mhurhangee/patent-ind-claim-en huggingface dataset:
A method in a base station of a communication system comprising a transport network interconnecting the base station with at least a gateway node , the communication system further comprising one or more user equipment , the method comprising: - obtaining transport network congestion information, and - adjusting , based on the transport network congestion information, a radio resource utilization parameter for at least one of the one or more user equipment , wherein the radio resource utilization parameter comprises a ratio of an actual number of used radio resources for the at least one user equipment connected to the base station in a predefined block of radio resources and the number of radio resources of the predefined block, and wherein the adjusting of the radio resource utilization parameter comprises: - comparing the radio resource utilization parameter with a latest measured radio resource utilization parameter, and - decreasing the radio resource utilization parameter if the latest measured radio resource utilization parameter is below a threshold value and increasing the radio resource utilization parameter if the latest measured radio resource utilization parameter is above the threshold value. - obtaining transport network congestion information, and - adjusting , based on the transport network congestion information, a radio resource utilization parameter for at least one of the one or more user equipment , wherein the radio resource utilization parameter comprises a ratio of an actual number of used radio resources for the at least one user equipment connected to the base station in a predefined block of radio resources and the number of radio resources of the predefined block, and wherein the adjusting of the radio resource utilization parameter comprises: - comparing the radio resource utilization parameter with a latest measured radio resource utilization parameter, and - decreasing the radio resource utilization parameter if the latest measured radio resource utilization parameter is below a threshold value and increasing the radio resource utilization parameter if the latest measured radio resource utilization parameter is above the threshold value. - comparing the radio resource utilization parameter with a latest measured radio resource utilization parameter, and - decreasing the radio resource utilization parameter if the latest measured radio resource utilization parameter is below a threshold value and increasing the radio resource utilization parameter if the latest measured radio resource utilization parameter is above the threshold value.
A motion simulating apparatus comprising: a support base ; a coupling part , pivotally connected to the support base about a first pivot axis ; an occupant platform adapted to carry one or more occupants, the occupant platform being disposed above the support base and pivotally connected to the coupling part about a second pivot axis , the first pivot axis being substantially orthogonal to the second pivot axis ; and an actuating system connected with the occupant platform , the actuating system being operable to cause the occupant platform to rotate about the first pivot axis and the second pivot axis , characterised in that the first pivot axis is located at an underside of the second pivot axis . a support base ; a coupling part , pivotally connected to the support base about a first pivot axis ; an occupant platform adapted to carry one or more occupants, the occupant platform being disposed above the support base and pivotally connected to the coupling part about a second pivot axis , the first pivot axis being substantially orthogonal to the second pivot axis ; and an actuating system connected with the occupant platform , the actuating system being operable to cause the occupant platform to rotate about the first pivot axis and the second pivot axis , characterised in that the first pivot axis is located at an underside of the second pivot axis .
A method comprising: (a) performing genomic analysis and epigenetic analysis of cell-free DNA from spatially distinct cancer cells from a subject, wherein (i) the genomic analysis is performed using DNA sequencing, and (ii) the cell-free DNA is from a bodily fluid sample of the subject; (b) identifying and quantifying biomolecular variants in the cell-free DNA; (c) developing a profile of tumor heterogeneity in the subject indicating the presence and relative quantity of a plurality of the variants in the cell-free DNA, wherein different relative quantities indicates tumor heterogeneity; and (d) determining a therapeutic intervention for a cancer exhibiting the tumor heterogeneity, wherein the therapeutic intervention is effective against a cancer having the profile of tumor heterogeneity determined and includes a combination therapy comprising a first drug effective against a first tumor type and a second drug effective against a second tumor type. (a) performing genomic analysis and epigenetic analysis of cell-free DNA from spatially distinct cancer cells from a subject, wherein (i) the genomic analysis is performed using DNA sequencing, and (ii) the cell-free DNA is from a bodily fluid sample of the subject; (i) the genomic analysis is performed using DNA sequencing, and (ii) the cell-free DNA is from a bodily fluid sample of the subject; (b) identifying and quantifying biomolecular variants in the cell-free DNA; (c) developing a profile of tumor heterogeneity in the subject indicating the presence and relative quantity of a plurality of the variants in the cell-free DNA, wherein different relative quantities indicates tumor heterogeneity; and (d) determining a therapeutic intervention for a cancer exhibiting the tumor heterogeneity, wherein the therapeutic intervention is effective against a cancer having the profile of tumor heterogeneity determined and includes a combination therapy comprising a first drug effective against a first tumor type and a second drug effective against a second tumor type.
A fixing device for fixing an image on a recording material by heating the recording material where the image is formed, comprising: an electroconductive layer in the form of a cylindrical rotary member; a coil configured to have a spiral shape so that a spiral axis of the coil extends along a generatrix direction of the electroconductive layer , the coil being disposed inside the electroconductive layer; and a magnetic core disposed inside the coil , wherein the core has a shape which does not form a loop outside the electroconductive layer, wherein a magnetic field is formed by a current flowing in the coil, and the magnetic core induces magnetic force lines of the magnetic field, characterized in that the magnetic resistance of the magnetic core is, with an area from one end to the other end of the maximum passage region of the image on a recording material in the generatrix direction, equal to or smaller than 30% of combined magnetic resistance made up of magnetic resistance of the electroconductive layer and magnetic resistance of a region between the electroconductive layer and the magnetic core, and the electroconductive layer generates heat mainly by a current, which is induced by the magnetic field, flowing in the electroconductive layer in a circumference direction of the electroconductive layer. an electroconductive layer in the form of a cylindrical rotary member; a coil configured to have a spiral shape so that a spiral axis of the coil extends along a generatrix direction of the electroconductive layer , the coil being disposed inside the electroconductive layer; and a magnetic core disposed inside the coil , wherein the core has a shape which does not form a loop outside the electroconductive layer, wherein a magnetic field is formed by a current flowing in the coil, and the magnetic core induces magnetic force lines of the magnetic field, characterized in that the magnetic resistance of the magnetic core is, with an area from one end to the other end of the maximum passage region of the image on a recording material in the generatrix direction, equal to or smaller than 30% of combined magnetic resistance made up of magnetic resistance of the electroconductive layer and magnetic resistance of a region between the electroconductive layer and the magnetic core, and the electroconductive layer generates heat mainly by a current, which is induced by the magnetic field, flowing in the electroconductive layer in a circumference direction of the electroconductive layer.
A micro coil comprising: a micro coil body having heat resistance sufficient to keep the micro coil body from thermal decomposition and melting in a high-temperature environment, wherein the high-temperature environment has a temperature of equal to or higher than 500°C; and a coating layer provided on a surface of the micro coil body , the coating layer having the heat resistance, and maintaining electrical conductivity under the high-temperature environment and an oxidizing atmosphere, the coating layer consisting of a first electrically-conductive layer formed on the surface of the micro coil body and one or more protective heat-resistant layers serving to protect the first layer and laminated on the first layer; wherein the coating layer has a helical shape that causes induced current to be produced according to a magnetic-field component of radio waves, when the micro coil receives the radio waves. a micro coil body having heat resistance sufficient to keep the micro coil body from thermal decomposition and melting in a high-temperature environment, wherein the high-temperature environment has a temperature of equal to or higher than 500°C; and a coating layer provided on a surface of the micro coil body , the coating layer having the heat resistance, and maintaining electrical conductivity under the high-temperature environment and an oxidizing atmosphere, the coating layer consisting of a first electrically-conductive layer formed on the surface of the micro coil body and one or more protective heat-resistant layers serving to protect the first layer and laminated on the first layer; wherein the coating layer has a helical shape that causes induced current to be produced according to a magnetic-field component of radio waves, when the micro coil receives the radio waves.
A composition suitable for preventing and/or treating an E. coli-based infection in an animal wherein said composition comprises a Bacillus -based direct-fed microbial component comprising Bacillus subtilis strain 3BP5 (NRRL B-50510); Bacillus amyloliquefaciens strains 918 (NRRL B-50508), and 15AP4 (PTA-6507) either alone or in combination with a culture supernatant derived from these strains.
A drive module selectively detachable from flotation tanks of a flotation plant, wherein the drive module is a self-supporting structure being transferable and hoistable as an integral entity, the drive module comprising - a self-supporting framework having a shape of a rectangular parallelepiped, the self-supporting framework defining an inner space within the self-supporting framework, characterized in that the drive module further comprises - at least two drive units , the at least two drive units being supported to the self-supporting framework in the inner space of the self-supporting framework, each of the at least two drive units including a drive shaft having a connection flange supported thereon, wherein the connection flange of each of the at least two drive units are connectable to an external rotatable shaft for the rotation of the rotatable shaft , the rotatable shaft being located outside the drive module , wherein the drive unit comprises a motor , and a reduction gear connected to the motor , the motor comprising an output shaft , the output shaft being connected to the reduction gear , and wherein the drive unit furhter comprises a drive shaft , said drive shaft being connectable to the reduction gear and to the external rotatable rotor shaft . - a self-supporting framework having a shape of a rectangular parallelepiped, the self-supporting framework defining an inner space within the self-supporting framework, characterized in that the drive module further comprises - at least two drive units , the at least two drive units being supported to the self-supporting framework in the inner space of the self-supporting framework, each of the at least two drive units including a drive shaft having a connection flange supported thereon, wherein the connection flange of each of the at least two drive units are connectable to an external rotatable shaft for the rotation of the rotatable shaft , the rotatable shaft being located outside the drive module , wherein a motor , and a reduction gear connected to the motor , the motor comprising an output shaft , the output shaft being connected to the reduction gear , and wherein the drive unit furhter comprises a drive shaft , said drive shaft being connectable to the reduction gear and to the external rotatable rotor shaft .
Energy storage device with a horizontally arranged flywheel , in which - the flywheel comprises a mass ring made of concrete and which is at least partially embedded in the soil , - the mass ring comprises a steel shell into which the concrete has been filled, characterized in that - the mass ring is mounted on steel wheels , - the steel wheels are running on rails which are arranged at the bottom of the steel shell and - motors for driving the flywheel and generators for decelerating the flywheel are arranged at the steel wheels . - the flywheel comprises a mass ring made of concrete and which is at least partially embedded in the soil , - the mass ring comprises a steel shell into which the concrete has been filled, characterized in that - the mass ring is mounted on steel wheels , - the steel wheels are running on rails which are arranged at the bottom of the steel shell and - motors for driving the flywheel and generators for decelerating the flywheel are arranged at the steel wheels .
A method for determining at least one fuel consumption domain for an aircraft , the method being implemented by an electronic determining device and comprising the following step: - acquiring a flight envelope of the aircraft , the flight envelope being a function of the altitude (ALT) and a propulsion property (PROP) of the aircraft , characterized in that it further comprises, for at least one respective flight phase, the following steps: - calculating a fuel consumption limiting curve as a function of the altitude (ALT) and the propulsion property (PROP), the consumption limiting curve corresponding to an average consumption provided for said flight phase, - determining , from the flight envelope and the consumption limiting curve , a fuel consumption domain as a function of the altitude (ALT) and the propulsion property (PROP), the fuel consumption domain including a first consumption subdomain below the anticipated consumption for said flight phase and a second consumption subdomain above said anticipated consumption, the first and second consumption subdomains being separated by the consumption limit curve , a symbol representative of an instantaneous consumption of the aircraft being further determined, to be displayed on the fuel consumption domain , and - displaying , on a display screen , the fuel consumption domain determined for said flight phase. - acquiring a flight envelope of the aircraft , the flight envelope being a function of the altitude (ALT) and a propulsion property (PROP) of the aircraft , - calculating a fuel consumption limiting curve as a function of the altitude (ALT) and the propulsion property (PROP), the consumption limiting curve corresponding to an average consumption provided for said flight phase, - determining , from the flight envelope and the consumption limiting curve , a fuel consumption domain as a function of the altitude (ALT) and the propulsion property (PROP), the fuel consumption domain including a first consumption subdomain below the anticipated consumption for said flight phase and a second consumption subdomain above said anticipated consumption, the first and second consumption subdomains being separated by the consumption limit curve , a symbol representative of an instantaneous consumption of the aircraft being further determined, to be displayed on the fuel consumption domain , and - displaying , on a display screen , the fuel consumption domain determined for said flight phase.
A method for measuring material properties of a test sample and subsequently cooling the test sample using a device for controlling the temperature of a test sample in a measuring unit for measuring material properties of the test sample, comprising a measuring cell for receiving the test sample, at least one temperature controlling element , and a thermal storage element coupled to the temperature controlling element to transfer heat, wherein means are provided for changing the thermal resistance between the thermal storage element and the measuring cell in order to selectively couple or decouple the thermal storage element and the measuring cell in terms of heat transfer, wherein the ratio of the thermal capacity of the thermal storage element to the thermal capacity of the measuring cell is at least 2:1, preferably at least 5:1, comprising the steps of a) measuring the material properties of the test sample at a measuring temperature; b) before and/or during step a): cooling the thermal storage element in the state decoupled from the measuring cell in terms of heat transfer, by using the temperature controlling element ; c) after steps a) and b): reducing the thermal resistance between the thermal storage element and the measuring cell in order to couple the thermal storage element and the measuring cell to transfer heat; d) continuously transferring heat from the measuring cell to the thermal storage element , whereby the test sample is cooled from the measuring temperature to a temperature suitable for removing the test sample; and e) removing the test sample. a) measuring the material properties of the test sample at a measuring temperature; b) before and/or during step a): cooling the thermal storage element in the state decoupled from the measuring cell in terms of heat transfer, by using the temperature controlling element ; c) after steps a) and b): reducing the thermal resistance between the thermal storage element and the measuring cell in order to couple the thermal storage element and the measuring cell to transfer heat; d) continuously transferring heat from the measuring cell to the thermal storage element , whereby the test sample is cooled from the measuring temperature to a temperature suitable for removing the test sample; and e) removing the test sample.
Brake disc for a bicycle comprising: - a first component having a braking track configured to cooperate with brake pads and a plurality of first connection portions that extend towards the inside and that comprise respective first connection areas ; - a second component having (i) a radially inner annular coupling portion for coupling with a hub of a wheel of the bicycle and (ii) a plurality of second connection portions , in a number corresponding to said plurality of said first connection portions , the second connection portions extending outwards from the radially inner annular coupling portion towards said first component and comprising respective second connection areas ; - connecting members active between the first connection areas and the corresponding second connection areas ; said second connection portions comprising at least one respective pair of arms that extend between the respective second connection area and the radially inner annular coupling portion , said pair of arms defining a through opening between them; characterized in that each second connection portion comprises said pair of arms and a reinforcing arm having an arrangement substantially parallel to that of the first connection portion of said first component with which the second connection portion of the second component is associated, each second connection portion extending from the second connection area and reaches another second connection portion that is arranged circumferentially adjacent to said second connection portion . - a first component having a braking track configured to cooperate with brake pads and a plurality of first connection portions that extend towards the inside and that comprise respective first connection areas ; - a second component having (i) a radially inner annular coupling portion for coupling with a hub of a wheel of the bicycle and (ii) a plurality of second connection portions , in a number corresponding to said plurality of said first connection portions , the second connection portions extending outwards from the radially inner annular coupling portion towards said first component and comprising respective second connection areas ; - connecting members active between the first connection areas and the corresponding second connection areas ;
Anti-skid device for the tyre of a motor vehicle, comprising a contractible inner support which, when the anti-skid device is assembled, is arranged on the inner face of the tyre that faces the motor vehicle, comprising an outer support which, when the anti-skid device is assembled, is arranged on the outer face of the tyre that faces away from the motor vehicle, comprising a traction portion , which is attached to the inner support and the outer support and rests on a tread of the tyre when the anti-skid device is assembled, and comprising pulling means for contracting the inner support , which pulling means extends from the inner support , over the tread , to the outer support when the anti-skid device is mounted, the outer support having an annular or disc-shaped support body which carries at least one automatic tensioning device for the pulling means and the inner support having at least one pulling means guide , by which the pulling means is deflected, characterised in that the pulling means guide is arranged on at least one end of a contractible frame of the inner support .
Slip ring assembly comprising a slip-ring module , a slip-ring brush block and a wear indication circuit , the slip-ring module having a plurality of sliding tracks , the slip-ring brush block having a plurality of sliding brushes sliding on the tracks, wherein at least one sliding track is a wear indication track electrically connected to the wear indication circuit , characterized in, that the at least one wear indication track is configured to have a shorter lifetime than the remaining tracks and/or the wear indication brush sliding thereon is configured to have a shorter lifetime than the remaining brushes. brush block and a wear indication circuit , the slip-ring module having a plurality of sliding tracks , the slip-ring brush block having a plurality of sliding brushes sliding on the tracks, wherein at least one sliding track is a wear indication track electrically connected to the wear indication circuit , characterized in, that the at least one wear indication track is configured to have a shorter lifetime than the remaining tracks and/or the wear indication brush sliding thereon is configured to have a shorter lifetime than the remaining brushes.