mhurhangee/patent-ind-claim-en huggingface dataset:
A cap for forming a sealed cavity around an end of a fastener protruding from a surface of a structure , the cap comprising: a cap body with an annular base terminating at a base rim which surrounds an opening into a central cavity for receiving the end of the fastener and lies in a base rim plane around at least a majority of a circumference of the annular base; an annular skirt providing an annular pocket for receiving a sealant material between the annular skirt and the annular base; and a biasing configuration configured to positively bias the base rim against the surface of the structure, wherein the biasing configuration comprises at least three opposing protrusions extending inwardly from the annular base into the central cavity, wherein the at least three opposing protrusions are distributed around an internal face of the annular base, characterised in that each protrusion comprises a cam surface arranged to locate against the fastener, the cam surface being inclined to slope towards the base rim plane away from the annular base to a free end of the at least one protrusion, and further characterised in that the annular base has a lobed shape in cross-section such that a radially outwardly bulging lobe extends between each neighbouring pair of protrusions, said lobed shape configured to enable the annular base to deform. a cap body with an annular base terminating at a base rim which surrounds an opening into a central cavity for receiving the end of the fastener and lies in a base rim plane around at least a majority of a circumference of the annular base; an annular skirt providing an annular pocket for receiving a sealant material between the annular skirt and the annular base; and a biasing configuration configured to positively bias the base rim against the surface of the structure, wherein the biasing configuration comprises at least three opposing protrusions extending inwardly from the annular base into the central cavity, wherein the at least three opposing protrusions are distributed around an internal face of the annular base, characterised in that each protrusion comprises a cam surface arranged to locate against the fastener, the cam surface being inclined to slope towards the base rim plane away from the annular base to a free end of the at least one protrusion, and further characterised in that the annular base has a lobed shape in cross-section such that a radially outwardly bulging lobe extends between each neighbouring pair of protrusions, said lobed shape configured to enable the annular base to deform.
A computer-implemented method, comprising: generating, by processing circuitry of a virtual reality (VR) computer, an object in a virtual environment, the object having a surface and including a first bone including a first vertex and a second bone including a second vertex , the first bone defining a motion of the first vertex according to a rigid transformation that preserves distances between points on the first bone ; receiving a request to move the first vertex of the surface of the object included in the first bone and the second vertex of the surface of the object included in the second bone ; in response to the request, applying a first filter to the first bone and a second filter to the second bone , each of the first filter and the second filter, upon respective application to the first bone and the second bone , restricting the motion of the first vertex of the first bone by a first amount and restricting the motion of the second vertex by a second amount different from the first amount, wherein the motion of a bone is restricted based on the distance between that bone and an anchor vertex . generating, by processing circuitry of a virtual reality (VR) computer, an object in a virtual environment, the object having a surface and including a first bone including a first vertex and a second bone including a second vertex , the first bone defining a motion of the first vertex according to a rigid transformation that preserves distances between points on the first bone ; receiving a request to move the first vertex of the surface of the object included in the first bone and the second vertex of the surface of the object included in the second bone ; in response to the request, applying a first filter to the first bone and a second filter to the second bone , each of the first filter and the second filter, upon respective application to the first bone and the second bone , restricting the motion of the first vertex of the first bone by a first amount and restricting the motion of the second vertex by a second amount different from the first amount, wherein the motion of a bone is restricted based on the distance between that bone and an anchor vertex .
A network interface comprising: an interface to a host-to-device fabric ; an interface to an accelerator fabric , wherein the accelerator fabric is to communicatively couple at least one accelerator device to another accelerator device and wherein the accelerator fabric is separate from the host-to-device fabric ; and at least one processor to: process a received packet to determine a destination memory location; request address translation of the destination memory location; request a decode of the address translation to determine a head to use from among a primary or one or more secondary heads, wherein the primary head is connected to the host-to-device fabric and the one or more secondary heads are connected to the accelerator fabric; and based on availability of an address translation of the destination memory location and the determined head indicating a secondary head, permit copy of a portion of the received packet to a memory locally attached to an accelerator via the accelerator fabric or to copy the received packet to a memory buffer via the host-to-device fabric using a direct memory access, DMA, engine. an interface to a host-to-device fabric ; an interface to an accelerator fabric , wherein the accelerator fabric is to communicatively couple at least one accelerator device to another accelerator device and wherein the accelerator fabric is separate from the host-to-device fabric ; and at least one processor to: process a received packet to determine a destination memory location; request address translation of the destination memory location; request a decode of the address translation to determine a head to use from among a primary or one or more secondary heads, wherein the primary head is connected to the host-to-device fabric and the one or more secondary heads are connected to the accelerator fabric; and based on availability of an address translation of the destination memory location and the determined head indicating a secondary head, permit copy of a portion of the received packet to a memory locally attached to an accelerator via the accelerator fabric or to copy the received packet to a memory buffer via the host-to-device fabric using a direct memory access, DMA, engine. process a received packet to determine a destination memory location; request address translation of the destination memory location; request a decode of the address translation to determine a head to use from among a primary or one or more secondary heads, wherein the primary head is connected to the host-to-device fabric and the one or more secondary heads are connected to the accelerator fabric; and based on availability of an address translation of the destination memory location and the determined head indicating a secondary head, permit copy of a portion of the received packet to a memory locally attached to an accelerator via the accelerator fabric or to copy the received packet to a memory buffer via the host-to-device fabric using a direct memory access, DMA, engine.
A voltage imbalance assessment method in a power conversion device including a forward converter that rectifies a voltage of a three-phase AC power supply , a smoothing capacitor that smooths the rectified voltage, a detection unit that detects the smoothed voltage, and a control unit , wherein the control unit generates data indicating frequency components based on the detected voltage, characterized in that it compares a magnitude of a component being four times a power supply frequency with a magnitude of a component being six times the power supply frequency in the data indicating the frequency component, and assesses voltage imbalance of the three-phase AC power supply based on the comparison. generates data indicating frequency components based on the detected voltage, characterized in that it compares a magnitude of a component being four times a power supply frequency with a magnitude of a component being six times the power supply frequency in the data indicating the frequency component, and assesses voltage imbalance of the three-phase AC power supply based on the comparison.
A negative pressure wound closure device, the wound closure device comprising: a wound filler material that is positionable within a wound opening, the wound filler material being configured to contract preferentially along at least a first direction relative to a second direction upon application of a negative pressure to the wound filler material ; a fluid drainage device in fluid communication with the wound filler material of the wound closure device such that fluid is drained from the fluid drain device through the wound filler material upon application of negative pressure to the wound filler material , and a pad positioned, in use, under the fluid drainage device between an abdominal cavity and a fascia , the pad providing for lateral movement of fascia tissue overlying the pad . a wound filler material that is positionable within a wound opening, the wound filler material being configured to contract preferentially along at least a first direction relative to a second direction upon application of a negative pressure to the wound filler material ; a fluid drainage device in fluid communication with the wound filler material of the wound closure device such that fluid is drained from the fluid drain device through the wound filler material upon application of negative pressure to the wound filler material , and a pad positioned, in use, under the fluid drainage device between an abdominal cavity and a fascia , the pad providing for lateral movement of fascia tissue overlying the pad .
A method of synthesizing zeolite SSZ-32x, comprising: (a) preparing a reaction mixture comprising: a source of silicon oxide; a source of aluminum oxide; dipropylamine (Q); a source of fluoride ions; and water; and (b) subjecting the reaction mixture to crystallization conditions sufficient to form crystals of the zeolite; wherein the reaction mixture has a composition, in terms of molar ratios, as follows: SiO 2 /Al 2 O 3 ≥ 50 Q/SiO 2 0.10 to 0.60 F/SiO 2 0.10 to 0.60 H 2 O/SiO 2 10 to 60. (a) preparing a reaction mixture comprising: a source of silicon oxide; a source of aluminum oxide; dipropylamine (Q); a source of fluoride ions; and water; and a source of silicon oxide; a source of aluminum oxide; dipropylamine (Q); a source of fluoride ions; and water; and (b) subjecting the reaction mixture to crystallization conditions sufficient to form crystals of the zeolite; wherein the reaction mixture has a composition, in terms of molar ratios, as follows: SiO 2 /Al 2 O 3 ≥ 50 Q/SiO 2 0.10 to 0.60 F/SiO 2 0.10 to 0.60 H 2 O/SiO 2 10 to 60.
(Meth)acrylic oligomers prepared from C 1 -C 20 alkyl and C 5 -C 20 cycloalkyl (meth)acrylates, wherein said oligomers have a M n of from about 300 to about 3000 g/mole; a M z of from about 900 to 10,000 g/mole; wherein the Yellowness Index, according to ASTM E313 is less than 2, and wherein M n and M z are determined according to the method mentioned in the specification.
Use of a porous support-zeolite membrane composite for separation of a gas mixture, the porous support-zeolite membrane composite having a porous support and a zeolite membrane formed on the porous support, wherein: part of the zeolite membrane penetrates into the inside of the porous support, the distance from the surface of the porous support to the inside into which the zeolite membrane penetrates is 5.0 μm or less on average, the pore structure of zeolite constituting the zeolite membrane is CHA, the SiO 2 /Al 2 O 3 molar ratio of the zeolite membrane is 8 or more, and the porous support is an inorganic porous support selected from the group consisting of silica, alumina, mullite, zirconia, titania, yttria, a ceramic sintered body, a sintered metal, glass, and a carbon molding. part of the zeolite membrane penetrates into the inside of the porous support, the distance from the surface of the porous support to the inside into which the zeolite membrane penetrates is 5.0 μm or less on average, the pore structure of zeolite constituting the zeolite membrane is CHA, the SiO 2 /Al 2 O 3 molar ratio of the zeolite membrane is 8 or more, and the porous support is an inorganic porous support selected from the group consisting of silica, alumina, mullite, zirconia, titania, yttria, a ceramic sintered body, a sintered metal, glass, and a carbon molding.
A method for obtaining sequence information from a whole blood sample comprising cell-free DNA, said method comprising: (a) freezing the whole blood sample; (b) thawing the frozen whole blood sample; (c) separating solids from the thawed whole blood sample to obtain a liquid fraction, wherein separating solids from the thawed whole blood sample comprises centrifuging the thawed whole blood sample; (d) preparing a sequencing library from cell-free DNA in the liquid fraction; and (e) sequencing said sequencing library to obtain sequence information, the method further comprising, prior to (a), fixing blood cells in the whole blood sample using a fixative. (a) freezing the whole blood sample; (b) thawing the frozen whole blood sample; (c) separating solids from the thawed whole blood sample to obtain a liquid fraction, wherein separating solids from the thawed whole blood sample comprises centrifuging the thawed whole blood sample; (d) preparing a sequencing library from cell-free DNA in the liquid fraction; and (e) sequencing said sequencing library to obtain sequence information, the method further comprising, prior to (a), fixing blood cells in the whole blood sample using a fixative.
An optical compensation film, which is made by solution casting of a polymer blend comprising (a) a nitrated styrenic fluoropolymer and (b) a polyimide, wherein said optical compensation film has positive out-of-plane retardations that satisfy the relations of 0.7 < R /R < 1 and 1 < R /R < 1.25, wherein R , R , and R are out-of-plane retardations at the light wavelengths of 450 nm, 550 nm, and 650 nm respectively and wherein the nitrated styrenic fluoropolymer has a styrenic moiety of: wherein R 1 , R 2 , and R 3 are each independently hydrogen atoms, alkyl groups, substituted alkyl groups, or halogens, wherein at least one of R 1 , R 2 , and R 3 is a fluorine atom, and wherein n is an integer from 1 to 5 representing the number of the nitro group(s) on the styrenic ring. (a) a nitrated styrenic fluoropolymer and (b) a polyimide,
A method for commissioning a fill level measuring device configured for measuring a filling level of a filling material in a container , comprising following steps: capturing, by means of a radar sensor unit of the fill level measuring device , an echo curve , the echo curve having at least one first echo ; selecting, from the echo curve , the first echo , which has a first distance and a first amplitude ; determining a calculated first amplitude , wherein the calculated first amplitude is a function of the first distance ; if the first amplitude is higher than the calculated first amplitude , evaluating the echo curve as acceptable for commissioning, characterized in that the first amplitude has the highest amplitude of the echo curve ; determining at least a second echo , wherein the second echo has a second distance and a second amplitude , the second distance being smaller than the first distance ; and if the second amplitude is greater than a second reference amplitude of a reference echo curve at the second distance , evaluating the measured echo curve as not-acceptable for commissioning. capturing, by means of a radar sensor unit of the fill level measuring device , an echo curve , the echo curve having at least one first echo ; selecting, from the echo curve , the first echo , which has a first distance and a first amplitude ; determining a calculated first amplitude , wherein the calculated first amplitude is a function of the first distance ; if the first amplitude is higher than the calculated first amplitude , evaluating the echo curve as acceptable for commissioning, characterized in that the first amplitude has the highest amplitude of the echo curve ; determining at least a second echo , wherein the second echo has a second distance and a second amplitude , the second distance being smaller than the first distance ; and if the second amplitude is greater than a second reference amplitude of a reference echo curve at the second distance , evaluating the measured echo curve as not-acceptable for commissioning.
Link element for a motor vehicle, comprising a connecting rod and a coupling element for coupling the connecting rod to a subassembly of the motor vehicle, wherein the coupling element comprises a housing consisting of an upper section and a lower section , through which the connecting rod extends into the interior of the housing and which is movably connected there to the coupling element , and an additional component, namely a stop plate for supporting forces transferred to the coupling element by the connecting rod , and wherein the stop plate has a larger circumference or a larger area than the passage in the housing , characterised in that the stop plate is arranged in the region of the passage and forms a cover for the passage .
A detachable pad fastening structure of a helmet , the detachable pad fastening structure comprising: a first fastening unit which includes a first fastening member having a fastening hole formed therein and is disposed at an inner surface of a helmet main body ; and a second fastening unit which includes a through-hole formed in the form of a slot in a detachable pad and a second fastening member formed to be movable relative to the through-hole , having at least a part protruding toward the outside of the detachable pad so as to be inserted into the fastening hole in a state in which the second fastening member is located at one side of the through-hole , and configured to be inserted toward the inside of the detachable pad so as to be separated from the fastening hole in a case where the second fastening member is moved relative to the through-hole toward the other side of the through-hole , wherein the second fastening unit further includes a movement guide formed at a circumference of the through-hole and configured to guide movement of the second fastening member relative to the through-hole , and wherein the movement guide includes an inclined part formed to be inclined so that the second fastening member is inserted into the detachable pad when the second fastening member is moved relative to the through-hole from one side to the other side of the through-hole . a first fastening unit which includes a first fastening member having a fastening hole formed therein and is disposed at an inner surface of a helmet main body ; and a second fastening unit which includes a through-hole formed in the form of a slot in a detachable pad and a second fastening member formed to be movable relative to the through-hole , having at least a part protruding toward the outside of the detachable pad so as to be inserted into the fastening hole in a state in which the second fastening member is located at one side of the through-hole , and configured to be inserted toward the inside of the detachable pad so as to be separated from the fastening hole in a case where the second fastening member is moved relative to the through-hole toward the other side of the through-hole , wherein the second fastening unit further includes a movement guide formed at a circumference of the through-hole and configured to guide movement of the second fastening member relative to the through-hole , and wherein the movement guide includes an inclined part formed to be inclined so that the second fastening member is inserted into the detachable pad when the second fastening member is moved relative to the through-hole from one side to the other side of the through-hole .
A pellicle support frame comprising a frame body made of aluminum alloy, and adapted to allow a pellicle film to be bonded to an upper surface of the frame body and to allow a transparent substrate (M) to be bonded to a lower surface of the frame body, wherein a plurality of hollow portions are arranged within the frame body, and a through-hole is configured to lead from an outer peripheral surface to an inner peripheral surface of the frame body, the pellicle support frame being characterized in that the through-hole is formed between two adjacent hollow portions of the plurality of hollow portions arranged in a circumferential direction of the frame body . a plurality of hollow portions are arranged within the frame body, and a through-hole is configured to lead from an outer peripheral surface to an inner peripheral surface of the frame body, the pellicle support frame being characterized in that the through-hole is formed between two adjacent hollow portions of the plurality of hollow portions arranged in a circumferential direction of the frame body .
3D viewing glasses comprising: removable temples with an attachment mechanism; and a retaining mechanism for retaining lenses, the retaining mechanism comprising a) edges from which light could be reflected into a viewing path of the wearer, and b) areas that typically come into contact with the wearer, wherein said edges from which light could be reflected into a viewing path of the wearer comprise non-reflective surfaces, and wherein said areas that typically come into contact with the wearer comprise reflective surfaces that are smoother than the non-reflective surfaces and function to help keep the glasses clean, wherein the retaining mechanism comprises snap rings for retaining lenses and the edges from which light could be reflected into a viewing path of the wearer comprise edges of the snap rings. removable temples with an attachment mechanism; and a retaining mechanism for retaining lenses, the retaining mechanism comprising a) edges from which light could be reflected into a viewing path of the wearer, and b) areas that typically come into contact with the wearer, wherein said edges from which light could be reflected into a viewing path of the wearer comprise non-reflective surfaces, and wherein said areas that typically come into contact with the wearer comprise reflective surfaces that are smoother than the non-reflective surfaces and function to help keep the glasses clean, wherein the retaining mechanism comprises snap rings for retaining lenses and the edges from which light could be reflected into a viewing path of the wearer comprise edges of the snap rings.