mhurhangee/ep-ind-claims huggingface dataset:
A sanitary ware comprising a glaze layer, an intermediate layer provided on the glaze layer, and a photocatalyst layer provided on the intermediate layer, wherein the photocatalyst layer comprises titanium oxide and zirconium oxide wherein the amount of titanium oxide is 95 mass% to 75 mass% and the amount of zirconium oxide is 5 mass % to 25 mass% and the intermediate layer comprises silica and titanium oxide and/or zirconium oxide wherein the amount of silica is 98 mass% to 85 mass%, and the amount of titanium oxide or zirconium oxide is 2 mass% to 15 mass% when the intermediate layer comprises either of titanium oxide or zirconium oxide or the total amount of titanium oxide and zirconium oxide is 2 mass% to 15 mass% when the intermediate layer comprises both titanium oxide and zirconium oxide.
A method performed in a user equipment for performing a radio measurement in a communications network, which user equipment is In Device Coexistent, IDC, capable and being served by a network node (12,13) in the communications network, the method characterised in comprising: - receiving (603,1202), from the network node (12,13), an IDC configuration comprising IDC autonomous denial parameters for at least one IDC scheme; and - performing (605,1204) a radio measurement which meets one or more requirements related to the radio measurement provided the received IDC configuration comprises not more than M IDC autonomous denial subframes over a certain IDC autonomous denial validity period. - receiving (603,1202), from the network node (12,13), an IDC configuration comprising IDC autonomous denial parameters for at least one IDC scheme; and - performing (605,1204) a radio measurement which meets one or more requirements related to the radio measurement provided the received IDC configuration comprises not more than M IDC autonomous denial subframes over a certain IDC autonomous denial validity period.
Ventilation and heating system for a living space, comprising a ventilation device and a fuel cell unit which are arranged and interconnected such that the ventilation device can supply ambient air, originating from outside a particular living space, in a first air line via a heat exchanger, in an adjustable ratio of direct to indirect ingoing air, both as direct ingoing air to a particular living space and as indirect ingoing air first to the fuel cell unit and, via said unit, optionally indirectly to the particular living space, wherein the fuel cell unit can be connected to the ventilation device and to a particular living space in such a way that an airflow leaving the fuel cell unit can be supplied, in an adjustable ratio, as ingoing air to a particular living space and/or can be supplied, together with outgoing air originating from a particular living space, as outgoing air to a second air line of the ventilation device, wherein the second air line of the ventilation device is thermally coupled to the first air line by means of the heat exchanger of the ventilation device, and therefore, by means of the heat exchanger of the ventilation device, outgoing air conducted to the outside via the second air line can give up at least some of the thermal energy contained therein to the first air line and to ingoing air, conducted in said first air line, for a particular living space and the fuel cell unit.
A prepreg for use in making a carbon fiber resin reinforced composite material for an aircraft structural member, the prepreg containing a carbon fiber and a thermosetting resin, and in addition, satisfying the following: a thermoplastic resin particle and a conductive particle are contained, and weight ratio expressed by [content of (parts by weight)]/[content of (parts by weight)] is 1 to 1000. a thermoplastic resin particle and a conductive particle are contained, and weight ratio expressed by [content of (parts by weight)]/[content of (parts by weight)] is 1 to 1000.
A laser welding method to weld two adjacent metal elements (10; 18; 28; 30; 32; 34) of a stator winding with rigid bars for an electric machine; wherein the two metal elements (10; 18; 28; 30; 32; 34) are arranged one beside the other and have respective upper surfaces, which are arranged coplanar to one another and have at least one common edge; the welding method comprises the step of aiming, at the upper surfaces of the two metal elements (10; 18; 28; 30; 32; 34), a first laser beam, which is suited to melt the metal making up the metal elements (10; 18; 28; 30; 32; 34) and is fed along a first straight welding line, which is perpendicular to the common edge and extends through the common edge; the welding method is characterized in that it comprises the further step of aiming, at the upper surfaces of the two metal elements (10; 18; 28; 30; 32; 34), a second laser beam, which is suited to melt the metal making up the metal elements (10; 18; 28; 30; 32; 34) and is fed along a second straight welding line, which is perpendicular to the common edge, extends through the common edge, is parallel to and spaced apart from the first line and has a length that is smaller than the one of the first line.
A vector comprising a nucleic acid molecule comprising a sequence encoding a non-mutant or functional CYP4V2 protein or a functional variant thereof having at least 96% sequence identity with any of SEQ ID NOs: 4-6 and 19-29 operably linked to at least one regulatory sequence, wherein the vector is a recombinant adeno-associated virus (rAAV) vector.
A fluid removal apparatus comprising: a conduit having an inlet and an outlet; a valve at the inlet, the valve having one or more open configurations (216, 218) in which fluid is allowed to flow through the valve and a closed configuration in which fluid flow is substantially inhibited through the valve, the one or more open configurations comprising a first open configuration and a second open configuration; a first valve operating mechanism at or near the valve and configured to open and close the valve by moving the valve between the first open configuration and the closed configuration; and a second valve operating mechanism remotely spaced from the valve and configured to open and close the valve by moving the valve between the second open configuration and the closed configuration. a conduit having an inlet and an outlet; a valve at the inlet, the valve having one or more open configurations (216, 218) in which fluid is allowed to flow through the valve and a closed configuration in which fluid flow is substantially inhibited through the valve, the one or more open configurations comprising a first open configuration and a second open configuration; a first valve operating mechanism at or near the valve and configured to open and close the valve by moving the valve between the first open configuration and the closed configuration; and a second valve operating mechanism remotely spaced from the valve and configured to open and close the valve by moving the valve between the second open configuration and the closed configuration.
A circuit for handling unprocessed data comprising: a data stream divider unit (DSDU), comprising: an array comprising plurality of first-in-first-out (FIFO) registers, configured to receive a stream of data and to divide it into portions of data and to pass each of the portions of data through one of the plurality of FIFO registers; and a first advanced extensible interface unit configured to receive the data portions; and a graphics processing unit comprising: a second advanced extensible interface unit configured to receive data portions from the first AXI unit; and a plurality of streaming multiprocessors configured to receive each data portion from a respective FIFO register, and to process the received data portion. a data stream divider unit (DSDU), comprising: an array comprising plurality of first-in-first-out (FIFO) registers, configured to receive a stream of data and to divide it into portions of data and to pass each of the portions of data through one of the plurality of FIFO registers; and a first advanced extensible interface unit configured to receive the data portions; and an array comprising plurality of first-in-first-out (FIFO) registers, configured to receive a stream of data and to divide it into portions of data and to pass each of the portions of data through one of the plurality of FIFO registers; and a first advanced extensible interface unit configured to receive the data portions; and a graphics processing unit comprising: a second advanced extensible interface unit configured to receive data portions from the first AXI unit; and a plurality of streaming multiprocessors configured to receive each data portion from a respective FIFO register, and to process the received data portion. a second advanced extensible interface unit configured to receive data portions from the first AXI unit; and a plurality of streaming multiprocessors configured to receive each data portion from a respective FIFO register, and to process the received data portion.
Air-intake structure (110, 150) for a nacelle of an aircraft, said air-intake structure (110, 150) having: - an air-intake lip with a cross section in the shape of a U open towards the rear, - an acoustic panel, which continues the air-intake lip towards the rear and on an inner side, - an outer panel, which continues the air-intake lip towards the rear and on an outer side, - a rear reinforcing frame secured between the outer panel and the acoustic panel, wherein the rear reinforcing frame partially delimits an internal volume which is just in front of the rear reinforcing frame, and - an impact-absorbing element positioned in the internal volume, wherein the impact-absorbing element is in the form of a structure able to deform in the event of an impact and is at least partially filled with a fluid, the air-intake structure being characterized in that the impact-absorbing element is a flexible envelope filled with a pressurized gas, the flexible envelope being fitted with a discharging means, which is intended to discharge the gas in the flexible envelope when the pressure in the flexible envelope exceeds a threshold. - an air-intake lip with a cross section in the shape of a U open towards the rear, - an acoustic panel, which continues the air-intake lip towards the rear and on an inner side, - an outer panel, which continues the air-intake lip towards the rear and on an outer side, - a rear reinforcing frame secured between the outer panel and the acoustic panel, wherein the rear reinforcing frame partially delimits an internal volume which is just in front of the rear reinforcing frame, and - an impact-absorbing element positioned in the internal volume, wherein the impact-absorbing element is in the form of a structure able to deform in the event of an impact and is at least partially filled with a fluid,
A work machine with a boom that can be derricked, comprising: a first derricking angle detector configured to detect a derricking angle of the boom at a base end of the boom; a second derricking angle detector configured to detect a derricking angle of the boom at a front end of the boom; a first flexible volume acquisition part configured to acquire a flexible volume of the boom based on a detected angle by the first derricking angle detector and a detected angle by the second derricking angle detector; characterized in that the work machine further comprises: a second flexible volume acquisition part configured to acquire a flexible volume of the boom based on the detected angle by the first derricking angle detector; and a switching part configured to switch between acquisition of the flexible volume of the boom by the first flexible volume acquisition part and acquisition of the flexible volume of the boom by the second flexible volume acquisition part when the flexible volume of the boom is acquired. a first derricking angle detector configured to detect a derricking angle of the boom at a base end of the boom; a second derricking angle detector configured to detect a derricking angle of the boom at a front end of the boom; a first flexible volume acquisition part configured to acquire a flexible volume of the boom based on a detected angle by the first derricking angle detector and a detected angle by the second derricking angle detector; characterized in that the work machine further comprises: a second flexible volume acquisition part configured to acquire a flexible volume of the boom based on the detected angle by the first derricking angle detector; and a switching part configured to switch between acquisition of the flexible volume of the boom by the first flexible volume acquisition part and acquisition of the flexible volume of the boom by the second flexible volume acquisition part when the flexible volume of the boom is acquired. a second flexible volume acquisition part configured to acquire a flexible volume of the boom based on the detected angle by the first derricking angle detector; and a switching part configured to switch between acquisition of the flexible volume of the boom by the first flexible volume acquisition part and acquisition of the flexible volume of the boom by the second flexible volume acquisition part when the flexible volume of the boom is acquired.
A vehicle brake hydraulic pressure control apparatus capable of performing braking force holding control that holds a braking force for a vehicle to maintain a halt state when the vehicle is at a halt, the apparatus comprising: acceleration acquiring means for acquiring an output value of an acceleration sensor detecting a front-rear direction acceleration of the vehicle; limiting means for limiting a magnitude of the output value acquired by the acceleration acquiring means within a predetermined limit value; a filter limiting a change of a value output by the limiting means in a predetermined direction; and holding means for determining a holding pressure according to a value output by the filter and, based on the holding pressure, holding the braking force. acceleration acquiring means for acquiring an output value of an acceleration sensor detecting a front-rear direction acceleration of the vehicle; limiting means for limiting a magnitude of the output value acquired by the acceleration acquiring means within a predetermined limit value; a filter limiting a change of a value output by the limiting means in a predetermined direction; and holding means for determining a holding pressure according to a value output by the filter and, based on the holding pressure, holding the braking force.
A method for improving the critical dimension performance during a plasma etching process of a photolithographic substrate having a patterned etch mask on a thin film, comprising: placing said photolithographic substrate on a support member in a vacuum chamber; depositing a passivation film on non-horizontal surfaces and horizontal surfaces of said patterned etch mask on said photolithographic substrate using a first set of process conditions, wherein at least some portion of a process gas for the deposition process is introduced coplanar to the photolithographic substrate surface; clearing the deposited passivation film from the horizontal surfaces of said patterned etch mask on said photolithographic substrate using a second set of process conditions while some of the deposited passivation film remains on at least some of the non-horizontal surfaces of said patterned etch mask; etching the cleared horizontal surfaces of said photolithographic substrate using a third set of process conditions; monitoring the critical dimension performance of said photolithographic substrate using in-situ metrology; and modifying the deposition step during the course of the process in order to achieve a desired critical dimension performance. placing said photolithographic substrate on a support member in a vacuum chamber; depositing a passivation film on non-horizontal surfaces and horizontal surfaces of said patterned etch mask on said photolithographic substrate using a first set of process conditions, wherein at least some portion of a process gas for the deposition process is introduced coplanar to the photolithographic substrate surface; clearing the deposited passivation film from the horizontal surfaces of said patterned etch mask on said photolithographic substrate using a second set of process conditions while some of the deposited passivation film remains on at least some of the non-horizontal surfaces of said patterned etch mask; etching the cleared horizontal surfaces of said photolithographic substrate using a third set of process conditions; monitoring the critical dimension performance of said photolithographic substrate using in-situ metrology; and modifying the deposition step during the course of the process in order to achieve a desired critical dimension performance.
A lens configured for implantation into an eye of a human, said lens, comprising: an optic comprising transparent material, said optic having an anterior surface, a posterior surface, and an exit pupil, each of said anterior surface and said posterior surface having a surface vertex, said optic having an optical axis through said surface vertices and a thickness along said optical axis between 100-400 micrometers, haptic portions (205a, 205b, 205c, 205d) disposed about the optic to affix the optic in the eye when implanted therein, wherein said anterior surface comprises an aspheric surface, and characterized in that the anterior and posterior surfaces are shaped to provide a radial power profile characterized by Φ(r) = a + br 2 + cr 4 + dr 6 + er 8 for wavefront at the exit pupil of the optic for an object vergence within the range of 0 Diopter to 2.5 Diopter, where r is the radial distance from the optical axis and a, b, c, d, and e are real number coefficients. an optic comprising transparent material, said optic having an anterior surface, a posterior surface, and an exit pupil, each of said anterior surface and said posterior surface having a surface vertex, said optic having an optical axis through said surface vertices and a thickness along said optical axis between 100-400 micrometers, haptic portions (205a, 205b, 205c, 205d) disposed about the optic to affix the optic in the eye when implanted therein, wherein said anterior surface comprises an aspheric surface, and characterized in that the anterior and posterior surfaces are shaped to provide a radial power profile characterized by Φ(r) = a + br 2 + cr 4 + dr 6 + er 8 for wavefront at the exit pupil of the optic for an object vergence within the range of 0 Diopter to 2.5 Diopter, where r is the radial distance from the optical axis and a, b, c, d, and e are real number coefficients.
A method of preparing a freeze-dried, aerated fruit or vegetable product comprising in the following order the steps of: (a) Providing a pureed fruit or vegetable blend; (b) Adding an emulsifier selected from lactylated mono and diglycerides to the blend; (c) Thermally processing the fruit or vegetable blend; (d) Fermenting the blend; (e) Admixing a gas with the blend; (f) Simultaneously aerating the gas and the fruit or vegetable blend by bubbling a gas through the composition, spraying the composition into the gas or agitating the composition to form an aerated product; and (g) Freeze-drying the product. (a) Providing a pureed fruit or vegetable blend; (b) Adding an emulsifier selected from lactylated mono and diglycerides to the blend; (c) Thermally processing the fruit or vegetable blend; (d) Fermenting the blend; (e) Admixing a gas with the blend; (f) Simultaneously aerating the gas and the fruit or vegetable blend by bubbling a gas through the composition, spraying the composition into the gas or agitating the composition to form an aerated product; and (g) Freeze-drying the product.
A wheel controller for an aircraft, in particular airplane, by means of which at least one wheel, in particular nose wheel, can be controlled, wherein the wheel controller preferably is a nose wheel controller or a tiller, comprising: at least two sensor means by means of which electronic signals each can be generated independent of each other for deflecting the wheel in dependence on the steering movement, characterized in that the sensor means can be or is driven by means of a gearwheel mounted and pre-tensioned on the sensor means, wherein the gearwheel preferably meshes with a toothing on the main shaft of the wheel controller at least two sensor means by means of which electronic signals each can be generated independent of each other for deflecting the wheel in dependence on the steering movement, characterized in that the sensor means can be or is driven by means of a gearwheel mounted and pre-tensioned on the sensor means, wherein the gearwheel preferably meshes with a toothing on the main shaft of the wheel controller
A method, comprising: selecting a first precoding matrix W1 from a first codebook comprising sets of rank specific precoding matrices, wherein for the first codebook there are equal or fewer precoding matrices when the ranks increase, and wherein precoding matrices associated with ranks above a certain rank are all diagonal matrices; using the selected first precoding matrix W1 to select a rank-specific second precoding matrix W2 from a second codebook such that the selected first and second precoding matrices form a joint precoder specific to a desired rank, in which the second codebook comprises differently sized precoding matrices associated with N total ranks, in which N is an integer greater than one; and reporting information on the joint precoder to a network node over an uplink transmission channel, wherein the first precoding matrix W1 targets wideband and/or long term channel properties; and the second precoding matrix targets frequency-selective and/or short term channel properties. selecting a first precoding matrix W1 from a first codebook comprising sets of rank specific precoding matrices, wherein for the first codebook there are equal or fewer precoding matrices when the ranks increase, and wherein precoding matrices associated with ranks above a certain rank are all diagonal matrices; using the selected first precoding matrix W1 to select a rank-specific second precoding matrix W2 from a second codebook such that the selected first and second precoding matrices form a joint precoder specific to a desired rank, in which the second codebook comprises differently sized precoding matrices associated with N total ranks, in which N is an integer greater than one; and reporting information on the joint precoder to a network node over an uplink transmission channel, wherein the first precoding matrix W1 targets wideband and/or long term channel properties; and the second precoding matrix targets frequency-selective and/or short term channel properties.
A composition comprising (i) baclofen or arbaclofen placarbil, or a salt or sustained release formulation thereof, and (ii) acamprosate or homotaurine or taurine or ethyl dimethyl ammonio propane sulfonate, or a salt or sustained release formulation thereof, for use in treating or preventing a macular degeneration disorder in a subject in need thereof, or for inhibiting or stopping the progression of said disorder.