mhurhangee/patent-ind-claim-en huggingface dataset:
A data transmission method, wherein the method comprises: receiving , by a relay device, first downlink data sent by a packet data network gateway; obtaining , by the relay device, a first service identifier of the first downlink data; obtaining , by the relay device according to a first mapping relationship between a service identifier and per packet priority, PPP, information, first PPP information corresponding to the first service identifier; and forwarding , by the relay device, the first downlink data to a remote device according to the first PPP information; wherein the first downlink data received from the gateway comprises the first service identifier; the first downlink data is first downlink unicast data, the first service identifier comprises a traffic class, TC, and the first mapping relationship is a mapping relationship between a TC and PPP information. receiving , by a relay device, first downlink data sent by a packet data network gateway; obtaining , by the relay device, a first service identifier of the first downlink data; obtaining , by the relay device according to a first mapping relationship between a service identifier and per packet priority, PPP, information, first PPP information corresponding to the first service identifier; and forwarding , by the relay device, the first downlink data to a remote device according to the first PPP information; wherein the first downlink data received from the gateway comprises the first service identifier; the first downlink data is first downlink unicast data, the first service identifier comprises a traffic class, TC, and the first mapping relationship is a mapping relationship between a TC and PPP information.
A method for processing a radioactive liquid waste comprising: a dissolving step of mixing a powdered waste with kneading water to prepare a solution, wherein the powdered waste is produced from the radioactive liquid waste and an alkali metal/boron molar ratio of the powdered waste is adjusted to be 0.8 or more; and a kneading step of adding a hydraulic inorganic solidifying material to the solution, and kneading the hydraulic inorganic solidifying material and the solution for solidification. a dissolving step of mixing a powdered waste with kneading water to prepare a solution, wherein the powdered waste is produced from the radioactive liquid waste and an alkali metal/boron molar ratio of the powdered waste is adjusted to be 0.8 or more; and a kneading step of adding a hydraulic inorganic solidifying material to the solution, and kneading the hydraulic inorganic solidifying material and the solution for solidification.
A retail checkout system for allowing a plurality of customers to checkout one or more product items of at least one set of product items of a given type that has an estimated mean weight and a deviation from the estimated mean weight associated with the set of product items, the system comprising: a retail checkout weight scale ; characterized in that the system further comprises a checkout engine (124; 150) that is operative to: determine a mean anticipated cumulative weight and a distribution from the mean anticipated cumulative weight for at least one product item for which a customer initiated the acquisition of respective weight-information ; determine a factual cumulative weight of a customer's shopping receptacle placed on the retail checkout weight scale ; and determine whether the factual cumulative weight meets a checkout criterion with respect to the distribution from the mean anticipated cumulative weight . a retail checkout weight scale ; characterized in that the system further comprises a checkout engine (124; 150) that is operative to: determine a mean anticipated cumulative weight and a distribution from the mean anticipated cumulative weight for at least one product item for which a customer initiated the acquisition of respective weight-information ; determine a factual cumulative weight of a customer's shopping receptacle placed on the retail checkout weight scale ; and determine whether the factual cumulative weight meets a checkout criterion with respect to the distribution from the mean anticipated cumulative weight . determine a mean anticipated cumulative weight and a distribution from the mean anticipated cumulative weight for at least one product item for which a customer initiated the acquisition of respective weight-information ; determine a factual cumulative weight of a customer's shopping receptacle placed on the retail checkout weight scale ; and determine whether the factual cumulative weight meets a checkout criterion with respect to the distribution from the mean anticipated cumulative weight .
Method for the automatic phase detection of measurement values which are measured phase-specifically by measuring units (M1-M7) installed in a multiphase low-voltage network (NN), provided with a time stamp and routed to at least one data concentration unit (DK) on a regular basis, characterised in that for a predefinable observation period the measurement values of the measuring units (M1-M7) are collected , that the predefinable observation period is subdivided into a plurality of time segments to which the respective measurement values are assigned based on their time stamp, that based on reference measurement values for each of the time segments an independent classifier is generated , and that based on the respective independent classifier the corresponding phases are assigned to the measurement values of the respective segment.
A three-dimensional shaping device shaping a three-dimensional article by irradiating a powder material with an electron beam and melting the powder material, the three-dimensional shaping device comprising: an electron beam emitting unit emitting the electron beam, melting the powder material in order to shape the article, and performing preliminary heating of the powder material by irradiating the powder material with the electron beam before the article is shaped; a control unit adapted to output a control signal to a deflection coil so that, based on the control signal, the deflection coil makes an irradiation position of the electron beam move from a center of an irradiation region toward an outer edge of the irradiation region in a spiral pattern and then return to the vicinity of the center of the irradiation region again when the powder material is irradiated with the electron beam for preliminary heating in which the powder material is heated and the temperature of the powder material is set to a temperature lower than a melting point of the powder material. an electron beam emitting unit emitting the electron beam, melting the powder material in order to shape the article, and performing preliminary heating of the powder material by irradiating the powder material with the electron beam before the article is shaped; a control unit adapted to output a control signal to a deflection coil so that, based on the control signal, the deflection coil makes an irradiation position of the electron beam move from a center of an irradiation region toward an outer edge of the irradiation region in a spiral pattern and then return to the vicinity of the center of the irradiation region again when the powder material is irradiated with the electron beam for preliminary heating in which the powder material is heated and the temperature of the powder material is set to a temperature lower than a melting point of the powder material.
A convergent X-ray beam-generating device, comprising: an anode cap having a spherical, aspheric or parabolic geometric shape; an electron disperser element adapted to expand an electron beam coming from a source so as to generate a flow of divergent electrons; one or more magnetic and/or electrostatic lenses that is adapted to converge the divergent electrons in such a way that the emergent beam impacts perpendicularly upon a surface of the anode cap generating X-rays; a collimator cap with the same shape of the anode cap and coaxial to it and comprising small holes perforated on its entire surface which points to a focal point, the collimator cap is arranged so that the X-rays that are able to exit the thickness of the anode are collimated by the collimator cap by whose holes pointing toward the focal point can emerge X-ray convergent beam. an anode cap having a spherical, aspheric or parabolic geometric shape; an electron disperser element adapted to expand an electron beam coming from a source so as to generate a flow of divergent electrons; one or more magnetic and/or electrostatic lenses that is adapted to converge the divergent electrons in such a way that the emergent beam impacts perpendicularly upon a surface of the anode cap generating X-rays; a collimator cap with the same shape of the anode cap and coaxial to it and comprising small holes perforated on its entire surface which points to a focal point, the collimator cap is arranged so that the X-rays that are able to exit the thickness of the anode are collimated by the collimator cap by whose holes pointing toward the focal point can emerge X-ray convergent beam.
A system configured to determine a hemodynamic instability risk score for a pediatric subject , the system comprising: one or more hardware processors configured by machine-readable instructions to: obtain an age of the subject; obtain feature values for a plurality of features associated with physiological characteristics of the subject; input the age of the subject and each feature value into a respective bivariate classifier that is configured to output a respective feature contribution prediction score for each feature, wherein each bivariate classifier determines one or more feature value thresholds for the respective feature that indicates risk of hemodynamic instability in the subject, wherein the feature value thresholds are determined based on the age of the subject, such that the one or more feature value thresholds for individual features including heart rate, blood pressure, and shock index are quadratic functions of the age of the subject; use each bivariate classifier to determine a feature contribution prediction score for the respective feature based on whether the obtained feature value breaches the one or more of the determined feature value thresholds for the individual features; and aggregate the feature contribution prediction scores to determine the hemodynamic instability risk score for the subject. obtain an age of the subject; obtain feature values for a plurality of features associated with physiological characteristics of the subject; input the age of the subject and each feature value into a respective bivariate classifier that is configured to output a respective feature contribution prediction score for each feature, wherein each bivariate classifier determines one or more feature value thresholds for the respective feature that indicates risk of hemodynamic instability in the subject, wherein the feature value thresholds are determined based on the age of the subject, such that the one or more feature value thresholds for individual features including heart rate, blood pressure, and shock index are quadratic functions of the age of the subject; use each bivariate classifier to determine a feature contribution prediction score for the respective feature based on whether the obtained feature value breaches the one or more of the determined feature value thresholds for the individual features; and aggregate the feature contribution prediction scores to determine the hemodynamic instability risk score for the subject.
A toy assembly , comprising: a housing ; an inner object inside the housing ; and a breakout mechanism (400; 500; 800; 920) that is operable to break the housing to expose the inner object , wherein the breakout mechanism (400; 500; 800; 920) includes a motor ; characterised in that the breakout mechanism (400; 500; 800; 920) further includes a plunger member (408; 508; 808; 928) having a tubular side wall , a base member (404; 504; 804; 924) having a tubular side wall with a generally hollow interior in which the plunger member (408; 508; 808; 928) is received, wherein the motor drives the base member (404; 504; 804; 924) and the plunger member (408; 508; 808; 928) apart to break the housing ; a biasing element for exerting a separating force urging the plunger member (408; 508; 808; 928) and the base member (404; 504; 804; 924) apart; and a screw drive driven by the motor to drive progressively increasing flexure of the biasing element so as to increase a biasing force exerted by the biasing element urging the plunger member (408; 508; 808; 928) outward from the base member (404; 504; 804; 924). a housing ; an inner object inside the housing ; and a breakout mechanism (400; 500; 800; 920) that is operable to break the housing to expose the inner object , wherein the breakout mechanism (400; 500; 800; 920) includes a motor ; characterised in that the breakout mechanism (400; 500; 800; 920) further includes a plunger member (408; 508; 808; 928) having a tubular side wall , a base member (404; 504; 804; 924) having a tubular side wall with a generally hollow interior in which the plunger member (408; 508; 808; 928) is received, wherein the motor drives the base member (404; 504; 804; 924) and the plunger member (408; 508; 808; 928) apart to break the housing ; a biasing element for exerting a separating force urging the plunger member (408; 508; 808; 928) and the base member (404; 504; 804; 924) apart; and a screw drive driven by the motor to drive progressively increasing flexure of the biasing element so as to increase a biasing force exerted by the biasing element urging the plunger member (408; 508; 808; 928) outward from the base member (404; 504; 804; 924). a motor ; characterised in that the breakout mechanism (400; 500; 800; 920) further includes a plunger member (408; 508; 808; 928) having a tubular side wall , a base member (404; 504; 804; 924) having a tubular side wall with a generally hollow interior in which the plunger member (408; 508; 808; 928) is received, wherein the motor drives the base member (404; 504; 804; 924) and the plunger member (408; 508; 808; 928) apart to break the housing ; a biasing element for exerting a separating force urging the plunger member (408; 508; 808; 928) and the base member (404; 504; 804; 924) apart; and a screw drive driven by the motor to drive progressively increasing flexure of the biasing element so as to increase a biasing force exerted by the biasing element urging the plunger member (408; 508; 808; 928) outward from the base member (404; 504; 804; 924).
A mounting element comprising a control unit , a resilient clamping element and an actuation element , the control unit comprising a pressure element and a counterpressure element , and the resilient clamping element being connected to the pressure element and to the counterpressure element , and the actuation element comprising a tool holder having a mounting recess and increasing or reducing a contact pressure (p) of the resilient clamping element between the pressure element and the counterpressure element when actuated in a tightening direction (A) and a release direction (B), respectively, characterized in that the mounting element comprises a displacement element that is connected to the clamping element in a way it fills the mounting recess of the tool holder as soon as the contact pressure (p) exceeds a maximum pressure (pmax).
A mobile power supply device comprising a storage cell that is capable of supplying power stored in the storage cell to a house , comprising: a power-supplying coil that is covered by a weatherproof component and that, together with a power-receiving coil in the house, forms a first electromagnetic coupling circuit; a power converter that converts DC power stored in the storage cell into AC power and then supplies the AC power to the power-supplying coil ; a power-receiving coil that, together with a ground power-supplying coil on the ground, forms a second electromagnetic coupling circuit; a power-receiving circuit that receives power that is supplied wirelessly via the second electromagnetic coupling circuit that is formed by the ground power-supplying coil and the power-receiving coil; a charging device that charges the storage cell using the power received by the power-receiving circuit ; a motor that generates power used for movement of the mobile power supply device ; a drive circuit that drives the motor using power stored in the storage cell; and a switching circuit that switches between connecting the power converter , the power-receiving circuit and the drive circuit to the storage cell and disconnecting them from the storage cell, wherein when power is discharged from the storage cell, the switching circuit is controlled so that the storage cell, the inverter, the power converter, and the power-receiving circuit are connected, and when the storage cell is charged, the switching circuit is controlled so that the storage cell, the inverter, the power converter, and the power-receiving circuit are disconnected. a power-supplying coil that is covered by a weatherproof component and that, together with a power-receiving coil in the house, forms a first electromagnetic coupling circuit; a power converter that converts DC power stored in the storage cell into AC power and then supplies the AC power to the power-supplying coil ; a power-receiving coil that, together with a ground power-supplying coil on the ground, forms a second electromagnetic coupling circuit; a power-receiving circuit that receives power that is supplied wirelessly via the second electromagnetic coupling circuit that is formed by the ground power-supplying coil and the power-receiving coil; a charging device that charges the storage cell using the power received by the power-receiving circuit ; a motor that generates power used for movement of the mobile power supply device ; a drive circuit that drives the motor using power stored in the storage cell; and a switching circuit that switches between connecting the power converter , the power-receiving circuit and the drive circuit to the storage cell and disconnecting them from the storage cell, wherein when power is discharged from the storage cell, the switching circuit is controlled so that the storage cell, the inverter, the power converter, and the power-receiving circuit are connected, and when the storage cell is charged, the switching circuit is controlled so that the storage cell, the inverter, the power converter, and the power-receiving circuit are disconnected.
A sensor kit configured to be mounted on an industrial truck for the collection of operational data related to an environment of an industrial site in which the industrial truck operates during the collection, the sensor kit comprising: - a frame provided with fastening means for connecting the frame to the industrial truck, - a plurality of sensors mounted on the frame for collecting the operational data, - a control unit connected to the sensors to receive the operational data from the sensors, wherein the plurality of sensors includes at least: - a positioning sensor , and - at least an optical sensor , wherein the frame includes a main body for supporting the control unit and one or more adjustable elements configured to provide a plurality of different mounting positions with respect to the main body for at least one of the optical sensor and the positioning sensor , the sensor kit being characterised in that the adjustable elements comprise at least one lateral extendible arm configured to support at least one of the optical sensor and the positioning sensor, the lateral arm having an adjustable length in an horizontal direction when the sensor kit is mounted on the industrial truck, wherein the adjustable elements comprise two lateral extendible arms protruding from opposite sides of the main body, wherein each of the two lateral extendible arms supports a positioning sensor. the sensor kit comprising: - a frame provided with fastening means for connecting the frame to the industrial truck, - a plurality of sensors mounted on the frame for collecting the operational data, - a control unit connected to the sensors to receive the operational data from the sensors, - a frame provided with fastening means for connecting the frame to the industrial truck, - a plurality of sensors mounted on the frame for collecting the operational data, - a control unit connected to the sensors to receive the operational data from the sensors, wherein the plurality of sensors includes at least: - a positioning sensor , and - at least an optical sensor , - a positioning sensor , and - at least an optical sensor , wherein the frame includes a main body for supporting the control unit and one or more adjustable elements configured to provide a plurality of different mounting positions with respect to the main body for at least one of the optical sensor and the positioning sensor , the sensor kit being characterised in that the adjustable elements comprise at least one lateral extendible arm configured to support at least one of the optical sensor and the positioning sensor, the lateral arm having an adjustable length in an horizontal direction when the sensor kit is mounted on the industrial truck, wherein the adjustable elements comprise two lateral extendible arms protruding from opposite sides of the main body, wherein each of the two lateral extendible arms supports a positioning sensor.
Process for coupling an insert to an upper obtained by means of injection moulding, by injecting a plastic material in an interspace formed between a mould and a counter mould in order to obtain the upper, said mould comprising a receiving element adapted to stably receive the insert , the counter mould comprising a blocking element adapted to block the insert in the receiving element , the blocking element comprising a protruding collar which defines an empty chamber between the same blocking element and the insert so as to block the same insert between mould and counter mould and put the insert in pressure in correspondence of a peripheral portion corresponding to the protruding collar , said insert comprising a membrane joined to a support and protection structure comprising, in turn, a central portion formed by partitions and through-openings , a raised portion and a peripheral edge , said process comprising the following phases: - placing the insert into a seat formed in the mould ; - approaching the counter mould to the mould so as to obtain the interspace and causing the insert to occupy a portion of the interspace formed between mould and counter mould so that the insert is in contact with the mould on the one side and with the counter mould on the other side. - placing the insert into a seat formed in the mould ; - approaching the counter mould to the mould so as to obtain the interspace and causing the insert to occupy a portion of the interspace formed between mould and counter mould so that the insert is in contact with the mould on the one side and with the counter mould on the other side.