mhurhangee/patent-ind-claim-en huggingface dataset:
A machine implemented method comprising: determining an initial position of a mobile device based on knowledge of a location of one or more network access points of a terrestrial wireless network of which the mobile device is a part or based on a previous position fix obtained for the mobile device and knowledge of the movement of the mobile device since the previous position fix was computed; acquiring at the mobile device a plurality of satellite positioning system signals to facilitate a position fix, the acquiring using assistance data including at least the initial position of the mobile device to speed up the search for the plurality of satellite positioning signals; performing a position fix using the acquired satellite positioning system signals; detecting an erroneous condition based on a comparison of the position fix to the initial position of the mobile device; in response to said detection of said erroneous condition, and based at least in part on reliability of a position fix, initiating a full sky scan to acquire one or more satellite positioning system signals; and restarting the position fix process at the mobile device to obtain a position fix independently of said initial position by using the satellite positioning system signals acquired by the full sky scan. determining an initial position of a mobile device based on knowledge of a location of one or more network access points of a terrestrial wireless network of which the mobile device is a part or based on a previous position fix obtained for the mobile device and knowledge of the movement of the mobile device since the previous position fix was computed; acquiring at the mobile device a plurality of satellite positioning system signals to facilitate a position fix, the acquiring using assistance data including at least the initial position of the mobile device to speed up the search for the plurality of satellite positioning signals; performing a position fix using the acquired satellite positioning system signals; detecting an erroneous condition based on a comparison of the position fix to the initial position of the mobile device; in response to said detection of said erroneous condition, and based at least in part on reliability of a position fix, initiating a full sky scan to acquire one or more satellite positioning system signals; and restarting the position fix process at the mobile device to obtain a position fix independently of said initial position by using the satellite positioning system signals acquired by the full sky scan.
An IoT device random access method based on a massive MIMO technology, used in a cellular IoT communication system comprising multiple user equipments and at least one base station, the base station providing multiple beams; comprising: the base station forms random access response information in different beams, which are selected by signal intensity from beams received by the base station, the signal intensity being received from the beams in which same preamble sequence from the user equipments is received; the multiple user equipments accessing the base station by using the same preamble sequence in the different beams respectively. the base station forms random access response information in different beams, which are selected by signal intensity from beams received by the base station, the signal intensity being received from the beams in which same preamble sequence from the user equipments is received; the multiple user equipments accessing the base station by using the same preamble sequence in the different beams respectively.
A light fitting system comprising a light fitting for recessed mounting of a luminaire in a substrate (S), the light fitting comprising a luminaire support and a base for receiving the luminaire support ; and a luminaire support tool being a hand tool for manipulating the luminaire support in relation to the base of the light fitting , the luminaire support and the luminaire support tool being configured for cooperative inter-engagement whereby the luminaire support tool may be releasably inter-engaged with the luminaire support to enable manipulation of the luminaire support in relation to the base , wherein the luminaire support tool has a first configuration in which the tool adopts an engaged configuration in which it can be cooperatively inter-engaged with a corresponding luminaire support and a second configuration in which the tool adopts a released configuration in which it may not be cooperatively inter-engaged with a luminaire support and may be moved independently of the luminaire support .
A birthing sensor for mounting on the tail of a pregnant animal comprising a casing and an adjustable strap for securing the casing to the tail of a pregnant animal, the casing housing monitoring equipment, communication equipment and a power supply therein, the birthing sensor further comprising a padding insert comprising a resiliently deformable material for placement intermediate the birthing sensor and the tail of a pregnant animal, the padding insert further comprising a plurality of spaced apart, resiliently deformable frusto-pyramidal members , the frusto-pyramidal members having a rectangular base and four upright sides, and in which in use, the resiliently deformable members are downwardly-depending oriented in a direction against slipping down along the tail.
A composite comprising a fabric and a polyampholyte hydrogel, wherein the polyampholyte hydrogel is a hydrogel of a polymer bearing randomly dispersed cationic and anionic repeat groups; and at least a part of the fabric is coated with the polyampholyte hydrogel, wherein the polyampholyte hydrogel is selected from the group consisting of random polymers obtained by random polymerization of at least one cationic monomer selected from the group consisting of 3-(methacryloylamino)-propyltrimethylammonium chloride (MPTC), acryloyloxethyltrimethylammonium chloride (DMAEA-Q), methacrylatoethyl trimethyl ammonium chloride (MTAC) and 4-vinylpyridine chloride (4-VPC), and the anionic monomer sodium p-styrenesulfonate (NaSS), and wherein the molar fraction of the anionic monomer to the total of the anionic monomer and the cationic monomer is in a range from 0.4 to 0.6 and the total concentration of the anionic monomer and the cationic monomer in a monomer mixture is in a range from 1 to 5 mol/L.
A mounting device for performing an assembly process in an elevator shaft of an elevator system , said mounting device comprising: A support component ; a mechatronic assembly component ; wherein the support component is designed to be moved relative to the elevator shaft and to be positioned at different heights within the elevator shaft ; wherein the assembly component is held at the support component and configured to perform a mounting step as part of the assembly process in at least a partially automatic manner, wherein the support component comprises a fixing component (19, 119; 120) adapted to fix at least one of the support component and the assembly component within the elevator shaft in a direction traverse to the vertical , wherein the fixing component (19; 119, 120) is designed to support itself laterally on walls of the elevator shaft ; characterized in that the fixing component (19; 119, 120) has a fixed support element that extends longitudinally vertically. A support component ; a mechatronic assembly component ; wherein the support component is designed to be moved relative to the elevator shaft and to be positioned at different heights within the elevator shaft ; wherein the assembly component is held at the support component and configured to perform a mounting step as part of the assembly process in at least a partially automatic manner, wherein the support component comprises a fixing component (19, 119; 120) adapted to fix at least one of the support component and the assembly component within the elevator shaft in a direction traverse to the vertical , wherein the fixing component (19; 119, 120) is designed to support itself laterally on walls of the elevator shaft ; characterized in that the fixing component (19; 119, 120) has a fixed support element that extends longitudinally vertically.
A method for use in a wireless device , the method comprising: starting a first timer for monitoring a radio link for a radio link failure, wherein the first timer is started if a total number of out of sync, OOS, indications is greater than a threshold, wherein the total number of OOS indications is a function of: one or more periodic OOS indications associated with the radio link; and aperiodic indications obtained from monitoring a beam for a beam link failure; wherein each aperiodic indication is given more weight than each of the one or more periodic OOS indications in the function; and declaring the radio link failure in response to expiry of the first timer. starting a first timer for monitoring a radio link for a radio link failure, wherein the first timer is started if a total number of out of sync, OOS, indications is greater than a threshold, wherein the total number of OOS indications is a function of: one or more periodic OOS indications associated with the radio link; and aperiodic indications obtained from monitoring a beam for a beam link failure; one or more periodic OOS indications associated with the radio link; and aperiodic indications obtained from monitoring a beam for a beam link failure; wherein each aperiodic indication is given more weight than each of the one or more periodic OOS indications in the function; and declaring the radio link failure in response to expiry of the first timer.
A computer implemented method for access control for a consumer accessing a restricted resource in a network connected computer system , the method comprises: receiving a continuous sequence of data records relating to use, by the consumer, of the restricted resource, while, the resource being accessed by the consumer over an access network , wherein the continuous sequence of data records is received from the restricted resource; continuously comparing the data records with an access control policy for the restricted resource, wherein the data records reflect the access and use of the resource constituting a behaviour of the consumer for checking on a continuous basis; in response to a determination that the behaviour is non-compliant with respect to the policy, generating and communicating a shared secret to the consumer, the shared secret being communicated via a communications channel other than the access network; receiving a response to a challenge from the consumer via the access network; and notifying the computer system that access to the resource by the consumer should be precluded based on a comparison of the response to the challenge and the shared-secret. receiving a continuous sequence of data records relating to use, by the consumer, of the restricted resource, while, the resource being accessed by the consumer over an access network , wherein the continuous sequence of data records is received from the restricted resource; continuously comparing the data records with an access control policy for the restricted resource, wherein the data records reflect the access and use of the resource constituting a behaviour of the consumer for checking on a continuous basis; in response to a determination that the behaviour is non-compliant with respect to the policy, generating and communicating a shared secret to the consumer, the shared secret being communicated via a communications channel other than the access network; receiving a response to a challenge from the consumer via the access network; and notifying the computer system that access to the resource by the consumer should be precluded based on a comparison of the response to the challenge and the shared-secret.
Device for pneumatically driving a rotor in a balancing machine, having at least one drive nozzle , which is connectable to a compressed-air line and which serves for generating a driving air stream which can be directed onto the rotor , and at least one braking nozzle , which is connectable to a compressed-air line and which serves for generating a braking air flow which can be directed onto the rotor in a direction opposite to the direction of rotation of the rotor , characterised in that said device also having a base plate which is arrangeable with a spacing to the rotor and on which the nozzles are movably arranged, such that the spacing between the nozzles and the rotor is adjustable.
A method for the set-up of a work centre to process section bars , in particular made of aluminium, light alloys, PVC or the like, the work centre comprising an elongated base extending in a first, substantially horizontal direction ; an operating head to process the section bars ; at least one gripping unit provided with a first clamping vice comprising a first jaw and a second jaw , which are movable relative to one another in a second direction , which is substantially horizontal and transverse to the first direction , between a clamping position to clamp at least one section bar and a release position, the second jaw being coupled in a sliding manner to a guide device , which is parallel to the second direction , so as to selectively control the release position of the first clamping vice ; and at least one loading and/or unloading station , which is obtained along the base in order to load the section bars to be processed into the first clamping vice and/or unload the section bars that were just processed from the first clamping vice ; the method being characterized in that it comprises the steps of: grabbing the second jaw by means of a second clamping vice ; moving the second clamping vice and the second jaw in the second direction in order to adjust the release position of the first clamping vice ; releasing the second jaw from the second clamping vice ; and transferring the section bars between the first clamping vice and the loading and/or unloading station by means of the second clamping vice . grabbing the second jaw by means of a second clamping vice ; moving the second clamping vice and the second jaw in the second direction in order to adjust the release position of the first clamping vice ; releasing the second jaw from the second clamping vice ; and transferring the section bars between the first clamping vice and the loading and/or unloading station by means of the second clamping vice .
Percolation-type filtration device comprising a divider that divides the device into an upper basin , which collects water to be filtered, and a lower basin that collects filtered water, the two basins (4a, b) communicating with one another via a duct defined in said divider, said duct forming a seat for receiving a filter cartridge , a valve passage being defined in said divider and comprising a flow shut-off valve for selectively allowing/preventing the passage of liquid between the upper basin and the lower basin , said flow shut-off valve being designed to be opened by rotating a relative shutter , said valve passage comprising a closure portion on which said shutter rests when closed, wherein said shutter is rotatable around an axis of rotation (X) parallel to said valve passage , said flow shut-off valve being designed such that it can be opened by rotating the shutter around said axis of rotation (X), characterised in that said device comprises an abutting element configured to prevent an axial translational movement of the shutter along said axis of rotation (X) away from the closure portion of the valve passage when said shutter is closed.
A method for cancelling spillover in a multiple input multiple output radar system comprising a plurality of transmit-receive pairs , each pair comprising a transmitter subsystem and a receiver subsystem and being associated with a spillover cancellation subsystem , the method comprising the steps of: a) transmitting a signal from the transmitter subsystem of a transmit-receive pair ; b) receiving a signal corresponding to the transmitted signal in the receiver subsystem of said transmit-receive pair , the received signal including a spillover signal with a power level; c) routing a part of the transmitted signal of said transmit-receive pair to the received signal to increase the power level of the spillover signal; and d) cancelling the spillover signal and the part of the transmitted signal by the spillover cancellation subsystem associated with said transmit-receive pair . a) transmitting a signal from the transmitter subsystem of a transmit-receive pair ; b) receiving a signal corresponding to the transmitted signal in the receiver subsystem of said transmit-receive pair , the received signal including a spillover signal with a power level; c) routing a part of the transmitted signal of said transmit-receive pair to the received signal to increase the power level of the spillover signal; and d) cancelling the spillover signal and the part of the transmitted signal by the spillover cancellation subsystem associated with said transmit-receive pair .
A method for wireless communication performed by a network access device, the method comprising: identifying at least one dedicated set of resources for at least one user equipment, UE, in a first set of UEs, wherein the network access device is a member of a monitoring set of network access devices for each UE in the first set of UEs; measuring a first set of pilot signals received from the first set of UEs on the at least one dedicated set of resources, and a second set of pilot signals received from a second set of UEs using a common set of resources; and identifying , based at least in part on measurements of the first set of pilot signals and the second set of pilot signals, a third set of UEs for which the network access device operates as a serving cell, wherein the third set of UEs comprises at least one UE in the first set of UEs, or at least one UE in the second set of UEs, or a combination thereof. identifying at least one dedicated set of resources for at least one user equipment, UE, in a first set of UEs, wherein the network access device is a member of a monitoring set of network access devices for each UE in the first set of UEs; measuring a first set of pilot signals received from the first set of UEs on the at least one dedicated set of resources, and a second set of pilot signals received from a second set of UEs using a common set of resources; and identifying , based at least in part on measurements of the first set of pilot signals and the second set of pilot signals, a third set of UEs for which the network access device operates as a serving cell, wherein the third set of UEs comprises at least one UE in the first set of UEs, or at least one UE in the second set of UEs, or a combination thereof.
Brushware comprising the constituents: - monofilaments or bristles and - at least one head, handle and/or neck, wherein the constituents comprise or consist of polymers from the same polymer class selected from polymer and wherein the polymer class is selected from polyamide, characterized in that the polymer is a polymer derived from the monomers ω-aminododecanoic acid and/or laurolactam. - monofilaments or bristles and - at least one head, handle and/or neck, the constituents comprise or consist of polymers from the same polymer class selected from polymer and wherein the polymer class is selected from polyamide, characterized in that the polymer is a polymer derived from the monomers ω-aminododecanoic acid and/or laurolactam.
A protection element made of papercraft material for protecting one or more bottles (B), said protection element comprising two support elements connected by a connection element , wherein each support element has an upper wall (5; 6) and two support walls (7, 8; 9, 11) associated below the respective upper wall (5; 6) to support it, wherein the upper wall (5; 6) of each support element (2; 3) is connected to said connection element along a longitudinal axis (y), wherein a first support wall (8; 9) of each support element is arranged at said connection element and has a shaped opening (16; 17) for each bottle (B) to be protected, said protection element being characterized in that said connection element has two shaped flaps (18; 19) for each bottle (B) to be protected, each shaped flap (18; 19) being arranged at the respective support element (2; 3) and projecting at the respective upper wall of the respective support element (2; 3) on a respective shaped opening (16; 17) of the respective first support wall (8; 9), wherein one or each shaped flap of said connection element has at least one transverse folding line , arranged transversely to said longitudinal axis (y), with respect to which the respective shaped flap is capable of folding, each shaped flap (18; 19) being configured so that, during use, when the respective bottle (B) to be protected is arranged on said protection element resting on the respective shaped flaps (18; 19), the weight of said bottle (B) acts on the respective shaped flaps (18; 19) which fold with respect to the respective at least one transverse folding line to insert in the respective shaped openings (16; 17) of said support walls (8; 9) and lock the bottle (B) in position. wherein the upper wall (5; 6) of each support element (2; 3) is connected to said connection element along a longitudinal axis (y), wherein a first support wall (8; 9) of each support element is arranged at said connection element and has a shaped opening (16; 17) for each bottle (B) to be protected, said protection element being characterized in that said connection element has two shaped flaps (18; 19) for each bottle (B) to be protected, each shaped flap (18; 19) being arranged at the respective support element (2; 3) and projecting at the respective upper wall of the respective support element (2; 3) on a respective shaped opening (16; 17) of the respective first support wall (8; 9), wherein one or each shaped flap of said connection element has at least one transverse folding line , arranged transversely to said longitudinal axis (y), with respect to which the respective shaped flap is capable of folding, each shaped flap (18; 19) being configured so that, during use, when the respective bottle (B) to be protected is arranged on said protection element resting on the respective shaped flaps (18; 19), the weight of said bottle (B) acts on the respective shaped flaps (18; 19) which fold with respect to the respective at least one transverse folding line to insert in the respective shaped openings (16; 17) of said support walls (8; 9) and lock the bottle (B) in position.