a plurality of beacon devices deployed in a region; the portable user device determining a first location of the portable user device , characterized in that the portable user device determines the first location of the portable user device by identifying the first one of the plurality of beacon devices from the first broadcast signal, recalling a preassigned location of the first one of the plurality of beacon devices , and determining a distance and a direction of the portable user device relative to the preassigned location of the first one of the plurality of beacon devices ; the portable user device transmitting a first location signal indicative of the first location of the portable user device to a control panel ; the control panel identifying a first group of a plurality of speakers deployed in the region based on the first location of the portable user device , each of the plurality of speakers including an audio playback mode that allows transmission of audio therefrom, the first group of the plurality of speakers being proximate to the first location of the portable user device ; and the control panel activating the audio playback mode for the first group of the plurality of speakers and deactivating or refraining from activating the audio playback mode for any of the plurality of speakers outside of the first group of the plurality of speakers . a portable user device receiving a first broadcast signal from a first one of a plurality of beacon devices deployed in a region; the portable user device determining a first location of the portable user device , characterized in that the portable user device determines the first location of the portable user device by identifying the first one of the plurality of beacon devices from the first broadcast signal, recalling a preassigned location of the first one of the plurality of beacon devices , and determining a distance and a direction of the portable user device relative to the preassigned location of the first one of the plurality of beacon devices ; the portable user device transmitting a first location signal indicative of the first location of the portable user device to a control panel ; the control panel identifying a first group of a plurality of speakers deployed in the region based on the first location of the portable user device , each of the plurality of speakers including an audio playback mode that allows transmission of audio therefrom, the first group of the plurality of speakers being proximate to the first location of the portable user device ; and the control panel activating the audio playback mode for the first group of the plurality of speakers and deactivating or refraining from activating the audio playback mode for any of the plurality of speakers outside of the first group of the plurality of speakers .
A method implemented by a computing device, the method comprising: determining, by a computing device, one or more selected recipients for a sharing link to one or more files maintained in online storage as part of a file structure that is allocated to a user account with a service provider; generating different one-time sharing links for each of the one or more selected recipients, the one-time sharing links being valid for a first access of the one or more files to enable the one or more selected recipients to interact with the one or more files on a limited bases during the first access according to first-access permissions that control interactions that are performable during the first access; responsive to selection of a one-time sharing link by a respective recipient, exposing as part of an access sequence insinuated by the selection of the one-time sharing link an option to select a user account to use for access to the one or more files; associating subsequent-access permissions of the one or more files with the selected user account, the subsequent-access permissions permitting different interactions with the one or more files than the first-access permissions; and invalidating the one-time sharing link for subsequent use to gain the first-access permissions to interact with the one or more files, the one-time sharing link being invalided for any access of the one or more files subsequent to the first access.
A method for production of a phosphorylated glycerol (= glycerol phosphate), comprising a step of allowing a phosphorylating enzyme to act on glycerol in the presence of a phosphate group donor, wherein the phosphorylating enzyme is a class A acid phosphatase and comprises: - a polypeptide as defined in (i) or (ii) below: (i) a polypeptide that has the amino acid sequence set forth in SEQ ID NO: 2 and has an activity to catalyze the glycerol phosphorylating reaction, or (ii) a polypeptide that has an amino acid sequence having 1 to 3 amino acids substituted, deleted, inserted, or added in the amino acid sequence set forth in SEQ ID NO: 2 and has an activity to catalyze the glycerol phosphorylating reaction which is comparable or superior to that of the polypeptide as defined in (i); and, as an active center, - a polypeptide having, on the C-terminal side of the amino acid sequence set forth in SEQ ID NO: 2, an amino acid sequence represented by the sequence : -X 1 -X 2 -X 3 -Pro-Ser-Gly-HiS-X 4 - wherein, X 1 denotes glycine, alanine, or phenylalanine; X 2 denotes any amino acid; X 3 denotes tyrosine or tryptophan; and X 4 denotes threonine, serine, or alanine; with the proviso that when X 1 is phenylalanine, X 4 is threonine or serine. - a polypeptide as defined in (i) or (ii) below: (i) a polypeptide that has the amino acid sequence set forth in SEQ ID NO: 2 and has an activity to catalyze the glycerol phosphorylating reaction, or (ii) a polypeptide that has an amino acid sequence having 1 to 3 amino acids substituted, deleted, inserted, or added in the amino acid sequence set forth in SEQ ID NO: 2 and has an activity to catalyze the glycerol phosphorylating reaction which is comparable or superior to that of the polypeptide as defined in (i); and, as an active center, (i) a polypeptide that has the amino acid sequence set forth in SEQ ID NO: 2 and has an activity to catalyze the glycerol phosphorylating reaction, or (ii) a polypeptide that has an amino acid sequence having 1 to 3 amino acids substituted, deleted, inserted, or added in the amino acid sequence set forth in SEQ ID NO: 2 and has an activity to catalyze the glycerol phosphorylating reaction which is comparable or superior to that of the polypeptide as defined in (i); and, as an active center, - a polypeptide having, on the C-terminal side of the amino acid sequence set forth in SEQ ID NO: 2, an amino acid sequence represented by the sequence : -X 1 -X 2 -X 3 -Pro-Ser-Gly-HiS-X 4 - wherein, X 1 denotes glycine, alanine, or phenylalanine; X 2 denotes any amino acid; X 3 denotes tyrosine or tryptophan; and X 4 denotes threonine, serine, or alanine; with the proviso that when X 1 is phenylalanine, X 4 is threonine or serine. X 1 denotes glycine, alanine, or phenylalanine; X 2 denotes any amino acid; X 3 denotes tyrosine or tryptophan; and X 4 denotes threonine, serine, or alanine;
A tire comprising: a carcass ply which extends from one bead core to another bead core ; a metal reinforcement layer which reinforces the carcass ply ; an electronic component ; and an insulating layer which is disposed between the metal reinforcement layer and the electronic component ; characterized in that : the electronic component is disposed in a state sandwiched between the metal reinforcement layer and the carcass ply . a carcass ply which extends from one bead core to another bead core ; a metal reinforcement layer which reinforces the carcass ply ; an electronic component ; and an insulating layer which is disposed between the metal reinforcement layer and the electronic component ; characterized in that : the electronic component is disposed in a state sandwiched between the metal reinforcement layer and the carcass ply .
A chromatography column comprising a cylindrical housing having an inner cylindrical surface , and an adapter within said housing, and including a sealing assembly for sealing between the adapter and the inner cylindrical surface of the cylindrical housing, said assembly comprising a sealing element , the sealing assembly being characterised in that: said assembly further includes a separate resilient member for co-operating therewith; in that said sealing element comprises opposed first and second faces wherein said first face comprises a sealing surface (237/238) and said second face comprises a compressive surface , wherein said resilient member exerts a force against said compressive surface of the sealing element to form a seal between said sealing surface and said cylindrical surface; in that the sealing element is composed of a material having a low coefficient of friction; in that the sealing element comprises a first and a second leg, said first leg comprising the opposed first and second faces, said first face being the sealing surface comprising a raised leading and a raised trailing edge (237/238), said second face comprising the compressive surface, and said second leg comprising a further compressive surface ; in that the resilient member further exerts a force against said further compressive surface ; and in that the compressive surfaces of the first and second legs of the sealing element are indented at their intersection to maximise and/or concentrate the force exerted on the raised leading and trailing edges on the cylindrical surface.
A nanogenerator comprising at least one nanostructure comprising an organic piezoelectric material being polyvinylidene fluoride, further comprising: a substrate ; and a first electrode disposed apart from the substrate, wherein the least one nanostructure is interposed between the substrate and the first electrode further comprising a second electrode disposed on the substrate, wherein the least one nanostructure is interposed between the first electrode and the second electrode , and further comprising a third electrode disposed apart from the first electrode , wherein the at least one nanostructure comprises at least a first nanostructure interposed between the first electrode and the second electrode , and a second nanostructure interposed between the first electrode and the third electrode ; wherein the at least one nanostructure comprises a portion bending flexibly, and another portion contracting in a lengthwise direction when a mechanical force is applied to the at least one nanostructure. a substrate ; and a first electrode disposed apart from the substrate, wherein the least one nanostructure is interposed between the substrate and the first electrode further comprising a second electrode disposed on the substrate, wherein the least one nanostructure is interposed between the first electrode and the second electrode , and further comprising a third electrode disposed apart from the first electrode , wherein the at least one nanostructure comprises at least a first nanostructure interposed between the first electrode and the second electrode , and a second nanostructure interposed between the first electrode and the third electrode ; wherein the at least one nanostructure comprises a portion bending flexibly, and another portion contracting in a lengthwise direction when a mechanical force is applied to the at least one nanostructure.
Implantable, electromechanical plug connector with a plug part and a socket part , of which the plug part comprises at least one joining portion which can be fully inserted into an insertion opening which is open on one side and formed within the socket part and comprises at least one electrically insulating surface which has at least one electrode body with a freely accessible electrode surface and of which the socket part within the insertion opening which is open on one side has an electrically insulating wall section , at least in sections delimiting the insertion opening , the surface of which provides at least one counter-electrode body with a freely accessible counter-electrode surface , wherein the electrically insulating wall section is oriented towards the electrically insulating surface of the joining portion of the plug part in the state of full insertion of the joining portion into the insertion opening in such a way that the counter-electrode surface contacts the electrode surface wherein the at least one electrode body is raised with regard to the electrically insulating surface of the joining portion and/or the at least one counter-electrode body is raised with regard to the surface of the electrically insulating wall section and wherein at least in sections between the electrically insulating surface of the joining portion and the surface of the electrically insulating wall section at least one electrically insulating polymer layer is arranged which completely surrounds the touching counter-electrode surface and electrode surface characterised in that at least the plug part is manufactured as part of a multilayer process, in that the plug part envisages a plurality of electrically conducting layers , each electrically insulated from each other in a stacked layer composite , in that the individual electrically conducting layers , each electrically insulated from each other, each open onto the at least one electrically insulating surface forming a contact area, wherein the contact areas are each in contact with an electrode body raised above the electrically insulating surface .
A method for scrambling sequence configuration, comprising: when a user equipment, UE, receives a transmission signal from a base station via an enhanced control channel, obtaining a search space corresponding to the enhanced control channel, wherein the search space is a UE-specific search space or a common search space; performing a scrambling initialization operation according to the search space, wherein: when the search space is the UE-specific search space, an initialization value of a scrambling sequence is determined based on a cell radio network temporary identifier, C-RNTI, and an identifier, ID, ; when the search space is the common search space, an initialization value of a scrambling sequence is determined based on the ID; determining the scrambling sequence according to the initialization value of the scrambling sequence; and performing a descrambling operation to the transmission signal according to the scrambling sequence, and obtaining information in the transmission signal, characterized in that before the random access of the UE, the ID is a physical cell ID, and after the random access of the UE, the ID is a virtual cell ID configured by a higher layer signaling, and the virtual cell ID is the same as a virtual cell ID of a demodulation reference signal, DMRS, scrambling sequence of the enhanced control channel. when a user equipment, UE, receives a transmission signal from a base station via an enhanced control channel, obtaining a search space corresponding to the enhanced control channel, wherein the search space is a UE-specific search space or a common search space; performing a scrambling initialization operation according to the search space, wherein: when the search space is the UE-specific search space, an initialization value of a scrambling sequence is determined based on a cell radio network temporary identifier, C-RNTI, and an identifier, ID, ; when the search space is the common search space, an initialization value of a scrambling sequence is determined based on the ID; when the search space is the UE-specific search space, an initialization value of a scrambling sequence is determined based on a cell radio network temporary identifier, C-RNTI, and an identifier, ID, ; when the search space is the common search space, an initialization value of a scrambling sequence is determined based on the ID; determining the scrambling sequence according to the initialization value of the scrambling sequence; and performing a descrambling operation to the transmission signal according to the scrambling sequence, and obtaining information in the transmission signal, characterized in that before the random access of the UE, the ID is a physical cell ID, and after the random access of the UE, the ID is a virtual cell ID configured by a higher layer signaling, and the virtual cell ID is the same as a virtual cell ID of a demodulation reference signal, DMRS, scrambling sequence of the enhanced control channel.
Device for aligning magnetic or magnetizable particles (P) contained in a coating agent , comprising a cylinder , which comprises a number of n × m (in words: n times m; where n , m ∈ N ) elements providing magnetic fields, magnetic elements for short, in the region of its outer circumference in a matrix-like manner, which are arranged one behind the other in m columns extending in the circumferential direction of the cylinder and next to one another in n rows extending in an axially parallel manner, in several of the columns of magnetic elements arranged one behind the other in the circumferential direction in each case the magnetic elements of these columns being mounted as a group at or on a shared carrier element and being variable with respect to their axial position in or at the cylinder by way of the carrier element , collectively as a group and independently of the magnetic elements of an adjoining column, and, in these columns, in each case at least one of the magnetic elements being arranged and/or mounted on the carrier element of a multi-piece cylinder body of the cylinder so as to be adjustable in the axial direction, by way of mechanical adjusting means comprising a gearbox, independently of at least one further magnetic element of the same column which is mounted on the same carrier element .
A rotor for an electric motor with the pole pair number p, comprising a carrier body in which a rotor sheet arrangement made of stacked electrical sheets is accommodated, each consisting of a substantially round central ring section with the number p of blade-like sheet metal segments integrally connected thereto, which each form a pole, characterized in that receiving pockets for receiving magnet segments are formed between the carrier body and the respective sheet metal segments of the rotor sheet arrangement , which are delimited on one side by the carrier body in a radial direction outwards and in an axial direction, such that the magnet segments can be inserted into the receiving pockets .
A bicycle frame (T) comprising an antitheft device integrated in the frame (T) of the bicycle (B), wherein said antitheft device comprises: - a pair of flexible cables fixed with respect to the frame T of a bicycle B, and - a means for blocking said flexible cables , wherein said flexible cables and said blocking means are designed to co-operate together to bring about anchorage of the bicycle (B) to an unmovable structure (S), when it is parked, and wherein said flexible cables can be blocked around a down tube (T2) of said frame (T) with said blocking means in such a way as to constitute an element comprised in the structure of the frame (T) of the bicycle (B), when the bicycle is moving, wherein the element of the frame (T) of the bicycle (B) is designed to complete the profile of the frame (T), characterized in that the rear ends of the flexible cables are irreversibly connected to the seat stays (Tl) of the frame (T) of the bicycle (B) by welding or by mechanical-coupling joints and in that the flexible cables constitute a front prolongation of the seat stays (T1) of the frame (T) of the bicycle (B). - a pair of flexible cables fixed with respect to the frame T of a bicycle B, and - a means for blocking said flexible cables ,
Method for determining the rotational position of a rotor in a permanent magnet synchronous machine , wherein the stator comprises windings (11 - 16) for a first, second and third phase , wherein a first voltage pulse is applied to the first phase , characterized by the steps of: - determining respective first measures for the current induced by the first voltage pulse in the second and third phase , - selecting a first selected phase depending on the first measures for the current , wherein the first selected phase is either the second or the third phase , - applying a second voltage pulse to the first selected phase, - determining respective second measures for the current induced by the second voltage pulse in the phases of the stator that are not the first selected phase, and - determining the rotational position of the rotor depending on the second measures of the current . - determining respective first measures for the current induced by the first voltage pulse in the second and third phase , - selecting a first selected phase depending on the first measures for the current , wherein the first selected phase is either the second or the third phase , - applying a second voltage pulse to the first selected phase, - determining respective second measures for the current induced by the second voltage pulse in the phases of the stator that are not the first selected phase, and - determining the rotational position of the rotor depending on the second measures of the current .
A control system for controlling a target ride height of a vehicle , the control system being configured, upon receipt of a driving mode signal signalling that an off-road driving mode has been selected, the driving mode signal being an output from a driving mode selector which is operable manually by a driver or automatically in relation to automatically detected terrain parameters, automatically to set a target off-road ride height in dependence on one or more vehicle operating parameters, wherein the vehicle operating parameters comprise a vehicle speed and/or a transfer case operating range.
A method for producing a three-dimensional overall structure by means of laser lithography in a lithography material wherein the overall structure is defined in that at least a partial structure is defined, such that said at least one partial structure approximates the overall structure , wherein the partial structure is composed of a set of volume elements and, for the purposes of writing the partial structure , an exposure dose is radiated into the lithography material in a focal region of a laser writing beam while exploiting multi-photon absorption, characterized in that the exposure dose and thus the spatial extent of the volume elements is changed in comparison to the remaining partial structure in the at least one partial structure in such edge portions , which directly adjoin an external surface of the overall structure to be produced, wherein a data set representing the external surface of the whole structure is provided, wherein local slopes and/or curvatures of the external surface are determined, the change of the exposure dose being dependent on the local slope and/or curvature of the region of the external surface which adjoins the edge portion of the partial structure . wherein the overall structure is defined in that at least a partial structure is defined, such that said at least one partial structure approximates the overall structure , wherein the partial structure is composed of a set of volume elements and, for the purposes of writing the partial structure , an exposure dose is radiated into the lithography material in a focal region of a laser writing beam while exploiting multi-photon absorption, characterized in that the exposure dose and thus the spatial extent of the volume elements is changed in comparison to the remaining partial structure in the at least one partial structure in such edge portions , which directly adjoin an external surface of the overall structure to be produced, wherein a data set representing the external surface of the whole structure is provided, wherein local slopes and/or curvatures of the external surface are determined, the change of the exposure dose being dependent on the local slope and/or curvature of the region of the external surface which adjoins the edge portion of the partial structure .