mhurhangee/patent-ind-claim-en huggingface dataset:
A resin composition comprising: (A) an ethylene-vinyl alcohol copolymer; (B) an olefin polymer; and (C) a sorbic acid ester; wherein the ethylene-vinyl alcohol copolymer (A) is present in an amount of not less than 50 wt.% in the resin composition; the olefin polymer (B) is an olefin thermoplastic elastomer; and the sorbic acid ester (C) is present in an amount of 0.00001 to 10 ppm based on a weight of the resin composition. (A) an ethylene-vinyl alcohol copolymer; (B) an olefin polymer; and (C) a sorbic acid ester; the ethylene-vinyl alcohol copolymer (A) is present in an amount of not less than 50 wt.% in the resin composition; the olefin polymer (B) is an olefin thermoplastic elastomer; and the sorbic acid ester (C) is present in an amount of 0.00001 to 10 ppm based on a weight of the resin composition.
An implantable sensor system comprising: a sensor lead including a lead body and a sensor portion , the sensor portion extending distally from the lead body and including at least a pressure-indicative transducer; and a first anchor located at a fixed position relative to the sensor portion , wherein the pressure-indicative transducer defines a directional sensing element configured to sense pressure information on a single side of a sensor portion, wherein the first anchor includes a pair of resilient arms that extend outwardly from opposite sides of, and generally perpendicular to, the lead body to prevent rotation of the directional sensing element to maintain the orientation of the single side relative to the tissue to be sensed. a sensor lead including a lead body and a sensor portion , the sensor portion extending distally from the lead body and including at least a pressure-indicative transducer; and a first anchor located at a fixed position relative to the sensor portion , wherein the pressure-indicative transducer defines a directional sensing element configured to sense pressure information on a single side of a sensor portion, wherein the first anchor includes a pair of resilient arms that extend outwardly from opposite sides of, and generally perpendicular to, the lead body to prevent rotation of the directional sensing element to maintain the orientation of the single side relative to the tissue to be sensed.
An apparatus for tissue treatment, the apparatus comprising: an elongate tubular member; a support on the elongate tubular member, the support comprising a plurality of pockets ; a radioactive material on the plurality of pockets of the support, wherein the support is configured to expand outwardly away from the elongate tubular member and place the support against tissue to treat the tissue with the radioactive material; the apparatus being characterised by further comprising: a retractable sheath covering the radioactive material; wherein the elongate tubular member comprises a lumen to pass a bodily fluid when the support is in an expanded configuration and wherein the bodily fluid comprises one or more of urine or an interstitial fluid. an elongate tubular member; a support on the elongate tubular member, the support comprising a plurality of pockets ; a radioactive material on the plurality of pockets of the support, wherein the support is configured to expand outwardly away from the elongate tubular member and place the support against tissue to treat the tissue with the radioactive material; the apparatus being characterised by further comprising: a retractable sheath covering the radioactive material; wherein the elongate tubular member comprises a lumen to pass a bodily fluid when the support is in an expanded configuration and wherein the bodily fluid comprises one or more of urine or an interstitial fluid. a retractable sheath covering the radioactive material; wherein the elongate tubular member comprises a lumen to pass a bodily fluid when the support is in an expanded configuration and wherein the bodily fluid comprises one or more of urine or an interstitial fluid.
Burner cover insulation device for shielding a burner cover plate from heat produced by a boiler burner , the device comprising: - a cover layer comprising a heat resistant inorganic fibrous material and having a first outer peripheral edge , - a support layer providing mechanical strength to the device and having a second outer peripheral edge that at least extends to the outer peripheral edge of the cover layer, and - a filling material forming an insulating layer between the cover layer and the support layer, wherein a through hole extends through the cover layer and the support layer thereby forming a first inner peripheral edge of the cover layer and a second inner peripheral edge of the support layer, wherein the through hole is at least delimited by the first inner peripheral edge of the cover layer, and wherein the cover layer and the support layer are connected along at least part of the first outer peripheral edge of the cover layer and at least part of the second inner peripheral edge of the support layer; characterized in that the support layer comprises a fibrous inorganic material, and in that the support layer is mechanically connected to the cover layer by stitching , stapling, or nailing. - a cover layer comprising a heat resistant inorganic fibrous material and having a first outer peripheral edge , - a support layer providing mechanical strength to the device and having a second outer peripheral edge that at least extends to the outer peripheral edge of the cover layer, and - a filling material forming an insulating layer between the cover layer and the support layer,
Riveting apparatus for the application and riveting a rivet to a component of an article being processed in a work region of the apparatus, comprising: - a rivet insertion accompanying device for accompanying the insertion of the rivet into the component, and comprising a picking group provided with a picking rod that is extendable and translatable along a picking direction (Z1); - a riveting device for the riveting of said rivet; - a rivet feed group suitable to engage the rivet and position it with its shank along an insertion direction (Z3), parallel to the riveting direction (Z2) and to the picking direction (Z1); said riveting apparatus being characterized in that said rivet insertion accompanying device for accompanying the insertion of the rivet and said riveting device are mutually integral in translation along a longitudinal direction (U) orthogonal to the picking direction (Z1) and to the riveting direction (Z2) and translatable along said longitudinal direction (U) to alternately align the picking direction (Z1) or the riveting direction (Z2) to the insertion direction (Z3); and in that the riveting device comprises a riveting head suitable to plastically deform the free end of the rivet and translatable along a riveting direction (Z2) parallel to the picking direction (Z1); wherein the picking group and the riveting device are arranged on one side of the work region , and the rivet feed group is arranged on the other side of said region . - a rivet insertion accompanying device for accompanying the insertion of the rivet into the component, and comprising a picking group provided with a picking rod that is extendable and translatable along a picking direction (Z1); - a riveting device for the riveting of said rivet; - a rivet feed group suitable to engage the rivet and position it with its shank along an insertion direction (Z3), parallel to the riveting direction (Z2) and to the picking direction (Z1);
A noise-rejection system for an underwater cable, comprising: a particle-motion sensor configured to be disposed in an underwater cable and producing a raw sensor signal (A) that includes responses to particle motion due to seismic events and cable motion; an acceleration-cancelling hydrophone co-located with the particle-motion sensor and producing a hydrophone signal (H); a seismic event detector configured to analyze the hydrophone signal (H) to determine the presence or absence of a seismic event; adaptive processing means using an adaptive dynamic model of the dynamics of the underwater cable, wherein adaptation of the adaptive dynamic model is disabled by the seismic event detector during the presence of seismic events, to produce an estimated sensor signal (A') from the raw sensor signal (A), wherein the estimated sensor signal (A') represents the response of the particle-motion sensor to cable motion and other noise sources in the absence of seismic events; and means for subtracting the estimated sensor signal (A') from the raw sensor signal (A) to determine the response to particle motion due to seismic events (P). a particle-motion sensor configured to be disposed in an underwater cable and producing a raw sensor signal (A) that includes responses to particle motion due to seismic events and cable motion; an acceleration-cancelling hydrophone co-located with the particle-motion sensor and producing a hydrophone signal (H); a seismic event detector configured to analyze the hydrophone signal (H) to determine the presence or absence of a seismic event; adaptive processing means using an adaptive dynamic model of the dynamics of the underwater cable, wherein adaptation of the adaptive dynamic model is disabled by the seismic event detector during the presence of seismic events, to produce an estimated sensor signal (A') from the raw sensor signal (A), wherein the estimated sensor signal (A') represents the response of the particle-motion sensor to cable motion and other noise sources in the absence of seismic events; and means for subtracting the estimated sensor signal (A') from the raw sensor signal (A) to determine the response to particle motion due to seismic events (P).
A method for producing polyurethane, the method comprising the steps of: reacting a fluorocarbonate compound represented by the following formula (I) and a divalent alcohol compound represented by the following formula (II) to obtain a biscarbonate compound represented by the following formula (III), wherein Rf 1 is independently an aliphatic hydrocarbon group having a fluoro group, R 1 is a divalent organic group, and reacting the biscarbonate compound represented by the above formula (III) and a divalent amino compound represented by the following formula (IV) to obtain a polyurethane represented by the following formula (V), wherein Rf 1 and R 1 are the same as the above, R 2 is a divalent organic group. Rf 1 is independently an aliphatic hydrocarbon group having a fluoro group, R 1 is a divalent organic group, and reacting the biscarbonate compound represented by the above formula (III) and a divalent amino compound represented by the following formula (IV) to obtain a polyurethane represented by the following formula (V), wherein Rf 1 and R 1 are the same as the above, R 2 is a divalent organic group. Rf 1 and R 1 are the same as the above, R 2 is a divalent organic group.
A method comprising: identifying a first set of memory pages that have been allocated to a program in a computing device and that have been modified, memory commit for the first set of memory pages having been charged to the program ; compressing the first set of memory pages into a compressed store that is made up of a second set of memory pages and is managed by a compressed store manager ; transferring the memory commit charge for the first set of memory pages to the compressed store manager to avoid the compressed storage manager acquiring its own memory commit charge for the first set of memory pages that is compressed; and allowing a memory manager to repurpose the first set of memory pages after the first set of memory pages has been compressed into the compressed store . identifying a first set of memory pages that have been allocated to a program in a computing device and that have been modified, memory commit for the first set of memory pages having been charged to the program ; compressing the first set of memory pages into a compressed store that is made up of a second set of memory pages and is managed by a compressed store manager ; transferring the memory commit charge for the first set of memory pages to the compressed store manager to avoid the compressed storage manager acquiring its own memory commit charge for the first set of memory pages that is compressed; and allowing a memory manager to repurpose the first set of memory pages after the first set of memory pages has been compressed into the compressed store .
An injection device , comprising: a base having a proximal end and a surface disposed at a distal end thereof for contacting a patient's skin, the base comprising a first locking mechanism comprising a plurality of angled lips and a plurality of axial ribs circumferentially disposed about the interior of the base ; a sliding body coaxial slidably connected to the base, the sliding body comprising a locking feature and a second locking mechanism ; a double-ended needle fixed to the sliding body; a biasing member configured to proximally bias the sliding body with respect to the base thereby retracting the needle into the device subsequent to activation of the device; a medicament cartridge for holding a medicament, coaxial slidably connected to the sliding body, the medicament cartridge comprising a second locking feature , wherein the second locking mechanism and the second locking feature are configured to interact to lock the medicament cartridge relative to the sliding body upon completion of displacement of the medicament cartridge relative to the sliding body; and a stopper slidably disposed within the medicament cartridge; wherein the first locking mechanism and the locking feature are configured to interact to lock the sliding body relative to the base subsequent to retraction of the needle into the device. a base having a proximal end and a surface disposed at a distal end thereof for contacting a patient's skin, the base comprising a first locking mechanism comprising a plurality of angled lips and a plurality of axial ribs circumferentially disposed about the interior of the base ; a sliding body coaxial slidably connected to the base, the sliding body comprising a locking feature and a second locking mechanism ; a double-ended needle fixed to the sliding body; a biasing member configured to proximally bias the sliding body with respect to the base thereby retracting the needle into the device subsequent to activation of the device; a medicament cartridge for holding a medicament, coaxial slidably connected to the sliding body, the medicament cartridge comprising a second locking feature , wherein the second locking mechanism and the second locking feature are configured to interact to lock the medicament cartridge relative to the sliding body upon completion of displacement of the medicament cartridge relative to the sliding body; and a stopper slidably disposed within the medicament cartridge; wherein the first locking mechanism and the locking feature are configured to interact to lock the sliding body relative to the base subsequent to retraction of the needle into the device.
A printer comprising: - an image forming station ; - a first media transport path arranged to convey printed media from the image forming station to an output port ; - a second media transport path branching off from the first media transport path and arranged to convey printed media to a reject port ; - a switch for directing printed media into the second media transport path ; - an image inspection device for inspecting images printed onto the media; and - a decision unit arranged to decide, on the basis of an inspection result obtained from the image inspection device, whether a printed image shall be rejected, and arranged to control the switch ; - the printer is a roll-to-sheet printer having a roll from which the media are supplied into the first media support path in the form of an endless web , the printer comprising a cutting device for cutting the web; and - the decision unit is arranged to cause a reversal of the transport direction (A, B) of the media in the first media transport path , thereby to move an edge of the printed media to the position of the switch ; characterized in that : the image inspection device is arranged downstream of the image forming station and upstream of the output port ; and the switch is arranged to deflect media that move in the first media transport path in a reverse direction (B) into the second media transport path . - an image forming station ; - a first media transport path arranged to convey printed media from the image forming station to an output port ; - a second media transport path branching off from the first media transport path and arranged to convey printed media to a reject port ; - a switch for directing printed media into the second media transport path ; - an image inspection device for inspecting images printed onto the media; and - a decision unit arranged to decide, on the basis of an inspection result obtained from the image inspection device, whether a printed image shall be rejected, and arranged to control the switch ; - the printer is a roll-to-sheet printer having a roll from which the media are supplied into the first media support path in the form of an endless web , the printer comprising a cutting device for cutting the web; and - the decision unit is arranged to cause a reversal of the transport direction (A, B) of the media in the first media transport path , thereby to move an edge of the printed media to the position of the switch ; the image inspection device is arranged downstream of the image forming station and upstream of the output port ; and the switch is arranged to deflect media that move in the first media transport path in a reverse direction (B) into the second media transport path .
A method for managing an application program, comprising: obtaining , by a first edge computing platform located in a device on the core network side or the access network side of a communication network, an application program component of the first edge computing platform and an application program component of a second edge computing platform located in a terminal device, wherein the application program component of the first edge computing platform and the application program component of the second edge computing platform are application program components in a global application program; sending , by the first edge computing platform , the application program component of the second edge computing platform to the second edge computing platform ; allocating, by the first edge computing platform , an identity to an instance corresponding to the global application program; sending, by the first edge computing platform , an instance identity corresponding to the global application program to the second edge computing platform ; creating, by the first edge computing platform , an application program component instance of the first edge computing platform , and allocating an identity to the application program component instance of the first edge computing platform . obtaining , by a first edge computing platform located in a device on the core network side or the access network side of a communication network, an application program component of the first edge computing platform and an application program component of a second edge computing platform located in a terminal device, wherein the application program component of the first edge computing platform and the application program component of the second edge computing platform are application program components in a global application program; sending , by the first edge computing platform , the application program component of the second edge computing platform to the second edge computing platform ; allocating, by the first edge computing platform , an identity to an instance corresponding to the global application program; sending, by the first edge computing platform , an instance identity corresponding to the global application program to the second edge computing platform ; creating, by the first edge computing platform , an application program component instance of the first edge computing platform , and allocating an identity to the application program component instance of the first edge computing platform .
A channel access method performed by a station, STA, the method comprising: • monitoring (step 101) a channel state of an entire channel comprising at least two sub-channels without monitoring a channel state of any sub-channel of the at least two sub-channels, • sending (step 102), when it is monitored that the entire channel is in an idle state, a request to send frame to an access point, AP, via at least one sub-channel in the entire channel, and • if an access response frame fed back by the AP is received and the access response frame comprises identification information and channel resource allocation information of the STA, determining (step 103) that channel access succeeds, wherein the identification information and the channel resource allocation information of the STA are used for indicating a channel resource allocated to the STA for data transmission by the AP. • monitoring (step 101) a channel state of an entire channel comprising at least two sub-channels without monitoring a channel state of any sub-channel of the at least two sub-channels, • sending (step 102), when it is monitored that the entire channel is in an idle state, a request to send frame to an access point, AP, via at least one sub-channel in the entire channel, and • if an access response frame fed back by the AP is received and the access response frame comprises identification information and channel resource allocation information of the STA, determining (step 103) that channel access succeeds, wherein the identification information and the channel resource allocation information of the STA are used for indicating a channel resource allocated to the STA for data transmission by the AP.
A combustion apparatus comprising a chamber having at least one side wall extending between first and second end walls , a feed inlet for combustible material extending through the side wall, a combustion gas outlet through the side wall distal of the feed inlet , an apertured rotatable tubular auger mounted between the first and second end walls and extending along the whole length of the chamber to convey particulate material from the region of the chamber proximate the feed inlet to the combustion gas outlet , a blower connected to an end of the tubular auger and configured to blow gas into a bore of the auger and out through the apertures into the chamber , and a primary ignition device arranged in the side wall of the chamber between the feed inlet and the combustion gas outlet , the primary ignition device comprising an oil or gas burner, an igniter and a gas inlet , characterised in that the auger comprises flights which are interrupted by gaps. a chamber having at least one side wall extending between first and second end walls , a feed inlet for combustible material extending through the side wall, a combustion gas outlet through the side wall distal of the feed inlet , an apertured rotatable tubular auger mounted between the first and second end walls and extending along the whole length of the chamber to convey particulate material from the region of the chamber proximate the feed inlet to the combustion gas outlet , a blower connected to an end of the tubular auger and configured to blow gas into a bore of the auger and out through the apertures into the chamber , and a primary ignition device arranged in the side wall of the chamber between the feed inlet and the combustion gas outlet , the primary ignition device comprising an oil or gas burner, an igniter and a gas inlet , characterised in that the auger comprises flights which are interrupted by gaps.
A human plasma-derived IgM-enriched immunoglobulin preparation, said immunoglobulin preparation not having been chemically modified and/or treated with beta-propiolactone, for use in adjunctive treatment of severe Community Acquired Pneumonia (sCAP) in a patient, wherein said patient has a serum CRP level of at least 70 mg/l, wherein the immunoglobulin preparation comprises from 10 to 40% by weight IgM of the total immunoglobulin content.