mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a multicast path, comprising: receiving, by a multicast address translation router, a first multicast join request packet, wherein the first multicast join request packet is an Internet Protocol version 4, IPv4, packet and a multicast address of the first multicast join request packet is an IPv4 multicast address, or the first multicast join request packet is an Internet Protocol version 6, IPv6, packet and a multicast address of the first multicast join request packet is an IPv6 multicast address obtained by performing Internet Protocol version translation on an IPv4 multicast address; and determining, by the multicast address translation router, a shorter path between a first path and a second path, wherein the first path is a path between an IPv4 interface of the multicast address translation router and a multicast data providing node corresponding to the first multicast join request packet, and the second path is a path between an IPv6 interface of the multicast address translation router and the multicast data providing node corresponding to the first multicast join request packet. receiving, by a multicast address translation router, a first multicast join request packet, wherein the first multicast join request packet is an Internet Protocol version 4, IPv4, packet and a multicast address of the first multicast join request packet is an IPv4 multicast address, or the first multicast join request packet is an Internet Protocol version 6, IPv6, packet and a multicast address of the first multicast join request packet is an IPv6 multicast address obtained by performing Internet Protocol version translation on an IPv4 multicast address; and determining, by the multicast address translation router, a shorter path between a first path and a second path, wherein the first path is a path between an IPv4 interface of the multicast address translation router and a multicast data providing node corresponding to the first multicast join request packet, and the second path is a path between an IPv6 interface of the multicast address translation router and the multicast data providing node corresponding to the first multicast join request packet.
Method for degassing an open or closed liquid system regarding non desired compounds, such as oxygen or oxygen-containing compounds, or nitrogen or carbon dioxide or hydrogen or sulphur compounds, wherein liquid from a main circuit of the system or a sub circuit of the system is caused to be led to an elongated chamber (21,23), wherein the chamber has a constant cross-section and a tightly sealing wall which is movable along the chamber (21,23), dividing the chamber in a lower and an upper chamber part, wherein the liquid is caused to be led to the lower chamber part by the tightly sealing wall being caused to move upwards and thereby sucking in liquid from the system to the lower chamber part via a constriction (SV;SV1), whereby an underpressure in the lower chamber part is caused to be created, wherein the underpressure is caused to be sufficiently low so that dissolved compounds leave the liquid and are released into gas phase, and in that the tightly sealing wall thereafter is caused to move downwards and as a result cause the liquid and gases to be restored to the system while gas is caused to depart to the environment via a deairing valve, wherein the liquid is caused to be supplied to the lower chamber part via a first conduit arranged with the said constriction (SV;SV1) and a check valve, and wherein the liquid and gases are caused to be restored to the system via a second conduit (14;15) to which the deairing valve is connected, and wherein the described cycle is repeated.
A dryer comprising: a drying vessel being a container for stirring and drying a drying object in combination with air in the inside thereof; a hopper arranged below an exhaust port provided in a lower part of the drying vessel; transport means connected to the hopper and having a product exhaust port for allowing dried product to be taken out of said transport means, and a circulation exhaust port; and circulation drying means for guiding the drying object discharged from the circulation exhaust port of the transport means to an upper part of the drying vessel while drying the drying object with an air current generated by blower means; wherein said drying object is dried in at least the drying vessel and the circulation drying means while circulating the drying object, characterised in that a solid-gas separation means is provided to separate the drying object into a solid and gas by introducing, in said solid-gas separation means, said air current generated in the circulation drying means and loading said drying object into the drying vessel again. a drying vessel being a container for stirring and drying a drying object in combination with air in the inside thereof; a hopper arranged below an exhaust port provided in a lower part of the drying vessel; transport means connected to the hopper and having a product exhaust port for allowing dried product to be taken out of said transport means, and a circulation exhaust port; and circulation drying means for guiding the drying object discharged from the circulation exhaust port of the transport means to an upper part of the drying vessel while drying the drying object with an air current generated by blower means; wherein said drying object is dried in at least the drying vessel and the circulation drying means while circulating the drying object, characterised in that a solid-gas separation means is provided to separate the drying object into a solid and gas by introducing, in said solid-gas separation means, said air current generated in the circulation drying means and loading said drying object into the drying vessel again.
Feed pump, in particular fuel feed pump for a vehicle heater, comprising a pump piston movable to and from in a pump chamber for ejecting and receiving fluid and a driving arrangement for the pump piston, wherein the driving arrangement comprises a resetting element (96, 98), associated with the at least one driving element for resetting the at least one driving element into an initial state to be assumed when no magnetic field is generated, characterized in that - the driving arrangement comprises at least one driving element made of magnetic shape memory material; wherein the at least one driving element acts on the pump piston in a first action direction when a magnetic field is generated and the resetting element (96, 98) acts on the pump piston in a second action direction directed essentially opposite the first action direction. - the driving arrangement comprises at least one driving element made of magnetic shape memory material; wherein the at least one driving element acts on the pump piston in a first action direction when a magnetic field is generated and the resetting element (96, 98) acts on the pump piston in a second action direction directed essentially opposite the first action direction.
An implantable neurostimulator INS, comprising: an electrical lead having formed thereon at least a pair of bipolar intramuscular ring electrodes, wherein the electrical lead is configured for placement of the ring electrodes within protrusor muscles of a patient in an area of a medial branch of a hypoglossal nerve, that includes motor points of the one or more protrusor muscles of the patient, wherein the motor points are where each nerve axon of the hypoglossal nerve terminates in the muscle, and wherein the ring electrodes are configured to receive electromyography. EMG resulting from signals applied to the protrusor muscles by the patient's neural system from the intramuscular electrodes; a pulse generator electrically connected to the electrical lead and configured to deliver electrical energy to the ring electrodes to activate the protrusor muscles to move the tongue of the patient forward, the pulse generator having therein a sensor and a control circuit, wherein the sensor and control circuit are configured to receive the EMG signals sensed with the ring electrodes from the one or more protrusor muscles and determine a tonal state of the protrusor muscles in which the lead is placed based on the EMG signals; and wherein the pulse generator includes a therapy delivery circuit and the control circuit is in electrical communication with the therapy delivery circuit and causes the therapy delivery circuit to deliver electrical energy to the ring electrodes upon a determination that the EMG signal is below a threshold value. an electrical lead having formed thereon at least a pair of bipolar intramuscular ring electrodes, wherein the electrical lead is configured for placement of the ring electrodes within protrusor muscles of a patient in an area of a medial branch of a hypoglossal nerve, that includes motor points of the one or more protrusor muscles of the patient, wherein the motor points are where each nerve axon of the hypoglossal nerve terminates in the muscle, and wherein the ring electrodes are configured to receive electromyography. EMG resulting from signals applied to the protrusor muscles by the patient's neural system from the intramuscular electrodes; a pulse generator electrically connected to the electrical lead and configured to deliver electrical energy to the ring electrodes to activate the protrusor muscles to move the tongue of the patient forward, the pulse generator having therein a sensor and a control circuit, wherein the sensor and control circuit are configured to receive the EMG signals sensed with the ring electrodes from the one or more protrusor muscles and determine a tonal state of the protrusor muscles in which the lead is placed based on the EMG signals; and wherein the pulse generator includes a therapy delivery circuit and the control circuit is in electrical communication with the therapy delivery circuit and causes the therapy delivery circuit to deliver electrical energy to the ring electrodes upon a determination that the EMG signal is below a threshold value.
Support arm for a modular scaffolding system used in structural shoring, said support arm extending between a bottom end and a top end connected to one another by an elongate body having a cross-section formed by four U-shaped portions, each having a median part connected by two outer corners to two lateral branches at the level of a junction, wherein each of the top and bottom ends of the support arm has the shape of a substantially rectangular plate, said plate being in a position substantially perpendicular to the elongate body of the support arm, and wherein each plate (2, 3) has a plurality of orifices at the level of its contour designed to receive fixing members for securing at least one other support arm in order to modulate said scaffolding system, said support arm further comprising an elongate and rigid beam which extends across the centre of the elongate body between the top and bottom ends, characterised in that each lateral branch of a U-shaped portion is joined to a lateral branch of the adjacent U-shaped portion, and in that the elongate beam has a substantially square cross-section, the sides of which are disposed facing the four junctions between the lateral branches of the four U-shaped portions and the corners of which are disposed facing the median parts of the U-shaped portions.
Method for detecting data manipulation of numerical data values, in particular numerical access data to media data streams, with a testing device, wherein firstly, a Benford vector ( z b) is determined from the frequencies of predetermined leading digit groups, expected according to the Benford distribution, in a transformation unit of the testing device by way of a composition data transformation in the form of a pivot composition data transformation that maps the frequencies in relation to one another, wherein randomly distributed numerical values are repeatedly generated with a random generator of the testing device and several simulation vectors ( z bi) are determined from the frequencies of the leading digit groups of the randomly distributed numerical values by the transformation unit, which carries out the same composition data transformation as for the leading group frequencies, wherein, for each simulation vector ( z bi), by means of a detection unit, a simulation deviation (T i) from the Benford vector ( z b) is determined in the form of a Mahalanobis distance and is stored in a test memory of the testing device, wherein, after a group of numerical data values is read in via an input interface of the testing device, from the frequencies of the leading digit groups in the numerical data values of the groups by way of the transformation unit, a test vector (z) and a test deviation of the test vector (z) from the Benford vector ( z b) in the form of a Mahalanobis distance is determined by the detection unit, after which, by a testing unit of the testing device, the relative number (p) of those stored simulation deviations (T i) that are greater than the test deviation is determined and a positive manipulation value is output via an output interface if the relative number falls below a predetermined threshold value.
A polyphenylene sulfide composite fiber consisting primarily of component A and component B, whereby component A and component B account for 90% by mass or more of the total mass of the fiber, the component A being a resin that comprises polyphenylene sulfide, whereby the polyphenylene sulfide accounts for 85% by mass or more of the total mass of component A, the component B being a resin that comprises polyphenylene sulfide, whereby the polyphenylene sulfide accounts for 85% by mass or more of the total mass of component B, and whereby component B has a higher melt flow rate than the component A, and forms at least part of the surface of the fiber, wherein the melt flow rate of the component A (MFR) and the melt flow rate of the component B (MFR) satisfy the following formula: 10 g / 10 min ≤ MFR B − MFR A ≤ 1000 g / 10 min.
Use of gaseous emissions for producing soluble methane monooxygenase (sMMO) using a culture of methanotrophic microorganisms metabolizing methane and non-methane compounds comprising: providing a gaseous emission comprising methane and one or more non-methane compounds; providing a culture of methanotrophic microorganisms, wherein said culture is capable of metabolizing said methane and said non-methane compounds; providing a microorganism growth-culture medium comprising said culture and nutrients including copper; exposing said emission to said medium; maintaining the concentration of copper in said medium at reduced concentrations such that production of sMMO is effected by most or all of the cells of the culture of methanotrophic microorganisms capable of producing particulate and soluble methane monooxygenase. providing a gaseous emission comprising methane and one or more non-methane compounds; providing a culture of methanotrophic microorganisms, wherein said culture is capable of metabolizing said methane and said non-methane compounds; providing a microorganism growth-culture medium comprising said culture and nutrients including copper; exposing said emission to said medium; maintaining the concentration of copper in said medium at reduced concentrations such that production of sMMO is effected by most or all of the cells of the culture of methanotrophic microorganisms capable of producing particulate and soluble methane monooxygenase.
An integrated circuit configured to control operation of a base station for use in a mobile communication system providing at least two different scheduling modes when said integrared circuit is located within said base station, the integrated circuit, which, in operation, causes the base station to: generate a control channel signal according to a control channel format among control channel formats, wherein a control channel format defines the fields that a control channel signal comprises and their respective number of bits and contents, and transmit the generated control channel signal to a mobile terminal, the control channel signal comprising at least a Hybrid Automatic Repeat reQuest, HARQ, process field and a Redundancy Version, RV, field, said integrated circuit being characterized in that at least one of the values that are represented by the bits of at least the HARQ process field and the RV field defines a code point indicating the scheduling mode and the interpretation of at least one of the fields of the control channel signal. generate a control channel signal according to a control channel format among control channel formats, wherein a control channel format defines the fields that a control channel signal comprises and their respective number of bits and contents, and transmit the generated control channel signal to a mobile terminal, the control channel signal comprising at least a Hybrid Automatic Repeat reQuest, HARQ, process field and a Redundancy Version, RV, field, said integrated circuit being characterized in that at least one of the values that are represented by the bits of at least the HARQ process field and the RV field defines a code point indicating the scheduling mode and the interpretation of at least one of the fields of the control channel signal.
A method for use in a wireless local area network, WLAN, system, the method comprising: receiving, by a receiving station, STA, a physical protocol data unit, PPDU, wherein the PPDU includes a legacy signal field, a control signal field contiguous to the legacy signal field, and a data field, wherein the legacy signal field is received through a first symbol, and the control signal field is received through a second symbol, wherein the legacy signal field and the control signal field are generated based on binary phase shift keying, BPSK, wherein the legacy signal field is generated based on first signal bits, wherein the control signal field is generated based on second signal bits, and wherein the second signal bits include packet indication bits indicating whether the PPDU is an extreme high throughput, EHT, PPDU, first information related to a transmission opportunity, TXOP, and second information related to a bandwidth; and determining, by the receiving STA, whether the PPDU is an EHT PPDU based on the control signal field. receiving, by a receiving station, STA, a physical protocol data unit, PPDU, wherein the PPDU includes a legacy signal field, a control signal field contiguous to the legacy signal field, and a data field, wherein the legacy signal field is received through a first symbol, and the control signal field is received through a second symbol, wherein the legacy signal field and the control signal field are generated based on binary phase shift keying, BPSK, wherein the legacy signal field is generated based on first signal bits, wherein the control signal field is generated based on second signal bits, and wherein the second signal bits include packet indication bits indicating whether the PPDU is an extreme high throughput, EHT, PPDU, first information related to a transmission opportunity, TXOP, and second information related to a bandwidth; and determining, by the receiving STA, whether the PPDU is an EHT PPDU based on the control signal field.
A liquid primer composition characterized by comprising a powder made of a reactive ethylene/tetrafluoroethylene copolymer containing repeating units based on tetrafluoroethylene, repeating units based on ethylene, and repeating units based on a monomer having an acid anhydride residue and a polymerizable unsaturated bond, in a content ratio of /( +) being from 1/10,000 to 5/100 by molar ratio; a powder made of an epoxy resin; and water; wherein the content of the powder made of an epoxy resin is from 1 to 30 parts by mass per 100 parts by mass of the powder made of a reactive ethylene/tetrafluoroethylene copolymer; wherein the monomer having an acid anhydride residue and a polymerizable unsaturated bond is selected from one or more of maleic anhydride, itaconic anhydride, citraconic anhydride, or 5-norbornene-2,3-dicarboxylic anhydride.
A base station device comprising: a unit which notifies a classification of an identification information bit string by radio resource control signaling or broadcast information in advance, and transmits control information to a mobile station device, by means of a control information transmission channel, the control information comprises a Cyclic Redundancy Check, CRC, area and a payload portion, wherein bits of the CRC area are masked by the identification information bit string and the bits of the CRC area are used to identify a format of the payload portion, the format specifying types of control information items included in the payload portion, their sizes in bits, and their positions within the payload portion; and wherein the identification information bit string is shared by a cell specific radio network temporary identity, C-RNTI, and a plurality of identifiers of different formats of the payload portion. a unit which notifies a classification of an identification information bit string by radio resource control signaling or broadcast information in advance, and transmits control information to a mobile station device, by means of a control information transmission channel, the control information comprises a Cyclic Redundancy Check, CRC, area and a payload portion, wherein bits of the CRC area are masked by the identification information bit string and the bits of the CRC area are used to identify a format of the payload portion, the format specifying types of control information items included in the payload portion, their sizes in bits, and their positions within the payload portion; and wherein the identification information bit string is shared by a cell specific radio network temporary identity, C-RNTI, and a plurality of identifiers of different formats of the payload portion.
A fabric processing device, comprising a drum driven by an electric motor, a control device used for controlling execution of a spin-drying procedure and a subsequent heat-drying procedure, and a detection device for detecting a rotation speed of the drum or the electric motor, characterized in that: when the spin-drying procedure and the heat-drying procedure are both selected, in the spin-drying procedure, if the detection device detects that the drum or the electric motor fails to reach or remain stable at a first preset rotation speed during a first preset time, the spin-drying procedure is ended and the subsequent heat-drying procedure is canceled.