mhurhangee/patent-ind-claim-en huggingface dataset:
An aircraft , comprising: an electrical power system (6b; 32) requiring electrical power; at least one hydraulic power system (6c; 34a; 34b) requiring hydraulic power; at least two main engines ; a plurality of main engine generators (24a, 24b; 70a, 70b) each coupled to one of the at least two main engines, wherein the main engine generators are configured to be redundant electrical power sources; at least two non-propulsive utility power (NPUP) generation systems that are each configured to provide full-time secondary power during operation of the aircraft wherein the at least two NPUP generation systems are configured to provide at least a portion of the hydraulic power required by the at least one hydraulic power system; at least two NPUP generation sources , wherein the at least two NPUP generation systems each include one of the at least two NPUP generation sources; and at least two NPUP generators each coupled to one of the at least two NPUP generation sources wherein the NPUP generators are rated to generate substantially all of the power required by the electrical power system as well as all essential and non-essential electrical loads on the aircraft . an electrical power system (6b; 32) requiring electrical power; at least one hydraulic power system (6c; 34a; 34b) requiring hydraulic power; at least two main engines ; a plurality of main engine generators (24a, 24b; 70a, 70b) each coupled to one of the at least two main engines, wherein the main engine generators are configured to be redundant electrical power sources; at least two non-propulsive utility power (NPUP) generation systems that are each configured to provide full-time secondary power during operation of the aircraft wherein the at least two NPUP generation systems are configured to provide at least a portion of the hydraulic power required by the at least one hydraulic power system; at least two NPUP generation sources , wherein the at least two NPUP generation systems each include one of the at least two NPUP generation sources; and at least two NPUP generators each coupled to one of the at least two NPUP generation sources wherein the NPUP generators are rated to generate substantially all of the power required by the electrical power system as well as all essential and non-essential electrical loads on the aircraft .
An air conditioner, comprising: a unit main body to be installed in a ceiling with built-in components exposed through an opening part , wherein the opening part is to be directed toward an indoor space; hanging clamps mounted at four corners on the unit main body , wherein each of the hanging clamps has a protruding portion locating on a casing outer frame side of the unit main body at an outside of the opening part ; characterised by an upper cover , wherein the upper cover comprises: a cover part adapted to cover the opening part ; and a cut and bent up part arranged at each of four corners of the upper cover and being adapted to be formed at a right angle to the upper cover , the cut and bent up part having a slit part adapted to insert the protruding portion and fix the cover part on the unit main body , wherein the unit main body and the upper cover are fixed with each other by inserting the protruding portion into the slit part . a unit main body to be installed in a ceiling with built-in components exposed through an opening part , wherein the opening part is to be directed toward an indoor space; hanging clamps mounted at four corners on the unit main body , wherein each of the hanging clamps has a protruding portion locating on a casing outer frame side of the unit main body at an outside of the opening part ; characterised by an upper cover , wherein the upper cover comprises: a cover part adapted to cover the opening part ; and a cut and bent up part arranged at each of four corners of the upper cover and being adapted to be formed at a right angle to the upper cover , the cut and bent up part having a slit part adapted to insert the protruding portion and fix the cover part on the unit main body , wherein the unit main body and the upper cover are fixed with each other by inserting the protruding portion into the slit part . a cover part adapted to cover the opening part ; and a cut and bent up part arranged at each of four corners of the upper cover and being adapted to be formed at a right angle to the upper cover , the cut and bent up part having a slit part adapted to insert the protruding portion and fix the cover part on the unit main body , wherein the unit main body and the upper cover are fixed with each other by inserting the protruding portion into the slit part .
A process for manufacturing a shoe (300; 500; 1200) comprising the following steps: (i) providing at least one main liner (5; 600) in a textile piece, having a sole part (10; 610); (ii) placing at least the first main liner (5; 600) on a preform; (iii) joining an outsole (100; 550) to the sole part (10; 610) of the first main liner (5; 600); (iv) providing at least one first auxiliary liner (200; 700) in a textile piece, at least part or all of which is thermofusible and has a melting temperature T1 (°C); (v) arranging the first auxiliary liner (200; 700) on the first main liner (5; 600) and the outsole (100; 550) so as to cover, at least partially, the first main liner (5; 600), the outsole (100; 550), and the junction (150; 580) between the first main liner (100; 550) and the outsole (100; 550); (vi) subjecting the assembly comprising the first auxiliary liner (200; 700), the first main liner (5; 600), and the outsole (100; 550), placed on the preform , to a heating temperature Tc greater than or equal to the temperature T1 so as to achieve melting of the thermofusible part or of the entire first auxiliary liner (200; 700); (vii) removing the assembly from the preform and recovering the shoe. (i) providing at least one main liner (5; 600) in a textile piece, having a sole part (10; 610); (ii) placing at least the first main liner (5; 600) on a preform; (iii) joining an outsole (100; 550) to the sole part (10; 610) of the first main liner (5; 600); (iv) providing at least one first auxiliary liner (200; 700) in a textile piece, at least part or all of which is thermofusible and has a melting temperature T1 (°C); (v) arranging the first auxiliary liner (200; 700) on the first main liner (5; 600) and the outsole (100; 550) so as to cover, at least partially, the first main liner (5; 600), the outsole (100; 550), and the junction (150; 580) between the first main liner (100; 550) and the outsole (100; 550); (vi) subjecting the assembly comprising the first auxiliary liner (200; 700), the first main liner (5; 600), and the outsole (100; 550), placed on the preform , to a heating temperature Tc greater than or equal to the temperature T1 so as to achieve melting of the thermofusible part or of the entire first auxiliary liner (200; 700); (vii) removing the assembly from the preform and recovering the shoe.
Pressure sensing unit able to measure a fluid pressure, comprising two layers made of a liquid-tight material and a membrane , wherein said layers and said membrane are arranged according to the following configuration: • one layer is a top layer comprising an upper cavity connected to the fluid to be characterized via a side channel , • another layer is a bottom layer comprising one lower cavity formed at its surface and facing the upper cavity of said top layer , said lower cavity containing a slab of a photonic hydrogel immersed in an aqueous buffer solution, • said membrane separates the top layer from the bottom layer , wherein said membrane is impermeable to the fluid circulating in the cavity and is able to deform under the pressure exerted by the fluid, • wherein at least the bottom layer , or the top layer and the membrane , are made of a material that is light transparent. • one layer is a top layer comprising an upper cavity connected to the fluid to be characterized via a side channel , • another layer is a bottom layer comprising one lower cavity formed at its surface and facing the upper cavity of said top layer , said lower cavity containing a slab of a photonic hydrogel immersed in an aqueous buffer solution, • said membrane separates the top layer from the bottom layer , wherein said membrane is impermeable to the fluid circulating in the cavity and is able to deform under the pressure exerted by the fluid, • wherein at least the bottom layer , or the top layer and the membrane , are made of a material that is light transparent.
A system for positioning dental blanks in a manufacturing apparatus, the system comprising: a dental blank holder for positioning a dental blank in the manufacturing apparatus and comprising an index chamber; and a dental blank positioning device capable of being secured to a dental blank around a circumferential perimeter of the dental blank , the dental blank position device comprising: an interior side corresponding to the dental blank and an exterior side generally corresponding to the dental blank holder , an index element extending outwardly of the exterior side, whereby a portion of the index element rests against the index chamber of the dental blank holder , wherein the index chamber is capable of receiving at least a portion of the index element of the dental blank positioning device , wherein the index element comprises a bolt and nut assembly , whereby at least a portion of the assembly seats within said index chamber of the blank holder . a dental blank holder for positioning a dental blank in the manufacturing apparatus and comprising an index chamber; and a dental blank positioning device capable of being secured to a dental blank around a circumferential perimeter of the dental blank , the dental blank position device comprising: an interior side corresponding to the dental blank and an exterior side generally corresponding to the dental blank holder , an index element extending outwardly of the exterior side, whereby a portion of the index element rests against the index chamber of the dental blank holder , wherein the index chamber is capable of receiving at least a portion of the index element of the dental blank positioning device , wherein the index element comprises a bolt and nut assembly , whereby at least a portion of the assembly seats within said index chamber of the blank holder . an interior side corresponding to the dental blank and an exterior side generally corresponding to the dental blank holder , an index element extending outwardly of the exterior side, whereby a portion of the index element rests against the index chamber of the dental blank holder , wherein the index chamber is capable of receiving at least a portion of the index element of the dental blank positioning device , wherein the index element comprises a bolt and nut assembly , whereby at least a portion of the assembly seats within said index chamber of the blank holder .
An exhaust gas after-treatment system, ATS, defining a space facing an operating module of said after-treatment system and housing an end portion of a duct, and a module for the injection of a solution of urea into said duct upstream of said space , said ATS system comprising a mixer housed within said space and connected to said duct, said mixer housing a mixer according to one of the preceding claims, connected to said duct, said mixer comprising an internal tubular element and an external tubular element extending along a longitudinal axis (A), said external tubular element being sized to delimit a space suitable for housing said internal tubular element , said external tubular element comprising a first edge configured to cooperate in contact with an end portion of said duct and a second edge opposite to the first along said longitudinal axis (A) configured to separate said space delimited by said external tubular element from said space , characterized in that said mixer comprises a connecting element configured to cooperate in contact with said external tubular element and a first edge of said internal tubular element to allow direct fluid communication only between one space delimited by said internal tubular element and said duct, said internal tubular element defining a plurality of openings configured to allow fluid communication between said space of said internal tubular element and a portion of said space , said external tubular element defining a plurality of openings configured to allow fluid communication between said portion of said space and said space . said external tubular element comprising a first edge configured to cooperate in contact with an end portion of said duct and a second edge opposite to the first along said longitudinal axis (A) configured to separate said space delimited by said external tubular element from said space , characterized in that said mixer comprises a connecting element configured to cooperate in contact with said external tubular element and a first edge of said internal tubular element to allow direct fluid communication only between one space delimited by said internal tubular element and said duct, said internal tubular element defining a plurality of openings configured to allow fluid communication between said space of said internal tubular element and a portion of said space , said external tubular element defining a plurality of openings configured to allow fluid communication between said portion of said space and said space .
An ophthalmologic apparatus having an optical system for projecting an illumination light onto a tear film lipid layer on a cornea of an eye (E) to be examined, and imaging means for receiving reflected light from the tear film lipid layer and capturing an image of the tear film lipid layer , the ophthalmologic apparatus comprising: first measuring means for processing the captured image of the tear film lipid layer to measure the movement speed (H') of the tear film lipid layer at the time an eyelid is opened; second measuring means for processing the captured image of the tear film lipid layer to measure the time (T) until the tear film lipid layer is broken up after the eyelid has been opened and a break up region appears; and classification means for classifying the type of dry eye of the eye (E) to be examined from measurement results from the first and second measuring means, and characterized by the classification means being configured so as to display the type of dry eye as a two-dimensional map having one coordinate axis (X) representing the movement speed (H') of the tear film lipid layer at the time the patient's eyelid is opened and the other coordinate axis (Y) representing the time (T) until the tear film lipid layer is broken up after the patient's eyelid has been opened and the breakup region appears. first measuring means for processing the captured image of the tear film lipid layer to measure the movement speed (H') of the tear film lipid layer at the time an eyelid is opened; second measuring means for processing the captured image of the tear film lipid layer to measure the time (T) until the tear film lipid layer is broken up after the eyelid has been opened and a break up region appears; and classification means for classifying the type of dry eye of the eye (E) to be examined from measurement results from the first and second measuring means, and characterized by the classification means being configured so as to display the type of dry eye as a two-dimensional map having one coordinate axis (X) representing the movement speed (H') of the tear film lipid layer at the time the patient's eyelid is opened and the other coordinate axis (Y) representing the time (T) until the tear film lipid layer is broken up after the patient's eyelid has been opened and the breakup region appears.
Centrifugal force pendulum having a pendulum flange which is arranged such that it can rotate about an axis of rotation , and has a plurality of pendulum masses which, for the speed-adaptive damping of rotational oscillations introduced into the pendulum flange , are held so as to be pivotable with a centre of mass (M) about at least one pendulum point (P) with a predefined pendulum radius (r) and a predefined swing angle (α) wherein the predefined swing angle (α) is widened by a pendulum angle (β) with a pendulum radius (r P ) that is changed with respect to the pendulum radius (r), characterized in that the widened pendulum angle (β) is between ± 90° and ± 150°, and the pendulum radius (r P ) in the region of the pendulum angle (β) is reduced with respect to the pendulum radius (r) in the region of the swing angle (α).
BioMicroElectroMechanical System targeted to promote bone regeneration comprising: - a 316L-type stainless steel substrate coated with: - ferroelectric / piezoelectric LiTaO 3 layers; - or biocompatible / biodegradable piezoelectric polymer layers; wherein the layers are electrically functionalized and present high surface wettability and energy, high rate of calcium phosphate formation, high adsorption of proteins and no inflammatory reactions in vivo. - a 316L-type stainless steel substrate coated with: - ferroelectric / piezoelectric LiTaO 3 layers; - or biocompatible / biodegradable piezoelectric polymer layers;
Process for producing a three-dimensional target object by means of fused deposition modeling using a support material, wherein a solvent is used to remove the support material, characterized in that the support material used is a composition based on a copolycarbonate having a Vicat temperature (VST/B120), determined according to ISO 306:2013, of at least 150°C, and wherein the copolycarbonate contains one or more monomer units of the formula in which R 1 is hydrogen or a C 1 - to C 4 -alkyl radical, R 2 is a C 1 - to C 4 -alkyl radical, n is 0, 1, 2 or 3, , and/or in which R 3 is a C 1 - to C 4 -alkyl radical, aralkyl radical or aryl radical, and/or of the formula in which R 19 is hydrogen, Cl, Br or a C 1 - to C 4 -alkyl radical, R 17 and R 18 are the same or different and are each independently an aryl radical, a C 1 - to C 10 -alkyl radical or a C 1 - to C 10 -alkylaryl radical, and where X is a single bond, -CO-, -O-, a C 1 - to C 6 -alkylene radical, a C 2 - to C 5 -alkylidene radical, a C 5 - to C 12 -cycloalkylidene radical or a C 6 - to C 12 -arylene radical, which may optionally be fused to further aromatic rings containing heteroatoms, n is a number from 1 to 500, m is a number from 1 to 10, p is 0 or 1, and wherein the print material used is a polyester, a polyamide, a PC/polyester blend and/or a polyaryl ether ketone, and wherein THF is used to remove the support material when the Vicat temperature (VST/B120), determined according to ISO 306:2013, is below 175°C and/or a copolycarbonate having monomer units of the formulae , , and/or is used. R 1 is hydrogen or a C 1 - to C 4 -alkyl radical, R 2 is a C 1 - to C 4 -alkyl radical, n is 0, 1, 2 or 3, R 19 is hydrogen, Cl, Br or a C 1 - to C 4 -alkyl radical, R 17 and R 18 are the same or different and are each independently an aryl radical, a C 1 - to C 10 -alkyl radical or a C 1 - to C 10 -alkylaryl radical, and where X is a single bond, -CO-, -O-, a C 1 - to C 6 -alkylene radical, a C 2 - to C 5 -alkylidene radical, a C 5 - to C 12 -cycloalkylidene radical or a C 6 - to C 12 -arylene radical, which may optionally be fused to further aromatic rings containing heteroatoms, n is a number from 1 to 500, m is a number from 1 to 10, p is 0 or 1,
A catalytic article for treating an exhaust gas stream containing particulate matter, hydrocarbons, CO, and ammonia, the article comprising: a. a substrate having an inlet end and an outlet end defining an axial length; b. a first catalyst coating including: 1) a platinum group metal distributed on a molecular sieve, and 2) a base metal distributed on a molecular sieve; c. a second catalyst coating including: 1) a platinum group metal distributed on a molecular sieve, and 2) a base metal distributed on a molecular sieve, wherein the first catalyst coating is a bottom layer and the second catalyst coating is a top layer, wherein the first coating includes a higher platinum group metal loading than the second coating. a. a substrate having an inlet end and an outlet end defining an axial length; b. a first catalyst coating including: 1) a platinum group metal distributed on a molecular sieve, and 2) a base metal distributed on a molecular sieve; c. a second catalyst coating including: 1) a platinum group metal distributed on a molecular sieve, and 2) a base metal distributed on a molecular sieve, wherein the first catalyst coating is a bottom layer and the second catalyst coating is a top layer, wherein the first coating includes a higher platinum group metal loading than the second coating.
A method for sealingly and with freedom of movement coupling a wall of a tank pit and a conduit to be fed through said wall by means of a compensator , said compensator comprising a coupling part that is connected to the conduit , said coupling part is comprised of a sheet material , partially comprised of a flexible material, characterized in that the method comprises the steps of flexibly connecting the coupling part to the wall of the tank pit on the one hand and to the conduit on the other, sealingly wrapping said coupling part around at least said conduit .
Sowing unit for a seeder, with - a sowing coulter for discharging seed, - one or more depth-control elements for setting the seed-depositing depth of the sowing coulter ; and - a roller for catching and embedding the seed discharged by the sowing coulter ; wherein the one or more depth-control elements and the roller are movable relative to one another in such a manner that the lower contact region of the one or more depth-control elements can be positioned above and below the lower contact region of the roller , characterized in that the one or more depth-control elements are fastened to a suspension , wherein the suspension is configured to permit a lowering of the lower contact region of the one or more depth-control elements below the lower contact region of the roller and/or a raising of the lower contact region of the one or more depth-control elements above the lower contact region of the roller . - a sowing coulter for discharging seed, - one or more depth-control elements for setting the seed-depositing depth of the sowing coulter ; and - a roller for catching and embedding the seed discharged by the sowing coulter ; wherein the one or more depth-control elements and the roller are movable relative to one another in such a manner that the lower contact region of the one or more depth-control elements can be positioned above and below the lower contact region of the roller , characterized in that the one or more depth-control elements are fastened to a suspension , wherein the suspension is configured to permit a lowering of the lower contact region of the one or more depth-control elements below the lower contact region of the roller and/or a raising of the lower contact region of the one or more depth-control elements above the lower contact region of the roller .