mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a valve-control system for variable-lift actuation of the valves of a reciprocating internal-combustion engine, wherein said valve-control system comprises, for each cylinder of said reciprocating internal-combustion engine, a solenoid valve for controlling the flow of a hydraulic fluid in said valve-control system, and further comprises means configured for determining a real temperature value (T_OIL,AC, T_OIL,SV) of said hydraulic fluid, the method being characterized in that it comprises the steps of: - determining a deviation of performance (CU_AVG_DEV%) of the solenoid valves of said reciprocating internal-combustion engine due to a degradation of the characteristics of said hydraulic fluid with respect to nominal values thereof; - substituting for said real temperature value (T_OIL,AC, T_OIL,SV) an equivalent temperature value (T_OIL,EQ, T_OIL,SV*) consisting of a temperature value at which the hydraulic fluid having nominal characteristics would produce a performance of the solenoid valves corresponding to the performance resulting from the aforesaid deviation so that each solenoid valve is governed as a function of said equivalent temperature value (T_OIL,EQ, T_OIL,SV*) instead of as a function of the real temperature value (T_OIL,AC, T_OIL,SV*) of the hydraulic fluid. - determining a deviation of performance (CU_AVG_DEV%) of the solenoid valves of said reciprocating internal-combustion engine due to a degradation of the characteristics of said hydraulic fluid with respect to nominal values thereof; - substituting for said real temperature value (T_OIL,AC, T_OIL,SV) an equivalent temperature value (T_OIL,EQ, T_OIL,SV*) consisting of a temperature value at which the hydraulic fluid having nominal characteristics would produce a performance of the solenoid valves corresponding to the performance resulting from the aforesaid deviation so that each solenoid valve is governed as a function of said equivalent temperature value (T_OIL,EQ, T_OIL,SV*) instead of as a function of the real temperature value (T_OIL,AC, T_OIL,SV*) of the hydraulic fluid.
A method in a mobile apparatus comprising: if the number N of GSM ARFCN frequencies that are included in the BA list is no more than 30 placing a NCELL measurement report in a measurement report message, and sending the measurement report message to a network interface, wherein the EUTRAN NCELL measurement report includes a first 11-bit field and a second 6-bit field wherein a first 6-bit part and a second 3-bit part of a 9-bit value representing a physical layer cell identification are included in the first and in the second field, respectively, the first field further comprises a frequency index, that is a 5-bit integer number in the range from N to 30, and corresponds to a EUTRAN center frequency of a reported EUTRAN cell, and the second field further comprises a 3-bit value representing a measurement result corresponding to the frequency index and the physical layer cell identification,. if the number N of GSM ARFCN frequencies that are included in the BA list is no more than 30 placing a NCELL measurement report in a measurement report message, and sending the measurement report message to a network interface, wherein the EUTRAN NCELL measurement report includes a first 11-bit field and a second 6-bit field wherein a first 6-bit part and a second 3-bit part of a 9-bit value representing a physical layer cell identification are included in the first and in the second field, respectively, the first field further comprises a frequency index, that is a 5-bit integer number in the range from N to 30, and corresponds to a EUTRAN center frequency of a reported EUTRAN cell, and the second field further comprises a 3-bit value representing a measurement result corresponding to the frequency index and the physical layer cell identification,.
An apparatus for executing a comparison operation on vectors, comprising: a storing unit, configured to store vector data associated with a vector comparison operation instruction; a register unit, configured to store scalar data associated with the vector comparison operation instruction; a control unit, configured to decode the vector comparison operation instruction and to control an operation process of the vector comparison operation instruction; and a vector comparing unit, configured to execute a vector comparison operation on two input vector data to be compared according to the vector comparison operation instruction decoded; the vector comparing unit being implemented in a customized hardware circuit; characterised in that the scalar data stored in the register unit comprise start addresses of the input vector data to be compared, a storage address of comparison result output vector data, and lengths of the input vector data to be compared associated with the vector comparison operation instruction; wherein the start addresses of the input vector data to be compared and the storage address of the comparison result output vector data are addresses in the storing unit. a storing unit, configured to store vector data associated with a vector comparison operation instruction; a register unit, configured to store scalar data associated with the vector comparison operation instruction; a control unit, configured to decode the vector comparison operation instruction and to control an operation process of the vector comparison operation instruction; and a vector comparing unit, configured to execute a vector comparison operation on two input vector data to be compared according to the vector comparison operation instruction decoded; the vector comparing unit being implemented in a customized hardware circuit; characterised in that the scalar data stored in the register unit comprise start addresses of the input vector data to be compared, a storage address of comparison result output vector data, and lengths of the input vector data to be compared associated with the vector comparison operation instruction; wherein the start addresses of the input vector data to be compared and the storage address of the comparison result output vector data are addresses in the storing unit.
Method for monitoring a gear motor, the gear motor comprising a gearbox that is at least partly filled with oil, a measure for the oil level, in particular a measure for the fill level of the oil, being registered, and a measure for vibration at least at one location on the gearbox being registered, a first variable being generated by interlinking the measure for the oil level and the measure for vibration, characterised in that the value of the first variable is monitored for exceeding a permitted level of deviation from a target value or for exceeding a threshold value, the interlinking comprising a division, - the first variable being generated as a ratio of the measure for vibration and the measure for the oil level, - or the first variable being generated as a ratio of a product, which is generated from the measure for vibration and a measure for the temperature of the gearbox, and the measure for the oil level. the gear motor comprising a gearbox that is at least partly filled with oil, a measure for the oil level, in particular a measure for the fill level of the oil, being registered, and a measure for vibration at least at one location on the gearbox being registered, a first variable being generated by interlinking the measure for the oil level and the measure for vibration, characterised in that the value of the first variable is monitored for exceeding a permitted level of deviation from a target value or for exceeding a threshold value, the interlinking comprising a division, - the first variable being generated as a ratio of the measure for vibration and the measure for the oil level, - or the first variable being generated as a ratio of a product, which is generated from the measure for vibration and a measure for the temperature of the gearbox, and the measure for the oil level. - the first variable being generated as a ratio of the measure for vibration and the measure for the oil level, - or the first variable being generated as a ratio of a product, which is generated from the measure for vibration and a measure for the temperature of the gearbox, and the measure for the oil level.
A virtual machine quick recovery method, comprising: Forming a first host machine and a second host machine into a storage peer pair, such that read and write requests of a virtual machine of the first host machine are backed up in the second host machine; Starting, by a backup host machine, the virtual machine of the first host machine when the first host machine goes down or powers off; Receiving, by the virtual machine started in the backup host machine, read and write requests transmitted by a calling party, and judging whether full data synchronization from the second host machine to the backup host machine is finished or not; - if full data synchronization from the second host machine to the backup host machine is finished, executing read and write request in the backup host machine; - if the full data synchronization from the second host machine to the backup host machine is not finished, transmitting read and write requests to the second host machine; receiving, by the second host machine, the read and write requests, storing data to be written in the second host machine based on the write request, or acquiring specified data based on the read request and transmitting the specified data to the backup host machine; transmitting, by the backup host machine, the specified data to the calling party without interruption of service. Forming a first host machine and a second host machine into a storage peer pair, such that read and write requests of a virtual machine of the first host machine are backed up in the second host machine; Starting, by a backup host machine, the virtual machine of the first host machine when the first host machine goes down or powers off; Receiving, by the virtual machine started in the backup host machine, read and write requests transmitted by a calling party, and judging whether full data synchronization from the second host machine to the backup host machine is finished or not; - if full data synchronization from the second host machine to the backup host machine is finished, executing read and write request in the backup host machine; - if the full data synchronization from the second host machine to the backup host machine is not finished, transmitting read and write requests to the second host machine; receiving, by the second host machine, the read and write requests, storing data to be written in the second host machine based on the write request, or acquiring specified data based on the read request and transmitting the specified data to the backup host machine; - if full data synchronization from the second host machine to the backup host machine is finished, executing read and write request in the backup host machine; - if the full data synchronization from the second host machine to the backup host machine is not finished, transmitting read and write requests to the second host machine; transmitting, by the backup host machine, the specified data to the calling party without interruption of service.
A computer implemented method of generating a new password for accessing user accounts in a multi domain environment, the method comprising: receiving a smart card certificate in a secure domain from a secure file transfer service, the certificate securely identifying a user from a user domain and including a user public key; updating a user account data entry in an active directory in the secure domain with the public key; receiving a request to reset a user account password, the receiving the request comprising monitoring a password reset group associated with a group synchronization service, and retrieving an indication of the user account associated with the request from the password reset group; verifying the request via the active directory, the verifying the request comprising using the indication of the user account to access the active directory to obtain the public key generating a new password in response to the verification; encrypting the new password using the public key; and sending the encrypted password to the user in the user domain. receiving a smart card certificate in a secure domain from a secure file transfer service, the certificate securely identifying a user from a user domain and including a user public key; updating a user account data entry in an active directory in the secure domain with the public key; receiving a request to reset a user account password, the receiving the request comprising monitoring a password reset group associated with a group synchronization service, and retrieving an indication of the user account associated with the request from the password reset group; verifying the request via the active directory, the verifying the request comprising using the indication of the user account to access the active directory to obtain the public key generating a new password in response to the verification; encrypting the new password using the public key; and sending the encrypted password to the user in the user domain.
A portable hand wash station, comprising: a base; a fresh water tank; a greywater tank disposed horizontally adjacent to the fresh water tank; a tank cover disposed atop the fresh water tank and the greywater tank; and a sink member disposed atop the tank cover, the sink member defining a pair of sink basins disposed opposite one another, wherein the fresh water tank is disposed atop the base, the greywater tank is disposed atop the base, and the sink member is secured to the tank cover via a hinge so that the sink member can pivot with respect to the tank cover. a base; a fresh water tank; a greywater tank disposed horizontally adjacent to the fresh water tank; a tank cover disposed atop the fresh water tank and the greywater tank; and a sink member disposed atop the tank cover, the sink member defining a pair of sink basins disposed opposite one another, wherein the fresh water tank is disposed atop the base, the greywater tank is disposed atop the base, and the sink member is secured to the tank cover via a hinge so that the sink member can pivot with respect to the tank cover.
A method for determining an air volume in a combustion chamber of a combustion engine with fuel injection, in particular in a load cycle operating state, comprising: Synchronizing a throttle valve setpoint signal (25, 26) with an operating state criterion (t n), wherein the operating state criterion (t n) comprises a crankshaft position and/or an intake valve position; Determining profile dynamics of the throttle valve position in consideration of the synchronized throttle valve setpoint signal; Determining an actual air volume variable at an ACTUAL time point (t 0); Determining a target time point (t 0 +Δt); Predicting an additional air volume variable for the target time point (t 0 +Δt); Determining a total air volume variable from the ACTUAL air volume variable and the additional air volume variable for the target time point (t 0 +Δt). Synchronizing a throttle valve setpoint signal (25, 26) with an operating state criterion (t n), wherein the operating state criterion (t n) comprises a crankshaft position and/or an intake valve position; Determining profile dynamics of the throttle valve position in consideration of the synchronized throttle valve setpoint signal; Determining an actual air volume variable at an ACTUAL time point (t 0); Determining a target time point (t 0 +Δt); Predicting an additional air volume variable for the target time point (t 0 +Δt); Determining a total air volume variable from the ACTUAL air volume variable and the additional air volume variable for the target time point (t 0 +Δt).
Use of a copolymer comprising repeat units corresponding to alkyl methacrylate monomers, said monomers comprising at least: - one or more monomer(s), the same or different, selected from among (C6-C10) alkyl methacrylate monomers; - one or more monomer(s), the same or different, selected from among (C10-C18) alkyl methacrylate monomers, said monomers differing from said monomers; in a lubricant composition comprising at least one base oil for reducing and/or controlling abnormal gas combustion in an engine, preferably a marine engine or controlled-ignition engine. - one or more monomer(s), the same or different, selected from among (C6-C10) alkyl methacrylate monomers; - one or more monomer(s), the same or different, selected from among (C10-C18) alkyl methacrylate monomers, said monomers differing from said monomers;
A waterproofing membrane comprising a barrier layer S1 having a first and a second opposing surface and a contact layer S2 having a first and a second opposing surface, wherein at least a portion of the first surface of the barrier layer S1 and the second surface of the contact layer S2 are directly bonded to each other, and wherein the barrier layer S1 comprises a thermoplastic polymer component P1 and the contact layer S2 comprises a mixture of a solid filler component F and a thermoplastic polymer component P2, and wherein the amount of the solid filler component F is 15.0 - 80.0 wt.-%, based on the total weight of the contact layer S2 and wherein the amount of the thermoplastic polymer component P2 is 15.0 - 80.0 wt.-%, based on the total weight of the contact layer S2, wherein the thermoplastic polymer component P2 comprises at least one ethylene-vinyl acetate copolymer having a content of a structural unit derived from vinyl acetate at least 30 wt.-% and wherein the contact layer S2 has a thickness of 0.2 - 10.0 mm, measured according to EN 1849-2.
Valve for compressed gas, comprising: - a body extending longitudinally, with a gas inlet at a lower end of said body, a gas outlet and a gas passage fluidly interconnecting said gas inlet and said gas outlet; - a shut-off device housed in the body and configured for selectively shutting-off and opening the gas passage; - a lever pivotally mounted on the body, at an upper end of said body, and configured for actuating the shut-off device; - a hook pivotally mounted on the lever for engaging with a counter-shape on the body and thereby holding said lever in a folded position along the body; characterized in that the upper end of the body comprises a cylindrical wall (4.3) delimiting an upper bore, the counter-shape being an upper edge (4.3.1) of said cylindrical wall (4.3). - a body extending longitudinally, with a gas inlet at a lower end of said body, a gas outlet and a gas passage fluidly interconnecting said gas inlet and said gas outlet; - a shut-off device housed in the body and configured for selectively shutting-off and opening the gas passage; - a lever pivotally mounted on the body, at an upper end of said body, and configured for actuating the shut-off device; - a hook pivotally mounted on the lever for engaging with a counter-shape on the body and thereby holding said lever in a folded position along the body;
Energy absorption device for a steering column for a motor vehicle, wherein the energy absorption device has at least one bending bracket for energy absorption in a crash situation, and the bending bracket has a first fastening element for the fastening of the bending bracket to a first component of the steering column and at least one second fastening element for the fastening of the bending bracket to a second component of the steering column, and the first fastening element is, for a crash situation, mounted so as to be displaceable relative to the second fastening element, with deformation of the bending bracket, along a guide track which is delimited by a start and an end, characterized in that the energy absorption device has, in addition to the end of the guide track, at least one collision element which is designed as a separate component and is arranged on the guide track, wherein, in a crash situation, a) by interaction of the first fastening element, with the collision element, energy can additionally be absorbed by deformation of the collision element and/or of the first fastening element; or b) by interaction of an element which is moved concomitantly with said first fastening element along the guide track with the collision element, energy can additionally be absorbed by deformation of the collision element and/or of the concomitantly moved element; or c) by interaction of the first fastening element, and of an element which is moved concomitantly with said first fastening element along the guide track, with the collision element, energy can additionally be absorbed by deformation of the collision element and/or the first fastening element and/or of the concomitantly moved element. a) by interaction of the first fastening element, with the collision element, energy can additionally be absorbed by deformation of the collision element and/or of the first fastening element; or b) by interaction of an element which is moved concomitantly with said first fastening element along the guide track with the collision element, energy can additionally be absorbed by deformation of the collision element and/or of the concomitantly moved element; or c) by interaction of the first fastening element, and of an element which is moved concomitantly with said first fastening element along the guide track, with the collision element, energy can additionally be absorbed by deformation of the collision element and/or the first fastening element and/or of the concomitantly moved element.
A flame retardant resin composition comprising: 100 parts by weight of a resin component (component A) which contains at least 50 wt% of a polycarbonate (component A-1) having a unit represented by the following formula (A-1); and 3 to 50 parts by weight of an organic phosphorus compound (component B) represented by the following formula: (in the above formula, X 1 and X 2 are each independently an aromatic substituted alkyl group represented by the following formula: - -(Ar) n (in the above formula, AL is a branched or linear aliphatic hydrocarbon group having 1 to 5 carbon atoms, Ar is a phenyl group, naphthyl group or anthryl group, all of which may have a substituent, and may be bonded to any carbon atom contained in AL, and n is an integer of 1 to 3.)). 100 parts by weight of a resin component (component A) which contains at least 50 wt% of a polycarbonate (component A-1) having a unit represented by the following formula (A-1); and 3 to 50 parts by weight of an organic phosphorus compound (component B) represented by the following formula: