mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving, by an application executing on a processor, a request from a first account to grant a second account access to a computing resource; receiving, by the application, a cryptogram and a permissions vector of the first account from a contactless card associated with the first account; transmitting, by the application, the cryptogram and the permissions vector to an authentication server; and receiving, by the application from the authentication server, based on the permissions vector of the first account indicating that the first account has permissions to grant the second account access to the computing resource, a result indicating that the authentication server decrypted the cryptogram and a permissions vector of the second account, the permissions vector of the second account reflecting grant of access to the computing resource to the second account. receiving, by an application executing on a processor, a request from a first account to grant a second account access to a computing resource; receiving, by the application, a cryptogram and a permissions vector of the first account from a contactless card associated with the first account; transmitting, by the application, the cryptogram and the permissions vector to an authentication server; and receiving, by the application from the authentication server, based on the permissions vector of the first account indicating that the first account has permissions to grant the second account access to the computing resource, a result indicating that the authentication server decrypted the cryptogram and a permissions vector of the second account, the permissions vector of the second account reflecting grant of access to the computing resource to the second account.
A computer-implemented method for performing a task on a processing platform, comprising: booting into a first operating system maintained by a first file system of the processing platform, the first operating system being protected by a file protection mechanism that provides: an encryption mechanism for encrypting information stored by the first file system; and a decryption mechanism for decrypting information stored by the first file system; providing task functionality at a location that is accessible to a second file system of the processing platform that maintains a second operating system, the task functionality representing code, settings, and/or data that the processing platform uses to perform an allotted task; storing, by the first operating system, a one-time entry in a boot data store on the processing platform, wherein the one-time entry redirects a boot manager to the second file system; instructing the boot manager to reboot the processing platform, thereby booting into the second operating system maintained by the second file system; using the second operating system, performing a task using the task functionality; storing results of the task; booting back into the first operating system maintained by the first file system; and retrieving the results after booting back into the first operating system. booting into a first operating system maintained by a first file system of the processing platform, the first operating system being protected by a file protection mechanism that provides: an encryption mechanism for encrypting information stored by the first file system; and a decryption mechanism for decrypting information stored by the first file system; an encryption mechanism for encrypting information stored by the first file system; and a decryption mechanism for decrypting information stored by the first file system; providing task functionality at a location that is accessible to a second file system of the processing platform that maintains a second operating system, the task functionality representing code, settings, and/or data that the processing platform uses to perform an allotted task; storing, by the first operating system, a one-time entry in a boot data store on the processing platform, wherein the one-time entry redirects a boot manager to the second file system; instructing the boot manager to reboot the processing platform, thereby booting into the second operating system maintained by the second file system; using the second operating system, performing a task using the task functionality; storing results of the task; booting back into the first operating system maintained by the first file system; and retrieving the results after booting back into the first operating system.
Windscreen wiper device, in particular for a motor vehicle, with at least one wiper motor which drives a wiper linkage via an output shaft, wherein the wiper linkage has at least one joint rod which actuates a wiper arm and at the end regions of which at least one ball socket (6, 11) is provided, wherein the joint rod i.s formed by a tubular section, on the open end regions of which ball socket caps are provided which can be pushed or plugged onto the tubular section, characterized in that, in order to secure the ball socket caps on the tubular section, a respective profiling is provided on the end portions of the tubular section of the joint rod, said profiling being designed in a manner corresponding to a plug-on region on the ball socket caps, and therefore, after the ball socket caps are pushed onto the open end regions of the tubular section of the joint rod, an interlocking connection between tubular section and the plug-on region of the ball socket caps forms.
Interface system for communicating control signals to one or more electronic devices, comprising: - one or more plants, wherein an electric attribute of any of them is changed when a subject becomes electrically coupled to it, and - one or more detection modules, each detection module comprising one or more sensors in electrical communication with at least one of said plants and configured to measure said electric attribute of the plants and convert it to voltage values, and a control unit in electrical communication with said sensors and configured to read the voltage values and send a determined control signal to one or more electronic devices on the basis of the read voltage values, characterized in that said plants are crass kind living plants. - one or more plants, wherein an electric attribute of any of them is changed when a subject becomes electrically coupled to it, and - one or more detection modules, each detection module comprising one or more sensors in electrical communication with at least one of said plants and configured to measure said electric attribute of the plants and convert it to voltage values, and a control unit in electrical communication with said sensors and configured to read the voltage values and send a determined control signal to one or more electronic devices on the basis of the read voltage values,
Controlled stand-alone matrix system for the controlled and adjustable distribution of at least one active substance only at precise, appropriate times, characterized in that it comprises: - a non-laminated polymer matrix loaded with said active substance, said matrix comprising at least one temperature probe, - at least one heating element embedded in said loaded matrix, said heating element being capable of uniformly heating the entire matrix so as to temporarily expand the polymer network in order to trigger the release of said active substance, and - an electricity generator which is connected to an electronic control board, which is in turn connected to said heating element, the electricity supply of which by said generator is controlled by said board, which is accommodated in an electronic box, said board also being connected to said at least one temperature probe. - a non-laminated polymer matrix loaded with said active substance, said matrix comprising at least one temperature probe, - at least one heating element embedded in said loaded matrix, said heating element being capable of uniformly heating the entire matrix so as to temporarily expand the polymer network in order to trigger the release of said active substance, and - an electricity generator which is connected to an electronic control board, which is in turn connected to said heating element, the electricity supply of which by said generator is controlled by said board, which is accommodated in an electronic box, said board also being connected to said at least one temperature probe.
A combination product, comprising a limonoid compound or a pharmaceutically acceptable salt thereof, and a thiazolidinedione compound, wherein the thiazolidinedione compound is selected from the group consisting of rosiglitazone and pioglitazone and the limonoid compound is one or more selected from the group consisting of limonin, isolimonic acid, limonin glycoside, isolimonic acid glycoside, isoobacunoic acid, obacunone glycoside, ichangin, ichangensin, ichangin glycoside, nomilin, nomilin acid, deacetylnomilin, nomilin glycoside, deacetylnomilin glycoside and nomilin acid glycoside.
An electrosurgical system, comprising: at least two capacitive electrosurgical electrodes (3; 6; 112; 122) for electrosurgical procedures involving multiple tissue layers, each electrode having a resistive element and a capacitive element configured in series; and an electrosurgical generator configured to generate electrosurgical RF energy having a first frequency that generates a first impedance in the at least two electrodes (3; 6; 112; 122) due to capacitive reactance of the capacitive element in series, the generator being further configured to adjust the first frequency to at least one other frequency to generate a different impedance in the at least two electrodes (3; 6; 112; 122) due to capacitive reactance of the capacitive element in series, so as to alternate an area of highest impedance between the tissue layers and the at least two electrodes (3; 6; 112; 122) and adjust the temperature gradient of the tissue layers and the at least two electrodes (3; 6; 112; 122). at least two capacitive electrosurgical electrodes (3; 6; 112; 122) for electrosurgical procedures involving multiple tissue layers, each electrode having a resistive element and a capacitive element configured in series; and an electrosurgical generator configured to generate electrosurgical RF energy having a first frequency that generates a first impedance in the at least two electrodes (3; 6; 112; 122) due to capacitive reactance of the capacitive element in series, the generator being further configured to adjust the first frequency to at least one other frequency to generate a different impedance in the at least two electrodes (3; 6; 112; 122) due to capacitive reactance of the capacitive element in series, so as to alternate an area of highest impedance between the tissue layers and the at least two electrodes (3; 6; 112; 122) and adjust the temperature gradient of the tissue layers and the at least two electrodes (3; 6; 112; 122).
Method for monitoring a chain hoist having an electric drive motor which is connected on the output side to a transmission via a friction clutch, wherein a speed of the transmission is sensed via a sensor and the sensed speed of the transmission is compared with an operating speed of the drive motor by means of a control device, characterized in that a vertical position (PLAM) of a load handling device of the chain hoist is also determined by means of the control device.
A gateway for controlling at least one external device, the gateway comprising: a communicator configured to communicate with at least one external device; and a controller configured to: determine a resource utilization rate of the gateway; determine according to the resource utilization rate of the gateway a sensor data processing instruction for the at least one external device providing sensing data to the gateway; determine a transmission period for providing the sensing data from the at least one external device to the gateway; and control the communicator to transmit, to the at least one external device, a signal that instructs the at least one external device to provide sensing data according to the sensor data processing instruction and the determined transmission period. a communicator configured to communicate with at least one external device; and a controller configured to: determine a resource utilization rate of the gateway; determine according to the resource utilization rate of the gateway a sensor data processing instruction for the at least one external device providing sensing data to the gateway; determine a transmission period for providing the sensing data from the at least one external device to the gateway; and control the communicator to transmit, to the at least one external device, a signal that instructs the at least one external device to provide sensing data according to the sensor data processing instruction and the determined transmission period. determine a resource utilization rate of the gateway; determine according to the resource utilization rate of the gateway a sensor data processing instruction for the at least one external device providing sensing data to the gateway; determine a transmission period for providing the sensing data from the at least one external device to the gateway; and control the communicator to transmit, to the at least one external device, a signal that instructs the at least one external device to provide sensing data according to the sensor data processing instruction and the determined transmission period.
A method for determining liquid consumption of a plurality of liquid consumers (1, 2, 3), comprising at least the following steps: a) detecting a liquid consumption process on a liquid line by means of which a liquid can be supplied to the plurality of liquid consumers (1, 2, 3); b) determining a liquid consumption during the liquid consumption process; c) determining at least one parameter (6, 7) of the liquid consumption process; and d) associating the liquid consumption with a liquid consumption class in dependence on the at least one parameter (6, 7), characterized in that step c) considers the following parameters for identification of a liquid consumer class: 1. a volume flow and/or a flow duration of the liquid through the liquid line, 2. if it is not yet possible to identify a predetermined liquid consumer class or the liquid consumer therefrom, a liquid pressure and/or a gradient of a liquid pressure and/or a fluctuation of a liquid pressure of the liquid in the liquid line, 3. if it is not yet possible to identify a predetermined liquid consumer class or the liquid consumer therefrom, a day of the week and/or a time of the day for the statistical evaluation of a probability of the use of a specific liquid consumer. a) detecting a liquid consumption process on a liquid line by means of which a liquid can be supplied to the plurality of liquid consumers (1, 2, 3); b) determining a liquid consumption during the liquid consumption process; c) determining at least one parameter (6, 7) of the liquid consumption process; and d) associating the liquid consumption with a liquid consumption class in dependence on the at least one parameter (6, 7), 1. a volume flow and/or a flow duration of the liquid through the liquid line, 2. if it is not yet possible to identify a predetermined liquid consumer class or the liquid consumer therefrom, a liquid pressure and/or a gradient of a liquid pressure and/or a fluctuation of a liquid pressure of the liquid in the liquid line, 3. if it is not yet possible to identify a predetermined liquid consumer class or the liquid consumer therefrom, a day of the week and/or a time of the day for the statistical evaluation of a probability of the use of a specific liquid consumer.
Luminaire, in particular an informationluminaire, comprises - a front translucent light emitting disc, - a rear translucent light emitting disc arranged parallel to the front light emitting disc so that a gap is formed between the front light emitting disc and the rear light emitting disc, - a plurality of LEDs for generating a light, wherein the LEDs are arranged so that they emit the light into the intermediate space, - a reflector element which is arranged opposite the LEDs with respect to the intermediate space, characterized in that the reflector element comprises a reflective surface having a convexly curved region with respect to the intermediate space. - a front translucent light emitting disc, - a rear translucent light emitting disc arranged parallel to the front light emitting disc so that a gap is formed between the front light emitting disc and the rear light emitting disc, - a plurality of LEDs for generating a light, wherein the LEDs are arranged so that they emit the light into the intermediate space, - a reflector element which is arranged opposite the LEDs with respect to the intermediate space,
Channel storage system having one or more channels, comprising at least one shuttle for transporting pallets, and closed blocking means at the end of the channel, which means can be opened mechanically and, when in the closed state, prevent the shuttle from travelling out of the channel, characterised in that the shuttle comprises mechanical actuation means for opening the blocking means.
A photochromic composition comprising: a flexible hydrophobic multimethacrylate monomer; a flexible hydrophilic dimethacrylate monomer; a flexible hydrophobic methacrylate monomer; and a photochromic dye; wherein the multimethacrylate monomer contains three or more methacrylate groups. a flexible hydrophobic multimethacrylate monomer; a flexible hydrophilic dimethacrylate monomer; a flexible hydrophobic methacrylate monomer; and a photochromic dye; wherein the multimethacrylate monomer contains three or more methacrylate groups.
A processor for clearing a cache line, comprising: a decoder to decode an instruction to zero a cache line; an execution unit, coupled to the decoder, to issue a command responsive to the decode of the instruction; characterised by an interconnect, responsive to receipt of the command, to issue a snoop to each of a plurality of coherent caches for which it must be determined if there is a hit, wherein the execution unit on its own, the interconnect, or the execution unit responsive to a message from the interconnect, is to cause a cache line in one of the plurality of coherent caches coupled to the execution unit to be configured to indicate all zeros when the snoop did not cause the cache line write of zeros to be performed. a decoder to decode an instruction to zero a cache line; an execution unit, coupled to the decoder, to issue a command responsive to the decode of the instruction; characterised by an interconnect, responsive to receipt of the command, to issue a snoop to each of a plurality of coherent caches for which it must be determined if there is a hit, wherein the execution unit on its own, the interconnect, or the execution unit responsive to a message from the interconnect, is to cause a cache line in one of the plurality of coherent caches coupled to the execution unit to be configured to indicate all zeros when the snoop did not cause the cache line write of zeros to be performed.
A system for vehicle motion planning, the system comprising: a sensor (106, 206), wherein the sensor comprises a ladar system configured to generate ladar frames data; and a motion planning computer system (102, 202) in communication with the sensor; wherein the sensor has a field of view and is configured to (i) provide the ladar frames data to the motion planning computer system and (ii) detect a threatening or anomalous condition in the field of view; wherein the motion planning computer system is configured with a motion planning loop; and wherein the sensor and motion planning computer system are configured to cooperate such that the sensor is configured to insert a notification indicative of the detected condition into the motion planning loop, wherein the notification comprises a priority flag that accompanies the ladar frames data, and whereupon the motion planning computer system is configured to determine that the ladar frames data accompanying the priority flag is to be evaluated on an expedited basis to make a decision about vehicle motion. a sensor (106, 206), wherein the sensor comprises a ladar system configured to generate ladar frames data; and a motion planning computer system (102, 202) in communication with the sensor; wherein the sensor has a field of view and is configured to (i) provide the ladar frames data to the motion planning computer system and (ii) detect a threatening or anomalous condition in the field of view; wherein the motion planning computer system is configured with a motion planning loop; and wherein the sensor and motion planning computer system are configured to cooperate such that the sensor is configured to insert a notification indicative of the detected condition into the motion planning loop, wherein the notification comprises a priority flag that accompanies the ladar frames data, and whereupon the motion planning computer system is configured to determine that the ladar frames data accompanying the priority flag is to be evaluated on an expedited basis to make a decision about vehicle motion.
A process for preparing a cross-linked starch-based polymer comprising the following steps: 1) dissolving a starchy material in a suitable solvent to form a starchy material solution; and 2) adding a episulfide of formula wherein R 1, R 2, R 3 and R 4 are independently selected from hydrogen and (C 1 -C 3)alkyl in the starchy material solution in order to obtain the disulfide crosslinked starch-based polymer. 1) dissolving a starchy material in a suitable solvent to form a starchy material solution; and 2) adding a episulfide of formula wherein R 1, R 2, R 3 and R 4 are independently selected from hydrogen and (C 1 -C 3)alkyl in the starchy material solution in order to obtain the disulfide crosslinked starch-based polymer.