mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a double-walled tube , wherein the method comprises: a) forming two extruded tubes, wherein one tube is arranged inside the other; b) providing a first mould around the outside of the outer tube and a support along the inside of the inner tube ; and, c) injecting fluid into a first cavity between the inner and outer tubes to mould the outer tube against the first mould; and wherein at least some of the fluid is retained in the first cavity between the inner and outer tubes and wherein the fluid is, or comprises a component of, a substance that can be activated to act as a heat source or a coolant. a) forming two extruded tubes, wherein one tube is arranged inside the other; b) providing a first mould around the outside of the outer tube and a support along the inside of the inner tube ; and, c) injecting fluid into a first cavity between the inner and outer tubes to mould the outer tube against the first mould; and wherein at least some of the fluid is retained in the first cavity between the inner and outer tubes and wherein the fluid is, or comprises a component of, a substance that can be activated to act as a heat source or a coolant.
A product comprising a decellularised natural multi-composite bone transplant material characterised by the absence or substantial absence of cells in the whole composite, wherein the multi-composite bone transplant material is a bone-connective tissue-bone composite or osteochondral composite, and wherein the substantial absence is between 90% and up to 100% removal of cells from all parts of the multi-composite transplant product, wherein the total genomic DNA (gDNA) content of all tissue types in the multi-composite product is between 0 to 10% of the native tissue.
Holding device for bottles for arranging on a compartment floor , in particular for arranging in a refrigeration device, having a bottle placement area for receiving at least one bottle in a lying position and a mounting for mounting on the compartment floor , characterised in that the holding device has a folding mechanism by means of which the bottle placement area can be converted from a space-saving folded unused position to a folded-out working position and vice versa, wherein the bottle placement area has at least one support surface for a bottle to be accommodated and wherein the bottle placement area includes a hinged joint about which a first part-surface section of the support surface is able to be pivoted toward a second part-surface section , in that the support surface is embodied as a closed area, and in that in the folded-out working position the bottle placement area assumes an essentially horizontal position.
A fluid extraction system comprising: an interface to fluidically and electrically couple a removable extraction reservoir to a printing device ; a return line to connect the interface and a reservoir of the printing device ; and characterized in that the fluid extraction system further comprises: a switch to: responsive to attachment of the removable extraction reservoir to the printing device , open the return line to direct fluid from the reservoir to the interface ; and responsive to removal of the removable extraction reservoir from the printing device , close the return line . an interface to fluidically and electrically couple a removable extraction reservoir to a printing device ; a return line to connect the interface and a reservoir of the printing device ; and characterized in that the fluid extraction system further comprises: a switch to: responsive to attachment of the removable extraction reservoir to the printing device , open the return line to direct fluid from the reservoir to the interface ; and responsive to removal of the removable extraction reservoir from the printing device , close the return line . responsive to attachment of the removable extraction reservoir to the printing device , open the return line to direct fluid from the reservoir to the interface ; and responsive to removal of the removable extraction reservoir from the printing device , close the return line .
A method in a first Access and Mobility Management Function, AMF, node , comprising - receiving Relative Capacity, RC, and one or more identifiers of the first AMF node from an Operation Administration and Maintenance, OAM, node , which has deployed an AMF set to which the first AMF node belongs; - receiving ,from the OAM node , second information of each of all other AMF nodes within the AMF set, the second information including Relative Capacity, RC, and one or more identifiers for each one of the other AMFs in the AMF set other than the first AMF node ; - determining (S903) a backup AMF for at least one of the one or more identifiers of the first AMF through a weighted round robin algorithm and based on the RC of each AMF in the AMF set; and - publishing (S904) an association between the one or more identifiers of the first AMF node and the first AMF as well as information about the determined backup AMF to a Network Repository Function, NRF, via a Network Function, NF, service Registration procedure. - receiving Relative Capacity, RC, and one or more identifiers of the first AMF node from an Operation Administration and Maintenance, OAM, node , which has deployed an AMF set to which the first AMF node belongs; - receiving ,from the OAM node , second information of each of all other AMF nodes within the AMF set, the second information including Relative Capacity, RC, and one or more identifiers for each one of the other AMFs in the AMF set other than the first AMF node ; - determining (S903) a backup AMF for at least one of the one or more identifiers of the first AMF through a weighted round robin algorithm and based on the RC of each AMF in the AMF set; and - publishing (S904) an association between the one or more identifiers of the first AMF node and the first AMF as well as information about the determined backup AMF to a Network Repository Function, NRF, via a Network Function, NF, service Registration procedure.
Battery thermal management system for a vehicle having a drivetrain, the thermal management system comprises a high-voltage propulsion battery , a waste-heat source of the vehicle drivetrain, and a battery heating circuit configured for circulating a battery coolant, characterised in that the battery heating circuit includes a pipe being routed in the vicinity of, and spaced-apart from, the waste-heat source and configured for conveying the battery coolant for enabling the battery coolant within the pipe to heat-up by heat-radiation emitted from the waste-heat source and/or heat-convection through air from the waste-heat source to the battery coolant, and the battery heating circuit is configured for conveying the heated battery coolant to the battery for enabling heating of the battery by the battery coolant. a high-voltage propulsion battery , a waste-heat source of the vehicle drivetrain, and a battery heating circuit configured for circulating a battery coolant, characterised in that the battery heating circuit includes a pipe being routed in the vicinity of, and spaced-apart from, the waste-heat source and configured for conveying the battery coolant for enabling the battery coolant within the pipe to heat-up by heat-radiation emitted from the waste-heat source and/or heat-convection through air from the waste-heat source to the battery coolant, and the battery heating circuit is configured for conveying the heated battery coolant to the battery for enabling heating of the battery by the battery coolant.
A track-securing device for a track barrier for safeguarding or delimiting a section of a rail , in particular of a railway line, having a bar holder for at least one barrier bar of the track barrier, in particular for two barrier bars , having a fastening assembly arranged for fastening the track-securing device in a releasable manner onto a part of the rail , such as a foot of the rail , wherein the part is fixed with at least one clamp mechanism to an underlying railway sleeper , and having a retaining limb arranged to connect the bar holder to the fastening assembly , characterized in that a slide is provided, said slide being mounted on the retaining limb between the fastening assembly and the bar holder, wherein the slide is displaceable longitudinally on the retaining limb and wherein the slide has a support element , wherein the support element protrudes from the retaining limb and is arranged for supporting the retaining limb on the railway sleeper .
A device for implementing a method of assisting the fitting of a prosthesis between at least two bones for hip, knee or shoulder arthroplasty, the device comprising at least - two 3D markers, including reference markers (10-1, 10-2), each intended to be affixed to one of the bones, each marker is a 3D QR code, that is, a cube each face of which is identified by a code, - means for attaching the reference markers to the bones, comprising, for each reference marker, a surgical screw provided at its free end with means for locking said marker in a single position, - a software data processing and recording unit , - a mask comprising: ∘ a self-contained power source (20-1), ∘ a camera (20-2), ∘ short-range means of exchange (20-3) with said unit , ∘ a transparent screen (20-6) for displaying the images and information transmitted by said unit so as to enable superimposition of the real image visible in transparency and the virtual images and information displayed on the screen; the camera (20-2) being arranged, when the mask is switched on, to recognize the reference markers (10-1, 10-2), the unit being arranged to determine and record the 3D position of the centers (C1, C2) of these reference markers and to position and freeze, on the transparent screen (20-6), the centers (C1, C2) of these reference markers, the center of one of the reference markers constituting the origin (O) of an orthonormal frame of reference. - two 3D markers, including reference markers (10-1, 10-2), each intended to be affixed to one of the bones, each marker is a 3D QR code, that is, a cube each face of which is identified by a code, - means for attaching the reference markers to the bones, comprising, for each reference marker, a surgical screw provided at its free end with means for locking said marker in a single position, - a software data processing and recording unit , - a mask comprising: ∘ a self-contained power source (20-1), ∘ a camera (20-2), ∘ short-range means of exchange (20-3) with said unit , ∘ a transparent screen (20-6) for displaying the images and information transmitted by said unit so as to enable superimposition of the real image visible in transparency and the virtual images and information displayed on the screen; the camera (20-2) being arranged, when the mask is switched on, to recognize the reference markers (10-1, 10-2), the unit being arranged to determine and record the 3D position of the centers (C1, C2) of these reference markers and to position and freeze, on the transparent screen (20-6), the centers (C1, C2) of these reference markers, the center of one of the reference markers constituting the origin (O) of an orthonormal frame of reference. ∘ a self-contained power source (20-1), ∘ a camera (20-2), ∘ short-range means of exchange (20-3) with said unit , ∘ a transparent screen (20-6) for displaying the images and information transmitted by said unit so as to enable superimposition of the real image visible in transparency and the virtual images and information displayed on the screen;
A high-power high-voltage test device comprising: - means for generating a test voltage, wherein the test voltage is an a.c. voltage with an amplitude of at least 100 kV and a power of higher than 1 kW and wherein the means for generating the test voltage have at least two voltage-amplifier branches , of which a first voltage-amplifier branch contributes to generating the positive voltage half-waves of the test voltage and a second voltage-amplifier branch contributes to generating the negative voltage half-waves of the test voltage, and - a measuring circuit for measuring the test voltage to be applied to a measurement object and the test current induced thereby in the measurement object, characterized in that each voltage-amplifier branch is mounted in a separate subassembly (26, 26', 26", 27, 27', 27") with integrated active air cooling . - means for generating a test voltage, wherein the test voltage is an a.c. voltage with an amplitude of at least 100 kV and a power of higher than 1 kW and wherein the means for generating the test voltage have at least two voltage-amplifier branches , of which a first voltage-amplifier branch contributes to generating the positive voltage half-waves of the test voltage and a second voltage-amplifier branch contributes to generating the negative voltage half-waves of the test voltage, and - a measuring circuit for measuring the test voltage to be applied to a measurement object and the test current induced thereby in the measurement object,
A method for producing 1,2,3,5,6-pentathiepane, the method comprising Steps A, B and C in this order: Step A: a step of reacting trithiocarbonate, sulfur and methane dihalide using a phase-transfer catalyst in a multi-layer system having an aqueous layer and an organic layer; Step B: a step of separating the aqueous layer from the organic layer; and Step C: a step of terminating the reaction with an acid. Step A: a step of reacting trithiocarbonate, sulfur and methane dihalide using a phase-transfer catalyst in a multi-layer system having an aqueous layer and an organic layer; Step B: a step of separating the aqueous layer from the organic layer; and Step C: a step of terminating the reaction with an acid.
An agent for use in the prevention or therapy of an oxidative stress-induced disease, excluding a kidney disease, comprising small silicon particles, wherein the small silicon particles are small particles each containing silicon capable of generating hydrogen through contact with water, wherein the small silicon particles comprise crystalline fine silicon particles and/or aggregates of the crystalline fine silicon particles, wherein the particle diameter of the crystalline fine silicon particles is 0.5 nm or more and 100 μm or less, wherein the oxidative stress induced disease is a) an inflammatory disease, b) visceral discomfort, c) depression or a depressive state, d) Parkinson's disease, e) autism spectrum disorder, preferably wherein the autism spectrum disorder is social communication disorder. f) memory impairment, g) spinal cord injury, preferably wherein the spinal cord injury is motor dysfunction accompanying spinal cord injury, h) hearing loss, preferably wherein the hearing loss is noise-induced hearing loss, i) damage due to cerebral ischemia or reperfusion injury after cerebral ischemia, j) diabetes preferably wherein the diabetes is type 2 diabetes, or k) hangover. wherein the small silicon particles are small particles each containing silicon capable of generating hydrogen through contact with water, wherein the small silicon particles comprise crystalline fine silicon particles and/or aggregates of the crystalline fine silicon particles, wherein the particle diameter of the crystalline fine silicon particles is 0.5 nm or more and 100 μm or less, wherein the oxidative stress induced disease is a) an inflammatory disease, b) visceral discomfort, c) depression or a depressive state, d) Parkinson's disease, e) autism spectrum disorder, preferably wherein the autism spectrum disorder is social communication disorder. f) memory impairment, g) spinal cord injury, preferably wherein the spinal cord injury is motor dysfunction accompanying spinal cord injury, h) hearing loss, preferably wherein the hearing loss is noise-induced hearing loss, i) damage due to cerebral ischemia or reperfusion injury after cerebral ischemia, j) diabetes preferably wherein the diabetes is type 2 diabetes, or k) hangover. a) an inflammatory disease, b) visceral discomfort, c) depression or a depressive state, d) Parkinson's disease, e) autism spectrum disorder, preferably wherein the autism spectrum disorder is social communication disorder. f) memory impairment, g) spinal cord injury, preferably wherein the spinal cord injury is motor dysfunction accompanying spinal cord injury, h) hearing loss, preferably wherein the hearing loss is noise-induced hearing loss, i) damage due to cerebral ischemia or reperfusion injury after cerebral ischemia, j) diabetes preferably wherein the diabetes is type 2 diabetes, or k) hangover.
An apparatus comprising: at least one housing equipped with a heating element and containing an aerosol precursor composition, the heating element being configured to activate and vaporize components of the aerosol precursor composition; and a flexible, emissive display received on a surface of the at least one housing, and controllable to present information of an aerosol delivery device , wherein the flexible, emissive display is flexible so as to be moldable to a form factor of the surface of the at least one housing, the surface being non-planar, and wherein the apparatus is an aerosol delivery device or a cartridge for an aerosol delivery device . at least one housing equipped with a heating element and containing an aerosol precursor composition, the heating element being configured to activate and vaporize components of the aerosol precursor composition; and a flexible, emissive display received on a surface of the at least one housing, and controllable to present information of an aerosol delivery device , wherein the flexible, emissive display is flexible so as to be moldable to a form factor of the surface of the at least one housing, the surface being non-planar, and wherein the apparatus is an aerosol delivery device or a cartridge for an aerosol delivery device .
A pressure generation system comprising: a housing ; a centrifugal compressor housed within the housing and including at least one impeller blade , the centrifugal compressor configured to generate a pressurized flow of gas; a pressure adjustment body movably coupled to the housing; a first flexible coupler configured to movably couple the pressure adjustment body to the housing such that the pressure adjustment body forms a portion of the housing proximate to the impeller blade; a second flexible coupler ; and an actuator configured to displace the pressure adjustment body with respect to the housing, wherein a displacement of the pressure adjustment body by the actuator is configured to regulate pressure of the generated gas flow by varying a gap between the impeller blade and a surface of the pressure adjustment body, wherein the pressure adjustment body comprises an inner portion and an outer portion , the outer portion coupled to the housing via the first flexible coupler , the inner portion coupled to the outer portion via the second flexible coupler , and wherein the actuator comprises one or more actuators configured to displace the inner portion and the outer portion independently with respect to each other and the housing. a housing ; a centrifugal compressor housed within the housing and including at least one impeller blade , the centrifugal compressor configured to generate a pressurized flow of gas; a pressure adjustment body movably coupled to the housing; a first flexible coupler configured to movably couple the pressure adjustment body to the housing such that the pressure adjustment body forms a portion of the housing proximate to the impeller blade; a second flexible coupler ; and an actuator configured to displace the pressure adjustment body with respect to the housing, wherein a displacement of the pressure adjustment body by the actuator is configured to regulate pressure of the generated gas flow by varying a gap between the impeller blade and a surface of the pressure adjustment body, wherein the pressure adjustment body comprises an inner portion and an outer portion , the outer portion coupled to the housing via the first flexible coupler , the inner portion coupled to the outer portion via the second flexible coupler , and wherein the actuator comprises one or more actuators configured to displace the inner portion and the outer portion independently with respect to each other and the housing.
Artificial tooth for insertion into a denture base , comprising an outer part visible in the inserted state, and an inner part arranged in the denture base when in the inserted state, wherein the inner part is free of undercuts with respect to a direction of insertion in which the tooth is inserted into the denture base , and the inner part is asymmetric, in particular not rotationally symmetric in shape, and wherein a tooth edge is formed between the outer part and the inner part , characterized in that an abrupt change of angle occurs at the tooth edge so that the tooth edge can be detected by an automatic production method to enable an automatic forming of a cavity in the denture base, wherein the tooth edge is formed to extend all around the circumference thereof.
A method for manufacturing a perforated composite part, the method comprising: producing a precursor comprising structural fibres embedded in a partially cured or fully cured matrix material and interposed between two removable plies , the precursor also comprising a sacrificial fibre extending through the removable plies , the matrix material and between the structural fibres ; removing at least one of the removable plies from the precursor ; and characterized by removing the sacrificial fibre from the precursor after removing the at least one of the removable plies to form a through hole in the precursor at a location of the sacrificial fibre . producing a precursor comprising structural fibres embedded in a partially cured or fully cured matrix material and interposed between two removable plies , the precursor also comprising a sacrificial fibre extending through the removable plies , the matrix material and between the structural fibres ; removing at least one of the removable plies from the precursor ; and characterized by removing the sacrificial fibre from the precursor after removing the at least one of the removable plies to form a through hole in the precursor at a location of the sacrificial fibre .