mhurhangee/patent-ind-claim-en huggingface dataset:
A gas turbine engine comprising: a first case segment with a first flange ; a second case segment with a second flange and a third flange , a first interface defined by the second flange and the first flange ; a first multiple of bolts that extend through the first interface ; a third case segment with a fourth flange , a second interface defined by the fourth flange and the third flange ; a second multiple of bolts that extend through the second interface ; and a heat shield assembly that extends at least partially around the first multiple of bolts and the second multiple of bolts , characterised in that the heat shield assembly comprises: a first heat shield ply assembly defined about an axis; and a second heat shield ply assembly defined about the axis, the second heat shield ply assembly receivable at least partially over the first heat shield assembly , wherein the heat shield assembly comprises a band clamp mounted to the second heat shield ply assembly to circumferentially retain the first heat shield ply assembly and the second heat shield ply assembly , and the band clamp includes a spring to permit circumferential movement of the heat shield assembly . a first case segment with a first flange ; a second case segment with a second flange and a third flange , a first interface defined by the second flange and the first flange ; a first multiple of bolts that extend through the first interface ; a third case segment with a fourth flange , a second interface defined by the fourth flange and the third flange ; a second multiple of bolts that extend through the second interface ; and a heat shield assembly that extends at least partially around the first multiple of bolts and the second multiple of bolts , characterised in that the heat shield assembly comprises: a first heat shield ply assembly defined about an axis; and a second heat shield ply assembly defined about the axis, the second heat shield ply assembly receivable at least partially over the first heat shield assembly , wherein the heat shield assembly comprises a band clamp mounted to the second heat shield ply assembly to circumferentially retain the first heat shield ply assembly and the second heat shield ply assembly , and the band clamp includes a spring to permit circumferential movement of the heat shield assembly . a first heat shield ply assembly defined about an axis; and a second heat shield ply assembly defined about the axis, the second heat shield ply assembly receivable at least partially over the first heat shield assembly , wherein the heat shield assembly comprises a band clamp mounted to the second heat shield ply assembly to circumferentially retain the first heat shield ply assembly and the second heat shield ply assembly , and the band clamp includes a spring to permit circumferential movement of the heat shield assembly .
Method of manufacturing a packaging box including the steps of: a) determining minimal packaging box dimensions based on outer dimensions of one or more merchandise articles to be packaged into the packaging box ; b) digitally printing an image according to the minimal packaging box dimensions on packaging material , such as corrugated card board; and c) cutting and creasing the packaging box from the packaging material according to the minimal packaging box dimensions, wherein the image contains one or more machine readable codes identifying the one or more merchandise articles to be enclosed in the empty packaging box ; and wherein multiple images according to different packaging box dimensions for different packaging boxes are digitally printed in a nested array on the packaging material. a) determining minimal packaging box dimensions based on outer dimensions of one or more merchandise articles to be packaged into the packaging box ; b) digitally printing an image according to the minimal packaging box dimensions on packaging material , such as corrugated card board; and c) cutting and creasing the packaging box from the packaging material according to the minimal packaging box dimensions, wherein the image contains one or more machine readable codes identifying the one or more merchandise articles to be enclosed in the empty packaging box ; and wherein multiple images according to different packaging box dimensions for different packaging boxes are digitally printed in a nested array on the packaging material.
A refrigerant cycle apparatus that circulates a flammable refrigerant in a refrigerant circuit , the refrigerant cycle apparatus comprising: a gas-side cutoff valve and a liquid-side cutoff valve that are provided on opposite sides of a first portion of the refrigerant circuit; a detection unit that detects refrigerant leakage from the first portion into a predetermined space (SP); and a control unit that brings the gas-side cutoff valve and the liquid-side cutoff valve into a cutoff state when the detection unit detects the refrigerant leakage from the first portion into the predetermined space, wherein cutoff leakage rates at the gas-side cutoff valve and the liquid-side cutoff valve are leakage rates of gas that is in a single gas phase in a standard state when a differential pressure between upstream and downstream of each of the gas-side cutoff valve and the liquid-side cutoff valve in the cutoff state is a predetermined pressure, characterized in that the cutoff leakage rate at the gas-side cutoff valve is higher than the cutoff leakage rate at the liquid-side cutoff valve. a gas-side cutoff valve and a liquid-side cutoff valve that are provided on opposite sides of a first portion of the refrigerant circuit; a detection unit that detects refrigerant leakage from the first portion into a predetermined space (SP); and a control unit that brings the gas-side cutoff valve and the liquid-side cutoff valve into a cutoff state when the detection unit detects the refrigerant leakage from the first portion into the predetermined space, wherein cutoff leakage rates at the gas-side cutoff valve and the liquid-side cutoff valve are leakage rates of gas that is in a single gas phase in a standard state when a differential pressure between upstream and downstream of each of the gas-side cutoff valve and the liquid-side cutoff valve in the cutoff state is a predetermined pressure, characterized in that the cutoff leakage rate at the gas-side cutoff valve is higher than the cutoff leakage rate at the liquid-side cutoff valve.
Façade shading, comprising at least one hingeless, steplessly deformable folding mechanism having a first component and a second component , which first component is embodied in a rod-like or planar manner, which second component is embodied in a sheet-like manner, which first component is attached to one edge of the second component or is located in the face thereof, which first component is coupled in a hingeless manner to the second component , which second component is in the form of a slat, wherein, when starting from the starting position, a bend of the first component in a direction parallel to the face of the second component is induced by light, heat or moisture or alternatively by loads, forces and/or displacements, the second component withstands flexural tensile stresses in that the orientation of the second component with respect to the starting position, for the purposes of shading, changes gradually and steplessly by lateral folding, with a doubly curved surface of the second component being formed in accordance with the amount of bending of the first component .
A semiconductor device, comprising: a substrate including a first region and a second region; a first gate structure on the first region of the substrate, a first source/drain layer on a portion of the substrate adjacent to the first gate structure; a second gate structure on the second region of the substrate; a second source/drain layer on a portion of the substrate adjacent to the second gate structure; a first contact plug including: a first metal silicide pattern on the first source/drain layer, the first metal silicide pattern including a silicide of a first metal and a silicide of a second metal different from the first metal; and a first conductive pattern on the first metal silicide pattern; and a second contact plug including: a second metal silicide pattern on the second source/drain layer, the second metal silicide pattern including a silicide of the first metal and a silicide of the second metal; and a second conductive pattern on the second metal silicide pattern, wherein a first ratio of the first metal to the second metal included in the first metal silicide pattern is different from a second ratio of the first metal to the second metal included in the second metal silicide pattern. a substrate including a first region and a second region; a first gate structure on the first region of the substrate, a first source/drain layer on a portion of the substrate adjacent to the first gate structure; a second gate structure on the second region of the substrate; a second source/drain layer on a portion of the substrate adjacent to the second gate structure; a first contact plug including: a first metal silicide pattern on the first source/drain layer, the first metal silicide pattern including a silicide of a first metal and a silicide of a second metal different from the first metal; and a first conductive pattern on the first metal silicide pattern; and a first metal silicide pattern on the first source/drain layer, the first metal silicide pattern including a silicide of a first metal and a silicide of a second metal different from the first metal; and a first conductive pattern on the first metal silicide pattern; and a second contact plug including: a second metal silicide pattern on the second source/drain layer, the second metal silicide pattern including a silicide of the first metal and a silicide of the second metal; and a second conductive pattern on the second metal silicide pattern, a second metal silicide pattern on the second source/drain layer, the second metal silicide pattern including a silicide of the first metal and a silicide of the second metal; and a second conductive pattern on the second metal silicide pattern, wherein a first ratio of the first metal to the second metal included in the first metal silicide pattern is different from a second ratio of the first metal to the second metal included in the second metal silicide pattern.
A medium supply device comprising: a loading unit on which media (P) are loadable in an up-down direction; a supply unit that supplies air to a plurality of the media (P) loaded on the loading unit to float and separate the plurality of media (P); a transporting unit that sequentially feed the media (P) that are floated and separated by the supply unit ; a photographing unit that photographs a state in which the media (P) are floated and separated by the supply unit ; and a light irradiation unit that irradiates end portions of the media (P) on a photographing side of the photographing unit with light from a plurality of different positions in the up-down direction, the medium supply device being characterized in that : the light irradiation unit has a plurality of lighting units arranged at different positions in the up-down direction. a loading unit on which media (P) are loadable in an up-down direction; a supply unit that supplies air to a plurality of the media (P) loaded on the loading unit to float and separate the plurality of media (P); a transporting unit that sequentially feed the media (P) that are floated and separated by the supply unit ; a photographing unit that photographs a state in which the media (P) are floated and separated by the supply unit ; and a light irradiation unit that irradiates end portions of the media (P) on a photographing side of the photographing unit with light from a plurality of different positions in the up-down direction, the medium supply device being characterized in that : the light irradiation unit has a plurality of lighting units arranged at different positions in the up-down direction.
A method of making a bottle comprising the steps of: a) making a poly(ethylene furandicarboxylate)/poly(ethylene terephthalate) (PEF/PET) blend, wherein the amount of PEF ranges from 0.1% to 40% by weight based on the total weight of the blend; b) injection molding the PEF/PET blend of step a) to form a blend preform under substantially similar processing conditions as used to make a standard PET preform; c) stretch blow molding the blend preform of step b) in a standard PET mold to form a blend bottle under substantially similar processing conditions as used to make a standard PET bottle from the standard PET preform, wherein the blend bottle made in step c) has improved shelf life as compared to the shelf life of a standard PET bottle. a) making a poly(ethylene furandicarboxylate)/poly(ethylene terephthalate) (PEF/PET) blend, wherein the amount of PEF ranges from 0.1% to 40% by weight based on the total weight of the blend; b) injection molding the PEF/PET blend of step a) to form a blend preform under substantially similar processing conditions as used to make a standard PET preform; c) stretch blow molding the blend preform of step b) in a standard PET mold to form a blend bottle under substantially similar processing conditions as used to make a standard PET bottle from the standard PET preform,
An insulated bearing comprising: an outer ring and an inner ring of which at least one is made of metal; and a plurality of rolling elements which are provided between the outer ring and the inner ring , so as to be freely rolled, wherein at least one of the outer ring and the inner ring is coated with an insulating layer , characterized in that the insulating layer is formed by thermal spaying using a mixture in which silicon carbide and/or aluminum nitride as an additive are/is dispersed in aluminum oxide as a base matrix, said silicon carbide and/or said aluminum nitride having an average particle diameter of 2 μm or more and less than 10 μm, and said aluminum oxide having an average particle diameter of 1 μm or more and less than 30 μm, and that a content of the additive is 1 to 40 mass% with respect to the total amount of the mixture. an outer ring and an inner ring of which at least one is made of metal; and a plurality of rolling elements which are provided between the outer ring and the inner ring , so as to be freely rolled, wherein at least one of the outer ring and the inner ring is coated with an insulating layer , characterized in that the insulating layer is formed by thermal spaying using a mixture in which silicon carbide and/or aluminum nitride as an additive are/is dispersed in aluminum oxide as a base matrix, said silicon carbide and/or said aluminum nitride having an average particle diameter of 2 μm or more and less than 10 μm, and said aluminum oxide having an average particle diameter of 1 μm or more and less than 30 μm, and that a content of the additive is 1 to 40 mass% with respect to the total amount of the mixture.
A material comprising a polyrotaxane and a polymer, wherein the polyrotaxane comprises a cyclic molecule, a linear molecule which is included in cavities of the cyclic molecule (s) in a skewered manner, and a capping group which is located at each end of the linear molecule to prevent the dissociation of the the cyclic molecule (s), and wherein a part of the polyrotaxane and the polymer is bound to each other through the cyclic molecule by a group carried on the cyclic molecule being bound to a group carried on the backbone chain and/or side chain of the polymer.
A process for the preparation of cangrelor in the form of a salt of formula (V): wherein M + is selected from sodium ion, ammonium ion and tributylammonium ion, said process comprising the following steps: a) phosphorylating a compound of formula (I) in the presence of phosphorus oxyhalide: to give a compound of formula (II): b) reacting the resulting compound of formula (II) with clodronic acid to give a compound of formula (IV): c) optionally isolating the resulting compound of formula (IV) by precipitation from the reaction mixture and filtration, and d) hydrolysing the compound of formula (IV) to give cangrelor in the form of a salt of formula (V) by reaction with water in the presence of a base. a) phosphorylating a compound of formula (I) in the presence of phosphorus oxyhalide: to give a compound of formula (II): b) reacting the resulting compound of formula (II) with clodronic acid to give a compound of formula (IV): c) optionally isolating the resulting compound of formula (IV) by precipitation from the reaction mixture and filtration, and d) hydrolysing the compound of formula (IV) to give cangrelor in the form of a salt of formula (V) by reaction with water in the presence of a base.
A method for forming an electrolytic copper plating film on the surface of a rare earth metal-based permanent magnet, wherein after a magnet is immersed in a plating solution, a cathode current density of 0.05 A/dm 2 to 4.0 A/dm 2 for performing an electrolytic copper plating treatment is applied thereto over a period of time of 10 seconds to 180 seconds to start the treatment, characterized in that the cathode current density is applied by increasing the supply of current linearly or stepwise to reach the cathode current density within the period of time.
An imaging system comprising: a camera having a field of view ; a plurality of axially spaced mirrors (120 to 122) supported on a rotor and positioned at different distances from the camera along an axis of rotation of the rotor to rotate the mirrors around the axis of the rotor and into the field of view of the camera ; a plurality of stationary mirrors (135 to 137) supported to redirect the fields of view from the plurality of axially spaced mirrors (120 to 122) to provide multiple fields of view at different angles; a housing supporting the camera , the rotor , and the plurality of stationary mirrors (135 to 137); a first window supported by the housing ; and a second window supported by the housing ; wherein the camera is disposed in the housing such that an optical axis of the camera is substantially orthogonal to the first window , and the axis of the rotor is angled approximately 45 degrees from the optical axis of the camera . a camera having a field of view ; a plurality of axially spaced mirrors (120 to 122) supported on a rotor and positioned at different distances from the camera along an axis of rotation of the rotor to rotate the mirrors around the axis of the rotor and into the field of view of the camera ; a plurality of stationary mirrors (135 to 137) supported to redirect the fields of view from the plurality of axially spaced mirrors (120 to 122) to provide multiple fields of view at different angles; a housing supporting the camera , the rotor , and the plurality of stationary mirrors (135 to 137); a first window supported by the housing ; and a second window supported by the housing ; wherein the camera is disposed in the housing such that an optical axis of the camera is substantially orthogonal to the first window , and the axis of the rotor is angled approximately 45 degrees from the optical axis of the camera .
Anti-clogging drip irrigation emitter that is of open or closed type, cylindrical or flat, in tape form or embossed on the inner surface of a pipe, regular or pressure compensated that it bears a labyrinth that is formed by the water flow channel (C), the teeth (T) that protrude from the channel's walls, and the separators (S) from the water entry point to the water exit to the relaxation bath (R), having single separators (S) per row so that the initial water flow is divided to two flows that converge at the back of each individual separator (S) and having filters (F) through which water is inserted in the channels that is characterised by the fact that the separator is placed in such a fashion so that a tip of said separator (S t1 ) is located between the tips of two axial symmetric teeth (T t1 and T t2 ) according to an axe passing through the middle of the channel's walls and in that the teeth (T) and separator (S) pattern is repeated, so that vaults (Y) are formed in which the water pressure is nearly constant whereas moving from one vault (Y) to the next the water pressure drops so that when water exits to the relaxation bath the water pressure is practically zero, so that there are always two flow paths so that if a foreign object clogs one of the flowpaths there will be an equal pressure exerted on the foreign object from the opposite side, so that the resulting moments on the foreign object's surfaces, will force it to move to the next vault (Y) through any of the two distinct flowpaths and gradually out of the pipe to which it is integrated, attached or embossed on, thus not allowing the emitter to clog.
A system comprising a staple cartridge (510; 810), wherein the staple cartridge comprises: (i) a plurality of staples, (ii) a deck (570; 870), wherein the deck defines a plurality of openings, wherein each opening of the plurality of openings is associated with a corresponding staple of the plurality of staples, such that each staple is configured to pass through a corresponding opening of the plurality of openings, and (iii) a deformable feature (552; 850), wherein the deformable feature is configured to be coupled to tissue in response to actuation of the staple cartridge, wherein the deformable feature is configured to be bent to retain at least one outer portion of stapled tissue in an inwardly directed position relative to an inner portion of stapled tissue, wherein the staple cartridge further comprises a buttress, characterised in that the deformable feature is positioned on the buttress, wherein the deformable feature comprises at least one plastically deformable element associated with the buttress, or a shape memory material. (i) a plurality of staples, (ii) a deck (570; 870), wherein the deck defines a plurality of openings, wherein each opening of the plurality of openings is associated with a corresponding staple of the plurality of staples, such that each staple is configured to pass through a corresponding opening of the plurality of openings, and (iii) a deformable feature (552; 850), wherein the deformable feature is configured to be coupled to tissue in response to actuation of the staple cartridge,