mhurhangee/ep-ind-claims huggingface dataset:
A coating composition for a urinary catheter, wherein the principal constituents of the coating composition are a) one or more poly(ethyleneoxide)s having a weight average molecular weight of more than 10,000 Da as the only polymer constituents of the composition, or one or more poly(ethyleneoxide)s having a weight average molecular weight of more than 10,000 Da in combination with one or more non-thermoplastic hydrophilic polymers having a weight average molecular weight of more than 10,000 Da, wherein the one or more poly(ethylene oxide)s constitutes at least 50 % by weight of the total amount of polymer constituents; and b) one or more low molecular weight scaffold(s) having a plurality of photoinitiator moieties covalently linked to said scaffold(s), wherein said low molecular weight scaffold is an organic compound having a weight average molecular weight, without said photoinitiator moieties, in the range of 100-10,000 Da (g/mol); wherein the one or more poly(ethylene oxide)s does not carry any ethylenically unsaturated functionalities. a) one or more poly(ethyleneoxide)s having a weight average molecular weight of more than 10,000 Da as the only polymer constituents of the composition, or one or more poly(ethyleneoxide)s having a weight average molecular weight of more than 10,000 Da in combination with one or more non-thermoplastic hydrophilic polymers having a weight average molecular weight of more than 10,000 Da, wherein the one or more poly(ethylene oxide)s constitutes at least 50 % by weight of the total amount of polymer constituents; and b) one or more low molecular weight scaffold(s) having a plurality of photoinitiator moieties covalently linked to said scaffold(s), wherein said low molecular weight scaffold is an organic compound having a weight average molecular weight, without said photoinitiator moieties, in the range of 100-10,000 Da (g/mol);
Locking arrangement for a window, in particular a roof window, comprising a locking means and a closing block, with which the locking means cooperates in order to lock the window, wherein the locking means comprises a slider which can be coupled to an actuation handle of the window and which is mounted to be linearly displaceable along a displacement path, and a gearing, which translates a linear movement of the slider into a rotary movement of at least one closing part mounted to be rotatable around an axis of rotation, which, in a first rotary angle position, engages behind a closing pin of the closing block for locking the window, and, in a second rotary angle position, releases this pin for opening the window, and wherein the gearing is a rack and pinion gear, wherein a rack of the rack and pinion gear is arranged in parallel to the displacement path on the slider, and comprises a toothing, which meshes with a coupling gear coupled to the closing part, wherein a maloperation lock is provided, characterized in that a rotatably-mounted latching element, spring-loaded coaxially to the coupling gear and in the direction of the locking position, of the maloperation lock locks the slider in the locking position by engagement into the toothing of the rack, and releases it in a release position.
A row unit (18, 180) for a seeding machine operable to plant seeds into soil, the row unit (18, 180) comprising: a frame (30, 130); a gauge wheel operable to engage the soil and support the frame (30, 130) via a gauge wheel arm connected between the gauge wheel and the frame (30, 130); a seed dispenser supported by the frame (30, 130) and operable to dispense seeds into the soil; a depth stop assembly including a stop setting an upward travel limit of the gauge wheel with respect to the frame (30, 130), and a handle that is lockable and releasable to move the stop to select among a plurality of seeding depths; a downforce adjustment mechanism operable to generate a variable amount of downforce to be applied through the gauge wheel arm and the gauge wheel to the soil; and a downforce sensor incorporated into the depth stop assembly and movable therewith, wherein the depth stop assembly includes a multi-piece body having a first piece (208 1) receiving the handle, and a second piece (208 2) defining a pivot joining the depth stop assembly to the frame (30, 130), and wherein the first piece (208 1) of the multi-piece body includes a handle-receiving receptacle portion, a fastening portion (210 2) for fastening to the second piece (208 2) of the multi-piece body adjacent the pivot, and a portion between the handle-receiving receptacle portion and the fastening portion (210 2) forming a housing of the downforce sensor, characterized in that the downforce sensor is a load cell including at least one strain gauge positioned in a receptacle of the downforce sensor housing.. a frame (30, 130); a gauge wheel operable to engage the soil and support the frame (30, 130) via a gauge wheel arm connected between the gauge wheel and the frame (30, 130); a seed dispenser supported by the frame (30, 130) and operable to dispense seeds into the soil; a depth stop assembly including a stop setting an upward travel limit of the gauge wheel with respect to the frame (30, 130), and a handle that is lockable and releasable to move the stop to select among a plurality of seeding depths; a downforce adjustment mechanism operable to generate a variable amount of downforce to be applied through the gauge wheel arm and the gauge wheel to the soil; and a downforce sensor incorporated into the depth stop assembly and movable therewith, wherein the depth stop assembly includes a multi-piece body having a first piece (208 1) receiving the handle, and a second piece (208 2) defining a pivot joining the depth stop assembly to the frame (30, 130), and wherein the first piece (208 1) of the multi-piece body includes a handle-receiving receptacle portion, a fastening portion (210 2) for fastening to the second piece (208 2) of the multi-piece body adjacent the pivot, and a portion between the handle-receiving receptacle portion and the fastening portion (210 2) forming a housing of the downforce sensor, characterized in that the downforce sensor is a load cell including at least one strain gauge positioned in a receptacle of the downforce sensor housing..
An optical communication apparatus that is adapted to receive a wavelength division multiplexed signal in which a plurality of optical signals are wavelength multiplexed and in which each of the optical signals includes a plurality of multiplexed subcarriers, characterized in that the optical communication apparatus comprises: a plurality of transceivers (2-1 to 2-4), each of the transceivers corresponding to a respective one of the plurality of optical signals and adapted to perform a reception process on a band which is a processing target and in which a corresponding one of the optical signals is included, to calculate a frequency offset amount between a frequency of local light and a carrier frequency of the corresponding one of the optical signals, wherein said carrier frequency is a center frequency of the corresponding optical signal, and to calculate a carrier frequency interval that is a frequency interval between the frequency of the local light and a carrier frequency of an optical signal adjacent to the corresponding one of the optical signals; and a frequency control unit adapted to calculate an adjustment amount on a basis of the frequency offset amounts and the carrier frequency intervals calculated by each of the transceivers, and to transmit the calculated adjustment amount to an optical communication apparatus that is a source of the optical signals, the transmitted adjustment amount being intended to allow the source optical communication apparatus to adjust the carrier frequencies of the optical signals. a plurality of transceivers (2-1 to 2-4), each of the transceivers corresponding to a respective one of the plurality of optical signals and adapted to perform a reception process on a band which is a processing target and in which a corresponding one of the optical signals is included, to calculate a frequency offset amount between a frequency of local light and a carrier frequency of the corresponding one of the optical signals, wherein said carrier frequency is a center frequency of the corresponding optical signal, and to calculate a carrier frequency interval that is a frequency interval between the frequency of the local light and a carrier frequency of an optical signal adjacent to the corresponding one of the optical signals; and a frequency control unit adapted to calculate an adjustment amount on a basis of the frequency offset amounts and the carrier frequency intervals calculated by each of the transceivers, and to transmit the calculated adjustment amount to an optical communication apparatus that is a source of the optical signals, the transmitted adjustment amount being intended to allow the source optical communication apparatus to adjust the carrier frequencies of the optical signals.
Method for controlling an orthopedic joint device of a lower extremity; the joint device has an upper part and a lower part mounted in an articulated manner thereon; arranged between the upper part and the lower part is an energy conversion and/or storing device (5, 54), by way of which kinetic energy from the relative movement between the lower part and the upper part is converted or stored and fed back to the joint during the walking in order to assist the relative movement, wherein, within a movement cycle, kinetic energy is converted and/or stored and, within the same movement cycle, is fed back to the joint device in a controlled manner after a time delay as kinetic energy and the energy conversion and/or storing device (5, 54) has a rate of conversion and/or storage that is inversely proportional to the pivoting velocity of the lower part in relation to the upper part, characterized in that with increasing walking speed, less kinetic energy is supplied to the joint.
A flight control system of an aircraft comprising: - a first processing unit, - a second processing unit, - communication means configured for establishing a first bidirectional digital link and a second bidirectional digital link between the first processing unit and the second processing unit, said second link being redundant with the first link, wherein said first and second links may be active concomitantly, said system further comprising backup communication means giving the possibility of ensuring exchanges of data between the first and second processing units in the case of failures of the first and second links, characterized in that said backup communication means comprise a network of sensors or actuators and/or an on-board secure network for avionics. - a first processing unit, - a second processing unit, - communication means configured for establishing a first bidirectional digital link and a second bidirectional digital link between the first processing unit and the second processing unit,
A method of access network selection for a user equipment in a multi-access network environment with a plurality of access networks (10A, 10B, 10C, 20A, 20B, 20C) useable by said user equipment, the plurality of access networks comprising a first subgroup (10A, 10B, 10C) of access networks and a second subgroup (20A, 20B, 20C) of access networks which are not part of the first subgroup of access networks, wherein at least a first access selection function and a separate second access selection function (110, 575) are provided, the first access selection function being adapted to select an access network from the first subgroup (10A, 10B, 10C) on the basis of a first set of selection rules and the second access selection function (110, 575) being adapted to select at least one access network from both the first subgroup (10A, 10B, 10C) and the second subgroup (20A, 20B, 20C) on the basis of a second set of selection rules, wherein the method comprises: making a selection priority information of the first access selection function available to the second access selection function (110, 575).
A yarn recovery device, comprising a support and a motorized yarn winding spool which is entrained in rotation with respect to the support and is delimited axially between a front end face and a rear end face, characterized in that said support carries integrally a first yarn guiding bush and a second yarn guiding bush which define a straight path that passes obliquely through the spool with respect to the axis thereof, and in that said spool has at least one radial recess that opens on said front end face and is adapted to be passed through by the yarn inserted through said first yarn guiding bush and said second yarn guiding bush, said radial recess cooperating with said first yarn guiding bush and second yarn guiding bush in order to allow the yarn to be recovered by winding on said yarn winding spool as the latter is made to rotate in one direction.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a low-end master information block, L-MIB, including information associated with a search space of a low-end physical downlink control channel, L-PDCCH in a downlink sub-band through a physical broadcast channel, the information indicating a frequency resource for the search space of the L-PDCCH; identify the frequency resource for the search space of the L-PDCCH based on the information associated with the search space for the L-PDCCH; detecting downlink control information including scheduling information based on the frequency resource for the search space of the L-PDCCH; and receiving, from the base station, system information through a first physical downlink shared channel, PDSCH, based on the scheduling information, wherein the system information includes information associated with a bandwidth of the downlink sub-band and a location of the downlink sub-band, wherein the system information further includes information associated with a bandwidth of an uplink sub-band and a location of the uplink sub-band, and wherein the system information is scheduled within a frequency range of the search space of the L-PDCCH. receiving, from a base station, a low-end master information block, L-MIB, including information associated with a search space of a low-end physical downlink control channel, L-PDCCH in a downlink sub-band through a physical broadcast channel, the information indicating a frequency resource for the search space of the L-PDCCH; identify the frequency resource for the search space of the L-PDCCH based on the information associated with the search space for the L-PDCCH; detecting downlink control information including scheduling information based on the frequency resource for the search space of the L-PDCCH; and receiving, from the base station, system information through a first physical downlink shared channel, PDSCH, based on the scheduling information, wherein the system information includes information associated with a bandwidth of the downlink sub-band and a location of the downlink sub-band, wherein the system information further includes information associated with a bandwidth of an uplink sub-band and a location of the uplink sub-band, and wherein the system information is scheduled within a frequency range of the search space of the L-PDCCH.
A process for preparing a plant extract of Passiflora alata, characterised by comprising the steps of:- a) submitting leaves of Passiflora alata plants to an extraction with water to obtain an aqueous extract; b) submitting the aqueous extract obtained in (a) to at least one elution with a hydroalcoholic solution in a chromatographic column filled with a resin consisting of polyvinylpyrrolidone or polystyrene polymers; c) concentrating and spray drying the extract obtained in (b). a) submitting leaves of Passiflora alata plants to an extraction with water to obtain an aqueous extract; b) submitting the aqueous extract obtained in (a) to at least one elution with a hydroalcoholic solution in a chromatographic column filled with a resin consisting of polyvinylpyrrolidone or polystyrene polymers; c) concentrating and spray drying the extract obtained in (b).
A prosthetic knee comprising: a housing; a chassis; a brake member pivotally connected to the housing at a first location point and to the chassis at a second location point; a knee shaft extending through the brake member and secured within a cavity defined by the housing; and an extension assist system including: a biasing mechanism located inside of the chassis; and an extension assist link; wherein the extension assist link includes a body portion operatively connected to the biasing mechanism and a first arm portion pivotally connected to the knee shaft at a third location point located a distance from the first location point, characterized in that the brake member defines a first pair of slots along a posterior surface of the brake member and a protruding step between the first slots, and the knee shaft defines a second pair of slots along a posterior surface of the knee shaft corresponding in location to the first slots, wherein the extension assist link includes a second arm portion to form a pair of arm portions (190, 192) pivotally connected to the knee shaft at the third location point, the pair of arm portions (190, 192) situated in the first slots defined in the brake member and in the second slots defined in the knee shaft, wherein the third location point is located within the second slots. a housing; a chassis; a brake member pivotally connected to the housing at a first location point and to the chassis at a second location point; a knee shaft extending through the brake member and secured within a cavity defined by the housing; and an extension assist system including: a biasing mechanism located inside of the chassis; and an extension assist link; wherein the extension assist link includes a body portion operatively connected to the biasing mechanism and a first arm portion pivotally connected to the knee shaft at a third location point located a distance from the first location point, a biasing mechanism located inside of the chassis; and an extension assist link; wherein the extension assist link includes a body portion operatively connected to the biasing mechanism and a first arm portion pivotally connected to the knee shaft at a third location point located a distance from the first location point, characterized in that the brake member defines a first pair of slots along a posterior surface of the brake member and a protruding step between the first slots, and the knee shaft defines a second pair of slots along a posterior surface of the knee shaft corresponding in location to the first slots, wherein the extension assist link includes a second arm portion to form a pair of arm portions (190, 192) pivotally connected to the knee shaft at the third location point, the pair of arm portions (190, 192) situated in the first slots defined in the brake member and in the second slots defined in the knee shaft, wherein the third location point is located within the second slots.
Method for making dough products, the method comprising: providing a first dough piece on a first conveyor, supplying a second dough piece on a second conveyor, depositing the second dough piece on the first dough piece, while the first dough piece is disposed on the first conveyor, characterized in that the second dough piece is folded during the depositing. providing a first dough piece on a first conveyor, supplying a second dough piece on a second conveyor, depositing the second dough piece on the first dough piece, while the first dough piece is disposed on the first conveyor, characterized in that the second dough piece is folded during the depositing.
Apparatus for providing cardiopulmonary resuscitation by applying compressions to the chest of a patient, said apparatus comprising - a chest compression unit, in particular comprising an automatic actuation, - at least one band to be passed around said patient's chest and for maintaining the chest compression unit in position on the patient's chest, wherein at least one end of the band is releasably connectable to the unit, characterized in that the apparatus comprises an application aid in functional connection or connectable with the band, wherein the band is received by said application aid and said application aid being movable relative to the band and enforces the band to allow pushing the band underneath said patient's chest, in particular on the side where said patient contacts the ground G, wherein the application aid is stiffer than the band and the application aid is sleeve like. - a chest compression unit, in particular comprising an automatic actuation, - at least one band to be passed around said patient's chest and for maintaining the chest compression unit in position on the patient's chest, wherein at least one end of the band is releasably connectable to the unit, characterized in that the apparatus comprises an application aid in functional connection or connectable with the band, wherein the band is received by said application aid and said application aid being movable relative to the band and enforces the band to allow pushing the band underneath said patient's chest, in particular on the side where said patient contacts the ground G, wherein the application aid is stiffer than the band and the application aid is sleeve like.
Bracing system for the reinforcement of excavation pits with minimal hindrance in the excavation area of the excavation pit due to the reinforcement, whereby a large contiguous opening of the excavation pit can be produced for the vertical transport of loads, wherein the bracing system comprises at least one bracing in the form of a convex polygon or polygon segment with sides and corners, at least one polygon side element made of steel and at least one other steel element, characterized in that the bracing system also comprises at least one concrete pressure element in the form of a connecting element made of concrete with an assembly table, wherein the assembly table is a planar surface, onto which elements of the bracing system can be placed and which serves as a base and thus as a lower formwork element for the concrete pressure elements, and the other steel element can be used as part of the formwork.