mhurhangee/ep-ind-claims huggingface dataset:
Method of anonymous identification of a security module by a server, said method comprising: - reception from the module of a request for address of a server for managing subscription data of an operator, said request comprising a current identification value (ID c) of the module, said current identification value being dependent on an identifier of the module and a current date, - searching for the current identification value in at least one set of identification values, said set being associated with an operator and comprising for a given module, a plurality of identification values, an identification value being computed as a function of the identifier of the module and of a date, the date varying for the plurality of identification values of the set between an initial date and a final date, - dispatching to the security module of the subscription data management server address associated with the operator when the current identification value figures in the set of identification values. - reception from the module of a request for address of a server for managing subscription data of an operator, said request comprising a current identification value (ID c) of the module, said current identification value being dependent on an identifier of the module and a current date, - searching for the current identification value in at least one set of identification values, said set being associated with an operator and comprising for a given module, a plurality of identification values, an identification value being computed as a function of the identifier of the module and of a date, the date varying for the plurality of identification values of the set between an initial date and a final date, - dispatching to the security module of the subscription data management server address associated with the operator when the current identification value figures in the set of identification values.
A hearing aid comprising: a housing configured to fit inside an ear canal; a faceplate at the side of the housing to face toward an outside of the ear canal; a dipole antenna within the housing, the dipole antenna comprising: a first radiating segment (114C; 114E) inside the housing and configured to be within the ear canal when the hearing aid is inserted into an ear of a wearer, and a second radiating segment (114D; 114F) within the housing and configured to be disposed near a side of the housing facing toward an outside of the ear canal when the hearing aid is inserted into the ear of the wearer; and circuitry, within the housing, coupled to the antenna and configured to transmit the signals to the dipole antenna and receive the signals from the dipole antenna; wherein: the dipole antenna is tuned to transmit and receive signals having a frequency equal to or greater than 2.4 GHz; and the second radiating segment (114D; 114F) is arranged in a plane parallel to the faceplate; characterised in that the first radiating segment (114C; 114E) is shorter than the second radiating segment (114D; 114F) and in that the first radiating segment (114C; 114E) is substantially orthogonal to the second radiating segment. a housing configured to fit inside an ear canal; a faceplate at the side of the housing to face toward an outside of the ear canal; a dipole antenna within the housing, the dipole antenna comprising: a first radiating segment (114C; 114E) inside the housing and configured to be within the ear canal when the hearing aid is inserted into an ear of a wearer, and a second radiating segment (114D; 114F) within the housing and configured to be disposed near a side of the housing facing toward an outside of the ear canal when the hearing aid is inserted into the ear of the wearer; and a first radiating segment (114C; 114E) inside the housing and configured to be within the ear canal when the hearing aid is inserted into an ear of a wearer, and a second radiating segment (114D; 114F) within the housing and configured to be disposed near a side of the housing facing toward an outside of the ear canal when the hearing aid is inserted into the ear of the wearer; and circuitry, within the housing, coupled to the antenna and configured to transmit the signals to the dipole antenna and receive the signals from the dipole antenna; wherein: the dipole antenna is tuned to transmit and receive signals having a frequency equal to or greater than 2.4 GHz; and the second radiating segment (114D; 114F) is arranged in a plane parallel to the faceplate; the dipole antenna is tuned to transmit and receive signals having a frequency equal to or greater than 2.4 GHz; and the second radiating segment (114D; 114F) is arranged in a plane parallel to the faceplate; characterised in that the first radiating segment (114C; 114E) is shorter than the second radiating segment (114D; 114F) and in that the first radiating segment (114C; 114E) is substantially orthogonal to the second radiating segment.
A method for manufacturing sustainable products with a blown, foam structure, wherein a mass comprising at least starch is passed under pressure into a mould cavity or through a mould die, and the mass is heated in the mould to stabilize the foamed structure to form the product, wherein the method comprises prefoaming of the mass prior to injection in the mould, wherein before pre-foaming, the mass is formed by a liquid batter comprising a suspension or solution of at least starch in a liquid, and wherein in the heating step the mass in the mould is heated in a manner such as to give rise to gelatinization and cross-linking of the at least starch, and such that vaporization of the pre-foamed mass occurs, the method being characterized in that: pre-foaming of the mass comprises introducing an amount of gas into the mass containing the at least starch.
A vertical furnace for processing a plurality of substrates, comprising: an outer reaction tube; and a liner constructed and arranged to extend in the interior of the outer reaction tube and being substantially cylindrical and delimited by a top end and a lower liner opening at a lower end and defining an interior space for accommodating a substrate boat with substrates, a gas passage being defined between an outer wall of the liner and an inner wall of the reaction tube; the liner is provided with at least one gas exhaust hole on the outer wall and extending from the interior space to the gas passage; characterized in that the top end of the liner is an open tapered top end that is sized to receive a top of the substrate boat and prevent exhaust through the open tapered top end when the substrate boat is in the interior space during the processing, and at least one of the outer wall of the liner and the inner wall of the reaction tube is provided with at least one flow deflector that protrudes radially from the respective wall into the gas passage. an outer reaction tube; and a liner constructed and arranged to extend in the interior of the outer reaction tube and being substantially cylindrical and delimited by a top end and a lower liner opening at a lower end and defining an interior space for accommodating a substrate boat with substrates, a gas passage being defined between an outer wall of the liner and an inner wall of the reaction tube; the liner is provided with at least one gas exhaust hole on the outer wall and extending from the interior space to the gas passage; characterized in that the top end of the liner is an open tapered top end that is sized to receive a top of the substrate boat and prevent exhaust through the open tapered top end when the substrate boat is in the interior space during the processing, and at least one of the outer wall of the liner and the inner wall of the reaction tube is provided with at least one flow deflector that protrudes radially from the respective wall into the gas passage.
A piezoelectric device comprising a substrate that is flexible and thermally deformable and a composite piezoelectric body disposed on the substrate, the piezoelectric device being adapted to produce output according to deformation of the composite piezoelectric body, the composite piezoelectric body including a piezoelectric layer containing an organic binder and piezoelectric Particles, a first electrode layer stacked on a first surface side of the piezoelectric layer, and a second electrode layer stacked on a second surface side of the piezoelectric layer, characterized in that the piezoelectric device further comprises a molded resin body having a curved shape, wherein the substrate is insert molded and integrated with the molded resin body.
Ironing station having an iron and a base which has a portable holder for placing the iron on a support at a distance from the base, - wherein the holder has at least one spacer for distancing a supporting shelf facing a base of the iron from the support, - wherein an intermediate space between the holder and the support is open at least in sections at the sides, - and wherein the base has a pocket embodied as a depression for inserting the at least one spacer when the holder is positioned on the base, wherein the holder has a heat reflector in a base wall. - wherein the holder has at least one spacer for distancing a supporting shelf facing a base of the iron from the support, - wherein an intermediate space between the holder and the support is open at least in sections at the sides, - and wherein the base has a pocket embodied as a depression for inserting the at least one spacer when the holder is positioned on the base, wherein
Method for detecting a closed position of a movable part of a vehicle, in particular an automatically operable vehicle, said method comprising the following steps: - a control unit receiving a first position signal from a first signal source as a first closure criterion, said closure criterion comprising at least one locking position of a vehicle latch for the movable part; - the control unit adding a conditional test instruction to the received first position signal, the conditional test instruction comprising checking for at least one second position signal as a second closure criterion after detecting the first position signal, the first closure criterion still being satisfied; - the control unit receiving the second position signal from a second signal source as the second closure criterion, the second signal source being different from the first signal source and the second position signal being assignable to the movable part; - the control unit outputting a confirmation signal when both closure criteria are satisfied, characterized in that the control unit determines a time interval between the first position signal and the second position signal as the first time criterion and compares said first time criterion with a fixed second time criterion in the control unit, and if the second time criterion is violated by the first time criterion, the control unit outputs an error signal. - a control unit receiving a first position signal from a first signal source as a first closure criterion, said closure criterion comprising at least one locking position of a vehicle latch for the movable part; - the control unit adding a conditional test instruction to the received first position signal, the conditional test instruction comprising checking for at least one second position signal as a second closure criterion after detecting the first position signal, the first closure criterion still being satisfied; - the control unit receiving the second position signal from a second signal source as the second closure criterion, the second signal source being different from the first signal source and the second position signal being assignable to the movable part; - the control unit outputting a confirmation signal when both closure criteria are satisfied,
Method of allocating transmission time slots in an optical wireless system comprising a plurality of access points connected to a wired network and controlled by a network controller, and a plurality of terminals, characterised in that: - one access point among said plurality of access points is associated with each terminal, such that the average quality of the uplink and the downlink between this access point and said terminal is maximum; - each terminal associated with an access point determines coverage information containing the identifiers of access points received by the terminal; - when the coverage information of a terminal is reduced to the identifier of the access point associated with the terminal, the access point allocates a transmission time slot to the downlink, within an available time range managed by the network controller CFP free down AP n; - when the coverage information of a terminal includes a plurality of access point identifiers, the network controller allocates a transmission time slot to the downlink between the terminal and its associated access point, within an available time range ( CFP free down AP n) and correspondingly eliminates the transmission time slot thus allocated from the available time ranges of access points belonging to the coverage information. - one access point among said plurality of access points is associated with each terminal, such that the average quality of the uplink and the downlink between this access point and said terminal is maximum; - each terminal associated with an access point determines coverage information containing the identifiers of access points received by the terminal; - when the coverage information of a terminal is reduced to the identifier of the access point associated with the terminal, the access point allocates a transmission time slot to the downlink, within an available time range managed by the network controller CFP free down AP n; - when the coverage information of a terminal includes a plurality of access point identifiers, the network controller allocates a transmission time slot to the downlink between the terminal and its associated access point, within an available time range ( CFP free down AP n) and correspondingly eliminates the transmission time slot thus allocated from the available time ranges of access points belonging to the coverage information.
A configuration method for configuring a host device in a control system, in particular a building control system, wherein an authorized configuration device exchanges confidential configuration data with a radio frequency identification tag coupled to the host device, wherein, after the confidential configuration data have been exchanged and a corresponding configuration operation has been performed, access to the confidential configuration data by an unauthorized configuration device, is precluded by locking said radio frequency identification tag, wherein configuring the host device comprises enabling the host device to join a network via a wireless network interface, and wherein the confidential configuration data comprise network parameters required for joining said network; and wherein the authorized configuration device locks said radio frequency identification tag by deleting the confidential configuration data from the radio frequency identification tag and by storing a back-up copy of the confidential configuration data in a non-volatile memory of the authorized configuration device or at another location in the network.
An operating room comprising: (a) walls (10, 19) and a ceiling; (b) a sub-floor (30, 30') and a finished floor; (c) a pod system for providing utilities is provided, wherein said pod system comprises at least one pod with utility connections (88, 89')providing utilities, there being at least one said pod mounted between said sub-floor (30, 30') and said finished floor; characterized in said pod being movable between a lowered position in which an upper surface of said pod is flush with said finished floor, thereby freeing any floor space occupied by the pod, and an upper position in which said pod is raised above said finished floor; said pod system being thereby adapted to occupy floor space only when a utility connection (88, 89) is required. (a) walls (10, 19) and a ceiling; (b) a sub-floor (30, 30') and a finished floor; (c) a pod system for providing utilities is provided, wherein said pod system comprises at least one pod with utility connections (88, 89')providing utilities, there being at least one said pod mounted between said sub-floor (30, 30') and said finished floor; characterized in said pod being movable between a lowered position in which an upper surface of said pod is flush with said finished floor, thereby freeing any floor space occupied by the pod, and an upper position in which said pod is raised above said finished floor; said pod system being thereby adapted to occupy floor space only when a utility connection (88, 89) is required.
A method for discovering a neighbouring network by an already operational network, wherein - the networks comprise a control channel, CCH, and a data channel, DCH, both the control channel, CCH, and the data channel, DCH, comprising a plurality of beacons (205, 201) to be transmitted sequentially, respectively, - channels are predetermined and beacon formats of their control channels, CCH, are known, and - an inter-beacon-interval of the data channel, DCH, of the already operational network comprises an active period followed by an inactive period (203, 204), characterized in that the method further comprises the steps of - changing the temporal lengths of the inactive periods (203, 204) in the data channel, DCH, of the already operational network by alternating the temporal lengths of the subsequent inactive periods (203, 204) between two different values, and - searching for a beacon (205 i) of a predetermined control channel, CCH, of a neighbouring network during subsequent inactive periods (203, 204) of the already operational network. - the networks comprise a control channel, CCH, and a data channel, DCH, both the control channel, CCH, and the data channel, DCH, comprising a plurality of beacons (205, 201) to be transmitted sequentially, respectively, - channels are predetermined and beacon formats of their control channels, CCH, are known, and - an inter-beacon-interval of the data channel, DCH, of the already operational network comprises an active period followed by an inactive period (203, 204), characterized in that the method further comprises the steps of - changing the temporal lengths of the inactive periods (203, 204) in the data channel, DCH, of the already operational network by alternating the temporal lengths of the subsequent inactive periods (203, 204) between two different values, and - searching for a beacon (205 i) of a predetermined control channel, CCH, of a neighbouring network during subsequent inactive periods (203, 204) of the already operational network.
A vehicle tire including a tread layer that is meant for a rolling contact against a ground surface, said tread layer being provided with a tread pattern comprising circumferential and transversal grooves, in between of which grooves there are formed tread blocks provided with sipes, wherein at least part of the sipes is made to be undulating in the lengthwise direction of the sipe, so that in the sipe, there are sequentially formed at least two main surfaces (272A, 272B) spaced apart by a distance, and in between said surfaces there is arranged a transfer zone, so that adjacent main surfaces (272A, 272B) are provided with locking elements which in the other wall of the sipe are formed as a rotation symmetrical frusto-conical bracket, and in the other wall of the sipe as a rotation symmetrical frusto-conical recess, and that said bracket and recess are matched together, when the sipe walls are pressed together in a usage situation, characterized in that the depth (h) of the sipe is not constant along the whole length and is largest at the main planes (272A, 272B).
A method of analyzing performance of a cellular network communication system, the method comprising: determining, by a first base station including at least one antenna or by a controller, at least one vertex of a Voronoi region, the Voronoi region corresponding to a coverage area for the base station, each location in the Voronoi region is closest to the base station than any other base stations, and the at least one vertex corresponding to a maximum transmitting distance; further determining, by the first base station or by the controller, a transmit power or a tilt angle for the at least one antenna based on the at least one vertex corresponding to the maximum transmitting distance of the Voronoi region; and transmitting (S420, S520), by the first base station, a pilot signal at the determined transmit power or tilt angle. determining, by a first base station including at least one antenna or by a controller, at least one vertex of a Voronoi region, the Voronoi region corresponding to a coverage area for the base station, each location in the Voronoi region is closest to the base station than any other base stations, and the at least one vertex corresponding to a maximum transmitting distance; further determining, by the first base station or by the controller, a transmit power or a tilt angle for the at least one antenna based on the at least one vertex corresponding to the maximum transmitting distance of the Voronoi region; and transmitting (S420, S520), by the first base station, a pilot signal at the determined transmit power or tilt angle.
A resin composition containing 100 parts by weight of an isobutylene-based block copolymer having an unsaturated bond and comprising (a) a polymer block mainly comprised of isobutylene and (b) a polymer block mainly comprised of an aromatic vinyl-based compound, and 0.1 - 50 parts by weight of a polythiol compound having two or more thiol groups in one molecule, wherein the isobutylene-based block copolymer having an unsaturated bond has an alkenyl group at the terminal.