mhurhangee/patent-ind-claim-en huggingface dataset:
A method of changing Group Owner, GO, intent by initiating or receiving a GO Negotiation Request frame in a first device, the method comprising: searching for a second device, wherein the first device and the second device are Wi-Fi Direct capable devices; receiving network information from the second device, wherein the network information includes device type information for indicating whether the second device is a server device or a client device; determining a device among the first and second devices as a GO based on the received network information of the second device and on network information of the first device; receiving the GO Negotiation Request frame from the second device, the GO Negotiation Request frame comprising the second device's GO intent value; setting the first device's GO intent value higher than the second device's GO intent value if the first device must be the GO but the first device's GO intent value is lower than the second device's GO intent value in the GO Negotiation Request frame; setting the first device's GO intent value lower than the second device's GO intent value if the first device must be the Group Client, GO, but the first device's GO intent value is higher than the second device's GO intent value in the GO Negotiation Request frame; and wherein the maximum value of the first device's GO intent value and the second device's GO intent value is 15. searching for a second device, wherein the first device and the second device are Wi-Fi Direct capable devices; receiving network information from the second device, wherein the network information includes device type information for indicating whether the second device is a server device or a client device; determining a device among the first and second devices as a GO based on the received network information of the second device and on network information of the first device; receiving the GO Negotiation Request frame from the second device, the GO Negotiation Request frame comprising the second device's GO intent value; setting the first device's GO intent value higher than the second device's GO intent value if the first device must be the GO but the first device's GO intent value is lower than the second device's GO intent value in the GO Negotiation Request frame; setting the first device's GO intent value lower than the second device's GO intent value if the first device must be the Group Client, GO, but the first device's GO intent value is higher than the second device's GO intent value in the GO Negotiation Request frame; and wherein the maximum value of the first device's GO intent value and the second device's GO intent value is 15.
Thick matter pumping device, in particular for a mobile thick matter pump, comprising an at least pivotable S-pipe (10a-n) which comprises an inlet and an outlet which is offset in an axially parallel manner relative to the inlet , and comprising an outlet pipe section (17a-n) which adjoins the S-pipe (10a-n) and to which a delivery line is connected, wherein the outlet pipe section (17a-n) is intended to be connected to the outlet of the S-pipe (10a-n), and comprising at least one seal (18a; 18b; 18c; 18d) which comprises at least two sealing surfaces (15a-n, 16a-n) which can be twisted relative to one another and which are provided for sealing a connection between the S-pipe (10a-n) and the outlet pipe section (17a-n), and at least one wear element (13a-n, 14an) which forms one of the sealing surfaces (15a-n, 16a-n), wherein at least one guide ring (26a-n, 27a-n) for forming a plain bearing (43a-n) which is provided for bearing the S-pipe (10a-n) relative to the outlet pipe section (17a-n), and wherein the guide ring (26a-n, 27a-n) comprises at least one bearing surface which is provided for forming a plain bearing (43a-n) and which is formed integrally with one of the sealing surfaces (15a-n, 16a-n), at least in part.
Perineal probe comprising a probe body which includes: - a cylindrical portion configured to be positioned at the opening of the vaginal or anal endocavity of a patient, - a flared portion which extends from one end of the cylindrical portion , the flared portion extends in a flared manner from the cylindrical portion to a free upper end , the flared portion being elastically deformable between a folded position and a deployed position so as to rest on the walls of the endocavity, and - electronic organs configured to interact with the muscles of the perineum of a patient, the electronic organs being disposed on the flared portion and/or on the cylindrical portion , characterized in that the flared portion includes, on the one hand, at least one side wall which has an internal face delimiting a conical internal volume of the flared portion , and, on the other hand, at least one longitudinal groove which extends in a plane of symmetry of the perineal probe . - a cylindrical portion configured to be positioned at the opening of the vaginal or anal endocavity of a patient, - a flared portion which extends from one end of the cylindrical portion , the flared portion extends in a flared manner from the cylindrical portion to a free upper end , the flared portion being elastically deformable between a folded position and a deployed position so as to rest on the walls of the endocavity, and - electronic organs configured to interact with the muscles of the perineum of a patient, the electronic organs being disposed on the flared portion and/or on the cylindrical portion , characterized in that the flared portion includes, on the one hand, at least one side wall which has an internal face delimiting a conical internal volume of the flared portion , and, on the other hand, at least one longitudinal groove which extends in a plane of symmetry of the perineal probe .
An electrical measurement cartridge comprising: a container having an opening portion and a sample holding portion ; a lid including a sealing portion configured to seal with at least part of the sample holding portion and a shaft portion extending from the sealing portion , wherein the container is configured to engage with the lid when the sealing portion seals with the at least part of the sample holding portion ; an electrode secured to the sample holding portion ; and at least one spring configured to generate a pressing force on at least a portion of the lid when the container and the lid are engaged, the pressing force being generated in a direction in which the lid extends; characterized in that the sealing portion is configured to separate a sealed portion of the sample holding portion from the electrode . a container having an opening portion and a sample holding portion ; a lid including a sealing portion configured to seal with at least part of the sample holding portion and a shaft portion extending from the sealing portion , wherein the container is configured to engage with the lid when the sealing portion seals with the at least part of the sample holding portion ; an electrode secured to the sample holding portion ; and at least one spring configured to generate a pressing force on at least a portion of the lid when the container and the lid are engaged, the pressing force being generated in a direction in which the lid extends; characterized in that the sealing portion is configured to separate a sealed portion of the sample holding portion from the electrode .
Sole of a snowshoe , comprising a rubber composition based on at least a predominant isoprene elastomer, a reinforcing inorganic filler, a plasticizer and a crosslinking system.
A method for deduplication for a storage system using a memory, the memory storing a table containing data of access requests and respective insert identifiers, the method comprising: receiving , with one or more processors, a request to write data to the table, the request including an insert identifier uniquely identifying the data; processing , with the one or more processors, the insert identifier for the request by comparing the received insert identifier with other insert identifiers that have been stored in the table within a time window of predetermined duration moving relative to a current time; determining , with the one or more processors, whether the write data corresponding to the insert identifier is duplicate data; storing , with the one or more processors, the insert identifier in the table and adding the write data to the table when the data is not duplicate data; flagging , with the one or more processors, the duplicate data by maintaining an identifier indicating that the data is a duplicate, when the data is duplicate data; and updating , with the one or more processors, the memory to remove insert identifiers added before the predetermined time window. receiving , with one or more processors, a request to write data to the table, the request including an insert identifier uniquely identifying the data; processing , with the one or more processors, the insert identifier for the request by comparing the received insert identifier with other insert identifiers that have been stored in the table within a time window of predetermined duration moving relative to a current time; determining , with the one or more processors, whether the write data corresponding to the insert identifier is duplicate data; storing , with the one or more processors, the insert identifier in the table and adding the write data to the table when the data is not duplicate data; flagging , with the one or more processors, the duplicate data by maintaining an identifier indicating that the data is a duplicate, when the data is duplicate data; and updating , with the one or more processors, the memory to remove insert identifiers added before the predetermined time window.
A system for voice controlled operation of a sink faucet : a communication network including a server , a communication bus or local network and a home hub comprising: a microphone configured to collect at least one voice sink faucet command for the sink faucet from a user ; and a network device configured to package data, indicative of the at least one voice sink faucet command from the user , in an audio file and send data indicative of the at least one voice sink faucet command from the user to the server ; and a home hub communication device for the sink faucet , the home hub communication device comprising: a control system including a processor , a memory and a communication interface configured to receive, from the server , data indicative of at least one voice command from the user ; and a controller configured to perform an analysis of data indicative of the at least one voice command from the user and, in response to the analysis, control one or more valves to control a flow of water for the sink faucet ; wherein the voice sink faucet command from the user includes a summons command, a skill command including a device identifier for the sink faucet and a device function command. a microphone configured to collect at least one voice sink faucet command for the sink faucet from a user ; and a network device configured to package data, indicative of the at least one voice sink faucet command from the user , in an audio file and send data indicative of the at least one voice sink faucet command from the user to the server ; and a home hub communication device for the sink faucet , the home hub communication device comprising: a control system including a processor , a memory and a communication interface configured to receive, from the server , data indicative of at least one voice command from the user ; and a controller configured to perform an analysis of data indicative of the at least one voice command from the user and, in response to the analysis, control one or more valves to control a flow of water for the sink faucet ; wherein the voice sink faucet command from the user includes a summons command, a skill command including a device identifier for the sink faucet and a device function command. a control system including a processor , a memory and a communication interface configured to receive, from the server , data indicative of at least one voice command from the user ; and a controller configured to perform an analysis of data indicative of the at least one voice command from the user and, in response to the analysis, control one or more valves to control a flow of water for the sink faucet ; wherein the voice sink faucet command from the user includes a summons command, a skill command including a device identifier for the sink faucet and a device function command.
A method for paging a terminal, comprising: receiving, by a mobile management element , a paging request of a visited location register for paging a terminal, and inquiring a status parameter of the paged terminal, the method being characterized by judging, by the mobile management element , whether the paged terminal is in a sleep state according to the status parameter of the paged terminal, and when the paged terminal is in the sleep state, transmitting a signaling to inform the visited location register that the paged terminal is in the sleep state; wherein after the visited location register receives the signaling, the method further comprises: transmitting, by the visited location register , a paging request to the mobile management element again according to content of the signaling. wherein the signaling is "SGsAP-UE-UNREACHABLE" or "SGsAP-PAGING-REJECT", and comprises a cause value which is configured as: "terminal unreachable" or "terminal in a power saving mode". wherein the signaling "SGsAP-UE-UNREACHABLE" or "SGsAP-PAGING-REJECT" further comprises: time when the terminal enters an active status next time. receiving, by a mobile management element , a paging request of a visited location register for paging a terminal, and inquiring a status parameter of the paged terminal, the method being characterized by judging, by the mobile management element , whether the paged terminal is in a sleep state according to the status parameter of the paged terminal, and when the paged terminal is in the sleep state, transmitting a signaling to inform the visited location register that the paged terminal is in the sleep state; wherein after the visited location register receives the signaling, the method further comprises: transmitting, by the visited location register , a paging request to the mobile management element again according to content of the signaling. wherein the signaling is "SGsAP-UE-UNREACHABLE" or "SGsAP-PAGING-REJECT", and comprises a cause value which is configured as: "terminal unreachable" or "terminal in a power saving mode". wherein the signaling "SGsAP-UE-UNREACHABLE" or "SGsAP-PAGING-REJECT" further comprises: time when the terminal enters an active status next time.
A computing device in communication with an input/output, I/O, device providing virtualized hardware resources for use by a plurality of virtual function, VF, drivers of a plurality of virtual machines, VM, the computing device is configured to: execute a virtual machine manager, VMM, that implements a physical function, PF, driver and a plurality of base address register, BAR, roles supported by a plurality of virtual functions exposed by the I/O device, the PF driver and the plurality of virtual functions corresponding to the plurality of virtual function, VF, drivers implemented by the plurality of VMs, in response to a bootup or a reset of the I/O device and a load of the PF driver: set, by at least one of the PF driver and the I/O device, a global configuration status register, CSR, to a mapping-value defining a certain mapping of a plurality of mappings between the plurality of BAR roles and I/O device BARs of the plurality of virtual functions , wherein in response to the setting, the plurality of VF drivers for the plurality of virtual functions corresponding to the PF driver are loaded, wherein each respective VF driver obtains the mapping-value of the global CSR and maps, according to the certain mapping, a plurality of BARs of the VF driver designated for the plurality of BAR roles, to the corresponding I/O device BARs of the plurality of virtual functions mapped to the plurality of BAR roles; wherein the BAR roles are selected from the group consisting of: Mailbox space, Doorbell space, MSI-X space, and CSR space. execute a virtual machine manager, VMM, that implements a physical function, PF, driver and a plurality of base address register, BAR, roles supported by a plurality of virtual functions exposed by the I/O device, the PF driver and the plurality of virtual functions corresponding to the plurality of virtual function, VF, drivers implemented by the plurality of VMs, in response to a bootup or a reset of the I/O device and a load of the PF driver: set, by at least one of the PF driver and the I/O device, a global configuration status register, CSR, to a mapping-value defining a certain mapping of a plurality of mappings between the plurality of BAR roles and I/O device BARs of the plurality of virtual functions , wherein in response to the setting, the plurality of VF drivers for the plurality of virtual functions corresponding to the PF driver are loaded, wherein each respective VF driver obtains the mapping-value of the global CSR and maps, according to the certain mapping, a plurality of BARs of the VF driver designated for the plurality of BAR roles, to the corresponding I/O device BARs of the plurality of virtual functions mapped to the plurality of BAR roles; wherein the BAR roles are selected from the group consisting of: Mailbox space, Doorbell space, MSI-X space, and CSR space.
A method for treating a reflective optical element for the EUV wavelength range comprising a reflective coating on a substrate, wherein the reflective optical element is irradiated with at least one radiation pulse having a duration of between 1 μs and 1 s, wherein irradiation is carried out by means of at least one radiation source and the at least one radiation source and the reflective optical element perform a relative movement with respect to one another, characterized in that irradiation is carried out at a wavelength in the range of between 800 nm and 1100 nm.
A base station device comprising a transmission processing unit configured to transmit first control information including information specific to a terminal group to the terminal group including one or more terminal devices , and transmit second control information to the terminal group on a basis of the information specific to the terminal group, wherein the information specific to the terminal group is information specific to a beam that is receivable for the plurality of terminal devices belonging to the terminal group and that is an index of a synchronization signal block transmitted by using the beam.
A three-dimensional network having a surface and an interior, said three-dimensional network (a) is composed of a water-swellable polymer formed by crosslinking water soluble polymer chains; (b) is crosslinked to the surface of a rigid substrate; and (c) comprises probe molecules covalently attached to the polymer chains, characterized in that (i) said network comprises at least 5 channels, that converge at a point in the interior of the network such that the lateral distance between the channels decreases from the surface toward the point in the interior and (ii) a majority of the probe molecules are immobilized in the interior of the network and at least a portion of the probe molecules adjoin a channel. (a) is composed of a water-swellable polymer formed by crosslinking water soluble polymer chains; (b) is crosslinked to the surface of a rigid substrate; and (c) comprises probe molecules covalently attached to the polymer chains, characterized in that (i) said network comprises at least 5 channels, that converge at a point in the interior of the network such that the lateral distance between the channels decreases from the surface toward the point in the interior and (ii) a majority of the probe molecules are immobilized in the interior of the network and at least a portion of the probe molecules adjoin a channel. (i) said network comprises at least 5 channels, that converge at a point in the interior of the network such that the lateral distance between the channels decreases from the surface toward the point in the interior and (ii) a majority of the probe molecules are immobilized in the interior of the network and at least a portion of the probe molecules adjoin a channel.
An apparatus comprising a processor and a memory, the apparatus further including computer-executable instructions stored in the memory of the apparatus which, when executed by the processor of the apparatus, cause the apparatus to: query a resource listing entity to obtain information about a resource assigned with a security classification, the information comprising a security achievability mechanism that is expected to be performed for accessing the resource, wherein the security achievability mechanism is for meeting security requirements determined based on the security classification; evaluate the security achievability mechanism to determine a security mechanism to be carried out in order to meet the security requirements for accessing the resource; based on the evaluation, initiating the security mechanism; based on the security mechanism having been performed, obtain an assertion from a trusted third party ; and based on the assertion, receive an authorization to access the resource from an entity that hosts the resource. query a resource listing entity to obtain information about a resource assigned with a security classification, the information comprising a security achievability mechanism that is expected to be performed for accessing the resource, wherein the security achievability mechanism is for meeting security requirements determined based on the security classification; evaluate the security achievability mechanism to determine a security mechanism to be carried out in order to meet the security requirements for accessing the resource; based on the evaluation, initiating the security mechanism; based on the security mechanism having been performed, obtain an assertion from a trusted third party ; and based on the assertion, receive an authorization to access the resource from an entity that hosts the resource.
A wireless power receiver comprising: an antenna ; a rectifier comprising a first diode and a second diode ; and a resistor in parallel with the first diode, wherein a first terminal of the resistor is coupled to a first terminal of the first diode, and wherein a second terminal of the resistor is coupled to a second terminal of the first diode, characterized in that the first diode is configured to generate second harmonics when the first diode is conducting and the second diode is not conducting, and wherein the first diode and second diode are configured to generate third harmonics when the first diode and the second diode are conducting. an antenna ; a rectifier comprising a first diode and a second diode ; and a resistor in parallel with the first diode, wherein a first terminal of the resistor is coupled to a first terminal of the first diode, and wherein a second terminal of the resistor is coupled to a second terminal of the first diode, characterized in that the first diode is configured to generate second harmonics when the first diode is conducting and the second diode is not conducting, and wherein the first diode and second diode are configured to generate third harmonics when the first diode and the second diode are conducting.
A keratoprosthesis comprising: (a) a central optical core ; and (b) a peripheral skirt comprising at least one porous biocompatible layer having pore size of at least 2 μm; characterised in that said transparent central core has a diameter of at least 3 mm and further comprises an extended portion extending below the surface formed by the central core and skirt; and in that said peripheral skirt has a width of at least 3 mm so that it can be placed under the conjunctiva and above sclera of the eye.