mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for generating a graphical interface, the method comprising: retrieving stored data regarding a user, at least one peer, and two or more interactive titles available to the user, wherein the two or more interactive titles include two or more interactive activities and the retrieved stored data indicates historical data of two or more of the interactive activities from at least two different interactive titles of the two or more interactive titles as having been completed by the at least one peer and the user; establishing a session with a user device associated with the user; constructing a set of interactive activities based on the retrieved stored data, wherein the constructed set of interactive activities is associated with a current presence of the at least one peer; generating a graphical interface associated with the user based on the constructed set of interactive activities, the generated graphical interface being displayed on the user device, wherein the interactive activities in the constructed set are launchable from the graphical interface upon selection at the user device; and generating and transmitting an invitation regarding a selected one of the interactive activities to at least one selected peer, wherein generating the invitation is based on data from a past activity associated with the selected interactive activity, the data including a configuration of content associated with the interactive activities completed by the at least one peer and the user. retrieving stored data regarding a user, at least one peer, and two or more interactive titles available to the user, wherein the two or more interactive titles include two or more interactive activities and the retrieved stored data indicates historical data of two or more of the interactive activities from at least two different interactive titles of the two or more interactive titles as having been completed by the at least one peer and the user; establishing a session with a user device associated with the user; constructing a set of interactive activities based on the retrieved stored data, wherein the constructed set of interactive activities is associated with a current presence of the at least one peer; generating a graphical interface associated with the user based on the constructed set of interactive activities, the generated graphical interface being displayed on the user device, wherein the interactive activities in the constructed set are launchable from the graphical interface upon selection at the user device; and generating and transmitting an invitation regarding a selected one of the interactive activities to at least one selected peer, wherein generating the invitation is based on data from a past activity associated with the selected interactive activity, the data including a configuration of content associated with the interactive activities completed by the at least one peer and the user.
A waste conversion system, comprising - at least one pre-treatment unit for receiving a stream of waste of which at least a portion thereof being organic waste, the pretreatment unit comprising at least one continuous-flow steam explosion reactor ; - at least one separation unit , for receiving a stream of pre-treated waste from said pre-treatment unit, the separation unit comprising at least one conditioning section and at least one separation section for the separation of conditioned waste into at least one fat/oil component and at least one aqueous component; - at least one biodiesel production unit , for generating biodiesel from the at least one fat/oil component; - at least one digestion unit , for anaerobic digestion and/or fermentation of the at least one aqueous component; and - at least one composting unit , for the generation of compost from solid organic material. - at least one pre-treatment unit for receiving a stream of waste of which at least a portion thereof being organic waste, the pretreatment unit comprising at least one continuous-flow steam explosion reactor ; - at least one separation unit , for receiving a stream of pre-treated waste from said pre-treatment unit, the separation unit comprising at least one conditioning section and at least one separation section for the separation of conditioned waste into at least one fat/oil component and at least one aqueous component; - at least one biodiesel production unit , for generating biodiesel from the at least one fat/oil component; - at least one digestion unit , for anaerobic digestion and/or fermentation of the at least one aqueous component; and - at least one composting unit , for the generation of compost from solid organic material.
A verge-cutting mower device , for example for the upkeep of roadsides, comprising at least one frame which is designed to be fitted on an automotive agricultural machine , and on which there is fitted a cutting/grinding equipment , designed to mow or grind plants, actuated by means of an electric motor connected to a current generator in order to provide it with the electrical energy it needs, characterized in that - the member of cutting/grinding equipment is connected to the frame by an articulated arm , - the current generator is fitted on the frame , and is connected to a power take-off of an agricultural machine by means of a multiplier , - the electric motor is implanted directly on the cutting/grinding equipment , - the electric motor drives the cutting/grinding equipment , via a drive system comprising a drive pulley which drives a driven pulley by means of a drive belt , - the verge-cutting mower device comprises at least one variator integrated in the electrical circuit, comprising in particular the current generator and the electric motor of the piece of cutting/grinding equipment , the variator being disposed between the current generator and the electric motor of the cutting/grinding equipment , and - the verge-cutting mower device comprises means for cooling by means of a coolant fluid at least one of the following elements: the current generator , the electric motor and the variator , the means for cooling comprise a exchanger , a pump , a cooler , an expansion vessel mounted on the frame , a cold liquid duct and a hot liquid duct . - the member of cutting/grinding equipment is connected to the frame by an articulated arm , - the current generator is fitted on the frame , and is connected to a power take-off of an agricultural machine by means of a multiplier , - the electric motor is implanted directly on the cutting/grinding equipment , - the electric motor drives the cutting/grinding equipment , via a drive system comprising a drive pulley which drives a driven pulley by means of a drive belt , - the verge-cutting mower device comprises at least one variator integrated in the electrical circuit, comprising in particular the current generator and the electric motor of the piece of cutting/grinding equipment , the variator being disposed between the current generator and the electric motor of the cutting/grinding equipment , and - the verge-cutting mower device comprises means for cooling by means of a coolant fluid at least one of the following elements: the current generator , the electric motor and the variator , the means for cooling comprise a exchanger , a pump , a cooler , an expansion vessel mounted on the frame , a cold liquid duct and a hot liquid duct .
A wireless transmit/receive unit, WTRU, in communication with a wireless communication network, the WTRU comprising: a memory ; a processor , the processor configured at least to: select at least one beamformed synchronization signal block, SSB, associated with an occurrence of a paging occasion, PO; determine a configuration for reception of a Paging Inquiry, PI, signal based on the at least one SSB and a WTRU identifier, ID; monitor for a PI signal during a first portion of the PO, wherein timing information to monitor for the PI signal during the first portion of the PO is determined based on the configuration for reception of the PI signal; detect, using beam sweeping, the PI signal in a second beam; and send a PI response using a first beam, the PI response including an indication for the second beam to be used for the paging transmission to the WTRU and the WTRU ID; and a receiver , the receiver configured at least to: receive a paging transmission using the second beam. a memory ; a processor , the processor configured at least to: select at least one beamformed synchronization signal block, SSB, associated with an occurrence of a paging occasion, PO; determine a configuration for reception of a Paging Inquiry, PI, signal based on the at least one SSB and a WTRU identifier, ID; monitor for a PI signal during a first portion of the PO, wherein timing information to monitor for the PI signal during the first portion of the PO is determined based on the configuration for reception of the PI signal; detect, using beam sweeping, the PI signal in a second beam; and send a PI response using a first beam, the PI response including an indication for the second beam to be used for the paging transmission to the WTRU and the WTRU ID; and select at least one beamformed synchronization signal block, SSB, associated with an occurrence of a paging occasion, PO; determine a configuration for reception of a Paging Inquiry, PI, signal based on the at least one SSB and a WTRU identifier, ID; monitor for a PI signal during a first portion of the PO, wherein timing information to monitor for the PI signal during the first portion of the PO is determined based on the configuration for reception of the PI signal; detect, using beam sweeping, the PI signal in a second beam; and send a PI response using a first beam, the PI response including an indication for the second beam to be used for the paging transmission to the WTRU and the WTRU ID; and a receiver , the receiver configured at least to: receive a paging transmission using the second beam.
A laser processing machine comprising: a profile selector that includes at least one beam-forming lens refracting an incident laser beam so as to convert a beam profile and emit a laser beam having a beam profile selected from a plurality of beam profiles; a collimating lens configured to convert an incident laser beam of a divergent beam into collimated light; a focusing lens configured to focus the collimated light emitted from the collimating lens , and to irradiate the focused beam to a sheet metal (W) of a processing target; and a moving mechanism configured to move the collimating lens along an optical axis such that a deviation of focal point caused by the beam profile of the focused beam emitted from the focusing lens being selected by the profile selector is reduced. a profile selector that includes at least one beam-forming lens refracting an incident laser beam so as to convert a beam profile and emit a laser beam having a beam profile selected from a plurality of beam profiles; a collimating lens configured to convert an incident laser beam of a divergent beam into collimated light; a focusing lens configured to focus the collimated light emitted from the collimating lens , and to irradiate the focused beam to a sheet metal (W) of a processing target; and a moving mechanism configured to move the collimating lens along an optical axis such that a deviation of focal point caused by the beam profile of the focused beam emitted from the focusing lens being selected by the profile selector is reduced.
A dual mass flywheel comprising a primary mass , a secondary mass angularly movable with respect to said primary mass A) and a spring assembly to torsionally connect said primary mass to said secondary mass and having a first stage comprising at least one spiral spring (128; 129), a second stage having a torsional stiffness greater than that of the said first stage and a structure configured to mechanically connect said first stage in series with said second stage , wherein said at least one spiral spring (128; 129) comprises a first end portion rigidly connected to said primary mass or to said secondary mass and a second end portion (131; 132) connected to a body of said structure , said at least one spiral spring (128; 129) being placed side by side, in the axial direction, to said second stage .
Method for analysing physiological measurement values of a user, in particular for identifying the presence of a physiological body state of the user, for automatically identifying patterns in a chronological sequence of the physiological measurement values, the method comprising: a) at least one data acquisition step, wherein, during the data acquisition step, the physiological measurement values of the user are acquired at different measurement times and stored in a measurement data record by using at least one data acquisition device ; b) at least one pattern selection step, wherein, during the pattern selection step, measurement values acquired during at least one comparison time interval are selected as at least one comparison pattern by using at least one pattern selection device , wherein the comparison pattern is a sequence of measurement values that were acquired during the comparison time interval ; c) at least one pattern recognition step, wherein, during the pattern recognition step, patterns corresponding to the comparison pattern are sought after in the measurement data record by using at least one pattern recognition device , the method further comprising at least one data reduction step generating a reduced measurement data record from the measurement data record , wherein the reduced measurement data record is used in at least one of the pattern selection step b) and the pattern recognition step c), characterised in that a plurality of measurement value levels are prescribed in the data reduction step, wherein it is identified when a measurement value level is crossed between two measurement values adjacent in time, and wherein merely the measurement value of the adjacent measurement values that is closer to the measurement value level is assigned to the reduced measurement data record . a) at least one data acquisition step, wherein, during the data acquisition step, the physiological measurement values of the user are acquired at different measurement times and stored in a measurement data record by using at least one data acquisition device ; b) at least one pattern selection step, wherein, during the pattern selection step, measurement values acquired during at least one comparison time interval are selected as at least one comparison pattern by using at least one pattern selection device , wherein the comparison pattern is a sequence of measurement values that were acquired during the comparison time interval ; c) at least one pattern recognition step, wherein, during the pattern recognition step, patterns corresponding to the comparison pattern are sought after in the measurement data record by using at least one pattern recognition device ,
A method of inserting a reusable surgical instrument module into an outer housing shell having a hinged instrument shell cover , wherein: the outer housing shell defines a cavity therein; the outer housing shell defines an upper outer housing half , and a lower outer housing half , the upper outer housing half defining a longitudinal axis (A) extending therethrough and the lower outer housing half being connected to the instrument shell cover via a hinged connection ; the instrument module defines an upper instrument module half and a lower instrument module half ; and the instrument module comprises at least one motor disposed within an inner housing shell of the instrument module, the at least one motor being located in the upper instrument module half , and the at least one motor defining an operative axis (B), the method comprising: inserting the instrument module into the cavity of the outer housing shell such that the operative axis (B) of the at least one motor is substantially parallel to a longitudinal axis (A) of the upper outer housing half ; followed by rotating the instrument shell cover about the hinged connection to form a secure seal between the instrument shell cover and the upper and lower outer housing halves . the outer housing shell defines a cavity therein; the outer housing shell defines an upper outer housing half , and a lower outer housing half , the upper outer housing half defining a longitudinal axis (A) extending therethrough and the lower outer housing half being connected to the instrument shell cover via a hinged connection ; the instrument module defines an upper instrument module half and a lower instrument module half ; and the instrument module comprises at least one motor disposed within an inner housing shell of the instrument module, the at least one motor being located in the upper instrument module half , and the at least one motor defining an operative axis (B), inserting the instrument module into the cavity of the outer housing shell such that the operative axis (B) of the at least one motor is substantially parallel to a longitudinal axis (A) of the upper outer housing half ; followed by rotating the instrument shell cover about the hinged connection to form a secure seal between the instrument shell cover and the upper and lower outer housing halves .
A blade angle feedback assembly for an aircraft-bladed rotor , the rotor rotatable about a longitudinal axis (A) and having an adjustable blade pitch angle, the assembly comprising: a feedback device having a root surface having a first edge (302 1 ); a plurality of first position markers disposed on the root surface and oriented substantially parallel to the longitudinal axis (A), the plurality of first position markers circumferentially spaced from one another; at least one second position marker disposed on the root surface and positioned between two adjacent first position markers at an angle thereto, the at least one second position marker having an end positioned adjacent to the first edge (302 1 ) and non-flush therewith; and at least one sensor configured to be mounted adjacent the feedback device , wherein one of the feedback device and the at least one sensor is configured to be coupled to rotate with the rotor , and the at least one sensor is configured to detect a relative passage of the plurality of first position markers and the at least one second position marker as the one of the feedback device and the at least one sensor configured to be coupled to rotate with the rotor rotates about the longitudinal axis (A), wherein the end of the at least one second position marker is beveled at an angle with respect to the first edge (302 1 ). a feedback device having a root surface having a first edge (302 1 ); a plurality of first position markers disposed on the root surface and oriented substantially parallel to the longitudinal axis (A), the plurality of first position markers circumferentially spaced from one another; at least one second position marker disposed on the root surface and positioned between two adjacent first position markers at an angle thereto, the at least one second position marker having an end positioned adjacent to the first edge (302 1 ) and non-flush therewith; and at least one sensor configured to be mounted adjacent the feedback device , wherein one of the feedback device and the at least one sensor is configured to be coupled to rotate with the rotor , and the at least one sensor is configured to detect a relative passage of the plurality of first position markers and the at least one second position marker as the one of the feedback device and the at least one sensor configured to be coupled to rotate with the rotor rotates about the longitudinal axis (A), wherein the end of the at least one second position marker is beveled at an angle with respect to the first edge (302 1 ).
A coated substrate comprising: a substrate comprising first and second major surfaces, wherein the substrate comprises cellulosic material; and a compostable coating comprising 60 wt% to 99 wt% of at least one compostable polymer based on a total dry weight of the compostable coating and a dispersant, wherein the dispersant is selected from the group consisting of polyvinyl alcohol, polyethylene glycols, cellulosic polysaccharides, biopolymer polysaccharides, and any combination thereof, wherein the compostable polymer comprises biodegradable polyester, and wherein the compostable coating being disposed on at least one of the first and second major surfaces and having a coat weight of less than about 20 grams per square meters (gsm) on a dry weight basis, wherein the coated substrate has a grease resistance ranging from 4 to 12 as measured in accordance with the TAPPI 559 kit test. a substrate comprising first and second major surfaces, wherein the substrate comprises cellulosic material; and a compostable coating comprising 60 wt% to 99 wt% of at least one compostable polymer based on a total dry weight of the compostable coating and a dispersant, wherein the dispersant is selected from the group consisting of polyvinyl alcohol, polyethylene glycols, cellulosic polysaccharides, biopolymer polysaccharides, and any combination thereof, wherein the compostable polymer comprises biodegradable polyester, and wherein the compostable coating being disposed on at least one of the first and second major surfaces and having a coat weight of less than about 20 grams per square meters (gsm) on a dry weight basis, wherein the coated substrate has a grease resistance ranging from 4 to 12 as measured in accordance with the TAPPI 559 kit test.