mhurhangee/ep-ind-claims huggingface dataset:
A method in a network node for assigning resource blocks to a Mobile Station, MS, served by the network node, wherein the MS is capable of downlink multicarrier operation, the method comprising: receiving from the MS, an indication of a maximum number of consecutive downlink timeslots that the MS is capable of receiving on a given carrier during a Transmission Time Interval, TTI, receiving from the MS an indication of a maximum number of carriers supported by the MS, and wherein the method is characterized by: receiving, from the MS, an indication of a maximum number of resource blocks that the MS is capable of processing during a TTI, and assigning resource blocks to the MS, wherein the assigning is based on the received indication of a maximum number of consecutive downlink TS, on the received indication of a maximum number of resource blocks and on the received indication of a maximum number of carriers. receiving from the MS, an indication of a maximum number of consecutive downlink timeslots that the MS is capable of receiving on a given carrier during a Transmission Time Interval, TTI, receiving from the MS an indication of a maximum number of carriers supported by the MS, and wherein the method is characterized by: receiving, from the MS, an indication of a maximum number of resource blocks that the MS is capable of processing during a TTI, and assigning resource blocks to the MS, wherein the assigning is based on the received indication of a maximum number of consecutive downlink TS, on the received indication of a maximum number of resource blocks and on the received indication of a maximum number of carriers. receiving, from the MS, an indication of a maximum number of resource blocks that the MS is capable of processing during a TTI, and assigning resource blocks to the MS, wherein the assigning is based on the received indication of a maximum number of consecutive downlink TS, on the received indication of a maximum number of resource blocks and on the received indication of a maximum number of carriers.
Battery comprising a multiplicity of series-connected battery cells or battery modules, each of which comprises a predetermined number of battery cells, and comprising a battery management unit comprising a multiplicity of monitoring IC chips which are configured to detect at least one operating variable of at least one battery cell or of a battery module which comprises a predetermined number of battery cells, and is connectable to a first bus in a daisy chain topology in such a way that monitoring IC chips succeeding one another in the daisy chain topology are situated in an ascending voltage chain, wherein one of the monitoring IC chips connected to the first bus is useable as a basic monitoring IC chip configured to communicate with a control device via a second bus, wherein the monitoring IC chip is useable as a basic monitoring IC chip depending on a configuration or a circuitry optionally at a lower or at an upper end of the voltage chain, wherein each of the monitoring IC chips is connected to the first bus, and the basic monitoring IC chip is likewise connected to the first bus, characterized in that two daisy chains of monitoring IC chips are provided, a respective basic monitoring IC chip being connected at an end of each of the daisy chains, wherein one of the two basic monitoring IC chips is at a minimum potential of the battery and the other basic monitoring IC chip is at a maximum potential of the battery.
Apparatus for weighing containers supplied along a conveyor line, comprising: - weighing means arranged laterally to a stretch of the conveyor line; - a support member suitable for receiving and supporting at least a container; - a first articulated system configured to transmit a motion of translation to the support member; whereby the apparatus further comprises: - a second articulated system configured to transmit a rotation motion to the support member, the apparatus being further configured and arranged with respect to the conveyor line such as to transmit a translation and rotation motion to the support member by means of the first articulated system and the second articulated system, between a first position, wherein the support member is arranged at said stretch of the conveyor line such as to receive at least a container therefrom, and a second position, wherein the support member engages with the weighing means to enable said weighing means to weigh said at least a container; the apparatus being characterised by being further configured: to remove the at least a container from the conveyor line in a vertical position; to rotate the support member during travel towards and from the weighing means as to impart to the containers transported thereby an inclined disposition with respect to a vertical position; whereby the containers are weighed in an inclined position with respect to a vertical direction, so as to rest on the weighing means by a bottom thereof and at least a portion of lateral surface thereof. - weighing means arranged laterally to a stretch of the conveyor line; - a support member suitable for receiving and supporting at least a container; - a first articulated system configured to transmit a motion of translation to the support member; - a second articulated system configured to transmit a rotation motion to the support member, to remove the at least a container from the conveyor line in a vertical position; to rotate the support member during travel towards and from the weighing means as to impart to the containers transported thereby an inclined disposition with respect to a vertical position; whereby the containers are weighed in an inclined position with respect to a vertical direction, so as to rest on the weighing means by a bottom thereof and at least a portion of lateral surface thereof.
Use of an edible foam product for satiety or for producing an enhanced feeling of 'fullness', wherein the edible foam product is of pourable or spoonable consistency having an overrun of at least 100%, said foam product containing at least 60 wt.% of water, from 1 to 7 wt.% of protein, from 1 to 20 wt.% of carbohydrates, and from 0.5 to 2 wt.% of cocoa particles with a volume weighted mean diameter in the range of 0.2 to 2μm, said edible foam product further being characterised by a high in-mouth stability as well as a high gastric stability, said in-mouth stability being evidenced by a reduction in overrun of less than 35% under in-mouth shear conditions, using the methodology defined in the description, and said high gastric stability being evidenced by a t 1⁄2 > 30 minutes, t 1⁄2 representing the time needed to achieve a reduction in overrun of 50% under gastric conditions, using the methodology defined in the description.
Use of a benzoxazine resin for the bonding of a monofilament made of glass-resin composite including glass filaments embedded in a thermoset polyester resin, to a thermoplastic material.
Method for measuring a current flowing in an electrical conductor by means of a sensor, which is arranged in the region of the electrical conductor and serves for measuring the magnetic field surrounding the electrical conductor, wherein the sensor has a magnetic circuit having a first and a second section and a magnetization apparatus is provided for the magnetic saturation of the second section, said method having the following steps: a. measurement of the magnetic field in each case after switching off both a positive and a negative magnetic saturation of the second section and subsequent calculation of the average value (B) from the measurement values (B, B), b. measurement of the magnetic field both in the case of positive and in the case of negative magnetic saturation of the second section and subsequent calculation of the average value (B) from the measurement values (B(P4+), B(P4-)), c. calculation of the current flowing through the electrical conductor by subtraction of the average value (B) calculated in step b. from the average value (B) calculated in step a. and multiplication of the difference by a constant. a. measurement of the magnetic field in each case after switching off both a positive and a negative magnetic saturation of the second section and subsequent calculation of the average value (B) from the measurement values (B, B), b. measurement of the magnetic field both in the case of positive and in the case of negative magnetic saturation of the second section and subsequent calculation of the average value (B) from the measurement values (B(P4+), B(P4-)), c. calculation of the current flowing through the electrical conductor by subtraction of the average value (B) calculated in step b. from the average value (B) calculated in step a. and multiplication of the difference by a constant.
A composition comprising at least the following: A) a continuous phase comprising an elastomer, wherein the elastomer is an ethylene/propylene/diene terpolymer; B) a discontinuous phase comprising a crosslinked elastomer dispersed within the continuous phase, wherein the crosslinked elastomer is an ethylene/propylene/diene terpolymer; and C) a thermally conductive filler comprising a plurality of particles dispersed within the continuous phase, the filler selected from the group consisting of graphite, aluminum, aluminum oxide, magnesium oxide, boron nitride, zinc oxide, silicon carbide, aluminum nitride, carbon fiber, silicon nitride, graphene nanoplatelets, zinc sulfide, and combinations thereof. A) a continuous phase comprising an elastomer, wherein the elastomer is an ethylene/propylene/diene terpolymer; B) a discontinuous phase comprising a crosslinked elastomer dispersed within the continuous phase, wherein the crosslinked elastomer is an ethylene/propylene/diene terpolymer; and C) a thermally conductive filler comprising a plurality of particles dispersed within the continuous phase, the filler selected from the group consisting of graphite, aluminum, aluminum oxide, magnesium oxide, boron nitride, zinc oxide, silicon carbide, aluminum nitride, carbon fiber, silicon nitride, graphene nanoplatelets, zinc sulfide, and combinations thereof.
Heat exchanger assembly for a fuel-operated vehicle heater comprising: - an inner heat exchanger housing with an inner circumferential wall surrounding a housing axis and an inner bottom wall, wherein the inner heat exchanger housing defines an exhaust gas flow space, - an outer heat exchanger housing with an outer circumferential wall and an outer bottom wall, wherein said outer heat exchanger housing and said inner heat exchanger housing define a heat transfer medium flow space, wherein an exhaust gas treatment space is provided on the outer heat exchanger housing, and wherein at least one exhaust gas treatment unit through which exhaust gas can flow is arranged in the exhaust gas treatment space, characterized in that the inner heat exchanger housing comprises a housing head region formed in one piece with the inner circumferential wall and the inner bottom wall, wherein the inner circumferential wall adjoins the housing head region in its axial end region remote from the inner bottom wall and an exhaust gas duct leading from the exhaust gas flow space to the exhaust gas treatment space is provided on the housing head region. - an inner heat exchanger housing with an inner circumferential wall surrounding a housing axis and an inner bottom wall, wherein the inner heat exchanger housing defines an exhaust gas flow space, - an outer heat exchanger housing with an outer circumferential wall and an outer bottom wall, wherein said outer heat exchanger housing and said inner heat exchanger housing define a heat transfer medium flow space, wherein an exhaust gas treatment space is provided on the outer heat exchanger housing, and wherein at least one exhaust gas treatment unit through which exhaust gas can flow is arranged in the exhaust gas treatment space, characterized in that the inner heat exchanger housing comprises a housing head region formed in one piece with the inner circumferential wall and the inner bottom wall, wherein the inner circumferential wall adjoins the housing head region in its axial end region remote from the inner bottom wall and an exhaust gas duct leading from the exhaust gas flow space to the exhaust gas treatment space is provided on the housing head region. wherein an exhaust gas treatment space is provided on the outer heat exchanger housing, and wherein at least one exhaust gas treatment unit through which exhaust gas can flow is arranged in the exhaust gas treatment space, characterized in that the inner heat exchanger housing comprises a housing head region formed in one piece with the inner circumferential wall and the inner bottom wall, wherein the inner circumferential wall adjoins the housing head region in its axial end region remote from the inner bottom wall and an exhaust gas duct leading from the exhaust gas flow space to the exhaust gas treatment space is provided on the housing head region.
A direct speech-to-speech translation (S2ST) model comprising: an encoder configured to: receive an input speech representation corresponding to an utterance spoken by a source speaker in a first language; and encode the input speech representation into a hidden feature representation; an attention module configured to generate a context vector that attends to the hidden feature representation encoded by the encoder; a decoder configured to: receive the context vector generated by the attention module; and predict a phoneme representation corresponding to a translation of the utterance in a second different language; and a synthesizer configured to: receive the context vector and the phoneme representation; and generate a translated synthesized speech representation corresponding to the translation of the utterance spoken in the different second language. an encoder configured to: receive an input speech representation corresponding to an utterance spoken by a source speaker in a first language; and encode the input speech representation into a hidden feature representation; receive an input speech representation corresponding to an utterance spoken by a source speaker in a first language; and encode the input speech representation into a hidden feature representation; an attention module configured to generate a context vector that attends to the hidden feature representation encoded by the encoder; a decoder configured to: receive the context vector generated by the attention module; and predict a phoneme representation corresponding to a translation of the utterance in a second different language; and receive the context vector generated by the attention module; and predict a phoneme representation corresponding to a translation of the utterance in a second different language; and a synthesizer configured to: receive the context vector and the phoneme representation; and generate a translated synthesized speech representation corresponding to the translation of the utterance spoken in the different second language. receive the context vector and the phoneme representation; and generate a translated synthesized speech representation corresponding to the translation of the utterance spoken in the different second language.
A computer-assisted design method for a surgical device to assist with the placement of an orthopedic implant between two bones of a joint of a patient, including steps consisting of: - reconstructing, from medical images, a three-dimensional virtual model of the joint portion in question; - virtually correcting the alignment of the joint so as to define a space between the two bones of said joint corresponding to a worn part to be replaced with the implant; - virtually positioning, in the space of the virtual model of the corrected joint portion, a prosthetic space consumption defined at least between two planes; - virtually designing an intra-articular stabilization member able to fill the space defined between the two bones of the corrected joint in order to stabilize and realign the joint; - virtually designing two guide blocks fastened to the intra-articular stabilization member on either side of a plane defined by said intra-articular stabilization member, said guide blocks each including a slit coplanar with respect to one of the two planes defining the prosthetic space consumption; characterized in that at least one of the two guide blocks is fastened to the intra-articular stabilization member removably. - reconstructing, from medical images, a three-dimensional virtual model of the joint portion in question; - virtually correcting the alignment of the joint so as to define a space between the two bones of said joint corresponding to a worn part to be replaced with the implant; - virtually positioning, in the space of the virtual model of the corrected joint portion, a prosthetic space consumption defined at least between two planes; - virtually designing an intra-articular stabilization member able to fill the space defined between the two bones of the corrected joint in order to stabilize and realign the joint; - virtually designing two guide blocks fastened to the intra-articular stabilization member on either side of a plane defined by said intra-articular stabilization member, said guide blocks each including a slit coplanar with respect to one of the two planes defining the prosthetic space consumption;
A data packet sending apparatus, wherein the apparatus is configured to hand over a user equipment, UE, from a source network to a target network, wherein the apparatus is in the source network, wherein the apparatus comprises: • a determining module, configured to determine a locally cached data packet when the UE is handed over from the source network to the target network; and • a sending module, configured to: ∘ in a first alternative, obtain at least two cached data packets by replicating the locally cached data packet and send the at least two cached data packets to the target network or, ∘ in a second alternative instead of the first alternative, send the locally cached data packet to the target network at least twice, so as to send the at least two cached data packets to the target network. • a determining module, configured to determine a locally cached data packet when the UE is handed over from the source network to the target network; and • a sending module, configured to: ∘ in a first alternative, obtain at least two cached data packets by replicating the locally cached data packet and send the at least two cached data packets to the target network or, ∘ in a second alternative instead of the first alternative, send the locally cached data packet to the target network at least twice, so as to send the at least two cached data packets to the target network. ∘ in a first alternative, obtain at least two cached data packets by replicating the locally cached data packet and send the at least two cached data packets to the target network or, ∘ in a second alternative instead of the first alternative, send the locally cached data packet to the target network at least twice, so as to send the at least two cached data packets to the target network.
Vehicle electrical system for a vehicle, having the following features: - a first node, - a second node, to which electrical ground potential is applied, - a first, a second and a third current path between the first and the second node, - at least one energy consumer in the first current path, - a first energy supply unit in the second current path for supplying an electric current with at least one AC voltage component (V_G) for the at least one energy consumer, - in the third current path, a second energy supply unit for supplying an electric current for the at least one energy consumer, and a controllable switch with a first terminal near to the first node and a second terminal near to the second node, wherein, in the closed switch state of the switch, the first terminal electrically short-circuits with the second terminal and thus produces a closed circuit from the second energy supply unit to the at least one energy consumer, characterized by - a comparison device for acquiring a voltage potential (V_A1) with the AC voltage component (V_G) at a measurement point between the first terminal of the switch and the first node, and for comparing the voltage potential (V_A1) with a first predefined comparison voltage potential which is a ground potential of an electrical ground, and - a recognition device for recognizing an open switch state of the switch on the basis of a comparison result of the voltage potential (V_A1) and the first comparison voltage potential. - a first node, - a second node, to which electrical ground potential is applied, - a first, a second and a third current path between the first and the second node, - at least one energy consumer in the first current path, - a first energy supply unit in the second current path for supplying an electric current with at least one AC voltage component (V_G) for the at least one energy consumer, - in the third current path, a second energy supply unit for supplying an electric current for the at least one energy consumer, and a controllable switch with a first terminal near to the first node and a second terminal near to the second node, wherein, in the closed switch state of the switch, the first terminal electrically short-circuits with the second terminal and thus produces a closed circuit from the second energy supply unit to the at least one energy consumer, characterized by - a comparison device for acquiring a voltage potential (V_A1) with the AC voltage component (V_G) at a measurement point between the first terminal of the switch and the first node, and for comparing the voltage potential (V_A1) with a first predefined comparison voltage potential which is a ground potential of an electrical ground, and - a recognition device for recognizing an open switch state of the switch on the basis of a comparison result of the voltage potential (V_A1) and the first comparison voltage potential.
Refrigerator, in particular household refrigerator, having an axial fan and an air duct coupled to the axial fan in a fluidic fashion, with an inlet which is offset against the axis of the fan in a first direction, characterised in that the air duct is asymmetrical in respect of a plane proceeding through the axis of the axial fan and parallel to the direction of the offset.
Device adapted to open or close an overhead canopy door used to occlude an aperture, comprising: - an element adapted to move only slightly the door with respect to the vertical by imparting a force to the door's upper edge, - a bracket, fixable to the openable top part of the door on which the element is destined to abut, characterized in that the element is fixed coaxially to the shaft of an electric motor of the device for angularly oscillating around an axis, that the oscillating element has an engagement portion comprising a concavity the motor being mountable on an upper crosspiece or a wall that delimits the opening, wherein the bracket can be captured inside the concavity of the oscillating element so that the element can initially move the door when opening or lead it to the end-of-travel position when closing, - an element adapted to move only slightly the door with respect to the vertical by imparting a force to the door's upper edge, - a bracket, fixable to the openable top part of the door on which the element is destined to abut,