mhurhangee/ep-ind-claims huggingface dataset:
Solvent-free method for preparing a (meth)acrylic acid polymer in solution, said polymer having a molecular mass of less than 8,000 g/mol and a polydispersity index between 2 and 5, comprising the following steps: a) water is introduced into a synthesis reactor, b) the reactor is heated to a temperature of at least 60°C, c) the following compounds are introduced into the reactor in a continuous and simultaneous manner: c1) the (meth)acrylic monomer(s) to be polymerized, c2) a polymerization initiator system, c3) a compound of formula: according to which: - X represents Na, K or H, and - R represents an alkyl chain comprising 1 to 5 carbon atoms, in an amount such that the mass percentage (weight/weight) between said compound of formula and said (meth)acrylic monomer(s) is between 0.1 and 2.5%, method according to which, during step a) and/or step c), sodium hypophosphite NaPO 2 H 2 or a derivative thereof is introduced into the synthesis reactor in a total amount such that the mass percentage (weight/weight) between NaPO 2 H 2 and said (meth)acrylic monomer(s) is between 2.9 and 5.8% by weight. a) water is introduced into a synthesis reactor, b) the reactor is heated to a temperature of at least 60°C, c) the following compounds are introduced into the reactor in a continuous and simultaneous manner: c1) the (meth)acrylic monomer(s) to be polymerized, c2) a polymerization initiator system, c3) a compound of formula: according to which: - X represents Na, K or H, and - R represents an alkyl chain comprising 1 to 5 carbon atoms, in an amount such that the mass percentage (weight/weight) between said compound of formula and said (meth)acrylic monomer(s) is between 0.1 and 2.5%, method according to which, during step a) and/or step c), sodium hypophosphite NaPO 2 H 2 or a derivative thereof is introduced into the synthesis reactor in a total amount such that the mass percentage (weight/weight) between NaPO 2 H 2 and said (meth)acrylic monomer(s) is between 2.9 and 5.8% by weight. c1) the (meth)acrylic monomer(s) to be polymerized, c2) a polymerization initiator system, c3) a compound of formula: according to which: - X represents Na, K or H, and - R represents an alkyl chain comprising 1 to 5 carbon atoms, in an amount such that the mass percentage (weight/weight) between said compound of formula and said (meth)acrylic monomer(s) is between 0.1 and 2.5%, method according to which, during step a) and/or step c), sodium hypophosphite NaPO 2 H 2 or a derivative thereof is introduced into the synthesis reactor in a total amount such that the mass percentage (weight/weight) between NaPO 2 H 2 and said (meth)acrylic monomer(s) is between 2.9 and 5.8% by weight. - X represents Na, K or H, and - R represents an alkyl chain comprising 1 to 5 carbon atoms,
A hose clamp, comprising: a band having, in axial sectional profile between a first axial end and a second axial end, a first curved section, a second curved section, and a flat section extending between said first and second curved sections (482, 484), said band having a cutout located at said flat section, said band having a pocket residing at an underside of said band and at least partly defined by underside surfaces of said first and second curved sections (482, 484) and of said flat section; further comprising a worm drive mechanism operable to radially contract said band during a tightening action of the hose clamp, said worm drive mechanism including a screw, a saddle, and a hook, said hook extending from said saddle and through said cutout and into said pocket; a first weldment situated between said saddle and said band at said flat section of said band; and a second weldment situated between said hook and said band at said flat section of said band. a band having, in axial sectional profile between a first axial end and a second axial end, a first curved section, a second curved section, and a flat section extending between said first and second curved sections (482, 484), said band having a cutout located at said flat section, said band having a pocket residing at an underside of said band and at least partly defined by underside surfaces of said first and second curved sections (482, 484) and of said flat section; further comprising a worm drive mechanism operable to radially contract said band during a tightening action of the hose clamp, said worm drive mechanism including a screw, a saddle, and a hook, said hook extending from said saddle and through said cutout and into said pocket; a first weldment situated between said saddle and said band at said flat section of said band; and a second weldment situated between said hook and said band at said flat section of said band.
A method for optimizing a web content proxy server, the method comprising: - obtaining at a proxy server a web page with an original server cookie from one of one or more web content servers (16 -16(n) in response to a request for a web page from one of one or more client devices (14 -14(n)); - generating at the proxy server a web optimized client cookie based on the original server cookie; - providing with the proxy server the obtained web page with the generated web optimized client cookie to the requesting one of one or more client devices (14 -14(n)); wherein generating the web optimized client cookie comprises forming a new name for the web optimized client cookie by concatenating an original name of the original server cookie followed by a domain attribute of the obtained web page followed by a path attribute of the obtained web page; - translating at the proxy server the web optimized client cookie associated with another request from one of the one or more client devices (14 -14(n)) to the original server cookie; - determining with the proxy server whether the translated original server cookie corresponds with a universal resource locator of the another request; and - providing with the proxy server the another request with the translated original server cookie to one of the one or more web servers (16 -16(n)) when the translated original server cookie is determined to correspond. - obtaining at a proxy server a web page with an original server cookie from one of one or more web content servers (16 -16(n) in response to a request for a web page from one of one or more client devices (14 -14(n)); - generating at the proxy server a web optimized client cookie based on the original server cookie; - providing with the proxy server the obtained web page with the generated web optimized client cookie to the requesting one of one or more client devices (14 -14(n)); - translating at the proxy server the web optimized client cookie associated with another request from one of the one or more client devices (14 -14(n)) to the original server cookie; - determining with the proxy server whether the translated original server cookie corresponds with a universal resource locator of the another request; - providing with the proxy server the another request with the translated original server cookie to one of the one or more web servers (16 -16(n)) when the translated original server cookie is determined to correspond.
A lubricating member for a hair removal device comprising, a) a liquid phase, the liquid phase has a melting point of 45°C or less determined according to ASTM-D5440-93, comprising a metathesized unsaturated polyol ester, said metathesized unsaturated polyol ester having one or more of the following properties, measurable in accordance with the description: (i) a weight average molecular weight of from 5,000 Daltons to 50,000 Daltons measured in accordance with the method as described under "Molecular Weight Distribution"; (ii) an oligomer index from greater than 0 to 1 measured in accordance with the method as described under "Oligomer Index"; (iii) an iodine value of from 30 to 200 measured in accordance with the method as described under " Iodine Value"; b) a lipophilic structurant, the lipophilic structurant having a melting point greater than 45°C to less than 60°C determined according to ASTM-D5440-93; and c) optionally a water soluble polymer, the water soluble polymer having a melting point of 60°C or greater determined according to ASTM-D5440-93. a) a liquid phase, the liquid phase has a melting point of 45°C or less determined according to ASTM-D5440-93, comprising a metathesized unsaturated polyol ester, said metathesized unsaturated polyol ester having one or more of the following properties, measurable in accordance with the description: (i) a weight average molecular weight of from 5,000 Daltons to 50,000 Daltons measured in accordance with the method as described under "Molecular Weight Distribution"; (ii) an oligomer index from greater than 0 to 1 measured in accordance with the method as described under "Oligomer Index"; (iii) an iodine value of from 30 to 200 measured in accordance with the method as described under " Iodine Value"; (i) a weight average molecular weight of from 5,000 Daltons to 50,000 Daltons measured in accordance with the method as described under "Molecular Weight Distribution"; (ii) an oligomer index from greater than 0 to 1 measured in accordance with the method as described under "Oligomer Index"; (iii) an iodine value of from 30 to 200 measured in accordance with the method as described under " Iodine Value"; b) a lipophilic structurant, the lipophilic structurant having a melting point greater than 45°C to less than 60°C determined according to ASTM-D5440-93; and c) optionally a water soluble polymer, the water soluble polymer having a melting point of 60°C or greater determined according to ASTM-D5440-93.
Circuitry configured to operate in one of a test mode and a normal operating mode, and comprising: • an IQ to radio frequency modulator configured to, during the test mode, modulate a quadrature radio frequency carrier signal using a quadrature test signal; • a radio frequency to IQ down-converter configured to, during the test mode, down-convert a down-converter radio frequency input signal to provide a quadrature down-converter output signal using the quadrature radio frequency carrier signal, such that the down-converter radio frequency input signal is based on the quadrature test signal and a complex gain of a transmit path; and • a digital frequency converter configured to, during the test mode, multiply and average the quadrature down-converter output signal (QDO,DDO) and a quadrature local oscillator signal to provide an averaged frequency converter output signal, which is a quadrature direct current signal that is representative of an amplitude and phase of the quadrature test signal and the complex gain of the transmit path, such that the quadrature down-converter output signal is synchronized to the quadrature test signal. • an IQ to radio frequency modulator configured to, during the test mode, modulate a quadrature radio frequency carrier signal using a quadrature test signal; • a radio frequency to IQ down-converter configured to, during the test mode, down-convert a down-converter radio frequency input signal to provide a quadrature down-converter output signal using the quadrature radio frequency carrier signal, such that the down-converter radio frequency input signal is based on the quadrature test signal and a complex gain of a transmit path; and • a digital frequency converter configured to, during the test mode, multiply and average the quadrature down-converter output signal (QDO,DDO) and a quadrature local oscillator signal to provide an averaged frequency converter output signal, which is a quadrature direct current signal that is representative of an amplitude and phase of the quadrature test signal and the complex gain of the transmit path, such that the quadrature down-converter output signal is synchronized to the quadrature test signal.
A shroud impeller of a centrifugal compressor, the shroud impeller comprising: a rotary hub connected to a driving shaft; a plurality of blades radially provided about a rotational axis (X-X') of the rotary hub; a plurality of bonding shrouds formed perpendicularly to the blades on top ends of the plurality of blades in a longitudinal direction of the blades, respectively; and a plurality of shroud blades bonded between the bonding shrouds, respectively, characterized in that the shroud blades are bonded between the bonding shrouds such that they form an integral shroud in cooperation with the bonding shrouds, the shroud blades having shapes corresponding to a space between the bonding shrouds. a rotary hub connected to a driving shaft; a plurality of blades radially provided about a rotational axis (X-X') of the rotary hub; a plurality of bonding shrouds formed perpendicularly to the blades on top ends of the plurality of blades in a longitudinal direction of the blades, respectively; and a plurality of shroud blades bonded between the bonding shrouds, respectively,
A machine for boarding tubular knitted articles, comprising in combination: - at least one tubular boarding form with a longitudinal axis (B-B); - a heat treatment chamber, the tubular boarding form being insertable in, and extractable from, the heat treatment chamber; characterized by further comprising: - a pick-up device for picking up a tubular knitted article and loading the tubular knitted article on the tubular boarding form; - a final boarding and removing unit, for removing the tubular knitted articles from the tubular boarding form; wherein the final boarding and removing unit comprises a pair of adjacent and opposite conveyor belts (153, 155) defining a path for removing the tubular knitted articles from the tubular boarding form. - at least one tubular boarding form with a longitudinal axis (B-B); - a heat treatment chamber, the tubular boarding form being insertable in, and extractable from, the heat treatment chamber; - a pick-up device for picking up a tubular knitted article and loading the tubular knitted article on the tubular boarding form; - a final boarding and removing unit, for removing the tubular knitted articles from the tubular boarding form; wherein the final boarding and removing unit comprises a pair of adjacent and opposite conveyor belts (153, 155) defining a path for removing the tubular knitted articles from the tubular boarding form.
A separator for separating a conveyed medium, preferably air, from a conveyed material, with a container that has at least one supply line for the conveyed medium-conveyed material- mixture, at least one outlet for the conveyed material and at least one exit for the conveyed medium, wherein a baffle wall is spaced apart opposite the outlet end of the supply line in the inflow direction of the conveyed medium-conveyed material-mixture inside of the housing, and angularly connects with a cover wall that covers the inflow path of the conveyed medium-conveyed material-mixture against the exit for the conveyed medium, characterized in that the baffle wall is part of a separator shoe that has a separating space for the conveyed medium-conveyed material-mixture, which is limited in the inflow direction by the baffle wall adjoined by side walls (23, 24) that laterally limit the separating space, which is limited on the side opposite the baffle wall by at least one transverse wall (25, 26) that adjoins the supply line.
Wind, snow and sand protecting device for railways, said protecting device comprising: a base part (2a, 2b) arranged to be releasably fixed adjacent to at least one side of a track rail or directly to said track rail; a barrier holder, to which a barrier is mountable; wherein said base part (2a, 2b) and said barrier holder are interconnectable by means of a hinged joint such that said barrier holder is pivotable relative said base part (2a, 2b); characterized in that said hinged joint comprises a male connector integrated with one of said base part (2a, 2b) and said barrier holder and a female connector integrated with the other of said base part (2a, 2b) and said barrier holder. a base part (2a, 2b) arranged to be releasably fixed adjacent to at least one side of a track rail or directly to said track rail; a barrier holder, to which a barrier is mountable; wherein said base part (2a, 2b) and said barrier holder are interconnectable by means of a hinged joint such that said barrier holder is pivotable relative said base part (2a, 2b); said hinged joint comprises a male connector integrated with one of said base part (2a, 2b) and said barrier holder and a female connector integrated with the other of said base part (2a, 2b) and said barrier holder.
Aircraft having at least one transport pipe (112a-b) in which dihydrogen flows and, for each transport pipe (112a-b), an embedding channel (200a-b) in which said transport pipe (112a-b) is housed, characterized in that the embedding channel (200a-b) has a gutter that has a bottom and an opening opposite the bottom and a cover that covers the opening in the gutter, wherein the cover constitutes an outer wall of the aircraft in direct contact with external air surrounding the aircraft and wherein the cover has ventilation windows passing through it that allow passage of the dihydrogen towards the outside.
A method of producing non-exhausted immature dendritic cells (DCs), comprising the steps of: - providing a mixture of allogeneic leukocytes, which allogeneic leukocytes have been obtained from at least two different, allogeneic donors; - isolating allogeneic monocytes from said mixture of allogeneic leukocytes to provide monocyte-enriched allogeneic leukocytes; and - generating non-exhausted immature DCs from said monocyte-enriched allogeneic leukocytes, wherein the generation of non-exhausted immature dendritic cells (DCs) is performed by co-culturing said monocyte-enriched allogeneic leukocytes for 2 to 7 days in aqueous cell culture medium free from non-human serum, said medium being supplemented with interleukin-4 (IL-4) and granulocyte-macrophage colony stimulating factor (GM-CSF). - providing a mixture of allogeneic leukocytes, which allogeneic leukocytes have been obtained from at least two different, allogeneic donors; - isolating allogeneic monocytes from said mixture of allogeneic leukocytes to provide monocyte-enriched allogeneic leukocytes; and - generating non-exhausted immature DCs from said monocyte-enriched allogeneic leukocytes, wherein the generation of non-exhausted immature dendritic cells (DCs) is performed by co-culturing said monocyte-enriched allogeneic leukocytes for 2 to 7 days in aqueous cell culture medium free from non-human serum, said medium being supplemented with interleukin-4 (IL-4) and granulocyte-macrophage colony stimulating factor (GM-CSF).
A programmable valve for the treatment of hydrocephalus, adjustable from the outside and comprising: a body having a bottom wall and a cylindrical side wall closed by a cover and through which an inlet duct, to be inserted into the cerebral ventricle of a patient, and an outlet duct, to be inserted into the peritoneum of the patient, are open to interior of the body; the valve being characterized in that it comprises: housed in the inlet duct, a seat cooperating with a sealing ball and a helical spring disposed between the sealing ball and a supporting ball that partially protrudes to the interior of the body; a rotor mounted, by a rotation shaft, inside the body and having a cam surface, cooperating with the supporting ball, and two cavities, rectangular, parallel to each other and positioned on opposite hemispheres and sides of the rotor; a locking member carrying a magnet and slidingly housed inside each cavity, to be linearly displaced, in a direction opposite to that of the other locking member, between an operative position and an inoperative position; a spring mounted in each cavity and forcing the locking member into the operative position; and a circular alignment of retention housings provided inside the body, each of two retention housings being opposite, and receiving one of the locking members in the operative position, in a rotational position the rotor and of its cam surface in relation to the supporting ball.
A milking arrangement comprising: - milking equipment provided for milking animals; and - a computer system provided for monitoring and/or controlling the milking equipment, wherein - the milking equipment comprises a plurality of exchangeable expendable parts (12b, 13a-b) in the form of teat cup liners or cartridges including teat cup liners and/or milk or vacuum tubes (13a-b) connected to teat cups of the milking equipment, characterized in that - at least one of said exchangeable expendable parts comprises an identification tag (18a-c) comprising data, by which the model and/or a manufacturing date of said exchangeable expendable part can be uniquely identified; - the milking arrangement further comprises a reader operatively connected to the computer system and arranged to repeatedly read the data of the identification tag of said exchangeable expendable part and to forward the readings of the identification tag of said exchangeable expendable part to the computer system; - the computer system is configured to identify the model and/or a manufacturing date of said exchangeable expendable part based on said readings; and - the computer system is configured, in response to the identified model and/or manufacturing date, (i) to alert an operator and/or (ii) to monitor and/or control the milking equipment, and/or (iii) to make the model and/or a manufacturing date of said exchangeable expendable part available to an operator. - milking equipment provided for milking animals; and - a computer system provided for monitoring and/or controlling the milking equipment, wherein - the milking equipment comprises a plurality of exchangeable expendable parts (12b, 13a-b) in the form of teat cup liners or cartridges including teat cup liners and/or milk or vacuum tubes (13a-b) connected to teat cups of the milking equipment, characterized in that - at least one of said exchangeable expendable parts comprises an identification tag (18a-c) comprising data, by which the model and/or a manufacturing date of said exchangeable expendable part can be uniquely identified; - the milking arrangement further comprises a reader operatively connected to the computer system and arranged to repeatedly read the data of the identification tag of said exchangeable expendable part and to forward the readings of the identification tag of said exchangeable expendable part to the computer system; - the computer system is configured to identify the model and/or a manufacturing date of said exchangeable expendable part based on said readings; and - the computer system is configured, in response to the identified model and/or manufacturing date, (i) to alert an operator and/or (ii) to monitor and/or control the milking equipment, and/or (iii) to make the model and/or a manufacturing date of said exchangeable expendable part available to an operator.