mhurhangee/patent-ind-claim-en huggingface dataset:
A method of communicating a digital power request between an aircraft computer and an engine computer , the method comprising: receiving at the engine computer , from the aircraft computer , an unadjusted power request and a power request gradient, wherein the power request gradient is the slope of the tangent of the unadjusted power request; applying a delay compensation component to the power request gradient to generate a delay compensated contribution; adding the delay compensated contribution to the unadjusted power request to obtain an adjusted power request; applying a compensation limiter, configured for limiting the authority of the engine computer , to the adjusted power request to obtain a corrected power request; and outputting the corrected power request. receiving at the engine computer , from the aircraft computer , an unadjusted power request and a power request gradient, wherein the power request gradient is the slope of the tangent of the unadjusted power request; applying a delay compensation component to the power request gradient to generate a delay compensated contribution; adding the delay compensated contribution to the unadjusted power request to obtain an adjusted power request; applying a compensation limiter, configured for limiting the authority of the engine computer , to the adjusted power request to obtain a corrected power request; and outputting the corrected power request.
A closure device for a container , the container defining a neck and an annular flange positioned along an exterior surface of the neck , the closure device comprising: a cap body ; a tamper evidence (TE) band that is positioned below the annular flange when the closure device is positioned on the neck of the container ; a tongue extending from the cap body towards the tamper evidence (TE) band ; and a first leash and a second leash positioned on either side of the tongue and connecting the cap body to the tamper evidence (TE) band , the first leash and the second leash allowing the cap body to be removed from the neck of the container while remaining attached to the tamper evidence (TE) band ; wherein when the cap body is actuated to a fully open position: the first leash and the second leash act as a torsion bar such that the tongue exerts a force against the neck of the container for retaining the cap body in the fully open position. characterized in that the first leash and the second leash each comprise a first portion and a second portion , the first portion and the second portion being positioned at an angle in relation to each other when the closure device is in a fully closed position, wherein the first portion lies in a plane substantially parallel to an upper edge of the tamper evidence band, while the second portion extends at an angle from that plane towards a root end of the tongue . a cap body ; a tamper evidence (TE) band that is positioned below the annular flange when the closure device is positioned on the neck of the container ; a tongue extending from the cap body towards the tamper evidence (TE) band ; and a first leash and a second leash positioned on either side of the tongue and connecting the cap body to the tamper evidence (TE) band , the first leash and the second leash allowing the cap body to be removed from the neck of the container while remaining attached to the tamper evidence (TE) band ; wherein when the cap body is actuated to a fully open position: the first leash and the second leash act as a torsion bar such that the tongue exerts a force against the neck of the container for retaining the cap body in the fully open position.
A process for producing unsaturated nitrile, using a fluidized bed reactor having an internal space comprising a catalyst capable of being fluidized therein; a starting material feed opening to feed a starting material gas comprising hydrocarbon to the internal space; a dispersion plate to feed an oxygen-containing gas comprising oxygen to the internal space; a discharge port to discharge a reaction product gas from the internal space; and a cyclone to separate and recover the catalyst from the reaction product gas in the internal space, the process comprising a reaction step of subjecting the hydrocarbon to a vapor phase catalytic ammoxidation reaction in the presence of the catalyst in the internal space to produce the corresponding unsaturated nitrile, wherein when the internal space is divided into two spaces of an upper space occupying a space from an upper end of an inlet of the cyclone to an upper end of the internal space and a lower space occupying a space below the upper end of the inlet of the cyclone and ranging to the dispersion plate, a ratio of an existing amount of the catalyst in the upper space per unit volume to an existing amount of the catalyst in the lower space per unit volume is 0.05 to 0.45 in the reaction step.
A method for generating an emergency notification by a communication device , characterized in that the method comprises: generating , in response to a detection of a request to generate the emergency notification, an attach request to a network management entity , the attach request carrying information indicating that an attachment is requested to a communication channel implementing Non-IP Data Delivery functionality and information representing that the attachment is requested for delivering an emergency notification, receiving a response to the attach request , generating , in response to a detection that the response indicates an acceptance of the attachment, the emergency notification , and transmitting the generated emergency notification over the communication channel implementing Non-IP Data Delivery functionality. generating , in response to a detection of a request to generate the emergency notification, an attach request to a network management entity , the attach request carrying information indicating that an attachment is requested to a communication channel implementing Non-IP Data Delivery functionality and information representing that the attachment is requested for delivering an emergency notification, receiving a response to the attach request , generating , in response to a detection that the response indicates an acceptance of the attachment, the emergency notification , and transmitting the generated emergency notification over the communication channel implementing Non-IP Data Delivery functionality.
A method of predicting the effect of a concentration of a sensitizer on cell viability in a production bioreactor, the method comprising: (a) determining cell viability under a plurality of test conditions in a test culture vessel, wherein the plurality of test conditions are defined by a set of parameters, wherein the plurality of testing conditions are selected based on full factorial screening and/or inscribed center composite design; and (b) based on the cell viability in the test culture vessel under the plurality of conditions, predicting the effect of a concentration of a sensitizer on cell viability in a production bioreactor. (a) determining cell viability under a plurality of test conditions in a test culture vessel, wherein the plurality of test conditions are defined by a set of parameters, wherein the plurality of testing conditions are selected based on full factorial screening and/or inscribed center composite design; and (b) based on the cell viability in the test culture vessel under the plurality of conditions, predicting the effect of a concentration of a sensitizer on cell viability in a production bioreactor.
A serine-glycerophospholipids preparation comprising glycerophospholipids of formula (I): for use in treating a cognitive condition or disorder selected from the group consisting of an age-associated memory impairment and attention deficit hyperactivity disorder (ADHD), wherein R" is serine, said preparation being different from human brain phosphatidylserine (PS) and having improved bioactivity compared to soybean-PS; R and R', which may be identical or different, independently represent hydrogen or an acyl group; wherein said acyl group is selected from the polyunsaturated acyl groups (PUFA) which are an eicosapentaenoic (EPA), a docosahexaenoyl (DHA), or a linolenic omega-3-group, with the proviso that R and R' cannot simultaneously represent hydrogen, and said polyunsaturated acyl groups comprise 10-50% by weight of the total fatty acids content of said preparation.
A system iron comprising: a body including a steam generator for generating steam; an ironing plate , which is rotatably coupled to an upper portion of the body , the ironing plate includes steam nozzles for spraying the steam generated by the steam generator ; a hinge shaft , which has therein a cavity; the hinge shaft being provided with a flow through hole in a zone on a peripheral surface of the hinge shaft ; a steam flow channel so as to allow the steam, generated by the steam generator , to be supplied to the steam nozzles of the ironing plate , wherein the hinge shaft is open at at least one of two ends thereof positioned on a rotational axis which extends parallel to a cross direction (W) of the ironing plate so as to allow the ironing plate to be rotated, wherein the steam flow channel extends through one open end of the at least one of two ends and the flow through hole in the hinge shaft , wherein the ironing plate is configured to be changed in position depending on whether the system iron is operated in an ironing mode, in which an ironing operation is performed, or in a steam-spraying mode, in which the steam is sprayed from the steam nozzles disposed on the ironing plate to an outer side of the ironing plate ; wherein the hinge shaft allows the ironing plate to be rotated depending on whether the system iron is operated in the ironing mode or in the steam-spraying. a body including a steam generator for generating steam; an ironing plate , which is rotatably coupled to an upper portion of the body , the ironing plate includes steam nozzles for spraying the steam generated by the steam generator ; a hinge shaft , which has therein a cavity; the hinge shaft being provided with a flow through hole in a zone on a peripheral surface of the hinge shaft ; a steam flow channel so as to allow the steam, generated by the steam generator , to be supplied to the steam nozzles of the ironing plate , wherein the hinge shaft is open at at least one of two ends thereof positioned on a rotational axis which extends parallel to a cross direction (W) of the ironing plate so as to allow the ironing plate to be rotated, wherein the steam flow channel extends through one open end of the at least one of two ends and the flow through hole in the hinge shaft , wherein the ironing plate is configured to be changed in position depending on whether the system iron is operated in an ironing mode, in which an ironing operation is performed, or in a steam-spraying mode, in which the steam is sprayed from the steam nozzles disposed on the ironing plate to an outer side of the ironing plate ; wherein the hinge shaft allows the ironing plate to be rotated depending on whether the system iron is operated in the ironing mode or in the steam-spraying.
A method for modeling a subsurface region, comprising: obtaining a trained machine learning network, wherein obtaining the trained machine learning network comprises training the machine learning network with a training dataset to predict rock type probabilities from petrophysical parameters; obtaining an initial petrophysical parameter estimate ; applying the trained machine learning network to the initial petrophysical parameter estimate to predict a geologic prior model ; obtaining geophysical data for the subsurface region acquired during a geophysical survey of the subsurface region ; obtaining geophysical parameters for the subsurface region ; and performing a petrophysical inversion with the geologic prior model, geophysical data, and geophysical parameters to generate a rock type probability model and an updated petrophysical parameter estimate ; wherein each one of (i) applying the trained machine learning network and (ii) performing the petrophysical inversion is carried out using a geophysical data analysis system, and wherein the machine learning network is trained to predict rock type probabilities at sub-seismic scales for inputs comprising petrophysical parameters obtained from seismic-scale data. obtaining a trained machine learning network, wherein obtaining the trained machine learning network comprises training the machine learning network with a training dataset to predict rock type probabilities from petrophysical parameters; obtaining an initial petrophysical parameter estimate ; applying the trained machine learning network to the initial petrophysical parameter estimate to predict a geologic prior model ; obtaining geophysical data for the subsurface region acquired during a geophysical survey of the subsurface region ; obtaining geophysical parameters for the subsurface region ; and performing a petrophysical inversion with the geologic prior model, geophysical data, and geophysical parameters to generate a rock type probability model and an updated petrophysical parameter estimate ; wherein each one of (i) applying the trained machine learning network and (ii) performing the petrophysical inversion is carried out using a geophysical data analysis system, and wherein the machine learning network is trained to predict rock type probabilities at sub-seismic scales for inputs comprising petrophysical parameters obtained from seismic-scale data. wherein each one of (i) applying the trained machine learning network and (ii) performing the petrophysical inversion is carried out using a geophysical data analysis system, and wherein the machine learning network is trained to predict rock type probabilities at sub-seismic scales for inputs comprising petrophysical parameters obtained from seismic-scale data.
A frame , at least part of which is intended to support a skin for receiving a part made of composite material to be polymerized in an autoclave, said skin defining the general shape of said part, said frame being a single-piece foundry part, wherein : - said at least one portion of the frame intended to support said skin is formed by a portion having a shape complementary to said skin , - said frame is made of an alloy having an expansion coefficient < 7.10 -6 K -1 at 200°C. - said at least one portion of the frame intended to support said skin is formed by a portion having a shape complementary to said skin , - said frame is made of an alloy having an expansion coefficient < 7.10 -6 K -1 at 200°C.
A system for a computer networking environment, comprising: a number of racks of servers , each rack of servers having at least one switch coupled to at least one other switch associated with another rack of servers to provide network communications capacity between the servers; characterized by : a set of flyway mechanisms , including one flyway mechanism coupled to a first rack of servers , the flyway mechanism configured to communicate with another flyway mechanism coupled to a second rack of servers ; and a controller for dynamically provisioning the set of flyway mechanisms to communicate with one another to provide additional network communications capacity to an oversubscribed base network, via wireless technology. a number of racks of servers , each rack of servers having at least one switch coupled to at least one other switch associated with another rack of servers to provide network communications capacity between the servers; characterized by : a set of flyway mechanisms , including one flyway mechanism coupled to a first rack of servers , the flyway mechanism configured to communicate with another flyway mechanism coupled to a second rack of servers ; and a controller for dynamically provisioning the set of flyway mechanisms to communicate with one another to provide additional network communications capacity to an oversubscribed base network, via wireless technology. a set of flyway mechanisms , including one flyway mechanism coupled to a first rack of servers , the flyway mechanism configured to communicate with another flyway mechanism coupled to a second rack of servers ; and a controller for dynamically provisioning the set of flyway mechanisms to communicate with one another to provide additional network communications capacity to an oversubscribed base network, via wireless technology.
A method comprising: detecting user inactivity on a mobile device ; in response to the detected inactivity: blocking a first channel specific to a first application executing on the mobile device , wherein the first application is configured to receive communications over a second channel that is established over a network , wherein a second application executing on the mobile device is configured to receive communications over the second channel; monitoring traffic received by the mobile device over the second channel that informs the mobile device of new data at an application server associated with the first application; unblocking the first channel based on the monitored traffic so that the first application can perform an action over the first channel; and re-blocking the first channel after a predetermined period of time, wherein the first channel is a first push channel and the second channel is a second shared push channel. detecting user inactivity on a mobile device ; in response to the detected inactivity: blocking a first channel specific to a first application executing on the mobile device , wherein the first application is configured to receive communications over a second channel that is established over a network , wherein a second application executing on the mobile device is configured to receive communications over the second channel; monitoring traffic received by the mobile device over the second channel that informs the mobile device of new data at an application server associated with the first application; unblocking the first channel based on the monitored traffic so that the first application can perform an action over the first channel; and re-blocking the first channel after a predetermined period of time, wherein the first channel is a first push channel and the second channel is a second shared push channel. blocking a first channel specific to a first application executing on the mobile device , wherein the first application is configured to receive communications over a second channel that is established over a network , wherein a second application executing on the mobile device is configured to receive communications over the second channel; monitoring traffic received by the mobile device over the second channel that informs the mobile device of new data at an application server associated with the first application; unblocking the first channel based on the monitored traffic so that the first application can perform an action over the first channel; and re-blocking the first channel after a predetermined period of time, wherein the first channel is a first push channel and the second channel is a second shared push channel.
A mechanism for positioning and adjusting a timepiece component which is movable back and forth in a limited stroke, along a path imposed by guide means, relative to a fixed structure of a timepiece, said mechanism including a first roller which is fixed indirectly to said structure with limited mobility relative to said structure and which is arranged to roll on a rolling track that said component includes, which rolling track comprises at least a first re-entrant or projecting relief arranged to define, with said first roller , a first mechanical end of travel, said mechanism also comprising at least a second roller which is fixed indirectly to said structure with limited mobility relative to said structure and which is arranged to roll on said rolling track that said component comprises, or on a separate rolling track that said component comprises, which rolling track (80 ; 80') comprises at least one re-entrant or projecting second relief arranged to define, with said second roller , a second mechanical end of travel, mechanism in which the mobility of said first roller and that of said second roller can be adjusted independently relative to said structure ; characterised in that said first roller and/or said second roller is subjected to elastic return means (201; 202) tending to position it resting on said rolling track .
Aerosol generator for delivering an aerosol into a room, comprising a storage container for accommodating a liquid , a nebulization device for generating an aerosol from the liquid , a first line which connects the nebulization device and/or the storage container to at least one outlet opening , the outlet opening being designed to deliver the aerosol into the room, characterized in that the aerosol generator further contains an air conveying device which is designed to cyclically reverse the direction of flow at the outlet opening , the air conveying device being connected to the first line by means of at least a second line and a first check valve being present in the second line . a storage container for accommodating a liquid , a nebulization device for generating an aerosol from the liquid , a first line which connects the nebulization device and/or the storage container to at least one outlet opening , the outlet opening being designed to deliver the aerosol into the room, characterized in that the aerosol generator further contains an air conveying device which is designed to cyclically reverse the direction of flow at the outlet opening , the air conveying device being connected to the first line by means of at least a second line and a first check valve being present in the second line .
A method, comprising: determining , by a first sensor node, that at least one target is moving toward at least one second sensor node and that the at least one second sensor node should be activated; and sending , by the first sensor node, one or more messages toward a base station providing wireless access to the first sensor node and the at least one second sensor node, wherein the one or more messages comprise an identification of the at least one second sensor node and are configured to indicate to the base station that the at least one second sensor node should be activated, wherein the one or more messages further comprise at least one of an indication of a required bandwidth, an indication of a data rate, an indication of a shorter discontinuous reception cycle or a shorter discontinuous transmission cycle to be used by the at least one second sensor node, or an indication of a longer discontinuous reception cycle or a longer discontinuous transmission cycle to be used by the at least one second sensor node. determining , by a first sensor node, that at least one target is moving toward at least one second sensor node and that the at least one second sensor node should be activated; and sending , by the first sensor node, one or more messages toward a base station providing wireless access to the first sensor node and the at least one second sensor node, wherein the one or more messages comprise an identification of the at least one second sensor node and are configured to indicate to the base station that the at least one second sensor node should be activated, wherein the one or more messages further comprise at least one of an indication of a required bandwidth, an indication of a data rate, an indication of a shorter discontinuous reception cycle or a shorter discontinuous transmission cycle to be used by the at least one second sensor node, or an indication of a longer discontinuous reception cycle or a longer discontinuous transmission cycle to be used by the at least one second sensor node.
A strain of unicellular red algae Cyanidioschyzon merolae, deposited on 25 th October 2019 in accordance with the requirements of The Budapest treaty in Banco Español de Algas, Las Palmas, Spain, under the number BEA_IDA 0073B.