mhurhangee/patent-ind-claim-en huggingface dataset:
A method for a core network apparatus, the method comprising: establishing at least two redundant protocol data unit sessions to at least one user equipment, wherein the at least two redundant protocol data unit sessions are established based on dual connectivity in a radio access network; collecting network status information related to the at least two redundant protocol data unit sessions; configuring a set of protocol data unit session switching patterns for the at least two redundant protocol data unit sessions based on the network status information; causing transmission of an indication of the set of protocol data unit session switching patterns to the at least one user equipment and the radio access network; and receiving an indication, from the radio access network, of a selected protocol data unit session switching pattern from the indicated set of protocol data unit session switching patterns, wherein the set of protocol data unit session switching patterns include one or more of: no redundancy, sporadic redundancy, selective redundancy, or full redundancy. establishing at least two redundant protocol data unit sessions to at least one user equipment, wherein the at least two redundant protocol data unit sessions are established based on dual connectivity in a radio access network; collecting network status information related to the at least two redundant protocol data unit sessions; configuring a set of protocol data unit session switching patterns for the at least two redundant protocol data unit sessions based on the network status information; causing transmission of an indication of the set of protocol data unit session switching patterns to the at least one user equipment and the radio access network; and receiving an indication, from the radio access network, of a selected protocol data unit session switching pattern from the indicated set of protocol data unit session switching patterns, wherein the set of protocol data unit session switching patterns include one or more of: no redundancy, sporadic redundancy, selective redundancy, or full redundancy.
A catheter system comprising: a needle injector coupled to a needle ; a stent detector coupled to the needle injector; a stent comprising one or more apertures , the stent configured to hold open one or more venous valves and receive the needle through the one or more apertures; and a first catheter comprising a fistula-forming element , wherein the stent detector is configured to non-invasively detect the stent. a needle injector coupled to a needle ; a stent detector coupled to the needle injector; a stent comprising one or more apertures , the stent configured to hold open one or more venous valves and receive the needle through the one or more apertures; and a first catheter comprising a fistula-forming element , wherein the stent detector is configured to non-invasively detect the stent.
A mount comprising: a head adapted to engage with a case of a handheld electronic device so as to removably mount the handheld electronic device to the mount ; a base ; an adjustment arm coupled at a first end to the base and at an opposite second end to the head , wherein the adjustment arm is configured to position the head relative to the base at the selection of a user; and an expanding clamp coupled to the base , the expanding clamp including a plurality of keys , a driver , and a fastener , the driver and the fastener being aligned with the base along a common axis; wherein the fastener passes at least partially through the base to engage with the driver , the keys are positioned around the fastener , and the fastener is configured to move the driver axially relative to the base to move the keys radially between a retracted position and an expanded position at the selection of the user. a head adapted to engage with a case of a handheld electronic device so as to removably mount the handheld electronic device to the mount ; a base ; an adjustment arm coupled at a first end to the base and at an opposite second end to the head , wherein the adjustment arm is configured to position the head relative to the base at the selection of a user; and an expanding clamp coupled to the base , the expanding clamp including a plurality of keys , a driver , and a fastener , the driver and the fastener being aligned with the base along a common axis; wherein the fastener passes at least partially through the base to engage with the driver , the keys are positioned around the fastener , and the fastener is configured to move the driver axially relative to the base to move the keys radially between a retracted position and an expanded position at the selection of the user.
A machine that can move on wheels, comprising a motorized cutter which can rotate with respect to its own vertical axis, containment means for containing transmission elements which are integral with said motorized cutter , supporting means for means for feeding and dispensing a wire or a cable which can rotate freely about the axis of the motorized cutter , and a roller having a horizontal axis for the adjustment of a height of said motorized cutter with respect to a ground and therefore of a depth of a trench generated by said motorized cutter , and for covering said trench with an adjacent soil displaced by said motorized cutter and accumulated in the vicinity of said trench, said wire or cable being accommodated and conveyed by said machine, characterized in that the machine further comprises, at the sides of an assembly constituted by said containment means of the transmission elements and by supporting means for the means for feeding and dispensing the wire or cable , two sliding guides , which can rotate freely about the axis of the motorized cutter , for the guidance and conveyance of an additional cable that is already placed on the ground, said sliding guides having a C-shaped transverse profile for the lateral accommodation of a portion of said additional cable that may be inserted in a component such as a spiral which is integral with each respective sliding guide .
Pharmaceutical or nutraceutical compositions comprising the peptide having the sequence NMYLPPVPPP PVVPTF in isolated form.
Non-therapeutic use of zinc phosphate, in an oral care composition comprising an orally acceptable carrier, for inhibiting chemical staining of dental enamel, wherein the inhibition of chemical staining comprises contacting the dental enamel with zinc phosphate and wherein the dental enamel is exposed to a chemical staining inducing material; wherein the oral care composition comprises zinc phosphate in an amount of from 0.1 weight % to 5 weight % by total weight of the composition.
Suspension unit for attaching a construction element, especially a lowered ceiling and/or a utility line, to an architectural construction; said suspension unit including: - an elongated support element with a first and second end; - an attachment part having an attachment surface for attaching said suspension unit to said architectural construction; said attachment part being fitted mainly perpendicular on the first end of the elongated support element in the longitudinal direction of said elongated support element; and wherein a number of recesses , especially openings, in which an adhesive can be absorbed, are provided in said attachment surface of said attachment part , wherein said elongated support element includes a short pin with an eye at the second end, characterized in that : said eye at the underside is provided with an opening forming a passage extending through the material of said eye , so that the axial protrusion of a placing device according to claim 11 can extend through said opening . - an elongated support element with a first and second end; - an attachment part having an attachment surface for attaching said suspension unit to said architectural construction; said attachment part being fitted mainly perpendicular on the first end of the elongated support element in the longitudinal direction of said elongated support element; and wherein a number of recesses , especially openings, in which an adhesive can be absorbed, are provided in said attachment surface of said attachment part , wherein said elongated support element includes a short pin with an eye at the second end, characterized in that : said eye at the underside is provided with an opening forming a passage extending through the material of said eye , so that the axial protrusion of a placing device according to claim 11 can extend through said opening .
An optical device , comprising: a plurality of optical input ports (101 1 , 101 2 , 101 3 , ..., 101 m ) configured to receive optical beams each having a plurality of wavelength components; a plurality of optical output ports (112 1 , 112 2 , 112 3 , ..., 112 n ); a wavelength dispersion element for receiving the optical beams and spatially separating each of the optical beams into a plurality of wavelengths components; and a switching arrangement for receiving the wavelength components of the optical beams and selectively directing any subset of the plurality of wavelength components of each of the optical beams to a different one of the optical output ports (112 1 , 112 2 , 112 3 , ..., 112 n ), provided that wavelength components of optical beams received by two of the input ports cannot be simultaneously directed to a common one of the output ports, wherein the switching arrangement includes at least one optical beam steering arrangement having a first region onto which the spatially separated wavelength components are directed and a second region onto which each of the selectively directed subset of wavelength components are directed after the wavelength components in each of the subsets are spatially recombined with one another, characterized in that the at least one optical beam steering arrangement includes a single optical beam steering arrangement on which the first and second regions are located. a plurality of optical input ports (101 1 , 101 2 , 101 3 , ..., 101 m ) configured to receive optical beams each having a plurality of wavelength components; a plurality of optical output ports (112 1 , 112 2 , 112 3 , ..., 112 n ); a wavelength dispersion element for receiving the optical beams and spatially separating each of the optical beams into a plurality of wavelengths components; and a switching arrangement for receiving the wavelength components of the optical beams and selectively directing any subset of the plurality of wavelength components of each of the optical beams to a different one of the optical output ports (112 1 , 112 2 , 112 3 , ..., 112 n ), provided that wavelength components of optical beams received by two of the input ports cannot be simultaneously directed to a common one of the output ports, wherein the switching arrangement includes at least one optical beam steering arrangement having a first region onto which the spatially separated wavelength components are directed and a second region onto which each of the selectively directed subset of wavelength components are directed after the wavelength components in each of the subsets are spatially recombined with one another, characterized in that the at least one optical beam steering arrangement includes a single optical beam steering arrangement on which the first and second regions are located.
A data provision apparatus for providing position data (P) and additional data (Z) to a higher-ranking unit , wherein the data provision apparatus comprises a signal preparation unit which is configured to receive position data (P) and to receive additional data (Z), to combine the position data (P) and the additional data (Z) with one another for a joint data transmission and to subsequently output them in a combined form, wherein the data provision apparatus further comprises a signal processing unit which is configured - to receive position data (P) from a position detection apparatus and to receive additional data (Z) from an additional data acquisition apparatus , - to bring the additional data (Z) into a defined relationship, preferably a temporal relationship, with the position data (P) and - to subsequently output at least the additional data (Z), preferably also the position data (P), to the signal preparation unit , characterized in that the signal processing unit is configured to generate a position-based trigger signal (p) in dependence on the received position data (P) and to output it to the additional data acquisition apparatus . wherein the data provision apparatus comprises a signal preparation unit which is configured to receive position data (P) and to receive additional data (Z), to combine the position data (P) and the additional data (Z) with one another for a joint data transmission and to subsequently output them in a combined form, wherein the data provision apparatus further comprises a signal processing unit which is configured - to receive position data (P) from a position detection apparatus and to receive additional data (Z) from an additional data acquisition apparatus , - to bring the additional data (Z) into a defined relationship, preferably a temporal relationship, with the position data (P) and - to subsequently output at least the additional data (Z), preferably also the position data (P), to the signal preparation unit , - to receive position data (P) from a position detection apparatus and to receive additional data (Z) from an additional data acquisition apparatus , - to bring the additional data (Z) into a defined relationship, preferably a temporal relationship, with the position data (P) and - to subsequently output at least the additional data (Z), preferably also the position data (P), to the signal preparation unit , characterized in that the signal processing unit is configured to generate a position-based trigger signal (p) in dependence on the received position data (P) and to output it to the additional data acquisition apparatus .
A transformer installation (90; 290), comprising: at least one non-liquid immersed transformer (100; 200; 300), comprising: a magnetic core (104; 204) comprising at least two core legs (110, 111, 112; 210, 211, 212) each having a winding axis ; at least two coil windings wound around at least one of the core legs (110, 111, 112; 210, 211, 212) of the magnetic core (104; 204) about the winding axis ; at least one coil cooling tube defining a coil cooling channel for guiding a dielectric cooling fluid, wherein the at least one cooling tube is wound about at least one of the at least two coil windings ; at least one core cooling channel arranged within the core , the core cooling channel being configured to guide a dielectric cooling fluid through the core ; at least one heat exchanging device (145; 345) fluidically connected to the transformer, wherein the heat exchanging device (145; 345) is arranged outside of and distinct from the transformer (100; 300); and at least one intermediate heat exchanging device arranged outside of the transformer and fluidically connected to the heat exchanging device via a coolant feed pipe and a coolant return pipe and to the transformer , wherein the intermediate heat exchanging device is configured to transfer heat absorbed from the transformer by the dielectric cooling fluid to a transfer medium and guide the transfer medium to the heat exchanging device to dissipate heat absorbed from the transformer to the environment. at least one non-liquid immersed transformer (100; 200; 300), comprising: a magnetic core (104; 204) comprising at least two core legs (110, 111, 112; 210, 211, 212) each having a winding axis ; at least two coil windings wound around at least one of the core legs (110, 111, 112; 210, 211, 212) of the magnetic core (104; 204) about the winding axis ; a magnetic core (104; 204) comprising at least two core legs (110, 111, 112; 210, 211, 212) each having a winding axis ; at least two coil windings wound around at least one of the core legs (110, 111, 112; 210, 211, 212) of the magnetic core (104; 204) about the winding axis ; at least one coil cooling tube defining a coil cooling channel for guiding a dielectric cooling fluid, wherein the at least one cooling tube is wound about at least one of the at least two coil windings ; at least one core cooling channel arranged within the core , the core cooling channel being configured to guide a dielectric cooling fluid through the core ; at least one heat exchanging device (145; 345) fluidically connected to the transformer, wherein the heat exchanging device (145; 345) is arranged outside of and distinct from the transformer (100; 300); and at least one intermediate heat exchanging device arranged outside of the transformer and fluidically connected to the heat exchanging device via a coolant feed pipe and a coolant return pipe and to the transformer , wherein the intermediate heat exchanging device is configured to transfer heat absorbed from the transformer by the dielectric cooling fluid to a transfer medium and guide the transfer medium to the heat exchanging device to dissipate heat absorbed from the transformer to the environment.
A radio access node in a communication system including a first beam and a second beam , comprising: processing circuitry , configured to: construct a system information block for said first beam , including: a common field having common system information associated with said first beam and said second beam , a first beam specific field having first beam specific system information indexed to said first beam , a common cell field having common system information for a first cell and a second cell of said communication system , and a first cell specific field having first cell specific system information indexed to the first cell, wherein the first cell specific field includes the common field and the first beam specific field ; and transmit said system information block to a user equipment for access to said communication system , wherein: the system information block facilitates a hierarchal architecture for cells and corresponding beams. construct a system information block for said first beam , including: a common field having common system information associated with said first beam and said second beam , a first beam specific field having first beam specific system information indexed to said first beam , a common cell field having common system information for a first cell and a second cell of said communication system , and a first cell specific field having first cell specific system information indexed to the first cell, wherein the first cell specific field includes the common field and the first beam specific field ; and a common field having common system information associated with said first beam and said second beam , a first beam specific field having first beam specific system information indexed to said first beam , a common cell field having common system information for a first cell and a second cell of said communication system , and a first cell specific field having first cell specific system information indexed to the first cell, wherein the first cell specific field includes the common field and the first beam specific field ; and transmit said system information block to a user equipment for access to said communication system , wherein: the system information block facilitates a hierarchal architecture for cells and corresponding beams.
Cellular radio data processing method, implemented by computing means of a SIM card of a terminal, characterized in that the SIM card stores in a memory a list of current identifiers of respective cells in which the terminal is successively located, and, in mobility situation, after reception of a current cell identifier, performs the steps of: a) determining whether the current cell identifier is in said list and if the current cell identifier is not in the list: b) sending a cell change notification to a remote server checking the current location of the terminal, and c) adding said current cell identifier to the list, the sending of a notification to the server being conditioned on the absence of the current identifier in said list, the notification sent to the server including the current cell identifier. a) determining whether the current cell identifier is in said list and if the current cell identifier is not in the list: b) sending a cell change notification to a remote server checking the current location of the terminal, and c) adding said current cell identifier to the list,
A glucoamylase variant comprising at least: (i) an amino acid substitution corresponding to position 431 in SEQ ID NO: 2 or an equivalent position based on amino acid sequence alignment with the sequence of SEQ ID NO: 2; and (ii) one or more amino acid substitutions at positions corresponding to positions 61, 73, 417, 430, 503, 511, 535, 539, or 563 of SEQ ID NO: 2 or equivalent positions based on amino acid sequence alignment with the sequence of SEQ ID NO: 2; wherein the glucoamylase variant has at least 93% sequence identity with SEQ ID NO: 2, and wherein the glucoamylase variant exhibits increased thermostability and/or increased specific activity as compared to the glucoamylase of SEQ ID NO: 2. (i) an amino acid substitution corresponding to position 431 in SEQ ID NO: 2 or an equivalent position based on amino acid sequence alignment with the sequence of SEQ ID NO: 2; and (ii) one or more amino acid substitutions at positions corresponding to positions 61, 73, 417, 430, 503, 511, 535, 539, or 563 of SEQ ID NO: 2 or equivalent positions based on amino acid sequence alignment with the sequence of SEQ ID NO: 2;
An apparatus for a single-track or multitrack provision of web-like interleaved sheet material at a cutting region in which products supplied on one track or on multiple tracks are cut into slices and interleaved sheets are introduced which are cut off from the provided interleaved sheet material in the cutting region, said apparatus comprising an output device which is configured to eject at least one material web into the cutting region, wherein the output device comprises at least one driven feed roll and at least one counter-unit which forms a feed gap for the material web together with the feed roll , and wherein the output device is configured to eject material webs on multiple tracks and comprises a driven feed roll for each track (S), wherein the feed rolls of the individual tracks (S) are combined pairwise or group-wise and a coaxial shaft drive is provided for each pair or for each group and comprises a plurality of drive shafts which are disposed coaxially in one another and which are each associated with one of the feed rolls .
A communication method of a terminal in a wireless communication system, the method comprising: determining whether there is previously stored information about a synchronization signal; detecting at least one synchronization signal, based on the previously stored information about the synchronization signal, when there is the previously stored information about the synchronization signal; identifying whether the frequency of the at least one detected synchronization signal is included in an operating frequency band of the terminal; and storing information about the at least one synchronization signal identified to be included in the operating frequency band of the terminal. determining whether there is previously stored information about a synchronization signal; detecting at least one synchronization signal, based on the previously stored information about the synchronization signal, when there is the previously stored information about the synchronization signal; identifying whether the frequency of the at least one detected synchronization signal is included in an operating frequency band of the terminal; and storing information about the at least one synchronization signal identified to be included in the operating frequency band of the terminal.