mhurhangee/ep-ind-claims huggingface dataset:
A food concentrate comprising: a 65-92.5% by volume of the total concentrate of a solid matrix; and b 7.5-35% by volume of the total concentrate of a gel phase; wherein the gel phase is in the form of particles embedded into the solid matrix; and characterized in that: - the gel particles have an average particle size of 200-5000 μm; and - the water activity of the food concentrate is between 0.55 and 0.75; and - the food concentrate having a hardness of less than 350kPa a 65-92.5% by volume of the total concentrate of a solid matrix; and b 7.5-35% by volume of the total concentrate of a gel phase; - the gel particles have an average particle size of 200-5000 μm; and - the water activity of the food concentrate is between 0.55 and 0.75; and - the food concentrate having a hardness of less than 350kPa
A light emitting device material containing a compound represented by the following general formula: wherein R 1 to R 4 may be the same or different, and are each selected from the group consisting of hydrogen, an alkyl group, a cycloalkyl group, a heterocyclic group, an alkenyl group, a cycloalkenyl group, an alkynyl group, an alkoxy group, an alkylthio group, an arylether group, an arylthioether group, an aryl group, a heteroaryl group, halogen, a carbonyl group, a carboxyl group, an oxycarbonyl group, a carbamoyl group, an amino group, a silyl group, and -P(=O)R 5 R 6; R 5 and R 6 are each an aryl group or a heteroaryl group, and adjacent substituents may form a ring; Ar 1 is a group represented by the general formula; Ar 2 is a group represented by the general formula; L 1 and L 2 are each a single bond, an arylene group, or a heteroarylene group, and each may be the same or different, provided that when L 1 and L 2 are each a naphthalenylene group, L 1 and L 2 each is not linked to pyrene at the 1-position of a naphthalene ring; and X 1 and X 2 are each an aryl group or a heteroaryl group, and each may be the same or different, provided that when L 1 is a single bond, X 1 is not a 1-naphthyl group and, when L 2 is a single bond, X 2 is not a 1-naphthyl group, wherein at least one of X 1 and X 2 is an aromatic heterocyclic group containing electron-accepting nitrogen.
A method performed by a network node for reducing interference in neighboring cells, which network node operates in a communication network, which is adapted to wirelessly serve a User Equipment, UE,, via a serving Radio Access, RA, node, the method comprising: - obtaining a determination of Reference Signal Received Power, RSRP, from the serving RA node, as received by the UE and a determination of RSRP from a neighboring RA node, as received by the UE, when the UE is connected to the serving RA node, and - deciding to reduce a transmit power of the serving RA node, when the RSRP of the serving RA node is higher than the RSRP of the neighboring RA node, in order to reduce the interference in the neighboring cells caused by the serving RA node. - obtaining a determination of Reference Signal Received Power, RSRP, from the serving RA node, as received by the UE and a determination of RSRP from a neighboring RA node, as received by the UE, when the UE is connected to the serving RA node, and - deciding to reduce a transmit power of the serving RA node, when the RSRP of the serving RA node is higher than the RSRP of the neighboring RA node, in order to reduce the interference in the neighboring cells caused by the serving RA node.
Tyre comprising a tread having a running surface designed to come into contact with a roadway when the tyre is running, this tread comprising at least one groove of generally circumferential orientation and a plurality of relief elements (21, 22), each of these relief elements comprising a contact face with a transverse width Lt, this contact face forming a portion of the running surface and of the lateral walls, certain of these lateral walls partly delimiting the grooves of generally circumferential orientation, at least one relief element being provided with a plurality of devices for attenuating resonance noise generated in a circumferential groove, each device being formed in a relief element and comprising a cavity of elongate shape having a total length Lc and a total volume Vc, this cavity being entirely formed in the tread, this cavity opening onto a lateral wall delimiting the circumferential groove the resonance noise of which it is sought to reduce, this cavity having a total length Lc which is greater than the transverse width Lt of the relief element, and a geometry comprising several cavity portions (40, 41, 42, 43, 44, 45) connected together, the length Lc being equal to the sum of the lengths of all the cavity portions, these cavity portions having a total length projected in the circumferential direction equal to Lx and a total length projected in the transverse direction equal to Ly, the projected total lengths Lx, Ly being equal respectively to the sum of the lengths of the projections in the circumferential direction or in the transverse direction of each cavity portion, each cavity being extended over the whole of its length Lc by a sipe extending radially outwards in order to open onto the running surface, this tread being characterized in that the sum Ly of the lengths projected in the transverse direction of each cavity is at least 1.5 times greater than the sum Lx of the lengths projected in the circumferential direction of each cavity.
A method for operating a Distributed Antenna System, DAS, the method comprising: providing a set of Digital Remote Units, DRUs, operable to send and receive wireless radio signals, wherein each of the set of DRUs is associated with a geographic area; providing a Digital Access Unit, DAU, (115, 215) to communicate with the set of DRUs via an optical signal, wherein the DAU is coupled to at least one sector of a base transceiver station, BTS; receiving uplink signals at one or more of the set of DRUs; providing a plurality of sensors in the geographic areas associated with the set of DRUs, wherein the plurality of sensors are configured to detect train activity and transmit a sensor output; determining monitored train activity based on the sensor output in the geographic areas associated with the set of DRUs; increasing a gain coefficient associated with one of the set of DRUs in response to determining an increase in monitored train activity in the geographic area associated with the one of the set of DRUs; decreasing a gain coefficient associated with another of the set of DRUs in response to determining a decrease in monitored train activity in the geographic area associated with the another of the set of DRUs; and transmitting, to the DAU, scaled uplink signals associated with the one of the set of DRUs and the another of the set of DRUs. providing a set of Digital Remote Units, DRUs, operable to send and receive wireless radio signals, wherein each of the set of DRUs is associated with a geographic area; providing a Digital Access Unit, DAU, (115, 215) to communicate with the set of DRUs via an optical signal, wherein the DAU is coupled to at least one sector of a base transceiver station, BTS; receiving uplink signals at one or more of the set of DRUs; providing a plurality of sensors in the geographic areas associated with the set of DRUs, wherein the plurality of sensors are configured to detect train activity and transmit a sensor output; determining monitored train activity based on the sensor output in the geographic areas associated with the set of DRUs; increasing a gain coefficient associated with one of the set of DRUs in response to determining an increase in monitored train activity in the geographic area associated with the one of the set of DRUs; decreasing a gain coefficient associated with another of the set of DRUs in response to determining a decrease in monitored train activity in the geographic area associated with the another of the set of DRUs; and transmitting, to the DAU, scaled uplink signals associated with the one of the set of DRUs and the another of the set of DRUs.
Trailer coupling for a motor vehicle, in particular a car, for attaching a trailer to the motor vehicle, with a coupling body support which may be attached to the motor vehicle and with a coupling body, in particular spherical on the outside, which may be fitted on a free end section of the coupling body support, and on which may be fitted a towing coupling seating of a towing coupling of the trailer, wherein the coupling body forms for the towing coupling seating a bearing body rotatably supporting the former for swivelling, in particular on a multi-axis swivel-jointed basis, relative to the coupling body support, wherein the trailer coupling (10; 110) has mounted on the coupling body a driver (33; 133), in particular annular, which may be driven by the towing coupling seating and is movable relative to the coupling body and forms part of a sensor array for detecting an angular position of the towing coupling relative to the coupling body support, characterised in that the driver (33; 133) has a row along a line of rows of adjacent sensor element holders or an elongated sensor element holder for sensor pickups or sensor elements, wherein there is located in the sensor element holders or in the sensor element holder a plug-in body with several sensor pickups and/or sensor elements which are arranged along the line of rows or a longitudinal or circumferential extent of the sensor element holder on or in the plug-in body or are formed by the plug-in body.
A method for maintaining data in a data storage system comprising a plurality of data storage nodes, the method being employed in a storage node in the data storage system and comprising: - monitoring the status of other storage nodes in the system as well as writing operations (65, 67, 69) carried out in the data storage system, the storage node having access, for a data entity, to a host list, including storage nodes storing the data entity; - detecting, based on the monitoring, conditions in the data storage system that indicate that a storage node in the data storage system is malfunctioning; - determining stored data entities that were also stored by the malfunctioning storage node, based on the information in a plurality of host lists, wherein the host list for each data entity comprises an associated list identifying a subset of storage nodes within the data storage system that store the data entity; and - initiating a replication process for data entities that were stored by the malfunctioning storage node in case the conditions are detected, wherein the replication process includes sending a multicast message, to a plurality of storage nodes, the message enquiring which of those storage nodes store specific data. - monitoring the status of other storage nodes in the system as well as writing operations (65, 67, 69) carried out in the data storage system, the storage node having access, for a data entity, to a host list, including storage nodes storing the data entity; - detecting, based on the monitoring, conditions in the data storage system that indicate that a storage node in the data storage system is malfunctioning; - determining stored data entities that were also stored by the malfunctioning storage node, based on the information in a plurality of host lists, wherein the host list for each data entity comprises an associated list identifying a subset of storage nodes within the data storage system that store the data entity; and - initiating a replication process for data entities that were stored by the malfunctioning storage node in case the conditions are detected, wherein the replication process includes sending a multicast message, to a plurality of storage nodes, the message enquiring which of those storage nodes store specific data.
A wireless power supply method for transmitting electric power by microwaves between a power transmission antenna and a power reception antenna configured by arranging a plurality of antenna elements on a plane, the wireless power supply method comprising: receiving a microwave beam that is radiated from the power transmission antenna by a plurality of adjustment antenna elements arranged at equal distances from a center of the power reception antenna on the same plane as the power reception antenna; and adjusting rotational deviation and positional deviation of the power transmission antenna and the power reception antenna based on an amount of electric power that is received in the plurality of adjustment antenna elements. receiving a microwave beam that is radiated from the power transmission antenna by a plurality of adjustment antenna elements arranged at equal distances from a center of the power reception antenna on the same plane as the power reception antenna; and adjusting rotational deviation and positional deviation of the power transmission antenna and the power reception antenna based on an amount of electric power that is received in the plurality of adjustment antenna elements.
A fluid dispenser comprising: • a reservoir containing air and a fluid; • a dispenser head that is provided with a dispenser orifice for dispensing the fluid; • a dip tube that conveys the fluid from the reservoir to the dispenser head; • a pusher that is axially movable over a determined stroke; • an electric pump that delivers air into the reservoir so as to force the fluid through the dip tube as far as the dispenser head, the electric pump being actuated by the pusher; • a battery unit; and • a fluid outlet valve that is arranged upstream from the dispenser orifice for selectively interrupting the feed to the dispenser head, the outlet valve being actuated by the pusher, the pusher occupying a high rest position that corresponds to a closed state of the outlet valve and a low depressed position that corresponds to an open state of the outlet valve; the fluid dispenser being characterized in that: • all of the air coming from the electric pump is delivered into the reservoir; • the electric pump is activated by the pusher as soon as it leaves its high rest position, and the outlet valve is opened only in the proximity of the low depressed position, such that the electric pump is electrically powered well before the outlet valve is opened, thereby creating an increase in pressure in the reservoir before the outlet valve is opened; and • the electric pump delivers air into the reservoir with an increase in pressure that is less than 1 Bar. • a reservoir containing air and a fluid; • a dispenser head that is provided with a dispenser orifice for dispensing the fluid; • a dip tube that conveys the fluid from the reservoir to the dispenser head; • a pusher that is axially movable over a determined stroke; • an electric pump that delivers air into the reservoir so as to force the fluid through the dip tube as far as the dispenser head, the electric pump being actuated by the pusher; • a battery unit; and • a fluid outlet valve that is arranged upstream from the dispenser orifice for selectively interrupting the feed to the dispenser head, the outlet valve being actuated by the pusher, the pusher occupying a high rest position that corresponds to a closed state of the outlet valve and a low depressed position that corresponds to an open state of the outlet valve; • all of the air coming from the electric pump is delivered into the reservoir; • the electric pump is activated by the pusher as soon as it leaves its high rest position, and the outlet valve is opened only in the proximity of the low depressed position, such that the electric pump is electrically powered well before the outlet valve is opened, thereby creating an increase in pressure in the reservoir before the outlet valve is opened; and • the electric pump delivers air into the reservoir with an increase in pressure that is less than 1 Bar.
A suture device comprising: a mounting structure adapted to be secured relative to a distal end of an endoscope; a suture ring secured relative to the mounting structure, the suture ring defining an arcuate channel extending within the suture ring; a first arcuate needle passer (44, 70) slidingly disposed within a first side of the arcuate channel, the first arcuate needle passer (44, 70) including a working end and a control end; a first control element operably coupled to the control end of the first arcuate needle passer (44, 70); an arcuate needle releasably securable to the first arcuate needle passer (44, 70), a second arcuate needle passer (48, 70) slidingly disposed within a second side of the arcuate channel, the second arcuate needle passer (48, 70) including a working end and a control end; a second control element operably coupled to the control end of the second arcuate needle passer (48, 70); wherein the arcuate needle is passable between the first arcuate needle passer (44, 70) and the second arcuate needle passer (48, 70) and includes a first latching feature (96, 98) adapted to releasably secure the arcuate needle to the first arcuate needle passer and a second latching feature (98, 96) adapted to releasably secure the arcuate needle to the second arcuate needle passer; characterized in that the first control element and the second control element cross over each other upon entering the arcuate channel of the suture ring. a mounting structure adapted to be secured relative to a distal end of an endoscope; a suture ring secured relative to the mounting structure, the suture ring defining an arcuate channel extending within the suture ring; a first arcuate needle passer (44, 70) slidingly disposed within a first side of the arcuate channel, the first arcuate needle passer (44, 70) including a working end and a control end; a first control element operably coupled to the control end of the first arcuate needle passer (44, 70); an arcuate needle releasably securable to the first arcuate needle passer (44, 70), a second arcuate needle passer (48, 70) slidingly disposed within a second side of the arcuate channel, the second arcuate needle passer (48, 70) including a working end and a control end; a second control element operably coupled to the control end of the second arcuate needle passer (48, 70); wherein the arcuate needle is passable between the first arcuate needle passer (44, 70) and the second arcuate needle passer (48, 70) and includes a first latching feature (96, 98) adapted to releasably secure the arcuate needle to the first arcuate needle passer and a second latching feature (98, 96) adapted to releasably secure the arcuate needle to the second arcuate needle passer; characterized in that the first control element and the second control element cross over each other upon entering the arcuate channel of the suture ring.
Medical ventilator comprising an internal gas circuit in fluidic communication with a connection socket arranged on said medical ventilator, said connection socket comprising: - a socket body traversed axially by an internal passage connecting an inlet orifice, carried by a free proximal end of the socket body, to an outlet orifice, and comprising flow control means (6, 7) which control the circulation of the gas within said internal passage and are arranged in the internal passage between the inlet orifice and outlet orifice, said flow control means (6, 7) comprising a movable valve cooperating with a valve seat, and - a filtration element arranged in the internal passage of the socket body, the filtration element being mounted in a removable fashion within the internal passage of the socket body, the insertion or removal of said filtration element taking place through the inlet orifice of the internal passage carried by the free proximal end of the socket body, said filtration element being arranged in a cartridge with filter, comprising a cartridge body traversed axially by an internal duct, arranged in the internal duct, characterized in that: - the movable valve is made of silicone and has an umbrella shape formed by a rod surmounted by a flat or slightly curved disc, and - the filtration element is a fritted or woven filter. - a socket body traversed axially by an internal passage connecting an inlet orifice, carried by a free proximal end of the socket body, to an outlet orifice, and comprising flow control means (6, 7) which control the circulation of the gas within said internal passage and are arranged in the internal passage between the inlet orifice and outlet orifice, said flow control means (6, 7) comprising a movable valve cooperating with a valve seat, and - a filtration element arranged in the internal passage of the socket body, the filtration element being mounted in a removable fashion within the internal passage of the socket body, the insertion or removal of said filtration element taking place through the inlet orifice of the internal passage carried by the free proximal end of the socket body, said filtration element being arranged in a cartridge with filter, comprising a cartridge body traversed axially by an internal duct, arranged in the internal duct, - the movable valve is made of silicone and has an umbrella shape formed by a rod surmounted by a flat or slightly curved disc, and - the filtration element is a fritted or woven filter.
A double chamber heat exchange tube, comprising: an outer tube; an inner tube disposed in the outer tube; and a fluid channel formed between the outer tube and the inner tube; wherein: the outer tube comprises a wall comprising a plurality of first flat segments, and a plurality of first communication holes formed between every two adjacent first flat segments; the inner tube comprises a wall comprising a plurality of second flat segments, and a plurality of second communication holes formed between every two adjacent second flat segments; the plurality of first flat segments is disposed correspondingly to the plurality of second flat segments, respectively; and a first angle of torsion exists between two adjacent first flat segments, and a second angle of torsion exists between two adjacent second flat segments. an inner tube disposed in the outer tube; and a fluid channel formed between the outer tube and the inner tube; wherein: the outer tube comprises a wall comprising a plurality of first flat segments, and a plurality of first communication holes formed between every two adjacent first flat segments; the inner tube comprises a wall comprising a plurality of second flat segments, and a plurality of second communication holes formed between every two adjacent second flat segments; the plurality of first flat segments is disposed correspondingly to the plurality of second flat segments, respectively; and a first angle of torsion exists between two adjacent first flat segments, and a second angle of torsion exists between two adjacent second flat segments. the outer tube comprises a wall comprising a plurality of first flat segments, and a plurality of first communication holes formed between every two adjacent first flat segments; the inner tube comprises a wall comprising a plurality of second flat segments, and a plurality of second communication holes formed between every two adjacent second flat segments; the plurality of first flat segments is disposed correspondingly to the plurality of second flat segments, respectively; and a first angle of torsion exists between two adjacent first flat segments, and a second angle of torsion exists between two adjacent second flat segments.