mhurhangee/patent-ind-claim-en huggingface dataset:
A sensor patch for attachment to a base plate for an ostomy appliance, the sensor patch comprises a sensor assembly, the sensor patch having a distal side and an adhesive proximal side , the distal side being adapted for attachment to an adhesive surface of the base plate, wherein the adhesive surface of the base plate is adapted for attachment of the base plate to the skin surface of a user, the adhesive proximal side of the sensor patch being provided with a release liner , the release liner comprising a central portion with an release liner outer edge portion and an release liner inner edge portion , and a peripheral portion ; wherein the sensor patch comprises a central section and a peripheral section, the central section being provided with a stomal opening comprising a sensor patch inner edge portion encircling the stomal opening wherein the release liner inner edge portion is provided with guiding means in the form of visual or tactile means, characterized in that the guiding means being provided only on the proximal side of the sensor patch.
A method for manufacturing an insole , comprising: a first step of forming a footprint resin portion having a footprint shape having a predetermined thickness using a thermoplastic resin which melts at a predetermined temperature; a second step of performing shrink processing such that the footprint resin portion is covered with a film, and thereafter vacuum packing the footprint resin portion covered with the film in a nylon polyethylene bag. wherein the film covers the whole surface of the footprint resin portion , and is shrunk while air is removed to seal the footprint resin portion ; a third step of heating the insole manufactured through the first step and the second step at a predetermined temperature; and a fourth step of attaching the insole having the footprint resin portion melt by the third step to the inside of a shoe of a user, and hardening the footprint resin portion by leaving it stand for a predetermined time period while the user is wearing the shoe , wherein the method further comprises: a fifth step of peeling the film after the third step and the fourth step, and thereafter attaching a flexible sheet portion to a side of the footprint resin portion to be in contact with the user's sole. a first step of forming a footprint resin portion having a footprint shape having a predetermined thickness using a thermoplastic resin which melts at a predetermined temperature; a second step of performing shrink processing such that the footprint resin portion is covered with a film, and thereafter vacuum packing the footprint resin portion covered with the film in a nylon polyethylene bag. wherein the film covers the whole surface of the footprint resin portion , and is shrunk while air is removed to seal the footprint resin portion ; a third step of heating the insole manufactured through the first step and the second step at a predetermined temperature; and a fourth step of attaching the insole having the footprint resin portion melt by the third step to the inside of a shoe of a user, and hardening the footprint resin portion by leaving it stand for a predetermined time period while the user is wearing the shoe , wherein the method further comprises: a fifth step of peeling the film after the third step and the fourth step, and thereafter attaching a flexible sheet portion to a side of the footprint resin portion to be in contact with the user's sole.
A process for dewatering of sulphur, the process comprising feeding a gaseous mixture at an elevated temperature into a cyclone , the gaseous mixture containing sulphur gas and water vapour; and performing cyclonic separation of sulphur gas and water vapour contained in the gaseous mixture , such that - a sulphur gas rich fraction is obtained via a spigot opening of the cyclone , and - a water vapour rich fraction is obtained via a vortex finder of the cyclone , wherein said elevated temperature is above the condensation temperature of sulphur gas. - a sulphur gas rich fraction is obtained via a spigot opening of the cyclone , and - a water vapour rich fraction is obtained via a vortex finder of the cyclone ,
A chemical compound comprising (i) a polycationic polymer, coupled to (ii) a dye, wherein said polycationic polymer comprises at least one positive charge per 250 Da of molecular weight at pH = 7, wherein said dye is a polymethine dye, preferably comprising 2, 3, 4, 5, 6, 7, or 8 methine units, and wherein said polycationic polymer comprises polyethyleneimine. (i) a polycationic polymer, coupled to (ii) a dye, wherein said polycationic polymer comprises at least one positive charge per 250 Da of molecular weight at pH = 7, wherein said dye is a polymethine dye, preferably comprising 2, 3, 4, 5, 6, 7, or 8 methine units, and wherein said polycationic polymer comprises polyethyleneimine. wherein said polycationic polymer comprises at least one positive charge per 250 Da of molecular weight at pH = 7, wherein said dye is a polymethine dye, preferably comprising 2, 3, 4, 5, 6, 7, or 8 methine units, and wherein said polycationic polymer comprises polyethyleneimine.
An electronic device , comprising an operational circuit , the operational circuit comprising: a combiner (510; 810, 815) to combine, in response to receiving a request for performing multiplication based on a plurality of integer numbers of a second data type for indicating integers that is different from a first data type for indicating floating-point numbers, a first integer number and a second integer number among the plurality of integer numbers; a multiplier to obtain a product of bits corresponding to mantissas of the floating-point numbers, wherein the bits are distinguished by the first data type, and wherein a third integer number of the plurality of integer numbers is inputted to a first port of the multiplier, and a fourth integer number indicating a combination of the first integer number and the second integer number is inputted to a second port of the multiplier; and a converter (530; 820) to output, in response to identifying a fifth integer number indicating a multiplication of the third integer number and the fourth integer number from a third port of the multiplier that is different from the first port and the second port, a sixth integer number indicating a multiplication of the first integer number and the third integer number, and a seventh integer number indicating a multiplication of the second integer number and the third integer number, based on the identified fifth integer number. a combiner (510; 810, 815) to combine, in response to receiving a request for performing multiplication based on a plurality of integer numbers of a second data type for indicating integers that is different from a first data type for indicating floating-point numbers, a first integer number and a second integer number among the plurality of integer numbers; a multiplier to obtain a product of bits corresponding to mantissas of the floating-point numbers, wherein the bits are distinguished by the first data type, and wherein a third integer number of the plurality of integer numbers is inputted to a first port of the multiplier, and a fourth integer number indicating a combination of the first integer number and the second integer number is inputted to a second port of the multiplier; and a converter (530; 820) to output, in response to identifying a fifth integer number indicating a multiplication of the third integer number and the fourth integer number from a third port of the multiplier that is different from the first port and the second port, a sixth integer number indicating a multiplication of the first integer number and the third integer number, and a seventh integer number indicating a multiplication of the second integer number and the third integer number, based on the identified fifth integer number.
A print liquid supply sub-assembly , the print liquid supply sub-assembly to connect to a printer to provide a print liquid to the printer, comprising: a print liquid output configured to connect to a print liquid input of the printer; a first fluidic channel upstream of the print liquid output , the first fluidic channel comprising a first fluidic valve configured to open under action of a pump within the printer and configured to bias to a closed position when connected to the printer but not under action of the pump, thereby preventing the print liquid from entering a supply container upstream of the first fluidic valve ; and a second fluidic channel upstream of the print liquid output , wherein the second fluidic channel is fluidically coupled to the first fluidic channel and comprises a second fluidic valve configured to selectively prevent the fluid from passing out of the supply container downstream from the second fluidic valve . a print liquid output configured to connect to a print liquid input of the printer; a first fluidic channel upstream of the print liquid output , the first fluidic channel comprising a first fluidic valve configured to open under action of a pump within the printer and configured to bias to a closed position when connected to the printer but not under action of the pump, thereby preventing the print liquid from entering a supply container upstream of the first fluidic valve ; and a second fluidic channel upstream of the print liquid output , wherein the second fluidic channel is fluidically coupled to the first fluidic channel and comprises a second fluidic valve configured to selectively prevent the fluid from passing out of the supply container downstream from the second fluidic valve .
A brake system of a trailer, the trailer being constructed and arranged to be coupled to a tractor vehicle to form a vehicle train, the trailer brake system comprising an electronic control device , brakes actuatable based on at least one of a first brake signal received from the tractor vehicle and a second brake signal generated automatically by the electronic control device , means for relaying the first brake signal from the tractor vehicle to at least one additional trailer coupled to the vehicle train, characterized in that the trailer brake system further comprises means operable to relay the second brake signal generated by the electronic control device to the at least one additional trailer.
A method for decontaminating an article or substantially enclosed space , comprising the steps of: shearing a cleaning fluid into a mist comprising aerosol droplets accumulating in a top chamber portion of a substantially closed chamber comprising a funnel shaped top chamber portion, a bottom chamber portion, a side chamber portion and an interior chamber portion, wherein the cleaning fluid is sheared by ultrasonic cavitation, wherein the cleaning fluid comprises hydrogen peroxide as a source of an active species for decontamination of an article or substantially enclosed space , wherein the active species is hydroxyl ions; subjecting the mist to a nonthermal plasma actuator to form plasma activated ionic particles, wherein the plasma activated ionic particles are hydroxyl ions; dispersing the mist by high voltage actuation; and contacting the article or substantially enclosed space to the plasma activated ionic particles, wherein after contacting the article or substantially enclosed space with the plasma activated ionic particles, then the plasma activated ionic particles recombine to form diatomic oxygen and/or water. shearing a cleaning fluid into a mist comprising aerosol droplets accumulating in a top chamber portion of a substantially closed chamber comprising a funnel shaped top chamber portion, a bottom chamber portion, a side chamber portion and an interior chamber portion, wherein the cleaning fluid is sheared by ultrasonic cavitation, wherein the cleaning fluid comprises hydrogen peroxide as a source of an active species for decontamination of an article or substantially enclosed space , wherein the active species is hydroxyl ions; subjecting the mist to a nonthermal plasma actuator to form plasma activated ionic particles, wherein the plasma activated ionic particles are hydroxyl ions; dispersing the mist by high voltage actuation; and contacting the article or substantially enclosed space to the plasma activated ionic particles, wherein after contacting the article or substantially enclosed space with the plasma activated ionic particles, then the plasma activated ionic particles recombine to form diatomic oxygen and/or water.
A vacuum insulated structure , comprising: a first cover member having a pre-deformed portion and a perimeter portion , wherein the perimeter portion of the first cover member is disposed along a first planar level (DPL1), the pre-deformed portion of the first cover member having portions thereof extending outwardly from the first planar level (DPL1); a second cover member having a pre-deformed portion and a perimeter portion , wherein the perimeter portion of the second cover member is disposed along a second planar level (DPL2), the pre-deformed portion of the second cover member having portions thereof extending outwardly from the second planar level (DPL2); and a thermal bridge interconnecting the first cover member and the second cover member at the perimeter portions thereof to define an insulating cavity therebetween, wherein the insulating cavity is a sealed cavity having a vacuum drawn therefrom, and further wherein the pre-deformed portions of the first and second cover members move inwardly towards the first and second planar levels (DPL1, DPL2) under a force of the vacuum within the insulating cavity , characterised in that the pre-deformed portions of the first and second cover members include weakened portions (93A-93D, 95A-95D) more susceptible to deformation than perimeter portions . a first cover member having a pre-deformed portion and a perimeter portion , wherein the perimeter portion of the first cover member is disposed along a first planar level (DPL1), the pre-deformed portion of the first cover member having portions thereof extending outwardly from the first planar level (DPL1); a second cover member having a pre-deformed portion and a perimeter portion , wherein the perimeter portion of the second cover member is disposed along a second planar level (DPL2), the pre-deformed portion of the second cover member having portions thereof extending outwardly from the second planar level (DPL2); and a thermal bridge interconnecting the first cover member and the second cover member at the perimeter portions thereof to define an insulating cavity therebetween, wherein the insulating cavity is a sealed cavity having a vacuum drawn therefrom, and further wherein the pre-deformed portions of the first and second cover members move inwardly towards the first and second planar levels (DPL1, DPL2) under a force of the vacuum within the insulating cavity , characterised in that the pre-deformed portions of the first and second cover members include weakened portions (93A-93D, 95A-95D) more susceptible to deformation than perimeter portions .
A method for authenticating dosage forms, namely tablets or pills, along the supply chain thereof, comprising: detecting, at a location along the supply chain, a digital signature of a package containing a plurality of the dosage forms, wherein each of the plurality of the dosage forms is formed with one of a plurality of different code structures, and each of the plurality of dosage forms is placed at an identifiable position of the package, characterized in that each of the plurality of the dosage forms is formed with the one of the plurality of different code structures, and each of the plurality of dosage forms is randomly placed at an identifiable position in the package thereby creating a unique digital signature for each package which is detectable at a location along the supply chain, and wherein the code structures of the plurality of dosage forms and the identifiable positions of the plurality of dosage forms with respect to the package create the unique digital signature of the package, wherein the unique digital signature of the package has been stored in a database and associated with the package, and comparing the detected digital signature of said package with the digital signature that is stored in the database and associated with said package, thereby to enable verification of the authenticity of the dosage forms at any location along the supply chain, wherein part of the code structures on the dosage form contains a private cryptographic key that is used to unlock encrypted information of the digital signature on the package of the dosage forms, or vice versa. detecting, at a location along the supply chain, a digital signature of a package containing a plurality of the dosage forms, wherein each of the plurality of the dosage forms is formed with one of a plurality of different code structures, and each of the plurality of dosage forms is placed at an identifiable position of the package, characterized in that each of the plurality of the dosage forms is formed with the one of the plurality of different code structures, and each of the plurality of dosage forms is randomly placed at an identifiable position in the package thereby creating a unique digital signature for each package which is detectable at a location along the supply chain, and wherein the code structures of the plurality of dosage forms and the identifiable positions of the plurality of dosage forms with respect to the package create the unique digital signature of the package, wherein the unique digital signature of the package has been stored in a database and associated with the package, and comparing the detected digital signature of said package with the digital signature that is stored in the database and associated with said package, thereby to enable verification of the authenticity of the dosage forms at any location along the supply chain, wherein part of the code structures on the dosage form contains a private cryptographic key that is used to unlock encrypted information of the digital signature on the package of the dosage forms, or vice versa.
A system comprising: a user authentication module of a communication device comprising at least one hardware processor that: accesses user data determined by the communication device for a user in possession of the communication device, accesses authentication profiles for the communication device, wherein each of the authentication profiles allows access to at least one process executed by the communication device, and wherein the authentication profiles each comprise a plurality of authentication pathways, each authentication pathway requiring different user data, determines at least one matching profile using the user data and at least one of the authentication profiles based on the user data matching user data required for one of the plurality of authentication pathways, and provides access to at least one process associated with the at least one matching profile; a database stored to a non-transitory memory that stores the authentication profiles and the user data; and at least one device component that determines the user data; wherein the user authentication module determines the plurality of authentication pathways for the authentication profiles based on capabilities of a data collection component of the communication device. a user authentication module of a communication device comprising at least one hardware processor that: accesses user data determined by the communication device for a user in possession of the communication device, accesses authentication profiles for the communication device, accesses user data determined by the communication device for a user in possession of the communication device, accesses authentication profiles for the communication device, wherein each of the authentication profiles allows access to at least one process executed by the communication device, and wherein the authentication profiles each comprise a plurality of authentication pathways, each authentication pathway requiring different user data, determines at least one matching profile using the user data and at least one of the authentication profiles based on the user data matching user data required for one of the plurality of authentication pathways, and provides access to at least one process associated with the at least one matching profile; determines at least one matching profile using the user data and at least one of the authentication profiles based on the user data matching user data required for one of the plurality of authentication pathways, and provides access to at least one process associated with the at least one matching profile; a database stored to a non-transitory memory that stores the authentication profiles and the user data; and at least one device component that determines the user data; wherein the user authentication module determines the plurality of authentication pathways for the authentication profiles based on capabilities of a data collection component of the communication device.
Container treatment assembly comprising a machine region which is at least partially enclosed by a guard , and a unit cooperating with the machine region through an opening in the guard , wherein the unit position is height-adjustable and/or laterally adjustable relative to the machine region , and a rolling belt cover comprising at least one rolling belt with which the opening can be covered, wherein the rolling belt cover comprises a roller on which at least a part of the rolling belt is rolled up, characterized in that a fastening end of the rolling belt is fastened to the unit and the roller is fixedly attached to a stationary component with respect to an unrolling direction of the rolling belt in such a way that, when the distance of the unit from the roller increases, the rolling belt is unrolled from the roller , or the roller is fastened to the unit and a fastening end of the rolling belt is fixedly attached to a stationary component with respect to an unrolling direction of the rolling belt in such a way that, when the distance of the unit from the fastening end increases, the rolling belt is unrolled from the roller .
A cooking appliance comprising: a frangible portion ; a sensor arrangement for detecting a crack or imminent formation of a crack in the frangible portion ; characterized in that the appliance further comprises: an airbag ; an airbag trigger ; and circuitry for causing the airbag trigger to activate the airbag to deploy; wherein the circuitry is in communication with the sensor arrangement and is configured to cause the airbag trigger to activate the airbag to cover at least a portion of the frangible portion in response to the sensor arrangement detecting a crack or imminent formation of a crack in the frangible portion . a frangible portion ; a sensor arrangement for detecting a crack or imminent formation of a crack in the frangible portion ; characterized in that the appliance further comprises: an airbag ; an airbag trigger ; and circuitry for causing the airbag trigger to activate the airbag to deploy; wherein the circuitry is in communication with the sensor arrangement and is configured to cause the airbag trigger to activate the airbag to cover at least a portion of the frangible portion in response to the sensor arrangement detecting a crack or imminent formation of a crack in the frangible portion . an airbag ; an airbag trigger ; and circuitry for causing the airbag trigger to activate the airbag to deploy; wherein the circuitry is in communication with the sensor arrangement and is configured to cause the airbag trigger to activate the airbag to cover at least a portion of the frangible portion in response to the sensor arrangement detecting a crack or imminent formation of a crack in the frangible portion .