mhurhangee/ep-ind-claims huggingface dataset:
A method for steering of roaming by a user equipment, UE, in a wireless communication system, the method comprising: sending a registration request message to an access and mobility management function, AMF, in a visited public land mobile network, VPLMN; receiving a registration accept message including preferred PLMN list from the AMF in the VPLMN; performing security check of the preferred PLMN list; and sending a registration complete message to the AMF in the VPLMN based on a result of the security check. sending a registration request message to an access and mobility management function, AMF, in a visited public land mobile network, VPLMN; receiving a registration accept message including preferred PLMN list from the AMF in the VPLMN; performing security check of the preferred PLMN list; and sending a registration complete message to the AMF in the VPLMN based on a result of the security check.
A liquid treatment system comprising: an ultrasonic waveguide assembly having an ultrasonic horn operable at an ultrasonic frequency to ultrasonically energize liquid; an ultraviolet light source for emitting ultraviolet light onto the liquid while the liquid is ultrasonically energized by the ultrasonic horn; and a housing defining an interior space for receiving the liquid, at least a portion of the ultrasonic horn being located within the interior space of the housing for ultrasonically energizing the liquid within the housing; wherein the ultrasonic horn has an outer surface and a plurality of discrete agitating members extending outward from the outer surface, the agitating members being constructed and arranged for dynamic motion of the agitating members relative to the ultrasonic horn upon ultrasonic vibration of the ultrasonic horn; the liquid treatment system further comprising a baffle assembly disposed within the interior space of the housing, and transversely adjacent an inner surface of a sidewall of the housing and in transversely opposed relationship with the ultrasonic horn. an ultrasonic waveguide assembly having an ultrasonic horn operable at an ultrasonic frequency to ultrasonically energize liquid; an ultraviolet light source for emitting ultraviolet light onto the liquid while the liquid is ultrasonically energized by the ultrasonic horn; and a housing defining an interior space for receiving the liquid, at least a portion of the ultrasonic horn being located within the interior space of the housing for ultrasonically energizing the liquid within the housing; wherein the ultrasonic horn has an outer surface and a plurality of discrete agitating members extending outward from the outer surface, the agitating members being constructed and arranged for dynamic motion of the agitating members relative to the ultrasonic horn upon ultrasonic vibration of the ultrasonic horn; the liquid treatment system further comprising a baffle assembly disposed within the interior space of the housing, and transversely adjacent an inner surface of a sidewall of the housing and in transversely opposed relationship with the ultrasonic horn.
A method of measuring electrical current by computing a function of the output signals of two magnetic field sensors (H1,H2) each inserted in a respective one of two airgaps of a magnetic circuit, both sensors belonging to the type ratiometric with respect to the bias current or both belonging to the type ratiometric with respect to the supply voltage and configured to feature matched temperature coefficients of the respective magnetic field sensitivity; wherein a magnetic flux is established in said magnetic circuit by a first winding being configured to carry the current to be measured (I M), and thus resulting, at both magnetic field sensors locations, in a first magnetic field component (B M, B(I M)) proportional to said current; said method further comprising the step of establishing at said two magnetic field sensors locations a second magnetic field component (B R, B(I R)) possessing a constant reference magnetic field value independent from the value of the current to be measured, and in such a way that said second magnetic field component adds to said first component at one of said two magnetic field sensors locations, while subtracting from it at the other magnetic field sensor location; wherein said reference magnetic field is established by means of at least one permanent magnet or by means of at least one second winding configured to carry a current of a constant reference value; said method further comprising the step of processing through an adder circuit and a subtractor circuit the signals generated by said two magnetic field sensors, so as to produce an output sum signal and an output difference signal, and thus resulting in one of said output signals being proportional to said second magnetic field component solely and the other output signal being proportional solely to the first magnetic field component established by the current to be measured; whereby the output signal proportional to said second magnetic field component is then used in a feedback loop configured to control the common biasing current of the two magnetic field sensors, in case the magnetic field sensors belong to the type ratiometric with respect to the biasing current, or the common supply voltage of the two magnetic field sensors, in case the magnetic field sensors belong to the type ratiometric with respect to the supply voltage, in such a way that said output signal proportional to said second magnetic field component is held at a constant reference voltage value, consequently resulting in an automatic compensation of the impact of temperature drifts of the magnetic sensitivities on the accuracy of the output signal proportional to the current to be measured.
Method for obtaining ingredients such as flavors, vitamins and polyphenols from food, comprising the following steps: a) providing a food selected from herbs or spices suitable for consumption, b) adding an extractant, c) grinding the food and the extractant into a mash, and d) separating the mash into an extraction phase, which is an oil phase, and a solid phase as raffinate phase, wherein the food is finely ground with the extraction agent, the fine grinding being defined in that the food is ground with the extractant until the oil phase has an average particle size of less than 300 μm, preferably less than 100 μm and particularly preferably less than 20 microns, and wherein the extractant is a vegetable oil, characterized in that the mash is separated in a three-phase separator into a solid phase, an oil phase to obtain an essential oil and a water phase. a) providing a food selected from herbs or spices suitable for consumption, b) adding an extractant, c) grinding the food and the extractant into a mash, and d) separating the mash into an extraction phase, which is an oil phase, and a solid phase as raffinate phase, wherein the food is finely ground with the extraction agent, the fine grinding being defined in that the food is ground with the extractant until the oil phase has an average particle size of less than 300 μm, preferably less than 100 μm and particularly preferably less than 20 microns, and wherein the extractant is a vegetable oil, characterized in that the mash is separated in a three-phase separator into a solid phase, an oil phase to obtain an essential oil and a water phase. wherein the food is finely ground with the extraction agent, the fine grinding being defined in that the food is ground with the extractant until the oil phase has an average particle size of less than 300 μm, preferably less than 100 μm and particularly preferably less than 20 microns, and wherein the extractant is a vegetable oil, characterized in that the mash is separated in a three-phase separator into a solid phase, an oil phase to obtain an essential oil and a water phase.
A housing for an axial ventilator, consisting of a wall ring with an inlet nozzle section and an annular outside diffusor connected to the wall ring on the outlet side and having an inlet opening and an outlet opening as well as a holder for an electric motor of the ventilator, which is situated in the interior of the housing, wherein the holder consists of a plurality of struts that can be attached at the edge of the inlet opening of said holder to an interior circumferential surface of the outside diffusor, said struts being fastened thereto at one end and spaced at distances from one another circumferentially, and the other end of said struts can be mounted onto a motor flange of a motor housing of the electric motor, and wherein the outside diffusor widens conically from its inlet opening to its outlet opening with a cone angle (α) in relation to its central longitudinal axis (X-X), wherein situated in the outside diffusor is an inner diffusor that extends from the inlet opening to the outlet opening and which has a closed circumferential wall and which can be connected to the motor flange of the motor housing in the surface of the inlet opening, wherein the motor housing of the electric motor can be placed in the interior of the inner diffusor, and wherein a protective grating is affixed in an opening plane of the outlet opening that extends perpendicular to the longitudinal axis (X-X), which protective grating is connected at its external circumferential edge to the outside diffusor, wherein the outside diffusor in its circumferential wall in the surface of the outlet opening has recesses for the insertion of grating wires of the protective grating, characterized in that the outside diffusor is formed by at least two partial ring segments that are connected by mechanical connection means at the external circumferential surface of the outside diffusor, wherein wall areas of the inner diffusor have at the edge of their free ends recesses for the insertion of the grating wires, and the inner diffusor has an end cover which is supported on the protective grating on its side facing in the outlet direction and which is fastened to an air guiding section via fastening devices so that the protective grating is enclosed between the end cover and the air guiding section, wherein the inner diffusor can be connected via a plug connection (50, 60) to the motor flange wherein preferentially the plug connection is formed by a plurality of snap-in connectors which are attached to a ring flange that connects the struts at their ends, wherein the snap-in connectors each consist of a snap-in hook.
Electric system of a vehicle which includes an electronically controlled brake system EBS, comprising: - a steering angle sensor unit that measures the steering angle of a steering wheel; - at least one control module; - at least one first inertia sensor; and - an electronic braking system central control unit EBS ECU of the electronically controlled brake system EBS; wherein, the at least one control module is external to the steering angle sensor unit; and wherein, the at least one control module is external to the electronic braking system central control unit EBS ECU; characterised in that, at least one of the at least one control module has mounted in it, within it or on it one of the at least one first inertia sensor, and in that the at least one control module in, on or within which is mounted the one of the at least one first inertia sensor is configured to be in communication contact with the electronic braking system central control unit EBS ECU. - a steering angle sensor unit that measures the steering angle of a steering wheel; - at least one control module; - at least one first inertia sensor; and - an electronic braking system central control unit EBS ECU of the electronically controlled brake system EBS; wherein, the at least one control module is external to the steering angle sensor unit; and wherein, the at least one control module is external to the electronic braking system central control unit EBS ECU; characterised in that, at least one of the at least one control module has mounted in it, within it or on it one of the at least one first inertia sensor, and in that the at least one control module in, on or within which is mounted the one of the at least one first inertia sensor is configured to be in communication contact with the electronic braking system central control unit EBS ECU. wherein, the at least one control module is external to the steering angle sensor unit; and wherein, the at least one control module is external to the electronic braking system central control unit EBS ECU;
An image forming apparatus, comprising: an image bearing member for bearing a toner image; a belt (80, 100), movable in a conveyance direction, for conveying the toner image directly or conveying a transfer material onto which the toner image is transferred; a transfer device having a contact surface which is brought into contact with the belt; and means for supplying voltage to the transfer device wherein said transfer device, to which a voltage is supplied, transfers the toner image from the image bearing member to the belt or a transfer material conveyed by the belt, characterised in that the contact surface of the transfer device is stationary with respect to the belt while the belt is moving, and the contact surface of the transfer device comprises: linear recessed portions, wherein a direction of the linear recessed portions intersects the conveyance direction of the belt (80, 100). an image bearing member for bearing a toner image; a belt (80, 100), movable in a conveyance direction, for conveying the toner image directly or conveying a transfer material onto which the toner image is transferred; a transfer device having a contact surface which is brought into contact with the belt; and means for supplying voltage to the transfer device wherein said transfer device, to which a voltage is supplied, transfers the toner image from the image bearing member to the belt or a transfer material conveyed by the belt, characterised in that the contact surface of the transfer device is stationary with respect to the belt while the belt is moving, and the contact surface of the transfer device comprises: linear recessed portions, wherein a direction of the linear recessed portions intersects the conveyance direction of the belt (80, 100). linear recessed portions, wherein a direction of the linear recessed portions intersects the conveyance direction of the belt (80, 100).
A computer-implemented method of decompressing transducer data for speech recognition, comprising: determining a location of a compressed block in an array of compressed blocks of transducer-related data; determining the compression rate of individual compressed entries in the located compressed block; determining a key value to be applied to individual compressed entries of the located compressed block to obtain the uncompressed value of the entry; determining the bit location of a compressed entry inside the compressed block by multiplying the index of the entry with the determined compression rate; reading the compressed entry from the compressed block; and decompressing the compressed entry by adding the key value to the compressed entry. determining a location of a compressed block in an array of compressed blocks of transducer-related data; determining the compression rate of individual compressed entries in the located compressed block; determining a key value to be applied to individual compressed entries of the located compressed block to obtain the uncompressed value of the entry; determining the bit location of a compressed entry inside the compressed block by multiplying the index of the entry with the determined compression rate; reading the compressed entry from the compressed block; and decompressing the compressed entry by adding the key value to the compressed entry.
System for playing poker by decentralised players via the Internet, having a real poker table for a dealer and up to ten player seats on its periphery, the edge region of the poker table being transparent, for depositing the player poker cards on this transparent edge region with the playing side facing downwards, and having a raised edge region above this edge region for depositing chips, further with at least one IP camera (2, 18, 26) directed from above onto the poker table for real-time recording and real-time Internet transmission of the entire game events, and with an IP camera assigned to each player's seat below the poker table for recording only the player poker cards placed on the transparent edge area at this player's seat, and with a computer belonging to the poker table, which is connected to all IP cameras (2, 18, 26; 44) and to the Internet and on which a poker game software is installed which communicates with an associated poker game software application on each player computer, whereby all areas of the poker table can be reached by the dealer from his seat at the poker table with one hand for grabbing chips and player poker cards, as well as decentralised player computers available at the individual players with an Internet connection and the associated application software for establishing and operating a video/sound connection between the computer belonging to the poker table and all participating computers of the players.
Motor vehicle body structure set forming a pavilion with an opening roof or a non-opening roof, the structured set consisting of at least one pavilion arc and one front bow of a roof, joined to at least one pavilion arc, so that it is positioned near a top part of a front windscreen bay, the front bow having a back rebate, extending horizontally from at least one pavilion arc, the front bow being configured to fit to an opening roof or a non-opening roof, the combination being characterized in that the back rebate of the front bow has at least one boss projecting towards the opening roof or the non-opening roof, the said at least one boss entering into a respective blanking, carried by a framework of a opening roof, or at least one boss serving as a element for the non- roof.
A container sealing device provided with an inner plug and an upper closure and enabling attachment and detachment of the upper closure by a first screwing part provided between the inner plug or a container and the upper closure, wherein: the upper closure has a support part catching a separation part provided in the inner plug by a second screwing part for opening the plug and separating the separation part from the inner plug; the second screwing part is in a reverse thread relation with respect to the first screwing part, characterised in that the second screwing part is formed of barb-shaped protrusions (19, 22) which facilitates pushing the separation part into the support part rather than withdrawing the separation part from the support part; and means that function as stoppers (16t, 20u) determining a mutual assembling interval between the separation part of the inner plug and the upper closure is provided. the upper closure has a support part catching a separation part provided in the inner plug by a second screwing part for opening the plug and separating the separation part from the inner plug; the second screwing part is in a reverse thread relation with respect to the first screwing part, characterised in that the second screwing part is formed of barb-shaped protrusions (19, 22) which facilitates pushing the separation part into the support part rather than withdrawing the separation part from the support part; and means that function as stoppers (16t, 20u) determining a mutual assembling interval between the separation part of the inner plug and the upper closure is provided.
A differential for a motor vehicle, in particular a utility vehicle, wherein the differential has a differential lock, wherein the differential lock has: a shift body, in particular a shift fork, which is movable in order to engage and in order to release the differential lock; and a shift sleeve, which is connected to the shift body and is movable together with the shift body; and a connecting component, which connects the shift body and the shift sleeve to one another for joint movement, wherein the connecting component is connected to the shift sleeve in an axially adjustable manner, in particular in order to set the play between the shift sleeve and the differential, characterized in that a relative positioning between the shift sleeve, on the one hand, and the connecting component and the shift body, on the other hand, is set via an axial adjustment of the connecting component on the shift sleeve. a shift body, in particular a shift fork, which is movable in order to engage and in order to release the differential lock; and a shift sleeve, which is connected to the shift body and is movable together with the shift body; and a connecting component, which connects the shift body and the shift sleeve to one another for joint movement, wherein the connecting component is connected to the shift sleeve in an axially adjustable manner, in particular in order to set the play between the shift sleeve and the differential, characterized in that a relative positioning between the shift sleeve, on the one hand, and the connecting component and the shift body, on the other hand, is set via an axial adjustment of the connecting component on the shift sleeve.
Computer-implemented method for assisting a driver of a vehicle during driving of the vehicle, in which the surroundings of the vehicle are acquired, wherein the surroundings acquisition comprises the course of roads and movement data of other road users, wherein historical data are retrieved for the acquired surroundings, these data having been obtained at least from past driving manoeuvres of road users in these surroundings, the acquired surroundings of the vehicle are analysed and a traffic situation of the vehicle in relation to at least one second road user of the acquired other road users is determined, wherein the traffic situation is assigned a traffic rule, a provisional driving manoeuvre of the second road user is predicted by way of the retrieved historical data and the current traffic situation and a control signal for assisting the driver during driving of the vehicle is generated on the basis of the predicted driving manoeuvre of the second road user, characterized in that the traffic rule assigned to the traffic situation is obtained by way of the historical data from past driving manoeuvres of road users, wherein the traffic rule is derived from the acquired driving manoeuvres. the acquired surroundings of the vehicle are analysed and a traffic situation of the vehicle in relation to at least one second road user of the acquired other road users is determined, wherein the traffic situation is assigned a traffic rule, a provisional driving manoeuvre of the second road user is predicted by way of the retrieved historical data and the current traffic situation and a control signal for assisting the driver during driving of the vehicle is generated on the basis of the predicted driving manoeuvre of the second road user, characterized in that the traffic rule assigned to the traffic situation is obtained by way of the historical data from past driving manoeuvres of road users, wherein the traffic rule is derived from the acquired driving manoeuvres.