mhurhangee/patent-ind-claim-en huggingface dataset:
Plug-on brush device for a toothbrush handpiece , in particular for an electrical toothbrush handpiece , with an application unit comprising a head section with a brush head , a plug-on section and a neck section that is arranged between the head section and the plug-on section , and with an interface accommodation unit comprising at least one interface accommodation for receiving at least one interface of a toothbrush handpiece , the interface accommodation unit being realized separately and the plug-on section of the application unit comprising a receiving region for a loss-proof, at least substantially complete accommodation of the interface accommodation unit , characterised in that the interface accommodation unit comprises at least one spring section which is configured, in a state when an interface of the toothbrush handpiece is accommodated, to exert a tension force onto the interface of the toothbrush handpiece , the spring section comprising at least one spring bar element and at least one bow spring element each of which is configured, in a state when an interface of the toothbrush handpiece is accommodated, to exert a tension force onto the interface of the toothbrush handpiece . with an application unit comprising a head section with a brush head , a plug-on section and a neck section that is arranged between the head section and the plug-on section , and with an interface accommodation unit comprising at least one interface accommodation for receiving at least one interface of a toothbrush handpiece , the interface accommodation unit being realized separately and the plug-on section of the application unit comprising a receiving region for a loss-proof, at least substantially complete accommodation of the interface accommodation unit , characterised in that the interface accommodation unit comprises at least one spring section which is configured, in a state when an interface of the toothbrush handpiece is accommodated, to exert a tension force onto the interface of the toothbrush handpiece , the spring section comprising at least one spring bar element and at least one bow spring element each of which is configured, in a state when an interface of the toothbrush handpiece is accommodated, to exert a tension force onto the interface of the toothbrush handpiece .
A system for supplying power to an implantable blood pump , the system comprising: a first modular energy storage device configured to be operatively coupled to a base module to supply electrical power to the base module , wherein the base module is configured to be operatively coupled with the implantable blood pump to supply electrical power to drive the implantable blood pump ; characterized in that the system comprises a second modular energy storage device configured to be operatively coupled to the first modular energy storage device to supply electrical power to the first modular energy storage device , wherein the second modular energy storage device is mechanically coupled in series to the first modular energy storage device and electrically coupled in parallel to the first modular energy storage device , wherein the first and second modular energy storage devices are configured to provide redundant sources of power to drive the implantable blood pump ; and a charging unit configured to draw power from a standard AC power outlet, wherein the charging unit is configured to be electrically coupled to the second modular energy storage device to charge the second modular energy storage device . a first modular energy storage device configured to be operatively coupled to a base module to supply electrical power to the base module , wherein the base module is configured to be operatively coupled with the implantable blood pump to supply electrical power to drive the implantable blood pump ; characterized in that the system comprises a second modular energy storage device configured to be operatively coupled to the first modular energy storage device to supply electrical power to the first modular energy storage device , wherein the second modular energy storage device is mechanically coupled in series to the first modular energy storage device and electrically coupled in parallel to the first modular energy storage device , wherein the first and second modular energy storage devices are configured to provide redundant sources of power to drive the implantable blood pump ; and a charging unit configured to draw power from a standard AC power outlet, wherein the charging unit is configured to be electrically coupled to the second modular energy storage device to charge the second modular energy storage device .
A downhole device comprising: a generating material having a fluid contact surface, that contact surface being configured to be in contact with a fluid downhole, and the generating material being configured to generate an electric charge at the material in response a fluid at the contact surface; the device further comprising a signal source configured to provide a signal in response to a generated electric charge at the generating material ; a downhole mechanism , in the form of a flow control mechanism , in communication with the signal source , the flow control mechanism being operable on the basis of a signal provided by the signal source and in response to a generated electric charge at the generating material , and the flow control mechanism comprising an activation device ; the activation device comprises a biasing mechanism configured to assist with operable opening/closing of the flow control mechanism and the activation device further comprises a retainer configured to retain the flow control mechanism in a particular configuration, and to activate upon receipt of a particular signal from the signal source so as to release the flow control mechanism , wherein the retainer comprises a conducting sacrificial element configured such that current from the signal output passes through the sacrificial element, and further configured such that when the rate of charge flowing through the element exceeds a particular threshold, the structural integrity of that element decreases to an extent to allow activation of the flow control mechanism . a generating material having a fluid contact surface, that contact surface being configured to be in contact with a fluid downhole, and the generating material being configured to generate an electric charge at the material in response a fluid at the contact surface; the device further comprising a signal source configured to provide a signal in response to a generated electric charge at the generating material ; a downhole mechanism , in the form of a flow control mechanism , in communication with the signal source , the flow control mechanism being operable on the basis of a signal provided by the signal source and in response to a generated electric charge at the generating material , and the flow control mechanism comprising an activation device ; the activation device comprises a biasing mechanism configured to assist with operable opening/closing of the flow control mechanism and the activation device further comprises a retainer configured to retain the flow control mechanism in a particular configuration, and to activate upon receipt of a particular signal from the signal source so as to release the flow control mechanism , wherein the retainer comprises a conducting sacrificial element configured such that current from the signal output passes through the sacrificial element, and further configured such that when the rate of charge flowing through the element exceeds a particular threshold, the structural integrity of that element decreases to an extent to allow activation of the flow control mechanism .
A polymeric composition comprising: a silane functionalized polyolefin, wherein the polymeric composition comprises 42 wt% or greater, while at the same time, 75 wt% or less, of the silane functionalized polyolefin based on a total weight of the polymeric composition; a brominated flame retardant having a Temperature of 5% Mass Loss from 300°C to 700°C as measured according to Thermogravimetric Analysis as described in the description, wherein the brominated flame retardant is polymeric and has a weight average molecular weight of from 2,000 g/mol to 30,000 g/mol as measured using Gel Permeation Chromatography, wherein the brominated flame retardant is aromatically brominated; and antimony trioxide, wherein the polymeric composition has an antimony (Sb) to bromine (Br) molar ratio (Sb:Br molar ratio) of 0.35 to 0.98. a silane functionalized polyolefin, wherein the polymeric composition comprises 42 wt% or greater, while at the same time, 75 wt% or less, of the silane functionalized polyolefin based on a total weight of the polymeric composition; a brominated flame retardant having a Temperature of 5% Mass Loss from 300°C to 700°C as measured according to Thermogravimetric Analysis as described in the description, wherein the brominated flame retardant is polymeric and has a weight average molecular weight of from 2,000 g/mol to 30,000 g/mol as measured using Gel Permeation Chromatography, wherein the brominated flame retardant is aromatically brominated; and antimony trioxide, wherein the polymeric composition has an antimony (Sb) to bromine (Br) molar ratio (Sb:Br molar ratio) of 0.35 to 0.98.
A method for performing mobility measurements by a mobile device operating in a cellular network, the method comprising: receiving, via the cellular network, a bias parameter of a neighbour cell; determining whether or not to perform at least one mobility measurement by comparing the bias parameter to a threshold value; wherein the bias parameter is indicative of a bias allocated by the network to select the neighbour cell in a cell selection procedure. receiving, via the cellular network, a bias parameter of a neighbour cell; determining whether or not to perform at least one mobility measurement by comparing the bias parameter to a threshold value; wherein the bias parameter is indicative of a bias allocated by the network to select the neighbour cell in a cell selection procedure.
A method for feeding electrical power into an electrical supply network having a network voltage with a network frequency by means of a converter-based generator , in particular by means of a wind power system , comprising the following steps: - estimating a converter proportion of a network section of the electrical supply network , wherein the converter proportion denotes a ratio of power fed in by means of converters to total power fed in, - feeding electrical power into the electrical supply network in a normal mode depending on the estimated converter proportion, - activating a first backup mode depending on the estimated converter proportion in accordance with a first activation condition, - activating a second backup mode depending on the estimated converter proportion in accordance with a second activation condition, which is different than the first activation condition, characterized in that - said feeding in the normal mode is effected if the estimated converter proportion lies below a first reference value, - said activating the first backup mode is effected if the estimated converter proportion reaches, or lies above, the first reference value, and - said activating the second backup mode is effected if the estimated converter proportion reaches, or lies above, a second reference value, wherein the second reference value is greater than the first reference value, wherein - the first reference value and/or the second reference value are/is chosen depending on a further network property of the electrical supply network . - estimating a converter proportion of a network section of the electrical supply network , wherein the converter proportion denotes a ratio of power fed in by means of converters to total power fed in, - feeding electrical power into the electrical supply network in a normal mode depending on the estimated converter proportion, - activating a first backup mode depending on the estimated converter proportion in accordance with a first activation condition, - activating a second backup mode depending on the estimated converter proportion in accordance with a second activation condition, which is different than the first activation condition, characterized in that - said feeding in the normal mode is effected if the estimated converter proportion lies below a first reference value, - said activating the first backup mode is effected if the estimated converter proportion reaches, or lies above, the first reference value, and - said activating the second backup mode is effected if the estimated converter proportion reaches, or lies above, a second reference value, wherein the second reference value is greater than the first reference value, wherein - the first reference value and/or the second reference value are/is chosen depending on a further network property of the electrical supply network .
A chill-tolerant maize plant or a portion thereof, comprising a first chromosomal interval from a donor on chromosome 4 between the marker positions ma59778s31 and ma59778119, which comprises an endogenous chill tolerance-conferring nucleic acid, wherein the chill tolerance-conferring nucleic acid comprises a nucleic acid sequence selected from the group consisting of a) a nucleic acid sequence with SEQ ID NO: 29, b) a nucleic acid sequence which has at least 98% identity with a sequence from a), c) a nucleic acid sequence which differs from a nucleic acid sequence according to a) in accordance with the degeneracy of the genetic code, d) a nucleic acid sequence which codes for a protein with SEQ ID NO 30, wherein a T is at the marker position ma59778s31, a T is at a marker position ma59778s32, a C is at the marker position ma59778119, an A is at a marker position ma52594s01 and a G is at a marker position ma20205s01, or wherein a C is at the marker position ma59778s31, a T is at a marker position ma59778s32, a C is at the marker position ma59778119 and an A is at a marker position ma52594s01; and wherein the marker positions with reference to the maize line B73 AGPv2 are as follows: ma59778s31 = 37263172 bp, ma59778s32 = 37296672 bp, ma59778119 = 37297901 bp, ma52594s01 = 58033711 bp and ma20205s01 = 156998152 bp. a) a nucleic acid sequence with SEQ ID NO: 29, b) a nucleic acid sequence which has at least 98% identity with a sequence from a), c) a nucleic acid sequence which differs from a nucleic acid sequence according to a) in accordance with the degeneracy of the genetic code, d) a nucleic acid sequence which codes for a protein with SEQ ID NO 30, wherein a T is at the marker position ma59778s31, a T is at a marker position ma59778s32, a C is at the marker position ma59778119, an A is at a marker position ma52594s01 and a G is at a marker position ma20205s01, or wherein a C is at the marker position ma59778s31, a T is at a marker position ma59778s32, a C is at the marker position ma59778119 and an A is at a marker position ma52594s01; and wherein the marker positions with reference to the maize line B73 AGPv2 are as follows: ma59778s31 = 37263172 bp, ma59778s32 = 37296672 bp, ma59778119 = 37297901 bp, ma52594s01 = 58033711 bp and ma20205s01 = 156998152 bp. wherein a T is at the marker position ma59778s31, a T is at a marker position ma59778s32, a C is at the marker position ma59778119, an A is at a marker position ma52594s01 and a G is at a marker position ma20205s01, or wherein a C is at the marker position ma59778s31, a T is at a marker position ma59778s32, a C is at the marker position ma59778119 and an A is at a marker position ma52594s01; and wherein the marker positions with reference to the maize line B73 AGPv2 are as follows: ma59778s31 = 37263172 bp, ma59778s32 = 37296672 bp, ma59778119 = 37297901 bp, ma52594s01 = 58033711 bp and ma20205s01 = 156998152 bp.
Sliding door having a door frame which has a ground sill and two frames extending upwards at the ends of the ground sill , and at least one sliding leaf (4, 4', 4"), which is movable along a running rail on the ground sill , wherein a separate compensating profile (17, 17', 17") is fixed to the ground sill at a longitudinal edge on an inner side, wherein the compensating profile (17, 17', 17") is substantially rectangular in cross-section and is held on the ground sill via latching means, characterized in that a flush alignment of a surface of the compensation profile (17, 17', 17") and an inner surface of the sliding leaf (4, 4', 4") is provided on the inside of the ground sill by mounting the compensation profile (17, 17', 17").
A microfluidic device comprising: one or more cams comprising a cam shaft and a cam lobe ; one or more rocker arms ; a microfluidic cartridge comprising one or more fluidic channels , one or more reaction chambers , and one or more burst pouches comprising fluid and a frangible membrane seal; and a cam mechanism configured to rotate the cam shaft ; wherein the one or more cams are configured such that rotation of the cam shaft causes the cam lobes to actuate the one or more rocker arms , and wherein the one or more rocker arms are configured such that actuation causes the one or more rocker arms to move from an open position to a closed position in which pressure is placed on the one or more burst pouches such that the frangible membrane is broken and the fluid is released into the one or more reaction chambers , characterized in that the one or more cam lobes and the one or more rocker arms are configured such that after the frangible membrane seal of the one or more burst pouches has been broken, the rocker arms remain in the closed position. one or more cams comprising a cam shaft and a cam lobe ; one or more rocker arms ; a microfluidic cartridge comprising one or more fluidic channels , one or more reaction chambers , and one or more burst pouches comprising fluid and a frangible membrane seal; and a cam mechanism configured to rotate the cam shaft ;
A peptide analogue comprising a peptide and one or more branched amino acid probes, wherein said branched amino acid probe comprises a first amino-alkyl amino acid residue, said first amino-alkyl amino acid residue optionally being covalently linked to a second amino-alkyl amino acid residue, or to a second and a third amino-alkyl amino acid residue, to form a linear chain of 2 or 3 amino-alkyl amino acid residues, wherein the side chain of one or more of said first, second and/or third amino-alkyl amino acid residues are each modified by attaching to the side chain amino group a molecule independently selected from the group consisting of AAA q -AAA; (aa 3 ) p -AAA q ; AAA q -(aa 3 ) p ; [(aa 3 )-AAA] p and [AAA-(aa 3 )] p ; wherein q is a number selected from 0, 1, 2 and 3; p is a number selected from 1, 2 and 3; AAA is an amino-alkyl amino acid residue; and (aa 3 ) is an amino acid residue independently selected from Arg, His, Gly and Ala, wherein said amino-alkyl amino acid residues are optionally acetylated, wherein said first amino-alkyl amino acid residue is covalently linked to the N-terminus of said peptide, covalently linked to the C-terminus of said peptide, and/or attached to the side chain amino group of an amino-alkyl amino acid residue within said peptide, with the proviso that said branched amino acid probe consists of 2 to 9 amino acid residues; wherein said peptide is not an α-MSH and/or a γ-MSH peptide having a branched amino acid probe covalently linked to the N-terminal amino acid of said α-MSH and/or γ-MSH peptide.
A method performed by a Session Management Function, SMF, the method comprising: processing an establishment request of a Protocol Data Unit, PDU, session; obtaining redundant transmission experience analytics from a Network Data Analytics Function, NWDAF; and based on the redundant transmission experience analytics, determining whether to i) perform redundant transmission for the PDU session or ii) stop redundant transmission which has been activated for the PDU session. processing an establishment request of a Protocol Data Unit, PDU, session; obtaining redundant transmission experience analytics from a Network Data Analytics Function, NWDAF; and based on the redundant transmission experience analytics, determining whether to i) perform redundant transmission for the PDU session or ii) stop redundant transmission which has been activated for the PDU session.
Squeegee comprising a handle , a first lip holder with a first lip and a second lip holder with a second lip , wherein the first and second lip holders are immovably connected to the handle , characterised in that the second plane (E2) in which the second lip lies has a second angle (β) of at least 70°, preferably approximately 90° to the longitudinal axis (A) of the handle . wherein the first and second lip holders are immovably connected to the handle , characterised in that the second plane (E2) in which the second lip lies has a second angle (β) of at least 70°, preferably approximately 90° to the longitudinal axis (A) of the handle .
Mounting device for inserting insulation holders in insulation material, where the mounting device comprises a drive means having a drive head adapted to move from a start position to an end position with a non-rotating movement, where the drive head is adapted to drive an insulation holder into the insulation material, where the mounting device comprises an elongated body having a central channel having a receiving position adapted to hold an insulation holder before insertion, and a head portion comprising a central opening , characterized in that the central opening is provided with a threaded portion , where the lead pitch of the threaded portion is at least 30 millimetres.
Device for the production of granules or extrudates, wherein the device comprises a container with an inlet for the material to be treated, with an inlet for a liquid, with a stirring device for producing an intermediate product from the material to be treated and the liquid, and with an outlet for the intermediate product, and a discharge tube , characterized in that the device comprises an inlet for the intermediate product and an outlet for the granules or extrudate, as well as a discharge tube which has a conveying device which conveys the intermediate product from the inlet of the discharge tube in the direction of the outlet of the discharge tube , wherein the discharge tube , which is able to rotate about an axis E-E, is arranged on the container in such a manner that the discharge tube can be transitioned between an open position and a closed position with respect to the container .