mhurhangee/ep-ind-claims huggingface dataset:
A filter whose absorptance for a radio wave changes depending on a waveform of a radio wave with a given frequency, the filter comprising: a dielectric substance; conductive materials that are periodically placed on the dielectric substance; a rectifier circuit (22, 24a, 24b) that links adjacent conductive materials; and an RL circuit comprising an inductor and a resistor (R L) connected in series, wherein the inductor is configured to generate an electromotive force using an electric current rectified by the rectifier circuit (22, 24a, 24b) and the resistor (R L) is configured to convert the electric current to heat, and the rectifier circuit (22, 24a, 24b) is a full-wave rectifier circuit and the RL circuit is connected in the full-wave rectifier circuit. a dielectric substance; conductive materials that are periodically placed on the dielectric substance; a rectifier circuit (22, 24a, 24b) that links adjacent conductive materials; and an RL circuit comprising an inductor and a resistor (R L) connected in series, wherein the inductor is configured to generate an electromotive force using an electric current rectified by the rectifier circuit (22, 24a, 24b) and the resistor (R L) is configured to convert the electric current to heat, and the rectifier circuit (22, 24a, 24b) is a full-wave rectifier circuit and the RL circuit is connected in the full-wave rectifier circuit.
A fastening system for attaching a shelf or other supporting member of an item of furniture to a structure of an item of furniture comprising: an attachment pin (3,3'); a supporting element intended to be inserted into a hole (43, 43', 43a, 43b) formed in said shelf, the supporting element being provided with a slot comprising a sliding channel shaped so as to slidably house the attachment pin (3, 3'), said pin (3, 3') being capable of moving in said sliding channel along an axis of insertion and being intended to be attached to said structure of an item of furniture, said slot comprising a eyelet (15, 25) communicating with said sliding channel to permit said pin to move between said sliding channel and said eyelet (15, 25) and constructed to house said pin, said eyelet (15, 25) being at a distance from said sliding channel in a transverse direction with respect to said axis of insertion, characterised in that the fastening system further comprises a separate locking device independent of the supporting element intended to be inserted into said sliding channel so that it is positioned between said pin and said sliding channel so as to lock said pin in said eyelet (15, 25). an attachment pin (3,3'); a supporting element intended to be inserted into a hole (43, 43', 43a, 43b) formed in said shelf, the supporting element being provided with a slot comprising a sliding channel shaped so as to slidably house the attachment pin (3, 3'), said pin (3, 3') being capable of moving in said sliding channel along an axis of insertion and being intended to be attached to said structure of an item of furniture, said slot comprising a eyelet (15, 25) communicating with said sliding channel to permit said pin to move between said sliding channel and said eyelet (15, 25) and constructed to house said pin, said eyelet (15, 25) being at a distance from said sliding channel in a transverse direction with respect to said axis of insertion, characterised in that the fastening system further comprises a separate locking device independent of the supporting element intended to be inserted into said sliding channel so that it is positioned between said pin and said sliding channel so as to lock said pin in said eyelet (15, 25).
A method of controlling a mobile terminal, the method comprising: the mobile terminal establishing a Bluetooth Low Energy, BLE, communication channel with a BLE device previously registered in the mobile terminal, wherein the mobile terminal is disposed within a communication range of the BLE device, wherein the mobile terminal comprises a memory having a list of registered BLE devices stored thereon, the list comprising for each registered BLE device: notification information including identification information of the BLE device, a notification message of the BLE device, and reference proximity information, wherein the reference proximity information includes a distance condition between an external object and the BLE device; the mobile terminal receiving, via the BLE communication channel, identification information of the BLE device and proximity information of an external object detected by the BLE device from the BLE device, wherein the received proximity information includes distance information between the detected external object and the BLE device; the mobile terminal extracting, from the list, the notification message and the reference proximity information corresponding to the received identification information of the BLE device; the mobile terminal comparing the distance information included in the received proximity information with the distance condition included in the extracted reference proximity information; and the mobile terminal outputting the extracted notification message based on a comparison result. the mobile terminal establishing a Bluetooth Low Energy, BLE, communication channel with a BLE device previously registered in the mobile terminal, wherein the mobile terminal is disposed within a communication range of the BLE device, wherein the mobile terminal comprises a memory having a list of registered BLE devices stored thereon, the list comprising for each registered BLE device: notification information including identification information of the BLE device, a notification message of the BLE device, and reference proximity information, wherein the reference proximity information includes a distance condition between an external object and the BLE device; the mobile terminal receiving, via the BLE communication channel, identification information of the BLE device and proximity information of an external object detected by the BLE device from the BLE device, wherein the received proximity information includes distance information between the detected external object and the BLE device; the mobile terminal extracting, from the list, the notification message and the reference proximity information corresponding to the received identification information of the BLE device; the mobile terminal comparing the distance information included in the received proximity information with the distance condition included in the extracted reference proximity information; and the mobile terminal outputting the extracted notification message based on a comparison result.
A method for an Evolved Packet Gateway, EPG, characterized by the method comprising: receiving Identifier Locator Network Protocol, ILNP, mobility signaling from a mobile device, the ILNP mobility signaling including a destination locator for a Border Network Gateway, BNG, (505, 605) which routes traffic for the mobile device via a Residential Gateway, RGW; sending a signaling message to the BNG in response to the received ILNP mobility signaling (510, 610), wherein the signaling message includes a request to re-configure the RGW serving the destination locator; receiving an acknowledgement message from the BNG indicating reconfiguration completion (515, 630), the reconfiguration comprising creation of an entry in a routing table for the RGW with flow parameters; tunneling traffic between the mobile device and the RGW over a Long Term Evolution, LTE, interface of the RGW (520, 635) as a result of the reconfiguration. receiving Identifier Locator Network Protocol, ILNP, mobility signaling from a mobile device, the ILNP mobility signaling including a destination locator for a Border Network Gateway, BNG, (505, 605) which routes traffic for the mobile device via a Residential Gateway, RGW; sending a signaling message to the BNG in response to the received ILNP mobility signaling (510, 610), wherein the signaling message includes a request to re-configure the RGW serving the destination locator; receiving an acknowledgement message from the BNG indicating reconfiguration completion (515, 630), the reconfiguration comprising creation of an entry in a routing table for the RGW with flow parameters; tunneling traffic between the mobile device and the RGW over a Long Term Evolution, LTE, interface of the RGW (520, 635) as a result of the reconfiguration.
A device for cleaning an object such as a filter or catalytic converter through which a gas flows, more particularly a particle filter or catalytic converter inserted in an exhaust system of a motor vehicle, comprising a closable housing, a base which is arranged within the housing on which or with which the object can be positioned, and at least one cleaning device which is arranged within the housing and with which solids and/or liquids adsorbed in the object can be removed, characterised in that arranged within the housing is at least one balance with which a weight of the object can be determined before the start of a cleaning process and a reduction in weight of the object caused by the cleaning can be continuously monitored, and one cleaning device is arranged above and one cleaning device below the base in order to clean the object from two sides, and optionally at least one device for detecting fault points such as cracks and/or holes in the object is provided.
A method of transmitting data between a base station and a user equipment in a cellular radio system, wherein the data can be transmitted using at least two different modes for multicarrier transmission, wherein each mode for multicarrier transmission allows simultaneous transmission or reception of data blocks over more than one carrier frequency, and where each mode for multicarrier transmission corresponds to a mapping of one or more data blocks over different carriers for transmission, the method comprising the step of: - - signaling, from the base station to the user equipment, at least two different modes for multicarrier transmission that are currently in use and indicating the carriers to be used for each particular transmission mode, wherein the at least two different modes for multicarrier transmission are selected using a criteria, wherein the selected at least two different modes for multicarrier transmission comprise at least two of: a first transmission mode, wherein different data blocks are mapped over different carriers; a second transmission mode, wherein data blocks are interleaved over different carriers; a third transmission mode, wherein repetitive data blocks are mapped over different carriers; and a fourth transmission mode, wherein repetitive data blocks are mapped over different carriers in different Transmission Time Intervals 'TTIs'. - - signaling, from the base station to the user equipment, at least two different modes for multicarrier transmission that are currently in use and indicating the carriers to be used for each particular transmission mode, wherein the at least two different modes for multicarrier transmission are selected using a criteria, wherein the selected at least two different modes for multicarrier transmission comprise at least two of: a first transmission mode, wherein different data blocks are mapped over different carriers; a second transmission mode, wherein data blocks are interleaved over different carriers; a third transmission mode, wherein repetitive data blocks are mapped over different carriers; and a fourth transmission mode, wherein repetitive data blocks are mapped over different carriers in different Transmission Time Intervals 'TTIs'.
A method for operating a communications device (140, 240) that communicates via inductive coupling, the method comprising: obtaining transmission output power information related to the communications device (140, 240); and measuring a detuning condition based on the transmission output power information; wherein the method further comprises obtaining a received signal strength indicator, RSSI, at the communications device (140, 240), wherein measuring the detuning condition comprises measuring the detuning condition based on the transmission output power information and the RSSI; wherein measuring the detuning condition based on the transmission output power information of the communications device (140, 240) comprises generating a ratio between a transmitter impedance when a corresponding communications device is within a near field communication, NFC, communications range of the communications device (140, 240) and a nominal transmitter impedance when there is not a corresponding communications device within the NFC communications range of the communications device (140, 240). obtaining transmission output power information related to the communications device (140, 240); and measuring a detuning condition based on the transmission output power information; wherein the method further comprises obtaining a received signal strength indicator, RSSI, at the communications device (140, 240), wherein measuring the detuning condition comprises measuring the detuning condition based on the transmission output power information and the RSSI; wherein measuring the detuning condition based on the transmission output power information of the communications device (140, 240) comprises generating a ratio between a transmitter impedance when a corresponding communications device is within a near field communication, NFC, communications range of the communications device (140, 240) and a nominal transmitter impedance when there is not a corresponding communications device within the NFC communications range of the communications device (140, 240).
Multiple gear transmission of planetary design, in particular automatic transmission for a motor vehicle, comprising a drive shaft, an output shaft and four planetary gear sets (P1, P2, P3, P4) which are arranged in a housing, a total of eight rotatable shafts (1, 2, 3, 4, 5, 6, 7, 8) and six shifting elements (03, 04, 13, 16, 18, 78), comprising brakes (03, 04) and clutches (13, 16, 18, 78), the selective engagement of which brings about different transmission ratios between the drive shaft and the output shaft, with the result that nine forward gears and one reverse gear can be realized, characterized in that a sun gear of the first planetary gear set is connected to a fourth shaft which is connected to a sun gear of the third planetary gear set and can be coupled to the housing via a second brake, it being possible for the drive shaft to be connected releasably via a first clutch to a third shaft which is connected to a spider of the third planetary gear set and a sun gear of the second planetary gear set and can be coupled to the housing via a first brake, it being possible for the drive shaft to be connected releasably via a second clutch to a sixth shaft which is connected to an internal gear of the third planetary gear set and to be connected releasably via a third clutch to an eighth shaft which is connected to a spider of the second planetary gear set and can be connected releasably via a fourth clutch to a seventh shaft which is connected to an internal gear of the fourth planetary gear set, a fifth shaft being connected to an internal gear of the second planetary gear set and a spider of the first planetary gear set, and the output shaft being connected to a spider of the fourth planetary gear set and an internal gear of the first planetary gear set, and a sun gear of the fourth planetary gear set being coupled to the housing.
A method for producing, on a substrate, a fine thermoelectric element having a structural unit of 0.01 to 10 mm composed of a fine structure of a thermoelectric material constituted of crystals oriented in the same direction, said method comprising: charging a required amount of a raw material for the thermoelectric material to a processed groove in a substrate; placing a lid on the substrate; enclosing the substrate and lid within a sealed vessel to provide a sealed state; heating the material at a temperature that is greater than or equal to the melting point of the thermoelectric material and less than its boiling point to cause melting while applying centrifugal force in a direction perpendicular to the direction of the groove bottom of the processed groove, to bring the molten material into tight contact with the processed groove; and cooling the material to obtain a thermoelectric material constituted of crystals oriented in the same direction. charging a required amount of a raw material for the thermoelectric material to a processed groove in a substrate; placing a lid on the substrate; enclosing the substrate and lid within a sealed vessel to provide a sealed state; heating the material at a temperature that is greater than or equal to the melting point of the thermoelectric material and less than its boiling point to cause melting while applying centrifugal force in a direction perpendicular to the direction of the groove bottom of the processed groove, to bring the molten material into tight contact with the processed groove; and cooling the material to obtain a thermoelectric material constituted of crystals oriented in the same direction.
An elastic tubular sleeve having a proximal area to be placed onto the shaft of a penis and a distal area which is suited to enclose and to bear on the outside on a proximal end of a hollow body for a penis extension device, whereby the wall thickness of the sleeve is greater in the distal area than in the proximal area and the distal area of the sleeve is divided into a transition area to the proximal area and into an end area, characterized in that the sleeve extends in the transition area radially outward like a bead and the transition area has in its inside wall a circumferential groove the bottom of which shows radially outword.
A security authentication method, performed by a configuration device, the method comprising: sending, to a first terminal, a public key for signature of the configuration device; generating, according to at least role type information of a second terminal and a private key for signature of the configuration device, second signature information, wherein the public key for signature of the configuration device corresponds to the private key for signature of the configuration device; sending, to the second terminal, the second signature information and role type information of the second terminal; wherein the second signature information and role type information of the second terminal are used by the first terminal to generate key information, which is generated based at least on: whether the role type information of the first terminal matches the role type information of the second terminal and whether the second signature information is correct; wherein the key information is used for the first terminal to establish a security connection to the second terminal. sending, to a first terminal, a public key for signature of the configuration device; generating, according to at least role type information of a second terminal and a private key for signature of the configuration device, second signature information, wherein the public key for signature of the configuration device corresponds to the private key for signature of the configuration device; sending, to the second terminal, the second signature information and role type information of the second terminal; wherein the second signature information and role type information of the second terminal are used by the first terminal to generate key information, which is generated based at least on: whether the role type information of the first terminal matches the role type information of the second terminal and whether the second signature information is correct; wherein the key information is used for the first terminal to establish a security connection to the second terminal.
Microfluidic element for analysing a liquid sample having a substrate and a channel structure enclosed by the substrate and a cover layer, wherein the microfluidic element is rotatable around a rotational axis; the channel structure includes a feed channel having a feed opening, a ventilation channel having a ventilation opening, and at least two reagent chambers; the reagent chambers are connected to one another via two connection channels in such a manner that a fluid exchange is possible between the reagent chambers, one of the reagent chambers is a rolational-axis-distal reagent chamber, which, of the two reagent chambers, is positioned furthest away from the rotational axis, the rotational-axis-distal reagent chamber contains a reagent, which reacts with the liquid sample, one of the reagent chambers has an inlet opening, which is in fluid connection with the feed channel, so that by rotation of the microfluidic element the liquid sample inserted into the channel structure is first channelled into the rotational-axis-distal reagent chamber so that this rotational-axis-distal reagent chamber is filled first and the reagent adsorbed in this rotational-axis-distal reagent chamber is dissolved.
A method for deploying an edge node to support peer-to-peer transactions, the method comprising: monitoring, by a network entity, network traffic for a plurality of peer-to-peer transactions associated with an application, each peer-to-peer transaction including communications between a user and a peer in a communication network; determining, by the network entity, a set of geographic locations corresponding to at least two peer endpoints for the plurality of peer-to-peer transactions based on the network traffic; determining, by the network entity, an optimal midpoint location between the set of geographic locations; and deploying, by the network entity, an edge node in the communication network to serve a subsequent peer-to-peer transaction for the application based on the optimal midpoint location. monitoring, by a network entity, network traffic for a plurality of peer-to-peer transactions associated with an application, each peer-to-peer transaction including communications between a user and a peer in a communication network; determining, by the network entity, a set of geographic locations corresponding to at least two peer endpoints for the plurality of peer-to-peer transactions based on the network traffic; determining, by the network entity, an optimal midpoint location between the set of geographic locations; and deploying, by the network entity, an edge node in the communication network to serve a subsequent peer-to-peer transaction for the application based on the optimal midpoint location.