mhurhangee/patent-ind-claim-en huggingface dataset:
A system for optimizing blending comprising: a processor configured to: aggregate material information , wherein the material information is associated with a product input of at least one product, the product input comprising an agricultural commodity selected from the group consisting of a fruit, a vegetable, a grain, and a nut; aggregate production information , wherein the production information is associated with production resources of the at least one product; calculate a blending plan for the at least one product by executing a blending model, the blending model including objective functions and constraint functions, wherein the objective functions are limited by the constraint functions, and wherein executing the blending model comprises inputting the aggregated material information and/or production information into the blending model; generate a consumer liking profile by mathematically modeling consumer liking of the at least one product; and provide blending plan information , including the blending plan and the consumer liking profile, for controlling the production resources. aggregate material information , wherein the material information is associated with a product input of at least one product, the product input comprising an agricultural commodity selected from the group consisting of a fruit, a vegetable, a grain, and a nut; aggregate production information , wherein the production information is associated with production resources of the at least one product; calculate a blending plan for the at least one product by executing a blending model, the blending model including objective functions and constraint functions, wherein the objective functions are limited by the constraint functions, and wherein executing the blending model comprises inputting the aggregated material information and/or production information into the blending model; generate a consumer liking profile by mathematically modeling consumer liking of the at least one product; and provide blending plan information , including the blending plan and the consumer liking profile, for controlling the production resources.
Emergency parachute system for rescue of persons or of manned or unmanned aerial vehicles comprising: - a storage unit , which contains at least one cavity with an opening - at least two parachutes , each of which contains a canopy , suspension lines and a riser , while the canopies of said parachutes are folded separately and arranged in the cavity or cavities of the storage unit ejectably, wherein the centers of the canopies are interconnected mutually by means of connection cords on the top side, characterised in that the length of each canopy connecting cord after stretching between two canopies equals 1.1 to 1.5 times the diameter of the canopy , wherein all of the canopies in the storage unit have the same diameter. - a storage unit , which contains at least one cavity with an opening - at least two parachutes , each of which contains a canopy , suspension lines and a riser , while the canopies of said parachutes are folded separately and arranged in the cavity or cavities of the storage unit ejectably, wherein the centers of the canopies are interconnected mutually by means of connection cords on the top side, characterised in that the length of each canopy connecting cord after stretching between two canopies equals 1.1 to 1.5 times the diameter of the canopy , wherein all of the canopies in the storage unit have the same diameter.
A method for targeted application of topical agents to an isolated body part comprising the steps of: (a) capturing an image of the isolated body part; (b) transforming the image data to mathematical model of the geometry of the isolated body part; (c) forming an applicator mask having an applicator surface having a three-dimensional shape corresponding to the isolated body part; (d) forming a releasable membrane on the applicator surface of the applicator mask comprising one or more benefit agents disposed in one or more treatment zones of the applicator, wherein the adhesion of the membrane to the isolated body part is greater than the adhesion of the membrane to the applicator surface; (e) disposing the applicator mask on the isolated body part so that the releasable membrane is in contact with the isolated body part; and (f) removing the applicator mask from the isolated body part while leaving the membrane in contact with the isolated body part. (a) capturing an image of the isolated body part; (b) transforming the image data to mathematical model of the geometry of the isolated body part; (c) forming an applicator mask having an applicator surface having a three-dimensional shape corresponding to the isolated body part; (d) forming a releasable membrane on the applicator surface of the applicator mask comprising one or more benefit agents disposed in one or more treatment zones of the applicator, wherein the adhesion of the membrane to the isolated body part is greater than the adhesion of the membrane to the applicator surface; (e) disposing the applicator mask on the isolated body part so that the releasable membrane is in contact with the isolated body part; and (f) removing the applicator mask from the isolated body part while leaving the membrane in contact with the isolated body part.
A method for facilitating dynamic content distribution in an enterprise environment, comprising: receiving, by a computing device from a controller of the enterprise environment, an instruction for downloading a piece of content from one or more peers of a peer-to-peer protocol, wherein the instruction comprises a file descriptor that indicates a set of blocks the piece of content is divided into; receiving an offer for a first block of the set of blocks from a first peer of the one or more peers; determining whether the computing device is in a full peer relationship with a second peer of the one or more peers, wherein the full peer relationship indicates that the second peer and the computing device are clients and servers of each other; and in response to determining that the computing device is in a full peer relationship, electing, between the second peer and the computing device, a sender for a first request that responds to the first offer. receiving, by a computing device from a controller of the enterprise environment, an instruction for downloading a piece of content from one or more peers of a peer-to-peer protocol, wherein the instruction comprises a file descriptor that indicates a set of blocks the piece of content is divided into; receiving an offer for a first block of the set of blocks from a first peer of the one or more peers; determining whether the computing device is in a full peer relationship with a second peer of the one or more peers, wherein the full peer relationship indicates that the second peer and the computing device are clients and servers of each other; and in response to determining that the computing device is in a full peer relationship, electing, between the second peer and the computing device, a sender for a first request that responds to the first offer.
A method performed by a terminal (1a-35) in a wireless communication system, the method comprising: receiving a first control message for releasing a radio resource control, RRC, connection, the first control message including first information configuring an RRC inactive state; suspending an acknowledged mode, AM, data radio bearer, DRB, suspending a packet data convergence protocol, PDCP, entity, and setting a count value to an initial value in response to receiving the first control message; receiving, from a base station (1a-05), a second control message for resuming the RRC connection, the second control message requesting a re-establishment of the PDCP entity; identifying, in response to receiving the second control message, a stored first PDCP service data unit, SDU, with a count value already assigned, wherein a successful delivery of a corresponding PDCP protocol data unit, PDU, has not been confirmed by a lower layer for the first PDCP SDU of the suspended AM DRB; associating, starting from the first PDCP SDU, a new count value which was set to the initial value to at least one PDCP SDU; and transmitting, to the base station, the at least one PDCP SDU starting from the first PDCP SDU in ascending order of the associated count value. receiving a first control message for releasing a radio resource control, RRC, connection, the first control message including first information configuring an RRC inactive state; suspending an acknowledged mode, AM, data radio bearer, DRB, suspending a packet data convergence protocol, PDCP, entity, and setting a count value to an initial value in response to receiving the first control message; receiving, from a base station (1a-05), a second control message for resuming the RRC connection, the second control message requesting a re-establishment of the PDCP entity; identifying, in response to receiving the second control message, a stored first PDCP service data unit, SDU, with a count value already assigned, wherein a successful delivery of a corresponding PDCP protocol data unit, PDU, has not been confirmed by a lower layer for the first PDCP SDU of the suspended AM DRB; associating, starting from the first PDCP SDU, a new count value which was set to the initial value to at least one PDCP SDU; and transmitting, to the base station, the at least one PDCP SDU starting from the first PDCP SDU in ascending order of the associated count value.
A first floating module , comprising: a. an upper section having an upwardly facing surface and a first elongated edge; b. a lower section having a downwardly facing surface and a second elongated edge that is positioned opposite parallel from said first elongated edge; c. a first flange extending downwardly from said first elongated edge; d. a second flange extending upwardly from said second elongated edge; e. first and second channels formed in said lower section each of a first predetermined depth and shape, said first channel extending co-linearly with said second elongated edge and said second channel extending parallel to and adjacent said first elongated edge; and f. a cavity formed in said lower section between said first and second channels and of a second predetermined depth and size, characterized in that the floating module further comprises at least one check valve positioned in fluid communication with at least one of said first channel , second channel . a. an upper section having an upwardly facing surface and a first elongated edge; b. a lower section having a downwardly facing surface and a second elongated edge that is positioned opposite parallel from said first elongated edge; c. a first flange extending downwardly from said first elongated edge; d. a second flange extending upwardly from said second elongated edge; e. first and second channels formed in said lower section each of a first predetermined depth and shape, said first channel extending co-linearly with said second elongated edge and said second channel extending parallel to and adjacent said first elongated edge; and f. a cavity formed in said lower section between said first and second channels and of a second predetermined depth and size, characterized in that the floating module further comprises at least one check valve positioned in fluid communication with at least one of said first channel , second channel .
A method for enabling a user to grasp a hand-held device positioned on a charging mat , the method comprising: establishing a short-range communications link between the hand-held device and the charging mat ; detecting , by one or more sensors , that a user is reaching for the hand-held device while the hand-held device is resting on the charging mat ; and activating grip facilitation circuits in the hand-held device and the charging mat , responsive to receiving a signal indicating that the user is reaching for the hand-held device , wherein the hand-held device comprises an induction coil (C 1 ), wherein activating the grip facilitation circuit of the hand-held device comprises generating an electromagnetic field (M 1 ) by driving a current through the induction coil (C1), and activating the grip facilitation circuit of the charging mat comprises the hand-held device instructing the charging mat to generate an electromagnetic field (M 2 ), by driving a current through an induction coil (C 2 ) of the charging mat , that elevates at least a portion of the hand-held device vertically above the charging mat . establishing a short-range communications link between the hand-held device and the charging mat ; detecting , by one or more sensors , that a user is reaching for the hand-held device while the hand-held device is resting on the charging mat ; and activating grip facilitation circuits in the hand-held device and the charging mat , responsive to receiving a signal indicating that the user is reaching for the hand-held device , wherein the hand-held device comprises an induction coil (C 1 ), wherein activating the grip facilitation circuit of the hand-held device comprises generating an electromagnetic field (M 1 ) by driving a current through the induction coil (C1), and activating the grip facilitation circuit of the charging mat comprises the hand-held device instructing the charging mat to generate an electromagnetic field (M 2 ), by driving a current through an induction coil (C 2 ) of the charging mat , that elevates at least a portion of the hand-held device vertically above the charging mat .
An operating accumulation assembly for machines for packaging groups of substantially platelike products, comprising a storage structure and at least one first pusher for transferring at least one product from at least one conveyance line to at least one respective seat of the storage structure , said storage structure being constituted by a substantially disc-like drum , which is provided, along at least one portion of its lateral surface, with at least one series of laterally adjacent and proximate seats distributed in a radial direction, and which is rotatably movable by the action of respective actuators, said structure comprising a second pusher for transferring the at least one product that is present within at least one respective seat to the at least one conveyance line , the rotation movement direction of said drum being substantially perpendicular to the advancement direction of the products along said conveyance line , characterized in that said seats of said substantially disc-like drum being delimited by fixed radial plates, in an upward and downward direction, and by a first fixed side wall and a second side wall that can translate parallel to itself by the action of respective actuators that are controlled by a respective control and management unit, to adjust the width of said seat in relation to the format of the product to be accommodated.
Pipe repair system by compression of split sleeves with sealant against an outer surface of the pipe, said pipe repair system comprising a split ring and a compression unit , wherein the split ring comprises a total thickness corresponding to the sum of the thickness of a channel of the split ring for accommodation of the sealant , plus the thickness of a back of the split ring at a first split ring end, which is equivalent to a back plate, and plus an extension of the split ring at a second split ring end facing the first split ring end with the thickness for welding said facing split ring ends and with total width of the split ring , which is the sum of the width of the channel for accommodating the sealant and of two lateral widths of the split ring ; the compression unit comprises two hollow rectangular pieces, forming apertures , the two rectangular pieces being interconnected by chains , the compression unit comprising a connector configured to perform compression by approximating the chains of the compression unit with a single screw with the aid of guide pins so that the compressive force exerted by the screw is only in the direction of the tightening, preventing the screw from damaging; the compression unit is configured to attach parts of the split ring around the pipe, allowing welding areas that correspond to a fitting region of the parts of the split ring to be accessible through the apertures . with total width of the split ring , which is the sum of the width of the channel for accommodating the sealant and of two lateral widths of the split ring ; the compression unit comprises two hollow rectangular pieces, forming apertures , the two rectangular pieces being interconnected by chains , the compression unit comprising a connector configured to perform compression by approximating the chains of the compression unit with a single screw with the aid of guide pins so that the compressive force exerted by the screw is only in the direction of the tightening, preventing the screw from damaging; the compression unit is configured to attach parts of the split ring around the pipe, allowing welding areas that correspond to a fitting region of the parts of the split ring to be accessible through the apertures .
An integrated hydraulic rotary actuator comprising: a stator comprising a space and a stator vane which is protruded at an inner surface; a rotor comprising a rotor vane which is inserted in the stator and divides the space into a plurality of chambers; the inner surface of the stator defines a cavity for receiving hydraulic oil in cooperation with the outer side of the rotor ; a valve that is disposed at a side of the stator and rotates the rotor by changing direction and flow rate of the hydraulic oil supplied to the chamber; at least one sensor unit that measures a state of the hydraulic oil in the chamber or a state of the rotor ; a controller generates control input for controlling the rotor on the basis of a reference value inputted from the outside and a value measured by the sensor unit; and wires that electrically connect the controller with the valve and the controller with the sensor unit and, wherein: said controller that is disposed at a side of the stator , said wires are disposed inside the stator not to be exposed to the outside, characterized in that : a spool stage is provided in the stator vane , wherein the stator includes a plurality of pressure sensor grooves in which a plurality of pressure sensors are respectively disposed, and a plurality of pressure measurement channels connecting the pressure sensor grooves and the cavity. a stator comprising a space and a stator vane which is protruded at an inner surface; a rotor comprising a rotor vane which is inserted in the stator and divides the space into a plurality of chambers; the inner surface of the stator defines a cavity for receiving hydraulic oil in cooperation with the outer side of the rotor ; a valve that is disposed at a side of the stator and rotates the rotor by changing direction and flow rate of the hydraulic oil supplied to the chamber; at least one sensor unit that measures a state of the hydraulic oil in the chamber or a state of the rotor ; a controller generates control input for controlling the rotor on the basis of a reference value inputted from the outside and a value measured by the sensor unit; and wires that electrically connect the controller with the valve and the controller with the sensor unit and, wherein: said controller that is disposed at a side of the stator , said wires are disposed inside the stator not to be exposed to the outside, characterized in that : a spool stage is provided in the stator vane , wherein the stator includes a plurality of pressure sensor grooves in which a plurality of pressure sensors are respectively disposed, and a plurality of pressure measurement channels connecting the pressure sensor grooves and the cavity.
A protection cap assembly for enclosing an end portion of a fastener which extends through a structure of an aircraft, comprising: a cap member having a sidewall defining: an opening and an interior space wherein the opening is aligned with the interior space for receiving the end portion of the fastener through the opening and into the interior space ; and an end surface for abutting the structure ; and a projection member secured to and extending from the end surface of the sidewall of the cap member , wherein the end surface of the sidewall has a width dimension (W) which extends from an inside edge of the sidewall , which defines the opening , to an outside edge of the sidewall , and wherein the projection member is positioned between the inside edge and the outside edge of the end surface . a cap member having a sidewall defining: an opening and an interior space wherein the opening is aligned with the interior space for receiving the end portion of the fastener through the opening and into the interior space ; and an end surface for abutting the structure ; and an opening and an interior space wherein the opening is aligned with the interior space for receiving the end portion of the fastener through the opening and into the interior space ; and an end surface for abutting the structure ; and a projection member secured to and extending from the end surface of the sidewall of the cap member , wherein the end surface of the sidewall has a width dimension (W) which extends from an inside edge of the sidewall , which defines the opening , to an outside edge of the sidewall , and wherein the projection member is positioned between the inside edge and the outside edge of the end surface .
A method for channel state reporting using an aperiodic channel state information-reference signal, CSI-RS, in a wireless communication system, the method being performed by a terminal and comprising: receiving configuration information on a plurality of aperiodic CSI-RS resources configured for reporting an aperiodic channel state information, CSI; receiving an aperiodic CSI request indicating one of the plurality of aperiodic CSI-RS resources configured for reporting the aperiodic CSI; reporting the aperiodic CSI based on the one of the plurality of aperiodic CSI-RS resources indicated by the aperiodic CSI request, wherein the one of the plurality of aperiodic CSI-RS resources is located after a configured length of time from when the aperiodic CSI request is received, wherein the aperiodic CSI request is received as downlink control information, DCI, and includes state information indicating one of the plurality of aperiodic CSI-RS resources, and wherein the configured length of time is configured through a Radio Resource Control, RRC, signaling. receiving configuration information on a plurality of aperiodic CSI-RS resources configured for reporting an aperiodic channel state information, CSI; receiving an aperiodic CSI request indicating one of the plurality of aperiodic CSI-RS resources configured for reporting the aperiodic CSI; reporting the aperiodic CSI based on the one of the plurality of aperiodic CSI-RS resources indicated by the aperiodic CSI request, wherein the one of the plurality of aperiodic CSI-RS resources is located after a configured length of time from when the aperiodic CSI request is received, wherein the aperiodic CSI request is received as downlink control information, DCI, and includes state information indicating one of the plurality of aperiodic CSI-RS resources, and wherein the configured length of time is configured through a Radio Resource Control, RRC, signaling.