mhurhangee/ep-ind-claims huggingface dataset:
A method for a computer system for enforcing a security policy encoded in an instruction set of a security virtual machine, the security policy specifying security for system calls, the method comprising: providing a security policy represented in a high-level language; compiling the security policy into a security program that is a representation of the security policy in the instruction set of the security virtual machine, wherein an instruction of the security virtual machine includes an operation code field, a first parameter field that references data associated with a system call, said data being stored in a data store of the security virtual machine, and a second parameter field that references data associated with the security program, said data being stored in the data store of the security virtual machine; loading the security program into an instruction store of the security virtual machine; intercepting a system call issued by an application in user mode to a system service; and upon occurrence of the interception of the system call, being a security enforcement event, executing by the security virtual machine the instructions for the security program of the instruction store based on data of the security enforcement event to enforce the security policy, wherein the providing and the compiling are performed in user mode and wherein the loading, the intercepting and the executing of the instructions are performed in kernel mode. providing a security policy represented in a high-level language; compiling the security policy into a security program that is a representation of the security policy in the instruction set of the security virtual machine, wherein an instruction of the security virtual machine includes an operation code field, a first parameter field that references data associated with a system call, said data being stored in a data store of the security virtual machine, and a second parameter field that references data associated with the security program, said data being stored in the data store of the security virtual machine; loading the security program into an instruction store of the security virtual machine; intercepting a system call issued by an application in user mode to a system service; and upon occurrence of the interception of the system call, being a security enforcement event, executing by the security virtual machine the instructions for the security program of the instruction store based on data of the security enforcement event to enforce the security policy, wherein the providing and the compiling are performed in user mode and wherein the loading, the intercepting and the executing of the instructions are performed in kernel mode.
Method for controlling a drivetrain of a motor vehicle, which comprises a drive engine and a dual-clutch transmission, the dual-clutch transmission comprising a first friction clutch and a second friction clutch together with a first transmission unit and a second transmission unit, in order to establish a first power transmission branch and a second power transmission branch, the dual-clutch transmission comprising a clutch actuator device for actuating the friction clutches (20, 26) and a gearshift actuator device for engaging and disengaging gears (1-7, R) of the dual-clutch transmission, said method assuming that the motor vehicle is being driven in a high original gear (7; 6; 5) and comprising the following steps: - derivation of a first shift signal from an actuation of a control element (60; 62) by the driver; - calculation of a target gear (3; 2; 1), which is lower than the original gear (7; 6; 5) and which corresponds to the first shift signal; - selection of an intermediate gear (4; 3; 2) between the original gear (7; 6; 5) and the target gear (3; 2; 1), opening of the friction clutch corresponding to the original gear and closing of the friction clutch corresponding to the intermediate gear, in order to transmit drive power via the power transmission branch corresponding to the intermediate gear; and - engagement of the target gear (3; 2; 1), opening of the friction clutch corresponding to the intermediate gear (4; 3; 2) and closing of the friction clutch corresponding to the target gear (3; 2; 1) in the event that a second shift signal is derived from an actuation of a control element (60; 62; 64) by the driver. - derivation of a first shift signal from an actuation of a control element (60; 62) by the driver; - calculation of a target gear (3; 2; 1), which is lower than the original gear (7; 6; 5) and which corresponds to the first shift signal; - selection of an intermediate gear (4; 3; 2) between the original gear (7; 6; 5) and the target gear (3; 2; 1), opening of the friction clutch corresponding to the original gear and closing of the friction clutch corresponding to the intermediate gear, in order to transmit drive power via the power transmission branch corresponding to the intermediate gear; and - engagement of the target gear (3; 2; 1), opening of the friction clutch corresponding to the intermediate gear (4; 3; 2) and closing of the friction clutch corresponding to the target gear (3; 2; 1) in the event that a second shift signal is derived from an actuation of a control element (60; 62; 64) by the driver.
A decorative or building laminate having a substrate and a resin-impregnated paper on the substrate, in which the resin-impregnated paper includes melamine cyanurate in an amount effective to provide or enhance opacity of the laminate.
Straight plug connector, for hollow profiles, in particular warm edge hollow profiles, of spacers of insulating glazing, wherein the plug connector has a substantially U-shaped cross section with open end faces and a bottom that faces towards the pane interior in the installed position, and peripheral side walls and a centre locator, wherein laterally turned-out, resilient retaining elements (6, 7, 8, 9) are arranged at the free periphery of the side walls, characterized in that the retaining elements (6, 7, 8, 9) have a rectangular shape and a straight bottom edge in side view.
A contact lens comprising: a central zone, at least one annular zone (120, 130), and an edge reconciliation zone, wherein the central zone is configured to have one of a spherical or aspheric geometry, wherein the annular zone comprises: a first point located on a posterior surface of the lens at a chord diameter along a first meridian having a first sagittal depth, and a second point located on the posterior surface of the lens at said chord diameter along a second meridian having a second sagittal depth, wherein said second sagittal depth differs from said first sagittal depth; and wherein each end of the first meridian and the second meridian ends along a circumference and on a plane such that a perimeter of the edge reconciliation zone lies within a single plane and is circular. a central zone, at least one annular zone (120, 130), and an edge reconciliation zone, wherein the central zone is configured to have one of a spherical or aspheric geometry, wherein the annular zone comprises: a first point located on a posterior surface of the lens at a chord diameter along a first meridian having a first sagittal depth, and a second point located on the posterior surface of the lens at said chord diameter along a second meridian having a second sagittal depth, wherein said second sagittal depth differs from said first sagittal depth; and a first point located on a posterior surface of the lens at a chord diameter along a first meridian having a first sagittal depth, and a second point located on the posterior surface of the lens at said chord diameter along a second meridian having a second sagittal depth, wherein said second sagittal depth differs from said first sagittal depth; and wherein each end of the first meridian and the second meridian ends along a circumference and on a plane such that a perimeter of the edge reconciliation zone lies within a single plane and is circular.
A crumb rubber modified bitumen composition comprising: (a) asphalt in a range of 30 to 90% by weight of the composition; (b) crumb rubber in a range of between 1 to 50% by weight of the composition; (c) PET derivatives in a range between 0.01 to 20% by weight of the composition; and (d) bi-functional reactive compounds in a range from 0.01 to 20% by weight of thecomposition; and wherein the asphalt has a penetration range from 30 to 250 dmm, measured by the standard test method ASTM D5-97. (a) asphalt in a range of 30 to 90% by weight of the composition; (b) crumb rubber in a range of between 1 to 50% by weight of the composition; (c) PET derivatives in a range between 0.01 to 20% by weight of the composition; and (d) bi-functional reactive compounds in a range from 0.01 to 20% by weight of thecomposition; and
A gyratory crusher spider wall shield for releasable mounting to a radially inward facing face of a spider positioned on a top shell of a gyratory crusher, the wall shield comprising: a spider protection wall positionable over the inward face of the spider; a rear wall extending upwardly from and projecting transverse to the protection wall, the rear wall having an inner face orientated radially inwards and an outer face orientated radially outward, the rear wall representing a radially outermost part of the wall shield; at least one attachment element provided at the rear wall to attach the wall shield to a fixating ring via the outer face, the fixating ring positionable on top of and at a perimeter of the spider to surround at least part of the spider and the arm shield; and at least one locating foot projecting downwardly from the spider protection wall to contact the inward face of the spider. a spider protection wall positionable over the inward face of the spider; a rear wall extending upwardly from and projecting transverse to the protection wall, the rear wall having an inner face orientated radially inwards and an outer face orientated radially outward, the rear wall representing a radially outermost part of the wall shield; at least one attachment element provided at the rear wall to attach the wall shield to a fixating ring via the outer face, the fixating ring positionable on top of and at a perimeter of the spider to surround at least part of the spider and the arm shield; and at least one locating foot projecting downwardly from the spider protection wall to contact the inward face of the spider.
A game device comprising: a plurality of communication modules each capable of wirelessly connecting to a plurality of wireless controllers; and a control unit which controls a transmission of information relating to one or more wireless controllers between the plurality of communication modules for establishing a connection between the plurality of communication modules and the plurality of wireless controllers, wherein a first communication module of the plurality of communication modules is adapted to perform an inquiry procedure for establishing a connection with at least one of the wireless controllers; communication modules of the plurality of communication modules different from the first communication module are adapted to perform no inquiry procedure for establishing a connection with the wireless controllers, while the first communication module is performing the inquiry procedure; the first communication module is adapted to transfer information relating to the at least one wireless controller to the control unit and the control unit transfers, to a second communication module out of the communication modules different from the first communication module, information relating to one or more wireless controllers with which the second communication module is to establish a connection; and the second communication module is adapted to establish the connection with the one or more wireless controllers based on the information relating to the one or more wireless controllers transferred from the control unit. a plurality of communication modules each capable of wirelessly connecting to a plurality of wireless controllers; and a control unit which controls a transmission of information relating to one or more wireless controllers between the plurality of communication modules for establishing a connection between the plurality of communication modules and the plurality of wireless controllers, wherein a first communication module of the plurality of communication modules is adapted to perform an inquiry procedure for establishing a connection with at least one of the wireless controllers; communication modules of the plurality of communication modules different from the first communication module are adapted to perform no inquiry procedure for establishing a connection with the wireless controllers, while the first communication module is performing the inquiry procedure; the first communication module is adapted to transfer information relating to the at least one wireless controller to the control unit and the control unit transfers, to a second communication module out of the communication modules different from the first communication module, information relating to one or more wireless controllers with which the second communication module is to establish a connection; and the second communication module is adapted to establish the connection with the one or more wireless controllers based on the information relating to the one or more wireless controllers transferred from the control unit.
A method of stabilizing heading in an inertial navigation system to correct for position error and velocity error due to vertical angular drift, the method comprising: operating an inertial measurement unit comprising horizontal-sensing elements that include: a first-horizontal-sensing gyroscope; a first-horizontal-sensing accelerometer; a second-horizontal-sensing gyroscope; and a second-horizontal sensing accelerometer, and further comprising off-horizontal-sensing elements that include a vertical-sensing gyroscope and a vertical-sensing accelerometer, while the inertial measurement unit is in a first orientation with respect to x 1, y 1, and z 1 coordinates, wherein the horizontal-sensing elements are oriented in a horizontal reference plane (x 1, y 1) of the x 1, y 1, and z 1 coordinates; calibrating the horizontal-sensing elements of the inertial measurement unit based on horizontal aiding measurements, the horizontal aiding measurements including a horizontal position reference and/or a horizontal velocity reference, received at a Kalman filter from a horizontal position sensor and a horizontal velocity sensor respectively,; the method further characterised by forward-rotating the inertial measurement unit by ninety degrees about a horizontal rotation axis of a rotational device, the horizontal-rotation axis being parallel to and offset from the x 1 axis, wherein the inertial measurement unit is oriented in a second orientation, and wherein, while the inertial measurement unit is in the second orientation, the off-horizontal-sensing elements are oriented in the horizontal reference plane; operating the forward-rotated inertial measurement unit while the inertial measurement unit is in the second orientation; and while the inertial measurement unit is in the second orientation, calibrating the rotated off-horizontal-sensing elements based on the horizontal aiding measurements received at the Kalman filter from the horizontal position sensor and/or the horizontal velocity sensor.
Ectoparasiticidal liquid spreading composition for combating ectoparasites, characterized in that it comprises isopropyl myristate and isohexadecane, wherein the weight ratio of isopropyl myristate to isohexadecane is within 1:9 to 7:3, and it does not comprise siloxane compounds.
A treadmill having a dynamic belt-tensioning apparatus, the treadmill comprising: a base capable of being positioned on a solid surface and having a first end and a second end spaced from the first end; a foot-striking platform movably supported by the base so as to allow vertical movement of the platform during operation of the treadmill; a drive belt having a fixed circumference and positioned above a top portion of the platform so as to provide a moving foot engagement surface during operation of the treadmill; a drive roller rotatably mounted adjacent to the first end of the base that engages the drive belt; and a tensioning roller rotatably mounted to the base and capable of a range of movement to provide substantially constant tension to the drive belt in response to vertical movement of the platform.
A polyol component suitable for producing two component polyurethane foam wherein the polyol component comprises a polyol; a gaseous hydrohaloolefin blowing agent; a nitrogen catalyst; and a tin catalyst, wherein the tin catalyst comprises a sulfur atom, wherein the gaseous hydrohaloolefin blowing agent is selected from 1,3,3,3-tetrafluoropropene (HFO 1234ze); 2,3,3,3-tetrafluoroprop-1-ene (HFO 1234yf); 1,2,3,3,3-pentafluoropropene (HFO 1225ye); 1,1,3,3,3- pentafluoropropene (HFO 1225zc); 1,1,2,3,3-pentafluoropropene (HFO 1225yc); or a combination thereof, wherein the gaseous hydrohaloolefin blowing agent is a hydrohaloolefin blowing agent with a boiling point of less than 18 °C at 101.325 kPa (1 atm).
An electric arrangement, comprising: i) functional modules (0101, 0102, 0103, 0104), which can serve both as transaction initiators or transaction targets, whereby a transaction initiating functional module may need a transaction target functional module to execute a function for and on behalf of said transaction initiating functional module; ii) a first interconnect fabric connecting the functional modules and providing communication between those functional modules; wherein the electric arrangement being arranged in that a selected transaction initiation functional module has temporally exclusive access to one or more transaction target functional modules executing a function for and on behalf of said selected transaction initiating functional module, to ensure that transaction initiating functional modules other than the selected transaction initiation functional module, have no uncontrolled access thereto, wherein said selected transaction initiation functional module being a hardware secure module, characterized in that, for ensuring that a selected transaction initiation functional module has temporally exclusive access to one or more transaction target functional modules executing a function for and on behalf of said selected transaction initiating functional module, protection means (0601, 0602) are provided, to ensure that transaction initiating functional modules other than the selected transaction initiation functional module, have no uncontrolled access thereto; and wherein said protection means comprises: one or more protection units provided between said modules and part of said first interconnect fabric for each of said transaction target functional modules; whereby the configuring of said protection units is controlled by said selected transaction initiation functional module. characterized in that, for ensuring that a selected transaction initiation functional module has temporally exclusive access to one or more transaction target functional modules executing a function for and on behalf of said selected transaction initiating functional module, protection means (0601, 0602) are provided, to ensure that transaction initiating functional modules other than the selected transaction initiation functional module, have no uncontrolled access thereto; and wherein said protection means comprises: one or more protection units provided between said modules and part of said first interconnect fabric for each of said transaction target functional modules; whereby the configuring of said protection units is controlled by said selected transaction initiation functional module.
A method performed by a base station of a wireless communication network, the method comprising: generating parameters that define a plurality of potential, Physical Downlink Control Channel, PDCCH, monitoring occasions, each of said PDCCH monitoring occasions having a number of OFDM symbols which is of at least one OFDM symbol but not more than 4 OFDM symbols, and transmitting the parameters over a radio interface to a wireless device; sad method being characterized in that said parameters further define a plurality of paging occasions, wherein each one of the plurality of paging occasions includes a respective subset of the plurality of PDCCH monitoring occasions, wherein each of said subsets is a burst of potential PDCCH monitoring occasions, wherein each of two consecutive paging occasions are spaced apart in time with at least one of the potential PDCCH monitoring occasions therebetween not being included in any of the plurality of paging occasions. generating parameters that define a plurality of potential, Physical Downlink Control Channel, PDCCH, monitoring occasions, each of said PDCCH monitoring occasions having a number of OFDM symbols which is of at least one OFDM symbol but not more than 4 OFDM symbols, and transmitting the parameters over a radio interface to a wireless device;
A method of transmitting a pilot and/or data weighted by a precoding matrix in a base station of a wireless communication system, wherein the base station obtains channel status information, the method comprising: A. performing matrix decomposition to the channel status information to obtain an initial precoding matrix, wherein the initial precoding matrix is not unique and corresponds to multiple different precoded units; B. performing linear transformation to the initial precoding matrix such that information associated with a corrected precoding channel under the condition of weighting of the linearly transformed precoding matrix maintains coherency, wherein coherency is related to frequency selective characteristics and time variant characteristics of the channel, wherein channel coherency is analyzed among multiple precoded units, and wherein the base station adjusts phase and/or amplitude of the initial precoding matrix corresponding to each precoded unit; C. transmitting to a mobile terminal the pilot and/or data weighted by the linearly transformed precoding matrix. A. performing matrix decomposition to the channel status information to obtain an initial precoding matrix, wherein the initial precoding matrix is not unique and corresponds to multiple different precoded units; B. performing linear transformation to the initial precoding matrix such that information associated with a corrected precoding channel under the condition of weighting of the linearly transformed precoding matrix maintains coherency, wherein coherency is related to frequency selective characteristics and time variant characteristics of the channel, wherein channel coherency is analyzed among multiple precoded units, and wherein the base station adjusts phase and/or amplitude of the initial precoding matrix corresponding to each precoded unit; C. transmitting to a mobile terminal the pilot and/or data weighted by the linearly transformed precoding matrix.
A noise & vibration reduction unit comprising: elongate encasing body means, having first and second remote ends and provided with air inlet means and air outlet means; wherein said body means comprises a rigid shell, defining an internal volume; characterised in that the body means is substantially filled by at least two cancellation media (122, 123) comprising acoustic foam, said cancellation media (122, 123) having different densities respectively. elongate encasing body means, having first and second remote ends and provided with air inlet means and air outlet means; wherein said body means comprises a rigid shell, defining an internal volume; characterised in that the body means is substantially filled by at least two cancellation media (122, 123) comprising acoustic foam, said cancellation media (122, 123) having different densities respectively.