mhurhangee/patent-ind-claim-en huggingface dataset:
Process for the separation of a flow containing at least 95 mol% of carbon dioxide and also at least one impurity lighter than carbon dioxide by distillation, in which: i. the flow is cooled down to a first temperature intermediate between those of the cold end and of the hot end of a heat exchange means , in order to form a liquid flow at a first temperature and at a first pressure, and it is divided into at least two in order to form a first fraction and a second fraction , ii. the first fraction is expanded to the pressure of a distillation column , referred to as second pressure, which is lower than the first pressure, and it is sent to an intermediate level of the distillation column, iii. the second fraction is cooled in the heat exchange means down to the cold end of the latter, it is expanded to the pressure of the distillation column and it is sent to a level of the distillation column above the point of arrival of the first fraction, iv. a liquid flow containing at least 99 mol% of carbon dioxide is withdrawn at the bottom of the column, v. one fraction of the liquid flow is a liquid product and another fraction of the liquid flow is pressurized in a pump (P1) and sent into the top of the column and/or to an intermediate level of the column. i. the flow is cooled down to a first temperature intermediate between those of the cold end and of the hot end of a heat exchange means , in order to form a liquid flow at a first temperature and at a first pressure, and it is divided into at least two in order to form a first fraction and a second fraction , ii. the first fraction is expanded to the pressure of a distillation column , referred to as second pressure, which is lower than the first pressure, and it is sent to an intermediate level of the distillation column, iii. the second fraction is cooled in the heat exchange means down to the cold end of the latter, it is expanded to the pressure of the distillation column and it is sent to a level of the distillation column above the point of arrival of the first fraction, iv. a liquid flow containing at least 99 mol% of carbon dioxide is withdrawn at the bottom of the column, v. one fraction of the liquid flow is a liquid product and another fraction of the liquid flow is pressurized in a pump (P1) and sent into the top of the column and/or to an intermediate level of the column.
A protein moiety of 100-160 amino acid residues having at least 70% identity with any one of SEQ ID NO: 1, SEQ ID NO: 13-26 and SEQ ID NO: 96-99, wherein the amino acid residue corresponding to position 40 in SEQ ID NO: 1 is selected from the group consisting of Lys, Arg and His; and wherein the amino acid residue corresponding to position 65 in SEQ ID NO: 1 is selected from the group consisting of Asp and Glu; and wherein the moiety is capable of enhancing the solubility of another protein/polypeptide moiety in a fusion protein.
A system for adjusting a height of a ceiling panel in an aircraft, the system comprising: an arm ; at least one ceiling support latch configured to hold a ceiling panel, wherein each of the at least one ceiling support latches is attached to the arm; and an adjustable fitting attached to the arm, wherein the adjustable fitting comprises (i) a first sliding block attached to the arm, (ii) a second sliding block attached to a support structure, and (iii) an adjustment screw , wherein rotation of the adjustment screw forces the first and second sliding blocks to move relative to one another. an arm ; at least one ceiling support latch configured to hold a ceiling panel, wherein each of the at least one ceiling support latches is attached to the arm; and an adjustable fitting attached to the arm, wherein the adjustable fitting comprises (i) a first sliding block attached to the arm, (ii) a second sliding block attached to a support structure, and (iii) an adjustment screw , wherein rotation of the adjustment screw forces the first and second sliding blocks to move relative to one another.
An unmanned submersible vehicle for surveying a well, comprising: a body ; a plurality of propulsion units , each of the plurality of propulsion units comprising a propeller and an arm pivotably coupled to the body; a measurement unit ; and a control unit comprising a processor and a memory ; wherein the each of the plurality of propulsion units is configured to measure a flow velocity of a fluid in the well when the unmanned submersible vehicle is stationary. a body ; a plurality of propulsion units , each of the plurality of propulsion units comprising a propeller and an arm pivotably coupled to the body; a measurement unit ; and a control unit comprising a processor and a memory ; wherein the each of the plurality of propulsion units is configured to measure a flow velocity of a fluid in the well when the unmanned submersible vehicle is stationary.
A degradable hydrogel having a controllable and predictable gelling kinetics or disintegration profile, comprising a bioorthogonally crosslinked network of a first set of macromers and a second set of macromers, wherein the first set of macromers comprises a macromer (i) having the structural formula of: wherein R 1 is a group comprising -N 3 , X is an ester group, and each n is independently an integer from 1 to about 400; and a macromer (ii) having the structural formula of: wherein R 1 is a group comprising -N 3 , X is empty, and each n is independently an integer from 1 to about 400; and the second set of macromers have the structural formula of: wherein R 2 is a group comprising a cyclic or acylic alkyne group, Y is NH, O, or empty, and each m is independently an integer from 1 to about 400, wherein the first and second reactive end groups are joined via click chemistry to form a crosslinked network having a controllable and predictable gelling kinetics or disintegration profile, and the one or more labile and/or stable linkages are configured within the crosslinked network so as to provide a controllable and predictable gelling kinetics or disintegration profile of the hydrogel. profile, comprising a bioorthogonally crosslinked network of a first set of macromers and a second set of macromers, wherein the first set of macromers comprises a macromer (i) having the structural formula of: wherein R 1 is a group comprising -N 3 , X is an ester group, and each n is independently an integer from 1 to about 400; and a macromer (ii) having the structural formula of: wherein R 1 is a group comprising -N 3 , X is empty, and each n is independently an integer from 1 to about 400; and the second set of macromers have the structural formula of: wherein R 2 is a group comprising a cyclic or acylic alkyne group, Y is NH, O, or empty, and each m is independently an integer from 1 to about 400, wherein the first and second reactive end groups are joined via click chemistry to form a crosslinked network having a controllable and predictable gelling kinetics or disintegration profile, and the one or more labile and/or stable linkages are configured within the crosslinked network so as to provide a controllable and predictable gelling kinetics or disintegration profile of the hydrogel.
A method for processing process data (P1, P2, P3) by data bus subscribers (7a, 7b, ..., 7n) of a local bus , the method comprising: receiving at least two instruction lists at a data bus subscriber (7a, 7b, ..., 7n), each instruction list comprising a set of instructions for processing process data (P1, P2, P3); storing the at least two instruction lists in a memory ; receiving an instruction list index, ILI, and process data (P1, P2, P3) to be processed at the data bus subscriber (7a, 7b, ..., 7n); selecting one of the at least two stored instruction lists based on the received ILI when the ILI is associated with the stored instruction list ; and executing the set of instructions of the selected instruction list for processing the process data (P1, P2, P3) by the data bus subscriber (7a, 7b, ..., 7n). receiving at least two instruction lists at a data bus subscriber (7a, 7b, ..., 7n), each instruction list comprising a set of instructions for processing process data (P1, P2, P3); storing the at least two instruction lists in a memory ; receiving an instruction list index, ILI, and process data (P1, P2, P3) to be processed at the data bus subscriber (7a, 7b, ..., 7n); selecting one of the at least two stored instruction lists based on the received ILI when the ILI is associated with the stored instruction list ; and executing the set of instructions of the selected instruction list for processing the process data (P1, P2, P3) by the data bus subscriber (7a, 7b, ..., 7n).
Material hopper , in particular for a blast furnace, said material hopper comprising: a containing hollow shell for storing material, said shell comprising an upper shell part with an inlet portion and an asymmetric funnel-shaped lower shell part with an outlet portion ; a wear plate arrangement covering at least part of an inner wall of said lower shell part , said wear plate arrangement comprising a plurality of wear plates arranged adjacent to one another in a plurality of rows, said rows being stacked along said inner wall, characterized in that the wear plates are arranged in rows that follow parallel mounting lines that are defined by the intersection of the lower shell part with planes perpendicular to the axis (V) of a virtual right circular cone substantially matching the shape of the funnel-shaped lower shell part . a containing hollow shell for storing material, said shell comprising an upper shell part with an inlet portion and an asymmetric funnel-shaped lower shell part with an outlet portion ; a wear plate arrangement covering at least part of an inner wall of said lower shell part , said wear plate arrangement comprising a plurality of wear plates arranged adjacent to one another in a plurality of rows, said rows being stacked along said inner wall, characterized in that the wear plates are arranged in rows that follow parallel mounting lines that are defined by the intersection of the lower shell part with planes perpendicular to the axis (V) of a virtual right circular cone substantially matching the shape of the funnel-shaped lower shell part .
A method of deep-drawing a tray from fiber-based sheet material , whereby the method comprises the steps of: (i) bringing the sheet material between a female moulding tool , which comprises a cavity for forming the tray bottom outwardly, and a male moulding tool , which comprises a plunger plate for forming the tray bottom inwardly, (ii) clamping the sheet material along the circumference of the female and male moulding tools by clamping means , to hold the material during the deep-drawing step, (iii) moving the plunger plate with respect to the cavity for forming the tray, and (iv) wherein the moulding tools are arranged so that between the cavity bottom and the clamp interface at least one of the male and female moulding tools is laterally distanced from the sheet material, to avoid the surfaces of the moulding tools becoming to a snug fit with the sheet material and thus allow free forming of unwrinkled side walls for the produced deep-drawn tray, characterized in that spacer plates are inserted to adjust the vertical position of the plunger plate . (i) bringing the sheet material between a female moulding tool , which comprises a cavity for forming the tray bottom outwardly, and a male moulding tool , which comprises a plunger plate for forming the tray bottom inwardly, (ii) clamping the sheet material along the circumference of the female and male moulding tools by clamping means , to hold the material during the deep-drawing step, (iii) moving the plunger plate with respect to the cavity for forming the tray, and (iv) wherein the moulding tools are arranged so that between the cavity bottom and the clamp interface at least one of the male and female moulding tools is laterally distanced from the sheet material, to avoid the surfaces of the moulding tools becoming to a snug fit with the sheet material and thus allow free forming of unwrinkled side walls for the produced deep-drawn tray, characterized in that spacer plates are inserted to adjust the vertical position of the plunger plate .
An axle designed to be coupled to a bearing , particularly within a mechanical system equipping a heat engine, being subjected to average contact pressures lower than 200 MPa, the axle comprising at least one area provided with: an anti-seizure surface coating , having a surface hardness at least twice that of the axle , and a microtexturing consisting of a set of separated microcavities , distributed in said area , and wherein the depth of the microcavities is smaller than the thickness of the surface coating , such that said microcavities are confined to the thickness of the surface coating , or the depth of the microcavities is greater than the thickness of the surface coating , such that said microcavities penetrate into the base material of the axle , beneath the surface coating . an anti-seizure surface coating , having a surface hardness at least twice that of the axle , and a microtexturing consisting of a set of separated microcavities , distributed in said area , and wherein the depth of the microcavities is smaller than the thickness of the surface coating , such that said microcavities are confined to the thickness of the surface coating , or the depth of the microcavities is greater than the thickness of the surface coating , such that said microcavities penetrate into the base material of the axle , beneath the surface coating .
A system for carrying out analyses on and/or with biological sample material present in a sample arrangement region of a microfluidic sample chip , comprising the sample chip , a connector plate for receiving the sample chip , and at least one control unit , to which the connector plate is detachably connectable for transferring media and/or signals; wherein the connector plate comprises a mechanical receiving device for the microfluidic sample chip , external connecting elements , for connecting the connector plate detachably to a control unit for transferring media and/or signals, internal connecting elements , for connecting the connector plate detachably to the sample chip for transferring media and/or signals, and at least one functional element , which is arranged between the external and the internal connecting elements , and wherein the sample chip is comprises with at least one sample channel unit , in which a microfluidic sample arrangement region is provided, for arranging and optionally culturing biological sample material therein, wherein the sample channel unit is provided with a connecting region for transferring media and/or signals; wherein the at least one functional element , which is arranged between the external and the internal connecting elements , serves for exerting an influence on the media and/or the signals that are exchanged between the sample channel unit and the external connecting elements , or is configured for the acquisition of measuring signals.
A high-frequency edge mount connector comprising: a housing forming an opening ; and a signal carrier in the housing , the signal carrier having a pin which extends through the opening ; characterized in that the high-frequency edge mount connector further comprises an insulator in the housing and surrounding the signal carrier , wherein the insulator has an outer portion surrounding the pin and extending through the opening such that a tight seal is created when the insulator is pressed against a circuit board, thereby allowing an improved impedance matching for a signal traveling between the connector and the circuit board. a housing forming an opening ; and a signal carrier in the housing , the signal carrier having a pin which extends through the opening ; characterized in that the high-frequency edge mount connector further comprises an insulator in the housing and surrounding the signal carrier , wherein the insulator has an outer portion surrounding the pin and extending through the opening such that a tight seal is created when the insulator is pressed against a circuit board, thereby allowing an improved impedance matching for a signal traveling between the connector and the circuit board.
A patch antenna element (40; 50; 60; 70; 90) comprising: a substrate (12; 20); a first patch disposed on the substrate; a second patch disposed above the first patch ; a ground plane disposed on the substrate below the first patch , the ground plane horizontally extending beyond the first patch ; and conductive vertically extending sidewalls ; wherein edges of the first patch or second patch and the conductive vertical side walls facing each other are separated by a gap (G), wherein a horizontal width (d, d') of the gap (G) is less then λ/10, wherein λ denotes a wavelength of a radio frequency signal to be transmitted or received via the patch antenna element. a substrate (12; 20); a first patch disposed on the substrate; a second patch disposed above the first patch ; a ground plane disposed on the substrate below the first patch , the ground plane horizontally extending beyond the first patch ; and conductive vertically extending sidewalls ; wherein edges of the first patch or second patch and the conductive vertical side walls facing each other are separated by a gap (G), wherein a horizontal width (d, d') of the gap (G) is less then λ/10, wherein λ denotes a wavelength of a radio frequency signal to be transmitted or received via the patch antenna element.
A gas sensor , configured to be disposed projecting from a wiring member serving as a mounting target and including a first wire and a second wire , the gas sensor being configured to detect a gas that produces water in a case that the gas is combusted by being supplied with a voltage from the first wire and the second wire and to measure a resistance value using the first wire and the second wire , the gas sensor comprising: a resistor holding a catalyst that facilitates combustion of the gas; a first electrode terminal connected between one end of the resistor and the first wire ; and a second electrode terminal connected between another end of the resistor and the second wire , wherein the first electrode terminal includes first connection parts connected to the first wire , and a first arm part extending from the at least one first connection part to the one end of the resistor ; the second electrode terminal includes second connection parts connected to the second wire , and a second arm part extending from the at least one second connection part to the other end of the resistor ; and the first electrode terminal and the second electrode terminal are fixed to each other and form a water vapor diffusion cavity (S2) extending from the resistor to the wiring member with at least part of the first arm part and at least part of the second arm part coated with insulation, characterized in that the first arm part branches and extends in two directions from the one end of the resistor , and includes two first connection parts connected to the first wire ; and the second arm part branches and extends in two directions from the other end of the resistor , and includes two second connection parts connected to the second wire . a resistor holding a catalyst that facilitates combustion of the gas; a first electrode terminal connected between one end of the resistor and the first wire ; and a second electrode terminal connected between another end of the resistor and the second wire , wherein the first electrode terminal includes first connection parts connected to the first wire , and a first arm part extending from the at least one first connection part to the one end of the resistor ; the second electrode terminal includes second connection parts connected to the second wire , and a second arm part extending from the at least one second connection part to the other end of the resistor ; and the first electrode terminal and the second electrode terminal are fixed to each other and form a water vapor diffusion cavity (S2) extending from the resistor to the wiring member with at least part of the first arm part and at least part of the second arm part coated with insulation, characterized in that the first arm part branches and extends in two directions from the one end of the resistor , and includes two first connection parts connected to the first wire ; and the second arm part branches and extends in two directions from the other end of the resistor , and includes two second connection parts connected to the second wire .
A burner comprising an outer casing defining an inner space , said outer casing comprises a distal end intended to be located on the side of a hearth , the burner comprising a device for ejecting a removable fluid arranged at the distal end , the burner comprises a support arranged at the distal end , characterized in that the ejection device comprises a ring provided with a plurality of receiving zones and a plurality of fluid ejection inserts , each receiving zone being able to receive a fluid ejection insert , the ring being movable between a locked position in which the ring is secured to the support and an unlocked position in which the ring can be separated from the support .
Device for monitoring the closed position of a locking device, of which the fore-end track , secured in a fixed position on the leaf or frame, provides a mounting for a drive rod which is movable longitudinally relative to the fore-end track, and interacts with a code generator which moves together with the drive rod with switching means , wherein a carrier plate is provided which can be coupled to the drive rod and which carries the code generator, and by a base plate , which can be assigned to the fore-end track and which carries the switching means , characterized by a bracket which engages across the base plate , the carrier plate , and a receiver , wherein the bracket forms a housing which lies on the fore-end track, and the base plate together with the receiver forms a guide for the carrier plate , which can be moved between them.