mhurhangee/patent-ind-claim-en huggingface dataset:
A wind turbine comprising a generator , an electrolytic unit , a system inlet and a system outlet , wherein the electrolytic unit is electrically powered by the generator to produce hydrogen from an input fluid , in particular water, wherein the hydrogen produced can be taken out of the wind turbine by the system outlet , wherein said wind turbine further comprises a safety system controlled by a control unit configured to evacuate the hydrogen out of the wind turbine by means of a plurality of gas outlets distributed on a platform of the wind turbine and configured to release the hydrogen to the atmosphere, characterized in that the control unit controls the flow through the gas outlets depending on whether the gas outlet is located at a windward direction or at a leeward direction with respect to the platform for avoiding that the hydrogen spreads over the region of the platform . wherein the electrolytic unit is electrically powered by the generator to produce hydrogen from an input fluid , in particular water, wherein the hydrogen produced can be taken out of the wind turbine by the system outlet , wherein said wind turbine further comprises a safety system controlled by a control unit configured to evacuate the hydrogen out of the wind turbine by means of a plurality of gas outlets distributed on a platform of the wind turbine and configured to release the hydrogen to the atmosphere, characterized in that the control unit controls the flow through the gas outlets depending on whether the gas outlet is located at a windward direction or at a leeward direction with respect to the platform for avoiding that the hydrogen spreads over the region of the platform .
An anchoring section for a foundation adapted to be embedded in the soil, which anchoring section comprises an inner shell and an outer shell arranged substantially parallel at a mutual distance, each shell having longitudinal side edges and in use upper and lower edges , and first and second side members , said side members having longitudinal side edges and in use upper and lower edges , where said side members , are connected to said longitudinal side edges of the inner and outer shells , such that the inner and outer shells and the first and second side members delimits a volume, and where an anchoring member is provided in said volume between the inner and outer shells and first and second side members , and where the side members comprises means for connecting to a similar anchoring section .
An image forming apparatus comprising: an image bearing member ; transfer means configured to form, together with the image bearing member , a transfer nip portion (P2) and to transfer a toner image formed on the image bearing member to a recording material (P) at the transfer nip portion (P2); and fixing means configured to fix the toner image on the recording material (P) to the recording material (P) at a fixing nip portion (PI), the fixing means including a fixing film , a heater configured to generate heat from electric power supplied from an AC power supply , and a pressure roller configured to form, together with the heater , the fixing nip portion (P1) via the fixing film , wherein the pressure roller is electrically grounded, and wherein a conductive path (CL) different from a power supply path (PSL) from the AC power supply to the heater is provided between the AC power supply and the pressure roller , and a capacitive element is provided on the conductive path (CL). an image bearing member ; transfer means configured to form, together with the image bearing member , a transfer nip portion (P2) and to transfer a toner image formed on the image bearing member to a recording material (P) at the transfer nip portion (P2); and fixing means configured to fix the toner image on the recording material (P) to the recording material (P) at a fixing nip portion (PI), the fixing means including a fixing film , a heater configured to generate heat from electric power supplied from an AC power supply , and a pressure roller configured to form, together with the heater , the fixing nip portion (P1) via the fixing film , wherein the pressure roller is electrically grounded, and wherein a conductive path (CL) different from a power supply path (PSL) from the AC power supply to the heater is provided between the AC power supply and the pressure roller , and a capacitive element is provided on the conductive path (CL).
Control system for matching measured humidity values with humidity values stored in a database, comprising - at least one device for measuring humidity, comprising - at least one sensor for measuring humidity, wherein the sensor - At least one capacitor having at least two electrodes which are arranged, in particular in a horizontal direction (H1), along one another and on a carrier material , in particular a flexible carrier material, at least one dielectric layer being arranged between the electrodes , i wherein at least one at least partially liquid-permeable and/or liquid-absorbing damp layer is arranged at least in places on a side of at least one electrode and/or the dielectric layer facing away from the carrier material , the at least one electrode and/or the dielectric layer thus being arranged in a transverse direction (Q1) between the carrier material and the damp layer , so that a capacitance is at least partially changed by the liquid at least partially impinging on the dielectric layer , a processing unit being set up and provided for measuring and/or storing measured values of the sensor , so that a capacitive humidity sensor is produced, wherein the processing unit transmits the data measured by the sensor to a central CPU of the control system , this data being processed by the processing unit , wherein the central CPU and/or the processing unit is set up and provided for this purpose compares this data, i.e. the humidity values, with corresponding values stored in a database or sent to the database, and, preferably only if these stored values or corresponding value ranges match, the central CPU sends an enable signal to a matching device of the control system , which then enables a utilization object for use. - at least one device for measuring humidity, comprising - at least one sensor for measuring humidity, wherein the sensor - At least one capacitor having at least two electrodes which are arranged, in particular in a horizontal direction (H1), along one another and on a carrier material , in particular a flexible carrier material, at least one dielectric layer being arranged between the electrodes , i wherein at least one at least partially liquid-permeable and/or liquid-absorbing damp layer is arranged at least in places on a side of at least one electrode and/or the dielectric layer facing away from the carrier material , the at least one electrode and/or the dielectric layer thus being arranged in a transverse direction (Q1) between the carrier material and the damp layer , so that a capacitance is at least partially changed by the liquid at least partially impinging on the dielectric layer , a processing unit being set up and provided for measuring and/or storing measured values of the sensor , so that a capacitive humidity sensor is produced, wherein the processing unit transmits the data measured by the sensor to a central CPU of the control system , this data being processed by the processing unit , wherein
A silica glass precursor production method comprising: a stirring step of stirring a silica solution containing silica particles and a pH adjuster to produce a dispersion solution; a mixing step of mixing, into the dispersion solution, an initiator solution containing a photopolymerization initiator and an acrylic monomer having a hydroxyl group at one end of an alkyl chain optionally substituted by a substituent, and an acryloyl group optionally substituted by an alkyl group at the other end of the alkyl chain, to produce a mixed solution; an irradiation step of irradiating the mixed solution with light to form a silica-containing molded body; and a solidification step of producing a mesoporous silica glass precursor formed by solidifying the silica-containing molded body by annealing and/or drying, wherein the average particle diameter of the silica particles is 5 nm to 50 nm, wherein the mesoporous silica glass precursor has mesoporous fine pores of 2 nm to 50 nm. a stirring step of stirring a silica solution containing silica particles and a pH adjuster to produce a dispersion solution; a mixing step of mixing, into the dispersion solution, an initiator solution containing a photopolymerization initiator and an acrylic monomer having a hydroxyl group at one end of an alkyl chain optionally substituted by a substituent, and an acryloyl group optionally substituted by an alkyl group at the other end of the alkyl chain, to produce a mixed solution; an irradiation step of irradiating the mixed solution with light to form a silica-containing molded body; and a solidification step of producing a mesoporous silica glass precursor formed by solidifying the silica-containing molded body by annealing and/or drying, wherein the average particle diameter of the silica particles is 5 nm to 50 nm, wherein the mesoporous silica glass precursor has mesoporous fine pores of 2 nm to 50 nm.
An image reading apparatus including an original tray , setting means for setting a type of an original, conveyance control means for controlling conveyance of the original by conveying means based on the type of the original set by the setting means, and reading means for reading an image on the original conveyed by the conveying means, comprising: detecting means for detecting that the original has been placed on the original tray ; characterized in that the image reading apparatus is further comprising display means for displaying information for setting a type of the original at a predetermined timing on condition that the detecting means detects that the original has been placed on the original tray , wherein in a case where the type set by the information displayed by the display means is a first type, the conveyance control means cause the conveying means to convey the original at a first conveying speed, and in a case where the type set by the information displayed by the display means is a sheet thicker than the first type, the conveyance control means cause the conveying means to convey the original at a second conveying speed lower than the first conveying speed. detecting means for detecting that the original has been placed on the original tray ; characterized in that the image reading apparatus is further comprising display means for displaying information for setting a type of the original at a predetermined timing on condition that the detecting means detects that the original has been placed on the original tray ,
An optical low-pass filter (10; 81) consisting of a stack of N (N ≥ 3) optical anisotropic layers, (1-4; 31-35; 41-44) each configured to separate an incident ray into a normal ray and an abnormal ray, wherein, in each of the optical anisotropic layers, a distance between the normal ray and the abnormal ray when emitted from each of the optical anisotropic layers is a ray separation width, and a direction from the normal ray to the abnormal ray along the ray separation width in which the normal ray and the abnormal ray are separated is a ray separation direction, wherein an angle formed between ray separation directions of all two adjacent optical anisotropic layers among the first to Nth optical anisotropic layers is 120° or more and no more than 150°, wherein the position of each of the optical anisotropic layers are set such that the following condition is satisfied: Ds ≤ 0.50 Da , where Da [um] is a sum of the ray separation widths of the first to (N - 1)th optical anisotropic layers among the N optical anisotropic layers, and Ds [μm] is a distance between a ray having a maximum phase difference with respect to the incident ray and a ray having a minimum phase difference with respect to the incident ray among the rays separated by the first to (N - 1)th optical anisotropic layers. wherein, in each of the optical anisotropic layers, a distance between the normal ray and the abnormal ray when emitted from each of the optical anisotropic layers is a ray separation width, and a direction from the normal ray to the abnormal ray along the ray separation width in which the normal ray and the abnormal ray are separated is a ray separation direction, wherein an angle formed between ray separation directions of all two adjacent optical anisotropic layers among the first to Nth optical anisotropic layers is 120° or more and no more than 150°, wherein the position of each of the optical anisotropic layers are set such that the following condition is satisfied: Ds ≤ 0.50 Da , where Da [um] is a sum of the ray separation widths of the first to (N - 1)th optical anisotropic layers among the N optical anisotropic layers, and Ds [μm] is a distance between a ray having a maximum phase difference with respect to the incident ray and a ray having a minimum phase difference with respect to the incident ray among the rays separated by the first to (N - 1)th optical anisotropic layers.
A light absorption layer having an intermediate-band, wherein quantum dots are dispersed in a matrix of a perovskite compound, the perovskite compound having a band gap energy of 2.0 eV or more and 3.0 eV or less, wherein the quantum dot is a quantum dot containing an organic compound as a ligand and a halogen element-containing substance as a ligand; and in that a content ratio of the quantum dot excluding its ligand to a total content of the perovskite compound and the quantum dot including its ligand in the light absorption layer is 7.5% by mass or more.
A gas sensor for detecting a predetermined gas component in a measurement gas, comprising: a sensor element having an end surface at a first end thereof; and one or more openings provided at said end surface of said sensor element, for introducing the measurement gas from outside into the interior of the sensor element, said one or more openings are elongated and rectangular as seen looking at said end surface , and the sum (X) of the short-side dimension (x1, x2, x3, x4) of each of said one or more rectangular openings is greater than or equal to 8 μm and less than or equal to 60 μm, characterized in that a porous layer is provided on four side surfaces of said sensor element, each said surface sharing an edge with the element end surface so as to cover said side surfaces toward a second end of said sensor element remote from said first end, said porous layer consisting of a porous body having a higher porosity than a material providing said side surfaces of said sensor element, wherein said side surfaces of said sensor element are consisted of a dense material having water-repellency as a main component. a sensor element having an end surface at a first end thereof; and one or more openings provided at said end surface of said sensor element, for introducing the measurement gas from outside into the interior of the sensor element, said one or more openings are elongated and rectangular as seen looking at said end surface , and the sum (X) of the short-side dimension (x1, x2, x3, x4) of each of said one or more rectangular openings is greater than or equal to 8 μm and less than or equal to 60 μm, characterized in that a porous layer is provided on four side surfaces of said sensor element, each said surface sharing an edge with the element end surface so as to cover said side surfaces toward a second end of said sensor element remote from said first end, said porous layer consisting of a porous body having a higher porosity than a material providing said side surfaces of said sensor element, wherein said side surfaces of said sensor element are consisted of a dense material having water-repellency as a main component.
An apparatus comprising memory and one or more block-based processor cores (740-747), at least one of the cores (740-747) comprising: an execution unit configured to execute memory access instructions comprising a plurality of memory load and/or memory store instructions contained in an instruction block ; a hardware structure storing data for at least one predicate instruction in the instruction block , the data identifying whether one or more of the memory store instructions on a non-selected path of the at least one predicate instruction will be nullified if a condition of the predicate instruction is satisfied, and the data identifying a first subset of the memory store instructions for nullification if the condition is satisfied, and a second, disjoint subset of the memory store instructions for nullification if the condition is not satisfied, wherein the hardware structure is further configured to store data indicating execution ordering of at least some of the memory access instructions; and a control unit configured to control issuing of the memory access instructions to the execution unit based at least in a part on the hardware structure data . an execution unit configured to execute memory access instructions comprising a plurality of memory load and/or memory store instructions contained in an instruction block ; a hardware structure storing data for at least one predicate instruction in the instruction block , the data identifying whether one or more of the memory store instructions on a non-selected path of the at least one predicate instruction will be nullified if a condition of the predicate instruction is satisfied, and the data identifying a first subset of the memory store instructions for nullification if the condition is satisfied, and a second, disjoint subset of the memory store instructions for nullification if the condition is not satisfied, wherein the hardware structure is further configured to store data indicating execution ordering of at least some of the memory access instructions; and a control unit configured to control issuing of the memory access instructions to the execution unit based at least in a part on the hardware structure data .
A method , comprising: at an electronic device in communication with a display generation component and a gaze tracking device : displaying , via the display generation component, a user interface including a first portion of text of a content item and a second portion of text of the content item , the first portion of text displayed at a first position in the user interface, and the second portion of text displayed at a second position in the user interface; while displaying the user interface, determining , via the gaze tracking device, that motion of the gaze of the user indicates that the user is reading the first portion of text; and while the motion of the gaze of the user indicates that the user is reading the first portion of text: in accordance with a determination that the motion of the gaze of the user indicates that the user has finished reading the first portion of text: scrolling the text so that the second portion of text moves in a first direction; and in accordance with a determination that the motion of the gaze of the user indicates that the user has not finished reading the first portion of text: maintaining the first portion of text at the first position. displaying , via the display generation component, a user interface including a first portion of text of a content item and a second portion of text of the content item , the first portion of text displayed at a first position in the user interface, and the second portion of text displayed at a second position in the user interface; while displaying the user interface, determining , via the gaze tracking device, that motion of the gaze of the user indicates that the user is reading the first portion of text; and while the motion of the gaze of the user indicates that the user is reading the first portion of text: in accordance with a determination that the motion of the gaze of the user indicates that the user has finished reading the first portion of text: scrolling the text so that the second portion of text moves in a first direction; and in accordance with a determination that the motion of the gaze of the user indicates that the user has not finished reading the first portion of text: maintaining the first portion of text at the first position. in accordance with a determination that the motion of the gaze of the user indicates that the user has finished reading the first portion of text: scrolling the text so that the second portion of text moves in a first direction; and in accordance with a determination that the motion of the gaze of the user indicates that the user has not finished reading the first portion of text: maintaining the first portion of text at the first position.
A method for generating a pool comprising a plurality of modified members, the method comprising: a) providing a pool comprising a plurality of kernel members, with each kernel member comprising a plurality of partially double-stranded candidate nucleic acid agents immobilized to a solid support, and each of said partially double-stranded candidate nucleic acid agents comprises a forward strand and a reverse strand longer than said forward strand, wherein said forward and reverse strand associate with each other at least partially via base-paring; b) extending said forward strand of the partially double-stranded candidate nucleic acid agents by nucleotide polymerization using the corresponding reverse strand as a template, and at least one modified nucleotide is incorporated into said forward strand during extension to form modified candidate nucleic acid agents, thereby obtaining a pool of a plurality of modified members, with each modified member comprising a plurality of said modified candidate nucleic acid agents immobilized to said solid support; wherein for each modified candidate nucleic acid agent comprised by any modified member, a corresponding identification nucleic acid agent is comprised by the same modified member, wherein said identification nucleic acid agent enables amplification of its corresponding modified candidate nucleic acid agent, and a nucleic acid sequence of the candidate nucleic acid agents comprised by any kernel member is different from that of the candidate nucleic acid agents comprised by at least one other kernel member in the pool. a) providing a pool comprising a plurality of kernel members, with each kernel member comprising a plurality of partially double-stranded candidate nucleic acid agents immobilized to a solid support, and each of said partially double-stranded candidate nucleic acid agents comprises a forward strand and a reverse strand longer than said forward strand, wherein said forward and reverse strand associate with each other at least partially via base-paring; b) extending said forward strand of the partially double-stranded candidate nucleic acid agents by nucleotide polymerization using the corresponding reverse strand as a template, and at least one modified nucleotide is incorporated into said forward strand during extension to form modified candidate nucleic acid agents, thereby obtaining a pool of a plurality of modified members, with each modified member comprising a plurality of said modified candidate nucleic acid agents immobilized to said solid support;