mhurhangee/patent-ind-claim-en huggingface dataset:
A method for increasing a humus content of soil, comprising the steps of - at least partly introducing into the soil above-the-root plant parts of plants rooted in the soil, characterized by - testing a magnesium content of the soil before at least partly introducing the plant parts into the soil, - testing a calcium content of the soil before at least partly introducing the plant parts into the soil, - adjusting a magnesium content of the soil to between 5 wt% and 20 wt%, if a previous magnesium content of the soil deviates therefrom, and - adjusting a calcium content of between 60 wt% and 75wt% in the soil, if a previous calcium content of the soil deviates therefrom. - at least partly introducing into the soil above-the-root plant parts of plants rooted in the soil, characterized by - testing a magnesium content of the soil before at least partly introducing the plant parts into the soil, - testing a calcium content of the soil before at least partly introducing the plant parts into the soil, - adjusting a magnesium content of the soil to between 5 wt% and 20 wt%, if a previous magnesium content of the soil deviates therefrom, and - adjusting a calcium content of between 60 wt% and 75wt% in the soil, if a previous calcium content of the soil deviates therefrom.
A method performed by a registrant that communicates with a network node hosting a service layer, the method comprising: transmitting a discovery request, to the network node, for one or more resources, the discovery request including a parameter that specifies one or more operations that the registrant intends to perform on the discovered resources, wherein the parameter comprises an indication of permission-based filter criteria; and receiving a discovery response from the network node based on the parameter, wherein the discovery response includes a list of identifiers of one or more discovered resources that the registrant has privileges to perform the one or more operations upon at the service layer. transmitting a discovery request, to the network node, for one or more resources, the discovery request including a parameter that specifies one or more operations that the registrant intends to perform on the discovered resources, wherein the parameter comprises an indication of permission-based filter criteria; and receiving a discovery response from the network node based on the parameter, wherein the discovery response includes a list of identifiers of one or more discovered resources that the registrant has privileges to perform the one or more operations upon at the service layer.
A method of distortion correction for use in a charged particle beam system including an illumination system having a built-in aberration corrector which contains a plurality of multipole elements and a transfer lens system disposed between the multipole elements to correct distortion (S100, S204) in a shadow of an aperture of the illumination system, said method comprising the step of: varying excitations of the transfer lens system to correct the distortion in the shadow of the aperture .
An automation control system for wirelessly controlling a safety function of remote machine , the automation control system comprising: a base station being configured to transmit a control signal for controlling the safety function using a first transmit signal of a first safety channel, and to transmit the control signal using a second transmit signal of a second safety channel, the base station being configured to transmit the first transmit signal and the second transmit signal according to a mobile communications technology; and a control receiver being arranged spaced apart from the base station , the control receiver comprising a communication interface being configured to receive the first transmit signal and the second transmit signal , a processor being configured to extract a first received version of the control signal from the first received transmit signal, to extract a second received version of the control signal from the second received transmit signal, and an electrical interface which is connectable with an electrical interface of the machine for controlling the safety function of the machine upon the basis of the first received version of the control signal and the second received version of the control signal. a base station being configured to transmit a control signal for controlling the safety function using a first transmit signal of a first safety channel, and to transmit the control signal using a second transmit signal of a second safety channel, the base station being configured to transmit the first transmit signal and the second transmit signal according to a mobile communications technology; and a control receiver being arranged spaced apart from the base station , the control receiver comprising a communication interface being configured to receive the first transmit signal and the second transmit signal , a processor being configured to extract a first received version of the control signal from the first received transmit signal, to extract a second received version of the control signal from the second received transmit signal, and an electrical interface which is connectable with an electrical interface of the machine for controlling the safety function of the machine upon the basis of the first received version of the control signal and the second received version of the control signal.
Paper comprising: - a fibrous substrate, - a precoat layer comprising a binder and a mixture of platy filler(s) having a shape factor of at least 15 and of finer filler(s), notably non-platy filler(s), the size of the particles of which is, for 80% by weight, less than 2 μm (measured according to the ISO 13317-3 SediGraph method), the dry weight of platy filler(s) being between 3% and 58% of the total dry weight of the precoat layer, the dry weight of finer filler(s) being between 3% and 58% of the total dry weight of the precoat layer, the precoat comprising at least 15 parts when dry of binder relative to the weight of fillers when dry (100 parts), - at least one covering layer applied to the precoat layer, the covering layer comprising a heat-sealable polymer, the paper having a water vapour permeability of at most 150 g/m 2 /24 h and preferably of less than 100 g/m 2 /24 h, measured according to the ASTM F1249 standard under so-called tropical conditions of 38°C and 90% relative humidity, the amount of precoat layer being less than or equal to 12 g/m 2 by dry weight, the weight of the covering layer not exceeding 10 g/m 2 when dry. - a fibrous substrate, - a precoat layer comprising a binder and a mixture of platy filler(s) having a shape factor of at least 15 and of finer filler(s), notably non-platy filler(s), the size of the particles of which is, for 80% by weight, less than 2 μm (measured according to the ISO 13317-3 SediGraph method), the dry weight of platy filler(s) being between 3% and 58% of the total dry weight of the precoat layer, the dry weight of finer filler(s) being between 3% and 58% of the total dry weight of the precoat layer, the precoat comprising at least 15 parts when dry of binder relative to the weight of fillers when dry (100 parts), - at least one covering layer applied to the precoat layer, the covering layer comprising a heat-sealable polymer,
A composition comprising exosomes derived from human placenta-derived adherent cells, wherein said exosomes are CD9 + , CD10 + , CD13 + , CD29 + , CD44 + , CD49b + , CD49c + , CD55 + , CD59 + , CD63 + , CD73 + , CD81 + , CD82 + , CD90 + , CD98 + , CD105 + , CD141 + , CD142 + , CD151 + , CD164 + , CD295 + , or CD200 + .
Process for the thermochemical conversion of a carbon-based feedstock to synthesis gas containing predominantly hydrogen (H 2 ) and carbon monoxide (CO), comprising the following steps: a/ oxycombustion of the carbon-based feedstock to carry out a cogeneration of electricity and of heat; b/ high-temperature electrolysis (HTE) of water using at least the heat produced according to step a/; c/ reverse water gas shift (RWGS) reaction starting from the carbon dioxide (CO 2 ) produced according to step a/ and from the hydrogen (H 2 ) produced according to step b/; d) cleaning of the gas obtained according to step c/ so as to extract hydrogen (H 2 ) and carbon monoxide (CO); e) the carbon monoxide (CO) and the hydrogen (H 2 ) derived from the cleaning according to step d/ are injected as input products of a Fischer Tropsch (FT) synthesis to obtain a liquid fuel; the overhead gas of the FT synthesis according to step e/ being injected as input product of the oxycombustion according to step a/; the carbon-based feedstock being biomass the moisture level of which is less than 50%. a/ oxycombustion of the carbon-based feedstock to carry out a cogeneration of electricity and of heat; b/ high-temperature electrolysis (HTE) of water using at least the heat produced according to step a/; c/ reverse water gas shift (RWGS) reaction starting from the carbon dioxide (CO 2 ) produced according to step a/ and from the hydrogen (H 2 ) produced according to step b/; d) cleaning of the gas obtained according to step c/ so as to extract hydrogen (H 2 ) and carbon monoxide (CO); e) the carbon monoxide (CO) and the hydrogen (H 2 ) derived from the cleaning according to step d/ are injected as input products of a Fischer Tropsch (FT) synthesis to obtain a liquid fuel;
A cross arm , arranged to be applied to an angle tower comprising a tower body , an end of said cross arm being connectable to said tower body , another end of said cross arm pointing away from said tower body being a free end for connecting a conducting wire , wherein: said free end comprises an end connecting member and an elongate member fixed to said end connecting member , said elongate member extending outward from said end connecting member ; said elongate member being arranged to have the conducting wire connected thereto; said free end is provided with a jumper device horizontally arranged on said end connecting member and configured to be hung with a jumper wire ; and said jumper device is a composite post insulator , characterized in that said elongate member being set in a horizontal plane or offset by an angle in the vertical plane, such that in a top view, an angle between the elongate member and a center line of the cross arm is greater than an angle between the conducting wire connected to the elongate member and the center line of the cross arm . said free end comprises an end connecting member and an elongate member fixed to said end connecting member , said elongate member extending outward from said end connecting member ; said elongate member being arranged to have the conducting wire connected thereto; said free end is provided with a jumper device horizontally arranged on said end connecting member and configured to be hung with a jumper wire ; and said jumper device is a composite post insulator , characterized in that said elongate member being set in a horizontal plane or offset by an angle in the vertical plane, such that in a top view, an angle between the elongate member and a center line of the cross arm is greater than an angle between the conducting wire connected to the elongate member and the center line of the cross arm .
A method for use in a network node, the method comprising: the network node receiving data indicating that a wireless transmit/receive unit, WTRU, is operating on a first channel using a radio access technology, RAT; the network node determining, based on the RAT being used by the WTRU, that the WTRU should move to a second channel prior to a quiet period on the first channel; determining a start time for the quiet period based on a radio characteristic of a radio access network on which the WTRU is operating; and the network node sending a command to the WTRU, the command indicating that the WTRU should move to the second channel, and the command being based at least in part on the start time for the quiet period. the network node receiving data indicating that a wireless transmit/receive unit, WTRU, is operating on a first channel using a radio access technology, RAT; the network node determining, based on the RAT being used by the WTRU, that the WTRU should move to a second channel prior to a quiet period on the first channel; determining a start time for the quiet period based on a radio characteristic of a radio access network on which the WTRU is operating; and the network node sending a command to the WTRU, the command indicating that the WTRU should move to the second channel, and the command being based at least in part on the start time for the quiet period.
Method of changing the gauge range of a drawing chain , which comprises chain links, of a caterpillar-track drawing machine comprising a drawing die and a caterpillar track , which is arranged behind the drawing die as seen in a drawing direction and which can draw a workpiece along a drawing line , which is aligned parallel to the drawing direction , through the drawing die under deformation of the workpiece and comprises a drawing chain comprising the chain links, wherein drawing tools each having at least first and second drawing recesses are arranged or formed at the chain links of the drawing chain , wherein the first drawing recesses are intended for a first gauge range and the second drawing recesses are intended for a second gauge range differing from the first gauge range and wherein the first drawing recesses and the second drawing recesses are selectably aligned with respect to the drawing line or to a drawing plane intersecting the drawing line by displacing the respective drawing tools perpendicularly to the drawing line so as to correspondingly change the gauge range between the first and second gauge ranges, wherein the caterpillar track comprises two drawing chains which circulate parallel to the drawing plane , wherein each of the drawing chains is guided around two chainwheels arranged parallel to the drawing plane , wherein drawing tools each having at least two drawing recesses are arranged or formed at the chain links of the second drawing chain , wherein the drawing recesses of the second drawing chain are selectably aligned with respect to the drawing line or to the drawing plane , which intersects the drawing line , together with the respective chain link by displacement of the respective drawing tools perpendicularly to the drawing line so as to correspondingly change the gauge range between the two gauge ranges and wherein the drawing tools are aligned together with the respective chain link, characterised in that the drawing recesses of the second drawing chain differ from the drawing recesses of the first drawing chain or are arranged differently at least perpendicularly to the drawing line , wherein the drawing tools and respective chain links of the second drawing chain are aligned with a directional component which differs from the directional component by which the drawing tools and chain links of the first drawing chain are aligned.
High-pressure auto-thermal system for reforming alcohol and producing hydrogen, comprising (a) an alcohol auto-thermal reforming unit for alcohol auto-thermal reforming and hydrogen production, (b) a hydrogen separation unit, and (c) a boiler unit for combustion of hydrogen and combustible gases, characterized in that - the auto-thermal reforming unit is an adiabatic fixed bed reactor arranged in a cylindrical envelope of metal alloy, the reactor comprising a catalytic bed , an alcohol and steam inlet , an oxygen inlet , a non-return valve arranged in the oxygen inlet , a divergent nozzle with increasing size up to the diameter of the cylindrical envelope , wherein the auto-thermal reforming unit comprises a Venturi type mixing element and a distributor ring which doses the oxygen in the Venturi type mixing element or a lance creating a Venturi throat ; - the boiler unit is an atmospheric water tube boiler with flame combustion where combustible gases are burned comprising internal coils for evaporating and overheating the alcohol/water reactive mixture; - the hydrogen separation unit is a membrane-based hydrogen separation unit; wherein the membranes are hydrogen permeable separation membranes for separating the gas into pure hydrogen and into combustible exhaust gases which are sent to the boiler ; and wherein the membranes are integrated in the auto-thermal reforming unit or positioned between the auto-thermal reforming unit and the boiler unit . - the auto-thermal reforming unit is an adiabatic fixed bed reactor arranged in a cylindrical envelope of metal alloy, the reactor comprising a catalytic bed , an alcohol and steam inlet , an oxygen inlet , a non-return valve arranged in the oxygen inlet , a divergent nozzle with increasing size up to the diameter of the cylindrical envelope , wherein the auto-thermal reforming unit comprises a Venturi type mixing element and a distributor ring which doses the oxygen in the Venturi type mixing element or a lance creating a Venturi throat ; - the boiler unit is an atmospheric water tube boiler with flame combustion where combustible gases are burned comprising internal coils for evaporating and overheating the alcohol/water reactive mixture; - the hydrogen separation unit is a membrane-based hydrogen separation unit; wherein the membranes are hydrogen permeable separation membranes for separating the gas into pure hydrogen and into combustible exhaust gases which are sent to the boiler ; and wherein the membranes are integrated in the auto-thermal reforming unit or positioned between the auto-thermal reforming unit and the boiler unit .
A vehicle power supply system comprising: a battery mounted in a vehicle that uses an engine as a drive source; an alternator that generates electricity by driving of the engine and charges the battery ; a starter motor that is driven by electric power supplied from the battery to start the engine in a stopped state where the alternator is not operating; a DC/DC converter that is disposed on an electric path between an electric load for vehicle control related to control of the vehicle and the battery and converts a voltage of direct current power supplied from the battery to the electric load for vehicle control ; and a detection device that detects a voltage of the battery , wherein in a case where the engine is restarted by using the starter motor from an automatically stopped state where the engine is automatically stopped, the detection device controls the DC/DC converter to start in a case where the voltage of the battery becomes equal to or less than a threshold value during a period from stoppage of the engine to start of the starter motor ; the threshold value is a voltage value that is lower than an output voltage of the operating alternator and characterized in that said threshold value is higher than a voltage of the fully-charged battery a battery mounted in a vehicle that uses an engine as a drive source; an alternator that generates electricity by driving of the engine and charges the battery ; a starter motor that is driven by electric power supplied from the battery to start the engine in a stopped state where the alternator is not operating; a DC/DC converter that is disposed on an electric path between an electric load for vehicle control related to control of the vehicle and the battery and converts a voltage of direct current power supplied from the battery to the electric load for vehicle control ; and a detection device that detects a voltage of the battery , wherein in a case where the engine is restarted by using the starter motor from an automatically stopped state where the engine is automatically stopped, the detection device controls the DC/DC converter to start in a case where the voltage of the battery becomes equal to or less than a threshold value during a period from stoppage of the engine to start of the starter motor ; the threshold value is a voltage value that is lower than an output voltage of the operating alternator and characterized in that said threshold value is higher than a voltage of the fully-charged battery
A heat pump apparatus comprising a cooling circuit and a heating and/or domestic hot water system, wherein the cooling circuit includes an evaporator, a variable speed compressor, a condenser comprising a connection for the heating and/or domestic hot water system, an expansion valve and a power electronics unit (LE) for controlling the compressor speed, the heating and/or domestic hot water system includes a power electronics heat exchanger (WT) for cooling the power electronics unit (LE), the power electronics heat exchanger (WT) includes an inflow channel (WT10), an outflow channel (WT20), and a plurality of connection pipes (WT30) from the inflow channel (WT10) to the outflow channel (WT20), the power electronics unit (LE) is coupled with the connection pipes (WT30) of the power electronics heat exchanger (WT) for cooling, the inflow channel of the power electronics heat exchanger (WT) is coupled to a heating and/or domestic hot water system return (RL), and the outflow channel of the power electronics heat exchanger (WT) is coupled with the condenser connection for the heating and/or domestic hot water system, such that a heat transfer medium flowing through the heating and/or domestic hot water system can flow through the power electronics heat exchanger (WT) and the condenser, and that the heat transfer medium flowing back from the heating and/or domestic hot water system return is used for cooling the power electronics (LE).