mhurhangee/patent-ind-claim-en huggingface dataset:
Method for manufacturing a sealing sheet for sealing structural components of buildings, in particular the building envelope, but also partition walls, wherein use of the sealing sheet in a certain building is planned and on the basis of the planning a data set is generated, wherein a sealing sheet for producing a sealing sheet prepared for the planned use is processed, wherein the data set is used for controlling the processing, wherein the processing includes applying markings to the sealing sheet, introducing cuts into the sealing sheet and/or introducing a material weakening into the sealing sheet, characterized in that after processing the sealing sheet is rolled up and has a plurality of sections separated by cuts and/or material weakenings from each other and/or from the surrounding sealing sheet and/or delimited by markings, wherein the sections are lined up in the order in which they are planned to be used, wherein the sections are used by extracting them one after the other from an arrangement, unrolling them and, as the case may be, cutting them off and using them, wherein the sealing sheet is cut into sections and the sections are placed overlapping each other and are glued together.
A tracheostoma valve (10; 210) adapted to control the flow of air through a tracheostoma comprising: a first body (16; 216) including a passageway , a second body movably coupled to the first body (16; 216), the second body including a rim surface surrounding a bore that is aligned with the passageway of the first body (16; 216), an elastic membrane (80; 230) positioned in the passageway of the first body (16; 216), and a disk having a first surface that is sized to cover the bore of the second body , the disk being attached to the elastic membrane (80; 230), wherein the second body is movable relative to the first body (16; 216) to advance the bore toward and away from the passageway of the first body (16; 216), and wherein the elastic membrane (80; 230) is deflectable between a first position in which the disk is spaced apart from the bore of the second body to permit the passage of air through the bore and the first surface of the disk extends parallel to the rim surface of the second body and a second position in which the first surface of the disk engages the rim surface to cover the bore and prevent the passage of air through the bore . a first body (16; 216) including a passageway , a second body movably coupled to the first body (16; 216), the second body including a rim surface surrounding a bore that is aligned with the passageway of the first body (16; 216), an elastic membrane (80; 230) positioned in the passageway of the first body (16; 216), and a disk having a first surface that is sized to cover the bore of the second body , the disk being attached to the elastic membrane (80; 230), wherein the second body is movable relative to the first body (16; 216) to advance the bore toward and away from the passageway of the first body (16; 216), and wherein the elastic membrane (80; 230) is deflectable between a first position in which the disk is spaced apart from the bore of the second body to permit the passage of air through the bore and the first surface of the disk extends parallel to the rim surface of the second body and a second position in which the first surface of the disk engages the rim surface to cover the bore and prevent the passage of air through the bore .
Lactobacillus mucosae NK41 (Accession Number: KCCM12091P).
An automatic assembling system, comprising: a robot configured to perform an operation of inserting a first member into a second member; a force sensor configured to detect an insertion force exerted by the robot ; and a controller configured to control the insertion force in the manner of a close loop feedback control according to a difference between the insertion force detected by the force sensor and a predetermined insertion force, so that the insertion force is less than the predetermined insertion force, wherein the first member comprises a chip , and the second member comprises a housing , characterized in that the robot comprises an end effector having a first picker for picking up the chip and a second picker for picking up the housing . a robot configured to perform an operation of inserting a first member into a second member; a force sensor configured to detect an insertion force exerted by the robot ; and a controller configured to control the insertion force in the manner of a close loop feedback control according to a difference between the insertion force detected by the force sensor and a predetermined insertion force, so that the insertion force is less than the predetermined insertion force, wherein the first member comprises a chip , and the second member comprises a housing , characterized in that the robot comprises an end effector having a first picker for picking up the chip and a second picker for picking up the housing .
A refrigerator comprising: a main body providing a storage; a freezer compartment door and a refrigerator compartment door which are rotatably provided to a front surface of the main body ; a dispenser provided at the freezer compartment door and configured to dispense ice; an operable operation part provided in a dispenser lever shape and movable in a back-and-forth direction; and a dispenser motor which is arranged to be driven when the operation part is pressed, so as to dispense ice from the dispenser, and arranged such that when the pressing of the operation part is stopped the dispensing of ice is stopped, wherein the dispenser motor includes: a stator generating a magnetic field and a rotator rotatable by the magnetic field; a rotation shaft passing through the rotator and arranged to rotate integrally with the rotator; a first shaft housing provided to one side of the rotation shaft , the rotation shaft being movably received in the first shaft housing; and a compression member provided at one side of the rotator , the compression member being interposed between the first shaft housing and the rotator so as to minimize residual rotation of the motor , after pressing of the operation part is stopped, by providing a frictional force to stop rotation of the rotator . a main body providing a storage; a freezer compartment door and a refrigerator compartment door which are rotatably provided to a front surface of the main body ; a dispenser provided at the freezer compartment door and configured to dispense ice; an operable operation part provided in a dispenser lever shape and movable in a back-and-forth direction; and a dispenser motor which is arranged to be driven when the operation part is pressed, so as to dispense ice from the dispenser, and arranged such that when the pressing of the operation part is stopped the dispensing of ice is stopped, wherein the dispenser motor includes: a stator generating a magnetic field and a rotator rotatable by the magnetic field; a rotation shaft passing through the rotator and arranged to rotate integrally with the rotator; a first shaft housing provided to one side of the rotation shaft , the rotation shaft being movably received in the first shaft housing; and a compression member provided at one side of the rotator , the compression member being interposed between the first shaft housing and the rotator so as to minimize residual rotation of the motor , after pressing of the operation part is stopped, by providing a frictional force to stop rotation of the rotator . a stator generating a magnetic field and a rotator rotatable by the magnetic field; a rotation shaft passing through the rotator and arranged to rotate integrally with the rotator; a first shaft housing provided to one side of the rotation shaft , the rotation shaft being movably received in the first shaft housing; and a compression member provided at one side of the rotator , the compression member being interposed between the first shaft housing and the rotator so as to minimize residual rotation of the motor , after pressing of the operation part is stopped, by providing a frictional force to stop rotation of the rotator .
Gas delivery device comprising: - a main chamber , - an injection nozzle comprising an inner gas passage in fluid communication with the main chamber , said inner gas passage comprising an inlet diameter and an outlet diameter , said inlet diameter being greater than the outlet diameter , - a downstream chamber in fluid communication with the inner gas passage of the injection nozzle , - an inflatable bag in fluid communication with the downstream chamber , - a second chamber fluidly communicating with the main chamber and further with the inflatable bag , and - a gas-flow control device arranged between the main chamber and the second chamber for controlling the passage of gas from the main chamber to the second chamber , characterized in that : - the injection nozzle is arranged downstream of said main chamber so that the gas exiting the main chamber enters into the inner gas passage of the injection nozzle , and - the inflatable bag comprises a bag inlet and a bag outlet so that: • the second chamber is fluidly connected to the bag inlet of the inflatable bag , and • the downstream chamber is fluidly connected to the bag outlet of the inflatable bag . - a main chamber , - an injection nozzle comprising an inner gas passage in fluid communication with the main chamber , said inner gas passage comprising an inlet diameter and an outlet diameter , said inlet diameter being greater than the outlet diameter , - a downstream chamber in fluid communication with the inner gas passage of the injection nozzle , - an inflatable bag in fluid communication with the downstream chamber , - a second chamber fluidly communicating with the main chamber and further with the inflatable bag , and - a gas-flow control device arranged between the main chamber and the second chamber for controlling the passage of gas from the main chamber to the second chamber , - the injection nozzle is arranged downstream of said main chamber so that the gas exiting the main chamber enters into the inner gas passage of the injection nozzle , and - the inflatable bag comprises a bag inlet and a bag outlet so that: • the second chamber is fluidly connected to the bag inlet of the inflatable bag , and • the downstream chamber is fluidly connected to the bag outlet of the inflatable bag . • the second chamber is fluidly connected to the bag inlet of the inflatable bag , and • the downstream chamber is fluidly connected to the bag outlet of the inflatable bag .
A chip surface base device structure comprising: a superconducting material located on a first side of the substrate ; a second superconducting material located on a second side of the substrate and stacked on a second substrate , wherein the first side of the substrate and the second side of the substrate are opposite sides; a transmon qubit comprising: a capacitor; and a Josephson junction formed in a via of the substrate and comprising a tunnel barrier ; and a microstrip line formed by a portion of the superconducting material and electrically coupled to the transmon qubit, characterised in that the substrate , the second superconducting material , and the second substrate comprise a silicon-on-metal, SOM, base and the substrate and the second substrate comprise crystalline silicon. a superconducting material located on a first side of the substrate ; a second superconducting material located on a second side of the substrate and stacked on a second substrate , wherein the first side of the substrate and the second side of the substrate are opposite sides; a transmon qubit comprising: a capacitor; and a Josephson junction formed in a via of the substrate and comprising a tunnel barrier ; and a microstrip line formed by a portion of the superconducting material and electrically coupled to the transmon qubit, characterised in that the substrate , the second superconducting material , and the second substrate comprise a silicon-on-metal, SOM, base and the substrate and the second substrate comprise crystalline silicon. a capacitor; and a Josephson junction formed in a via of the substrate and comprising a tunnel barrier ; and a microstrip line formed by a portion of the superconducting material and electrically coupled to the transmon qubit, characterised in that the substrate , the second superconducting material , and the second substrate comprise a silicon-on-metal, SOM, base and the substrate and the second substrate comprise crystalline silicon.
A Josephson junction comprising an elongated hybrid nanostructure comprising superconductor and semiconductor materials and a weak link, wherein the weak link is formed by a semiconductor segment of the elongated hybrid nanostructure wherein the semiconductor material is exposed to provide a semiconductor weak link, wherein the length of the semiconductor segment with the weak link is between 100 and 250 nm, characterised in that the elongated hybrid nanostructure comprises a crystalline semiconductor nanostructure having at least one plane side facet and a crystalline structured first facet layer of a superconductor material deposited on at least one of said at least one side facet and the crystalline structure of the semiconductor nanostructure is epitaxially matched with the crystalline structure of the first facet layer on the interface between the two crystalline structures, and wherein the interface between the superconductor and semiconductor materials is configured such that a superconductor hard gap is induced in the semiconductor by proximity of the superconductor. wherein the length of the semiconductor segment with the weak link is between 100 and 250 nm, characterised in that the elongated hybrid nanostructure comprises a crystalline semiconductor nanostructure having at least one plane side facet and a crystalline structured first facet layer of a superconductor material deposited on at least one of said at least one side facet and the crystalline structure of the semiconductor nanostructure is epitaxially matched with the crystalline structure of the first facet layer on the interface between the two crystalline structures, and wherein the interface between the superconductor and semiconductor materials is configured such that a superconductor hard gap is induced in the semiconductor by proximity of the superconductor.
A method comprising: providing a microfluidic system, wherein the microfluidic system comprises: a loading component comprising at least one microchannel, wherein the loading component comprises an array of plugs , wherein each plug comprises a plug fluid and wherein each plug is separated from another plug by a carrier and/or spacer that is immiscible with the plug fluid; and at least one detachable holding component comprising at least one microchannel that is configured to make a fluid connection with the loading component; pulling the plugs from the at least one microchannel of the loading component into the at least one microchannel of the holding component by applying a vacuum inside the at least one microchannel of the holding component; and detaching the holding component from the loading component; wherein when the holding component is loaded with the array of plugs and is detached from the loading component, at least one end of the holding component is sealed or capped. providing a microfluidic system, wherein the microfluidic system comprises: a loading component comprising at least one microchannel, wherein the loading component comprises an array of plugs , wherein each plug comprises a plug fluid and wherein each plug is separated from another plug by a carrier and/or spacer that is immiscible with the plug fluid; and at least one detachable holding component comprising at least one microchannel that is configured to make a fluid connection with the loading component; a loading component comprising at least one microchannel, wherein the loading component comprises an array of plugs , wherein each plug comprises a plug fluid and wherein each plug is separated from another plug by a carrier and/or spacer that is immiscible with the plug fluid; and at least one detachable holding component comprising at least one microchannel that is configured to make a fluid connection with the loading component; pulling the plugs from the at least one microchannel of the loading component into the at least one microchannel of the holding component by applying a vacuum inside the at least one microchannel of the holding component; and detaching the holding component from the loading component; wherein when the holding component is loaded with the array of plugs and is detached from the loading component, at least one end of the holding component is sealed or capped.
A sample processing tubule divided into a plurality of segments (110, 120, 130, 140, 150, 160, 170, 180, and/or 190), the tubule comprising, from a proximate to a distal end, an opening through which a sample is introducible, at least three segments, and an extraction port fluidly connected to a distal segment of the at least three segments, wherein each of the at least three segments contain at least one reagent selected from the group consisting of a lysis reagent, a dilution buffer, a washing buffer, a substrate, a neutralization reagent, a suspension buffer, an elution reagent, or nucleic acid amplification and detection reagents, the sample processing tubule further comprising a frame to which the tubule is mounted, wherein said extraction port is fixedly mounted to a base of said frame and said extraction port is accessed through an opening in said base.
A method of repairing a wind turbine blade comprising a resin containing a cleavable functional group, the method comprising: applying an acidic aqueous liquid comprising an acid to a portion of a surface of the wind turbine blade, heating the portion of the surface of the wind turbine blade, applying a basic aqueous liquid comprising a base to the portion of the surface of the wind turbine blade. applying an acidic aqueous liquid comprising an acid to a portion of a surface of the wind turbine blade, heating the portion of the surface of the wind turbine blade, applying a basic aqueous liquid comprising a base to the portion of the surface of the wind turbine blade.
A deployable privacy curtain assembly for use within an interior of a recreational vehicle, the assembly comprising: a foldable privacy curtain having a top portion and a lower portion, an upper support structure affixed to the top portion of the foldable privacy curtain , the upper support structure comprising a foldable mounting bracket configured to support a construct of collapsible, hinged rods or panels configured to articulate outwards to an open shower position and configured to be collapsed and stored and/or concealed when the foldable privacy curtain is not in use; an upper storage receptacle attached to a surface in the interior of the vehicle, the upper storage receptacle comprising a top section and a base section, the upper storage receptacle configured to retain the foldable privacy curtain in a non-deployed configuration, the foldable privacy curtain extendable towards a bottom surface of the interior of the vehicle in a deployed configuration, the base section of the upper storage receptacle configured to pivot in a downward direction to allow the privacy curtain to extend in the deployed configuration directly beneath the upper storage receptacle thus ensuring a minimal footprint within the recreational vehicle; and a lower receptacle configured to receive the lower portion of the privacy curtain , the lower receptacle comprising: a lid pivotally connected to the lower receptacle , wherein when the shower curtain assembly is in the non-deployed configuration and the lid is closed upon the lower receptacle , a horizontal support surface is formed. a foldable privacy curtain having a top portion and a lower portion, an upper support structure affixed to the top portion of the foldable privacy curtain , the upper support structure comprising a foldable mounting bracket configured to support a construct of collapsible, hinged rods or panels configured to articulate outwards to an open shower position and configured to be collapsed and stored and/or concealed when the foldable privacy curtain is not in use; an upper storage receptacle attached to a surface in the interior of the vehicle, the upper storage receptacle comprising a top section and a base section, the upper storage receptacle configured to retain the foldable privacy curtain in a non-deployed configuration, the foldable privacy curtain extendable towards a bottom surface of the interior of the vehicle in a deployed configuration, the base section of the upper storage receptacle configured to pivot in a downward direction to allow the privacy curtain to extend in the deployed configuration directly beneath the upper storage receptacle thus ensuring a minimal footprint within the recreational vehicle; and a lower receptacle configured to receive the lower portion of the privacy curtain , the lower receptacle comprising: a lid pivotally connected to the lower receptacle , wherein when the shower curtain assembly is in the non-deployed configuration and the lid is closed upon the lower receptacle , a horizontal support surface is formed.
Clamp for fastening a tubular or hose-like object, having a clamp band , on the ends of which provision is made of in each case one outwardly protruding fastening limb , and having a rubber profile , which is arranged on a radial inner surface of the clamp band and which at least sectionally engages, in each case by way of a lip , around edges of the clamp band , wherein, on the radial inner surface of the clamp band , provision is made of at least one first holding geometry and, on a radially outer surface of the rubber profile , provision is made of at least one second holding geometry , wherein the first and second holding geometries are in engagement with one another in a radial direction (R), wherein, on the inner surface of the clamp band , there is formed at least one radially inwardly projecting projection and, on the radial outer surface of the rubber profile , there is formed at least one depression in which the projection engages, wherein the rubber profile has corners , wherein, in the corners of the rubber profile , provision is made of recesses which run in a peripheral direction (U), characterized in that the recesses and the least one depression have an identical cross section.