mhurhangee/ep-ind-claims huggingface dataset:
An authentication management system comprising: a custom credential provider installed on a computing device to support OS account authentication through an alternate authentication method that replaces an OS account authentication method supported by an operating system of the computing device; and an authentication management server communicably connected to the custom credential provider via a communication network to perform user authentication related to a user who attempts OS account authentication using the alternate authentication information when the OS account authentication based on the alternate authentication information used in the alternate authentication method is attempted and transfer, to the custom credential provider, a seed to be used to generate a new account authentication information when the user authentication is successful, wherein the custom credential provider is adapted to newly generate account authentication information that satisfies a password security rule required by the operating system using the received seed values, is adapted to update the account authentication information with the newly-generated account authentication information, is adapted to perform authentication according to the OS account authentication method provided by the operating system itself using the newly-generated account authentication information, and is adapted to provide a user session to a corresponding user who attempts the OS account authentication when the OS account authentication is successful. a custom credential provider installed on a computing device to support OS account authentication through an alternate authentication method that replaces an OS account authentication method supported by an operating system of the computing device; and an authentication management server communicably connected to the custom credential provider via a communication network to perform user authentication related to a user who attempts OS account authentication using the alternate authentication information when the OS account authentication based on the alternate authentication information used in the alternate authentication method is attempted and transfer, to the custom credential provider, a seed to be used to generate a new account authentication information when the user authentication is successful, wherein the custom credential provider is adapted to newly generate account authentication information that satisfies a password security rule required by the operating system using the received seed values, is adapted to update the account authentication information with the newly-generated account authentication information, is adapted to perform authentication according to the OS account authentication method provided by the operating system itself using the newly-generated account authentication information, and is adapted to provide a user session to a corresponding user who attempts the OS account authentication when the OS account authentication is successful.
A multilayer strip intended to be wound on a form, comprising pre-impregnated fiber layers superimposed along a stacking direction, each layer extending widthwise along a transverse direction perpendicular to the stacking direction between a first and a second edge, characterized in that on at least a portion of said multilayer strip the first edges of the pre-impregnated fiber layers are aligned with each other in the stacking direction, and each second edge is recessed relative to the second edge of the underlying layer in the transverse direction.
Coil-coating process for the multilayer coating of an endless metal strip, in which a curable polymeric primer for forming a primer layer (7.1) is applied to a flat side of the metal strip by means of a roller application and a curable polymeric lacquer for forming a topcoat layer (8.1) is applied to this primer layer (7.1) by means of a roller application to form a topcoat layer (8.1) and this primer layer (7.1) and topcoat layer (8.1) are cured, characterized in that at least one electrochromic element (13, 21) is applied between the primer layer (7.1) and topcoat layer (8.1), comprising the process steps of printing an, more particularly electrically conductive, electrochromic polymer to form an electrochromic layer (14.1) and/or ion storage layer (14.2) and providing a solid polymer electrolyte to form an electrolyte layer (15.1), wherein the electrolyte layer (15.1) and the electrochromic layer (14.1) or the ion storage layer (14.2) are applied wet-on-wet. a curable polymeric primer for forming a primer layer (7.1) is applied to a flat side of the metal strip by means of a roller application and a curable polymeric lacquer for forming a topcoat layer (8.1) is applied to this primer layer (7.1) by means of a roller application to form a topcoat layer (8.1) and this primer layer (7.1) and topcoat layer (8.1) are cured, characterized in that at least one electrochromic element (13, 21) is applied between the primer layer (7.1) and topcoat layer (8.1), comprising the process steps of printing an, more particularly electrically conductive, electrochromic polymer to form an electrochromic layer (14.1) and/or ion storage layer (14.2) and providing a solid polymer electrolyte to form an electrolyte layer (15.1), wherein the electrolyte layer (15.1) and the electrochromic layer (14.1) or the ion storage layer (14.2) are applied wet-on-wet.
A plate heat exchanger comprising a plurality of heat exchanger plates provided beside each other to form a plate package having first plate interspaces for a first medium and second plate interspaces for a second medium, wherein the first and second plate interspaces (3, 4) are provided in an alternating order in the plate package, a number of portholes extending through the plate package and forming first inlet and outlet channels (5, 6) arranged to convey the first medium into and out from the first plate interspaces, an insert element, which is provided in one of the portholes for the first medium, and comprises an annular body and an annular flange projecting outwardly from the annular body and provided between two of the heat exchanger plates in the plate package, wherein the annular flange has a first side and an opposite second side, which abut a respective one of the two heat exchanger plates, characterised in that the first side comprises an annular groove in the proximity of the annular body and at least one radical groove extending from the annular groove beyond an outer edge of the annular flange.
A glucocorticoid receptor antagonist for use in a method for preventing glucocorticoid-induced neurological damage in a ventilator-dependent low birth weight preterm infant receiving postnatal glucocorticoid therapy, wherein said glucocorticoid receptor antagonist is administered by intrathecal injection concomitantly with a postnatal glucocorticoid in a dose effective for preventing neurological damage to the infant from the postnatal glucocorticoid.
A method for configuring a service, wherein the method comprises: obtaining, by a network architecture as a service, NaaS, device, a contract of a service, wherein the contract comprises identifier information and a condition, the identifier information is used to identify a first device group, the first device group comprises a device that provides the service, and the condition is a communication requirement corresponding to the service; obtaining, by the NaaS device, information about a network device group according to the identifier information and the condition; obtaining, by the NaaS device, a first forwarding rule according to the condition, wherein the first forwarding rule corresponds to the network device group; and sending, by the NaaS device, the first forwarding rule and the information about the network device group to a controller. obtaining, by a network architecture as a service, NaaS, device, a contract of a service, wherein the contract comprises identifier information and a condition, the identifier information is used to identify a first device group, the first device group comprises a device that provides the service, and the condition is a communication requirement corresponding to the service; obtaining, by the NaaS device, information about a network device group according to the identifier information and the condition; obtaining, by the NaaS device, a first forwarding rule according to the condition, wherein the first forwarding rule corresponds to the network device group; and sending, by the NaaS device, the first forwarding rule and the information about the network device group to a controller.
A method of wireless communication of a core network entity, comprising: receiving a registration request including requested features from a user equipment, UE, wherein the requested features include cellular internet of things, CIoT, optimization features, and wherein the CloT optimization features at least include a requested evolved packet system, EPS, optimization; determining to reject the registration request based on the requested features; selecting a cause value from a plurality of cause values to include in a registration reject message to the UE, wherein the cause value is selected based at least in part on whether the UE is in narrow band NB-S1 mode or wide band WB-S1 mode, and wherein: the first cause value includes a first cause value number, the second cause value includes a second cause value number and an Extended EPS mobility management, EMM, cause information element, the first cause value number is cause value #15, wherein the first cause value number indicates that there are no suitable cells in a tracking area, and the second cause value number indicates that that the requested EPS optimization is not supported; and sending the registration reject message to the UE. receiving a registration request including requested features from a user equipment, UE, wherein the requested features include cellular internet of things, CIoT, optimization features, and wherein the CloT optimization features at least include a requested evolved packet system, EPS, optimization; determining to reject the registration request based on the requested features; selecting a cause value from a plurality of cause values to include in a registration reject message to the UE, wherein the cause value is selected based at least in part on whether the UE is in narrow band NB-S1 mode or wide band WB-S1 mode, and wherein: the first cause value includes a first cause value number, the second cause value includes a second cause value number and an Extended EPS mobility management, EMM, cause information element, the first cause value number is cause value #15, wherein the first cause value number indicates that there are no suitable cells in a tracking area, and the second cause value number indicates that that the requested EPS optimization is not supported; and the first cause value includes a first cause value number, the second cause value includes a second cause value number and an Extended EPS mobility management, EMM, cause information element, the first cause value number is cause value #15, wherein the first cause value number indicates that there are no suitable cells in a tracking area, and the second cause value number indicates that that the requested EPS optimization is not supported; and sending the registration reject message to the UE.
A contacting member for a drying device of a printing apparatus in which the contacting member contacts a region of a contacted member to which a liquid composition has been applied, the contacting member comprising: a substrate; a fluororesin fiber layer containing a fluororesin fiber, the fluororesin fiber layer configured to contact the contacted member; an adhesive layer containing an adhesive member directly or indirectly fixing the fluororesin fiber layer to the substrate; and a mixed layer in which the fluororesin fiber in the fluororesin layer and the adhesive member in the adhesive layer are mixed, wherein a thickness of the mixed layer is 5% or more and 60% or less with respect to a thickness of the fluororesin fiber layer. a substrate; a fluororesin fiber layer containing a fluororesin fiber, the fluororesin fiber layer configured to contact the contacted member; an adhesive layer containing an adhesive member directly or indirectly fixing the fluororesin fiber layer to the substrate; and a mixed layer in which the fluororesin fiber in the fluororesin layer and the adhesive member in the adhesive layer are mixed, wherein a thickness of the mixed layer is 5% or more and 60% or less with respect to a thickness of the fluororesin fiber layer.
A method of scanning a computer system having a file system for malware, the method comprising installing a filter unit onto the computer system and executing by the computer system the filter unit to perform the steps of: determining when an application being executed on the computer system is attempting to open a file, by intercepting a file open request message being sent to the file system which requests the creation of a new file or opening of an existing file, and sending the intercepted file open request message to the file system of the computer system; intercepting a response from the file system to the file open request message in order to obtain a handle assigned to the file, and sending the intercepted response to the application; using said handle to intercept a file write request for the file from the application and which is being sent to the file system, copying the data to be written to the file and identified in the file write request to a cache, and sending the intercepted file write request to the file system; using said handle to intercept a file close request which is sent by the application to the file system and registering the file handle for asynchronous processing in order to add the cached data to a malware scanner queue; forwarding the intercepted file close request to the file system; requesting a scan of the queued file data by a malware scanner to determine if the data relates to potential malware; and scanning by the malware scanner the queued file data. determining when an application being executed on the computer system is attempting to open a file, by intercepting a file open request message being sent to the file system which requests the creation of a new file or opening of an existing file, and sending the intercepted file open request message to the file system of the computer system; intercepting a response from the file system to the file open request message in order to obtain a handle assigned to the file, and sending the intercepted response to the application; using said handle to intercept a file write request for the file from the application and which is being sent to the file system, copying the data to be written to the file and identified in the file write request to a cache, and sending the intercepted file write request to the file system; using said handle to intercept a file close request which is sent by the application to the file system and registering the file handle for asynchronous processing in order to add the cached data to a malware scanner queue; forwarding the intercepted file close request to the file system; requesting a scan of the queued file data by a malware scanner to determine if the data relates to potential malware; and scanning by the malware scanner the queued file data.
A sensor system comprising: a sensor device comprising: a base material; and a sensor element (10, 10a, 10b) arranged on the base material, wherein the sensor element (10, 10a, 10b) includes two electrodes (3a, 3b, 3c, 3d) and a thermistor part arranged between the two electrodes (3a, 3b, 3c, 3d) and formed of conductive or semiconductor particles and an organic polymeric component; a filter configured to extract from an electrical signal of the resistance value measured for the sensor element (10, 10a, 10b) relatively abrupt fluctuations with respect to time as an external force component and relatively mild fluctuations with respect to time as a temperature component, wherein the relatively abrupt fluctuations and the relatively mild fluctuations are separated by a threshold; and a processing part which is configured to acquire a detection result of an external force based on the external force component and to acquire a detection result of temperature based on the temperature component; wherein the sensor system is configured to, based on a resistance value measured between the two electrodes (3a, 3b, 3c, 3d), detect an external force applied to the sensor element (10, 10a, 10b) and a temperature to which the sensor element (10, 10a, 10b) is exposed. a base material; and a sensor element (10, 10a, 10b) arranged on the base material, wherein the sensor element (10, 10a, 10b) includes two electrodes (3a, 3b, 3c, 3d) and a thermistor part arranged between the two electrodes (3a, 3b, 3c, 3d) and formed of conductive or semiconductor particles and an organic polymeric component; a filter configured to extract from an electrical signal of the resistance value measured for the sensor element (10, 10a, 10b) relatively abrupt fluctuations with respect to time as an external force component and relatively mild fluctuations with respect to time as a temperature component, wherein the relatively abrupt fluctuations and the relatively mild fluctuations are separated by a threshold; and a processing part which is configured to acquire a detection result of an external force based on the external force component and to acquire a detection result of temperature based on the temperature component; wherein the sensor system is configured to, based on a resistance value measured between the two electrodes (3a, 3b, 3c, 3d), detect an external force applied to the sensor element (10, 10a, 10b) and a temperature to which the sensor element (10, 10a, 10b) is exposed.
Apparatus to electrically kill a plant or at least attenuate plant growth, the apparatus comprising: an electrical energy processing unit, the electrical energy processing unit comprising: a converter configured to receive unprocessed electrical energy from an electrical energy source, to convert the unprocessed electrical energy to processed electrical energy and to transmit said processed electrical energy between an applicator electrode of an applicator unit and an earth electrode of an earth unit; at least one applicator unit to apply the processed electrical energy to a plant, the applicator unit comprising an applicator electrode, the applicator electrode comprising an electrically conductive material, which is connected to the converter of the electrical energy processing unit to receive therefrom the processed electrical energy, and; an earth unit, the earth unit comprising an earth electrode of electrically conductive material, which is connected to the converter to receive the processed electrical energy transmitted from the applicator unit through a load comprising a plant, characterised in that the applicator electrode is configured for direct transmission of the processed electrical energy to a plant, wherein the processed electrical energy comprises a waveform with a frequency of at least 18 kHz with a peak voltage of at least 1 kV and with an electrical current of at least 10 mA rms. a converter configured to receive unprocessed electrical energy from an electrical energy source, to convert the unprocessed electrical energy to processed electrical energy and to transmit said processed electrical energy between an applicator electrode of an applicator unit and an earth electrode of an earth unit; at least one applicator unit to apply the processed electrical energy to a plant, the applicator unit comprising an applicator electrode, the applicator electrode comprising an electrically conductive material, which is connected to the converter of the electrical energy processing unit to receive therefrom the processed electrical energy, and; an earth unit, the earth unit comprising an earth electrode of electrically conductive material, which is connected to the converter to receive the processed electrical energy transmitted from the applicator unit through a load comprising a plant, characterised in that the applicator electrode is configured for direct transmission of the processed electrical energy to a plant, wherein the processed electrical energy comprises a waveform with a frequency of at least 18 kHz with a peak voltage of at least 1 kV and with an electrical current of at least 10 mA rms.
A hole location measurement system comprising: a hole location target comprising: a self-centering insert having a centerline; and an optical target attached to the self-centering insert at a fixed position relative to the centerline of the self-centering insert, the optical target surface comprising a two-dimensional pattern thereon; a camera system configured to capture images of the two-dimensional pattern on the optical target; and a computer system configured to measure three-dimensional locations of features of the two-dimensional pattern on the optical target and to extract a location of the centerline of the self-centering insert based on the three-dimensional locations of features and the fixed position of the optical target. a hole location target comprising: a self-centering insert having a centerline; and an optical target attached to the self-centering insert at a fixed position relative to the centerline of the self-centering insert, the optical target surface comprising a two-dimensional pattern thereon; a self-centering insert having a centerline; and an optical target attached to the self-centering insert at a fixed position relative to the centerline of the self-centering insert, the optical target surface comprising a two-dimensional pattern thereon; a camera system configured to capture images of the two-dimensional pattern on the optical target; and a computer system configured to measure three-dimensional locations of features of the two-dimensional pattern on the optical target and to extract a location of the centerline of the self-centering insert based on the three-dimensional locations of features and the fixed position of the optical target.
A method for describing motion activity in a video, comprising the steps of: determining a motion activity matrix for the video, wherein each frame of the video includes a plurality of macroblocks, and wherein each macroblock includes a motion vector, and wherein the motion vectors of the macroblocks of the frames determine the motion activity matrix; determining a threshold for the motion activity matrix; identifying connected areas with motion vectors at least equal to the threshold; measuring the size of the connected areas; constructing a histogram of the distribution of the sizes of the connected areas of the video; and normalizing the histogram to characterize the spatial distribution of the video in a motion activity descriptor, and wherein connected areas larger than half the area of the frame indicate global motion. determining a motion activity matrix for the video, wherein each frame of the video includes a plurality of macroblocks, and wherein each macroblock includes a motion vector, and wherein the motion vectors of the macroblocks of the frames determine the motion activity matrix; determining a threshold for the motion activity matrix; identifying connected areas with motion vectors at least equal to the threshold; measuring the size of the connected areas; constructing a histogram of the distribution of the sizes of the connected areas of the video; and normalizing the histogram to characterize the spatial distribution of the video in a motion activity descriptor, and wherein connected areas larger than half the area of the frame indicate global motion.