mhurhangee/patent-ind-claim-en huggingface dataset:
A method for providing a data loss prevention, DLP, policy on an email system on a single policy directive basis for sharing a set of single policy definition in multiple policy enforcement points with an appropriate action for each of the plurality of policy enforcement points, said email system comprising said multiple of policy enforcement points comprising an email server and a set of email clients , said email clients in communication with said email server, said DLP policy comprising a set of modules, the steps of said method comprising: defining the set of single policy definitions, said single policy definition comprising a generic policy directive and an associate action; disseminating said set of single policy definitions to the multiple of policy enforcement points, wherein each of the multiple of policy enforcement points comprises a translation/mapping system which understands the generic policy directive and transforms the generic policy directive to a directive in a contextually understood format by the respective policy enforcement point; processing an email with said email system, said email authored by a user, wherein each of the policy enforcement points is adapted to evaluate the single policy definition and to apply the directives in a manner consistent with a contextual evaluation and enforcement of the single policy; and if one of the single policy directive is triggered, applying an action associated with said single policy action. defining the set of single policy definitions, said single policy definition comprising a generic policy directive and an associate action; disseminating said set of single policy definitions to the multiple of policy enforcement points, wherein each of the multiple of policy enforcement points comprises a translation/mapping system which understands the generic policy directive and transforms the generic policy directive to a directive in a contextually understood format by the respective policy enforcement point; processing an email with said email system, said email authored by a user, wherein each of the policy enforcement points is adapted to evaluate the single policy definition and to apply the directives in a manner consistent with a contextual evaluation and enforcement of the single policy; and if one of the single policy directive is triggered, applying an action associated with said single policy action.
A method of filling an initially air-filled annulus of a pipe-in-pipe section with a noble gas, comprising: pressurising the air-filled annulus to an elevated pressure; flushing the pressurised annulus with the noble gas; and after flushing with the noble gas, reducing the pressure in the annulus . pressurising the air-filled annulus to an elevated pressure; flushing the pressurised annulus with the noble gas; and
A medical device comprising a coating for ultrasound detection, said coating comprising microparticles that are visible with ultrasound, wherein the microparticles are solid, and wherein the diameter of at least 60% of said microparticles on said medical device is between 10 and 45 μm and wherein the density of said microparticles on the surface of said medical device is between 45 and 450 particles/mm 2 .
An engine with a mechanical supercharger, comprising: an engine body provided with a camshaft and an injector ; and a fuel pump configured to regulate a pressure of fuel injected from the injector ; characterized by a variable valve mechanism mounted on the camshaft and configured to change a rotational phase of the camshaft ; and a mechanical supercharger driven by the engine , both the fuel pump and the mechanical supercharger being driven by power transmitted from an engine output shaft of the engine , the power being transmitted to the fuel pump via a first drive mechanism and the power being transmitted to the mechanical supercharger via a second drive mechanism whose system is different from a system of the first drive mechanism , wherein the first drive mechanism and the fuel pump are drive-coupled to each other on one end side of the engine output shaft , and the second drive mechanism and the mechanical supercharger are drive-coupled to each other on the other end side of the engine output shaft , the fuel pump is configured to set the pressure of the fuel to be 40 MPa or more, a geometric compression ratio of the engine is 15 or more, the injector is configured to inject fuel containing at least gasoline directly into a cylinder of the engine , the engine can perform compression ignition combustion, and the first drive mechanism includes a first chain mechanism for driving the fuel pump and a second chain mechanism for driving the camshaft . a variable valve mechanism mounted on the camshaft and configured to change a rotational phase of the camshaft ; and a mechanical supercharger driven by the engine , both the fuel pump and the mechanical supercharger being driven by power transmitted from an engine output shaft of the engine , the power being transmitted to the fuel pump via a first drive mechanism and the power being transmitted to the mechanical supercharger via a second drive mechanism whose system is different from a system of the first drive mechanism , wherein the first drive mechanism and the fuel pump are drive-coupled to each other on one end side of the engine output shaft , and the second drive mechanism and the mechanical supercharger are drive-coupled to each other on the other end side of the engine output shaft , the fuel pump is configured to set the pressure of the fuel to be 40 MPa or more, a geometric compression ratio of the engine is 15 or more, the injector is configured to inject fuel containing at least gasoline directly into a cylinder of the engine , the engine can perform compression ignition combustion, and the first drive mechanism includes a first chain mechanism for driving the fuel pump and a second chain mechanism for driving the camshaft .
A method for wirelessly transferring power, comprising: detecting one or more non-compliant devices positioned within a charging region of a wireless power transmitter ; and limiting, after detecting the one or more non-compliant devices , an amount of power delivered to at least one of the one or more non-compliant devices by reducing a load impedance of each compliant device positioned within the charging region. detecting one or more non-compliant devices positioned within a charging region of a wireless power transmitter ; and limiting, after detecting the one or more non-compliant devices , an amount of power delivered to at least one of the one or more non-compliant devices by reducing a load impedance of each compliant device positioned within the charging region.
A method, performed by an apparatus, comprising: processing a stream of bits to provide processed bits ; and transmitting the processed bits to a station, in the following also referred to as STA, over a combination of multiple resource units, in the following also referred to as RUs, assigned to the STA , wherein the processing of the stream of bits comprises: parsing the stream of bits to the combination of multiple RUs in a proportional round-robin fashion ; wherein the combination of multiple RUs comprises at least one smaller RU and at least two larger RUs with each of the at least two larger RUs having more tones than the at least one smaller RU; and the processing of the stream of bits further comprises: in an event of leftover bits remaining from the parsing in the proportional round-robin fashion, distributing the leftover bits to one or more RUs but not all RUs of the combination of multiple RUs ; wherein the distributing of the leftover bits to one or more RUs but not all RUs of the combination of multiple RUs comprises distributing the leftover bits to the at least two larger RUs; wherein the distributing of the leftover bits to the at least two larger RUs comprises proportionally distributing the leftover bits over last predefined number of tones on each of the at least two larger RUs; and wherein the proportionally distributing of the leftover bits over last predefined number of tones on each of the at least two larger RUs comprises proportionally distributing the leftover bits over last 44 tones on each of the at least two larger RUs. processing a stream of bits to provide processed bits ; and transmitting the processed bits to a station, in the following also referred to as STA, over a combination of multiple resource units, in the following also referred to as RUs, assigned to the STA , wherein the processing of the stream of bits comprises: parsing the stream of bits to the combination of multiple RUs in a proportional round-robin fashion ; wherein the combination of multiple RUs comprises at least one smaller RU and at least two larger RUs with each of the at least two larger RUs having more tones than the at least one smaller RU; and the processing of the stream of bits further comprises: in an event of leftover bits remaining from the parsing in the proportional round-robin fashion, distributing the leftover bits to one or more RUs but not all RUs of the combination of multiple RUs ; wherein the distributing of the leftover bits to one or more RUs but not all RUs of the combination of multiple RUs comprises distributing the leftover bits to the at least two larger RUs; wherein the distributing of the leftover bits to the at least two larger RUs comprises proportionally distributing the leftover bits over last predefined number of tones on each of the at least two larger RUs; and wherein the proportionally distributing of the leftover bits over last predefined number of tones on each of the at least two larger RUs comprises proportionally distributing the leftover bits over last 44 tones on each of the at least two larger RUs.
A control box comprising: a case providing an inner accommodation space, the case having an opening formed in an upper surface thereof; a first plate supported by a lower surface of the case; a second plate located on the first plate, the second plate being spaced apart from the first plate; a third plate located on the second plate, the third plate being spaced apart from the second plate; a rotary plate covering the opening, the rotary plate being rotatably mounted to the third plate; and a transceiver located inside the case, the transceiver being coupled to the rotary plate. a case providing an inner accommodation space, the case having an opening formed in an upper surface thereof; a first plate supported by a lower surface of the case; a second plate located on the first plate, the second plate being spaced apart from the first plate; a third plate located on the second plate, the third plate being spaced apart from the second plate; a rotary plate covering the opening, the rotary plate being rotatably mounted to the third plate; and a transceiver located inside the case, the transceiver being coupled to the rotary plate.
A detergent composition comprising: (i) from 1 to 60 wt.%, preferably from 2 to 50 wt.%, more preferably from 4 to 50 wt.% of surfactant; (ii) from 0.0005 to 1 wt.%, preferably from 0.005 to 0.6 wt.% of a protease enzyme having at least 90% sequence identity to SEQ ID NO: 1. (i) from 1 to 60 wt.%, preferably from 2 to 50 wt.%, more preferably from 4 to 50 wt.% of surfactant; (ii) from 0.0005 to 1 wt.%, preferably from 0.005 to 0.6 wt.% of a protease enzyme having at least 90% sequence identity to SEQ ID NO: 1.
Accessory device for a low or medium voltage switching device comprising an outer housing , first electrical connection means of the socket/plug type adapted to electrically connect said accessory device with an auxiliary power line feeding electronic components of an electric power distribution grid, first mechanical connection means including first coupling portions of said housing adapted to mechanically connect with corresponding mechanical coupling portions of mechanical support components of said switching device characterised in that it comprises a power line communication unit electrically connectable with said auxiliary power line through said first electrical connection means and capable of communicating with outer electronic equipment electrically connected with said auxiliary power line by transmitting and receiving communication signals (S) along said auxiliary power line, said communication signals being AC signals of analog type travelling at high frequencies and overlapped with feeding voltages and currents provided by said auxiliary power line.
A method for operating an information system of a vehicle, in which - a processor sub-system of a system on a chip of an information system of a vehicle executes a system partition of the system on a chip and a vehicle infotainment partition of the system on a chip; - a functional system of the system partition produces a graphical operating element and locates it in a front composition plane of a main compositor of the information system , which front composition plane is at the front relative to a sight line of a user of the vehicle; - a touch-sensitive display screen of the information system , which display screen is functionally connected to the system on a chip and is arranged centrally in the vehicle, displays a display content which is provided by the main compositor and comprises the graphical operating element ; and - the system partition minimizes or maximizes the graphical operating element as a result of a switch event produced outside the system partition . - a processor sub-system of a system on a chip of an information system of a vehicle executes a system partition of the system on a chip and a vehicle infotainment partition of the system on a chip; - a functional system of the system partition produces a graphical operating element and locates it in a front composition plane of a main compositor of the information system , which front composition plane is at the front relative to a sight line of a user of the vehicle; - a touch-sensitive display screen of the information system , which display screen is functionally connected to the system on a chip and is arranged centrally in the vehicle, displays a display content which is provided by the main compositor and comprises the graphical operating element ; and - the system partition minimizes or maximizes the graphical operating element as a result of a switch event produced outside the system partition .
A method of providing cooling air for cooling IT equipment in a data centre, wherein the method comprises the steps of: operating an evaporative humidifier to humidify air for supply as cooling air to the IT equipment, the evaporative humidifier comprising a wettable matrix ; wetting the wettable matrix ; and, passing air through the wettable matrix so wetted to humidify the air, thereby producing humidified air for supply as cooling air to the IT equipment; characterised in that , the wetted matrix is a deformable wettable matrix, and in that the method additionally comprises expelling water from the wettable matrix by subjecting the wettable matrix to a compressive deformation, wherein the step of expelling water from the wettable matrix provides control of humidity of the cooling air. operating an evaporative humidifier to humidify air for supply as cooling air to the IT equipment, the evaporative humidifier comprising a wettable matrix ; wetting the wettable matrix ; and, passing air through the wettable matrix so wetted to humidify the air, thereby producing humidified air for supply as cooling air to the IT equipment; characterised in that , the wetted matrix is a deformable wettable matrix, and in that the method additionally comprises expelling water from the wettable matrix by subjecting the wettable matrix to a compressive deformation, wherein the step of expelling water from the wettable matrix provides control of humidity of the cooling air.
Barrier actuation apparatus for arrangement in a cable car station of a cable car for actuating an access barrier of a cable car vehicle of the cable car, which barrier is displaceable between an open position and a closed position, the barrier actuation apparatus being actuatable by a remote-control unit to displace the access barrier from the closed position into the open position and/or vice versa, when the cable car vehicle is located in the cable car station in the area of the barrier actuation apparatus , at least one movable actuating component being provided in the barrier actuation apparatus , which actuating component is displaced by the remote-control unit , when the barrier actuation apparatus is activated, for exerting an actuating force on a mechanically actuatable barrier actuating element of the cable car vehicle provided for actuating the access barrier , the barrier actuating element being displaced by the actuating force to actuate the access barrier , characterized in that at least one opening element is provided as the actuation component , which opening element can be displaced between an opening rest position and an opening operating position by an opening actuating unit , the opening element generating an opening force on the barrier actuating element upon displacement from the opening rest position into the opening operating position to displace the access barrier into the open position, and/or in that at least one closing element is provided as the actuating component , which closing element can be displaced between a closing rest position and a closing operating position by a closing actuating unit , the closing element generating a closing force on the barrier actuating element upon displacement from the closing rest position into the closing operating position to displace the access barrier into the closed position.
A perforating gun system for use in a well casing disposed within a subterranean well, the perforating gun system comprising: a plurality of perforating gun sections , each having at least one shaped charge , the plurality of perforating gun sections including: an initial perforating gun section ; and at least one secondary perforating gun section having an activator and a sensor configured to sense an actuation of another of the plurality of perforating gun sections , the sensor further configured to cooperate with the activator to actuate the at least one secondary perforating gun section upon sensing the actuation of the another of the plurality of perforating gun sections , wherein the sensor configured to sense the actuation of the another of the plurality of perforating gun sections is further configured to sense for at least one of a shock wave, a pressure pulse, an EM wave, or an acoustic signal directly produced by the actuation of the another of the plurality of perforating gun sections . an initial perforating gun section ; and at least one secondary perforating gun section having an activator and a sensor configured to sense an actuation of another of the plurality of perforating gun sections , the sensor further configured to cooperate with the activator to actuate the at least one secondary perforating gun section upon sensing the actuation of the another of the plurality of perforating gun sections , wherein the sensor configured to sense the actuation of the another of the plurality of perforating gun sections is further configured to sense for at least one of a shock wave, a pressure pulse, an EM wave, or an acoustic signal directly produced by the actuation of the another of the plurality of perforating gun sections .
A method performed by a connection manager , wherein the connection manager together with a radio node serving a UE forms a communication network , the method comprising: • receiving a power management policy from a third party entity for setting power management parameters according to status information of the UE, wherein the third party entity is separate from the UE and the communication network (step 405), wherein the power management policy contains a lookup table, wherein the lookup table has a plurality of entries, each entry having specific power management parameters corresponding to a specific value of the status information or range of status information, • receiving a notification containing the status information of the UE from the radio node (step 414), • determining, based on the received status information of the UE and based on the lookup table, the power management parameters corresponding to the received status information, • determining, among multiple UE groups, an UE group corresponding to the determined power management parameters, wherein each UE group of the multiple UE groups corresponds to different power management parameters, and • transmitting a power management instruction comprising the determined power management parameters and comprising an UE grouping message to be used by the radio node for assigning the UE to the determined UE group to the radio node , wherein the power management instruction is further used to instruct the UE to modify power management parameters stored in the UE according to the determined power management parameters (step 432). • receiving a power management policy from a third party entity for setting power management parameters according to status information of the UE, wherein the third party entity is separate from the UE and the communication network (step 405), wherein the power management policy contains a lookup table, wherein the lookup table has a plurality of entries, each entry having specific power management parameters corresponding to a specific value of the status information or range of status information, • receiving a notification containing the status information of the UE from the radio node (step 414), • determining, based on the received status information of the UE and based on the lookup table, the power management parameters corresponding to the received status information, • determining, among multiple UE groups, an UE group corresponding to the determined power management parameters, wherein each UE group of the multiple UE groups corresponds to different power management parameters, and • transmitting a power management instruction comprising the determined power management parameters and comprising an UE grouping message to be used by the radio node for assigning the UE to the determined UE group to the radio node , wherein the power management instruction is further used to instruct the UE to modify power management parameters stored in the UE according to the determined power management parameters (step 432).
A chemically reactive, non-chrome corrosion-inhibiting particle 301 comprising: a micronized core 303 comprised of a thiol-containing corrosion inhibitor 101, wherein the micronized core 303 comprises a particle size in a range of 100 nm to 5 μm, and wherein the core 303 comprises a surface that has been chemically neutralized by exposure to a base, such that surface charges provided by exposed -SH groups are neutralized. a micronized core 303 comprised of a thiol-containing corrosion inhibitor 101, wherein the micronized core 303 comprises a particle size in a range of 100 nm to 5 μm, and wherein the core 303 comprises a surface that has been chemically neutralized by exposure to a base, such that surface charges provided by exposed -SH groups are neutralized.