mhurhangee/patent-ind-claim-en huggingface dataset:
A gas conditioning apparatus , comprising: a housing , at least partially defining a chamber , and at least partially defining an air input path into the chamber and an air egress path from the chamber; and a fan , connected to the housing, configured to urge an ambient air flow through the chamber, the ambient air flow entering through the air input path into the chamber, and exiting the chamber through the air egress path; characterised in that the gas conditioning apparatus is a sample gas conditioning apparatus which further comprises: a sample gas tube , having an input, an output, and a section that comprises a water-permeable material, at least a portion of the section being arranged in the chamber as a ventilated section , the ventilated section being ventilated by the ambient air flow through the chamber, wherein the sample gas tube is configured to provide passage of a sample of the mixture of the mixture gas and the therapeutic gas to the ventilated section, and to output, at the output, a humidity conditioned sample of the mixture of the mixture gas and the therapeutic gas, wherein the therapeutic gas comprises nitric oxide. a housing , at least partially defining a chamber , and at least partially defining an air input path into the chamber and an air egress path from the chamber; and a fan , connected to the housing, configured to urge an ambient air flow through the chamber, the ambient air flow entering through the air input path into the chamber, and exiting the chamber through the air egress path; characterised in that the gas conditioning apparatus is a sample gas conditioning apparatus which further comprises: a sample gas tube , having an input, an output, and a section that comprises a water-permeable material, at least a portion of the section being arranged in the chamber as a ventilated section , the ventilated section being ventilated by the ambient air flow through the chamber, wherein the sample gas tube is configured to provide passage of a sample of the mixture of the mixture gas and the therapeutic gas to the ventilated section, and to output, at the output, a humidity conditioned sample of the mixture of the mixture gas and the therapeutic gas, wherein the therapeutic gas comprises nitric oxide.
A carbon nanotube strand wire in which a plurality of carbon nanotube wires of a plurality of bundled carbon nanotube aggregates configured of a plurality of carbon nanotubes are twisted together, wherein a number of twists t1 of the carbon nanotube wires is equal to or greater than 0 and less than 2500 T/m, and a number of twists t2 of the carbon nanotube strand wire is greater than 0 and less than 2500 T/m. wherein a number of twists t1 of the carbon nanotube wires is equal to or greater than 0 and less than 2500 T/m, and a number of twists t2 of the carbon nanotube strand wire is greater than 0 and less than 2500 T/m.
Roller jumping timepiece display mechanism , characterised in that it includes, for the display of a quantity, at least one display which includes a roller and/or a combined roller which includes at least two said rollers which are inside one another, the outer roller including at least one roller aperture arranged to allow the inner roller to be viewed or read, each said display being held in the rest position by first elastic return means , and at least one said display being rotatable, controlled by at least one release or correction lever that said mechanism includes and whose drop is controlled or prevented by at least one cam that said mechanism comprises, and which is arranged to be driven by a horology movement , in which at least one said release or correction lever is arranged to cooperate simultaneously with at least two said cams towards which it is returned by second elastic return means , said mechanism including at least one upstream display assembly , for which the rotations of the upstream rollers which it is composed of are controlled by upstream release levers , and which is arranged to cooperate with a downstream display assembly to which it is juxtaposed, characterised in that the rotations of the downstream rollers which make up the said downstream display assembly are controlled by downstream release levers , and in that the said mechanism includes at least one said correction lever arranged to cooperate with one of said downstream release levers , and a mechanism for synchronising the levers between the said correction levers when said mechanism includes a plurality of the latter, for controlling the rotation of at least one display of said downstream display assembly in its correct position at the end of a cycle of said upstream display assembly .
A method, comprising: providing a laser-Compton scattering x-ray beam with the highest energy photos emitting in the forward direction; aperturing said x-ray beam to create a first on-axis beam region having an energy that is greater than the k-shell absorption edge of a contrast agent or a specific material within an object , and a second beam region , having an energy that is less than the k-shell absorption edge of said contrast agent or specific material within the object , and where the x-ray beam therefore has two distinct spatial regions having two distinct x-ray spectra, wherein the second beam region is surrounding the first beam region ; directing said x-ray beam onto a first location on an object ; detecting a first energy of said first beam region and a second energy of said second beam region after portions of each have been transmitted through said first location; calculating the difference between a normalized said first energy and a normalized said second energy; and displaying said difference. providing a laser-Compton scattering x-ray beam with the highest energy photos emitting in the forward direction; aperturing said x-ray beam to create a first on-axis beam region having an energy that is greater than the k-shell absorption edge of a contrast agent or a specific material within an object , and a second beam region , having an energy that is less than the k-shell absorption edge of said contrast agent or specific material within the object , and where the x-ray beam therefore has two distinct spatial regions having two distinct x-ray spectra, wherein the second beam region is surrounding the first beam region ; directing said x-ray beam onto a first location on an object ; detecting a first energy of said first beam region and a second energy of said second beam region after portions of each have been transmitted through said first location; calculating the difference between a normalized said first energy and a normalized said second energy; and displaying said difference.
Shock absorber assembly suitable for being connected and positioned between two modules of an unducted fan, the two modules being hydraulically and electrically connected together by means of electrical and hydraulic connectors, and having relative movements, said shock absorber assembly comprising: - an extension ferrule comprising a first interface suitable for being rigidly attached on the first module; - a connector support housing comprising: - a third interface suitable for being rigidly attached on the second module; and - a fourth interface allowing a mechanical connection to be made between the connector support housing and a second interface of said extension ferrule; - a plurality of elastic means arranged between the extension ferrule and the connector support housing to absorb relative displacements between the extension ferrule and the connector support housing; characterised in that : - said shock absorber assembly also comprises a flange element rigidly attached on the third interface of the connector support housing and arranged in such a way as to prevent the disconnection of the mechanical connection between said extension ferrule and the connector support housing , said flange element comprising a stop bearing on the extension ferrule in such a way as to define a space (Z1) between the extension ferrule and the flange element ; and - the elastic means are arranged so that a residual clearance (J1) exists between the flange element and the connector support housing . - an extension ferrule comprising a first interface suitable for being rigidly attached on the first module; - a connector support housing comprising: - a third interface suitable for being rigidly attached on the second module; and - a fourth interface allowing a mechanical connection to be made between the connector support housing and a second interface of said extension ferrule; - a third interface suitable for being rigidly attached on the second module; and - a fourth interface allowing a mechanical connection to be made between the connector support housing and a second interface of said extension ferrule; - a plurality of elastic means arranged between the extension ferrule and the connector support housing to absorb relative displacements between the extension ferrule and the connector support housing; - said shock absorber assembly also comprises a flange element rigidly attached on the third interface of the connector support housing and arranged in such a way as to prevent the disconnection of the mechanical connection between said extension ferrule and the connector support housing , said flange element comprising a stop bearing on the extension ferrule in such a way as to define a space (Z1) between the extension ferrule and the flange element ; and - the elastic means are arranged so that a residual clearance (J1) exists between the flange element and the connector support housing .
A side-by-side refrigerator with an imaging device , comprising: a refrigerator body in which a storage compartment is defined; an opening-closing component provided with two oppositely disposed door bodies and a vertical beam on one of the door bodies and configured to open or close the storage compartment; at least one imaging device mounted on the vertical beam and configured to shoot an article in the storage compartment; and a dew removal heating device disposed on the vertical beam to heat one or both of the vertical beam and the at least one imaging device , the vertical beam comprises a front housing and a rear housing mounted on the front housing , and at least one light hole is formed in the rear housing ; and each imaging device is mounted in an accommodating space, defined by the front housing and the rear housing , and penetrates one of the light holes to shoot the article in the storage compartment, wherein the front housing comprises a base body and a front cover , a groove that extends in a length direction of the vertical beam is formed in a front surface of the base body , and the front cover is mounted in the groove; characterized in that , the dew removal heating device is disposed in the groove, a rear side surface of each imaging device is connected to the dew removal heating device . a refrigerator body in which a storage compartment is defined; an opening-closing component provided with two oppositely disposed door bodies and a vertical beam on one of the door bodies and configured to open or close the storage compartment; at least one imaging device mounted on the vertical beam and configured to shoot an article in the storage compartment; and a dew removal heating device disposed on the vertical beam to heat one or both of the vertical beam and the at least one imaging device , the vertical beam comprises a front housing and a rear housing mounted on the front housing , and at least one light hole is formed in the rear housing ; and each imaging device is mounted in an accommodating space, defined by the front housing and the rear housing , and penetrates one of the light holes to shoot the article in the storage compartment, wherein the front housing comprises a base body and a front cover , a groove that extends in a length direction of the vertical beam is formed in a front surface of the base body , and the front cover is mounted in the groove; characterized in that , the dew removal heating device is disposed in the groove, a rear side surface of each imaging device is connected to the dew removal heating device .
Aircraft with at least one synchronous reluctance machine, which comprises a stator with a plurality of slots and teeth and a rotor with a plurality of magnetic flux barriers , wherein the magnetic flux barriers consist of a straight central part and two straight outer ends, wherein the outside edges of the straight outer ends each take up a magnetic flux barrier angle Θ 1 and Θ 2 relative to the straight central part of the respective magnetic flux barriers , characterised in that at least one of the magnetic flux barriers is configured asymmetrically to the q-axis, in that the magnetic flux barrier angles Θ 1 and Θ 2 of the at least one magnetic flux barrier are unequal.
A hemostatic foam for packing antrums or other cavities of the human or animal body comprising a blend of a chitosan hemostatic agent and a phase-separated polymer that provides the foam with a porosity of 85-99% and a foam density of 0.01-0.2 g/cm 3 , wherein the foam density is calculated as the polymer mass per volume unit foam, wherein said phase-separated polymer comprises an amorphous segment and a crystalline segment, wherein at least said amorphous segment comprises a hydrophilic segment; and wherein the amount of chitosan hemostatic agent is 5-35 wt. % of the total weight of the foam. wherein said phase-separated polymer comprises an amorphous segment and a crystalline segment, wherein at least said amorphous segment comprises a hydrophilic segment; and wherein the amount of chitosan hemostatic agent is 5-35 wt. % of the total weight of the foam.
Swimming pool cleaning robot comprising: - a body , - at least one hydraulic liquid circulation circuit between at least one liquid inlet and at least one liquid outlet , said hydraulic circuit comprising at least one means of separating debris in suspension in the liquid, - pumping means for maintaining the flow of liquid in said hydraulic circuit, - means of driving and guiding said robot on a surface, - means of controlling operating parameters of the means of driving and guiding said cleaning robot , the control means comprising a pressure sensor for determining the immersion depth of the cleaning robot in a swimming pool, starting from the measurement of the ambient pressure around the robot, characterised in that the control means also comprise means of automatically controlling the pressure recorded by the pressure sensor to a set value. - a body , - at least one hydraulic liquid circulation circuit between at least one liquid inlet and at least one liquid outlet , said hydraulic circuit comprising at least one means of separating debris in suspension in the liquid, - pumping means for maintaining the flow of liquid in said hydraulic circuit, - means of driving and guiding said robot on a surface, - means of controlling operating parameters of the means of driving and guiding said cleaning robot , the control means comprising a pressure sensor for determining the immersion depth of the cleaning robot in a swimming pool, starting from the measurement of the ambient pressure around the robot,
A pharmaceutical composition comprising a filtered extract of two strains of Candida albicans and secreted antigens thereof for use for completely resolving a common wart, wherein said pharmaceutical composition is administered to a subject in one or more intralesional injections providing a cumulative dose of 2.5 units of potency of said composition to said subject, wherein a unit of potency is relative to a reference standard that is a Candida albicans extract capable of eliciting an induration response of ≥ 5 millimeters (mm) in an immunologically competent subject at 48 hours after a 0.1 milliliter (mL) injection of said reference standard Candida albicans extract, wherein said completely resolving is identified by a lack of recurrence of said common wart at the same site observed at least 20 weeks after administration of the first of said one or more intralesional injections of said pharmaceutical composition, and wherein representative samples of said two strains of Candida albicans having been deposited with the American Type Culture Collection (ATCC) under ATCC Accession Nos. PTA-126019 and PTA-126020 are used.
A device for filtering and settling entrained particles from a gas feed stream, the device comprising: a cylindrical v-wire filter element to filter the entrained particles, wherein the v-wire filter element comprises a solid metal ring and a body, wherein the solid metal ring is mounted on a top portion of the body to form a hollow internal passagewayof the v-wire filter element, wherein the body comprises slits, wherein a first portion of gas stream flows radially through the slits to form a filtered gas stream, and wherein the hollow internal passageway receives the filtered gas stream; a cap located above the v-wire filter element comprising an outer surface, an under surface, and a downward rim attached to a perimeter of the under surface , wherein a bottom edge of the rim is aligned with a bottom edge of the solid metal ring; and an open annulus area located between and in fluid communication with an open top portion of the v-wire filter element and the under surface of the cap, wherein a second portion of gas feed stream flows upward along a length of the v-wire filter element, into the open annulus area and downward into the hollow internal passageway. a cylindrical v-wire filter element to filter the entrained particles, wherein the v-wire filter element comprises a solid metal ring and a body, wherein the solid metal ring is mounted on a top portion of the body to form a hollow internal passagewayof the v-wire filter element, wherein the body comprises slits, wherein a first portion of gas stream flows radially through the slits to form a filtered gas stream, and wherein the hollow internal passageway receives the filtered gas stream; a cap located above the v-wire filter element comprising an outer surface, an under surface, and a downward rim attached to a perimeter of the under surface , wherein a bottom edge of the rim is aligned with a bottom edge of the solid metal ring; and an open annulus area located between and in fluid communication with an open top portion of the v-wire filter element and the under surface of the cap, wherein a second portion of gas feed stream flows upward along a length of the v-wire filter element, into the open annulus area and downward into the hollow internal passageway.
A measurement processing system suitable for supporting condition monitoring of a wind turbine , comprising: (i) means for inputting measurements performed on at least one electrical part of the wind turbine ; (ii) means for inputting measurements performed on at least one mechanical part of the wind turbine ; (iii) means for determining whether the wind turbine is connected to the electrical grid or not ; and (iv) computation means adapted for determining information representative for shaft torque of the wind turbine and suited for condition monitoring of the wind turbine , based on said measurements ; whereby the determining of such information takes into account whether the wind turbine is connected to the electrical grid or not ; wherein the computation means further being adapted for determining shaft torque of the wind turbine from measurements performed on at least one electrical part of the wind turbine by use of an analytical model of at least a part of the wind turbine ; whereby the determining of such information takes into account whether the wind turbine is connected to the electrical grid or not , comprises determining shaft torque of the wind turbine or other parameters from measurements performed on at least one electrical part of the wind turbine if such measurements are available ; and otherwise determining shaft torque of the wind turbine from measurements performed on at least one of the mechanical parts of the wind turbine .
A connection device for connecting a compressed gas cylinder to an inflatable device , where the connection device comprises a releaser providing a fluid connection between the compressed gas cylinder and the inflatable device , the releaser comprises a primary activation mechanism for controlled puncture of the compressed gas cylinder via a piston provided with a bunching dart , said primary activation mechanism is provided with means for axially displacement of the piston towards the compressed gas cylinder , characterised in that the releaser further comprises: - a rotatable adapter with means for irreversible fastening of the compressed gas cylinder to the adapter ; - a secondary trigger device adapted for puncturing the compressed gas cylinder, said secondary trigger device comprising a displacing means for axially displacing a trigger towards the compressed gas cylinder , where the secondary trigger device is in an activated position when the adapter is in an axially displaced position. - a rotatable adapter with means for irreversible fastening of the compressed gas cylinder to the adapter ; - a secondary trigger device adapted for puncturing the compressed gas cylinder, said secondary trigger device comprising a displacing means for axially displacing a trigger towards the compressed gas cylinder , where the secondary trigger device is in an activated position when the adapter is in an axially displaced position.
An immunogenic composition comprising the supernatant of a Mycoplasma hyopneumoniae (M.hyo) culture, wherein the supernatant of the M.hyo culture has been separated from insoluble cellular material by centrifugation, filtration or precipitation and is free of both (i) IgG and (ii) immunocomplexes comprised of antigen bound to immunoglobulin.
An energy storage system comprising a plurality of cables and a plurality of multi-section masses each suspended from a respective cable in a shaft , each of the multi-section masses comprising an elongated longitudinal side surface extending between top and bottom end surfaces thereof, each of the cables being attached to a respective winch means by which the respective multi-section mass may be raised in the shaft to store potential energy, and the multi-section masses being lowerable in the shaft to release the potential energy, characterised in that each multi-section mass comprises at least two sections clamped together around the respective cable , and in that the respective top and bottom end surfaces of each of the plurality of multi-section masses being horizontally aligned with each other and being configured to be raised and lowered in synchronism along the longitudinal axis in the shaft .
A method for configuring an address table, wherein the method is applied to a field-programmable gate array, FPGA, the FPGA comprises k storage blocks, k is greater than or equal to 2, and the method comprises: obtaining a key; obtaining an index number corresponding to the key, wherein the index number is used to search for a forwarding entry of the data stream; dividing the key into k sub-keys, wherein each of the k sub-keys is corresponding to one of the k storage blocks; and determining an address entry of each of the k sub-keys in a corresponding storage block, and writing a storage address to the address entry based on the index number characterized in that the key is generated based on a first packet of a data stream, and a length of the key is equal to a key bit width of the FPGA. obtaining a key; obtaining an index number corresponding to the key, wherein the index number is used to search for a forwarding entry of the data stream; dividing the key into k sub-keys, wherein each of the k sub-keys is corresponding to one of the k storage blocks; and determining an address entry of each of the k sub-keys in a corresponding storage block, and writing a storage address to the address entry based on the index number characterized in that the key is generated based on a first packet of a data stream, and a length of the key is equal to a key bit width of the FPGA.