mhurhangee/patent-ind-claim-en huggingface dataset:
Paper coating composition for enhancing the stiffness of paper or paperboard, comprising an alkali soluble polymer prepared by polymerization of at least one monomer A and at least one monomer B, wherein monomer A is selected from the following group: - acrylic acid alkyl esters, - methacrylic acid alkyl esters - styrene, methyl styrene, - acrylonitrile, - vinyl acetate. - 2 hydroxy alkyl acrylate, and monomer B is selected from the following group: - acrylic acid, - methacrylic acid, - itaconic acid - (meth)acrylamide. wherein the paper coating composition comprises 10 to less than 100 weight % of the alkali soluble polymer and 90 to more than 0 weight % of a further water soluble polymer, and wherein the water soluble polymer is selected from starch, cellulosic ether or carboxy methyl cellulose or polyvinylalcohol. - acrylic acid alkyl esters, - methacrylic acid alkyl esters - styrene, methyl styrene, - acrylonitrile, - vinyl acetate. - 2 hydroxy alkyl acrylate, - acrylic acid, - methacrylic acid, - itaconic acid - (meth)acrylamide.
An angle rail for forming a facing shell, in particular for double-rod mesh fence elements, having a first and a second leg , wherein the first leg has a plurality of connecting devices which are provided and designed for connecting the angle rail to facing elements , wherein the second leg has a longitudinal edge as well as a longitudinal axis and a transverse axis (Q) orthogonal thereto, wherein the second leg has in each case a plurality of first and second shaped slots , wherein the first shaped slots are each formed with a first opening and are arranged starting from the longitudinal edge and have two recesses which extend in the positive direction of the longitudinal axis (L) and are arranged next to one another in the transverse direction (Q), wherein the second shaped slots are each formed with a second opening and are arranged starting from the longitudinal edge and have two recesses which extend in the negative direction of the longitudinal axis (L) and are arranged next to one another in the transverse direction (Q).
A composition for use in a method for improving dryness of skin, comprising: an aqueous solvent extract of yuzu seeds and of germinated or non-germinated brown rice, wherein the aqueous solvent is a combination of water and a hydrophilic organic solvent. an aqueous solvent extract of yuzu seeds and of germinated or non-germinated brown rice, wherein the aqueous solvent is a combination of water and a hydrophilic organic solvent.
Differential electrical protection device intended to protect at least N electrical lines and including a switching device and a trip module intended to be connected to the switching device, said trip module including firstly a device for measuring the differential current in at least two current lines, this device for measuring the differential current including a magnetic circuit including a torus intended to surround so-called primary conductors that are respectively associated with the aforementioned current lines, and secondly current measurement and power supply sensors for each current line, respectively, said switching device including power supply means and processing means connected electrically upstream to the device for measuring the differential current and to the various current measurement and power supply sensors, and downstream to a device for actuating a mechanism for opening the contacts, characterized in that it includes N-1 phase conductors , each phase conductor including, between a so-called input, or upper, connection land and a so-called output, or lower, connection land , a portion able to pass through the aforementioned torus and a portion able to pass through a current measurement and power supply sensor , the so-called input connection lands being situated in a first plane (P1), and the so-called output connection lands extending in a second plane (P2), in that the aforementioned power supply and measurement sensors of the N-1 phase conductors are each positioned in the space situated between the two planes (P1 ,P2), and in that the device furthermore includes a so-called additional phase conductor including a so-called input connection land and a so-called output connection land , a portion able to pass through the aforementioned torus and a portion able to pass through a so-called additional measurement sensor only measuring the current, this so-called additional measurement sensor being of small size and being positioned directly above the torus in such a way that the assembly formed by the torus and the additional sensor is situated substantially in the space between the two planes (P1,P2).
An apparatus suitable for detecting radiation, comprising: a plurality of pixels configured to generate an electric signal upon exposure to a radiation; an electronic system configured to read out the electric signal; wherein the electronic system comprises a first memory and a second memory ; wherein the first memory is configured to store a plurality of data bits representing the electric signal generated by the pixel that the first memory is associated with; wherein the electronic system is configured to transmit a subset of bits among the plurality of data bits, from the first memory to the second memory; wherein the electronic system is configured to transmit the subset of bits from the second memory to a bus ; and wherein the electronic system is configured to verify the subset of bits transmitted to the second memory against contents of the first memory; or wherein the electronic system is configured to verify the subset of bits transmitted to the bus against contents of the second memory. a plurality of pixels configured to generate an electric signal upon exposure to a radiation; an electronic system configured to read out the electric signal; wherein the electronic system comprises a first memory and a second memory ; wherein the first memory is configured to store a plurality of data bits representing the electric signal generated by the pixel that the first memory is associated with; wherein the electronic system is configured to transmit a subset of bits among the plurality of data bits, from the first memory to the second memory; wherein the electronic system is configured to transmit the subset of bits from the second memory to a bus ; and wherein the electronic system is configured to verify the subset of bits transmitted to the second memory against contents of the first memory; or wherein the electronic system is configured to verify the subset of bits transmitted to the bus against contents of the second memory.
A method for producing an armour plate for a plate armouring, wherein the armour plate has a body made of a metal alloy, the body being produced by at least one additive manufacturing step, characterised in that the body features at least one continuous channel changing its direction at least once, the at least one channel being manufactured in the at least one additive manufacturing step.
A method for detecting presence of an obj ect in an environment, characterised by comprising: receiving a Doppler signal (x k (t)) during a frame in time domain; transforming the Doppler signal (x k (t)) in the time domain into a Doppler signal (X k (f)) in frequency domain; separating the Doppler signal (X k (f)) in the frequency domain into a plurality of sub-band signals (Xk,m(f)); determining a plurality of sub-band signal energies corresponding to the plurality of sub-band signals (X k,m (f)); determining whether motion of the object is detected by comparing plurality of sub-band signal energies with their corresponding sub-band baseline energies N k − 1 , m FD ; responsive to a determination that the motion of the object is detected by comparing the plurality of sub-band signal energies with their corresponding sub-band baseline energies N k − 1 , m FD , setting a first flag of motion presence MF k FD ; and determining the presence of the object in accordance with at least a first flag of object motion wherein: the plurality of sub-band baseline energies N k − 1 , m FD are corresponding to the plurality of sub-band signals; and the plurality of sub-band baseline energies N k − 1 , m FD are environmental noises in a plurality of sub-bands corresponding to the plurality of sub-band signals. receiving a Doppler signal (x k (t)) during a frame in time domain; transforming the Doppler signal (x k (t)) in the time domain into a Doppler signal (X k (f)) in frequency domain; separating the Doppler signal (X k (f)) in the frequency domain into a plurality of sub-band signals (Xk,m(f)); determining a plurality of sub-band signal energies corresponding to the plurality of sub-band signals (X k,m (f)); determining whether motion of the object is detected by comparing plurality of sub-band signal energies with their corresponding sub-band baseline energies N k − 1 , m FD ; responsive to a determination that the motion of the object is detected by comparing the plurality of sub-band signal energies with their corresponding sub-band baseline energies N k − 1 , m FD , setting a first flag of motion presence MF k FD ; and determining the presence of the object in accordance with at least a first flag of object motion wherein: the plurality of sub-band baseline energies N k − 1 , m FD are corresponding to the plurality of sub-band signals; and the plurality of sub-band baseline energies N k − 1 , m FD are environmental noises in a plurality of sub-bands corresponding to the plurality of sub-band signals. the plurality of sub-band baseline energies N k − 1 , m FD are corresponding to the plurality of sub-band signals; and the plurality of sub-band baseline energies N k − 1 , m FD are environmental noises in a plurality of sub-bands corresponding to the plurality of sub-band signals.
A medical device , comprising: a first array of electrodes , configured for implantation in contact with tissue in an eye of a living subject; a second array of light-sensing elements , which are configured to output respective signals in response to light that is incident on the elements; and a third array of conversion circuits , coupled to receive from the second array the signals from the light-sensing elements and a representation of a mean level of the signals, and to generate pulses to drive the electrodes at respective frequencies determined responsively to differences between the signals and the representation of the mean level, characterized in that the medical device further comprises a common voltage reconstruction circuit , which is configured to receive inputs corresponding to the respective signals output by the light-sensing elements and to output the representation of the mean level to the conversion circuits . a first array of electrodes , configured for implantation in contact with tissue in an eye of a living subject; a second array of light-sensing elements , which are configured to output respective signals in response to light that is incident on the elements; and a third array of conversion circuits , coupled to receive from the second array the signals from the light-sensing elements and a representation of a mean level of the signals, and to generate pulses to drive the electrodes at respective frequencies determined responsively to differences between the signals and the representation of the mean level, characterized in that the medical device further comprises a common voltage reconstruction circuit , which is configured to receive inputs corresponding to the respective signals output by the light-sensing elements and to output the representation of the mean level to the conversion circuits .
A condensation type laundry dryer machine comprising a drum in which the laundry to be dried is placed, a bottom wall , a first conduit for conveying a flow of hot air toward said laundry contained in the drum , a heater for heating said air flow, a first motorized generator for generating said air flow, a second conduit for collecting the flow of moist air from the drum and convey it toward a condenser , a first filter placed in said second conduit upstream from said condenser for filtering the lint and fluff that are carried by the flow of said moist air that comes from the drum , wherein said condenser is a heat exchanger made of a metal material, and is located in a housing formed in the lower portion of the laundry dryer machine, said condenser being inclined at an angle (α) relative to the plane defined by the bottom wall of the machine , connection means for mechanically connecting said heat exchanger to said housing , characterized in that said condenser comprises a tube bundle and cooling fins mounted to said tube bundle , a first head connected to said tube bundle and facing said second conduit and a second head opposite to the first head , the end portions of the tube sections that form said tube bundle being connected to said heads by a flare fitting expanding step; said machine also comprising a second filter located in said second conduit downstream from said first filter , said second filter being placed in contact against said first head of said heat exchanger ; said second head of the condenser having a contour that is designed for front engagement against a peripheral abutment of the opening of the housing .
Apparatus for defining a plasma, the apparatus comprising: a support arranged to transport a moving substrate ; a plasma generator arranged to generate plasma; an electrode; a delivery device arranged to deliver radiation curable material to the substrate, the apparatus being arranged such that in use the radiation curable material condenses on the substrate, characterised by a driving voltage electrically connected to said electrode arranged to bias, in use, positive ions within the plasma towards the moving substrate to form a positive ion flux in which the positively charged ions are the primary curing initiators, wherein the ion flux has an energy level between 3.6eV and 250eV. a support arranged to transport a moving substrate ; a plasma generator arranged to generate plasma; an electrode; a delivery device arranged to deliver radiation curable material to the substrate, the apparatus being arranged such that in use the radiation curable material condenses on the substrate, characterised by a driving voltage electrically connected to said electrode arranged to bias, in use, positive ions within the plasma towards the moving substrate to form a positive ion flux in which the positively charged ions are the primary curing initiators, wherein the ion flux has an energy level between 3.6eV and 250eV.
A wire billet butt-welding apparatus, comprising: a rotary plate , a butt-welding stock receiver , and a wire billet butt-welder for welding, the wire billet butt-welder comprising a welding mechanism and a welding-scar removing mechanism, the welding-scar removing mechanism comprising a punching part , a grinding part , a sliding rack , and a vertical rail , the vertical rail being fixed on the sliding platform , the punching part and the grinding part being fixed on the sliding rack and slidingly connected to the vertical rail via the sliding rack , wherein the grinding part is disposed below the punching part .
A peptide nucleic acid (PNA) monomer which is modified at the γ-carbon atom of the N-(2-aminoethyl) glycine backbone by an ethylene glycol side chain comprising 1 to 10 ethylene glycol units, wherein the γ-carbon atom has R configuration.
A composition comprising a therapeutically effective amount of an antiarrhythmic agent for use in treating atrial arrhythmia in a subject in need thereof, wherein the composition is administered to the subject via inhalation, wherein the antiarrhythmic agent first enters the heart through the pulmonary vein to the left atrium, wherein a daily amount of administered antiarrhythmic pharmaceutical agent ranges from 0.1 mg to 600 mg, wherein an amount of the antiarrhythmic agent peaks in the coronary sinus of the heart at a time ranging from 10 seconds to 30 minutes from initiation of the administering, wherein the administering comprises administering nebulized droplets comprising the at least one antiarrhythmic pharmaceutical agent, wherein the nebulized droplets have a mass median aerodynamic diameter of less than 10 μm, and wherein the antiarrhythmic agent is selected from the group consisting of: class Ia, class Ib, class Ic, class II, and class III antiarrhythmics, a salt thereof, and a solvate thereof.
A spring for elastically returning a brake shoe of a disk brake axially to an inactive position, said spring including means for compensating wear play (J2) of a friction lining of the brake shoe that are deformed plastically when a travel of the brake shoe in an axial direction of movement as far as an active braking position is greater than a particular operating clearance (J1), the return spring successively including: a portion for fixing the return spring to the disk brake comprising a first rigid branch (B1); a second rigid branch (B2) a proximal end (B2p) of which is connected to a distal end (B1d) of the first rigid branch B1) by a first bend (P1) plastically deformable about a first deformation axis (A1) orthogonal to the axial direction (A) of movement of the brake shoe and parallel to the plane in which the second rigid branch (B2) lies; and a third rigid branch (B3) a proximal end (B3p) of which is connected to a distal end (B2d) of the second rigid branch (B2) by a second bend (P2) plastically deformable about a second deformation axis (A2) parallel to the first deformation axis (A1), characterized in that the return spring includes a fourth rigid branch (B4) a proximal end (B4p) of which is connected to a distal end (B3d) of the third rigid branch (B3) by a third bend (P3) plastically deformable about a third deformation axis (A3) parallel to the first deformation axis (A1) and that cooperates directly or indirectly with an associated portion of the brake shoe ; in that each rigid branch (B1, B2, B3, B4) is a strip that lies globally in a plane parallel to the first deformation axis (A1); and in that the fourth rigid branch (B4) is transversely spaced (D) relative to the fixing portion . a portion for fixing the return spring to the disk brake comprising a first rigid branch (B1); a second rigid branch (B2) a proximal end (B2p) of which is connected to a distal end (B1d) of the first rigid branch B1) by a first bend (P1) plastically deformable about a first deformation axis (A1) orthogonal to the axial direction (A) of movement of the brake shoe and parallel to the plane in which the second rigid branch (B2) lies; and a third rigid branch (B3) a proximal end (B3p) of which is connected to a distal end (B2d) of the second rigid branch (B2) by a second bend (P2) plastically deformable about a second deformation axis (A2) parallel to the first deformation axis (A1), characterized in that the return spring includes a fourth rigid branch (B4) a proximal end (B4p) of which is connected to a distal end (B3d) of the third rigid branch (B3) by a third bend (P3) plastically deformable about a third deformation axis (A3) parallel to the first deformation axis (A1) and that cooperates directly or indirectly with an associated portion of the brake shoe ; in that each rigid branch (B1, B2, B3, B4) is a strip that lies globally in a plane parallel to the first deformation axis (A1); and in that the fourth rigid branch (B4) is transversely spaced (D) relative to the fixing portion .
A method for wireless communication at a user equipment, UE, comprising: identifying a first interval assigned to the UE for an uplink transmission in a shared radio frequency spectrum band, wherein the first interval comprises a first subframe duration assigned by a base station; determining a first portion of the assigned first interval is unavailable for the uplink transmission in the shared radio frequency band; determining uplink resources for a second interval to use for the uplink transmission based at least in part on the determination that the first portion of the assigned first interval is unavailable, wherein the second interval relates to a second portion of the assigned first interval that is available for the UE to access at the time the UE successfully contends for access to the shared frequency band; and initiating transmission of the uplink transmission using the determined uplink resources. identifying a first interval assigned to the UE for an uplink transmission in a shared radio frequency spectrum band, wherein the first interval comprises a first subframe duration assigned by a base station; determining a first portion of the assigned first interval is unavailable for the uplink transmission in the shared radio frequency band; determining uplink resources for a second interval to use for the uplink transmission based at least in part on the determination that the first portion of the assigned first interval is unavailable, wherein the second interval relates to a second portion of the assigned first interval that is available for the UE to access at the time the UE successfully contends for access to the shared frequency band; and initiating transmission of the uplink transmission using the determined uplink resources.
Method for controlling a charging station for charging vehicles , wherein, when charging the respective vehicles , a first charging unit of the charging station is coupled for power transmission to a second charging unit of the respective vehicle , characterised in that - when charging one of the vehicles , an updating process of the charging station is performed in which a control assembly of the one vehicle transmits a current software package to a control assembly of the charging station , - in that in the updating process a current software is transmitted completely or an amendment package of a current software for updating components to be updated is transmitted in the current software package for the charging station , and - in that in the updating process the control assembly of the charging station updates from the current software package a stored software onto the current software. - when charging one of the vehicles , an updating process of the charging station is performed in which a control assembly of the one vehicle transmits a current software package to a control assembly of the charging station , - in that in the updating process a current software is transmitted completely or an amendment package of a current software for updating components to be updated is transmitted in the current software package for the charging station , and - in that in the updating process the control assembly of the charging station updates from the current software package a stored software onto the current software.