mhurhangee/patent-ind-claim-en huggingface dataset:
An aerosol-generating article comprising: a sealed container ; and a composition contained in the sealed container and comprising a tobacco material in an amount of 40 to 70 parts by weight and a vaporizing agent in an amount of 30 to 60 parts by weight, based on 100 parts by weight of the composition , wherein the tobacco material includes an aerosol-generating material and tobacco leaves cut to a size of 10 mm or less, and the vaporizing agent is configured to generate oxidizing heat when exposed to air such that the tobacco material is heated, wherein the vaporizing agent includes a compound represented by following Formula 1 or Formula 2: [Formula 1] C n H 2n+1 M 1 [Formula 2] (C n H 2n+1 ) 2 M 2 wherein n is a positive number, M 1 is Li or Al, and M 2 is Mg, Sn, Zn, or Ga. a sealed container ; and a composition contained in the sealed container and comprising a tobacco material in an amount of 40 to 70 parts by weight and a vaporizing agent in an amount of 30 to 60 parts by weight, based on 100 parts by weight of the composition , wherein the tobacco material includes an aerosol-generating material and tobacco leaves cut to a size of 10 mm or less, and the vaporizing agent is configured to generate oxidizing heat when exposed to air such that the tobacco material is heated, wherein the vaporizing agent includes a compound represented by following Formula 1 or Formula 2: [Formula 1] C n H 2n+1 M 1 [Formula 2] (C n H 2n+1 ) 2 M 2 wherein n is a positive number, M 1 is Li or Al, and M 2 is Mg, Sn, Zn, or Ga.
A method for evaluating the relative robustness of different proteins in solution, the method comprising the steps of: pumping a protein solution around a cross-flow filtration loop at various flow conditions prior to a filter being fitted to the cross-flow filtration loop, monitoring the rate of protein damage, then, after a given time, or a given pumped volume, or a given level of protein damage, introducing a filter to the loop, subsequently monitoring the level of protein damaged, and assessing whether the filter is removing protein aggregates, has no effect or contributes to protein damage, wherein pumping the protein solution is carried out with a peristaltic pump suitable for cross-flow filtration in protein treatment having a pump head , wherein the pump head comprises a stepped occlusion plate and at least one pump roller , wherein a tubing is to be arranged between the stepped occlusion plate and the at least one pump roller , wherein the stepped occlusion plate has an initial tubing compression lead in section , a constant compression lead in section , a lead in-to-pumping step , a constant full tube compression pumping section , a pumping-to-lead out step , a constant compression lead out section , and a final tubing decompression lead out section , wherein the initial tubing compression lead in section is adapted to provide an initial rapid tubing compression, wherein the constant compression lead in section and the constant compression lead out section are adapted to bring the internal tubing surfaces close to each other but not such that they are touching, wherein the lead in-to-pumping step and the pumping-to-lead out step are adapted to fully pinch the tubing closed by the at least one roller , and wherein the final tubing decompression lead out section is adapted to provide a rapid full decompression of the tubing. pumping a protein solution around a cross-flow filtration loop at various flow conditions prior to a filter being fitted to the cross-flow filtration loop, monitoring the rate of protein damage, then, after a given time, or a given pumped volume, or a given level of protein damage, introducing a filter to the loop, subsequently monitoring the level of protein damaged, and assessing whether the filter is removing protein aggregates, has no effect or contributes to protein damage, an initial tubing compression lead in section , a constant compression lead in section , a lead in-to-pumping step , a constant full tube compression pumping section , a pumping-to-lead out step , a constant compression lead out section , and a final tubing decompression lead out section ,
An adherent fastening product for a garment, comprising: a substrate portion having a first side and a reverse second side ; an adhesive layer portion attached to, and disposed evenly on, the first side and optionally attached to, and disposed evenly on, the second side of the substrate portion , and an array of fasteners attached to the first side of the substrate portion and through the adhesive layer portion , characterized in that the adhesive layer portion is in an inactive state that inhibits adhesion thereof, and in that the adhesive layer portion is activatable to an active state that enables adhesion of the adherent fastening product to the garment via the adhesive layer portion . a substrate portion having a first side and a reverse second side ; an adhesive layer portion attached to, and disposed evenly on, the first side and optionally attached to, and disposed evenly on, the second side of the substrate portion , and an array of fasteners attached to the first side of the substrate portion and through the adhesive layer portion , characterized in that the adhesive layer portion is in an inactive state that inhibits adhesion thereof, and in that the adhesive layer portion is activatable to an active state that enables adhesion of the adherent fastening product to the garment via the adhesive layer portion .
Portable hairstyling appliance comprising: - an elongated handle by which said appliance is intended to be manually held to be used, said handle extending longitudinally between a first and a second end in an average longitudinal extension direction (X-X'), - a blowing head which extends said handle from said first end and which is provided with an air outlet through which an airflow is intended to be blown outwards in an average blowing direction (Y-Y'), - a motor-fan module to generate said airflow, - and an electric heating element to heat said airflow, said electric heating element being fixedly embedded within the blowing head , upstream from said air outlet relative to the airflow, said motor-fan module extending the handle from said second end and including a fan wheel rotatably mounted about an axis of rotation (Z-Z') which, on the one hand, falls into a first plane (P1) substantially perpendicular to said average blowing direction (Y-Y'), and on the other hand, falls also into a second plane (P2) substantially perpendicular to said average longitudinal extension direction (X-X'), said motor-fan module including an electric motor connected to said fan wheel to rotate it, said electric motor being an external rotor motor. - an elongated handle by which said appliance is intended to be manually held to be used, said handle extending longitudinally between a first and a second end in an average longitudinal extension direction (X-X'), - a blowing head which extends said handle from said first end and which is provided with an air outlet through which an airflow is intended to be blown outwards in an average blowing direction (Y-Y'), - a motor-fan module to generate said airflow, - and an electric heating element to heat said airflow,
A distance measuring device for a mobile track maintenance machine , having a mounting on which a measuring wheel which can be rolled on a rail is arranged, and having an evaluation device for processing a distance measuring signal, characterised in that a first movement sensor is arranged to detect a movement of the measuring wheel in relation to the mounting , and in that a second movement sensor is arranged to detect a movement of the mounting in relation to the rail .
Device for retaining flat, approximately rectangular appliances such as tablet computers or mobile telephones , comprising a carrier and a U-shaped receiving pocket which is connected to the carrier and grips the edge on one side of an appliance inserted in the holding device, and a spring-loaded retaining clip which is movably connected to the carrier and has a hold-down retainer which grips the edge on the opposite side of the appliance inserted in the device , characterized in that a holder is provided, having a slide which is guided so as to be linearly movable on the carrier and lockable in various positions, and a stop plate which is arranged on the slide and by movement of the slide can be brought into contact with the opposite edge of the appliance and in this position can be locked to the slide , wherein the retaining clip with the hold-down retainer is arranged movably on the slide and preloaded against the stop plate by means of a spring .
An ocular fixation device comprising: a ring sized and shaped to lie on an eye; and multiple twist picks provided along the ring and configured to be rotated to attach the ring to the eye and to release the ring from the eye; wherein the ring comprises connection points on which a surgical tool for forming incisions in the eye is mountable on the ring. a ring sized and shaped to lie on an eye; and multiple twist picks provided along the ring and configured to be rotated to attach the ring to the eye and to release the ring from the eye; wherein the ring comprises connection points on which a surgical tool for forming incisions in the eye is mountable on the ring.
A method for filtering information whereby the method comprises: • acquiring a network identity of a currently accessed network, the network identity being an identity of a communication carrier providing the network; • detecting whether an information filtering rule corresponding to the network identity is stored; and • if the information filtering rule is stored, filtering carrier-inserted code in webpage code according to the information filtering rule, the webpage code being sent from a webpage server to a client terminal via a carrier server, said method further comprising: • if the information filtering rule is not stored, detecting whether an action of inserting the carrier-inserted code is performed by the carrier server through accessing a predetermined page of the webpage; and • if the action of inserting the carrier-inserted code is performed by the carrier server, generating an information filtering rule according to the network identity and the carrier-inserted code. • acquiring a network identity of a currently accessed network, the network identity being an identity of a communication carrier providing the network; • detecting whether an information filtering rule corresponding to the network identity is stored; and • if the information filtering rule is stored, filtering carrier-inserted code in webpage code according to the information filtering rule, the webpage code being sent from a webpage server to a client terminal via a carrier server, • if the information filtering rule is not stored, detecting whether an action of inserting the carrier-inserted code is performed by the carrier server through accessing a predetermined page of the webpage; and • if the action of inserting the carrier-inserted code is performed by the carrier server, generating an information filtering rule according to the network identity and the carrier-inserted code.
Method for transmitting a data element originating from an object on board an aircraft to a server of a network of connected objects , the method comprising the following steps: - detecting , by a motion sensor included in the object , a measurement (M) of the motion of the aircraft with respect to the ground, the aircraft being detected as flying when the motion measurement (M) exceeds a predetermined threshold (S), - when the aircraft is detected as flying, sending , by the object , the data element to a device for aeronautical radio communication of the aircraft with the ground, and transmitting the data element by the aeronautical communication system to a ground station with a view to subsequent retransmission of the data element by the ground station to the server , - when the aircraft is detected as not flying, transmitting , by the object , the data item to the server bypassing the aeronautical radio communication system of the aircraft . - detecting , by a motion sensor included in the object , a measurement (M) of the motion of the aircraft with respect to the ground, the aircraft being detected as flying when the motion measurement (M) exceeds a predetermined threshold (S), - when the aircraft is detected as flying, sending , by the object , the data element to a device for aeronautical radio communication of the aircraft with the ground, and transmitting the data element by the aeronautical communication system to a ground station with a view to subsequent retransmission of the data element by the ground station to the server , - when the aircraft is detected as not flying, transmitting , by the object , the data item to the server bypassing the aeronautical radio communication system of the aircraft .
A method for indicating an operating environment of a mobile device comprising the following steps: generating personalized information when the mobile device is started for the first time and storing the personalized information in a storage area that can be only accessed by a secure operating system; and displaying the personalized information on a display area of the mobile device when the mobile device enters the secure operating system so as to inform the user of the currently running operating system and displaying a final credibility level of the currently operating application on the display area of the mobile device when the mobile device is running in the secure operating system so as to inform the user of the security of the currently operating application; wherein the final credibility level of application is generated based on the credibility level of application and the credibility level of a carrier of the application; the credibility level of application is based on whether the application has been verified by the secure operating system and/or based on the carrier of the application, and wherein the carrier is a physical secure element or a virtual secure element, and the credibility level of the carrier of the application is based on whether the carrier has been verified by the secure operating system. generating personalized information when the mobile device is started for the first time and storing the personalized information in a storage area that can be only accessed by a secure operating system; and displaying the personalized information on a display area of the mobile device when the mobile device enters the secure operating system so as to inform the user of the currently running operating system and displaying a final credibility level of the currently operating application on the display area of the mobile device when the mobile device is running in the secure operating system so as to inform the user of the security of the currently operating application; wherein the final credibility level of application is generated based on the credibility level of application and the credibility level of a carrier of the application; the credibility level of application is based on whether the application has been verified by the secure operating system and/or based on the carrier of the application, and wherein the carrier is a physical secure element or a virtual secure element, and the credibility level of the carrier of the application is based on whether the carrier has been verified by the secure operating system.
Protection shield, which can be worn by one person and which includes two concentric hollow semi-cylindrical or conical or semi-cylindrical with conical top, halves , which are in one configuration nested on top of each other and the outer half of which can be rotated about 180 degrees in such a way that a closed compartment is created, so that the wearer's upper body is completely enclosed and these halves can be made of unbreakable material like plastic such as polycarbonate or a bullet-resistant material.
A method for storing a first data object (400. 700), comprising: decomposing, by applying a decomposition function , the first data object (400. 700) into a first fragment associated with a first original record locator and a second fragment associated with a second original record locator , wherein the first original record locator and the second original record locator are a common record locator shared by the first fragment and the second fragment , the common record locator being an identifier; obfuscating the first original record locator to generate a first obfuscated record locator and the second original record locator to generate a second obfuscated record locator , wherein the first obfuscated record locator and the second original record locator are unique; encrypting the first fragment using a first encryption key and the second fragment using a second encryption key ; storing , to at least a first of a plurality of storage locations , the first encrypted fragment with the corresponding first obfuscated record locator and the second encrypted fragment with the second obfuscated record locator ; and selecting the decomposition function based at least in part on one or more variable storage parameters, wherein the one or more variable storage parameters include at least one of a username, a user passphrase, a current security model, a type of the first data object (400. 700), a size of the first data object (400. 700), one or more security requirements, and one or more performance requirements. decomposing, by applying a decomposition function , the first data object (400. 700) into a first fragment associated with a first original record locator and a second fragment associated with a second original record locator , wherein the first original record locator and the second original record locator are a common record locator shared by the first fragment and the second fragment , the common record locator being an identifier; obfuscating the first original record locator to generate a first obfuscated record locator and the second original record locator to generate a second obfuscated record locator , wherein the first obfuscated record locator and the second original record locator are unique; encrypting the first fragment using a first encryption key and the second fragment using a second encryption key ; storing , to at least a first of a plurality of storage locations , the first encrypted fragment with the corresponding first obfuscated record locator and the second encrypted fragment with the second obfuscated record locator ; and selecting the decomposition function based at least in part on one or more variable storage parameters, wherein the one or more variable storage parameters include at least one of a username, a user passphrase, a current security model, a type of the first data object (400. 700), a size of the first data object (400. 700), one or more security requirements, and one or more performance requirements.
A current sense circuit , comprising: a differential difference amplifier having a first differential input terminal pair coupled across a drain electrode and a source electrode of a load transistor ; and a second differential input terminal pair coupled across a drain electrode and a source electrode of a sense transistor , an auxiliary transistor coupled in series with the sense transistor , wherein the load transistor and the sense transistor have a common drain electrode and a common gate electrode, wherein a control gate electrode of the auxiliary transistor is coupled to the output terminal of the differential difference amplifier , the differential difference amplifier and the auxiliary transistor forming a feedback circuit, wherein the current sense circuit is operable to force the same voltage difference value across the drain electrode and the source electrode of the load transistor as across the drain electrode and the source electrode of the sense transistor to cause a sense current through the sense transistor , wherein the sense current is representative of a load current through the load transistor . a differential difference amplifier having a first differential input terminal pair coupled across a drain electrode and a source electrode of a load transistor ; and a second differential input terminal pair coupled across a drain electrode and a source electrode of a sense transistor , a first differential input terminal pair coupled across a drain electrode and a source electrode of a load transistor ; and a second differential input terminal pair coupled across a drain electrode and a source electrode of a sense transistor , an auxiliary transistor coupled in series with the sense transistor , wherein the load transistor and the sense transistor have a common drain electrode and a common gate electrode, wherein a control gate electrode of the auxiliary transistor is coupled to the output terminal of the differential difference amplifier , the differential difference amplifier and the auxiliary transistor forming a feedback circuit, wherein the current sense circuit is operable to force the same voltage difference value across the drain electrode and the source electrode of the load transistor as across the drain electrode and the source electrode of the sense transistor to cause a sense current through the sense transistor , wherein the sense current is representative of a load current through the load transistor .
A turbine engine assembly comprising: a compressor ; an air duct coupled in flow communication with said compressor , said air duct configured to channel a flow of bleed air from said compressor therethrough; and a fluid supply system coupled in flow communication with said air duct , wherein said fluid supply system is configured to channel a flow of fluid into or onto an exterior surface of said air duct to modify a temperature of the bleed air based on an operating condition of the turbine engine assembly ; characterized in that said fluid supply system comprises a source of water and a source of steam , said fluid supply system configured to selectively channel one of water or steam towards said air duct and wherein the selection is based on whether the bleed air channeled through air duct is to be either cooled or heated. a compressor ; an air duct coupled in flow communication with said compressor , said air duct configured to channel a flow of bleed air from said compressor therethrough; and a fluid supply system coupled in flow communication with said air duct , wherein said fluid supply system is configured to channel a flow of fluid into or onto an exterior surface of said air duct to modify a temperature of the bleed air based on an operating condition of the turbine engine assembly ; characterized in that said fluid supply system comprises a source of water and a source of steam , said fluid supply system configured to selectively channel one of water or steam towards said air duct and wherein the selection is based on whether the bleed air channeled through air duct is to be either cooled or heated.
A gas turbine engine , comprising: a sealing assembly that includes: a non-contacting seal ; a ring constructed as a full ring and configured as a carrier of the seal ; a sealing land configured to rotate and interface to the seal , characterised in that the ring is floating, the seal being a non-contacting seal with respect to the sealing land . a non-contacting seal ; a ring constructed as a full ring and configured as a carrier of the seal ; a sealing land configured to rotate and interface to the seal , characterised in that the ring is floating, the seal being a non-contacting seal with respect to the sealing land .