mhurhangee/patent-ind-claim-en huggingface dataset:
An optical communication method, the method comprising: receiving a first modulated optical signal by an optical resonator to provide a first intensity modulated signal indicative of a modulation of the first modulated optical signal ; providing the first intensity modulated signal to a first channel receiver ; providing the first intensity modulated signal to a second channel receiver ; recovering, by the first channel receiver and the second channel receiver , from the first intensity modulated signal , a multipath version of a transmitted signal embedded in the modulation of the optical signal , to provide a recovered signal; and combining the recovered signals of the first channel receiver and the second channel receiver to provide a combined output signal. receiving a first modulated optical signal by an optical resonator to provide a first intensity modulated signal indicative of a modulation of the first modulated optical signal ; providing the first intensity modulated signal to a first channel receiver ; providing the first intensity modulated signal to a second channel receiver ; recovering, by the first channel receiver and the second channel receiver , from the first intensity modulated signal , a multipath version of a transmitted signal embedded in the modulation of the optical signal , to provide a recovered signal; and combining the recovered signals of the first channel receiver and the second channel receiver to provide a combined output signal.
Fifth-wheel kingpin for a semitrailer of a tractor-trailer, extending substantially along a longitudinal axis (X), characterized by at least one wear detection means which is arranged perpendicular to the longitudinal axis (X) in the fifth-wheel kingpin in such a way that wear to the fifth-wheel kingpin perpendicular to the longitudinal axis (X) can be detected visually and/or by sensor. extending substantially along a longitudinal axis (X), characterized by at least one wear detection means which is arranged perpendicular to the longitudinal axis (X) in the fifth-wheel kingpin in such a way that wear to the fifth-wheel kingpin perpendicular to the longitudinal axis (X) can be detected visually and/or by sensor.
A system comprising a group of motors from which a motor is selected, a group of gear mechanisms from which a gear mechanism is selected, and a coupling for creating a drive unit from one of the selected motors , one of the selected gear mechanisms , and the coupling , wherein the coupling is designed to transmit a drive torque from a shaft of the motor to a drive shaft of the gear mechanism , wherein the coupling has a spur gear and an coupling sleeve , wherein the spur gear is non-rotatably connected to the shaft of the motor and the coupling sleeve is non-rotatably connected to the drive shaft of the gear mechanism , wherein the spur gear has a spur toothing and the coupling sleeve has an internal gear, these forming a mutually corresponding plug-in connection and being embodied such that the spur toothing is inserted without application of force into the internal gear, wherein the motors of the group of motors differ in their dimensions, and wherein the gear mechanisms of the group of gear mechanisms differ in their dimensions, a coupling housing of the coupling being non-rotatably fixable to a gear mechanism housing of the gear mechanism and to a motor housing of the motor and being designed to non-rotatably connect them to one another. wherein the coupling is designed to transmit a drive torque from a shaft of the motor to a drive shaft of the gear mechanism , wherein the coupling has a spur gear and an coupling sleeve , wherein the spur gear is non-rotatably connected to the shaft of the motor and the coupling sleeve is non-rotatably connected to the drive shaft of the gear mechanism , wherein the spur gear has a spur toothing and the coupling sleeve has an internal gear, these forming a mutually corresponding plug-in connection and being embodied such that the spur toothing is inserted without application of force into the internal gear, wherein the motors of the group of motors differ in their dimensions, and wherein the gear mechanisms of the group of gear mechanisms differ in their dimensions, a coupling housing of the coupling being non-rotatably fixable to a gear mechanism housing of the gear mechanism and to a motor housing of the motor and being designed to non-rotatably connect them to one another.
A front-loading washing machine , comprising: a cabinet having a front panel , wherein the front panel is provided with an opening and inclines backwards from the bottom up; a tub having an access port for loading and unloading clothes, wherein the tub is disposed in the cabinet and configured in such a manner that the access port is capable of being moved up and down in the opening ; a rotatable drum disposed in the tub ; a door unit mounted to the tub and configured to cover the access port; and a driving mechanism provided in the cabinet and coupled with the tub and comprising a longitudinal pushrod disposed at a front side of the tub ; characterised in that the driving mechanism further comprises: a transverse shaft disposed at a rear side of the tub and coupled to the tub ; and a support frame disposed in the cabinet and having a hole ; wherein the transverse shaft is configured to rotate in the hole of the support frame , such that the tub is rotatably disposed in the support frame by the transverse shaft to make the access port move up and down in the opening and the tub is driven to move by the longitudinal pushrod to adjust the position of the access port. a cabinet having a front panel , wherein the front panel is provided with an opening and inclines backwards from the bottom up; a tub having an access port for loading and unloading clothes, wherein the tub is disposed in the cabinet and configured in such a manner that the access port is capable of being moved up and down in the opening ; a rotatable drum disposed in the tub ; a door unit mounted to the tub and configured to cover the access port; and a driving mechanism provided in the cabinet and coupled with the tub and comprising a longitudinal pushrod disposed at a front side of the tub ; characterised in that the driving mechanism further comprises: a transverse shaft disposed at a rear side of the tub and coupled to the tub ; and a support frame disposed in the cabinet and having a hole ; a transverse shaft disposed at a rear side of the tub and coupled to the tub ; and a support frame disposed in the cabinet and having a hole ; wherein the transverse shaft is configured to rotate in the hole of the support frame , such that the tub is rotatably disposed in the support frame by the transverse shaft to make the access port move up and down in the opening and the tub is driven to move by the longitudinal pushrod to adjust the position of the access port.
Technical front panel of a motor vehicle, comprising a moulded part configured to extend at the front of a vehicle , transversely to the vehicle, the moulded part being designed to support or to form at the front of the vehicle an impact absorber centred on the width of the vehicle, the technical front panel comprising at least one recess dimensioned such that it is possible to insert therein a housing shell in such a way that the housing shell is surrounded by the structure of the technical front panel , the recess defining, through the moulded part , a through-orifice having a closed contour , the orifice being configured to allow said housing shell to be pushed in towards the rear (X) of the vehicle through an opening of said orifice , under the effect of a frontal impact on the housing shell , the technical front panel being characterized in that the opening of the through-orifice has: - an outer opening contour defined by the moulded part , configured to allow the housing shell to be pushed in through the outer opening contour , - an inner opening contour defined by the moulded part , defining an initial contour of the orifice , and defining an opening of restricted passage in relation to the passage opening defined by the outer opening contour , - fusible bearing portions belonging to the moulded part and attached to the outer opening contour and/or to the inner opening contour , the fusible bearing portions being designed to break, thus freeing, at the orifice , a passage opening defined by the outer opening contour . - an outer opening contour defined by the moulded part , configured to allow the housing shell to be pushed in through the outer opening contour , - an inner opening contour defined by the moulded part , defining an initial contour of the orifice , and defining an opening of restricted passage in relation to the passage opening defined by the outer opening contour , - fusible bearing portions belonging to the moulded part and attached to the outer opening contour and/or to the inner opening contour , the fusible bearing portions being designed to break, thus freeing, at the orifice , a passage opening defined by the outer opening contour .
A recombinant polynucleotide encoding an attenuated human subgroup A respiratory syncytial virus (RSV), wherein the recombinant polynucleotide comprises a nucleotide sequence encoding a RSV L protein, wherein the RSV L protein has an amino acid sequence differing by at most one amino acid residue from an amino acid sequence encoded by nucleotides 8387 to 14884 of SEQ ID NO: 1, wherein the nucleotide sequence encoding the RSV L protein is from 75% to 85% identical to nucleotides 8387 to 14884 of SEQ ID NO: 1, wherein the nucleotide sequence encoding the RSV L protein has been codon-pair deoptimized, wherein the codon-pair bias of the nucleotide sequence encoding the RSV L protein has been reduced by at least 0.2 relative to nucleotides 8387 to 14884 of SEQ ID NO: 1, wherein the attenuated human subgroup A RSV replicates at least 100-fold lower than wild-type RSV in the lower respiratory tract of African green monkeys, and wherein the attenuated human subgroup A RSV induces neutralizing antibodies in the African green monkeys. wherein the recombinant polynucleotide comprises a nucleotide sequence encoding a RSV L protein, wherein the RSV L protein has an amino acid sequence differing by at most one amino acid residue from an amino acid sequence encoded by nucleotides 8387 to 14884 of SEQ ID NO: 1, wherein the nucleotide sequence encoding the RSV L protein is from 75% to 85% identical to nucleotides 8387 to 14884 of SEQ ID NO: 1, wherein the nucleotide sequence encoding the RSV L protein has been codon-pair deoptimized, wherein the codon-pair bias of the nucleotide sequence encoding the RSV L protein has been reduced by at least 0.2 relative to nucleotides 8387 to 14884 of SEQ ID NO: 1, wherein the attenuated human subgroup A RSV replicates at least 100-fold lower than wild-type RSV in the lower respiratory tract of African green monkeys, and wherein the attenuated human subgroup A RSV induces neutralizing antibodies in the African green monkeys.
Method of cork stabilization using a greenhouse comprising a command-and-control unit for fan operation and the means of air intake , comprising multiple temperature measuring sensors and multiple humidity measuring sensors arranged in the greenhouse and at least a solar panel for photovoltaic energy production, storage and supply to the system, connected to controllers limiting excess photovoltaic energy wherein it comprises the following steps: a) placing the cork planks with an initial dry basis moisture content between 25% and 50% inside a greenhouse ; b) raising the temperature inside the greenhouse via greenhouse effect to between 50°C and 70°C; c) recirculating air by extraction of humid air using a fan and introduction of air from the outside through a means of air intake ; d) stabilizing the cork inside the greenhouse for a period of 2 to 5 months until the cork reaches a dry basis moisture content of between 4% and 9%. a) placing the cork planks with an initial dry basis moisture content between 25% and 50% inside a greenhouse ; b) raising the temperature inside the greenhouse via greenhouse effect to between 50°C and 70°C; c) recirculating air by extraction of humid air using a fan and introduction of air from the outside through a means of air intake ; d) stabilizing the cork inside the greenhouse for a period of 2 to 5 months until the cork reaches a dry basis moisture content of between 4% and 9%.
Method for obtaining a separation product which contains mostly hydrocarbons having two carbon atoms, using a separation feedstock which contains mostly methane, hydrogen and hydrocarbons having two carbon atoms, the methane content of the separation feedstock being up to 30 % on a molar basis and the separation feedstock being provided in gaseous state, characterized in that - the separation feedstock is partially condensed once at a first pressure level by cooling from a first temperature level of from -20 to -35 °C to a second temperature level of from -75 to -80 °C, obtaining precisely one first liquid fraction and precisely one first gas fraction, - at least a portion of the first gas fraction at the first pressure level is partially condensed once by further cooling to a third temperature level, obtaining precisely one second liquid fraction and precisely one second gas fraction, - at least a portion of the second gas fraction at the first pressure level is subjected to counter-current absorption in counter-current to a mostly methane-containing absorption liquid, obtaining precisely one third liquid fraction and precisely one third gas fraction, - the first, the second and the third liquid fractions are at least partially combined and at least partially subjected to cryogenic rectification at a second pressure level above the first pressure level, obtaining a sump liquid and a top gas, - at least a portion of the top gas at the second pressure level is partially condensed once by further cooling to a fourth temperature level, obtaining a fourth liquid fraction and a fourth gas fraction, and - the absorption liquid containing mostly methane is formed by further cooling of at least a portion of the fourth gas fraction to a fifth temperature level. - the separation feedstock is partially condensed once at a first pressure level by cooling from a first temperature level of from -20 to -35 °C to a second temperature level of from -75 to -80 °C, obtaining precisely one first liquid fraction and precisely one first gas fraction, - at least a portion of the first gas fraction at the first pressure level is partially condensed once by further cooling to a third temperature level, obtaining precisely one second liquid fraction and precisely one second gas fraction, - at least a portion of the second gas fraction at the first pressure level is subjected to counter-current absorption in counter-current to a mostly methane-containing absorption liquid, obtaining precisely one third liquid fraction and precisely one third gas fraction, - the first, the second and the third liquid fractions are at least partially combined and at least partially subjected to cryogenic rectification at a second pressure level above the first pressure level, obtaining a sump liquid and a top gas, - at least a portion of the top gas at the second pressure level is partially condensed once by further cooling to a fourth temperature level, obtaining a fourth liquid fraction and a fourth gas fraction, and - the absorption liquid containing mostly methane is formed by further cooling of at least a portion of the fourth gas fraction to a fifth temperature level.
A device for linearizing non-linear signal transmission characteristics of an optical communication system , said optical communication system comprising an input port , an output port and a non-linearity introducing part between said input port and said output port , which non-linearity introducing part at least partly causes said non-linear signal transmission characteristics, wherein said device is configured for connection between said input port and the non-linearity introducing part , in parallel with the non-linearity introducing part , and comprises a pair of Junction Field Effect Transistors (T1, T2), "JFETs", configured to operate in an anti-parallel configuration by being connected in parallel relative to each other but configured to operate in inverse or opposite directions by being arranged with reversed polarities, wherein the pair of JFETs (T1, T2) are configured to operate in serial relative to each other at a Direct Current, "DC", voltage level and in anti-parallel relative to each other in an operative frequency range above said DC voltage level.
An excreta disposal apparatus customized to a human body, the apparatus comprising: a body comprising a seating unit , which has a shape corresponding to a curved shape of genital area and buttocks of the human body and also has a disposal space open toward the genital area and buttocks of the human body so as to take excreta discharged from the human body, and a main body unit , which is connected to the seating unit so as to be mounted between legs of the human body and has a receiving space therein; and a discharge channel , which is provided in the receiving space and communicates with the disposal space so as to discharge the excreta in the disposal space to the outside, an extension portion extended from the seating unit and configured to contact the buttocks of the human body, characterized in that the extension portion having a recessed groove formed in a position corresponding to a coccyx of human body, wherein the extension portion is configured to be inserted and adhered to a cleft between split parts of the human body's buttocks. a body comprising a seating unit , which has a shape corresponding to a curved shape of genital area and buttocks of the human body and also has a disposal space open toward the genital area and buttocks of the human body so as to take excreta discharged from the human body, and a main body unit , which is connected to the seating unit so as to be mounted between legs of the human body and has a receiving space therein; and a discharge channel , which is provided in the receiving space and communicates with the disposal space so as to discharge the excreta in the disposal space to the outside, an extension portion extended from the seating unit and configured to contact the buttocks of the human body, characterized in that the extension portion having a recessed groove formed in a position corresponding to a coccyx of human body, wherein the extension portion is configured to be inserted and adhered to a cleft between split parts of the human body's buttocks.
A conveyor frame for supporting a conveyor belt traveling between a first end and a second end of the frame, comprising: a plurality of legs ; a first longitudinally-extending rail extending between and connecting a first leg and a second leg; and a second longitudinally-extending rail extending between and connecting a third and a fourth leg, wherein the first and second longitudinally-extending rails form the carryway for the conveyor belt; a lateral leg connector (19; 119; 651) extending between the first leg and the third leg; and a lateral leg connector (19; 119; 651) extending between the second leg and the fourth leg; wherein the first and second longitudinally-extending rails , which also structurally support the frame, have curved ends integral with the respective linear portions that form reversing elements between the carryway and a returnway below the carryway; and curved longitudinally-extending returnway support rails extending from the lateral leg connectors (19; 119; 651) for guiding said conveyor belt in the returnway; characterised in that the curved returnway support rails curve downwards such that, when in use, the curved returnway support rails allow for sagging of the conveyor belt in the returnway; and in that the curved returnway support rails are integral with the lateral leg connectors such that, when in use, the curved returnway support rails accommodate sagging of the conveyor belt in the returnway. a plurality of legs ; a first longitudinally-extending rail extending between and connecting a first leg and a second leg; and a second longitudinally-extending rail extending between and connecting a third and a fourth leg, wherein the first and second longitudinally-extending rails form the carryway for the conveyor belt; a lateral leg connector (19; 119; 651) extending between the first leg and the third leg; and a lateral leg connector (19; 119; 651) extending between the second leg and the fourth leg; wherein the first and second longitudinally-extending rails , which also structurally support the frame, have curved ends integral with the respective linear portions that form reversing elements between the carryway and a returnway below the carryway; and curved longitudinally-extending returnway support rails extending from the lateral leg connectors (19; 119; 651) for guiding said conveyor belt in the returnway; characterised in that the curved returnway support rails curve downwards such that, when in use, the curved returnway support rails allow for sagging of the conveyor belt in the returnway; and in that the curved returnway support rails are integral with the lateral leg connectors such that, when in use, the curved returnway support rails accommodate sagging of the conveyor belt in the returnway.
System comprising a supply line network adapted to transfer a heat transfer medium to at least one heating device , the system further comprising a heat exchanger with a primary side and a secondary side , where the primary side is in fluid communication with said supply line , and where the flow to the primary side is controlled by first flow regulating means comprising a temperature sensor , wherein the temperature sensor is in thermal contact with a first sensor section adapted to receive output fluid from the secondary side , the first temperature section forming part of an extraction line of the secondary side , characterized in that the first sensor section is enclosed inside and in thermal contact with a second sensor section , where the second sensor section forms part of the supply line network and is positioned downstream of the connection of the supply line network to the primary side , so that the heat transferring medium through the supply line can flow around the first sensor section to transfer heat to the temperature sensor .
A plant growth and support module comprising: a. a backing , b. a hydroponic substrate , wherein said hydroponic substrate comprises an array of holes for receiving a plant and/or a growth medium, c. an irrigation layer, wherein said irrigation layer comprises a capillary material, and d. a front , wherein said front is connected to said backing , enclosing the hydroponic substrate and the irrigation layer, said front comprising an array of openings , said array of openings are aligned with the holes of the hydroponic substrate , characterized in that , both the backing and the front comprise glass fibers chosen from the group of alumino-borosilicate glass fibers, alkali-lime glass fibers, alumino-lime silicate glass fibers, borosilicate glass fibers, alumino-silicate glass fibers, or combinations thereof, and which backing and said front are interconnected by means of an infusible stitching . a. a backing , b. a hydroponic substrate , wherein said hydroponic substrate comprises an array of holes for receiving a plant and/or a growth medium, c. an irrigation layer, wherein said irrigation layer comprises a capillary material, and d. a front , wherein said front is connected to said backing , enclosing the hydroponic substrate and the irrigation layer, said front comprising an array of openings , said array of openings are aligned with the holes of the hydroponic substrate , characterized in that , both the backing and the front comprise glass fibers chosen from the group of alumino-borosilicate glass fibers, alkali-lime glass fibers, alumino-lime silicate glass fibers, borosilicate glass fibers, alumino-silicate glass fibers, or combinations thereof, and which backing and said front are interconnected by means of an infusible stitching .