mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving (314, 518, 610), by a Policy and Charging Rules Function, PCRF,, a request from a user equipment, UE, to access a wireless local area network, wherein the UE is currently accessing one or more 3GPP access networks, the request being for a 3GPP Authentication, Authorization and Accounting, AAA, element and the PCRF serving as a proxy for the request; receiving (316, 520), by the PCRF from the 3GPP AAA element, an Access Accept message comprising an International Mobile Subscriber Identity, IMSI, for the subscriber associated with the UE; determining (318, 522, 620), by the PCRF, whether the subscriber associated with the UE is authorized to access the wireless local area network based, at least in part, on looking up a wireless/cellular access policy for the received IMSI, the policy indicating whether the subscriber is allowed to access the wireless local area network; and communicating (320, 524, 526, 630), by the PCRF, one of a wireless access rejection and a wireless access acceptance to the UE based on the determination. receiving (314, 518, 610), by a Policy and Charging Rules Function, PCRF,, a request from a user equipment, UE, to access a wireless local area network, wherein the UE is currently accessing one or more 3GPP access networks, the request being for a 3GPP Authentication, Authorization and Accounting, AAA, element and the PCRF serving as a proxy for the request; receiving (316, 520), by the PCRF from the 3GPP AAA element, an Access Accept message comprising an International Mobile Subscriber Identity, IMSI, for the subscriber associated with the UE; determining (318, 522, 620), by the PCRF, whether the subscriber associated with the UE is authorized to access the wireless local area network based, at least in part, on looking up a wireless/cellular access policy for the received IMSI, the policy indicating whether the subscriber is allowed to access the wireless local area network; and communicating (320, 524, 526, 630), by the PCRF, one of a wireless access rejection and a wireless access acceptance to the UE based on the determination.
A system for controlling shower outlets (121,122,123,124), comprising: a shower having one or more shower components; an electronic display (162,262) configured to display multiple different graphical user interfaces for controlling the shower components, each of the graphical user interfaces comprising a different set of graphical user interface elements; a controller configured to cause the electronic display to display a multidimensional graphical representation of a temperature profile for a shower, the temperature profile comprising at least two temperature points that are adjustable in temperature and time via user interface controls, wherein adjusting the temperature of a temperature point moves the temperature point vertically along a first dimension of the multi-dimensional graphical representation of the temperature profile, and adjusting the time of a temperature point moves the temperature point horizontally along a second dimension of the multi-dimensional graphical representation of the temperature profile; wherein the controller causes the temperature profile to be stored in memory for use in controlling the shower components, and causes a temperature of water output from the shower components to be adjusted according to the stored temperature profile; wherein one of the temperature points is assigned a start temperature and start time and one other of the temperature points is assigned an end temperature and end time, and the temperature of the water output is adjusted between the start time and end time, starting at the start temperature and ending at the end temperature. a shower having one or more shower components; an electronic display (162,262) configured to display multiple different graphical user interfaces for controlling the shower components, each of the graphical user interfaces comprising a different set of graphical user interface elements; a controller configured to cause the electronic display to display a multidimensional graphical representation of a temperature profile for a shower, the temperature profile comprising at least two temperature points that are adjustable in temperature and time via user interface controls, wherein adjusting the temperature of a temperature point moves the temperature point vertically along a first dimension of the multi-dimensional graphical representation of the temperature profile, and adjusting the time of a temperature point moves the temperature point horizontally along a second dimension of the multi-dimensional graphical representation of the temperature profile; wherein the controller causes the temperature profile to be stored in memory for use in controlling the shower components, and causes a temperature of water output from the shower components to be adjusted according to the stored temperature profile; wherein one of the temperature points is assigned a start temperature and start time and one other of the temperature points is assigned an end temperature and end time, and the temperature of the water output is adjusted between the start time and end time, starting at the start temperature and ending at the end temperature.
An image processing apparatus, comprising: an acquiring unit configured to acquire an image signal of a plurality of images obtained by picking up an object image that is formed by a photographing optical system; a determining unit configured to determine a defocus amount of the object image by using the image signal of the plurality of images; and a conversion unit configured to perform, on the defocus amount, gradation conversion in accordance with at least one conversion characteristic out of a plurality of different conversion characteristics, and to output information that is based on the defocus amount converted by the gradation conversion, characterized in that the conversion unit selects the one conversion characteristic out of the plurality of different conversion characteristics based on an application to which the information is output, wherein the plurality of conversion characteristics include a conversion characteristic that more gradations are allocated to distance information near an in-focus region as compared with distance information not near the in-focus region. an acquiring unit configured to acquire an image signal of a plurality of images obtained by picking up an object image that is formed by a photographing optical system; a determining unit configured to determine a defocus amount of the object image by using the image signal of the plurality of images; and a conversion unit configured to perform, on the defocus amount, gradation conversion in accordance with at least one conversion characteristic out of a plurality of different conversion characteristics, and to output information that is based on the defocus amount converted by the gradation conversion, characterized in that the conversion unit selects the one conversion characteristic out of the plurality of different conversion characteristics based on an application to which the information is output, wherein the plurality of conversion characteristics include a conversion characteristic that more gradations are allocated to distance information near an in-focus region as compared with distance information not near the in-focus region.
Tetrodotoxin, optionally in the form of a racemate, a pure stereoisomer, especially an enantiomer or diastereomer or in the form of a mixture of stereoisomers, especially an enantiomer or a diastereomer, in any suitable mixing ratio; in neutral form, in the form of an acid or base or in form of a salt, especially a physiologically acceptable salt, or in form of a solvate, especially a hydrate, for use in the treatment or prevention of neuropathic pain developing as a consequence of chemotherapy.
A secondary battery system characterized by comprising a secondary battery; a first measurement part that measures a volume change rate of the secondary battery per unit time; a designation part that designates a threshold value; and a controller configured to control a charging current flowing through the secondary battery, based on the volume change rate of the secondary battery measured by the first measurement part and the threshold value.
A method for measuring signal received power, comprising: obtaining, by a user equipment, UE, reference signal resource; obtaining, by the UE, a reference signal subset and a precoding matrix, wherein the reference signal subset is a subset of a reference signal port set configured in the reference signal resource, and the precoding matrix is used for precoding the reference signal subset; and obtaining, by the UE, signal received power according to the reference signal subset and the precoding matrix obtained by the UE; and characterised in that obtaining, by the UE, signal received power according to the reference signal subset and the precoding matrix obtained by the UE, comprising: obtaining, by the UE, a channel estimation value according to the reference signal subset, obtaining, by the UE, a precoded channel estimation value according to the channel estimation value and the precoding matrix, obtaining, by the UE, multiple channel estimations based on respective resource units carrying the reference signals, obtaining, by the UE, corresponding received powers, and obtaining, by the UE, signal received power by linearly averaging the above-mentioned powers on the considered measurement bandwidth. obtaining, by a user equipment, UE, reference signal resource; obtaining, by the UE, a reference signal subset and a precoding matrix, wherein the reference signal subset is a subset of a reference signal port set configured in the reference signal resource, and the precoding matrix is used for precoding the reference signal subset; and obtaining, by the UE, signal received power according to the reference signal subset and the precoding matrix obtained by the UE; and characterised in that obtaining, by the UE, signal received power according to the reference signal subset and the precoding matrix obtained by the UE, comprising: obtaining, by the UE, a channel estimation value according to the reference signal subset, obtaining, by the UE, a precoded channel estimation value according to the channel estimation value and the precoding matrix, obtaining, by the UE, multiple channel estimations based on respective resource units carrying the reference signals, obtaining, by the UE, corresponding received powers, and obtaining, by the UE, signal received power by linearly averaging the above-mentioned powers on the considered measurement bandwidth.
Method for storing information about banknotes that need to be verified, which have been transferred to a self-service terminal and which are stored by the self-service terminal in cassettes, comprising the following steps: - receiving banknotes; - verifying the banknotes in order to determine the serial number and the genuineness; - storing the serial number and a transaction number on a storage system, which is physically connected to the cassette and is transported therewith, wherein at the same time verification is achieved by requesting the transaction number from a transaction server, which transaction number is then provided by the transaction server, the transaction number stored on the storage system of the cassette being used to retrieve details of the transaction from the transaction server. - receiving banknotes; - verifying the banknotes in order to determine the serial number and the genuineness; - storing the serial number and a transaction number on a storage system, which is physically connected to the cassette and is transported therewith, wherein at the same time verification is achieved by requesting the transaction number from a transaction server, which transaction number is then provided by the transaction server, the transaction number stored on the storage system of the cassette being used to retrieve details of the transaction from the transaction server.
A frame loss concealment method for burst error handling, the method being performed by a receiving entity, the method comprising: generating a substitution frame spectrum by use of a primary frame loss concealment method, wherein the substitution frame spectrum is based on a spectrum of a frame of a previously received audio signal; determining a noise component, wherein a frequency characteristic of the noise component is a low-resolution spectral representation of the frame of the previously received audio signal; determining whether a number n of lost or erroneous frames exceeds a threshold; if the number n of lost or erroneous frames does not exceed the threshold, adding (S104, S208) the noise component to the substitution frame spectrum; if the number n of lost or erroneous frames exceeds the threshold, applying (S103, S206) an attenuation factor γ to the noise component before adding (S104, S208) the noise component to the substitution frame spectrum. generating a substitution frame spectrum by use of a primary frame loss concealment method, wherein the substitution frame spectrum is based on a spectrum of a frame of a previously received audio signal; determining a noise component, wherein a frequency characteristic of the noise component is a low-resolution spectral representation of the frame of the previously received audio signal; determining whether a number n of lost or erroneous frames exceeds a threshold; if the number n of lost or erroneous frames does not exceed the threshold, adding (S104, S208) the noise component to the substitution frame spectrum; if the number n of lost or erroneous frames exceeds the threshold, applying (S103, S206) an attenuation factor γ to the noise component before adding (S104, S208) the noise component to the substitution frame spectrum.
Boom control device for in-flight refuelling operations by means of a boom, with touch control and reception, based on haptic augmented reality technology comprising: - a boom model suitable to be hold by hand, - control and actuation means, wherefrom a transmission arm emerges for actuation of the boom model, wherein the control and actuation means comprises: - a first double set of motors, which allow performance of a horizontal movement of the boom model, - a second double set of motors, which allow a pitch movement, and which rotate with respect to an axis orthogonal to the axis of rotation of the first set of motors, - a counterweight to balance the forces of both sets of motors and - first electronic means for actuation and control of the motors and, wherein the boom model has a form similar to the actual boom that is intended to be handled and which comprises: - second electronic means, which controls the elements that form part of the boom model, - a vibrator housed inside the boom model, - a series of buttons, and, - an acceleration sensor, and - a magnet. - LEDs, wherein all of these allowing control over the boom with a single hand. - a boom model suitable to be hold by hand, - control and actuation means, wherefrom a transmission arm emerges for actuation of the boom model, wherein the control and actuation means comprises: - a first double set of motors, which allow performance of a horizontal movement of the boom model, - a second double set of motors, which allow a pitch movement, and which rotate with respect to an axis orthogonal to the axis of rotation of the first set of motors, - a counterweight to balance the forces of both sets of motors and - first electronic means for actuation and control of the motors and, wherein the boom model has a form similar to the actual boom that is intended to be handled and which comprises: - second electronic means, which controls the elements that form part of the boom model, - a vibrator housed inside the boom model, - a series of buttons, and, - an acceleration sensor, and - a magnet. - LEDs, wherein all of these allowing control over the boom with a single hand.
A computer-implemented method comprising: receiving, by a mobile computing device, an audio input corresponding to an utterance of a hotword; generating a hotword audio fingerprint of the audio input; receiving, by the mobile computing device, additional audio data corresponding to a voice command or query; determining a type of the voice command or query; determining a similarity between the hotword audio fingerprint and one or more stored audio fingerprints of audio data that was previously determined to correspond to the hotword; detecting whether the audio input corresponds to a recording of an utterance of a hotword that was previously input to the same mobile computing device, based on whether the similarity between the hotword audio fingerprint and one of the one or more stored audio fingerprints satisfies a predetermined threshold, wherein the predetermined threshold is weighted based on the type of the voice command or query; and in response to detecting, by the mobile computing device, that the audio input corresponds to a recording of an utterance of a hotword that was previously input to the same mobile computing device, disabling, by the mobile computing device, access to one or more resources of the mobile computing device. receiving, by a mobile computing device, an audio input corresponding to an utterance of a hotword; generating a hotword audio fingerprint of the audio input; receiving, by the mobile computing device, additional audio data corresponding to a voice command or query; determining a type of the voice command or query; determining a similarity between the hotword audio fingerprint and one or more stored audio fingerprints of audio data that was previously determined to correspond to the hotword; detecting whether the audio input corresponds to a recording of an utterance of a hotword that was previously input to the same mobile computing device, based on whether the similarity between the hotword audio fingerprint and one of the one or more stored audio fingerprints satisfies a predetermined threshold, wherein the predetermined threshold is weighted based on the type of the voice command or query; and in response to detecting, by the mobile computing device, that the audio input corresponds to a recording of an utterance of a hotword that was previously input to the same mobile computing device, disabling, by the mobile computing device, access to one or more resources of the mobile computing device.
An agricultural implement, comprising: a frame; at least one rake moveably coupled to the frame and including a plurality of tine arms, a plurality of tines connected to the plurality of tine arms, and a rotor drive configured for rotating the plurality of tine arms; and an adjustment system (22, 50, 60, 70) configured for adjusting a rake height of said at least one rake, said adjustment system (22, 50, 60, 70) including: at least one actuator connected to the frame and configured for adjusting the rake height; a controller operably connected to said at least one actuator; and characterized by: at least one dust sensor (38, 52, 54A, 54B) supported by the frame vertically above the plurality of tine arms and operably connected to the controller, said at least one dust sensor (38, 52, 54A, 54B) is configured to monitor a dust level suspended in the air and is configured to communicate dust level data to the controller which correspondingly is configured to adjust the rake height based upon the dust level data. a frame; at least one rake moveably coupled to the frame and including a plurality of tine arms, a plurality of tines connected to the plurality of tine arms, and a rotor drive configured for rotating the plurality of tine arms; and an adjustment system (22, 50, 60, 70) configured for adjusting a rake height of said at least one rake, said adjustment system (22, 50, 60, 70) including: at least one actuator connected to the frame and configured for adjusting the rake height; a controller operably connected to said at least one actuator; and characterized by: at least one dust sensor (38, 52, 54A, 54B) supported by the frame vertically above the plurality of tine arms and operably connected to the controller, said at least one dust sensor (38, 52, 54A, 54B) is configured to monitor a dust level suspended in the air and is configured to communicate dust level data to the controller which correspondingly is configured to adjust the rake height based upon the dust level data. at least one actuator connected to the frame and configured for adjusting the rake height; a controller operably connected to said at least one actuator; and characterized by: at least one dust sensor (38, 52, 54A, 54B) supported by the frame vertically above the plurality of tine arms and operably connected to the controller, said at least one dust sensor (38, 52, 54A, 54B) is configured to monitor a dust level suspended in the air and is configured to communicate dust level data to the controller which correspondingly is configured to adjust the rake height based upon the dust level data.
An optical displacement measuring apparatus (10, 12, 13, 14, 15, 16, 17), comprising an objective optical system and a detection section, for introducing light from a light source through the objective optical system to an object to be measured, and detecting light reflected from the object to be measured in the detection section to measure a displacement of the object to be measured relative to the objective optical system; characterized in that the objective optical system is a truncated cone shaped prism which includes a broad-area flat portion and a narrow-area flat portion, each of which are perpendicular to an optical axis, and includes a truncated conical circumference surface for connecting the broad-area flat portion and the narrow-area flat portion; the truncated cone shaped prism being placed at a position where an apex angle side having the narrow-area flat portion is proximal to the object to be measured, and whereby parallel light which is parallel to the optical axis impinges from the broad-area flat portion side through the narrow-area flat portion side perpendicularly onto a surface of the object to be measured, whereby the light reflected from the object to be measured is received by the truncated conical circumference surface, and thereby the reflected light is directed toward the detection section; and the optical displacement measuring apparatus (10, 12, 13, 14, 15, 16, 17) further comprises an imaging lens installed between the objective optical system and the detection section and focusing the reflected light from the object to be measured which has passed through the truncated cone shaped prism, and a pinhole optical device disposed at a focus position of the imaging lens between the imaging lens and the detection section and passing only light parallel to the optical axis among the reflected light from the object to be measured which has passed through the truncated cone shaped prism.