mhurhangee/patent-ind-claim-en huggingface dataset:
A combustion chamber for a rocket engine , the combustion chamber comprising: - a combustion chamber body enclosing a combustion chamber volume; and - a nozzle part that tapers in the longitudinal direction of the combustion chamber and that adjoins the combustion chamber body , wherein the combustion chamber body has at least one first section and a second section , characterized in that the combustion chamber body has a substantially constant wall thickness, the second section forms at least part of a cylindrical base body of the combustion chamber body , an inner side of the at least one first section facing the combustion chamber volume is closer to a cross-sectional center of the combustion chamber body than an inner side of the second section of the combustion chamber body , in the at least one first section and the second section of the combustion chamber body a plurality of coolant channels is arranged, which extend in the longitudinal direction of the combustion chamber body and follow the course of the inside of the at least one first section and the second section , and each coolant channel that follows the course of the inside of one of the at least one first section also passes through the second section in the longitudinal direction of the combustion chamber body . - a combustion chamber body enclosing a combustion chamber volume; and - a nozzle part that tapers in the longitudinal direction of the combustion chamber and that adjoins the combustion chamber body , wherein the combustion chamber body has at least one first section and a second section , the combustion chamber body has a substantially constant wall thickness, the second section forms at least part of a cylindrical base body of the combustion chamber body , an inner side of the at least one first section facing the combustion chamber volume is closer to a cross-sectional center of the combustion chamber body than an inner side of the second section of the combustion chamber body , in the at least one first section and the second section of the combustion chamber body a plurality of coolant channels is arranged, which extend in the longitudinal direction of the combustion chamber body and follow the course of the inside of the at least one first section and the second section , and each coolant channel that follows the course of the inside of one of the at least one first section also passes through the second section in the longitudinal direction of the combustion chamber body .
A cooling design feature for a combustor of an aircraft, comprising: a liner including a grommet , the grommet defining: a plurality of angled holes ; and at least one through hole , the plurality of angled holes arranged in alternating sequences with the at least one through hole , wherein any of a first angled hole of the plurality of angled holes is separated from a second angled hole of the plurality of angled holes by the at least one through hole , wherein the at least one through hole is oriented at an angle that is substantially perpendicular to a surface of the liner , and wherein each of the plurality of angled holes are non-parallel to the at least one through hole . a liner including a grommet , the grommet defining: a plurality of angled holes ; and at least one through hole , the plurality of angled holes arranged in alternating sequences with the at least one through hole , a plurality of angled holes ; and at least one through hole , the plurality of angled holes arranged in alternating sequences with the at least one through hole , wherein any of a first angled hole of the plurality of angled holes is separated from a second angled hole of the plurality of angled holes by the at least one through hole , wherein the at least one through hole is oriented at an angle that is substantially perpendicular to a surface of the liner , and wherein each of the plurality of angled holes are non-parallel to the at least one through hole .
An oil dispersion composition comprising at least one algae present in the range of 0.1% to 65% by weight of the total composition; at least one water immiscible solvent present in the range of 0.1% to 90% by weight of the total composition; at least one surfactant in the range of 0.1% to 80% by weight of the total composition; and at least one agrochemical excipient; wherein the composition comprises particles in the range of 0.1 to 50 microns. at least one water immiscible solvent present in the range of 0.1% to 90% by weight of the total composition; at least one surfactant in the range of 0.1% to 80% by weight of the total composition; and at least one agrochemical excipient; wherein the composition comprises particles in the range of 0.1 to 50 microns.
A method of implementing, by a cryptographic circuit , a substitution operation of a cryptographic algorithm based on message data (MESSAGE), on a secret key (KEY) and on a scrambled substitution table , the method comprising: performing, for each set of one or more substitution operations of the cryptographic algorithm, a series of sets of one or more substitution operations of which: one is a real set of one or more substitution operations defined by the cryptographic algorithm, the real set of one or more substitution operations comprising accessing the scrambled substitution table based on input data that results from an operation performed on the message data and on the secret key and that has been modified by a real scrambling key (S_KEY); and one or more others are dummy sets of one or more substitution operations, each dummy set of one or more dummy substitution operations comprising accessing the scrambled substitution table based on input data that results from the operation performed on the message data and on the secret key and that has been modified by a different false scrambling key (FK1 to FK6). one is a real set of one or more substitution operations defined by the cryptographic algorithm, the real set of one or more substitution operations comprising accessing the scrambled substitution table based on input data that results from an operation performed on the message data and on the secret key and that has been modified by a real scrambling key (S_KEY); and one or more others are dummy sets of one or more substitution operations, each dummy set of one or more dummy substitution operations comprising accessing the scrambled substitution table based on input data that results from the operation performed on the message data and on the secret key and that has been modified by a different false scrambling key (FK1 to FK6).
A method for manufacturing an array substrate comprising: providing a substrate , and forming at least one metal layer on the substrate ; forming a protective layer , the protective layer covering the metal layer, wherein the substrate comprises a package area and the protective layer is further etched to only retain the protective layer on the metal layer in the package area ; and coating a frit onto the package area , the frit located on the protective layer , wherein the protective layer is etched by plasma etching using an etching gas of a mixture of C 2 HF 5 (pentafluoroethane), H 2 (hydrogen) and Ar (argon). providing a substrate , and forming at least one metal layer on the substrate ; forming a protective layer , the protective layer covering the metal layer, wherein the substrate comprises a package area and the protective layer is further etched to only retain the protective layer on the metal layer in the package area ; and coating a frit onto the package area , the frit located on the protective layer , wherein the protective layer is etched by plasma etching using an etching gas of a mixture of C 2 HF 5 (pentafluoroethane), H 2 (hydrogen) and Ar (argon).
A method of manufacturing a body of a fluid control apparatus using additive manufacturing, the method including: forming an inner wall having an outside surface and an inside surface , an area surrounding an inlet , an area surrounding an outlet , and an area surrounding a fluid flow path , wherein the inner wall provides a fluid boundary and connects the inlet and the outlet ; forming a portion of the inner wall that receives a valve seat; forming a portion of the inner wall that surrounds a bore and receives a control stem and a control element; forming a three-dimensional lattice structure by depositing a solidifiable material onto the inner wall in a predetermined pattern, wherein the lattice structure includes a plurality of connected lattice members . forming an inner wall having an outside surface and an inside surface , an area surrounding an inlet , an area surrounding an outlet , and an area surrounding a fluid flow path , wherein the inner wall provides a fluid boundary and connects the inlet and the outlet ; forming a portion of the inner wall that receives a valve seat; forming a portion of the inner wall that surrounds a bore and receives a control stem and a control element; forming a three-dimensional lattice structure by depositing a solidifiable material onto the inner wall in a predetermined pattern, wherein the lattice structure includes a plurality of connected lattice members .
A loading hose connection assembly , comprising a pull-in line , a floating part and a connecting part , wherein the floating part comprises - a buoyant body configured to make the floating part float in a body of water; - a connecting part reception interface ; - a first locking element ; - a pull-in line guide element ; - a loading hose connection interface ; and wherein the connecting part comprises - a second locking element configured to enter into locking engagement with the first locking element ; - a pull-in line connection interface ; - a crane string connection interface ; characterized in that the pull-in line extends from the pull-in line connection interface to the pull-in line guide element , and further to a pull-in section of the pull-in line, such that a pull in the pull-in section pulls the connecting part into the connecting part reception interface , thereby enabling a locking engagement with the floating part . - a buoyant body configured to make the floating part float in a body of water; - a connecting part reception interface ; - a first locking element ; - a pull-in line guide element ; - a loading hose connection interface ; and wherein the connecting part comprises - a second locking element configured to enter into locking engagement with the first locking element ; - a pull-in line connection interface ; - a crane string connection interface ;
A method for winding up a web of mineral wool nonwovens into a wound roll by means of an apparatus comprising stationary and mobile devices including at least: - one winding-up space for accommodating an at least partially wound roll having a winding center (Z); - means for conveying and/or manipulating the web of mineral wool nonwovens prior to and/or during winding-up; characterized by including the following steps: a) operating the apparatus ; b) monitoring the web of mineral wool nonwovens and/or the resulting wound roll by means of at least one image-capturing device for obtaining at least one actual state of the web of mineral wool nonwovens and/or of the wound roll ; c) comparing the at least one actual state to at least one target state and corresponding to the actual state, and determining at least one deviation of the actual state from the corresponding target state; d) if the deviation exceeds/falls below at least one predetermined limit value, performing a correction of at least one operating parameter of the apparatus , the operating parameter being at least a contribution factor for the deviation. - one winding-up space for accommodating an at least partially wound roll having a winding center (Z); - means for conveying and/or manipulating the web of mineral wool nonwovens prior to and/or during winding-up; a) operating the apparatus ; b) monitoring the web of mineral wool nonwovens and/or the resulting wound roll by means of at least one image-capturing device for obtaining at least one actual state of the web of mineral wool nonwovens and/or of the wound roll ; c) comparing the at least one actual state to at least one target state and corresponding to the actual state, and determining at least one deviation of the actual state from the corresponding target state; d) if the deviation exceeds/falls below at least one predetermined limit value, performing a correction of at least one operating parameter of the apparatus , the operating parameter being at least a contribution factor for the deviation.
A heating chair using a carbon fiber heating element having a multi-layered thermal layer, the heating chair comprising: a chair having a mounting groove of a predetermined depth on an upper surface of a seat ; a thermal pad mounted on the mounting groove of the seat ; a carbon fiber heating element installed on an upper surface of the thermal pad and configured to generate heat when supplied with power; a heating plate installed on an upper side of the carbon fiber heating element and configured to be heated by the carbon fiber heating element ; a conductive cover plate configured to cover an upper side of the heating plate in a floating structure to form a thermal air layer between the heating plate and the conductive cover plate ; a finishing silicon configured to close edges of the mounting groove of the seat to seal the thermal air layer , characterized in one or more inner conductive cover plates installed in the thermal air layer between the heating plate and the conductive cover plate to cover the upper side of the heating plate and to horizontally divide the thermal air layer into multiple layers. a chair having a mounting groove of a predetermined depth on an upper surface of a seat ; a thermal pad mounted on the mounting groove of the seat ; a carbon fiber heating element installed on an upper surface of the thermal pad and configured to generate heat when supplied with power; a heating plate installed on an upper side of the carbon fiber heating element and configured to be heated by the carbon fiber heating element ; a conductive cover plate configured to cover an upper side of the heating plate in a floating structure to form a thermal air layer between the heating plate and the conductive cover plate ; a finishing silicon configured to close edges of the mounting groove of the seat to seal the thermal air layer , characterized in one or more inner conductive cover plates installed in the thermal air layer between the heating plate and the conductive cover plate to cover the upper side of the heating plate and to horizontally divide the thermal air layer into multiple layers.
A lighting device, particularly for outdoor use, comprising a casing accommodating one or more LED units , each LED unit being constituted by a LED board provided with one or more LEDs ; a transparent lens plate applied to the LED board ; said LED unit comprising a metal heat sink ; said LED unit being associated with said casing with the interposition of an insulator member ; said insulator member electrically isolating said casing from said LED unit and said metal heat sink ; said insulator member comprising a support base , made of insulating material, said support base being associated with said LED unit and electrically insulating said LED unit from said casing ; said device being characterized in that said support base comprises side panels joined to a front member and to a rear member , and a bottom frame member ; said side panels being provided with fastener members which elastically engage said LED unit ; said support base locking said lens plate into position.
A compound of formula (I) or a pharmaceutically acceptable salt thereof, for use in the treatment of a demyelinating diseases selected from the group consisting of multiple sclerosis, Alzheimer's disease and amyotrophic lateral sclerosis.
A fixation system for repairing a pars fracture, comprising: a needle guide configured to be docked on a lamina of the pars; a needle , a portion of the needle configured for insertion through a passage of the needle guide ; a guidewire , a portion of the guidewire configured for insertion through a passage of the needle ; and a screw assembly including a collar assembly and an elongated portion , the collar assembly being movable with respect to the elongated portion , a portion of the screw assembly configured to contact the lamina co-axially with the guidewire , the fixation system characterized in that : the fixation system further comprises a surgical instrument configured to engage with the collar assembly ; and the collar assembly includes an annular ring , an inner sleeve configured to be received in the annular ring , the sleeve having a plurality of slots, and an outer ring having a bore in which the annular ring is positionable. a needle guide configured to be docked on a lamina of the pars; a needle , a portion of the needle configured for insertion through a passage of the needle guide ; a guidewire , a portion of the guidewire configured for insertion through a passage of the needle ; and a screw assembly including a collar assembly and an elongated portion , the collar assembly being movable with respect to the elongated portion , a portion of the screw assembly configured to contact the lamina co-axially with the guidewire , the fixation system characterized in that : the fixation system further comprises a surgical instrument configured to engage with the collar assembly ; and the collar assembly includes an annular ring , an inner sleeve configured to be received in the annular ring , the sleeve having a plurality of slots, and an outer ring having a bore in which the annular ring is positionable. the fixation system further comprises a surgical instrument configured to engage with the collar assembly ; and the collar assembly includes an annular ring , an inner sleeve configured to be received in the annular ring , the sleeve having a plurality of slots, and an outer ring having a bore in which the annular ring is positionable.
Apparatus for the regional anticoagulation of the blood, usable for reducing the amount of Ca++ ions in the blood which has to receive a treatment in a circuit for the treatment of blood, the apparatus comprising an inlet conduit for the blood collected from the patient, a device for the treatment of the blood , an outlet conduit for returning the treated blood to the patient, characterised in that the apparatus comprises a membrane made of a material selectively permeable to Ca++ ions.
A guideway configured for receiving and guiding a carriage , the guideway comprising a guideway body , the guideway body having a first longitudinal end and a second longitudinal end, the guideway body comprising a longitudinally extending clear channel which is bordered by a wall of the guideway body , wherein the longitudinally extending clear channel opens at the first longitudinal end of the guideway body , the guideway further comprising a stop member terminating the guideway at the first longitudinal end of the guideway body , the stop member comprising a crossbar and two legs extending from the crossbar, the crossbar extending transverse to a longitudinal direction of the clear channel and the legs extending transverse to the longitudinal direction of the clear channel and transverse to the crossbar and the legs having a clearance between the two legs, whereby the stop member forms a frame enclosing a window, wherein further the stop member has an opening on an edge of the window transversely opposite the crossbar , thus defining an open side of the stop member, wherein the stop member is displaceable on the guideway body perpendicular to the crossbar and transversely relative to the guideway body , between at least two transverse positions, wherein in at least one of the at least two transverse positions the crossbar at least partially overlaps with the clear channel of the guideway body, and in at least a second of the at least two transverse positions the window of the stop member at least partially overlaps with the clear channel of the guideway body. the guideway body comprising a longitudinally extending clear channel which is bordered by a wall of the guideway body , wherein the longitudinally extending clear channel opens at the first longitudinal end of the guideway body , the guideway further comprising a stop member terminating the guideway at the first longitudinal end of the guideway body , the stop member comprising a crossbar and two legs extending from the crossbar, the crossbar extending transverse to a longitudinal direction of the clear channel and the legs extending transverse to the longitudinal direction of the clear channel and transverse to the crossbar and the legs having a clearance between the two legs, whereby the stop member forms a frame enclosing a window, wherein further the stop member has an opening on an edge of the window transversely opposite the crossbar , thus defining an open side of the stop member, wherein the stop member is displaceable on the guideway body perpendicular to the crossbar and transversely relative to the guideway body , between at least two transverse positions, wherein in at least one of the at least two transverse positions the crossbar at least partially overlaps with the clear channel of the guideway body, and in at least a second of the at least two transverse positions the window of the stop member at least partially overlaps with the clear channel of the guideway body.
A method for producing a colored aluminum article by coloring an aluminum material using at least one liquid ejection head, the method comprising the steps of: preparing an aluminum material on which an anodized coating is formed in at least a region where a color is to be provided; forming a coloring mask that covers a region of the aluminum material where a color is not to be provided by using a UV curable ink; coloring the aluminum material in the region not covered by the coloring mask with a dye solution that uses a solvent capable of dissolving the dye, or that uses water as a solvent; detaching the coloring mask from the aluminum material after the coloring step, and conditioning the surface of the colored aluminum material. preparing an aluminum material on which an anodized coating is formed in at least a region where a color is to be provided; forming a coloring mask that covers a region of the aluminum material where a color is not to be provided by using a UV curable ink; coloring the aluminum material in the region not covered by the coloring mask with a dye solution that uses a solvent capable of dissolving the dye, or that uses water as a solvent; detaching the coloring mask from the aluminum material after the coloring step, and conditioning the surface of the colored aluminum material.
A topical formulation comprising a herbal extract of: Portulaca oleracea extract, Rheum palmatum root extract, Chrysanthemum indicum flower extract, and Scutellaria baicalensis root extract; and Phellodendron amurense bark and/or Sanguisorba officinalis root extract, for use in treating or preventing acne. Portulaca oleracea extract, Rheum palmatum root extract, Chrysanthemum indicum flower extract, and Scutellaria baicalensis root extract; and Phellodendron amurense bark and/or Sanguisorba officinalis root extract, for use in treating or preventing acne.
An additive manufacturing apparatus for building an object by layerwise consolidation of material, the apparatus comprising a build enclosure containing a build support for supporting the object during a build, a material source for providing material for consolidation, a radiation device for generating and directing radiation to consolidate the material at selected locations and an acoustic sensing system arranged to detect acoustic signals generated in the build enclosure by consolidation of the material with the radiation, characterised in that the acoustic sensing system comprises an acoustic sensor array .