mhurhangee/patent-ind-claim-en huggingface dataset:
A method of programming a word of non-volatile memory cells in an array of non-volatile memory cells arranged into rows and columns and forming an analog neural memory, each non-volatile memory cell comprising a control gate terminal, a source line terminal, and an erase gate terminal, the method comprising: ramping up a voltage on the control gate terminals of the word of non-volatile memory cells during a first time period; ramping up a voltage on the source line terminals of the word of non-volatile memory cells during a second time period after the first time period; and ramping up a voltage on the erase gate line terminals of the word of non-volatile memory cells during a third time period after the second time period; and further ramping up the voltage on the control gate terminals of the word of non-volatile memory cells during a fourth time period after the third time period. ramping up a voltage on the control gate terminals of the word of non-volatile memory cells during a first time period; ramping up a voltage on the source line terminals of the word of non-volatile memory cells during a second time period after the first time period; and ramping up a voltage on the erase gate line terminals of the word of non-volatile memory cells during a third time period after the second time period; and further ramping up the voltage on the control gate terminals of the word of non-volatile memory cells during a fourth time period after the third time period.
An intranasal testosterone gel for topical administration into a nasal cavity to control release of testosterone over a period of at least 6 hours following the nasal cavity administration for use in testosterone replacement therapy or supplemental therapy or to treat male testosterone deficiency or female sexual dysfunction, without causing an unacceptable spike in testosterone blood level over dose life, said intranasal testosterone gel comprising: (a) testosterone; (b) at least one lipophilic or partly lipophilic carrier; (c) a super solvent for increasing testosterone solubility in said intranasal testosterone gel, wherein said super solvent is selected from the group consisting of dimethyl isosorbide, diethylene glycol monoethyl ether, propylene glycol, 1-methyl 2-pyrrolidone and mixtures thereof; and (d) a viscosity regulating agent in an amount effective to control the release of said testosterone from said intranasal testosterone gel, wherein said intranasal testosterone gel does not need a surfactant. (a) testosterone; (b) at least one lipophilic or partly lipophilic carrier; (c) a super solvent for increasing testosterone solubility in said intranasal testosterone gel, wherein said super solvent is selected from the group consisting of dimethyl isosorbide, diethylene glycol monoethyl ether, propylene glycol, 1-methyl 2-pyrrolidone and mixtures thereof; and (d) a viscosity regulating agent in an amount effective to control the release of said testosterone from said intranasal testosterone gel, wherein said intranasal testosterone gel does not need a surfactant.
A turbine component , comprising: a metallic wall consisting of a material with a positive CTE and having opposed interior and exterior surfaces, the wall configured for directing a combustion gas stream in a gas turbine engine; and a hollow metallic negative CTE structure rigidly attached to one of the surfaces, wherein the dimensions of said structure decrease with increasing temperatures, wherein the negative CTE structure is monolithically formed with the metallic wall , characterized in that the negative CTE structure comprises a repeating two-dimensional array of generally hourglass-shaped cells , each cell having two spaced-apart concave walls joined by two spaced-apart convex walls . a metallic wall consisting of a material with a positive CTE and having opposed interior and exterior surfaces, the wall configured for directing a combustion gas stream in a gas turbine engine; and a hollow metallic negative CTE structure rigidly attached to one of the surfaces, wherein the dimensions of said structure decrease with increasing temperatures, wherein the negative CTE structure is monolithically formed with the metallic wall , characterized in that the negative CTE structure comprises a repeating two-dimensional array of generally hourglass-shaped cells , each cell having two spaced-apart concave walls joined by two spaced-apart convex walls .
A pierceable septum for use in drug reservoirs and infusion sets, wherein the pierceable septum comprises an elastic core from a core material and a surrounding from a surrounding material, wherein the elastic core is fully embedded in the surrounding , and wherein the surrounding material is more rigid than the core material, characterized in that the elastic core is radially prestressed by the surrounding .
Method for providing a tamper loop status of a radio-frequency transponder to a reader, wherein said transponder is configured to communicate with the reader at a first frequency according to a first communication protocol, the transponder comprising a first non-volatile memory for storing a first set of data of the first communication protocol, the first memory comprising a user memory , characterized in that said user memory comprising two portions , each portion comprising a data item (URL1, URL2) specific to a status of the tamper loop , the method comprising the following steps, performed by the transponder after receiving a request according to the first protocol to read the user memory : - Generating a logical view of the user memory , said logical view comprising only one of the two portions , said portion being selected according to a value of a binary parameter, referred to as the TA parameter, said TA parameter being representative of a status of the tamper loop - Providing said logical view to the reader via the first protocol. - Generating a logical view of the user memory , said logical view comprising only one of the two portions , said portion being selected according to a value of a binary parameter, referred to as the TA parameter, said TA parameter being representative of a status of the tamper loop - Providing said logical view to the reader via the first protocol.
A method for detecting various analytes, characterised by the following steps: a) Providing separation particles containing on their surface on the one hand means of binding the analyte to be identified and on the other hand means of separating the analyte bound to the particles b) Providing identification particles having on their surface on the one hand means of binding the analyte to be identified and on the other hand containing on their surface or enclosed therein means, which are capable, after they have been detached or released from the particles, by virtue of their labeling of generating a signal which serves for identification of the analyte c) Combining analyte, separation particles and identification particles d) Removing and washing the identification particles bound via the analyte by means of the separation particles e) Releasing the means which serve to identify the analyte, characterized in that the identification occurs on a lateral flow strip, and that the means serving for identification of the analyte, are reversibly coupled to the identification particles, and that the identification molecules simultaneously serve for identification of the analyte, and for detection. a) Providing separation particles containing on their surface on the one hand means of binding the analyte to be identified and on the other hand means of separating the analyte bound to the particles b) Providing identification particles having on their surface on the one hand means of binding the analyte to be identified and on the other hand containing on their surface or enclosed therein means, which are capable, after they have been detached or released from the particles, by virtue of their labeling of generating a signal which serves for identification of the analyte c) Combining analyte, separation particles and identification particles d) Removing and washing the identification particles bound via the analyte by means of the separation particles e) Releasing the means which serve to identify the analyte, characterized in that the identification occurs on a lateral flow strip, and that the means serving for identification of the analyte, are reversibly coupled to the identification particles, and that the identification molecules simultaneously serve for identification of the analyte, and for detection.
A phosphor for emission of red light, having the general empirical formula Sr x Ca 1-x AlSiN 3 :Eu wherein 0.8 < x ≤ 1, wherein between 0.1% and 5% inclusive of the Sr, Ca and/or Sr/Ca lattice sites have been replaced by Eu, and wherein, in the x-ray structure analysis, the phosphor in orthorhombic description exhibits a reflection (R) having the Miller indices 1 2 1 .
A catheter-based prosthetic heart valve configured to be crimped to a radially collapsed state on a balloon of a delivery apparatus comprising: a collapsible and expandable annular frame , configured to be collapsed to a radially collapsed state for mounting on a delivery apparatus and expanded to a radially expanded state inside the body; wherein the frame is made of a nickel-cobalt-chromium alloy and comprises four rows of angled struts forming three rows of hexagonal cells; wherein each of the hexagonal cells comprises six struts including: two opposing side struts extending parallel to a flow axis of the valve , a pair of lower angled struts , extending downwardly from respective lower ends of the side struts and converging toward each other, and a pair of upper angled struts extending upwardly from respective upper ends of the side struts and converging toward each other; and wherein a first row of angled struts is located at an inflow end of the frame , a second row of angled struts is located adjacent the first row of angled struts in a flow direction, a third row of angled struts is located adjacent the second row of angled struts in the flow direction, and a fourth row of angled struts is located at an outflow end of the frame , the flow direction extending along the flow axis from the inflow end to the outflow end . a collapsible and expandable annular frame , configured to be collapsed to a radially collapsed state for mounting on a delivery apparatus and expanded to a radially expanded state inside the body; wherein the frame is made of a nickel-cobalt-chromium alloy and comprises four rows of angled struts forming three rows of hexagonal cells; wherein each of the hexagonal cells comprises six struts including: two opposing side struts extending parallel to a flow axis of the valve , a pair of lower angled struts , extending downwardly from respective lower ends of the side struts and converging toward each other, and a pair of upper angled struts extending upwardly from respective upper ends of the side struts and converging toward each other; and two opposing side struts extending parallel to a flow axis of the valve , a pair of lower angled struts , extending downwardly from respective lower ends of the side struts and converging toward each other, and a pair of upper angled struts extending upwardly from respective upper ends of the side struts and converging toward each other; and wherein a first row of angled struts is located at an inflow end of the frame , a second row of angled struts is located adjacent the first row of angled struts in a flow direction, a third row of angled struts is located adjacent the second row of angled struts in the flow direction, and a fourth row of angled struts is located at an outflow end of the frame , the flow direction extending along the flow axis from the inflow end to the outflow end .
A protective subsea housing for protecting an equipment space enclosed by the housing , the housing comprising: an access opening in a wall of the housing for providing access to the equipment space by an unmanned underwater vehicle (UUV); characterized by a closure that is movable by translation, or by rotation relative to an axis transverse to the wall , to open and close the access opening ; and an operating member , positioned outside the equipment space, that is engageable by and movable by the UUV to move the closure. an access opening in a wall of the housing for providing access to the equipment space by an unmanned underwater vehicle (UUV); characterized by a closure that is movable by translation, or by rotation relative to an axis transverse to the wall , to open and close the access opening ; and an operating member , positioned outside the equipment space, that is engageable by and movable by the UUV to move the closure.
A heterodimeric, conditionally active chimeric antigen receptor (CAR) comprising: a first polypeptide comprising an antigen-binding domain that comprises a single chain antibody variable region that specifically binds to CD30, a first member of the dimerization pair, and a first transmembrane domain; and a second polypeptide comprising a second member of a dimerization pair, a second transmembrane domain, and an intracellular signaling domain; wherein a dimerizing agent dimerizes the heterodimeric CAR when the first and second polypeptides are expressed by a cell with the dimerizing agent bound between the dimerization pair members of the first and second polypeptides. a first polypeptide comprising an antigen-binding domain that comprises a single chain antibody variable region that specifically binds to CD30, a first member of the dimerization pair, and a first transmembrane domain; and a second polypeptide comprising a second member of a dimerization pair, a second transmembrane domain, and an intracellular signaling domain;
A semiconductor fin device forming a Field Effect Transistor and comprising at least three fins (102-106) arranged in parallel and protruding out from a substrate , the fins are separated from each other by shallow trench isolation structures , at least a first and a second of the fins protruding to a level higher than an upper surface of the shallow trench isolation structures, the parallel fins are spaced with a first fin spacing , with at least one third fin arranged in between a first and a second fin, wherein in a non-protruding region the third fin extends to a level below or equal to the upper surface of the shallow trench isolation structures, the semiconductor device further comprising a conformal first gate dielectric , wherein the conformal first gate dielectric covers at least partially the first and second fin, and wherein the first gate dielectric overlaps at least part of the third fin in the non-protruding region, and wherein the first gate dielectric has a thickness corresponding to at least half of the first fin spacing. the semiconductor device further comprising a conformal first gate dielectric , wherein the conformal first gate dielectric covers at least partially the first and second fin, and wherein the first gate dielectric overlaps at least part of the third fin in the non-protruding region, and wherein the first gate dielectric has a thickness corresponding to at least half of the first fin spacing.
A composition comprising: (a) a first organopolysiloxane comprising an average of 2 or more mercaptoalkyl groups per molecule and that is free of alkenyl functionality; (b) a second organopolysiloxane comprising an average of one or more alkenyl group and one or more alkoxy group per molecule; (c) a tetraalkoxy silane; (d) an ultraviolet light photoinitiator; and (e) a condensation catalyst; where the concentration of the first and second organopolysiloxanes are such that the molar ratio of mercaptoalkyl groups to alkenyl groups is in a range of 0.4 to 3.0. (a) a first organopolysiloxane comprising an average of 2 or more mercaptoalkyl groups per molecule and that is free of alkenyl functionality; (b) a second organopolysiloxane comprising an average of one or more alkenyl group and one or more alkoxy group per molecule; (c) a tetraalkoxy silane; (d) an ultraviolet light photoinitiator; and (e) a condensation catalyst;
A method of operating a communication device in a communications network, the method comprising: determining , by the communication device, to transmit Msg3 information using repetition to a network node operating in the communications network during a random access, RA, procedure; determining a subset of preambles based on determining to transmit the Msg3 information using repetition; responsive to determining the subset of preambles, determining a preamble of the subset of preambles to transmit to the network node that are reserved for Msg3 repetition; transmitting the preamble to the network node; and transmitting the Msg3 information using repetition to the network node. determining , by the communication device, to transmit Msg3 information using repetition to a network node operating in the communications network during a random access, RA, procedure; determining a subset of preambles based on determining to transmit the Msg3 information using repetition; responsive to determining the subset of preambles, determining a preamble of the subset of preambles to transmit to the network node that are reserved for Msg3 repetition; transmitting the preamble to the network node; and transmitting the Msg3 information using repetition to the network node.
Bite registration tool set having an upper-jaw bite registration tool (OKB) and a lower-jaw bite registration tool (UKB), comprising tooth casts that are lined up in an occlusal position, wherein the lined-up tooth casts are artificially produced teeth, wherein a coding element (VE) is provided in the bite registration tool (OKB, UKB), wherein the coding element (VE) is arranged orally and can be broken up, and wherein a bite fork (OM) with connection element is provided, which can be fixed to the upper-jaw bite registration tool (OKB) via the coding element (VE).
A computer-implemented method for transmitting notifications to a driver of a vehicle , the method comprising: determining a first mental load on the driver based on sensor data; determining a second mental load on the driver associated with a first notification ; determining, based on the first mental load and the second mental load, that a mental load threshold will be exceeded; determining a priority level associated with the first notification ; and transmitting, based on the priority level, either the first notification or a modified version of the first notification to one or more output devices to be output within the vehicle , thereby causing a third mental load on the driver that does not exceed a maximum load threshold . determining a first mental load on the driver based on sensor data; determining a second mental load on the driver associated with a first notification ; determining, based on the first mental load and the second mental load, that a mental load threshold will be exceeded; determining a priority level associated with the first notification ; and transmitting, based on the priority level, either the first notification or a modified version of the first notification to one or more output devices to be output within the vehicle , thereby causing a third mental load on the driver that does not exceed a maximum load threshold .
A device for welding edges of flexible material, in particular, edges of packs, comprising two pressing members provided with respective contact portions facing or adapted to face with each other to delimit between them a channel for the insertion of two or more edges to be welded in a superposed configuration, and further comprising a heat generating unit configured to transmit heat to at least a first of the contact portions , characterized in that at least the first contact portion , preferably both the contact portions , is made of a thermal conductive, elastically deformable composite material.
A flexible lumenal assembly configured for transiting a body lumen comprising a flexible lumenal member extending longitudinally and a monolithic structural support member extending outside a portion of the flexible lumenal member and an outer tubular element over the monolithic structural support member wherein the outer tubular element is configured to selectively apply pressure to the monolithic structural support member by being selectively enlarged and contracted.
A system comprising: a catheter configured to be in fluid communication with a fluid of a patient's body; a shunt in fluid communication with the catheter; a detection circuit comprising one or more wires configured to be in electrical communication with the fluid, and configured to detect a change in one or more electrical properties of the fluid; and a transmission circuit , comprising one or more other wires configured to be in electrical communication with the fluid, and configured to provide an electromagnetic signal to the fluid to remove an occlusion. a catheter configured to be in fluid communication with a fluid of a patient's body; a shunt in fluid communication with the catheter; a detection circuit comprising one or more wires configured to be in electrical communication with the fluid, and configured to detect a change in one or more electrical properties of the fluid; and a transmission circuit , comprising one or more other wires configured to be in electrical communication with the fluid, and configured to provide an electromagnetic signal to the fluid to remove an occlusion.
A compound laser structure comprising: a substrate; and an active waveguide structure comprising a laser emitter defined on a first area of the substrate and an optical modulator defined on a second area of the substrate, the modulator being optically coupled to the laser emitter along a coupling axis; wherein the active waveguide structure is configured so that its cross-section perpendicular to the coupling axis tapers so as to be smaller at an intermediate location between the laser emitter and the optical modulator than at locations on either side of the intermediate location along the coupling axis, wherein the laser emitter and the modulator are defined on a planar face of the substrate characterized in that the active waveguide is configured so that its height in a direction perpendicular to the planar face of the substrate tapers so as to be smaller at the intermediate location than at locations on either side of the intermediate location along the coupling axis. a substrate; and an active waveguide structure comprising a laser emitter defined on a first area of the substrate and an optical modulator defined on a second area of the substrate, the modulator being optically coupled to the laser emitter along a coupling axis; wherein the active waveguide structure is configured so that its cross-section perpendicular to the coupling axis tapers so as to be smaller at an intermediate location between the laser emitter and the optical modulator than at locations on either side of the intermediate location along the coupling axis, wherein the laser emitter and the modulator are defined on a planar face of the substrate characterized in that the active waveguide is configured so that its height in a direction perpendicular to the planar face of the substrate tapers so as to be smaller at the intermediate location than at locations on either side of the intermediate location along the coupling axis. wherein the active waveguide structure is configured so that its cross-section perpendicular to the coupling axis tapers so as to be smaller at an intermediate location between the laser emitter and the optical modulator than at locations on either side of the intermediate location along the coupling axis, wherein the laser emitter and the modulator are defined on a planar face of the substrate characterized in that the active waveguide is configured so that its height in a direction perpendicular to the planar face of the substrate tapers so as to be smaller at the intermediate location than at locations on either side of the intermediate location along the coupling axis.