mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a radio network node (12,15) for enabling communication for a wireless device in a communication network, wherein the communication network comprises partitioned sets of functionalities wherein a first set of functionalities belongs to a first network slice, supporting the wireless device, of a first core network node, and a second set of functionalities belongs to a second network slice, supporting the wireless device, of a second core network node or the first core network node, and which first and second sets of functionalities are separated from one another and other sets of functionalities out of a total set of functionalities in the communication network; the method characterized by, - obtaining (902,1002) paging identities comprising a first paging identity and a second paging identity of the wireless device, which first paging identity is associated with the first network slice and the second paging identity is associated with the second network slice; - receiving a paging indication for the wireless device from the second network slice, when the wireless device is connected to the first network slice, which paging indication comprises the second paging identity of the wireless device; - initiating a matching process for matching the second paging identity in the received paging indication to the obtained paging identities for locating context of the wireless device, which context is related to the first network slice; and - paging, upon a match of the matching process, the wireless device, connected to the first network slice, for communication with the second network slice by using the located context of the wireless device. - obtaining (902,1002) paging identities comprising a first paging identity and a second paging identity of the wireless device, which first paging identity is associated with the first network slice and the second paging identity is associated with the second network slice; - receiving a paging indication for the wireless device from the second network slice, when the wireless device is connected to the first network slice, which paging indication comprises the second paging identity of the wireless device; - initiating a matching process for matching the second paging identity in the received paging indication to the obtained paging identities for locating context of the wireless device, which context is related to the first network slice; and - paging, upon a match of the matching process, the wireless device, connected to the first network slice, for communication with the second network slice by using the located context of the wireless device.
An electro-optic display in the state before an adhesive layer is crosslinked comprising: a layer of solid electro-optic material capable of changing at least one optical characteristic upon application of an electric field thereto; a backplane comprising at least one electrode arranged to apply an electric field to the layer of electro-optic material; and the adhesive layer disposed between the layer of electro-optic material and the backplane and adhesively securing the layer of electro-optic material to the backplane, the display being characterized in that the adhesive layer comprises a thermally-activatable cross-linking agent capable, upon exposure to an activation temperature, of cross-linking the adhesive layer. a layer of solid electro-optic material capable of changing at least one optical characteristic upon application of an electric field thereto; a backplane comprising at least one electrode arranged to apply an electric field to the layer of electro-optic material; and the adhesive layer disposed between the layer of electro-optic material and the backplane and adhesively securing the layer of electro-optic material to the backplane, the display being characterized in that the adhesive layer comprises a thermally-activatable cross-linking agent capable, upon exposure to an activation temperature, of cross-linking the adhesive layer.
Effector command interface intended to command power effectors, the command interface comprising an active control unit that is intended to convert a very-low-voltage command order sent by at least one very-low-voltage command receiver into an electrical command intended for the at least one power effector, the command interface being characterized in that it comprises a passive conversion unit connected to the active control unit by very-low-voltage electrical links, the passive conversion unit comprising: - at least two input ports (5A, 5B, 5C) that are intended to be connected to a very-low-voltage command receiver via very-low-voltage communication means of bus type, - at least two outputs that are interconnected with said at least two input ports (5A, 5B, 5C) and connected to the active control unit via very-low-voltage electrical links, the active control unit comprising processing means intended to convert very-low-voltage command orders transmitted by the very-low-voltage electrical links into a power command order for commanding, in a dedicated manner, at least one power effector, the conversion of the very-low-voltage command orders into a power command order being carried out depending on scenarios programmed into said unit; said passive conversion unit comprises internal connection means allowing each of those inputs of the input ports (5A, 5B, 5C) that are intended to command a given function to be connected in series, each series connection permitting a least one input to be electrically connected with a single very-low-voltage electrical link; each input port (5A, 5B, 5C) of the passive conversion unit comprises an input connected to a common internal first bus and at least one second input connected to an internal data bus (7A, 7B, 7C), - a first output of the passive conversion unit being interconnected with all the common internal buses and being connected to the active control unit via a first very-low-voltage electrical link, - at least one second output of the passive conversion unit being interconnected with at least one internal data bus (7A, 7B, 7C) and being connected to the active control unit via at least one second very-low-voltage electrical link. - at least two input ports (5A, 5B, 5C) that are intended to be connected to a very-low-voltage command receiver via very-low-voltage communication means of bus type, - at least two outputs that are interconnected with said at least two input ports (5A, 5B, 5C) and connected to the active control unit via very-low-voltage electrical links, - a first output of the passive conversion unit being interconnected with all the common internal buses and being connected to the active control unit via a first very-low-voltage electrical link, - at least one second output of the passive conversion unit being interconnected with at least one internal data bus (7A, 7B, 7C) and being connected to the active control unit via at least one second very-low-voltage electrical link.
A dual mode radiation detector comprising: an x-ray detector layer to convert incident x-ray radiation into x-ray electrical data, said x-ray detector layer forming an incident face of said dual mode radiation detector; a collimator disposed below the x-ray detector layer; and a gamma photon detector layer disposed below the collimator to convert incident gamma photons into gamma photon electrical data, wherein an x-ray filter layer is arranged between the x-ray detector layer and the collimator. an x-ray detector layer to convert incident x-ray radiation into x-ray electrical data, said x-ray detector layer forming an incident face of said dual mode radiation detector; a collimator disposed below the x-ray detector layer; and a gamma photon detector layer disposed below the collimator to convert incident gamma photons into gamma photon electrical data, wherein an x-ray filter layer is arranged between the x-ray detector layer and the collimator.
A method comprising: receiving packets (1110, 1210), from one or more user devices, at a terminal (120, 130); placing the packets (1112, 1212) on a first input queue and/or a second input queue; determining a priority and/or service class for each packet; en-queueing the packets (1116, 1118, 1218, 1220) onto a plurality of output queues including at least a first output queue and a second output queue based, at least in part, on the determined priority and/or service class; characterized by: detecting (1120, 1222) one or more eligible scrambled and coded multiple access, SCMA, slots within a frame of a communication system; identifying (1124, 1224) available SCMA slots, from the eligible SCMA slots, that are useable for transmitting data; and de-queueing packets (1126, 1236) from the first output queue onto the frame via one or more SCMA bursts encompassing at least one available SCMA slot, wherein the one or more SCMA bursts are autonomously transmitted relative to other SCMA bursts transmitted by other terminals in the communication system. receiving packets (1110, 1210), from one or more user devices, at a terminal (120, 130); placing the packets (1112, 1212) on a first input queue and/or a second input queue; determining a priority and/or service class for each packet; en-queueing the packets (1116, 1118, 1218, 1220) onto a plurality of output queues including at least a first output queue and a second output queue based, at least in part, on the determined priority and/or service class; characterized by: detecting (1120, 1222) one or more eligible scrambled and coded multiple access, SCMA, slots within a frame of a communication system; identifying (1124, 1224) available SCMA slots, from the eligible SCMA slots, that are useable for transmitting data; and de-queueing packets (1126, 1236) from the first output queue onto the frame via one or more SCMA bursts encompassing at least one available SCMA slot, wherein the one or more SCMA bursts are autonomously transmitted relative to other SCMA bursts transmitted by other terminals in the communication system. detecting (1120, 1222) one or more eligible scrambled and coded multiple access, SCMA, slots within a frame of a communication system; identifying (1124, 1224) available SCMA slots, from the eligible SCMA slots, that are useable for transmitting data; and de-queueing packets (1126, 1236) from the first output queue onto the frame via one or more SCMA bursts encompassing at least one available SCMA slot, wherein the one or more SCMA bursts are autonomously transmitted relative to other SCMA bursts transmitted by other terminals in the communication system.
A wearable article (8, 108, 208, 308) for soap bubble generation, comprising: a liquid-resistant wearable article having at least two films (11, 13) of liquid-resistant material sealed on at least one common edge and forming a pocket between said films (11, 13), the pocket being shaped to receive a body part; and a distal web (20, 120, 220, 320) provided integrally with said article (8, 108, 208, 308), said web having at least one hole adapted to form soap bubbles when said web is dipped in bubble solution and air is moved through said at least one hole, wherein said pocket substantially prevent the body part inside said pocket from touching the bubble solution when said web is dipped in the bubble solution while said article (8, 108, 208, 308) is being worn.
Method for carrying out an update to a software application in a device which is in operation, wherein an old version of a software component of the software application, which old version is already running in operation, is operated and wherein the old version transmits transmission data to at least one third-party application of the device or of another device via a communication apparatus and, meanwhile, in a transition phase, a new version of the software component is saved in a memory of the device and then executed, wherein transmission data of the new version are blocked by the communication apparatus, and after the new version has assumed a predetermined synchronisation state in respect of the old version and while the device is still in operation, in a changeover process a) the old version is deactivated and/or the transmission data of the old version are blocked by the communication apparatus and b) the transmission data of the new version are allowed through to the at least one third-party application by the communication apparatus, characterised in that, in the at least one third-party application, a respective new version of a software component operated there is also stored and is then executed, wherein the transmission data of an old version of the software component there continue to be allowed through by a communication apparatus there in a transition phase (P2') there and transmission data of the new version are blocked and only when all new versions have assumed the synchronisation state does each communication apparatus (14, 18) carry out the changeover process, wherein the transmission data of the old versions on the one hand and the transmission data (16', 17') of the new versions on the other hand are incompatible with one another. a) the old version is deactivated and/or the transmission data of the old version are blocked by the communication apparatus and b) the transmission data of the new version are allowed through to the at least one third-party application by the communication apparatus,
A composition for manufacturing contact lenses comprising: a first siloxane macromer with the number average molecular weight in a range of 500 to 10,000, represented by the following formula wherein in formula, R 1, R 2 and R 3 are independently C 1 -C 4 alkyl groups, R 4 is C 1 -C 6 alkyl group, R 5 is C 1 -C 4 alkylene group, R 6 is -OR 7 O- or -NH-, R 7, R 8 are independently C 1 -C 4 alkylene groups, m is an integer of 1 to 2 and n is an integer of 4 to 80; a second siloxane macromer, with the number average molecular weight in a range of 1,000 to 10,000, represented by the following formula wherein in formula, R 9, R 10 and R 11 are independently C 1 -C 4 alkyl groups, R 12, R 13, R 15, are independently C 1 -C 3 alkylene groups, R 14 is a residue obtained by removing NCO group from an aliphatic or aromatic diisocyanate, o is an integer of 4 to 80, p is an integer of 0 to 1 and q is an integer of 1 to 20; at least one hydrophilic monomer; and an initiator. a first siloxane macromer with the number average molecular weight in a range of 500 to 10,000, represented by the following formula wherein in formula, R 1, R 2 and R 3 are independently C 1 -C 4 alkyl groups, R 4 is C 1 -C 6 alkyl group, R 5 is C 1 -C 4 alkylene group, R 6 is -OR 7 O- or -NH-, R 7, R 8 are independently C 1 -C 4 alkylene groups, m is an integer of 1 to 2 and n is an integer of 4 to 80; a second siloxane macromer, with the number average molecular weight in a range of 1,000 to 10,000, represented by the following formula wherein in formula, R 9, R 10 and R 11 are independently C 1 -C 4 alkyl groups, R 12, R 13, R 15, are independently C 1 -C 3 alkylene groups, R 14 is a residue obtained by removing NCO group from an aliphatic or aromatic diisocyanate, o is an integer of 4 to 80, p is an integer of 0 to 1 and q is an integer of 1 to 20; at least one hydrophilic monomer; and an initiator. wherein in formula, R 9, R 10 and R 11 are independently C 1 -C 4 alkyl groups, R 12, R 13, R 15, are independently C 1 -C 3 alkylene groups, R 14 is a residue obtained by removing NCO group from an aliphatic or aromatic diisocyanate, o is an integer of 4 to 80, p is an integer of 0 to 1 and q is an integer of 1 to 20; at least one hydrophilic monomer; and an initiator.
A support structure (12;32;33) comprising a plurality of edges, each edge defining a pin-less releasable hinge assembly comprising a plurality of like releasable connection means, each releasable connection means comprising a hook element and a bar both provided adjacent each other along an edge of the support structure (12;32;33), wherein the hook element defines a channel having a complementary configuration to that of the bar, the hook element and the bar together defining a connecting pair, wherein the channel of each hook element of a connecting pair of one connection means is configured to accommodate a bar provided on a connecting pair of another connection means when the connecting pairs are brought into registration, wherein the connection means on the support structure (12;32;33) is configured releasably to engage like connection means on another part to be connected, wherein the like connection means comprises an identical connecting pair on an edge of the another part to be connected, the connecting means on the support structure (12;32;33) being configured only to engage and disengage the connecting means of the another part to be connected at a specific rotational position of the support structure (12;32;33) and the another part to be connected relative to each other, wherein the hook element of the connection means includes an opening providing access to the channel and the relative specific rotational position of the support structure (12;32;33) and the another part to be connected requires the opening to the channel of the support structure (12;32;33) to be axially opposite to the opening to the channel of the another part to be connected, said engagement thereby defining a common axis coincident with the bars and about which the support structure (12;32;33) and the another part to be connected are relatively rotatable to form a hinge.
A method for tuning at least one parameter of a noise cancellation enabled audio system with an audio processor (PROC) and an ear mountable playback device comprising a speaker and a feedforward microphone (FF_MIC), wherein in a regular mode of operation of the audio system, a useful audio signal to be played over the speaker is received via an audio input of the audio system, the method comprising: - placing the playback device onto a measurement fixture, wherein the speaker faces an ear canal representation of the measurement fixture and a test microphone located within the ear canal representation; - varying the parameter between a plurality of settings while a test sound is played from an ambient sound source; - receiving and storing a measurement signal from the test microphone at least while the parameter is varied; - determining a power minimum in the stored measurement signal; and - determining from the plurality of settings of the varied parameter a tune parameter associated with the power minimum; characterised in that: the above steps of varying the parameter, receiving and storing the measurement signal, determining the power minimum and determining the tune parameter are performed in the audio processor (PROC); playing of the test sound via the ambient sound source is independent from the audio system and the measurement fixture at least in terms of control and signals; and in that during a calibration mode of operation of the audio system, the measurement signal is received over the - audio input; - placing the playback device onto a measurement fixture, wherein the speaker faces an ear canal representation of the measurement fixture and a test microphone located within the ear canal representation; - varying the parameter between a plurality of settings while a test sound is played from an ambient sound source; - receiving and storing a measurement signal from the test microphone at least while the parameter is varied; - determining a power minimum in the stored measurement signal; and - determining from the plurality of settings of the varied parameter a tune parameter associated with the power minimum; the above steps of varying the parameter, receiving and storing the measurement signal, determining the power minimum and determining the tune parameter are performed in the audio processor (PROC); playing of the test sound via the ambient sound source is independent from the audio system and the measurement fixture at least in terms of control and signals; and in that during a calibration mode of operation of the audio system, the measurement signal is received over the - audio input;
A condensation water drain control mechanism comprising: a supercharger provided in an intake pipe passage of an internal combustion engine; an intercooler disposed on a downstream side of the supercharger; a pressure sensor configured so as to detect a pressure in the intake pipe passage on a downstream side of the intercooler; a reservoir configured so as to store condensation water which is condensed in the intercooler; a bypass passage communicating with the reservoir and configured so as to drain the condensation water; a bypass valve provided in the bypass passage; and a control section which is connected to the bypass valve and the pressure sensor, and configured so as to determine a drainage state of the condensation water in the reservoir, characterised in that the reservoir is provided in the intake pipe passage on the downstream side of the intercooler, and the drainage state is determined based on change in the pressure in the intake pipe passage, which is detected by the pressure sensor in a case where the bypass valve is in an open state. a supercharger provided in an intake pipe passage of an internal combustion engine; an intercooler disposed on a downstream side of the supercharger; a pressure sensor configured so as to detect a pressure in the intake pipe passage on a downstream side of the intercooler; a reservoir configured so as to store condensation water which is condensed in the intercooler; a bypass passage communicating with the reservoir and configured so as to drain the condensation water; a bypass valve provided in the bypass passage; and a control section which is connected to the bypass valve and the pressure sensor, and configured so as to determine a drainage state of the condensation water in the reservoir,