mhurhangee/ep-ind-claims huggingface dataset:
A turbine engine combustor subsystem comprising: a combustor basket; and a turbine seal comprising an outer housing having an outer coupler section attached to the combustor basket and an outer transition section extending from the outer coupler section at a first end of the outer transition section and continuing to a second end of the outer transition section, the second end of the outer transition section being adapted to be attached to a further turbine component of the turbine engine combustor subsystem, wherein the outer transition section tapers from a first diameter at the first end of the outer transition section to a second diameter, which is larger than the first diameter, at the second end of the outer transition section; wherein the outer transition section is formed from a plurality of leaves extending from the outer coupler section to the second end of the outer transition section, the leaves being separated by slots; wherein the outer coupler section comprises an outer attachment flange attached to the combustor basket, an outer extension section, and a body forming the remainder of the outer coupler section, the outer extension section coupling the outer attachment flange to the body, the diameter of the outer attachment flange being less than the diameter of the body thereby to form a cooling fluid flow channel between the body and the combustor basket, wherein the combustor basket includes orifices in fluid communication with the cooling fluid flow channel, characterized in that the outer attachment flange is parallel and offset relative to the body. a combustor basket; and a turbine seal comprising an outer housing having an outer coupler section attached to the combustor basket and an outer transition section extending from the outer coupler section at a first end of the outer transition section and continuing to a second end of the outer transition section, the second end of the outer transition section being adapted to be attached to a further turbine component of the turbine engine combustor subsystem, wherein the outer transition section tapers from a first diameter at the first end of the outer transition section to a second diameter, which is larger than the first diameter, at the second end of the outer transition section; wherein the outer transition section is formed from a plurality of leaves extending from the outer coupler section to the second end of the outer transition section, the leaves being separated by slots; wherein the outer coupler section comprises an outer attachment flange attached to the combustor basket, an outer extension section, and a body forming the remainder of the outer coupler section, the outer extension section coupling the outer attachment flange to the body, the diameter of the outer attachment flange being less than the diameter of the body thereby to form a cooling fluid flow channel between the body and the combustor basket, wherein the combustor basket includes orifices in fluid communication with the cooling fluid flow channel, characterized in that the outer attachment flange is parallel and offset relative to the body.
A battery pack, comprising: a plurality of battery modules (1, 1A, 1B, 1C, 1D, 1E, 1F), wherein each of the plurality of battery modules includes a battery and a case accommodating the battery, the case includes a lower case covering lower part of the battery within the case and an upper case covering upper part, between the lower and upper cases, an accommodation space accommodating the battery is formed, the lower case includes a bottom wall portion situated under the battery and a sidewall portion extending upward from the outer limit of the bottom wall portion, the upper case includes a top wall portion situated over the battery and a sidewall portion extending downward from the outer limit of the top wall portion, the sidewall portion of the lower case is situated on the outside, which is the opposite side of the sidewall portion of the upper case from the accommodation space, and is spaced from the sidewall portion of the upper case and the upper end of the sidewall portion of the lower case is situated above the lower end of the sidewall portion of the upper case, and between the sidewall portions of the lower and upper cases, a communicating portion enabling communication between the accommodation space and the outside of the case is provided. a plurality of battery modules (1, 1A, 1B, 1C, 1D, 1E, 1F), wherein each of the plurality of battery modules includes a battery and a case accommodating the battery, the case includes a lower case covering lower part of the battery within the case and an upper case covering upper part, between the lower and upper cases, an accommodation space accommodating the battery is formed, the lower case includes a bottom wall portion situated under the battery and a sidewall portion extending upward from the outer limit of the bottom wall portion, the upper case includes a top wall portion situated over the battery and a sidewall portion extending downward from the outer limit of the top wall portion, the sidewall portion of the lower case is situated on the outside, which is the opposite side of the sidewall portion of the upper case from the accommodation space, and is spaced from the sidewall portion of the upper case and the upper end of the sidewall portion of the lower case is situated above the lower end of the sidewall portion of the upper case, and between the sidewall portions of the lower and upper cases, a communicating portion enabling communication between the accommodation space and the outside of the case is provided.
A dispensing unit having a circulation system for circulating a fluid in said dispensing unit, said circulation system comprising a circulation circuit and means for circulating said fluid in said circulation circuit such that said fluid is counteracted from crystallizing, wherein said circulation circuit comprises a hose having a coaxially installed fluid channel, said dispensing unit further comprising a nozzle and a nozzle boot, said dispensing unit operable to switch between i) transferring said fluid from said hose to said nozzle for transfer of said fluid to a vehicle and ii) circulating said fluid through said hose and into said fluid channel of said circulation circuit; said circulation system further comprising a sensor for detecting whether said nozzle is placed in said nozzle boot, wherein said fluid is circulated through said hose into said fluid channel when said sensor detects said nozzle is placed in said nozzle boot.
Barrel for a firearm having a bore axis, a cartridge chamber, and an integrally formed locking sleeve with locking lugs and a locking space, wherein the locking lugs are integral with the barrel, wherein the locking sleeve has recesses for bolt head lugs of a bolt head to be inserted, characterized in that in the direction toward the cartridge chamber at least two centering ramps are formed in the transition area between the recess for bolt head lugs and the locking space in an oblique manner with respect to the bore axis, for guiding a bolt head in a centering manner when it is introduced into the locking space, and that the recesses forming the bayonet-type groove, viewed in the direction of the bore axis, each have a profile which comprises an elliptical segment.
A cryotransfer holder for mounting a sample held at cryogenic temperature in an electron microscope, comprising: a sample holder and a cylindrical dewar comprising: an outer dewar housing, and an inner dewar vessel thermally connected to said sample holder; said cylindrical dewar configured to hold a liquid cryogen; a thermal conductor thermally connected to said sample holder; and a thermal conductor housing having a housing center axis; wherein said cylindrical dewar further comprises: a diameter, a length, and a cylinder axis; the outer dewar housing being attached to said thermal conductor housing; and wherein said dewar cylinder axis is aligned with said thermal conductor housing center axis, wherein said thermal conductor passes through said thermal conductor housing and is aligned with said thermal conductor housing center axis, and wherein said inner dewar vessel has a central opening such that said thermal conductor passes through said central opening without touching said inner dewar vessel to be in contact with a liquid cryogen contained in said inner dewar vessel. a sample holder and a cylindrical dewar comprising: an outer dewar housing, and an inner dewar vessel thermally connected to said sample holder; said cylindrical dewar configured to hold a liquid cryogen; an outer dewar housing, and an inner dewar vessel thermally connected to said sample holder; said cylindrical dewar configured to hold a liquid cryogen; a thermal conductor thermally connected to said sample holder; and a thermal conductor housing having a housing center axis; wherein said cylindrical dewar further comprises: a diameter, a length, and a cylinder axis; the outer dewar housing being attached to said thermal conductor housing; and a diameter, a length, and a cylinder axis; the outer dewar housing being attached to said thermal conductor housing; and wherein said dewar cylinder axis is aligned with said thermal conductor housing center axis, wherein said thermal conductor passes through said thermal conductor housing and is aligned with said thermal conductor housing center axis, and wherein said inner dewar vessel has a central opening such that said thermal conductor passes through said central opening without touching said inner dewar vessel to be in contact with a liquid cryogen contained in said inner dewar vessel.
Process for preparing azine metal phosphate of the general formula, [(A-H) (+) [M m+ (PO 4) x (3-) (P 2 O 7) y (4-)] (-) •pH 2 O] z where (A-H) (+) is selected from (melamine-H) + of formula (I-H), (melam-H) + of formula (II-H), [(aceto)benzoguanamine-H] + of formula (III-H), where R is methyl or phenyl, or [(amino)guanidine-H) + of formula (IV-H), and R' hydrogen or amino is, M = Cu, Mg, Ca, Zn, Mn, Fe, Co, Ni, TiO, ZrO, VO, B, Si, Al, Sb, La, Ti, Zr, Ce, Bi or Sn, m = 2 or 3, x and y are each, independently of one another, 0 or 1, p is an integer from 0 to 4 and z is an integer > 5, where 1 + m = 3x + 4y, by reacting an azine starting material with a metal oxide starting material and orthophosphoric acid, wherein the azine starting material is selected from melamine of formula (I-H), melam of formula (II-H), guanamine of formula (III-H) and guanidine(bi)carbonate of formula (IV-H), and the metal oxide starting material is selected from metal oxides, metal hydroxides and/or metal carbonates. where (A-H) (+) is selected from (melamine-H) + of formula (I-H), (melam-H) + of formula (II-H), [(aceto)benzoguanamine-H] + of formula (III-H), where R is methyl or phenyl, or [(amino)guanidine-H) + of formula (IV-H), and R' hydrogen or amino is, M = Cu, Mg, Ca, Zn, Mn, Fe, Co, Ni, TiO, ZrO, VO, B, Si, Al, Sb, La, Ti, Zr, Ce, Bi or Sn, m = 2 or 3, x and y are each, independently of one another, 0 or 1, p is an integer from 0 to 4 and z is an integer > 5, where 1 + m = 3x + 4y, by reacting an azine starting material with a metal oxide starting material and orthophosphoric acid, wherein the azine starting material is selected from melamine of formula (I-H), melam of formula (II-H), guanamine of formula (III-H) and guanidine(bi)carbonate of formula (IV-H), and the metal oxide starting material is selected from metal oxides, metal hydroxides and/or metal carbonates.
Support (30; 130) for a cycle rack or as part of a cycle rack for conveying a cycle on a rear or on a roof of a motor vehicle, wherein the cycle rack has locating areas, spaced apart, for locating a front wheel and a back wheel of the cycle and the support (30; 130) is provided to support a frame of the cycle between the locating areas, wherein the support (30; 130) has a mounting fixture (40; 140; 240) for releasable fastening of the frame of the cycle to a support arm (33; 133) of the support (30; 130), characterised in that the mounting fixture (40; 140; 240) has at least one elongated engaging body (41; 141, 149) for engagement in a bottom bracket interior, in particular in the form of a through hole, of a bottom bracket of the cycle, wherein the bottom bracket interior extends along the rotation axis of the bottom bracket, and that the mounting fixture (40; 140; 240) has a support body (52; 152) and a thrust bearing body which, in a fitted holding state of the mounting fixture (40; 140; 240) which holds the cycle, lie opposite one another and support end faces (86A, 86B) of the bottom bracket facing away from one another or a component of the cycle located next to the bottom bracket, in particular a frame section of the frame accommodating the bottom bracket or a crank of the cycle, wherein in the holding state the engaging body or bodies (41; 141, 149) extends or extend between the thrust bearing body and the support body (52; 152) and engage in the bottom bracket interior.
Method for stitch-welding a front flange joint having at least two joining partners (1, 2) by laser welding by means of a laser beam, in which during the welding procedure by means of the welding device a continuous feed rate of the processing optics is predetermined in main feed direction, comprising the steps, which are repeated cyclically during the production of the stitching weld seam, - preheating the joining partners (1, 2) in an area in front of the stitching weld seam to be produced, in that intermittently during the movement of the laser beam a movement speed of the laser beam in the direction of the stitching weld seam to be produced is superimposed onto the continuous feed rate of the welding device in main feed direction by means of a beam influencing apparatus, by means of which the laser beam can be moved independently of the feed of the welding device; - producing a short stitch-portion with reduced resulting welding speed, wherein the resulting welding speed is composed of the superimposition of the continuous feed rate of the welding device and the movement speed of the laser beam predetermined by the beam influencing device; - traversing a portion in main feed direction without forming a stitch weld, whereby in each case an intermediate space is formed between adjacent stitch-portions, wherein stitch-portions are produced having a length of less than 30 mm and intermediate spaces between the stitch-portions are produced having a length greater than 1 mm. - preheating the joining partners (1, 2) in an area in front of the stitching weld seam to be produced, in that intermittently during the movement of the laser beam a movement speed of the laser beam in the direction of the stitching weld seam to be produced is superimposed onto the continuous feed rate of the welding device in main feed direction by means of a beam influencing apparatus, by means of which the laser beam can be moved independently of the feed of the welding device; - producing a short stitch-portion with reduced resulting welding speed, wherein the resulting welding speed is composed of the superimposition of the continuous feed rate of the welding device and the movement speed of the laser beam predetermined by the beam influencing device; - traversing a portion in main feed direction without forming a stitch weld, whereby in each case an intermediate space is formed between adjacent stitch-portions, wherein stitch-portions are produced having a length of less than 30 mm and intermediate spaces between the stitch-portions are produced having a length greater than 1 mm.
A secondary battery in which a plurality of sheet batteries are laminated, comprising: a first sheet battery, a second sheet battery, a third sheet battery and a fourth sheet battery, each including a first electrode on a front side surface and a second electrode on a back side surface, wherein when viewed from above in a state where the first sheet battery, the second sheet battery, the third sheet battery and the fourth sheet battery are laminated, the first sheet battery includes a first tab part placed so as to project outward of the second sheet battery, and the second sheet battery includes a second tab part placed so as to project outward of the first sheet battery in a state where the second electrode of the first sheet battery and the second electrode of the second sheet battery are placed face-to-face to each other, the third sheet battery includes a third tab part placed so as to project outward of the fourth sheet battery, and the fourth sheet battery includes a fourth tab part placed so as to project outward of the third sheet battery in a state where the second electrode of the third sheet battery and the second electrode of the fourth sheet battery are placed face-to-face to each other, the first tab part and the fourth tab part overlap each other so that the second electrode on the surface of the first tab part and the second electrode on the surface of the fourth tab part are placed face-to-face to each other; and the second tab part and the third tab part are placed so as to overlap each other when viewed from above in a state where the first to fourth sheet batteries are laminated. a first sheet battery, a second sheet battery, a third sheet battery and a fourth sheet battery, each including a first electrode on a front side surface and a second electrode on a back side surface, wherein when viewed from above in a state where the first sheet battery, the second sheet battery, the third sheet battery and the fourth sheet battery are laminated, the first sheet battery includes a first tab part placed so as to project outward of the second sheet battery, and the second sheet battery includes a second tab part placed so as to project outward of the first sheet battery in a state where the second electrode of the first sheet battery and the second electrode of the second sheet battery are placed face-to-face to each other, the third sheet battery includes a third tab part placed so as to project outward of the fourth sheet battery, and the fourth sheet battery includes a fourth tab part placed so as to project outward of the third sheet battery in a state where the second electrode of the third sheet battery and the second electrode of the fourth sheet battery are placed face-to-face to each other, the first tab part and the fourth tab part overlap each other so that the second electrode on the surface of the first tab part and the second electrode on the surface of the fourth tab part are placed face-to-face to each other; and the second tab part and the third tab part are placed so as to overlap each other when viewed from above in a state where the first to fourth sheet batteries are laminated.
A method of producing a lignocellulosic composite, the method comprising: providing an alkaline solution comprising a predetermined volume of solvent, a predetermined volume of urea and a predetermined volume of water, said alkaline solution having a measurable temperature; adding or removing heat to adjust the measurable temperature of the alkaline solution to a predetermined temperature, wherein the predetermined temperature is negative 10 degrees Celsius or lower, preferably in the range of negative 15 degrees Celsius to negative 10 degrees Celsius; combining a predetermined quantity of refined cellulose with the alkaline solution at said predetermined temperature to form a gel-like cellulose matrix; combining a predetermined quantity of reinforcement material with the cellulose matrix to form a dough; removing substantially all of the solvent; and drying the dough. providing an alkaline solution comprising a predetermined volume of solvent, a predetermined volume of urea and a predetermined volume of water, said alkaline solution having a measurable temperature; adding or removing heat to adjust the measurable temperature of the alkaline solution to a predetermined temperature, wherein the predetermined temperature is negative 10 degrees Celsius or lower, preferably in the range of negative 15 degrees Celsius to negative 10 degrees Celsius; combining a predetermined quantity of refined cellulose with the alkaline solution at said predetermined temperature to form a gel-like cellulose matrix; combining a predetermined quantity of reinforcement material with the cellulose matrix to form a dough; removing substantially all of the solvent; and drying the dough.
A relay node comprising: one or more components configured to encode a message to be transmitted to an access node upon initialization of the relay node; the message used to identify the relay node as a relay node, wherein the initialization of the relay node is the Radio Resource Control, RRC, connection establishment phase of the relay node; wherein the one or more components are further configured to cause the relay node to be identified as a relay node by including an indication in the message to identify the relay node as a relay node, as opposed to a mobile station. one or more components configured to encode a message to be transmitted to an access node upon initialization of the relay node; the message used to identify the relay node as a relay node, wherein the initialization of the relay node is the Radio Resource Control, RRC, connection establishment phase of the relay node; wherein the one or more components are further configured to cause the relay node to be identified as a relay node by including an indication in the message to identify the relay node as a relay node, as opposed to a mobile station.
A compound of the general formula: wherein, is is is point of attachment; R 1 is alkyl, R 3 -O-R 3 or R 2 is cycloalkyl or heterocyclyl, and optionally substituted with hydrogen, alkyl or -CO-OR 3; R 3 is alkyl; "Y" is C or O; "m" is an integer ranging from 0 to 1; with proviso when m is 0 then R 1 is cycloalkyl or heterocyclyl; "n" is an integer ranging from 0 to 2; "p" is an integer ranging from 0 to 1; or a pharmaceutically acceptable salt thereof. is point of attachment; R 1 is alkyl, R 3 -O-R 3 or R 2 is cycloalkyl or heterocyclyl, and optionally substituted with hydrogen, alkyl or -CO-OR 3; R 3 is alkyl; "Y" is C or O; "m" is an integer ranging from 0 to 1; with proviso when m is 0 then R 1 is cycloalkyl or heterocyclyl; "n" is an integer ranging from 0 to 2; "p" is an integer ranging from 0 to 1; or a pharmaceutically acceptable salt thereof.