mhurhangee/patent-ind-claim-en huggingface dataset:
Burner system for providing thermal energy comprising an evaporator device for evaporating a liquid fuel to provide completely evaporated fuel, a burner air supply device for providing burner air , a surface burner for burning a fuel mixture comprising the completely vaporized fuel and the burner air to provide an exhaust gas stream , a shielding plate with openings for passing through and regulating the thermal energy of the exhaust gas stream of the surface burner, wherein the surface burner is coupled to the evaporator device via the shielding plate such that during operation the exhaust gas stream of the surface burner provides the thermal energy and the evaporation temperature required for complete evaporation of the fuel in the evaporator device , wherein the shielding plate is designed both for radiation shielding of the evaporator device and for mixing the hot exhaust gas stream with a tertiary air in order to reduce a total exhaust gas temperature in order to cool it to a suitable level for complete evaporation, and a tertiary air supply device for supplying tertiary air to the exhaust gas stream in order to adjust a temperature of the exhaust gas stream by mixing with the tertiary air in order to form a hot gas stream . an evaporator device for evaporating a liquid fuel to provide completely evaporated fuel, a burner air supply device for providing burner air , a surface burner for burning a fuel mixture comprising the completely vaporized fuel and the burner air to provide an exhaust gas stream , a shielding plate with openings for passing through and regulating the thermal energy of the exhaust gas stream of the surface burner, wherein the surface burner is coupled to the evaporator device via the shielding plate such that during operation the exhaust gas stream of the surface burner provides the thermal energy and the evaporation temperature required for complete evaporation of the fuel in the evaporator device , wherein the shielding plate is designed both for radiation shielding of the evaporator device and for mixing the hot exhaust gas stream with a tertiary air in order to reduce a total exhaust gas temperature in order to cool it to a suitable level for complete evaporation, and a tertiary air supply device for supplying tertiary air to the exhaust gas stream in order to adjust a temperature of the exhaust gas stream by mixing with the tertiary air in order to form a hot gas stream .
A cloth comprising a composite yarn, the cloth being characterized in that the composite yarn contains a crimped yarn and a stretch fiber wherein the crimped yarn contains a false-twist crimped yarn A having torque in the S-direction and a false-twist crimped yarn B having torque in the Z-direction; wherein the crimped yarn has a single fiber fineness within a range of 0.1 to 1.0 dtex; characterized in that the stretch fiber is a polytrimethylene terephthalate fiber, or the stretch fiber is a conjugate fiber made of two components joined in a side-by-side manner or an eccentric sheath-core manner, wherein the two components include polytrimethylene terephthalate and polytrimethylene terephthalate, or polytrimethylene terephthalate and polyethylene terephthalate. the stretch fiber is a polytrimethylene terephthalate fiber, or the stretch fiber is a conjugate fiber made of two components joined in a side-by-side manner or an eccentric sheath-core manner, wherein the two components include polytrimethylene terephthalate and polytrimethylene terephthalate, or polytrimethylene terephthalate and polyethylene terephthalate.
Method for adjusting the angular position (ANG) of a wheel (W), in particular of a wheel of an aircraft landing gear, the wheel (W) being connected to at least one hydraulic cylinder controlled by a servo valve (S), the method comprising: - a step of determining (E1) an angular difference (ε) between a measurement of the angular position (ANGm) and a setpoint angular position (ANGc), - a first proportional correction step (R1) so as to determine a first current (C1) from the angular difference (ε) - a second integral correction step (R2) so as to determine a second current (C2) from the angular difference (ε), - a step of adding (E2) the first current (C1) and the second current (C2) so as to determine a control current (COM) of the servo valve (S) - method characterised in the fact that, - the second integral adjustment step (R2) comprises a substep of limiting (R2") the second current (C2) according to a parametric law (LP), the parametric law (LP) imposing a zero-value second current (C2) when the angular difference (ε) is less, in absolute value, than a determined first angular threshold (ε1). - a step of determining (E1) an angular difference (ε) between a measurement of the angular position (ANGm) and a setpoint angular position (ANGc), - a first proportional correction step (R1) so as to determine a first current (C1) from the angular difference (ε) - a second integral correction step (R2) so as to determine a second current (C2) from the angular difference (ε), - a step of adding (E2) the first current (C1) and the second current (C2) so as to determine a control current (COM) of the servo valve (S) - method characterised in the fact that, - the second integral adjustment step (R2) comprises a substep of limiting (R2") the second current (C2) according to a parametric law (LP), the parametric law (LP) imposing a zero-value second current (C2) when the angular difference (ε) is less, in absolute value, than a determined first angular threshold (ε1).
A radiator screen with a cleaning device , wherein the radiator screen has a frame component inside which a sieve-like surface is formed, and the cleaning device comprises a suction device which moves in a cyclic manner over the surface of the radiator screen and which picks up particles which are deposited on the surface, characterized in that the suction device has two suction arms which can move over the surface and which each have a suction nozzle with an elongated inlet region which faces the surface and a cylindrical outlet region which faces away from the surface which is disposed at one end of each suction arm , wherein a respective suction duct is connected to the respective outlet region and discharges in the region of a common suction fan into a housing which receives the suction fan .
A road marking composition for application of a coating up to 400 μm thickness on a substrate, the composition comprising a paint formulation adapted for accelerated cure by exposure to UV light and spray application, and a surface coating adapted for partial cover of the paint formulation the paint formulation comprising: • multifunctional acrylate oligomer comprising one or more of epoxy acrylate, polyester acrylate, and/or urethane acrylate having a concentration of between about 10 and 40% by weight; • one or more of a multi and/or mono functional acrylate monomer comprising at least one of of isobornyl acrylate, hexanedioldiacrylate, versatic acid, vinyl ester, lauryl acrylate, tetra hydroxy furfuryl acrylate and/or phenoxy ethyl acrylate having a concentration between about 15 and 50% by weight; • a photoinitiator comprises bisacylphosphine oxide of about 1 to 4% by weight; • thiol and/or mercaptan of about 1 to 4% by weight; • an acid functional acrylate of about 0.5 to 3% by weight • a first optically transmissive component, comprising quartz, nepheline syenite and/or feldspar filler adapted for substantial transparency to incident light of at least 365 to 405 nm; and wherein the surface coating comprises: • a second optically transmissive component, comprising glass beads, angled glass and/or quartz agglomerates adapted for substantial transparency to incident light of at least 365 to 405 nm. • multifunctional acrylate oligomer comprising one or more of epoxy acrylate, polyester acrylate, and/or urethane acrylate having a concentration of between about 10 and 40% by weight; • one or more of a multi and/or mono functional acrylate monomer comprising at least one of of isobornyl acrylate, hexanedioldiacrylate, versatic acid, vinyl ester, lauryl acrylate, tetra hydroxy furfuryl acrylate and/or phenoxy ethyl acrylate having a concentration between about 15 and 50% by weight; • a photoinitiator comprises bisacylphosphine oxide of about 1 to 4% by weight; • thiol and/or mercaptan of about 1 to 4% by weight; • an acid functional acrylate of about 0.5 to 3% by weight • a first optically transmissive component, comprising quartz, nepheline syenite and/or feldspar filler adapted for substantial transparency to incident light of at least 365 to 405 nm; and • a second optically transmissive component, comprising glass beads, angled glass and/or quartz agglomerates adapted for substantial transparency to incident light of at least 365 to 405 nm.
A collapsible lighting device having circuit wires and LED modules , comprising: a main sheet formed of fibers made of a soft material collapsible with no directionality and an electrical insulation material for insulating electricity flowing along the circuit wires , the fibers being resistant to a temperature greater than 250°C; the LED modules mounted on the main sheet in such a manner as to be electrically connected to the circuit wires ; and a front sheet attached to top of the main sheet , characterized in that each LED module comprises: a first LED and a second LED having different color temperatures; first adhesive accommodation holes formed on left and right sides thereof around the first LED to accommodate the conductive adhesive materials therein; and second adhesive accommodation holes formed on left and right sides thereof around the second LED to accommodate the conductive adhesive materials therein, and wherein each LED module further comprises: a sewing hole formed between the first LED and the second LED ; and a sewing line for binding the LED module to the main sheet through the sewing hole . a main sheet formed of fibers made of a soft material collapsible with no directionality and an electrical insulation material for insulating electricity flowing along the circuit wires , the fibers being resistant to a temperature greater than 250°C; the LED modules mounted on the main sheet in such a manner as to be electrically connected to the circuit wires ; and a front sheet attached to top of the main sheet , characterized in that each LED module comprises: a first LED and a second LED having different color temperatures; first adhesive accommodation holes formed on left and right sides thereof around the first LED to accommodate the conductive adhesive materials therein; and second adhesive accommodation holes formed on left and right sides thereof around the second LED to accommodate the conductive adhesive materials therein, and a first LED and a second LED having different color temperatures; first adhesive accommodation holes formed on left and right sides thereof around the first LED to accommodate the conductive adhesive materials therein; and second adhesive accommodation holes formed on left and right sides thereof around the second LED to accommodate the conductive adhesive materials therein, and wherein each LED module further comprises: a sewing hole formed between the first LED and the second LED ; and a sewing line for binding the LED module to the main sheet through the sewing hole . a sewing hole formed between the first LED and the second LED ; and a sewing line for binding the LED module to the main sheet through the sewing hole .
A container for a food composition , in particular a dairy product composition, comprising: - a plastic body comprising a bottom and a side wall extending along a longitudinal axis (X) from said bottom to a top that defines an upper opening , the body being hollow, - a generally planar annular flange integral with the body and connected to the top of the body, the flange extending around the upper opening and having a maximal radial extension (Em) superior or equal to 3 mm, preferably to 5 mm, and - a decorative layer extending around the side wall, the side wall comprising an upper portion having a height h2, that comprises the top of the body , and optionally a lower portion having a height h1 that is preferably inferior to the height h2, wherein the upper portion tapers toward the upper opening , and wherein the decorative layer is defined by a plastic sleeve that includes a shrink film annularly secured to the upper portion , the plastic sleeve being in contact with the upper portion at least in an annular area . - a plastic body comprising a bottom and a side wall extending along a longitudinal axis (X) from said bottom to a top that defines an upper opening , the body being hollow, - a generally planar annular flange integral with the body and connected to the top of the body, the flange extending around the upper opening and having a maximal radial extension (Em) superior or equal to 3 mm, preferably to 5 mm, and - a decorative layer extending around the side wall, wherein the upper portion tapers toward the upper opening , and wherein the decorative layer is defined by a plastic sleeve that includes a shrink film annularly secured to the upper portion , the plastic sleeve being in contact with the upper portion at least in an annular area .
Printing system for producing a digital printed image, in particular on a textile, having a data server which is designed to receive image data of a print order via a network, the internet, from an external storage medium or in the form of a print order directly produced on the data server, different printing apparatuses with respectively at least one digital print head, in particular an inkjet print head, which is designed to receive and print at least one print file for a print order, and a first raster image processor module which is provided on the data server and designed to make available the received image data of the print order as a converted file format that can be read and processed in the form of the digital printed image by the printing apparatuses , wherein the image data in the converted file format can be transmitted to the printing apparatuses , characterized in that each of the printing apparatuses in each case has a second raster image processor module which is adapted to the respective printing apparatus and designed in each case to adapt the image data in the converted file format in a printer-specific manner prior to the printing of the corresponding digital printed image and in that the printing apparatuses have reproduction means which are designed to display graphically and/or numerically the transmitted image data in the converted file format as a preliminary printed image to be expected.
An assembly for a sprinkler system, the assembly comprising: a first and a second flexible conduit ; a body for a sprinkler, the body coupled to the first flexible conduit ; a hanging connector coupled to the first flexible conduit and to the second flexible conduit , the hanging connector comprising a connector body including a first side opposite to a second side , the first and second sides being separated by a sidewall , wherein the hanging connector comprises: a first connection arm , with threading, extending from the first side , and a second connection arm , with threading, extending from the second side , wherein the first flexible conduit is secured to the first connection arm and the second flexible conduit is secured to the second threaded connection arm with corresponding threading of the first and second flexible conduits respectively; the hanging connector comprising a hanging member , the hanging member extending outwardly from the sidewall of the hanging connector , wherein the hanging member is an eye loop with an opening formed therein; and a metallic connector extending between the opening of the hanging member and a support structure . a first and a second flexible conduit ; a body for a sprinkler, the body coupled to the first flexible conduit ; a hanging connector coupled to the first flexible conduit and to the second flexible conduit , the hanging connector comprising a connector body including a first side opposite to a second side , the first and second sides being separated by a sidewall , wherein the hanging connector comprises: a first connection arm , with threading, extending from the first side , and a second connection arm , with threading, extending from the second side , wherein the first flexible conduit is secured to the first connection arm and the second flexible conduit is secured to the second threaded connection arm with corresponding threading of the first and second flexible conduits respectively; the hanging connector comprising a hanging member , the hanging member extending outwardly from the sidewall of the hanging connector , wherein the hanging member is an eye loop with an opening formed therein; and a metallic connector extending between the opening of the hanging member and a support structure .
A scaphoid prosthesis comprising a body bounded by an outer surface , wherein the outer surface corresponds to the surface of the patient's scaphoid , wherein the body of the scaphoid prosthesis comprises a tubular base element including a first end portion and a second end portion and a plurality of protruding portions wherein a single passage is provided in the tubular base element configured to engage a fixation means for fixing the scaphoid prosthesis in its position, characterized in that the passage is configured as a curved passage.
Polymerisation unit for ionic polymerisation of a liquid monomer(s) containing reaction mixture, for example of isobutylene, comprising a polymerisation loop and a coolant loop and a heat exchanger reactor system ("HERS") which is shared amongst the polymerisation loop and the coolant loop, wherein • the polymerisation loop comprises a reaction mixture piping system connected to an inlet and an outlet of said HERS, • the coolant loop comprises a coolant piping system connected to an inlet and an outlet of said HERS, • the reaction mixture piping system comprises a circulating pump and the polymerisation loop comprises a polymer withdrawal system, characterised in that 1. the HERS comprises at least one section, 2. the said HERS' section(s) comprises "n" (n being an integer superior or equal to 1) parallelepipedic channel(s) for the reaction mixture and "n+1" passages for the coolant, 3. the flow paths of the reaction mixture in the "n" channel(s) of a section are unidirectionally parallel, 4. the flow paths of the coolant in the "n+1" passages of a section are unidirectionally parallel to the reaction mixture flow paths, and 5. the coolant is not in direct contact with the reaction mixture, the coolant is an evaporative coolant and the coolant piping system comprises a coolant liquefaction system. • the polymerisation loop comprises a reaction mixture piping system connected to an inlet and an outlet of said HERS, • the coolant loop comprises a coolant piping system connected to an inlet and an outlet of said HERS, • the reaction mixture piping system comprises a circulating pump and the polymerisation loop comprises a polymer withdrawal system, characterised in that 1. the HERS comprises at least one section, 2. the said HERS' section(s) comprises "n" (n being an integer superior or equal to 1) parallelepipedic channel(s) for the reaction mixture and "n+1" passages for the coolant, 3. the flow paths of the reaction mixture in the "n" channel(s) of a section are unidirectionally parallel, 4. the flow paths of the coolant in the "n+1" passages of a section are unidirectionally parallel to the reaction mixture flow paths, and 5. the coolant is not in direct contact with the reaction mixture, the coolant is an evaporative coolant and the coolant piping system comprises a coolant liquefaction system. 1. the HERS comprises at least one section, 2. the said HERS' section(s) comprises "n" (n being an integer superior or equal to 1) parallelepipedic channel(s) for the reaction mixture and "n+1" passages for the coolant, 3. the flow paths of the reaction mixture in the "n" channel(s) of a section are unidirectionally parallel, 4. the flow paths of the coolant in the "n+1" passages of a section are unidirectionally parallel to the reaction mixture flow paths, and 5. the coolant is not in direct contact with the reaction mixture, the coolant is an evaporative coolant and the coolant piping system comprises a coolant liquefaction system.
An aqueous dispersion comprising dispersed particles comprising a polyurethane, wherein the polyurethane comprises at least the following building blocks derived from a) at least one organic polyisocyanate, b) at least one carboxylate group-bearing isocyanate-reactive compound for providing chain-pendant carboxylate ionic dispersing groups in the polyurethane, and c) at least one organic isocyanate-reactive polyol, wherein at least one of the carboxylate group-bearing compounds b) has the following structural formula wherein R 1 is a divalent aliphatic hydrocarbon radical having from 2 to 8 carbon atoms or a divalent cycloaliphatic hydrocarbon radical having from 6 to 8 carbon atoms or a divalent aromatic hydrocarbon radical having from 6 to 8 carbon atoms, R 2 and R 3 are 2-hydroxypropyl. a) at least one organic polyisocyanate, b) at least one carboxylate group-bearing isocyanate-reactive compound for providing chain-pendant carboxylate ionic dispersing groups in the polyurethane, and c) at least one organic isocyanate-reactive polyol, R 1 is a divalent aliphatic hydrocarbon radical having from 2 to 8 carbon atoms or a divalent cycloaliphatic hydrocarbon radical having from 6 to 8 carbon atoms or a divalent aromatic hydrocarbon radical having from 6 to 8 carbon atoms, R 2 and R 3 are 2-hydroxypropyl.
Process for the preparation of a sugar product from lignocellulosic material, comprising the following steps: a) optionally, pre-treatment of the lignocellulosic material, b) optionally, washing of the optionally pre-treated lignocellulosic material, c) enzymatic hydrolysis of the optionally washed and/or optionally pre-treated lignocellulosic material using an enzyme composition comprising at least two cellulases and whereby the enzyme composition at least comprises GH61, and d) optionally, recovery of the sugar product, wherein during part of the time of the enzymatic hydrolysis, oxygen is added to the lignocellulosic material and during part of the time of the enzymatic hydrolysis less or no oxygen is added to the lignocellulosic material compared to the other part of the time of the enzymatic hydrolysis, the reactor for the enzymatic hydrolysis has a volume of 1 m 3 or more and the dry matter content in the hydrolysis step (c) is 10 wt% or more, wherein the part of the time wherein more oxygen is added is 12 to 50% when the oxygen is added in the second half of time of the enzymatic hydrolysis or 2 to 30% of the total enzymatic hydrolysis time when the oxygen is added in the first half of time of the enzymatic hydrolysis, and whereby the oxygen concentration in the liquid phase of the hydrolysis during the part of the time wherein oxygen is added is at least 2 times the oxygen concentration in the liquid phase during the part of the time wherein less or no oxygen is added. a) optionally, pre-treatment of the lignocellulosic material, b) optionally, washing of the optionally pre-treated lignocellulosic material, c) enzymatic hydrolysis of the optionally washed and/or optionally pre-treated lignocellulosic material using an enzyme composition comprising at least two cellulases and whereby the enzyme composition at least comprises GH61, and d) optionally, recovery of the sugar product,