mhurhangee/patent-ind-claim-en huggingface dataset:
A registration method performed by an electronic device, wherein the electronic device comprises: a communication radio frequency link, the electronic device is connected to an Internet protocol multimedia subsystem, characterized in that , the method comprises: obtaining , in a process in which a preset application downloads data through the communication radio frequency link, a remaining online duration of the electronic device registered in the Internet protocol multimedia subsystem; obtaining a data demand of the preset application in a case that the remaining online duration is greater than a first preset duration and less than a second preset duration, wherein the first preset duration is greater than or equal to a duration required for the electronic device to re-register in the Internet protocol multimedia subsystem; and performing , in a case that the data demand is less than a preset data demand, reregistration in the Internet protocol multimedia subsystem through the communication radio frequency link. obtaining , in a process in which a preset application downloads data through the communication radio frequency link, a remaining online duration of the electronic device registered in the Internet protocol multimedia subsystem; obtaining a data demand of the preset application in a case that the remaining online duration is greater than a first preset duration and less than a second preset duration, wherein the first preset duration is greater than or equal to a duration required for the electronic device to re-register in the Internet protocol multimedia subsystem; and performing , in a case that the data demand is less than a preset data demand, reregistration in the Internet protocol multimedia subsystem through the communication radio frequency link.
A physiological parameter monitoring system adapted to identify a person for monitoring of the identified person's physiological parameters, the system including: one or more sensors comprising one or more non-contact sensors, for monitoring one or more persons' physiological parameters, one or more processors, the one or more processors configured to process signals from the one or more sensors to identify a person , the processing comprising an evaluation of features comprising one or more respiratory features, cardiac features, or movement features, the monitoring system being characterized in that the evaluation of features comprises analysis of at least one of: (a) detected breathing rate, (b) detected respiration depth, and (c) detected degree of movement in bed, and a processor is configured to record in a database the monitored physiological parameters in association with a person's identity, based on the identification of a person to be a previously monitored person. one or more sensors comprising one or more non-contact sensors, for monitoring one or more persons' physiological parameters, one or more processors, the one or more processors configured to process signals from the one or more sensors to identify a person , the processing comprising an evaluation of features comprising one or more respiratory features, cardiac features, or movement features, the monitoring system being characterized in that the evaluation of features comprises analysis of at least one of: (a) detected breathing rate, (b) detected respiration depth, and (c) detected degree of movement in bed, and a processor is configured to record in a database the monitored physiological parameters in association with a person's identity, based on the identification of a person to be a previously monitored person.
A tire having a tread which comprises a rubber composition based on at least: - a diene elastomer; - a reinforcing filler comprising more than 70 phr of a reinforcing inorganic filler and less than 20 phr of carbon black; - between 40 and 120 phr of a plasticizing agent comprising between 10 and 60 phr of a polar liquid plasticizer; and - between 0.2 and 10 phr of a metal acetylacetonate. - a diene elastomer; - a reinforcing filler comprising more than 70 phr of a reinforcing inorganic filler and less than 20 phr of carbon black; - between 40 and 120 phr of a plasticizing agent comprising between 10 and 60 phr of a polar liquid plasticizer; and - between 0.2 and 10 phr of a metal acetylacetonate.
A single use lancing device comprising: a housing defining a cavity; a needle assembly comprising a needle and a needle holder and located within the cavity; a release member ; and a spring arranged to bias the needle assembly in a forward direction relative to the release member ; wherein the release member comprises retaining arms and is movable relative to the housing between a primed position in which the retaining arms are arranged to cooperate with the housing to restrain the needle assembly in a primed position, and a deployed position in which the restaining arms are arranged to release the needle assembly to deploy the needle , characterised in that the lancing device further comprises a removable safety member arranged to retain the release member in its primed position, and a needle cover which is formed integrally with the needle holder with a shear portion therebetween so that the needle cover can be removed from the needle and needle holder .
A method for purifying a flow of natural gas, comprising the following steps: a) a step of processing at least a portion of said flow by pyrolysis at a temperature in the range of from 1000°C to 2000°C, so as to decompose hydrocarbons comprising at least two carbon atoms into elemental carbon and dihydrogen H 2 and thus obtain a processed flow , then b) a step of eliminating the elemental carbon present in the processed flow from step a) so as to obtain a processed flow free of elemental carbon; then c) when steps a) and b) have been carried out on a portion of the flow of natural gas only, a step of mixing the processed flow free of elemental carbon from step b) with the portion of the non-processed flow; then d) obtaining a flow of purified natural gas consisting either of the mixture from step c) or of the processed flow free of elemental carbon from step b). a) a step of processing at least a portion of said flow by pyrolysis at a temperature in the range of from 1000°C to 2000°C, so as to decompose hydrocarbons comprising at least two carbon atoms into elemental carbon and dihydrogen H 2 and thus obtain a processed flow , then b) a step of eliminating the elemental carbon present in the processed flow from step a) so as to obtain a processed flow free of elemental carbon; then c) when steps a) and b) have been carried out on a portion of the flow of natural gas only, a step of mixing the processed flow free of elemental carbon from step b) with the portion of the non-processed flow; then d) obtaining a flow of purified natural gas consisting either of the mixture from step c) or of the processed flow free of elemental carbon from step b).
A composition comprising a poly alpha-1,3-glucan ether compound represented by the structure: wherein (i) n is at least 6, (ii) each R is independently an H or a positively charged organic group, and (iii) the compound has a degree of substitution of about 0.05 to about 3.0. (i) n is at least 6, (ii) each R is independently an H or a positively charged organic group, and (iii) the compound has a degree of substitution of about 0.05 to about 3.0.
A method for producing an all-solid-state battery having a solid electrolyte layer between a positive electrode layer and a negative electrode layer, the method comprising: a step of coating or impregnating at least one of the positive electrode layer and the negative electrode layer with a solid electrolyte solution obtained by dissolving a boron hydride compound serving as a solid electrolyte in a solvent; and a step of removing the solvent from the coated or impregnated solid electrolyte solution and causing the solid electrolyte to precipitate on at least one of the positive electrode layer and the negative electrode layer, wherein the solvent comprises at least one selected from the group consisting of an ether-based solvent, a nitrile-based solvent and an amide-based solvent. a step of coating or impregnating at least one of the positive electrode layer and the negative electrode layer with a solid electrolyte solution obtained by dissolving a boron hydride compound serving as a solid electrolyte in a solvent; and a step of removing the solvent from the coated or impregnated solid electrolyte solution and causing the solid electrolyte to precipitate on at least one of the positive electrode layer and the negative electrode layer, wherein the solvent comprises at least one selected from the group consisting of an ether-based solvent, a nitrile-based solvent and an amide-based solvent.
A surgical circular stapler, comprising: (a) a body, including: (i) a firing actuator , and (ii) a motor ; (b) a shaft extending distally from the body; (c) a stapling assembly disposed at a distal end of the shaft, wherein the stapling assembly includes a safety switch , wherein the stapling assembly is configured to selectively move from an open position to a closed position to clamp tissue, wherein the safety switch is configured to assume an actuated state when the stapling assembly is in the closed position, wherein the stapling assembly is actuatable by the motor to drive a plurality of staples into the clamped tissue in response to actuation of the firing actuator ; characterised by (d) a sequential logic device operatively coupled with the motor, wherein the sequential logic device is configured to detect an actuation of the safety switch and is configured to detect an actuation of the firing actuator , wherein the sequential logic device is operable to: (i) detect an order in which the safety switch and the firing actuator are actuated, (ii) compare the detected order to a predetermined order, and (iii) in response to determining that the detected order is equivalent to the predetermined order, transmit a motor activation signal to the motor . (a) a body, including: (i) a firing actuator , and (ii) a motor ; (i) a firing actuator , and (ii) a motor ; (b) a shaft extending distally from the body; (c) a stapling assembly disposed at a distal end of the shaft, wherein the stapling assembly includes a safety switch , wherein the stapling assembly is configured to selectively move from an open position to a closed position to clamp tissue, wherein the safety switch is configured to assume an actuated state when the stapling assembly is in the closed position, wherein the stapling assembly is actuatable by the motor to drive a plurality of staples into the clamped tissue in response to actuation of the firing actuator ; characterised by (d) a sequential logic device operatively coupled with the motor, wherein the sequential logic device is configured to detect an actuation of the safety switch and is configured to detect an actuation of the firing actuator , wherein the sequential logic device is operable to: (i) detect an order in which the safety switch and the firing actuator are actuated, (ii) compare the detected order to a predetermined order, and (iii) in response to determining that the detected order is equivalent to the predetermined order, transmit a motor activation signal to the motor . (i) detect an order in which the safety switch and the firing actuator are actuated, (ii) compare the detected order to a predetermined order, and (iii) in response to determining that the detected order is equivalent to the predetermined order, transmit a motor activation signal to the motor .
Sensor fiber for temperature, expansion and torsion detection in the form of a multi-core optical fiber with a fiber Bragg grating structure, comprising at least two light-conducting FBG fiber cores provided with the fiber Bragg grating structure and a common cladding surrounding the FBG fiber cores, characterized by a reference point present within the cladding in the form of one or more distinguishing and orientation means arranged within the sensor fiber for producing a marking which uniquely identifies each individual FBG fiber core, wherein the individual FBG fiber cores combined in the sensor fiber are distinguishable, so that the respective measurement signals from each individual FBG fiber core can be detected by a measuring apparatus and can be uniquely assigned to each individual fiber, wherein the distinguishing and orientation means address the individual FBG fiber cores, so that a measuring apparatus downstream of the sensor fiber always has information about which FBG fiber core within the sensor fiber supplies which signal and which FBG fiber core thus contributes to the measuring signal in which way, wherein the one or more distinguishing and orientation means arranged within the sensor fiber is designed in the form of at least one clearly detectable marking zone arranged at selected positions within the cross-section of the sensor fiber in the cladding , wherein the at least one marking zone is a rod inducing mechanical tensions, wherein the mechanical tensions cause a clearly detectable change in the light guiding properties of an FBG fiber core located in the vicinity and marked thereby. a reference point present within the cladding in the form of one or more distinguishing and orientation means arranged within the sensor fiber for producing a marking which uniquely identifies each individual FBG fiber core, wherein the individual FBG fiber cores combined in the sensor fiber are distinguishable, so that the respective measurement signals from each individual FBG fiber core can be detected by a measuring apparatus and can be uniquely assigned to each individual fiber, wherein the distinguishing and orientation means address the individual FBG fiber cores, so that a measuring apparatus downstream of the sensor fiber always has information about which FBG fiber core within the sensor fiber supplies which signal and which FBG fiber core thus contributes to the measuring signal in which way, wherein the one or more distinguishing and orientation means arranged within the sensor fiber is designed in the form of at least one clearly detectable marking zone arranged at selected positions within the cross-section of the sensor fiber in the cladding , wherein the at least one marking zone is a rod inducing mechanical tensions, wherein the mechanical tensions cause a clearly detectable change in the light guiding properties of an FBG fiber core located in the vicinity and marked thereby.
An electrolyte material, comprising: ionically-conductive ceramic particles distributed in a matrix of ionically-conductive solid polymer, electrolyte salt, and a chemical additive to form a ceramic-polymer composite; wherein the chemical additive is α,ω-bis(N,N-dialkylcarbamoyl) poly(ethylene glycol) and is configured to reduce ionic resistance at interfaces between the ceramic particles and the ionically-conductive solid polymer. ionically-conductive ceramic particles distributed in a matrix of ionically-conductive solid polymer, electrolyte salt, and a chemical additive to form a ceramic-polymer composite; wherein the chemical additive is α,ω-bis(N,N-dialkylcarbamoyl) poly(ethylene glycol) and is configured to reduce ionic resistance at interfaces between the ceramic particles and the ionically-conductive solid polymer.
A heat transfer device for transferring heat generated by a heat source to a heat sink via a fluid, the heat transfer device comprising: - an evaporation region where the fluid in the liquid phase may evaporate, - a condensation region where the fluid in the vapor phase may condense, - a vapor channel extending from the evaporation region to the condensation region such that evaporated fluid may flow from the evaporation region to the condensation region through the vapor channel , and - a porous structure extending from the condensation region to the evaporation region such that condensed fluid may flow from the condensation region to the evaporation region through the porous structure by action of capillary forces, wherein the porous structure comprises a sequence of segments including at least i) a first segment extending in the evaporation region and ii) a second segment extending in the condensation region , the first segment having a first effective pore size, the second segment having a second effective pore size, the second effective pore size being larger than the first effective pore size, wherein the sequence of segments further includes at least one intermediate segment extending between the first segment and the second segment , the at least one intermediate segment having a third effective pore size, the third effective pore size being larger than the first effective pore size; characterized in that the second effective pore size of the second segment is smaller than the third effective pore size of the at least one intermediate segment . - an evaporation region where the fluid in the liquid phase may evaporate, - a condensation region where the fluid in the vapor phase may condense, - a vapor channel extending from the evaporation region to the condensation region such that evaporated fluid may flow from the evaporation region to the condensation region through the vapor channel , and - a porous structure extending from the condensation region to the evaporation region such that condensed fluid may flow from the condensation region to the evaporation region through the porous structure by action of capillary forces, wherein the porous structure comprises a sequence of segments including at least i) a first segment extending in the evaporation region and ii) a second segment extending in the condensation region , the first segment having a first effective pore size, the second segment having a second effective pore size, the second effective pore size being larger than the first effective pore size, wherein the sequence of segments further includes at least one intermediate segment extending between the first segment and the second segment , the at least one intermediate segment having a third effective pore size, the third effective pore size being larger than the first effective pore size; characterized in that the second effective pore size of the second segment is smaller than the third effective pore size of the at least one intermediate segment .
A device for absorbing, signaling and picking up a product on a floor, said device comprising: - a slender hollow body whose inner walls define a storage volume (V1) in which is stored a powder able to absorb said product, where said storage volume (V1) opens through an opening for pouring said powder by gravity ; - a stand on which one end of said body is mounted for forming a signaling marker, where said stand comprises a substantially flat base projecting radially relative to said body in order to place said device stably on the floor; characterized in that : - the base comprises at least two detachable parts which can be used for picking up a residue formed by said powder and said product. - a slender hollow body whose inner walls define a storage volume (V1) in which is stored a powder able to absorb said product, where said storage volume (V1) opens through an opening for pouring said powder by gravity ; - a stand on which one end of said body is mounted for forming a signaling marker, where said stand comprises a substantially flat base projecting radially relative to said body in order to place said device stably on the floor; - the base comprises at least two detachable parts which can be used for picking up a residue formed by said powder and said product.
A method for calibrating a cytometric device for analysis of a target cell, specified by a user, comprising: providing hydrogel particles each comprising a polymerized monomer and having at least one surface; functionalizing the surface of each hydrogel particle with at least one cell surface marker to form functionalized hydrogel particles that mimic one or more optical properties of the specified target cell; wherein the optical property is side scatter (SSC) or forward scatter (FSC) or FSC and SSC; wherein functionalized hydrogel particles that mimic one or more optical properties of the specified target cell are functionalized hydrogel particles having the one or more optical properties substantially the same to the specified target cell, inserting the functionalized hydrogel particles into the cytometric device; measuring the at least one optical property of the functionalized hydrogel particles using the cytometric device, thereby calibrating the cytometric device for analysis of the specified target cell. providing hydrogel particles each comprising a polymerized monomer and having at least one surface; functionalizing the surface of each hydrogel particle with at least one cell surface marker to form functionalized hydrogel particles that mimic one or more optical properties of the specified target cell; wherein the optical property is side scatter (SSC) or forward scatter (FSC) or FSC and SSC; wherein functionalized hydrogel particles that mimic one or more optical properties of the specified target cell are functionalized hydrogel particles having the one or more optical properties substantially the same to the specified target cell, inserting the functionalized hydrogel particles into the cytometric device; measuring the at least one optical property of the functionalized hydrogel particles using the cytometric device, thereby calibrating the cytometric device for analysis of the specified target cell.
Device for producing a flowable product, in particular ice cream, from a starting mixture, comprising a processing container provided in a device housing with a temperature-controllable inner wall which encloses an inner space suitable for receiving the starting mixture, in which a stirring apparatus is provided and which is accessible via a container opening , a container door displaceably held on the device housing , which is pivotable between a closed position, in which the container opening is closed, and an open position, in which the inner space is accessible via the container opening , and a locking apparatus which can be adjusted between a locking position, in which the container door is positionally fixed in the closed position by means of the locking apparatus , and a release position, in which the container door is pivotable between the closed position and the open position, characterised in that the locking apparatus , in addition to the locking position and release position, is adjustable to a ventilation position in which the container door is held at a distance from the container opening in a predetermined ventilation position and releases a ventilation slot for ventilation of the inner space via the container opening . a processing container provided in a device housing with a temperature-controllable inner wall which encloses an inner space suitable for receiving the starting mixture, in which a stirring apparatus is provided and which is accessible via a container opening , a container door displaceably held on the device housing , which is pivotable between a closed position, in which the container opening is closed, and an open position, in which the inner space is accessible via the container opening , and a locking apparatus which can be adjusted between a locking position, in which the container door is positionally fixed in the closed position by means of the locking apparatus , and a release position, in which the container door is pivotable between the closed position and the open position, characterised in that the locking apparatus , in addition to the locking position and release position, is adjustable to a ventilation position in which the container door is held at a distance from the container opening in a predetermined ventilation position and releases a ventilation slot for ventilation of the inner space via the container opening .