mhurhangee/patent-ind-claim-en huggingface dataset:
A method implemented by a first radio unit in a network of distributed radio units (112-116, 224-240) that operate together as part of an extended wireless access point , the method comprising: measuring at least one of an offset or a difference between a wirelessly broadcasted reference signal received from a second radio unit of the extended wireless access point and a free running clock of the first radio unit; receiving a stream of compressed samples of a signal, into which compressed samples a timestamp has been inserted to indicate when to transmit the signal; decompressing the compressed samples to reconstruct the signal; determining a time at which to transmit the reconstructed signal based in part on the timestamp and at least one of the offset or the difference; and wirelessly transmitting the reconstructed signal at the determined time. measuring at least one of an offset or a difference between a wirelessly broadcasted reference signal received from a second radio unit of the extended wireless access point and a free running clock of the first radio unit; receiving a stream of compressed samples of a signal, into which compressed samples a timestamp has been inserted to indicate when to transmit the signal; decompressing the compressed samples to reconstruct the signal; determining a time at which to transmit the reconstructed signal based in part on the timestamp and at least one of the offset or the difference; and wirelessly transmitting the reconstructed signal at the determined time.
A coffee machine comprising: a housing ; and an object comprising an actuator which vibrates in use, mounted within the housing by a mounting which is to provide vibration damping for the object, wherein: the mounting comprises a set of at least three springs , each having a top end coupled to the housing and a suspended bottom end; the top ends define the apices of an upper polygon; the bottom ends define the apices of a lower polygon ; the object is supported by the bottom ends of the set of springs; and in an intended operational orientation of the system, the center of gravity of the object is along a vertical line which passes through the lower polygon, characterized in that the line between the top end and bottom end of each spring is offset from the vertical, such that the lines taper inwardly between the upper polygon and the lower polygon. a housing ; and an object comprising an actuator which vibrates in use, mounted within the housing by a mounting which is to provide vibration damping for the object, wherein: the mounting comprises a set of at least three springs , each having a top end coupled to the housing and a suspended bottom end; the top ends define the apices of an upper polygon; the bottom ends define the apices of a lower polygon ; the object is supported by the bottom ends of the set of springs; and in an intended operational orientation of the system, the center of gravity of the object is along a vertical line which passes through the lower polygon, characterized in that the line between the top end and bottom end of each spring is offset from the vertical, such that the lines taper inwardly between the upper polygon and the lower polygon. the mounting comprises a set of at least three springs , each having a top end coupled to the housing and a suspended bottom end; the top ends define the apices of an upper polygon; the bottom ends define the apices of a lower polygon ; the object is supported by the bottom ends of the set of springs; and in an intended operational orientation of the system, the center of gravity of the object is along a vertical line which passes through the lower polygon, characterized in that the line between the top end and bottom end of each spring is offset from the vertical, such that the lines taper inwardly between the upper polygon and the lower polygon.
A container comprising a gel comprising first and second gel forming moieties which bind reversibly to one another to form a gel, said binding being sensitive to the level of an analyte; the container allowing movement of the analyte into and out of the gel and being capable of resisting an internal pressure of at least 250 mbar to limit swelling of the gel caused by influx of water into the gel by osmosis, wherein the container comprises top and bottom walls joined by one or more side walls defining an enclosed space, the top wall comprising two or more substantially planar inert metal grids and further comprising a porous membrane, and/or the bottom wall comprising two or more substantially planar inert metal grids and further comprising a porous membrane, wherein the substantially planar inert metal grids reinforce the structure of the container and restrict expansion of the gel, and further wherein the gel is contained within the enclosed space between the top wall and the bottom wall.
A particulate, comprising: a plurality of polysaccharide-vitamin conjugates; and an active agent encapsulated in the plurality of polysaccharide-vitamin conjugates; wherein each of the plurality of polysaccharide-vitamin conjugates comprises a polysaccharide molecule and one or more molecules of vitamin covalently conjugated to the polysaccharide molecule through a linker group; the active agent is non-covalently bound to the molecule of vitamin; wherein the polysaccharide molecule is hydrophilic, the one or more molecules of the vitamin is hydrophobic, and the polysaccharide-vitamin conjugates are amphiphilic; wherein the surface comprises the hydrophilic polysaccharide molecule and the active agent is encapsulated inside the particulate and buried underneath the surface; wherein the active agent is hydrophobic; and wherein the active agent is optionally a therapeutic agent or a diagnostic agent. a plurality of polysaccharide-vitamin conjugates; and an active agent encapsulated in the plurality of polysaccharide-vitamin conjugates; wherein each of the plurality of polysaccharide-vitamin conjugates comprises a polysaccharide molecule and one or more molecules of vitamin covalently conjugated to the polysaccharide molecule through a linker group; the active agent is non-covalently bound to the molecule of vitamin; wherein the polysaccharide molecule is hydrophilic, the one or more molecules of the vitamin is hydrophobic, and the polysaccharide-vitamin conjugates are amphiphilic; wherein the surface comprises the hydrophilic polysaccharide molecule and the active agent is encapsulated inside the particulate and buried underneath the surface; wherein the active agent is hydrophobic; and wherein the active agent is optionally a therapeutic agent or a diagnostic agent.
A respiratory device , comprising at least one respirator having at least one respiratory apparatus , having a blower apparatus for generating at least one respiratory air flow for respiratory therapy and having at least one rechargeable energy storage apparatus for providing the energy required for operation and having at least one charging apparatus for charging the energy storage apparatus , and having a control apparatus for regulating the blower apparatus , wherein the respiratory device comprises at least one cooling apparatus having the blower apparatus for generating at least one cooling air flow in order to cool the energy storage apparatus during a charging process such that heat can be dissipated from the energy storage apparatus by means of the cooling air flow, wherein the cooling air flow is provided by the blower apparatus which also generates the respiratory air flow for the respiration, characterized in that the control apparatus is configured to regulate the blower apparatus such that the air volume flow continues during the charging process and escapes at the respiratory air outlet of the respirator or at the patient's end of the breathing tube .
A method of fabricating a three-dimensional, engineered, biological tissue, the method comprising: a. preparing a bio-ink comprising living cells, wherein the bio-ink is a viscous liquid, a semi-solid, or a solid; b. depositing the bio-ink onto a surface by extrusion bioprinting to form a structure; c. exposing the bio-ink to a hypothermic hold of greater than or equal to 2°C, but less than 10°C after bioprinting; d. incubating the bio-ink at a temperature of greater than or equal to 18°C, but less than 37°C after the hypothermic hold; wherein the bio-ink is not exposed to any ionic, chemical, photo or physical cross-linker during the incubation at a temperature of greater than or equal to 18°C, but less than 37°C, and wherein the shape of the structure is maintained during the hypothermic hold and incubation. a. preparing a bio-ink comprising living cells, wherein the bio-ink is a viscous liquid, a semi-solid, or a solid; b. depositing the bio-ink onto a surface by extrusion bioprinting to form a structure; c. exposing the bio-ink to a hypothermic hold of greater than or equal to 2°C, but less than 10°C after bioprinting; d. incubating the bio-ink at a temperature of greater than or equal to 18°C, but less than 37°C after the hypothermic hold;
Facing product for plasterboards, comprising a mat/mesh laminate with a "mat" face and a "mesh" face, formed (a) of a glass fibre mat bonded by a first organic polymer, which is preferably crosslinked, referred to hereinbelow as "binder" and (b) of a glass fibre mesh bonded by a second organic polymer, referred to hereinbelow as "adhesive", consisting of from 50% to 100% by weight of PVDC or of a copolymer based on vinylidene chloride, from 0 to 50% by weight of a styrene-butadiene rubber (SBR), and from 0 to 30% by weight of a mineral filler, the glass fibre mesh being adhesively bonded to the glass fibre mat by means of said adhesive, the mat/mesh laminate being coated, on the "mesh" face, with a continuous layer of a hydrophobic coating containing - from 8% to 25% by weight, preferably from 9% to 20% by weight, in particular from 10% to 15% by weight, of an organic polymer selected from styrene-butadiene rubbers (SBR), acrylic polymers, poly(vinylidene chloride) (PVDC), copolymers based on vinylidene chloride, and mixtures of at least two of these organic polymers, and - from 75% to 92% by weight, preferably from 80% to 91% by weight and in particular from 85% to 90% by weight, of mineral particles, these percentages being expressed relative to the sum of these two components, said hydrophobic coating covering the glass fibre mesh but leaving the "mat" face of the laminate bare. (a) of a glass fibre mat bonded by a first organic polymer, which is preferably crosslinked, referred to hereinbelow as "binder" and (b) of a glass fibre mesh bonded by a second organic polymer, referred to hereinbelow as "adhesive", consisting of from 50% to 100% by weight of PVDC or of a copolymer based on vinylidene chloride, from 0 to 50% by weight of a styrene-butadiene rubber (SBR), and from 0 to 30% by weight of a mineral filler, the glass fibre mesh being adhesively bonded to the glass fibre mat by means of said adhesive, - from 8% to 25% by weight, preferably from 9% to 20% by weight, in particular from 10% to 15% by weight, of an organic polymer selected from styrene-butadiene rubbers (SBR), acrylic polymers, poly(vinylidene chloride) (PVDC), copolymers based on vinylidene chloride, and mixtures of at least two of these organic polymers, and - from 75% to 92% by weight, preferably from 80% to 91% by weight and in particular from 85% to 90% by weight, of mineral particles, these percentages being expressed relative to the sum of these two components,
A cutting element for a vegetation shredder, the cutting element comprising a plurality of elongate blades arranged between a proximal and distal support elements, wherein the plurality of elongate blades is configured in a generally frusto-conical form, and the distal support element forming a base of said frusto-conical form, characterised in that , the cutting element being a hollow unitary element.
An electrometer system comprising: a sensor cell comprising alkali metal atoms within; an optical beam system configured to provide at least one optical beam through the sensor cell to provide a first Rydberg energy state of the alkali metal atoms, the at least one optical beam exiting the sensor cell as a detection beam; and a detection system configured to monitor the detection beam (OPTDET) to detect an external signal (RFEXT) having a frequency that is approximately equal to the energy difference between the first Rydberg energy state and a second Rydberg energy state based on monitoring the detection beam, characterized in that the electrometer system further comprises a tuning signal generator configured to generate an RF tuning signal (RFTN) having a predetermined tuning frequency to adjust an energy difference between the first Rydberg energy state and the second Rydberg energy state of the alkali metal atoms, the RF tuning signal (RFTN) being set to the predetermined tuning frequency that is a frequency between the second Rydberg energy state and a third Rydberg energy state to adjust the energy difference between the first and second Rydberg energy states of the alkali metal atoms. a sensor cell comprising alkali metal atoms within; an optical beam system configured to provide at least one optical beam through the sensor cell to provide a first Rydberg energy state of the alkali metal atoms, the at least one optical beam exiting the sensor cell as a detection beam; and a detection system configured to monitor the detection beam (OPTDET) to detect an external signal (RFEXT) having a frequency that is approximately equal to the energy difference between the first Rydberg energy state and a second Rydberg energy state based on monitoring the detection beam, characterized in that the electrometer system further comprises a tuning signal generator configured to generate an RF tuning signal (RFTN) having a predetermined tuning frequency to adjust an energy difference between the first Rydberg energy state and the second Rydberg energy state of the alkali metal atoms, the RF tuning signal (RFTN) being set to the predetermined tuning frequency that is a frequency between the second Rydberg energy state and a third Rydberg energy state to adjust the energy difference between the first and second Rydberg energy states of the alkali metal atoms.
A pressing tool for producing a workpiece, comprising a pressing surface having a structure of protrusions and recesses , a wear layer with an optical property, the wear layer at least partially forming the pressing surface , and an indicator layer , which is arranged under the wear layer and in which particles having optical properties are embedded, so that the indicator layer has a corresponding optical property, which is different from the optical property of the wear layer , characterized in that the wear layer at least partially forming the pressing surface is a full-surface wear layer, on which a partial wear layer is arranged, and the full-surface wear layer has a degree of gloss, and the partial wear layer has a degree of gloss that is different from the degree of gloss of the full-surface wear layer .
A method of recovering anhydrous hydrogen fluoride from an azeotropic or azeotrope-like mixture comprising hydrogen fluoride and a halogenated hydrocarbon comprising: providing an azeotropic or azeotrope-like mixture comprising hydrogen fluoride and at least one halogenated hydrocarbon; and extracting hydrogen fluoride from said mixture by contacting said mixture with a solution comprising from 65 to less than 93 wt.% sulfuric acid in water. providing an azeotropic or azeotrope-like mixture comprising hydrogen fluoride and at least one halogenated hydrocarbon; and extracting hydrogen fluoride from said mixture by contacting said mixture with a solution comprising from 65 to less than 93 wt.% sulfuric acid in water.
Apparatus for lifting a crushing mantle of a cone or gyratory crusher, the crushing mantle having a first central axis and an opening with a clearance width (w) in its top region surrounding the first central axis , and the apparatus comprising - a plate-shaped lifting member having a second central axis and adapted to be attached to the top region of the crushing mantle , wherein the first central axis coincides with the second central axis when the plate-shaped lifting member is attached to the crushing mantle ; - the plate-shaped lifting member comprising at least one attachment member adapted to be attached to a suspension assembly , in order to lift the plate-shaped lifting member together with the crushing mantle attached thereto, characterized in that - the plate-shaped lifting member has a first dimension (d1) in a first direction being smaller than the clearance width (w) of the opening in the top region of the crushing mantle ; and - the plate-shaped lifting member has a second dimension (d2) in a second direction being larger than the clearance width (w) of the opening in the top region of the crushing mantle ; - wherein the first direction and the second direction run obliquely in respect to each other. - a plate-shaped lifting member having a second central axis and adapted to be attached to the top region of the crushing mantle , wherein the first central axis coincides with the second central axis when the plate-shaped lifting member is attached to the crushing mantle ; - the plate-shaped lifting member comprising at least one attachment member adapted to be attached to a suspension assembly , in order to lift the plate-shaped lifting member together with the crushing mantle attached thereto, characterized in that - the plate-shaped lifting member has a first dimension (d1) in a first direction being smaller than the clearance width (w) of the opening in the top region of the crushing mantle ; and - the plate-shaped lifting member has a second dimension (d2) in a second direction being larger than the clearance width (w) of the opening in the top region of the crushing mantle ; - wherein the first direction and the second direction run obliquely in respect to each other.
An infusion pump comprising: a housing including a tube port configured to receive an intravenous ("IV") tube, characterized in that the tube port includes a tube channel having a first end located at an edge of the housing, a second end located within the housing, and a length between first and second ends, and a rib formed to protrude in-plane from the tube channel at the first end to form at least two channels at the edge of the housing. a tube channel having a first end located at an edge of the housing, a second end located within the housing, and a length between first and second ends, and a rib formed to protrude in-plane from the tube channel at the first end to form at least two channels at the edge of the housing.
Warp knitting machine having a first knitting tool assembly which has a multiplicity of first knitting tools that are moveable in an identical manner, and a second knitting tool assembly , wherein the first knitting tool assembly and the second knitting tool assembly are moveable relative to one another during a loop-formation cycle, wherein the first knitting tools are supported on the second knitting tool assembly at least in part of the loop-formation cycle and the second knitting tool assembly has lamellas , lamella tracks in which the first knitting tools are disposed at least in part of the loop-formation procedure being configured between said lamellas, characterized in that an inlet region that is adjacent to the operation region of the first knitting tools has a gap widening (s*) between the lamellas and the first knitting tools .
Dental implant , comprising: - an external thread arranged on an outside of the dental implant for fastening the dental implant to a jawbone; - an opening extending along a longitudinal axis of the dental implant , in which opening an internal thread for fastening a superstructure to the dental implant is arranged; and - an interface for fastening the superstructure to the dental implant , which interface is arranged at a front end of the dental implant ; wherein the interface comprises a convex, rounded curvature extending around the longitudinal axis over an angular range of at least 90°, and a support surface disposed radially outwardly relative to the convex curvature , wherein the support surface has at least one annular portion oriented transversely to the longitudinal axis , characterized in that , in a longitudinal section along the longitudinal axis of the dental implant , a tangent to a radially outer edge of the convex curvature which faces the annular portion of the support surface is oriented parallel to the annular portion of the support surface , and in that at least a part of the convex curvature is arranged in the opening . - an external thread arranged on an outside of the dental implant for fastening the dental implant to a jawbone; - an opening extending along a longitudinal axis of the dental implant , in which opening an internal thread for fastening a superstructure to the dental implant is arranged; and - an interface for fastening the superstructure to the dental implant , which interface is arranged at a front end of the dental implant ;
An image capture apparatus comprising: rotational shake detection means for detecting a rotational shake of said image capture apparatus; translation component correction amount calculation means (201 - 205) for calculating, based on the rotational shake output from said rotational shake detection means , a first correction amount for correcting a translation component of image blur in a captured image due to the shake; perspective component correction amount calculation means for calculating a second correction amount for correcting a perspective component of the image blur; and correction means for correcting the image blur using the first correction amount and the second correction amount, characterized in that the second correction amount is calculated using the first correction amount. rotational shake detection means for detecting a rotational shake of said image capture apparatus; translation component correction amount calculation means (201 - 205) for calculating, based on the rotational shake output from said rotational shake detection means , a first correction amount for correcting a translation component of image blur in a captured image due to the shake; perspective component correction amount calculation means for calculating a second correction amount for correcting a perspective component of the image blur; and correction means for correcting the image blur using the first correction amount and the second correction amount, characterized in that the second correction amount is calculated using the first correction amount.