mhurhangee/ep-ind-claims huggingface dataset:
A method for establishing data connections on a mobile network, wherein a data channel is established between a user equipment, UE, and a packet data network, PDN, gateway, GW; and a policy control session is established between a policy control entity and the PDN GW according to a data channel ID provided by the PDN GW to the policy control entity, the method comprising: allocating (402, 403), by the PDN GW, an Internet Protocol, IP, address for accessing the PDN to the UE according to an address allocation request sent from the UE; characterized by sending, by the PDN GW, a policy control session update request that carries the allocated IP address and the data channel ID to the policy control entity; receiving, by the PDN GW, from the policy control entity an updated policy control rule corresponding to the policy control session, wherein a policy control rule corresponding to the policy control session is updated, by the policy control entity, according to the allocated IP address carried in the policy control session update request. allocating (402, 403), by the PDN GW, an Internet Protocol, IP, address for accessing the PDN to the UE according to an address allocation request sent from the UE; characterized by sending, by the PDN GW, a policy control session update request that carries the allocated IP address and the data channel ID to the policy control entity; receiving, by the PDN GW, from the policy control entity an updated policy control rule corresponding to the policy control session, wherein a policy control rule corresponding to the policy control session is updated, by the policy control entity, according to the allocated IP address carried in the policy control session update request.
A method for identity verification, comprising: obtaining, by a mobile terminal from a device, a device identifier of the device, and uploading the obtained device identifier to a server; performing, by the server, validity verification on the device identifier, and returning a result of the validity verification to the mobile terminal; in the situation where the received result of the validity verification returned by the server is valid, collecting, by the mobile terminal, identity feature information of a user, and uploading the collected identity feature information to the server; performing, by the server, identity verification on the identity feature information, and in the situation where the identity verification is successful, issuing an electronic pass to the mobile terminal; and using, by the mobile terminal, the electronic pass to obtain a service provided by the device, characterized in that the device identifier comprises a dynamic token and is a character string encrypted by the device using a preset algorithm, and performing validity verification on the device identifier includes verifying, by using the preset algorithm, whether the device identifier is valid. obtaining, by a mobile terminal from a device, a device identifier of the device, and uploading the obtained device identifier to a server; performing, by the server, validity verification on the device identifier, and returning a result of the validity verification to the mobile terminal; in the situation where the received result of the validity verification returned by the server is valid, collecting, by the mobile terminal, identity feature information of a user, and uploading the collected identity feature information to the server; performing, by the server, identity verification on the identity feature information, and in the situation where the identity verification is successful, issuing an electronic pass to the mobile terminal; and using, by the mobile terminal, the electronic pass to obtain a service provided by the device, characterized in that the device identifier comprises a dynamic token and is a character string encrypted by the device using a preset algorithm, and performing validity verification on the device identifier includes verifying, by using the preset algorithm, whether the device identifier is valid.
A vision system for imaging feature sets on an object surface comprising: a first imaging system (110, 510) having at least a first image sensor and first optics, the first imaging system defining an on-axis configuration having a system optical axis; a second imaging system (120, 520) defining an extended-depth of focus configuration with second optics; a vision system processor that receives and processes image data from the first imaging system and the second imaging system; characterized by a primary aimer assembly and a secondary aimer assembly that each project a discrete beam (1020; 1030) of structured light onto the surface in a relative relationship that indicates a focus distance with respect to the first imaging system and indicates an approximate center of the field of view of the second imaging system. a first imaging system (110, 510) having at least a first image sensor and first optics, the first imaging system defining an on-axis configuration having a system optical axis; a second imaging system (120, 520) defining an extended-depth of focus configuration with second optics; a vision system processor that receives and processes image data from the first imaging system and the second imaging system; characterized by a primary aimer assembly and a secondary aimer assembly that each project a discrete beam (1020; 1030) of structured light onto the surface in a relative relationship that indicates a focus distance with respect to the first imaging system and indicates an approximate center of the field of view of the second imaging system.
An apparatus for warming up or cooling down a liquid surface treatment agent, such as paint, located in a pail, wherein the apparatus comprises at least one pressurized air element provided with an inlet portion arranged for connection to pressurized air, and also provided with a warm air outlet portion and a cold air outlet portion wherein the air is warmer and colder, respectively, than the air supplied through the inlet portion, wherein air from one of the warm air outlet portion and the cold air outlet portion is communicated into a pipe configured for providing heat exchange with the liquid surface treatment agent while air from the pressurized air element flows through the pipe, wherein the pipe is either a) conducted down into the pail, or b) placed around an external portion of the pail, and wherein the pressurized air element is attached to an edge portion of the pail by means of an attachment device. a) conducted down into the pail, or b) placed around an external portion of the pail, and
A hair-growth-promoting solution containing chlorine dioxide, made from the following components in weight percentage: chlorine dioxide or a chlorine dioxide precursor 0.15-5 wt%, dimethyl sulfoxide 0-30 wt%, lycium barbarum polysaccharides 0-20 wt%, flax lignan 0-20 wt%, sodium chloride 0.2-1wt%, a conditioner 0.5-15 wt%, a proper amount of a pH regulator to regulate the pH value to 1.5-4.5, supplemented with deionized water to 100 wt%, characterized in that: the chlorine dioxide precursor is sodium chlorite, or potassium chlorite; the pH regulator is one or more of citric acid, acetic acid, glycolic acid, salicylic acid, boric acid, sodium dihydrogen phosphate and lactic acid; the conditioner is one or more of sodium citrate, aloe extract or vitamin B.
A method for facilitating eye tracking control calibration, the method comprising: displaying one or more objects in sequence on a display of a computing device (100, 200, 300) in communication with an eye tracking device, each object being associated with a calculation of eye parameters relating to a calculation of gaze information of a user of the computing device (100, 200, 300); while each object of the one or more objects is displayed, receiving, from the eye tracking device, a corresponding image of at least one eye of the user; determining, for each of the one or more corresponding images, eye feature information associated with at least one eye of the user; characterized by after all of the one or more objects have been displayed and the corresponding images have been received, calculating one or more of the eye parameters and one or more geometry parameters based on the eye feature information, wherein the one or more geometry parameters indicate information associated with a location and orientation of the display relative to the eye tracking device; computing a cost function based on the calculated eye parameters and geometry parameters; and updating the calculated eye parameters and geometry parameters by minimizing the cost function. displaying one or more objects in sequence on a display of a computing device (100, 200, 300) in communication with an eye tracking device, each object being associated with a calculation of eye parameters relating to a calculation of gaze information of a user of the computing device (100, 200, 300); while each object of the one or more objects is displayed, receiving, from the eye tracking device, a corresponding image of at least one eye of the user; determining, for each of the one or more corresponding images, eye feature information associated with at least one eye of the user; characterized by after all of the one or more objects have been displayed and the corresponding images have been received, calculating one or more of the eye parameters and one or more geometry parameters based on the eye feature information, wherein the one or more geometry parameters indicate information associated with a location and orientation of the display relative to the eye tracking device; computing a cost function based on the calculated eye parameters and geometry parameters; and updating the calculated eye parameters and geometry parameters by minimizing the cost function.
A measuring probe (300, 450, 700, 800, 950, 1000) including a stylus (306, 456, 706, 806, 956, 1006) having a contact part (348, 498, 748, 848) to be in contact with an object to be measured, an axial motion mechanism (310, 460, 710, 810, 960, 1010) having a moving member (312, 462, 712, 812, 962, 1012) that allows the contact part (348, 498, 748, 848) to move in an axial direction, and a rotary motion mechanism (334, 484, 734, 834, 984, 1034) having a rotating member that allows the contact part (348, 498, 748, 848) to move along a plane perpendicular to the axial direction by means of rotary motion, the measuring probe (300, 450, 700, 800, 950, 1000) comprising an axial element housing member (308, 458, 708, 808, 958, 1008) that supports the axial motion mechanism (310, 460, 710, 810, 960, 1010), a rotary element housing member (330, 480, 730, 830, 980, 1030) that supports the rotary motion mechanism (334, 484, 734, 834, 984, 1034), a displacement detector (328, 476, 728, 826, 978) supported by the axial element housing member (308, 458, 708, 808, 958, 1008), for detecting displacement of the moving member (312, 462, 712, 812, 962, 1012), a reference member (316, 466, 716, 816, 966, 1016) provided on an opposite end to the stylus (306, 456, 706, 806, 956, 1006) of a member (RP, 812, 962, 1012) directly supporting the stylus (306, 456, 706, 806, 956, 1006), and an orientation detector (322, 472, 722, 822, 972, 1022) for detecting displacement of the reference member (316, 466, 716, 816, 966, 1016) corresponding to the rotary motion of the stylus (306, 456, 706, 806, 956, 1006).
Single-serve capsule for espresso coffee machines which is made of an injected plastic material and has a general frustoconical shape, comprising a smaller bottom or base and a larger open base for filling the capsule with ground coffee, provided with a circumferential flange which is closed with a first sealing cover once the capsule is filled, the smaller bottom or base having a perimetral supporting foot and a central area sunken towards the inside of the capsule such that a hollow is established between the support plane of the capsule and the central area, said central area having a plurality of uniformly distributed perforations, characterized in that the hollow is closed in a leak-tight manner with a second removable sealing cover.
A mold apparatus for injection-molding a bottomed tubular preform having a neck with an opening portion at an upper end thereof, a body continuous with the neck, and a bottom continuous with the body and having a thickness t 3 being larger than a wall thickness t 4 of the body, comprising: a neck mold for forming an outer surface of the neck; an injection cavity mold for forming outer surfaces of the body and the bottom of the preform; and an injection core mold for forming at least an inner surface of the preform, wherein the injection core mold includes an inside core mold, movably mounted in the injection cavity mold, for forming the inner surface of the preform, characterized in that an outside core mold being configured to form an upper end surface of the preform and having a leading end portion clamped by the neck mold, the outside core mold holding the inside core mold slidably in accordance with a change in a pressure within an injection space, the mold apparatus further comprises regulation means for regulating movement of the inside core mold toward an outside of the injection cavity mold such that a distance D between the inside core mold and a bottom surface of the injection cavity mold is increased in accordance with a rise in the pressure within the injection space from an initial distance D 1 to a final distance D 2 being the thickness t 3 of the bottom of the preform, and the inside core mold is provided with a cooling pipe at its interior and with a path for circulating cooling water between the interior and an exterior of the cooling pipe. a neck mold for forming an outer surface of the neck; an injection cavity mold for forming outer surfaces of the body and the bottom of the preform; and an injection core mold for forming at least an inner surface of the preform, wherein the injection core mold includes an inside core mold, movably mounted in the injection cavity mold, for forming the inner surface of the preform, characterized in that an outside core mold being configured to form an upper end surface of the preform and having a leading end portion clamped by the neck mold, the outside core mold holding the inside core mold slidably in accordance with a change in a pressure within an injection space, the mold apparatus further comprises regulation means for regulating movement of the inside core mold toward an outside of the injection cavity mold such that a distance D between the inside core mold and a bottom surface of the injection cavity mold is increased in accordance with a rise in the pressure within the injection space from an initial distance D 1 to a final distance D 2 being the thickness t 3 of the bottom of the preform, and the inside core mold is provided with a cooling pipe at its interior and with a path for circulating cooling water between the interior and an exterior of the cooling pipe.
A wearable muscle control device comprising: an expandable band that is adapted to be worn by a user; a plurality of capacitive EMG sensors integrated into the band, each capacitive EMG sensor in the plurality of sensors configured to, in use, detect electrical signals produced by muscle activity in response to the user performing a first physical gesture and provide at least one signal in response to the detected muscle activity; at least one inertial sensor integrated into the band, the at least one inertial sensor configured to, in use, detect motion in response to the user performing a second physical gesture and provide at least one signal in response to the detected motion; and a processor integrated into the band, the processor being communicatively coupled to the plurality of capacitive EMG sensors and to the at least one inertial sensor, and the processor being configured to, in use: detect and process at least one signal provided by each of the plurality of capacitive EMG sensors and the at least one signal provided by the at least one inertial sensor, and identify the first physical gesture and the second physical gesture performed by the user, wherein: the first physical gesture is identified based on the at least one signal provided by each of the plurality of capacitive EMG sensors; and the second physical gesture defined by a motion, is different from the first physical gesture, and is identified based on the at least one signal provided by the at least one inertial sensor. detect and process at least one signal provided by each of the plurality of capacitive EMG sensors and the at least one signal provided by the at least one inertial sensor, and identify the first physical gesture and the second physical gesture performed by the user, wherein: the first physical gesture is identified based on the at least one signal provided by each of the plurality of capacitive EMG sensors; and the second physical gesture defined by a motion, is different from the first physical gesture, and is identified based on the at least one signal provided by the at least one inertial sensor. the first physical gesture is identified based on the at least one signal provided by each of the plurality of capacitive EMG sensors; and the second physical gesture defined by a motion, is different from the first physical gesture, and is identified based on the at least one signal provided by the at least one inertial sensor.
An apparatus for recognizing the discard state of a high-strength fiber rope in use at lifting gear, in particular a crane, comprising a detection device for detecting at least one rope parameter as well as comprising an evaluation device for evaluating the rope parameter and for providing a discard signal in dependence on the rope parameter evaluation, characterized in that the detection device comprises transverse compressive stiffness determination means and/or cross-section determination means for determining the transverse compressive stiffness and/or the cross-section area and/or cross-section shape of the rope and the evaluation device evaluates the discard signal in dependence on the determined transverse compressive stiffness and/or cross-section area and/or cross-section shape of the rope
An arrangement of sliding elements comprising at least two sliding elements between which an air gap is provided so they can be moved past one another without obstruction, in which the arrangement of sliding elements separates an inner part of a room from an outside area and comprising at least two runner rails arranged in the running direction of the sliding elements, against which runner rails the corresponding sliding elements are held in a moving arrangement by means of roller castors, in which case at least one of the sliding elements has a locking flap attached to it which is/are exclusively accessible from the inner part of a room, characterised in that, the locking flap has a first magnet provided on it, that a second magnet with opposite polarity is arranged in the adjacent sliding element and this magnet can be moved into a flush position with the first magnet by the movement of the sliding elements, that a magnetic force of attraction is created between the two magnets (12, 13) as a driving active connection, that the locking flap is locked by a tension spring in the folded-in condition and that the magnetic force prevailing between the two magnets (12, 13) is greater in magnitude than the preload force on the tension spring.
Sterile sheath for a medical observation instrument, in particular for an endoscope, an exoscope, or a surgical microscope, which is designed to envelop the medical observation instrument, wherein the sterile sheath comprises an air inlet, an air outlet and means for conveying and/or guiding an airflow from the air inlet, through the sterile sheath, to the air outlet in order to dissipate the heat emitted by the at least one heat-emitting component of the medical observation instrument, and wherein the air outlet comprises a filter, characterized in that the sterile sheath comprises a glass cover fixable on the distal window of the observation instrument.
An outer rotor-type brushless motor, comprising: a stator including a cylindrical housing having a cylindrical hole, a stator core, in which coils are formed on stator pole teeth, being attached to one end of the housing, and a bearing being coaxially incorporated in the cylindrical hole of the hosing; and a rotor including a rotor yoke having a magnet facing the stator pole teeth, a rotor hub being provided to the center of the rotor yoke, and a rotor shaft being connected to the rotor hub and rotatably supported by the bearing, wherein the rotor is assembled to the stator in a state where a first resin washer, through which the rotor shaft is pierced and which contacts an end face of the rotor hub, and a second resin washer, which contacts an end face of the bearing incorporated in a center hole of the stator core, contact each other, characterized in that the second resin washer has an elastic projected section which is elastically deformable, wherein an outside dimension of the second resin washer is larger than that of the first resin washer, and the second resin washer is retained by fitting the projected section into a concave section formed in an inner wall of the center hole of the stator core. a stator including a cylindrical housing having a cylindrical hole, a stator core, in which coils are formed on stator pole teeth, being attached to one end of the housing, and a bearing being coaxially incorporated in the cylindrical hole of the hosing; and a rotor including a rotor yoke having a magnet facing the stator pole teeth, a rotor hub being provided to the center of the rotor yoke, and a rotor shaft being connected to the rotor hub and rotatably supported by the bearing, wherein the rotor is assembled to the stator in a state where a first resin washer, through which the rotor shaft is pierced and which contacts an end face of the rotor hub, and a second resin washer, which contacts an end face of the bearing incorporated in a center hole of the stator core, contact each other, characterized in that the second resin washer has an elastic projected section which is elastically deformable, wherein an outside dimension of the second resin washer is larger than that of the first resin washer, and the second resin washer is retained by fitting the projected section into a concave section formed in an inner wall of the center hole of the stator core.
Method for wirelessly transmitting information formed from data packets from a first transmitting/receiving device (1a, 1b) provided in a missile (F1, F2) to a second transmitting/receiving device provided in a control room, having the following steps of a) providing an algorithm for calculating an item of time window information (I1a, I2) for time windows for transmitting the data packets, wherein time windows have an irregular spacing from one another, b) generating the time window information (I1a, I2) using the algorithm in the control room and transferring the generated time window information (I1a, I2) to the first transmitting/receiving device (1a, 1b), c) starting the missile (F1, F2) and transmitting data packets from the first transmitting/receiving device (1a, 1b) to the second transmitting/receiving device only within the time windows defined by the time window information (I1a, I2). a) providing an algorithm for calculating an item of time window information (I1a, I2) for time windows for transmitting the data packets, wherein time windows have an irregular spacing from one another, b) generating the time window information (I1a, I2) using the algorithm in the control room and transferring the generated time window information (I1a, I2) to the first transmitting/receiving device (1a, 1b), c) starting the missile (F1, F2) and transmitting data packets from the first transmitting/receiving device (1a, 1b) to the second transmitting/receiving device only within the time windows defined by the time window information (I1a, I2).