mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle instrument cluster comprising: - a control unit ; - a monochromatic display comprising a matrix of pixels, which can be independently controlled by said control unit to inhibit or allow the passage of light; said monochromatic display having a rear surface and a front surface opposite to each other; - a back-lighting device configured to emit at least one light beam toward said rear surface ; - a filter arranged between said back-lighting device and said rear surface and comprising at least one coloured light-permeable portion ; said light-permeable portion having a coloured graphic representation with different colours; said control unit being configured to allow the passage of coloured light coming from a first part of said graphic representation and to inhibit the passage of coloured light coming from a second part of said graphic representation so as to form, on said front surface , a coloured light image corresponding to said first part ; characterized in that the contours of said coloured light image are defined by said coloured graphic representation on said filter and the contours of said coloured graphic representation have a resolution higher than the one of said monochromatic display . - a control unit ; - a monochromatic display comprising a matrix of pixels, which can be independently controlled by said control unit to inhibit or allow the passage of light; said monochromatic display having a rear surface and a front surface opposite to each other; - a back-lighting device configured to emit at least one light beam toward said rear surface ; - a filter arranged between said back-lighting device and said rear surface and comprising at least one coloured light-permeable portion ; said light-permeable portion having a coloured graphic representation with different colours; said control unit being configured to allow the passage of coloured light coming from a first part of said graphic representation and to inhibit the passage of coloured light coming from a second part of said graphic representation so as to form, on said front surface , a coloured light image corresponding to said first part ; characterized in that the contours of said coloured light image are defined by said coloured graphic representation on said filter and the contours of said coloured graphic representation have a resolution higher than the one of said monochromatic display .
An uplink, UL, multi-user, MU, transmitting method of a station, STA, in a Wireless Local Area Network, WLAN, system, the UL MU transmitting method comprising: receiving (S32010) a trigger frame comprising resource unit allocation information for orthogonal frequency division multiple access, OFDMA, transmission; transmitting (S32020) a UL MU Physical Protocol Data Unit, PPDU, based on the trigger frame; and receiving (S32030) an ACK frame of the UL MU PPDU, wherein the trigger frame comprises a first legacy preamble and a first High Efficiency, HE, preamble, and the first HE preamble comprises a first HE-SIG-A field and a first HE-SIG-B field, and wherein the first HE-SIG-A field comprises first Transmission Opportunity, TXOP, duration information related to a first TXOP duration, and the first TXOP duration is set to include a time required to transmit the UL MU PPDU and the ACK frame. receiving (S32010) a trigger frame comprising resource unit allocation information for orthogonal frequency division multiple access, OFDMA, transmission; transmitting (S32020) a UL MU Physical Protocol Data Unit, PPDU, based on the trigger frame; and receiving (S32030) an ACK frame of the UL MU PPDU, wherein the trigger frame comprises a first legacy preamble and a first High Efficiency, HE, preamble, and the first HE preamble comprises a first HE-SIG-A field and a first HE-SIG-B field, and wherein the first HE-SIG-A field comprises first Transmission Opportunity, TXOP, duration information related to a first TXOP duration, and the first TXOP duration is set to include a time required to transmit the UL MU PPDU and the ACK frame.
A work state monitoring device _for a work vehicle , comprising: a work state acquisition section (23-29) that acquires a current work state of the work vehicle; a calculator that calculates at least a first work state, which represents a work state prior to receiving a warning, corresponding to a load factor input by an operator through an operation unit so as to be set lower than a warning load factor to generate the warning based on the current work state acquired by the work state acquisition section (23-29), a second work state, which represents a work state close to a work limit, corresponding to the warning load factor, and a third work state, which represents a work state, corresponding to the work limit; and an informer that informs the operator of the first work state calculated by the calculator as an advance notice. a work state acquisition section (23-29) that acquires a current work state of the work vehicle; a calculator that calculates at least a first work state, which represents a work state prior to receiving a warning, corresponding to a load factor input by an operator through an operation unit so as to be set lower than a warning load factor to generate the warning based on the current work state acquired by the work state acquisition section (23-29), a second work state, which represents a work state close to a work limit, corresponding to the warning load factor, and a third work state, which represents a work state, corresponding to the work limit; and an informer that informs the operator of the first work state calculated by the calculator as an advance notice.
A wearable robotic device comprising: a first body assembly for attachment to a first portion of a user's body; a second body assembly for attachment to a second portion of the user's body; an actuator having first and second actuator portions respectively connected to the first and second body assemblies and configured to move the first and second body assembly relative each other; and an attachment device for attaching to the first portion of the user's body, the attachment device including a tensioning system for retention of the first body assembly to the first portion of the user's body, including a coarse adjuster and a separate fine adjuster , wherein attachment device is removably coupled to at least one of the first or second body assembly; characterised in that the coarse adjuster comprises a strap that is attached to the fine adjuster such that the fine adjuster is operable to shorten a strap length, the fine adjuster being mounted to a support piece that provides a low friction surface for sliding of the strap , and the strap has an end that is removably attachable to a rigid structure of the first or second body assembly to uncouple the tensioning system from the first or second body assembly. a first body assembly for attachment to a first portion of a user's body; a second body assembly for attachment to a second portion of the user's body; an actuator having first and second actuator portions respectively connected to the first and second body assemblies and configured to move the first and second body assembly relative each other; and an attachment device for attaching to the first portion of the user's body, the attachment device including a tensioning system for retention of the first body assembly to the first portion of the user's body, including a coarse adjuster and a separate fine adjuster , wherein attachment device is removably coupled to at least one of the first or second body assembly; characterised in that the coarse adjuster comprises a strap that is attached to the fine adjuster such that the fine adjuster is operable to shorten a strap length, the fine adjuster being mounted to a support piece that provides a low friction surface for sliding of the strap , and the strap has an end that is removably attachable to a rigid structure of the first or second body assembly to uncouple the tensioning system from the first or second body assembly.
A peptide that is a proteo-mimetic of TIM3 that binds to CEACAM1, wherein the peptide consists of the sequence of Cys-Pro-Val-Phe-Glu-Cys-Gly-Asn-Val-Val-Leu-Arg-Thr-Asp-Glu-Arg-Asp-Val-Asn-Tyr or comprises the sequence of Cys-Pro-Val-Phe-Glu-Ser-Gly-Ser-Gly-Arg-Ile-Gln-Glu-Pro-Gly-Ile-Met, wherein said peptide binds to CEACAM1 and inhibits signalling mediated by the interaction of TIM3 and CEACAM1.
A drive unit of a top drive system comprising: a drive stem having a plurality of ports from an exterior thereof to an interior thereof; a plurality of sliding coupling members disposed in the ports ; and a coupling collar encircling the drive stem and having actuation surfaces and recessed surfaces on an interior thereof, wherein the recessed surfaces align with the ports when the coupling collar is in a first position relative to the plurality of sliding coupling members , and the actuation surfaces align with the ports when the coupling collar is in a second position relative to the plurality of sliding coupling members ; and a drive gear profile disposed on an exterior surface of the drive stem , wherein the drive gear profile is configured to rotate the drive stem . a drive stem having a plurality of ports from an exterior thereof to an interior thereof; a plurality of sliding coupling members disposed in the ports ; and a coupling collar encircling the drive stem and having actuation surfaces and recessed surfaces on an interior thereof, wherein the recessed surfaces align with the ports when the coupling collar is in a first position relative to the plurality of sliding coupling members , and the actuation surfaces align with the ports when the coupling collar is in a second position relative to the plurality of sliding coupling members ; and a drive gear profile disposed on an exterior surface of the drive stem , wherein the drive gear profile is configured to rotate the drive stem .
An installation made of ceramic material for fabricating a plurality of castings from a molten metal, the installation comprising: - a vertical duct surmounted by a bush through which a liquid metal is to be introduced into the installation, the vertical duct including a distributor in the proximity of its bottom end; - at least one feed system (5; 5'; 5") for conveying the molten metal for making the castings, each feed system comprising a feed channel (51; 151; 251) configured to enable the molten metal to flow under gravity inside said feed channel, said feed channel having a first portion (51a; 151a; 251a) extending in a first direction (A) from the distributor, and two second portions (51b; 151b; 251b) extending in a second direction (B) different from the first direction, each second portion being arranged downstream from the first portion and being connected to the first portion by a junction (52; 152; 252); and - at least two molds , each mold being connected to a second portion (51b; 151b; 251b) of the feed channel (51; 151; 251) so that a molten metal can be conveyed from the feed system into each mold; the installation being characterized in that the feed system further comprises a damping channel (54; 152; 254) having a first end (54a; 154b; 254b) opening out into the junction and a second end (54b; 154b; 254b) that is closed, said damping channel extending the first portion (51a; 151a; 251a) of the feed channel. - a vertical duct surmounted by a bush through which a liquid metal is to be introduced into the installation, the vertical duct including a distributor in the proximity of its bottom end; - at least one feed system (5; 5'; 5") for conveying the molten metal for making the castings, each feed system comprising a feed channel (51; 151; 251) configured to enable the molten metal to flow under gravity inside said feed channel, said feed channel having a first portion (51a; 151a; 251a) extending in a first direction (A) from the distributor, and two second portions (51b; 151b; 251b) extending in a second direction (B) different from the first direction, each second portion being arranged downstream from the first portion and being connected to the first portion by a junction (52; 152; 252); and - at least two molds , each mold being connected to a second portion (51b; 151b; 251b) of the feed channel (51; 151; 251) so that a molten metal can be conveyed from the feed system into each mold; the installation being characterized in that the feed system further comprises a damping channel (54; 152; 254) having a first end (54a; 154b; 254b) opening out into the junction and a second end (54b; 154b; 254b) that is closed, said damping channel extending the first portion (51a; 151a; 251a) of the feed channel.
A cold rolled steel sheet having a tensile strength TS of 590 - 800 MPa, which has a chemical composition comprising C: 0.06-0.14 mass%, Si: less than 0.25 mass%, Mn: 1.6-2.5 mass%, P: not more than 0.10 mass%, S: not more than 0.020 mass%, Al: 0.01-0.10 mass%, N: not more than 0.010 mass%, Nb: not more than 0.080 mass% (including 0 mass%), Ti: not more than 0.080 mass% (including 0 mass%), provided that Nb and Ti are contained in an amount of 0.020-0.080 mass% in total, optionally one or more selected from Cr: not more than 0.3 mass%, Mo: not more than 0.3 mass%, B: not more than 0.005 mass%, Cu: not more than 0.3 mass%, Ni: not more than 0.3 mass% and Sb: not more than 0.3 mass%, and the remainder being Fe and inevitable impurities, wherein Sn, Co, W, Ca, Na and Mg may be contained in an amount of not more than 0.01 mass% in total as inevitable impurities, a steel structure that an area ratio of ferrite is not less than 85%; an area ratio of martensite is 3-15%; an area ratio of unrecrystallized ferrite is not more than 5%; an average crystal grain size d of the ferrite is 2-8 μm; and a ratio (L/d) of an average value L (μm) among intervals between martensite grains closest to each other to the average crystal grain size d of the ferrite is 0.20-0.80, and mechanical properties that a yield ratio YR in a direction perpendicular to a rolling direction is not less than 0.68 and a ratio (TS D /TS C ) of tensile strength TS D in a direction of 45° to the rolling direction to tensile strength TSc in a direction perpendicular to the rolling direction is not less than 0.95; wherein the area ratio of ferrite, martensite and unrecrystallized ferrite, as well as the average crystal grain size of ferrite and the average value L among intervals between martensite grains closest to each other, as well as the yield ratio YR and the ratio (TS D /TS C ) are measured as described in the description.
A gasification unit for producing a product gas, said gasification unit comprising, a co-current or counterflow pyrolysis unit comprising a pyrolysis gas outlet arranged at an upper part of said pyrolysis unit and a pyrolysis gas inlet arranged at a lower part of said pyrolysis unit , a co-current or counterflow gasifier comprising a product gas outlet arranged at an upper part of said gasifier and a gasifier inlet arranged at a lower part of said gasifier , coke moving means for allowing pyrolyzed coke to move from said pyrolysis unit to said gasifier , recycling means arranged to guide at least a part of the pyrolysis gas produced in said pyrolysis unit from said pyrolysis gas outlet and back to said pyrolysis gas inlet , a heating device comprising an input conduit arranged to guide pyrolysis gas from said pyrolysis gas outlet to a combustion unit in said heating device , wherein said combustion unit is arranged to least a partially oxidize said pyrolysis gas from said pyrolysis unit , and wherein said heating device comprises an output conduit arranged to guide heating gas generated by said partial oxidization in said combustion unit to said gasifier inlet , wherein said heating device is arranged external to said pyrolysis unit and said gasifier andwherein said gasification unit further comprises heat exchange means arranged for heating at least a portion of said pyrolysis gas before it enters said pyrolysis unit through said pyrolysis gas inlet by means of at least a part of the product gas exiting said gasifier through said product gas outlet . a co-current or counterflow pyrolysis unit comprising a pyrolysis gas outlet arranged at an upper part of said pyrolysis unit and a pyrolysis gas inlet arranged at a lower part of said pyrolysis unit , a co-current or counterflow gasifier comprising a product gas outlet arranged at an upper part of said gasifier and a gasifier inlet arranged at a lower part of said gasifier , coke moving means for allowing pyrolyzed coke to move from said pyrolysis unit to said gasifier , recycling means arranged to guide at least a part of the pyrolysis gas produced in said pyrolysis unit from said pyrolysis gas outlet and back to said pyrolysis gas inlet , a heating device comprising an input conduit arranged to guide pyrolysis gas from said pyrolysis gas outlet to a combustion unit in said heating device , wherein said combustion unit is arranged to least a partially oxidize said pyrolysis gas from said pyrolysis unit , and wherein said heating device comprises an output conduit arranged to guide heating gas generated by said partial oxidization in said combustion unit to said gasifier inlet , wherein said heating device is arranged external to said pyrolysis unit and said gasifier andwherein said gasification unit further comprises heat exchange means arranged for heating at least a portion of said pyrolysis gas before it enters said pyrolysis unit through said pyrolysis gas inlet by means of at least a part of the product gas exiting said gasifier through said product gas outlet .
An overhead transport vehicle capable of traveling along a rail (R) arranged at least partially in a grid pattern, the overhead transport vehicle comprising: an article holding unit configured to hold an article (M); a linear drive unit configured to drive the article holding unit to move linearly; a pivoting drive unit configured to drive the article holding unit to pivot horizontally; a control unit configured to control the pivoting drive unit in accordance with an orientation of the article (M) held by the article holding unit and an orientation of a load port on which the article (M) is placed; a traveling wheel configured to roll on the rail (R); and a body section disposed below the rail (R) and including the article holding unit , the linear drive unit , and the pivoting drive unit , wherein the linear drive unit includes a lifting drive unit configured to raise and lower the article holding unit , and a slide drive unit configured to slide and move the lifting drive unit , the pivoting drive unit includes a first pivoting drive unit configured to horizontally pivot the slide drive unit and a second pivoting drive unit configured to horizontally pivot the article holding unit or the lifting drive unit , and when the slide drive unit is horizontally pivoted by the first pivoting drive unit , the second pivoting drive unit , the lifting drive unit , and the article holding unit that are attached to a lower side of the slide drive unit are horizontally pivoted together. an article holding unit configured to hold an article (M); a linear drive unit configured to drive the article holding unit to move linearly; a pivoting drive unit configured to drive the article holding unit to pivot horizontally; a control unit configured to control the pivoting drive unit in accordance with an orientation of the article (M) held by the article holding unit and an orientation of a load port on which the article (M) is placed; a traveling wheel configured to roll on the rail (R); and a body section disposed below the rail (R) and including the article holding unit , the linear drive unit , and the pivoting drive unit , wherein the linear drive unit includes a lifting drive unit configured to raise and lower the article holding unit , and a slide drive unit configured to slide and move the lifting drive unit , the pivoting drive unit includes a first pivoting drive unit configured to horizontally pivot the slide drive unit and a second pivoting drive unit configured to horizontally pivot the article holding unit or the lifting drive unit , and when the slide drive unit is horizontally pivoted by the first pivoting drive unit , the second pivoting drive unit , the lifting drive unit , and the article holding unit that are attached to a lower side of the slide drive unit are horizontally pivoted together.
Method for managing a state of charge of a battery left to rest and suffering capacity losses over time, the management method being characterised in that it comprises the following steps repeated at regular time intervals: - determining the capacity losses (ΔQ i ) suffered by the battery during a time interval (T); - determining a target value (SOC cible_i ) of the state of charge, the target value (SOC cible_i ) of the state of charge being equal to a target amount of charge (Q cible_i ) divided by a maximum discharge capacity (Q max_i ) of the battery , the target amount of charge (Q cible_i ) being greater than or equal to a sum of the capacity losses (ΔQ i ) suffered by the battery and a minimum amount of charge (Qmin) required to operate an electrical device associated with the battery during a predetermined duration, the target value (SOC cible_i ) of the state of charge being strictly less than 100 %; - adjusting the state of charge of the battery to the target value (SOC cible_i ). - determining the capacity losses (ΔQ i ) suffered by the battery during a time interval (T); - determining a target value (SOC cible_i ) of the state of charge, the target value (SOC cible_i ) of the state of charge being equal to a target amount of charge (Q cible_i ) divided by a maximum discharge capacity (Q max_i ) of the battery , the target amount of charge (Q cible_i ) being greater than or equal to a sum of the capacity losses (ΔQ i ) suffered by the battery and a minimum amount of charge (Qmin) required to operate an electrical device associated with the battery during a predetermined duration, the target value (SOC cible_i ) of the state of charge being strictly less than 100 %; - adjusting the state of charge of the battery to the target value (SOC cible_i ).
A release lever , for a parachute rescue system of a light aircraft , said light aircraft comprising a jet engine mounted on the aircraft fuselage, the release lever comprising a body and a handle arranged in the body and configured to be mounted to the fuselage structure in the aircraft cabin, characterised in that the body consists of a console and a rotatable lever rotatably mounted in the console and configured to be rotated from a resting position to an operating position, wherein the console is mountable to the aircraft fuselage structure, and the handle is seated inside the rotatable lever and protrudes beyond the rotatable lever , wherein the handle is provided with a locking mechanism which prevents pulling the handle out of the rotatable lever before it is rotated from the resting position to the operating position, and wherein in the operating position, the locking mechanism is configured to allow the operator to pull the handle out of the rotatable lever .