mhurhangee/ep-ind-claims huggingface dataset:
A method performed in a packet receiving node of employing media layer adaptation for data packets communicated over a wireless channel between a packet sending node and the packet receiving node, wherein each communicated data packet comprises one or more media frames created in an application layer of the packet sending node, the method characterised by: - monitoring arrival time, AT, and generation time, GT, for packets received at the receiving node, - calculating a difference, ATdiff, in the monitored arrival time for consecutive packets, - calculating a difference, GTdiff, in the monitored generation time for consecutive packets, - calculating an inter-arrival measure, IA, indicating the difference or deviation between the arrival time difference AT diff and generation time difference GT diff calculated for a plurality of consecutive packets, that is: IA = AT diff - GT diff, and - when the inter-arrival measure exceeds a preset threshold (Th), applying a frame aggregation scheme in said packet communication, said frame aggregation scheme being determined based on the calculated inter-arrival measure IA, characterised in that: - said frame aggregation scheme is determined by calculating a number of media frames,N, for changing a current number of media frames per packet,CF, as: N = ⌈ IA frame _ length ⌉, where ┌x┐ indicates a ceiling function that approximates x up to the nearest integer value, and a new number of media frames per packets,NF, to use is calculated as: NF = N + CF. - monitoring arrival time, AT, and generation time, GT, for packets received at the receiving node, - calculating a difference, ATdiff, in the monitored arrival time for consecutive packets, - calculating a difference, GTdiff, in the monitored generation time for consecutive packets, - calculating an inter-arrival measure, IA, indicating the difference or deviation between the arrival time difference AT diff and generation time difference GT diff calculated for a plurality of consecutive packets, that is: IA = AT diff - GT diff, and - when the inter-arrival measure exceeds a preset threshold (Th), applying a frame aggregation scheme in said packet communication, said frame aggregation scheme being determined based on the calculated inter-arrival measure IA, - said frame aggregation scheme is determined by calculating a number of media frames,N, for changing a current number of media frames per packet,CF, as: N = ⌈ IA frame _ length ⌉, where ┌x┐ indicates a ceiling function that approximates x up to the nearest integer value, and a new number of media frames per packets,NF, to use is calculated as: NF = N + CF.
A method of preparing cerium carbonate powder by mixing a cerium precursor aqueous solution with a carbonate precursor aqueous solution and subjecting the mixture solution to a precipitation reaction, wherein the concentration of cerium in the cerium precursor aqueous solution ranges from 1 M to 10 M, the molar concentration ratio of the cerium precursor to the carbonate precursor ranges from 1:1 to 1:7, and the cerium precursor aqueous solution contains at least one additive selected from the group consisting of itaconic acid and ammonium sulphate.
A device for cosmetic treatment, the device comprising: a removable transducer module being a fluid-filled emitter-receiver module, interfaced to a hand-held enclosure having at least one controller button (150; 160) such that said transducer module and said at least one controller button is operable using one hand, said transducer module providing focused ultrasound energy for a treatment function; and a controller coupled to said hand-held enclosure and interfaced to said transducer module, said controller controlling said focused ultrasound energy and receiving at least one signal from said transducer module, said controller having a power supply operably providing power for at least the ultrasound energy, wherein said hand enclosure or said emitter-receiver module includes a movement mechanism operably moving an ultrasonic transducer in said transducer module, said movement mechanism being controlled by said controller. a removable transducer module being a fluid-filled emitter-receiver module, interfaced to a hand-held enclosure having at least one controller button (150; 160) such that said transducer module and said at least one controller button is operable using one hand, said transducer module providing focused ultrasound energy for a treatment function; and a controller coupled to said hand-held enclosure and interfaced to said transducer module, said controller controlling said focused ultrasound energy and receiving at least one signal from said transducer module, said controller having a power supply operably providing power for at least the ultrasound energy, wherein said hand enclosure or said emitter-receiver module includes a movement mechanism operably moving an ultrasonic transducer in said transducer module, said movement mechanism being controlled by said controller.
A network traffic classifier (130, 170, 230, 270, 330, 430, 530) comprising: a packet queue configured to receive network packets for classification and to replicate the received network packets; a flow separator configured to receive the replicated network packets from the packet queue and to identify distinct traffic flows within the replicated network packets; a plurality of flow packet processors each configured to receive a respective traffic flow from the flow separator, to process the replicated network packets for the respective traffic flow identified by the flow separator, and to queue packets for classification; a plurality of classifier types (435, 535, 735, 835) operating in parallel, each of the plurality of classifier types (435, 535, 735, 835) configured to receive a respective copy of the replicated network packets queued for classification, each of the plurality of classifier types (435, 535, 735, 835) configured to determine a respective traffic flow classification for individual network packets of the replicated network packets utilizing network traffic classification techniques that differ from each of the other classifier types; and a decision module configured to analyze the traffic flow classifications from each of the plurality of classifier types (435, 535, 735, 835) to determine an output traffic flow classification that is assigned to individual network packets of the received network packets. a packet queue configured to receive network packets for classification and to replicate the received network packets; a flow separator configured to receive the replicated network packets from the packet queue and to identify distinct traffic flows within the replicated network packets; a plurality of flow packet processors each configured to receive a respective traffic flow from the flow separator, to process the replicated network packets for the respective traffic flow identified by the flow separator, and to queue packets for classification; a plurality of classifier types (435, 535, 735, 835) operating in parallel, each of the plurality of classifier types (435, 535, 735, 835) configured to receive a respective copy of the replicated network packets queued for classification, each of the plurality of classifier types (435, 535, 735, 835) configured to determine a respective traffic flow classification for individual network packets of the replicated network packets utilizing network traffic classification techniques that differ from each of the other classifier types; and a decision module configured to analyze the traffic flow classifications from each of the plurality of classifier types (435, 535, 735, 835) to determine an output traffic flow classification that is assigned to individual network packets of the received network packets.
A wireless transmitter device, comprising: a first substrate including a plurality of linear conductive traces (600, 612); a second substrate positioned below the first substrate and including drive circuitry operably connected to the plurality of linear conductive traces and configured to provide drive signals to the plurality of linear conductive traces; a plurality of vias formed from the first substrate to the second substrate to provide a plurality of conductive connectors, each conductive connector connecting at least one linear conductive trace in the plurality of linear conductive traces and the drive circuitry; and a processing device operably connected to the drive circuitry and configured to: select a first linear conductive trace and a second linear conductive trace, parallel to the first linear conductive trace, from the plurality of linear conductive traces based on a position of a receiver device on a charging surface of the wireless transmitter device; cause the drive circuitry to transfer energy from the first linear conductive trace and the second linear conductive trace to a receiver coil in the receive device by driving each of the first linear conductive trace and the second linear conductive trace with a current. a first substrate including a plurality of linear conductive traces (600, 612); a second substrate positioned below the first substrate and including drive circuitry operably connected to the plurality of linear conductive traces and configured to provide drive signals to the plurality of linear conductive traces; a plurality of vias formed from the first substrate to the second substrate to provide a plurality of conductive connectors, each conductive connector connecting at least one linear conductive trace in the plurality of linear conductive traces and the drive circuitry; and a processing device operably connected to the drive circuitry and configured to: select a first linear conductive trace and a second linear conductive trace, parallel to the first linear conductive trace, from the plurality of linear conductive traces based on a position of a receiver device on a charging surface of the wireless transmitter device; cause the drive circuitry to transfer energy from the first linear conductive trace and the second linear conductive trace to a receiver coil in the receive device by driving each of the first linear conductive trace and the second linear conductive trace with a current. select a first linear conductive trace and a second linear conductive trace, parallel to the first linear conductive trace, from the plurality of linear conductive traces based on a position of a receiver device on a charging surface of the wireless transmitter device; cause the drive circuitry to transfer energy from the first linear conductive trace and the second linear conductive trace to a receiver coil in the receive device by driving each of the first linear conductive trace and the second linear conductive trace with a current.
A process for the preparation of tiacumicin B comprising the fermentation of a micro-organism able to produce tiacumicin B in a culture broth containing a) an emulsifier or b) an emulsifier and an anti-foaming agent or c) an anti-foaming agent having a concentration in the culture broth ranging from 5 g/L to 20 g/L. a) an emulsifier or b) an emulsifier and an anti-foaming agent or c) an anti-foaming agent having a concentration in the culture broth ranging from 5 g/L to 20 g/L.
A closing device for windows and doors adapted to be operatively interposed between a panel and a frame of a window and door to retain or lock the panel in a closing condition of said window and door, said closing device comprising: - a striker adapted to be mounted on the frame and comprising a magnetic abutment system, - a lock comprising a lock body adapted to be mounted on the panel and a latch housed in the lock body and comprising a magnetic closing system, wherein said latch is movable along a direction of motion between a retracted position and at least an extracted position with respect to the lock body, the movement of said latch along a closing direction from the retracted position to the extracted position being caused by the magnetic interaction between said magnetic abutment system and said magnetic closing system, wherein said lock body comprises a locking system which can be switched between a first configuration, wherein said latch is free to perform said movement along the direction of motion, and a second configuration, wherein said latch is locked in the retracted position and creates a magnetic induction closing catch. - a striker adapted to be mounted on the frame and comprising a magnetic abutment system, - a lock comprising a lock body adapted to be mounted on the panel and a latch housed in the lock body and comprising a magnetic closing system, wherein said latch is movable along a direction of motion between a retracted position and at least an extracted position with respect to the lock body, the movement of said latch along a closing direction from the retracted position to the extracted position being caused by the magnetic interaction between said magnetic abutment system and said magnetic closing system, wherein said lock body comprises a locking system which can be switched between a first configuration, wherein said latch is free to perform said movement along the direction of motion, and a second configuration, wherein said latch is locked in the retracted position and creates a magnetic induction closing catch. wherein said latch is movable along a direction of motion between a retracted position and at least an extracted position with respect to the lock body, the movement of said latch along a closing direction from the retracted position to the extracted position being caused by the magnetic interaction between said magnetic abutment system and said magnetic closing system, wherein said lock body comprises a locking system which can be switched between a first configuration, wherein said latch is free to perform said movement along the direction of motion, and a second configuration, wherein said latch is locked in the retracted position and creates a magnetic induction closing catch.
Method for the production of a camshaft, whereby the camshaft has one support element and several functional elements with one recess each, whereby the functional elements are inserted in several retaining elements and are kept immobile there in general, at least in one fitting direction, whereby the retaining elements each hold a functional element, and whereby the support element is inserted in the fitting direction in the recesses of the functional elements, characterized by the fact that at least one force is measured, which the support element exerts on at least one functional element during the inserting of the support element in the recess of the functional element.
A mobile terminal comprising: a first transmitter-receiver configured to communicate with a core network; and a second transmitter-receiver configured to communicate with the core network, characterized in that in a state in which the first transmitter-receiver is establishing at least a first access by way of a first access network, the second transmitter-receiver is configured to establish a second access by way of a second access network in addition to the first access, the establishment of the second access being to communicate via the second access by using the same IP address as an IP address being used in the communications via the first access, the first access being an access to the core network by way of a first gateway apparatus connecting the first access network with the core network and the second access being an access to the identical core network by way of a second gateway apparatus connecting the second access network with the core network; and the communications of the first transmitter-receiver via the first access and the communications of the second transmitter-receivers via the second access being performed concurrently by using the same IP address. a first transmitter-receiver configured to communicate with a core network; and a second transmitter-receiver configured to communicate with the core network, characterized in that in a state in which the first transmitter-receiver is establishing at least a first access by way of a first access network, the second transmitter-receiver is configured to establish a second access by way of a second access network in addition to the first access, the establishment of the second access being to communicate via the second access by using the same IP address as an IP address being used in the communications via the first access, the first access being an access to the core network by way of a first gateway apparatus connecting the first access network with the core network and the second access being an access to the identical core network by way of a second gateway apparatus connecting the second access network with the core network; and the communications of the first transmitter-receiver via the first access and the communications of the second transmitter-receivers via the second access being performed concurrently by using the same IP address.
Air spring strut for a motor vehicle comprising an air spring having a shock absorber for spring-cushioning and damping oscillations of a motor vehicle chassis, wherein the air spring comprises an air spring cover and an air spring piston, wherein an air spring bellows made of elastomer material clamped air-tightly between the air spring cover and air spring piston partially delimits a working space filled with compressed air and, while forming a rolling fold, rolls on the air spring cover and/or air spring piston, wherein the air spring cover is embodied in two parts with a first cover part for receiving an absorber bearing and with a second cover part for fastening the air spring bellows, wherein the first cover part is manufactured from metal and the second cover part is manufactured from plastic, characterized in that the first and second cover part (3a, 3b) are of pot-shaped design, wherein the first cover part is inserted into the second cover part.
An encryption device comprising: a conversion function having a special property, the conversion function converting a plurality of input values configured of plain text to a plurality of output values; a trapdoor one-way function configured to encrypt a part of the plurality of output values that are inputted to the trapdoor one-way function; wherein according to the special property of the conversion function, when the output values of the plurality of output values that are not inputted to the trapdoor one-way function and one arbitrary input value of the plurality of input values are given, then it is possible to determine all of the plurality of input values and all of the plurality of output values; and an encryption function that encrypts output values that are inputted to the trapdoor one-way function and encrypted by the trapdoor one-way function, and output values that are not inputted to the trapdoor one-way function. a conversion function having a special property, the conversion function converting a plurality of input values configured of plain text to a plurality of output values; a trapdoor one-way function configured to encrypt a part of the plurality of output values that are inputted to the trapdoor one-way function; wherein according to the special property of the conversion function, when the output values of the plurality of output values that are not inputted to the trapdoor one-way function and one arbitrary input value of the plurality of input values are given, then it is possible to determine all of the plurality of input values and all of the plurality of output values; and an encryption function that encrypts output values that are inputted to the trapdoor one-way function and encrypted by the trapdoor one-way function, and output values that are not inputted to the trapdoor one-way function.
A sterilizer comprising: an impermeable sealed container directly connected to a vaporizer, flexible and elastic, and free to contract and expand under external pressure, wherein an effective volume of a sterilized article contained in the impermeable sealed container is configured to be checked by measuring the time that air is supplied to the impermeable sealed container. an impermeable sealed container directly connected to a vaporizer, flexible and elastic, and free to contract and expand under external pressure, wherein an effective volume of a sterilized article contained in the impermeable sealed container is configured to be checked by measuring the time that air is supplied to the impermeable sealed container.
A bushing comprising: one end for connecting a cable accessory of a switchgear; a conductor; an insulating layer wrapping around the conductor; a groove arranged between the conductor and the insulating layer; and a measuring assembly received in the groove and surrounding the conductor, the measuring assembly including at least one measuring apparatus (141, 142,143, 144), wherein each measuring apparatus (141, 142, 143, 144) comprises: a temperature sensor configured to measure a temperature of the conductor; and a passive wireless communication module configured to transmit the measured temperature, characterised in that the groove is arranged at the end of the bushing for connecting a cable accessory of a switchgear. one end for connecting a cable accessory of a switchgear; a conductor; an insulating layer wrapping around the conductor; a groove arranged between the conductor and the insulating layer; and a measuring assembly received in the groove and surrounding the conductor, the measuring assembly including at least one measuring apparatus (141, 142,143, 144), wherein each measuring apparatus (141, 142, 143, 144) comprises: a temperature sensor configured to measure a temperature of the conductor; and a passive wireless communication module configured to transmit the measured temperature, characterised in that the groove is arranged at the end of the bushing for connecting a cable accessory of a switchgear. a temperature sensor configured to measure a temperature of the conductor; and a passive wireless communication module configured to transmit the measured temperature, characterised in that the groove is arranged at the end of the bushing for connecting a cable accessory of a switchgear.