mhurhangee/patent-ind-claim-en huggingface dataset:
A stretchable sheet comprising: a pair of sheets (1 and 2) whose first surfaces (1f and 2f) oppose each other or are in contact with each other; a plurality of elastic members (F) that are arranged between the first surfaces (1f and 2f) of the pair of sheets (1 and 2) and are arranged spaced apart from each other; a plurality of attached portions , wherein the first surfaces (1f and 2f) of the pair of sheets (1 and 2) are attached to each other by a welding construction without using an adhesive, at the attached portions ; the attached portions hold the elastic members (F); the attached portions extend in a direction (Dp) crossing a direction of stretch (Df) of the elastic members (F); and the attached portions are spaced apart from each other in the direction of stretch (Df) at positions where the attached portions cross the elastic members (F); and a plurality of folds (P) that appear between the attached portions in a state where the elastic members (F) are shrunk, wherein a width (W3) of the attached portions in the direction of stretch (Df) is set to be 0.2 mm or more and less than 1.0 mm, characterized in that the folds (P) are formed as the pair of sheets (1 and 2) protrude, between the attached portions , with respect to a virtual plane (Vp) that includes the elastic members (F); and in an area (α1) defined between adjacent attached portions of the attached portions and adjacent elastic members (F) of the elastic members (F), non-bonded positions of the pair of sheets (1 and 2) that oppose each other protrude in the same direction, thereby forming a fold (P) of the folds (P). a pair of sheets (1 and 2) whose first surfaces (1f and 2f) oppose each other or are in contact with each other; a plurality of elastic members (F) that are arranged between the first surfaces (1f and 2f) of the pair of sheets (1 and 2) and are arranged spaced apart from each other; a plurality of attached portions , wherein the first surfaces (1f and 2f) of the pair of sheets (1 and 2) are attached to each other by a welding construction without using an adhesive, at the attached portions ; the attached portions hold the elastic members (F); the attached portions extend in a direction (Dp) crossing a direction of stretch (Df) of the elastic members (F); and the attached portions are spaced apart from each other in the direction of stretch (Df) at positions where the attached portions cross the elastic members (F); and a plurality of folds (P) that appear between the attached portions in a state where the elastic members (F) are shrunk, wherein a width (W3) of the attached portions in the direction of stretch (Df) is set to be 0.2 mm or more and less than 1.0 mm, characterized in that the folds (P) are formed as the pair of sheets (1 and 2) protrude, between the attached portions , with respect to a virtual plane (Vp) that includes the elastic members (F); and in an area (α1) defined between adjacent attached portions of the attached portions and adjacent elastic members (F) of the elastic members (F), non-bonded positions of the pair of sheets (1 and 2) that oppose each other protrude in the same direction, thereby forming a fold (P) of the folds (P).
A system for repairing a glenoid bone defect of a specific patient , characterised in that the system comprises: an impactor body ; and a patient-specific punch coupled to the impactor body , the patient-specific punch including a patient-specific void corresponding to the glenoid bone defect ; wherein the impactor body is configured to drive the patient-specific punch into an implant material to form a patient-specific glenoid implant . an impactor body ; and a patient-specific punch coupled to the impactor body , the patient-specific punch including a patient-specific void corresponding to the glenoid bone defect ; wherein the impactor body is configured to drive the patient-specific punch into an implant material to form a patient-specific glenoid implant .
A method for producing calcobutrol comprising the steps of: obtaining butrol represented by following Chemical Formula 2 by reacting a gadobutrol represented by following Chemical Formula 1 and a decomplexing agent; and reacting calcium ions with the butrol to obtain a calcobutrol represented by following Chemical Formula 3. wherein the decomplexing agent is selected from the group consisting of tartaric acid, succinic acid, citric acid, fumaric acid and mixtures thereof, and the content of the decomplexing agent is 2.0 to 6.0 equivalents with respect to 1.0 equivalent of gadobutrol. obtaining butrol represented by following Chemical Formula 2 by reacting a gadobutrol represented by following Chemical Formula 1 and a decomplexing agent; and reacting calcium ions with the butrol to obtain a calcobutrol represented by following Chemical Formula 3. wherein the decomplexing agent is selected from the group consisting of tartaric acid, succinic acid, citric acid, fumaric acid and mixtures thereof, and the content of the decomplexing agent is 2.0 to 6.0 equivalents with respect to 1.0 equivalent of gadobutrol.
A airfoil modifying device for a wind turbine blade , the wind turbine blade comprising a blade shell having an original airfoil profile which defines a pressure side and a suction side , wherein the airfoil modifying device is configured to be arranged on the pressure side or suction side of said wind turbine blade and to modify said original airfoil profile, the airfoil modifying device comprising at least a deformable element extending along said pressure or suction side from a first edge to a second edge and further from a first end to a second end when attached, wherein said deformable element is configured to deform between a retracted position and an extended position, characterised in that the deformable element is passively deformed, when attached, by means of a local air pressure acting on said airfoil modifying device .
Non-therapeutic use of carvacrol or a pharmaceutically acceptable salt thereof for enhancing muscular recovery or improving the effects of exercise on muscle endurance or muscle mass.
A dispensing system for providing a preset small volume of liquid ≤ 200 μl into a filling area of a microfluidic sample carrier comprising at least one flow channel , the system including a liquid reservoir, a liquid pump connected to the liquid reservoir, at least one interface unit provided for each flow channel of the microfluidic sample carrier , wherein the liquid is provided to each flow channel by means of the respective interface unit , a conduit member comprising a supply channel connecting the liquid pump and each interface unit , a first valve connected to the supply channel , and at least one second valve arranged between the supply channel and a respective interface unit , wherein the first valve is a prime valve configured, when opened, to flush the supply channel with sealing liquid by pumping sealing liquid into the supply channel , wherein excessive sealing liquid potentially including air bubbles can be discharged through the open first valve , each interface unit comprises an injector connected to the conduit member , with each injector comprising a main body and an injection channel provided in the main body , each injection channel includes an inlet part for receiving liquid from the supply channel , an outlet part for dispensing liquid into a sample carrier liquid inlet , and a middle part for guiding liquid from the inlet part to the outlet part , with the outlet part ending in an outlet opening of the injector , and a cross section ⌀ in of the inlet part , a cross section ⌀ mid of the middle part and a cross section ⌀ out of the outlet part of each injection channel meet the following conditions ∅ out > ∅ in ; and ∅ out > ∅ mid . a liquid reservoir, a liquid pump connected to the liquid reservoir, at least one interface unit provided for each flow channel of the microfluidic sample carrier , wherein the liquid is provided to each flow channel by means of the respective interface unit , a conduit member comprising a supply channel connecting the liquid pump and each interface unit , a first valve connected to the supply channel , and at least one second valve arranged between the supply channel and a respective interface unit , wherein the first valve is a prime valve configured, when opened, to flush the supply channel with sealing liquid by pumping sealing liquid into the supply channel , wherein excessive sealing liquid potentially including air bubbles can be discharged through the open first valve , each interface unit comprises an injector connected to the conduit member , with each injector comprising a main body and an injection channel provided in the main body , each injection channel includes an inlet part for receiving liquid from the supply channel , an outlet part for dispensing liquid into a sample carrier liquid inlet , and a middle part for guiding liquid from the inlet part to the outlet part , with the outlet part ending in an outlet opening of the injector , and a cross section ⌀ in of the inlet part , a cross section ⌀ mid of the middle part and a cross section ⌀ out of the outlet part of each injection channel meet the following conditions ∅ out > ∅ in ; and ∅ out > ∅ mid .
A method of slice adaptation comprising: receiving a request message from a Network Operation Support, NOS, function, wherein the NOS function is one of a Content & Forwarding Management, CFM , and an Infrastructure Management Function and wherein the request message comprises device distributions, which are expected to be interested in certain contents, and/or a performance requirement of content delivery; and in response to the request message, transmitting a configuration message to a network controller comprising instructions to modify a user plane function of a slice (57, 102-103, 105-106), wherein the configuration message comprises an instruction to modify the topology of the slice (57, 102-103, 105-106) and wherein the instruction to modify the topology of the slice (57, 102-103, 105-106) includes at least one of an instruction to modify a location of caches and an instruction to change an infrastructure supporting the slice. receiving a request message from a Network Operation Support, NOS, function, wherein the NOS function is one of a Content & Forwarding Management, CFM , and an Infrastructure Management Function and wherein the request message comprises device distributions, which are expected to be interested in certain contents, and/or a performance requirement of content delivery; and in response to the request message, transmitting a configuration message to a network controller comprising instructions to modify a user plane function of a slice (57, 102-103, 105-106), wherein the configuration message comprises an instruction to modify the topology of the slice (57, 102-103, 105-106) and wherein the instruction to modify the topology of the slice (57, 102-103, 105-106) includes at least one of an instruction to modify a location of caches and an instruction to change an infrastructure supporting the slice.
A process for controlling the growth of microorganisms in at least partially circulating process water of an industrial plant, comprising the step of introducing an aqueous solution containing chlorine dioxide into the process water in order to set a redox potential of 400 to 800 mV in the process water, wherein the aqueous solution containing chlorine dioxide having a pH value of 4 to 7.5 and a ratio of chlorine dioxide to chloride ions of greater than 1, wherein the process water having a temperature of 5 to 50°C.
An exhaust gas turbocharger having a hydrodynamic plain bearing having a rotor and a stator , wherein the rotor is rotatable relative to the stator , wherein a bearing surface of the rotor lies opposite a counter surface of the stator to generate hydrodynamic pressure in the region of a converging gap, wherein the bearing surface of the rotor forms a continuous bearing contour when cut longitudinally and through the axis of rotation (R) in a sectional view, characterised in that the continuous bearing contour is formed from at least two contour sections (13.1, 13.2, 13.3, 13.5) which are designed as straight lines and/or curvatures, or in that the bearing surface of the rotor and/or the counter surface is convexly and/or concavely curved to generate hydrodynamic load capacities in the radial and axial directions, in that the bearing surface of the rotor is at least partially formed by a rotor part non-rotatably connected to the rotor , in that the rotor is held in a housing , in that the housing is penetrated by a bearing receptacle in which the stator 20 is inserted, in that the stator has projections on the longitudinal ends thereof, and in that the projections form contour sections (21.1 to 21.4) which lie opposite the contour sections (13.1 to 13.3) of the bearing surface of the rotor.
A foam premix which exhibits prolonged shelf-life/stability comprising a foam forming component selected from polyol, polyisocyanate and isocyanate; a surfactant encapsulated in an encapsulating agent; an amine catalyst encapsulated in an encapsulating agent; a halogenated hydroolefin blowing agent selected from the group consisting of hydrofluoroolefins and hydrochlorofluoroolefins; a carbon dioxide generating agent; and optionally an ester.
A fluid supply system , comprising - a first container , - a second container , and - a fluid transfer passage , the first container and the second container being adapted to retain fluid , the first container and the second container being connected to each other through the fluid transfer passage , the first container comprising a fluid inlet to receive the fluid , the first container comprising an air evacuation element , characterized in that the air evacuation element being configured to limit a rate at which air is released from the first container when the fluid is added into the first container in order to increase inner pressure in the first container and transfer the fluid into the second container through the fluid transfer passage , and the air evacuation element of the first container comprising a smaller cross-sectional area than the air vent element of the second container . - a first container , - a second container , and - a fluid transfer passage , the first container and the second container being adapted to retain fluid , the first container and the second container being connected to each other through the fluid transfer passage , the first container comprising a fluid inlet to receive the fluid , the first container comprising an air evacuation element , characterized in that the air evacuation element being configured to limit a rate at which air is released from the first container when the fluid is added into the first container in order to increase inner pressure in the first container and transfer the fluid into the second container through the fluid transfer passage , and the air evacuation element of the first container comprising a smaller cross-sectional area than the air vent element of the second container .
A furniture drive for ejecting a movable furniture part from a closed end position relative to a furniture carcass , comprising: - a housing , - an electrical drive unit arranged in the housing , - an ejection lever for ejecting the movable furniture part , the ejection lever being configured to be driven by the electrical drive unit , - a transmission having at least one gear for transmitting a force from the electrical drive unit onto the ejection lever , characterized in that the furniture drive includes a braking device for braking the at least one gear , wherein the braking device directly bears against a frictional surface of the gear to be braked. - a housing , - an electrical drive unit arranged in the housing , - an ejection lever for ejecting the movable furniture part , the ejection lever being configured to be driven by the electrical drive unit , - a transmission having at least one gear for transmitting a force from the electrical drive unit onto the ejection lever ,
A bicycle control assembly for operating an electromechanical gear shifting device, comprising: a graspable housing mountable to the bicycle , the graspable housing including an internal body compartment having an opening configured to permit access to the internal body compartment , the internal body compartment configured to allow a power supply to be disposed therein; an access cover permitting access to the internal body compartment , the access cover covering the opening; a first operating member movably connected to the housing ; an electrical switch ; a controller in communication with the electrical switch , configured to be powered by the power supply and configured to generate a signal to change a shift position of the gear shifting device responsive to an input from the electrical switch ; and an antenna in communication with the controller to send the signal, characterized by the antenna being positioned, at least in part, in a portion of the control assembly that is separate or remote or spaced from the housing . a graspable housing mountable to the bicycle , the graspable housing including an internal body compartment having an opening configured to permit access to the internal body compartment , the internal body compartment configured to allow a power supply to be disposed therein; an access cover permitting access to the internal body compartment , the access cover covering the opening; a first operating member movably connected to the housing ; an electrical switch ; a controller in communication with the electrical switch , configured to be powered by the power supply and configured to generate a signal to change a shift position of the gear shifting device responsive to an input from the electrical switch ; and an antenna in communication with the controller to send the signal, characterized by the antenna being positioned, at least in part, in a portion of the control assembly that is separate or remote or spaced from the housing .
A superconducting qubit comprising: a Josephson junction including a first superconductor and a second superconductor formed on a non-superconducting metal , wherein the first superconductor and the second superconductor are separated by a space giving a superconductor-normal metal-superconductor (SNS) junction; and a capacitor in parallel with the Josephson junction . a Josephson junction including a first superconductor and a second superconductor formed on a non-superconducting metal , wherein the first superconductor and the second superconductor are separated by a space giving a superconductor-normal metal-superconductor (SNS) junction; and a capacitor in parallel with the Josephson junction .
Locking device comprising - a locking cylinder having a rotatable cylinder core at least partially accommodated in a housing , and a locking member for actuating a locking element, - an electrically actuated coupling for selectively connecting or disconnecting a rotary movement of the cylinder core to or from the locking member , - an electronic authentication device for authenticating an electronic access authorisation, which interacts with the coupling to actuate the coupling when an access authorisation is present, - an electrical generator which supplies the authentication device and/or the coupling with electrical energy, the generator comprising at least one movable part , the movement of which can be converted into electrical energy, - a handle connected to the cylinder core for conjoint rotation, characterised in that the movable part of the electrical generator is arranged in the cylinder core or the handle and is movable relative to the cylinder core , and in that a recess extending through the handle to the movable part of the generator is provided for movably receiving a generator drive member . - a locking cylinder having a rotatable cylinder core at least partially accommodated in a housing , and a locking member for actuating a locking element, - an electrically actuated coupling for selectively connecting or disconnecting a rotary movement of the cylinder core to or from the locking member , - an electronic authentication device for authenticating an electronic access authorisation, which interacts with the coupling to actuate the coupling when an access authorisation is present, - an electrical generator which supplies the authentication device and/or the coupling with electrical energy, the generator comprising at least one movable part , the movement of which can be converted into electrical energy, - a handle connected to the cylinder core for conjoint rotation,
A method of forming an enclosure, the method comprising the steps of: providing first and second enclosure components comprising a diamond material and having first and second recesses, respectively, at edge portions, at least one of the first and second enclosure components having a cavity, the enclosure components having respective contact surfaces at the first and second recesses; bonding a first type of material to at least surface portions of the first and second recesses of the first and second enclosure components, respectively, the first type of material comprising a material that forms a carbide material with the diamond material of the first and second enclosure components; bonding a second type of material to the first type of material so that the second type of material covers the first type of material, the second type of material being biocompatible and suitable for forming a hermetically sealed seal; contacting the enclosure components to form the enclosure; characterised in that the first and second recesses are shaped such that an outer channel is formed by the co-operation of the first and second recesses when the first and second enclosure components are contacted at the contact surfaces; the method comprises bonding the second type of material of the first enclosure component to the second type of material of the second enclosure component so as to form a hermetically sealed seal in the outer channel; and bonding the second type of material of the first enclosure component to the second type of material of the second enclosure component comprises laser welding. providing first and second enclosure components comprising a diamond material and having first and second recesses, respectively, at edge portions, at least one of the first and second enclosure components having a cavity, the enclosure components having respective contact surfaces at the first and second recesses; bonding a first type of material to at least surface portions of the first and second recesses of the first and second enclosure components, respectively, the first type of material comprising a material that forms a carbide material with the diamond material of the first and second enclosure components; bonding a second type of material to the first type of material so that the second type of material covers the first type of material, the second type of material being biocompatible and suitable for forming a hermetically sealed seal; contacting the enclosure components to form the enclosure; characterised in that the first and second recesses are shaped such that an outer channel is formed by the co-operation of the first and second recesses when the first and second enclosure components are contacted at the contact surfaces; the method comprises bonding the second type of material of the first enclosure component to the second type of material of the second enclosure component so as to form a hermetically sealed seal in the outer channel; and bonding the second type of material of the first enclosure component to the second type of material of the second enclosure component comprises laser welding.