mhurhangee/patent-ind-claim-en huggingface dataset:
Method for introducing a borehole into a rock formation by applying a laser beam to the borehole bottom , which laser beam is generated by a laser beam generator located outside the borehole and is supplied by means of suitable aids to a laser drilling head located on the borehole bottom and connected to a drill rod , wherein supplied to the laser drilling head via the drill rod is nitrogen, which is divided into - a partial flow serving as a shield gas flow , which protects the laser beam passing through against obstructive suspended matter, - and a further partial flow serving as a carrier gas flow , which discharges the rock material detached on the borehole bottom out of the borehole via an annular space remaining between the drill rod and borehole wall , characterised in that the laser beam is supplied to the laser drilling head via a laser guide tube , which extends over the length of the drill rod and through the free cross section of which the shield gas flow flows, the nitrogen is supplied to the laser drilling head via the drill rod in a liquid state and is transferred to the gaseous state in the region of the laser drilling head and additionally branched off from the nitrogen supplied is a further partial flow serving as a heating gas flow , which is heated by means of an electric heating device associated with the laser drilling head and is directed against the borehole bottom to which the laser beam is applied. - a partial flow serving as a shield gas flow , which protects the laser beam passing through against obstructive suspended matter, - and a further partial flow serving as a carrier gas flow , which discharges the rock material detached on the borehole bottom out of the borehole via an annular space remaining between the drill rod and borehole wall , the laser beam is supplied to the laser drilling head via a laser guide tube , which extends over the length of the drill rod and through the free cross section of which the shield gas flow flows, the nitrogen is supplied to the laser drilling head via the drill rod in a liquid state and is transferred to the gaseous state in the region of the laser drilling head and additionally branched off from the nitrogen supplied is a further partial flow serving as a heating gas flow , which is heated by means of an electric heating device associated with the laser drilling head and is directed against the borehole bottom to which the laser beam is applied.
Method of treating biomass containing a fibrous structure and polysaccharides, comprising: - subjecting the biomass to extractive treatment in which it is heated in aqueous phase at a pressure below 800 kPa (8 bar) and at a temperature under 160 °C in order to separate the polysaccharides from the biomass; characterized in that - the biomass is impregnated with the extraction water under reduced pressure, of at least 30 kPa (0.3 bar) under pressure, prior to extraction; - the extract is continuously recirculated through the biomass in order to keep the oxygen gas level at a minimum throughout the extraction; - the polysaccharide rich extract is separated from the biomass into an oxygen gas reduced environment as a first fraction; - the fibrous structure of the biomass is recovered as a second fraction; - the extract is reused for the extraction of un-extracted biomass; and - at least one of the fractions is subjected to further treatment - subjecting the biomass to extractive treatment in which it is heated in aqueous phase at a pressure below 800 kPa (8 bar) and at a temperature under 160 °C in order to separate the polysaccharides from the biomass; - the biomass is impregnated with the extraction water under reduced pressure, of at least 30 kPa (0.3 bar) under pressure, prior to extraction; - the extract is continuously recirculated through the biomass in order to keep the oxygen gas level at a minimum throughout the extraction; - the polysaccharide rich extract is separated from the biomass into an oxygen gas reduced environment as a first fraction; - the fibrous structure of the biomass is recovered as a second fraction; - the extract is reused for the extraction of un-extracted biomass; and - at least one of the fractions is subjected to further treatment
A net holder for a basketball net having a closed hoop and a net through which a ball that has passed through the hoop is braked and directed toward the ground and in the hoop an insert ring which is open in one portion is arranged circumferentially , the circumference of the insert ring being able to be made smaller so as to build up tension such that it can be inserted into the inner circumference of the hoop and abuts the inner wall of the hoop when the tension is released, wherein the open portion of the insert ring is angled at its ends such that two pins oriented in the same direction from the plane of the insert ring protrude from said plane and in turn are connected to each other by a crosspiece with a fixed and a releasable bearing for the pins , and the change in circumference of the insert ring can be achieved by moving the pins toward and away from one another, characterized in that for one of the pins in the region of the releasable bearing a snap lock is arranged which can be latched into the crosspiece by means of a tappet to then block the releasable bearing.
A pore-containing composite material consisting of a metal matrix with nanostructured aerogels embedded in the pores, wherein the pores are volume ranges of the composite material that are not filled with metal and have a density within a range of from 0.001 g/cm 3 to 0.1 g/cm 3 .
Wind turbine comprising a pendulum vibration absorber with high axial strength which is capable of absorbing large forces, passing through large angles in a small space and moving freely in all directions without significantly influencing the natural frequency of the plant, where the vibration absorber comprises a pendulum rod , an absorber weight and at least one pendulum ball bearing, which is attached to the upper end of the pendulum rod and has an elastic ball joint with an inner joint head (5.4) and a joint socket (5.5), where the joint head is mounted in the correspondingly dimensioned and shaped joint socket, where the joint head (5.4) and joint socket (5.5) of the elastic ball joint are spherical and the entire spherical surfaces of the joint head (5.4) and of the joint socket (5.5) are covered by at least one elastomer layer (5.1) and are firmly connected to one another by the latter, where the at least one elastomer layer has a thickness of 5 - 20 mm, and the entire spherical surfaces of the joint head (5.4) and joint socket (5.5) covered by the elastomer layer have a partly spherical shape with a wrap angle of 180° to 325°.
A method for remediating a process hollowing intrusion on a user device , the method comprising: detecting a process starting on the user device ; preparing the process to monitor Application Programming Interface (API) calls between the process and an operating system of the user device ; determining whether the process is associated with a process hollowing intrusion based on the API calls and whether a child process is in a suspended state; and executing security policies against the process associated with the process hollowing intrusion . detecting a process starting on the user device ; preparing the process to monitor Application Programming Interface (API) calls between the process and an operating system of the user device ; determining whether the process is associated with a process hollowing intrusion based on the API calls and whether a child process is in a suspended state; and executing security policies against the process associated with the process hollowing intrusion .
Dynamo-electric rotary machine , having a stator which has a winding system which is arranged in slots and forms winding heads on the end sides of the stator , a rotor which is spaced apart from the stator by an air gap and is connected to a shaft for rotation therewith, wherein the shaft is positioned by means of at least one bearing so as to be rotatable about an axis , a can which is located in the air gap and separates an interior space of the stator from the interior space () of the rotor , in order to seal the stator and rotor from each other, wherein the can has, at least in sections, average electrical conductivity lying in the range from 1 S/m to 10 000 S/m in the axial and/or tangential direction, characterized in that the can is electrically conductively incorporated in the earthing system of the dynamo-electric machine , and the shaft is mounted in a floating manner at least on one side. a stator which has a winding system which is arranged in slots and forms winding heads on the end sides of the stator , a rotor which is spaced apart from the stator by an air gap and is connected to a shaft for rotation therewith, wherein the shaft is positioned by means of at least one bearing so as to be rotatable about an axis , a can which is located in the air gap and separates an interior space of the stator from the interior space () of the rotor , in order to seal the stator and rotor from each other, wherein the can has, at least in sections, average electrical conductivity lying in the range from 1 S/m to 10 000 S/m in the axial and/or tangential direction, characterized in that the can is electrically conductively incorporated in the earthing system of the dynamo-electric machine , and the shaft is mounted in a floating manner at least on one side.
A method for producing a low carbon intensity biofuel, the method comprising: a) obtaining oilseed feedstock produced by a method comprising: i. planting a Brassica carinata variety as a second crop in rotation with a first crop or to replace fallow, and implementing land management practices to reduce use of fossil fuel inputs and to maximize capture of atmospheric carbon by plant material of the Brassica carinata variety; ii. harvesting the Brassica carinata variety to obtain grain; iii. returning about 70% to about 90% of all plant material from the Brassica carinata variety, aside from the grain, to the soil; iv. extracting oil from the harvested grain to produce the oilseed feedstock, and b) producing the low carbon intensity biofuel from the oilseed feedstock. a) obtaining oilseed feedstock produced by a method comprising: i. planting a Brassica carinata variety as a second crop in rotation with a first crop or to replace fallow, and implementing land management practices to reduce use of fossil fuel inputs and to maximize capture of atmospheric carbon by plant material of the Brassica carinata variety; ii. harvesting the Brassica carinata variety to obtain grain; iii. returning about 70% to about 90% of all plant material from the Brassica carinata variety, aside from the grain, to the soil; iv. extracting oil from the harvested grain to produce the oilseed feedstock, and i. planting a Brassica carinata variety as a second crop in rotation with a first crop or to replace fallow, and implementing land management practices to reduce use of fossil fuel inputs and to maximize capture of atmospheric carbon by plant material of the Brassica carinata variety; ii. harvesting the Brassica carinata variety to obtain grain; iii. returning about 70% to about 90% of all plant material from the Brassica carinata variety, aside from the grain, to the soil; iv. extracting oil from the harvested grain to produce the oilseed feedstock, and b) producing the low carbon intensity biofuel from the oilseed feedstock.
A wireless local area network scanning method, comprising: receiving , by a first wireless access point, a probe request frame sent by a station, wherein a receiver address in the probe request frame is a broadcast address, a basic service set identifier, BSSID, in the probe request frame is a wildcard BSSID, and a service set identifier, SSID, in the probe request frame is a wildcard SSID; obtaining , by the first wireless access point according to the probe request frame, an SSID associated with the station from a pre-recorded mapping between a station MAC address set and an SSID set according to a MAC address of the station carried in the probe request frame; and if a preset condition is met, rejecting , by the first wireless access point, to reply to the station with a probe response frame corresponding to an SSID different from the SSID associated with the station, and replying to the station with a probe response frame corresponding to a same SSID as the SSID associated with the station; wherein the preset condition comprises the following: that cumulative duration passed since a previous reply with a probe response frame is less than a preset duration threshold. receiving , by a first wireless access point, a probe request frame sent by a station, wherein a receiver address in the probe request frame is a broadcast address, a basic service set identifier, BSSID, in the probe request frame is a wildcard BSSID, and a service set identifier, SSID, in the probe request frame is a wildcard SSID; obtaining , by the first wireless access point according to the probe request frame, an SSID associated with the station from a pre-recorded mapping between a station MAC address set and an SSID set according to a MAC address of the station carried in the probe request frame; and if a preset condition is met, rejecting , by the first wireless access point, to reply to the station with a probe response frame corresponding to an SSID different from the SSID associated with the station, and replying to the station with a probe response frame corresponding to a same SSID as the SSID associated with the station; wherein the preset condition comprises the following: that cumulative duration passed since a previous reply with a probe response frame is less than a preset duration threshold.
An oxidative hair colorant product comprising: a. an oxidative hair colorant composition comprising: i) from 0.1 wt% to 10 wt% by weight of the oxidative hair colorant composition of a free-base of 1,4-diamino-2-methoxymethyl benzene; ii) an alkalizing agent; iii) a solvent; iv) an oxidizing agent; v) a foaming agent; and vi) a salt; and b. a manually-actuable, non-aerosol, foam generation dispenser; wherein the oxidative hair colorant composition has a high shear viscosity of less than 200 mPa·s at 25.0°C and a shear rate of 500 s -1 , and a low shear viscosity of between 10 mPa·s and 500 mPa·s at 25.0°C and a shear rate of 10 s -1 according to the measurement protocol of the description; and wherein the oxidative hair colorant composition comprises from 4 to 25% by weight of a polymeric foam stabilizer as the foaming agent, said polymeric foam stabilizer being selected from the group consisting of an Acrylates/Steareth-20 Methacrylate Copolymer; an Acrylates Copolymer; and mixtures thereof. a. an oxidative hair colorant composition comprising: i) from 0.1 wt% to 10 wt% by weight of the oxidative hair colorant composition of a free-base of 1,4-diamino-2-methoxymethyl benzene; ii) an alkalizing agent; iii) a solvent; iv) an oxidizing agent; v) a foaming agent; and vi) a salt; and i) from 0.1 wt% to 10 wt% by weight of the oxidative hair colorant composition of a free-base of 1,4-diamino-2-methoxymethyl benzene; ii) an alkalizing agent; iii) a solvent; iv) an oxidizing agent; v) a foaming agent; and vi) a salt; and b. a manually-actuable, non-aerosol, foam generation dispenser;
A fused polypeptide that includes one helper epitope derived from the WT1 protein, and two killer epitopes derived from the WT1 protein, wherein the fused polypeptide includes a total of 3 of helper epitope and killer epitopes per molecule of the fused polypeptide, the amino acid sequence of the helper epitope is selected from the amino acid sequences as set forth in SEQ ID NOs: 3 to 5, 7, 11 to 39, the amino acid sequences of the killer epitopes are selected from the amino acid sequences as set forth in SEQ ID NOs: 40, 42, 43 and 44 and the helper epitope and the killer epitopes are linked to each other through a glycine linker comprising 5 glycine residues.
A cell construct for cell transplantation comprising biocompatible polymer blocks that do not contain glutaraldehyde and at least one type of cells, wherein a plurality of biocompatible polymer blocks are disposed in gaps among a plurality of cells, and wherein the biocompatible polymer blocks have a tap density of 10 mg/cm 3 or more and 500 mg/cm 3 or less, or the value of the square root of the cross-sectional area / boundary length in the two-dimensional sectional image of the polymer block is 0.01 or more and 0.13 or less, wherein the size of one biocompatible polymer block is 20 μm or more and 200 μm or less.
A tyrosine kinase inhibitor, selected from nintedanib and pharmaceutically acceptable salts thereof, for use in a method for the treatment of one or more interstitial lung diseases in a patient in need thereof by coadministration with a β2-adrenoceptor agonist, selected from olodaterol and pharmaceutically acceptable salts thereof.
A method for detecting a glitch (30, 38, 39; 41, 42) in supply voltage (VCC) provided to a monolithic integrated circuit device (100; 200) having various modes of operation and comprising a plurality of functional circuits (101 - 112) configured to operate respectively at the various modes of operation, the method comprising: operating the device (100; 200) in a first mode of operation selected from the modes of operation; configuring , by means of a supply voltage threshold detection circuit (50; 103) of the device (100; 200) and in response to the first mode operating step, a configurable detection threshold (LVCC, HVCC) as one of a plurality of detection thresholds respectively associated with one or more of the modes of operation, in accordance with the first mode of operation, wherein the supply voltage threshold detection circuit (50; 103) configures the configurable detection threshold (LVCC, HVCC) in response to a control signal provided by a control logic of the device (100; 200), the control signal indicative of a currently active one of the various modes of operation; and monitoring , by means of the supply voltage threshold detection circuit (50; 103), the supply voltage (VCC) for a glitch (39; 41, 42) that violates the configurable detection threshold (LVCC, HVCC) as configured in the configurable detection threshold configuring step . operating the device (100; 200) in a first mode of operation selected from the modes of operation; configuring , by means of a supply voltage threshold detection circuit (50; 103) of the device (100; 200) and in response to the first mode operating step, a configurable detection threshold (LVCC, HVCC) as one of a plurality of detection thresholds respectively associated with one or more of the modes of operation, in accordance with the first mode of operation, wherein the supply voltage threshold detection circuit (50; 103) configures the configurable detection threshold (LVCC, HVCC) in response to a control signal provided by a control logic of the device (100; 200), the control signal indicative of a currently active one of the various modes of operation; and monitoring , by means of the supply voltage threshold detection circuit (50; 103), the supply voltage (VCC) for a glitch (39; 41, 42) that violates the configurable detection threshold (LVCC, HVCC) as configured in the configurable detection threshold configuring step .
An electronic device with antenna, comprising: a display screen , comprising a display panel and a touch-control panel ; a metal frame surrounding a side edge (S1) of the display screen , wherein at least a part of the metal frame is configured as antenna radiator; and a connecting component disposed between the side edge (S1) of the display screen and a top end of the metal frame , wherein the connecting component comprises insulating material; wherein there is an overlap of height (H1) between the side edge (S1) of the display screen and the metal frame along an axis perpendicular to an upper surface of the display screen ; wherein a height of the connecting component along the axis perpendicular to an upper surface of the display screen is larger than a first predetermined value, and the height (H1) of the overlap is less than a second predetermined value, such that the influence of the display screen on performance of the metal frame configured as the antenna radiator is reduced or eliminated. a display screen , comprising a display panel and a touch-control panel ; a metal frame surrounding a side edge (S1) of the display screen , wherein at least a part of the metal frame is configured as antenna radiator; and a connecting component disposed between the side edge (S1) of the display screen and a top end of the metal frame , wherein the connecting component comprises insulating material; wherein there is an overlap of height (H1) between the side edge (S1) of the display screen and the metal frame along an axis perpendicular to an upper surface of the display screen ; wherein a height of the connecting component along the axis perpendicular to an upper surface of the display screen is larger than a first predetermined value, and the height (H1) of the overlap is less than a second predetermined value, such that the influence of the display screen on performance of the metal frame configured as the antenna radiator is reduced or eliminated.
An information issuing method, comprising: Configuring , by an access network device , path information for a terminal , a Radio Resource Control, RRC, connection being established between the access network device and the terminal, the path information being used for indicating a sending path of uplink data, and the sending path comprising a mobile communication link or a Wireless Local Area Network, WLAN, link; and issuing, by the access network device, the path information to the terminal, the terminal being configured to determine a target sending path of uplink data according to the path information, and send the uplink data to the access network device according to the target sending path; characterised in that : a data type of the path information is boolean; and when a value of the path information is true, the target sending path is the mobile communication link; and when the value of the path information is false, the target sending path is the WLAN link; or when a value of the path information is true, the target sending path is the WLAN link; and when the value of the path information is false, the target sending path is the mobile communication link. Configuring , by an access network device , path information for a terminal , a Radio Resource Control, RRC, connection being established between the access network device and the terminal, the path information being used for indicating a sending path of uplink data, and the sending path comprising a mobile communication link or a Wireless Local Area Network, WLAN, link; and issuing, by the access network device, the path information to the terminal, the terminal being configured to determine a target sending path of uplink data according to the path information, and send the uplink data to the access network device according to the target sending path; characterised in that : a data type of the path information is boolean; and when a value of the path information is true, the target sending path is the mobile communication link; and when the value of the path information is false, the target sending path is the WLAN link; or when a value of the path information is true, the target sending path is the WLAN link; and when the value of the path information is false, the target sending path is the mobile communication link. a data type of the path information is boolean; and when a value of the path information is true, the target sending path is the mobile communication link; and when the value of the path information is false, the target sending path is the WLAN link; or when a value of the path information is true, the target sending path is the WLAN link; and when the value of the path information is false, the target sending path is the mobile communication link.