mhurhangee/patent-ind-claim-en huggingface dataset:
A system for obtaining a blood glucose (BG) measurement of a patient, comprising, a glucose measurement device configured to provide a readout; an insulin delivery device configured to provide said insulin delivery information; and a processor configured to provide: a first intermediary computation that provides an output of said first intermediary computation using said readout (CGS(t)) from said glucose measurement device of a subject and said insulin delivery information ( J ctrl ( t )), wherein said output of said first intermediary computation provides a metabolic state estimate ( x̂ ( t - τ )), a second intermediary computation that provides an output of said second intermediary computation ( BG ( t | t - τ )) using said output of said first intermediary computation ( x̂ ( t - τ )), wherein BG ( t | t - τ ) is the predicted blood glucose, wherein said second intermediary computation further comprises: an inference of said output of said second intermediary computation from said output of said first intermediary computation, wherein inferring said second intermediary computation further comprises: an extrapolation of said output of said first intermediary computation to some future time to determine an extrapolated state vector output, wherein said second intermediary computation further comprises: an extraction of a blood glucose state from said extrapolated state vector output, and the processor being further configured to provide: a third computation to reach an estimate of the blood glucose ( BGest (t) ) of the subject by applying a weighting scheme to said readout from the glucose measurement device and said output of said second intermediary computation. a first intermediary computation that provides an output of said first intermediary computation using said readout (CGS(t)) from said glucose measurement device of a subject and said insulin delivery information ( J ctrl ( t )), wherein said output of said first intermediary computation provides a metabolic state estimate ( x̂ ( t - τ )), a second intermediary computation that provides an output of said second intermediary computation ( BG ( t | t - τ )) using said output of said first intermediary computation ( x̂ ( t - τ )), wherein BG ( t | t - τ ) is the predicted blood glucose, an extraction of a blood glucose state from said extrapolated state vector output, and the processor being further configured to provide: a third computation to reach an estimate of the blood glucose ( BGest (t) ) of the subject by applying a weighting scheme to said readout from the glucose measurement device and said output of said second intermediary computation.
A method for wireless communication, comprising: identifying , at a user equipment, UE, that the UE has data in a buffer to be transmitted to a base station; determining a priority level for the data in the buffer to be transmitted to the base station based at least in part on a logical channel for the data, or a data type associated with the data, or a combination thereof; determining, that the priority level exceeds a threshold; and transmitting , to the base station, a scheduling request, SR, that indicates the priority level for the data, wherein transmitting the SR is based at least in part on the determining that the priority level exceeds a threshold. identifying , at a user equipment, UE, that the UE has data in a buffer to be transmitted to a base station; determining a priority level for the data in the buffer to be transmitted to the base station based at least in part on a logical channel for the data, or a data type associated with the data, or a combination thereof; determining, that the priority level exceeds a threshold; and transmitting , to the base station, a scheduling request, SR, that indicates the priority level for the data, wherein transmitting the SR is based at least in part on the determining that the priority level exceeds a threshold.
A gas therapy system comprising a flow line , a gas source or a link to a gas source, and a nebulizer or a link to a nebulizer for aerosol delivery, a patient interface or a coupler for connection to a patient interface, and a controller configured to modulate gas flow and aerosol delivery in real time, characterized in that , the controller is configured to change gas flow rate between at least one upper level and at least one lower level, and to dynamically stop or reduce aerosol delivery during gas flow at the upper level, and to dynamically activate or increase aerosol delivery during low gas intervals of gas flow at the lower level or levels, the controller is configured to switch between said levels in each of a succession of cycles, in which each cycle has specific upper and lower gas flow rate levels, said cycles have a duration in the range of 1 second to 2 hours, the system is configured to provide aerosol delivery with a switch-on or switch-off duration under 25ms, and the system is configured to provide a gas flow switching duration of under 100ms. the controller is configured to change gas flow rate between at least one upper level and at least one lower level, and to dynamically stop or reduce aerosol delivery during gas flow at the upper level, and to dynamically activate or increase aerosol delivery during low gas intervals of gas flow at the lower level or levels, the controller is configured to switch between said levels in each of a succession of cycles, in which each cycle has specific upper and lower gas flow rate levels, said cycles have a duration in the range of 1 second to 2 hours, the system is configured to provide aerosol delivery with a switch-on or switch-off duration under 25ms, and the system is configured to provide a gas flow switching duration of under 100ms.
A spring nut to attach a threaded object to a structure, the spring nut comprising: a base ; a first arm and a second arm extending from the base , the first and second arms configured to receive the threaded object without rotation of the threaded object and to retain the threaded object therebetween; and a wedge element supported relative to the base and configured to be moved to engage the first and second arms to urge the first and second arms apart and thereby release the threaded object from the first and second arms ; wherein the spring nut is unitarily formed from a single piece of material. a base ; a first arm and a second arm extending from the base , the first and second arms configured to receive the threaded object without rotation of the threaded object and to retain the threaded object therebetween; and a wedge element supported relative to the base and configured to be moved to engage the first and second arms to urge the first and second arms apart and thereby release the threaded object from the first and second arms ; wherein the spring nut is unitarily formed from a single piece of material.
Method of sending, by a terminal of a wireless communication system , a message on a communication channel shared with other terminals , said method comprising: - before sending said message: a step of listening without interruption to the communication channel by said terminal until it detects an absence of activity on the communication channel for a predetermined time, termed the "inactivity time ΔTin", - when no activity is detected on said communication channel for the inactivity time ΔTin: a step of sending said message on the communication channel, the terminals being multiplexed in frequency and/or by different spreading codes on said communication channel, characterized in that after having detected an absence of activity on the communication channel during the inactivity time ΔTin, said method comprises a step of waiting, for an identical predetermined time for all of the terminals of the wireless communication system , termed the "waiting time ΔTat", before sending the message. - before sending said message: a step of listening without interruption to the communication channel by said terminal until it detects an absence of activity on the communication channel for a predetermined time, termed the "inactivity time ΔTin", - when no activity is detected on said communication channel for the inactivity time ΔTin: a step of sending said message on the communication channel,
A conjugate comprising (a) an amatoxin; (b) a PSMA-binding moiety consisting of 2-[3-(1,3-dicarboxy-propyl)ureido]pentanedioic acid (I) or 6-amino-2-[3-(1,3-dicarboxypropyl)ureido]-hexanoic acid (II); and (c) a linker linking said amatoxin and said PSMA-binding moiety, having the structure VII or VIII wherein each L is a linker, Ama is an amatoxin, B is a trifunctional linker element, EM is an half-life extension moiety, and R is selected from H, C1-6-alkyl and p-bromobenzyl. having the structure VII or VIII wherein each L is a linker, Ama is an amatoxin, B is a trifunctional linker element, EM is an half-life extension moiety, and R is selected from H, C1-6-alkyl and p-bromobenzyl.
A wireless patient monitoring system configured to be coupled to a patient , the system comprising: a wireless monitor including: a base ; and a battery configured to removably engage with the base ; a strap for securing the wireless monitor to the patient , wherein a portion of the strap is configured to engage with the base by being disposed between the base and the battery or by passing through an opening on the base ; an optical sensor configured to obtain photoplethysmographs, the optical sensor including at least one emitter configured to emit light and at least one detector configured to detect said light after attenuation by tissue of a user, said photoplethysmographs responsive to said detected light, wherein the base includes one or more outlets for coupling to one or more sensors including the optical sensor ; wherein the wireless monitor includes a wireless transceiver configured to wirelessly transmit sensor data from the optical sensor, the system characterised in that the battery includes a memory for data storage. a wireless monitor including: a base ; and a battery configured to removably engage with the base ; a base ; and a battery configured to removably engage with the base ; a strap for securing the wireless monitor to the patient , wherein a portion of the strap is configured to engage with the base by being disposed between the base and the battery or by passing through an opening on the base ; an optical sensor configured to obtain photoplethysmographs, the optical sensor including at least one emitter configured to emit light and at least one detector configured to detect said light after attenuation by tissue of a user, said photoplethysmographs responsive to said detected light, wherein the base includes one or more outlets for coupling to one or more sensors including the optical sensor ; wherein the wireless monitor includes a wireless transceiver configured to wirelessly transmit sensor data from the optical sensor, the system characterised in that the battery includes a memory for data storage.
Method for operating a server system having at least one server for processing a voice command recorded by a recording device connected to the server system via an interface , wherein the method comprises the following steps: reading in a session activation signal representing a signal provided by the recording device via the interface during or before the recording of the voice command ; checking whether there is an association between the session activation signal and a session ID; ascertaining an availability of a previous server that handled a previous session associated with the session ID prior to the reading-in of the session activation signal if the checking step reveals that there is the association between the session activation signal and the session ID; activating the session on the previous server if the ascertaining step reveals that the previous server is available and the previous session is still active on the server , and activating the session on a free server by loading data associated with the session from a session database if the ascertaining step reveals that the previous server is not available; receiving the voice command via the interface during the activating of the session or subsequently to the activating of the session; and storing data relating to the session in the session database during the existing session or on termination of the session by the server (112; 200) handling the session. reading in a session activation signal representing a signal provided by the recording device via the interface during or before the recording of the voice command ; checking whether there is an association between the session activation signal and a session ID; ascertaining an availability of a previous server that handled a previous session associated with the session ID prior to the reading-in of the session activation signal if the checking step reveals that there is the association between the session activation signal and the session ID; activating the session on the previous server if the ascertaining step reveals that the previous server is available and the previous session is still active on the server , and activating the session on a free server by loading data associated with the session from a session database if the ascertaining step reveals that the previous server is not available; receiving the voice command via the interface during the activating of the session or subsequently to the activating of the session; and storing data relating to the session in the session database during the existing session or on termination of the session by the server (112; 200) handling the session.
Estetrol component for use in the treatment of advanced estrogen receptor positive breast cancer in a subject who has been treated with an estrogen activity suppressor selected from a selective estrogen receptor modulator (SERM), an aromatase inhibitor and an anti-estrogen, said treatment comprising administration of the estetrol component to the subject within 12 weeks after the treatment with an estrogen activity suppressor has been discontinued, said estetrol component being selected from estetrol, prodrugs of estetrol in the form of estetrol derivatives wherein the hydrogen atom of at least one of the hydroxyl groups has been substituted by an acyl radical of a hydrocarbon carboxylic, sulfuric acid, sulfonic acid or sulfamic acid of 1-25 carbon atoms, and combinations thereof.
An ophthalmic lens comprising a substrate with a front main face and a rear main face, the rear main face being coated with a multilayered antireflective coating comprising a stack of at least one layer having a refractive index higher than 1.6 and of at least one layer having a refractive index lower than 1.5, wherein: the refractive index is expressed at a wavelength of 550 nm, the mean reflection factor on the rear face in the visible region R m is lower than or equal to 1.15%; the mean light reflection factor on the rear face in the visible region R v is lower than or equal to 1%; the mean reflection factor R UV on the rear face between 280 nm and 380 nm, weighted by the function W(λ) defined in the ISO 13666:1998 standard, is lower than 5%, for both an angle of incidence of 30° and for an angle of incidence of 45°; the multilayered antireflective coating comprises from 3 to 7 layers; the multilayered antireflective coating does not comprise any layer with a thickness higher than 15 nm based on indium oxide; and the multilayered antireflective coating outer layer is a silica-based layer, wherein (a) the mean reflection factor on the rear face for at least one wavelength in the 280-295 nm range for both an angle of incidence of 30° and an angle of incidence of 45° is higher than 5%, or (b) the mean reflection factor on the rear face over at least 70% of the 280-290 nm wavelength range, for an angle of incidence of 15° is higher than 10%. the mean reflection factor on the rear face in the visible region R m is lower than or equal to 1.15%; the mean light reflection factor on the rear face in the visible region R v is lower than or equal to 1%; the mean reflection factor R UV on the rear face between 280 nm and 380 nm, weighted by the function W(λ) defined in the ISO 13666:1998 standard, is lower than 5%, for both an angle of incidence of 30° and for an angle of incidence of 45°; the multilayered antireflective coating comprises from 3 to 7 layers; the multilayered antireflective coating does not comprise any layer with a thickness higher than 15 nm based on indium oxide; and the multilayered antireflective coating outer layer is a silica-based layer, wherein (a) the mean reflection factor on the rear face for at least one wavelength in the 280-295 nm range for both an angle of incidence of 30° and an angle of incidence of 45° is higher than 5%, or (b) the mean reflection factor on the rear face over at least 70% of the 280-290 nm wavelength range, for an angle of incidence of 15° is higher than 10%. (a) the mean reflection factor on the rear face for at least one wavelength in the 280-295 nm range for both an angle of incidence of 30° and an angle of incidence of 45° is higher than 5%, or (b) the mean reflection factor on the rear face over at least 70% of the 280-290 nm wavelength range, for an angle of incidence of 15° is higher than 10%.
A vacuum cleaner nozzle (N) comprising: a rotatable brush (B) comprising a light distribution mechanism for distributing light from the rotatable brush (B); a transparent screen (S) through which a user can see the rotatable brush (B); and a drive unit for rotating the rotatable brush (B); characterized by a sensor for measuring a rotation speed of the rotatable brush (B), and a controller for controlling the light distributed from the rotatable brush (B) in dependence on the rotation speed of the rotatable brush (B). a rotatable brush (B) comprising a light distribution mechanism for distributing light from the rotatable brush (B); a transparent screen (S) through which a user can see the rotatable brush (B); and a drive unit for rotating the rotatable brush (B); a sensor for measuring a rotation speed of the rotatable brush (B), and a controller for controlling the light distributed from the rotatable brush (B) in dependence on the rotation speed of the rotatable brush (B).
A sterile peritoneal dialysis fluid, comprising: an acidic first liquid containing only icodextrin and 0 to 2.34 g/L of sodium chloride, and an alkaline second liquid containing an alkaline pH regulator, wherein a mixture of the first liquid and the second liquid after sterilization has a pH of 6.0 to 7.5, wherein the acidic first liquid after sterilization is in an acidic region and a content of the alkaline pH regulator of the alkaline second liquid is an amount required to adjust a pH of the peritoneal dialysis liquid to pH 6.0 to 7.5 after the acidic first liquid and alkaline second liquid after sterilization are mixed with an addition of at least one of lactic acid and a lactate incorporated as an alkalizing agent. an acidic first liquid containing only icodextrin and 0 to 2.34 g/L of sodium chloride, and an alkaline second liquid containing an alkaline pH regulator, wherein a mixture of the first liquid and the second liquid after sterilization has a pH of 6.0 to 7.5, wherein the acidic first liquid after sterilization is in an acidic region and a content of the alkaline pH regulator of the alkaline second liquid is an amount required to adjust a pH of the peritoneal dialysis liquid to pH 6.0 to 7.5 after the acidic first liquid and alkaline second liquid after sterilization are mixed with an addition of at least one of lactic acid and a lactate incorporated as an alkalizing agent.
A method for wireless communication, comprising: configuring a location of a component carrier and a set of resource blocks for the component carrier of a secondary cell for a user equipment, UE; transmitting , to the UE, a reference location of the component carrier, wherein the reference location comprises an absolute frequency that corresponds to the location of the component carrier; transmitting , to the UE, an indication of the set of resource blocks for the component carrier; and wherein the location of the component carrier and the indication of the set of resource blocks for the component carrier of the secondary cell are transmitted via a radio resource control, RRC, message over a primary cell, the primary cell being different from the secondary cell. configuring a location of a component carrier and a set of resource blocks for the component carrier of a secondary cell for a user equipment, UE; transmitting , to the UE, a reference location of the component carrier, wherein the reference location comprises an absolute frequency that corresponds to the location of the component carrier; transmitting , to the UE, an indication of the set of resource blocks for the component carrier; and wherein the location of the component carrier and the indication of the set of resource blocks for the component carrier of the secondary cell are transmitted via a radio resource control, RRC, message over a primary cell, the primary cell being different from the secondary cell.
Rubber composition based on at least: - an elastomer matrix containing at least one polyisoprene and at least one copolymer containing ethylene units and diene units, - a paraffin oil having a glass transition temperature, Tg, of less than -75°C, measured by DSC (Differential Scanning Calorimetry) according to Standard ASTM D3418 , - a reinforcing filler comprising carbon black, and - a crosslinking system, in which the at least one polyisoprene and the at least one copolymer containing ethylene units and diene units represent more than 40% by weight of the elastomer matrix. - an elastomer matrix containing at least one polyisoprene and at least one copolymer containing ethylene units and diene units, - a paraffin oil having a glass transition temperature, Tg, of less than -75°C, measured by DSC (Differential Scanning Calorimetry) according to Standard ASTM D3418 , - a reinforcing filler comprising carbon black, and - a crosslinking system,
A method of manufacturing an aluminum clad heat sink, the method comprising: (A) preparing a composite powder by ball-milling (i) aluminum or aluminum-alloy powder and (ii) carbon nanotubes (CNT); (B) preparing a multilayer billet comprising the composite powder; and (C) directly extruding the multilayer billet using an extrusion die to produce a heat sink, wherein the multilayer billet comprises a can-shaped first billet serving as a second shell layer; a second billet disposed inside the first billet and serving as a first shell layer; and a third billet disposed inside the second billet and serving as a core layer; wherein the first billet is made of aluminum, and the second billet and the third billet comprise the composite powder, and wherein the second billet comprises the carbon nanotubes in an amount of 0.09 to 10 parts by volume with respect to 100 parts by volume of the aluminum or aluminum-alloy powder, and the third billet comprises the carbon nanotubes 0.08 part by volume with respect to 100 parts by volume of the aluminum or aluminum-alloy powder. (A) preparing a composite powder by ball-milling (i) aluminum or aluminum-alloy powder and (ii) carbon nanotubes (CNT); (B) preparing a multilayer billet comprising the composite powder; and (C) directly extruding the multilayer billet using an extrusion die to produce a heat sink, wherein the multilayer billet comprises a can-shaped first billet serving as a second shell layer; a second billet disposed inside the first billet and serving as a first shell layer; and a third billet disposed inside the second billet and serving as a core layer; wherein the first billet is made of aluminum, and the second billet and the third billet comprise the composite powder, and wherein the second billet comprises the carbon nanotubes in an amount of 0.09 to 10 parts by volume with respect to 100 parts by volume of the aluminum or aluminum-alloy powder, and the third billet comprises the carbon nanotubes 0.08 part by volume with respect to 100 parts by volume of the aluminum or aluminum-alloy powder.