mhurhangee/ep-ind-claims huggingface dataset:
An automotive crankcase lubricating oil composition, for an internal combustion engine, comprising or made by admixing: (i) in excess of 50 mass% of an oil of lubricating viscosity; (ii): less than 50 mass% of at least one overbased metal detergent, preferably an overbased metal hydroxybenzoate detergent; (iii) 0.05 to 10 mass% of an oil-soluble block or graft co-polymer of at least one block A which is derived from a hydroxycarboxylic acid and at least one polyalkylene block B which is a residue of a polyalkylene glycol, and (iv) optionally, at least one further additive selected from a dispersant, an antioxidant and/or a antiwear agent; wherein the lubricating oil composition includes less than 0.10 mass %, preferably less than 0.05 mass %, more preferably less than 0.01 mass %, of a friction modifier which is a monoester of a C 5 to C 30 carboxylic acid and which is free of nitrogen; and wherein the lubricating oil composition has a sulfated ash content of up to 1.0 mass % and a sulfur content of up to 0.4 mass%. (i) in excess of 50 mass% of an oil of lubricating viscosity; (ii): less than 50 mass% of at least one overbased metal detergent, preferably an overbased metal hydroxybenzoate detergent; (iii) 0.05 to 10 mass% of an oil-soluble block or graft co-polymer of at least one block A which is derived from a hydroxycarboxylic acid and at least one polyalkylene block B which is a residue of a polyalkylene glycol, and (iv) optionally, at least one further additive selected from a dispersant, an antioxidant and/or a antiwear agent;
Esterified pectin or a mixture of esterified pectins for the use in the treatment of immune-mediated diseases and inflammatory diseases in patients, wherein the patient is porcine, characterized in that the esterified pectin or the esterified pectins in the mixture have a degree of esterification of less than 50%.
Process for the manufacture of a mixture of diastereomers of a 3-hydroxy-2-methyl-4-[1,2,4]triazol-1-yl-3-phenyl-butyric acid ester derivative according to formula: which is enriched in the corresponding (2R,3R)/(2S,3S) racemate, and wherein R 1 and R 2 are each fluoride or hydrogen and when R 1 is fluoride, R 2 is hydrogen and when R 2 is fluoride, R 1 is hydrogen, wherein R is a C 1 -C 12 alkyl, a C 5 -C 12 aryl or a C 6 -C 11 aralkyl, which comprises steps (i) preparation of a 2-halozinc propionate ester according to formula wherein X is bromide, iodide or chloride, in the presence of a solvent, at a temperature below the boiling temperature of the solvent, (ii) introduction of a ketone according to formula (iii) performing a Reformatsky reaction between the 2-halozincpropionate ester according to formula and the ketone according to formula, in the presence of a solvent, allowing the resulting reaction mixture to form a precipitate by leaving the mixture stand, with or without stirring, for more than 0.5 hours preferably for more than 2 hours, after addition of the last reagent to the mixture, wherein the precipitate is enriched in racemic (2R,3R)/(2S,3S) ester according to formula, and separating said precipitate, wherein the sequence in which steps (i) and (ii) are performed can be interchanged and wherein the excess of zinc is removed before formation of said precipitation. (i) preparation of a 2-halozinc propionate ester according to formula wherein X is bromide, iodide or chloride, in the presence of a solvent, at a temperature below the boiling temperature of the solvent, (ii) introduction of a ketone according to formula (iii) performing a Reformatsky reaction between the 2-halozincpropionate ester according to formula and the ketone according to formula, in the presence of a solvent, allowing the resulting reaction mixture to form a precipitate by leaving the mixture stand, with or without stirring, for more than 0.5 hours preferably for more than 2 hours, after addition of the last reagent to the mixture, wherein the precipitate is enriched in racemic (2R,3R)/(2S,3S) ester according to formula, and separating said precipitate,
System comprising a controller connected via a single-channel data bus to two electrical devices designed as bus subscribers, the controller being designed as a further bus subscriber, wherein the first electrical device has a first logic unit and a first computer unit, wherein the second electrical device has a second logic unit and a second computer unit, wherein a first circuit part of the first electrical device is designed in such a way as to be able to be redundantly switched off both by the first logic unit and by the second logic unit, wherein a two-channel emergency stop switch is arranged in the controller, or wherein a two-channel emergency stop switch is connected to the controller, wherein the system is a drive system and the two electrical devices are each designed as converters for powering a respective electric motor, wherein a device designed as a bus subscriber and having a two-channel switch is configured to transmit a two-channel control command, namely an emergency stop command, via the data bus to the two logic units, wherein the first logic unit is configured to generate, as a function of the first channel of the control command, a signal voltage, namely a switch-off signal voltage, which is electrically forwarded to the first circuit part, wherein the second logic unit is configured to forward the second channel of the control command via the data bus to the first computer unit, wherein the first computer unit is configured to generate, as a function of this second channel of the control command, a signal voltage, namely a switch-off signal voltage, which is electrically forwarded to the first circuit part. wherein the first electrical device has a first logic unit and a first computer unit, wherein the second electrical device has a second logic unit and a second computer unit, wherein a first circuit part of the first electrical device is designed in such a way as to be able to be redundantly switched off both by the first logic unit and by the second logic unit, wherein a two-channel emergency stop switch is arranged in the controller, or wherein a two-channel emergency stop switch is connected to the controller, wherein the system is a drive system and the two electrical devices are each designed as converters for powering a respective electric motor, wherein a device designed as a bus subscriber and having a two-channel switch is configured to transmit a two-channel control command, namely an emergency stop command, via the data bus to the two logic units, wherein the first logic unit is configured to generate, as a function of the first channel of the control command, a signal voltage, namely a switch-off signal voltage, which is electrically forwarded to the first circuit part, wherein the second logic unit is configured to forward the second channel of the control command via the data bus to the first computer unit, wherein the first computer unit is configured to generate, as a function of this second channel of the control command, a signal voltage, namely a switch-off signal voltage, which is electrically forwarded to the first circuit part.
Platform for the storage and transport of substantially cylindrical objects comprising: • a flat frame of substantially rectangular shape, on which pairs of housings are positioned transversely and in proximity to opposite sides of such frame, such housings repeating themselves parallel to each other substantially for the whole length of the frame, • such housings being made of proper size and shape to accommodate one or more substantially cylindrical objects positioned thereon allowing the arrangement of a first plane of such objects, • other objects of the same type being stackable on such first plane such as to obtain a substantially pyramid arrangement, characterised in that each housing is shaped as a saddle and each saddle comprises an "inverted T" section wherein the horizontal part of the T forms the supporting base on the frame, the vertical part of the T being shaped so as to receive a curved plate which forms the supporting surface of the saddle. • a flat frame of substantially rectangular shape, on which pairs of housings are positioned transversely and in proximity to opposite sides of such frame, such housings repeating themselves parallel to each other substantially for the whole length of the frame, • such housings being made of proper size and shape to accommodate one or more substantially cylindrical objects positioned thereon allowing the arrangement of a first plane of such objects, • other objects of the same type being stackable on such first plane such as to obtain a substantially pyramid arrangement,
Method for hooding and heat-sealing a hood around a load that comprises: - providing the load arranged on a support, a ring of plastic film having been formed around the support and/or the load to define an attachment zone, - thread the hood over the load, pulling it down to face the ring of plastic film, - heat-seal the hood with the ring of plastic film, wherein the ring of plastic film constrains the side walls of the support and/or load so as to secure the hood to the side walls of the support and/or load and oppose retraction of the hood, characterized in that the ring of plastic film comprises at least one strand making a complete turn around the support and/or the load, the strand being formed by the deposition of a pleated plastic film. - providing the load arranged on a support, a ring of plastic film having been formed around the support and/or the load to define an attachment zone, - thread the hood over the load, pulling it down to face the ring of plastic film, - heat-seal the hood with the ring of plastic film, wherein the ring of plastic film constrains the side walls of the support and/or load so as to secure the hood to the side walls of the support and/or load and oppose retraction of the hood, characterized in that the ring of plastic film comprises at least one strand making a complete turn around the support and/or the load, the strand being formed by the deposition of a pleated plastic film.
An antenna system for transmitting and/or receiving electromagnetic waves in the microwave range, the antenna system comprising: at least one directional antenna and/or an omnidirectional antenna; a pluggable module, wherein the pluggable module is a booster module, an attenuation module, a calibration module, a combiner module, a filter module, or a passive module; and a central unit having: an active member which is connectible with at least one reception/transmission system, and a motherboard, wherein: the antenna system further comprises a microstrip feed (3") located on top of the motherboard; the antenna system is configured so that the at least one directional antenna and/or omnidirectional antenna is pluggable into the central unit to be capacitively coupled to the motherboard via the microstrip feed (3"); and the central unit comprises a module adapter configured to interchangeably receive the at least one pluggable module, and the functionality of the central unit is determined by the received module (6, 7, 12, 14, 16, 18). at least one directional antenna and/or an omnidirectional antenna; a pluggable module, wherein the pluggable module is a booster module, an attenuation module, a calibration module, a combiner module, a filter module, or a passive module; and a central unit having: an active member which is connectible with at least one reception/transmission system, and a motherboard, an active member which is connectible with at least one reception/transmission system, and a motherboard, wherein: the antenna system further comprises a microstrip feed (3") located on top of the motherboard; the antenna system is configured so that the at least one directional antenna and/or omnidirectional antenna is pluggable into the central unit to be capacitively coupled to the motherboard via the microstrip feed (3"); and the central unit comprises a module adapter configured to interchangeably receive the at least one pluggable module, and the functionality of the central unit is determined by the received module (6, 7, 12, 14, 16, 18). the antenna system further comprises a microstrip feed (3") located on top of the motherboard; the antenna system is configured so that the at least one directional antenna and/or omnidirectional antenna is pluggable into the central unit to be capacitively coupled to the motherboard via the microstrip feed (3"); and the central unit comprises a module adapter configured to interchangeably receive the at least one pluggable module, and the functionality of the central unit is determined by the received module (6, 7, 12, 14, 16, 18).
A liquefied gas carrier comprising: a tank storing a liquefied gas; a gas fueled engine, to which a boil off gas is supplied as a fuel, the boil off gas being generated when the liquefied gas vaporizes in the tank; a gas supply line, through which the boil off gas is supplied from the tank to the gas fueled engine; a gas compressor disposed on the gas supply line and configured to pressure-feed the boil off gas to the gas fueled engine; a gas return line, through which an excess gas that has not been supplied through the gas supply line to the gas fueled engine is returned to the tank; and a gas return valve configured to open and close the gas return line, characterized in that: the gas return line includes an excess gas spouting portion provided with an excess gas spouting outlet positioned in a central region (Rm) of the tank in a height direction, the excess gas spouting portion being configured to spout the excess gas from the excess gas spouting outlet into the central region of the tank. a tank storing a liquefied gas; a gas fueled engine, to which a boil off gas is supplied as a fuel, the boil off gas being generated when the liquefied gas vaporizes in the tank; a gas supply line, through which the boil off gas is supplied from the tank to the gas fueled engine; a gas compressor disposed on the gas supply line and configured to pressure-feed the boil off gas to the gas fueled engine; a gas return line, through which an excess gas that has not been supplied through the gas supply line to the gas fueled engine is returned to the tank; and a gas return valve configured to open and close the gas return line, characterized in that: the gas return line includes an excess gas spouting portion provided with an excess gas spouting outlet positioned in a central region (Rm) of the tank in a height direction, the excess gas spouting portion being configured to spout the excess gas from the excess gas spouting outlet into the central region of the tank.
A patch including an adhesive layer composed of a transdermal preparation on a support, the transdermal preparation including a) 10 to 40% by weight of a nonaqueous base material based on the total weight of the transdermal preparation, b) 1 to 10% by weight of a non-steroidal anti-inflammatory drug based on the total weight of the transdermal preparation, and c) a polyethylene glycol component composed of 0.3 to 5% by weight of a low molecular weight polyethylene glycol based on the total weight of the transdermal preparation, and 1 to 10% by weight of a high molecular weight polyethylene glycol based on the total weight of the transdermal preparation. a) 10 to 40% by weight of a nonaqueous base material based on the total weight of the transdermal preparation, b) 1 to 10% by weight of a non-steroidal anti-inflammatory drug based on the total weight of the transdermal preparation, and c) a polyethylene glycol component composed of 0.3 to 5% by weight of a low molecular weight polyethylene glycol based on the total weight of the transdermal preparation, and 1 to 10% by weight of a high molecular weight polyethylene glycol based on the total weight of the transdermal preparation.
An electrometer system (100, 200) comprising: a sensor cell (102, 202) comprising alkali metal atoms within; an optical beam system configured to provide at least one optical beam through the sensor cell (102, 202) to provide a first Rydberg energy state of the alkali metal atoms, the at least one optical beam exiting the sensor cell (102, 202) as a detection beam; and a detection system configured to monitor the detection beam (OPTDET) to detect an external signal (RFEXT) having a frequency that is approximately equal to the energy difference between the first Rydberg energy state and a second Rydberg energy state based on monitoring the detection beam, characterized in that the electrometer system further comprises a tuning signal generator (110, 222) configured to generate an RF tuning signal (RFTN) having a predetermined tuning frequency to adjust an energy difference between the first Rydberg energy state and the second Rydberg energy state of the alkali metal atoms, the RF tuning signal (RFTN) being set to the predetermined tuning frequency that is a frequency between the second Rydberg energy state and a third Rydberg energy state to adjust the energy difference between the first and second Rydberg energy states of the alkali metal atoms. a sensor cell (102, 202) comprising alkali metal atoms within; an optical beam system configured to provide at least one optical beam through the sensor cell (102, 202) to provide a first Rydberg energy state of the alkali metal atoms, the at least one optical beam exiting the sensor cell (102, 202) as a detection beam; and a detection system configured to monitor the detection beam (OPTDET) to detect an external signal (RFEXT) having a frequency that is approximately equal to the energy difference between the first Rydberg energy state and a second Rydberg energy state based on monitoring the detection beam, characterized in that the electrometer system further comprises a tuning signal generator (110, 222) configured to generate an RF tuning signal (RFTN) having a predetermined tuning frequency to adjust an energy difference between the first Rydberg energy state and the second Rydberg energy state of the alkali metal atoms, the RF tuning signal (RFTN) being set to the predetermined tuning frequency that is a frequency between the second Rydberg energy state and a third Rydberg energy state to adjust the energy difference between the first and second Rydberg energy states of the alkali metal atoms.
A cutting tool identification system for use during a surgical procedure, the system comprising: a cutting tool assembly comprising: a shaft having a cutting element, and at least one identifying feature that uniquely corresponds to the cutting element; a drive assembly comprising a reference pin, the drive assembly configured to receive at least a portion of the cutting tool assembly; a motor mechanically connected to the drive assembly; a control unit configured to activate the motor to move the cutting tool assembly such that the reference pin engages with the at least one identifying feature; characterized in that the system further comprises: a sensor system configured to determine positioning information related to the reference pin when the reference pin engages the at least one identifying feature; and a computing unit configured to: receive the positioning information from the sensor system, and identify the cutting element based upon the position information. a cutting tool assembly comprising: a shaft having a cutting element, and at least one identifying feature that uniquely corresponds to the cutting element; a shaft having a cutting element, and at least one identifying feature that uniquely corresponds to the cutting element; a drive assembly comprising a reference pin, the drive assembly configured to receive at least a portion of the cutting tool assembly; a motor mechanically connected to the drive assembly; a control unit configured to activate the motor to move the cutting tool assembly such that the reference pin engages with the at least one identifying feature; characterized in that the system further comprises: a sensor system configured to determine positioning information related to the reference pin when the reference pin engages the at least one identifying feature; and a computing unit configured to: receive the positioning information from the sensor system, and identify the cutting element based upon the position information. a sensor system configured to determine positioning information related to the reference pin when the reference pin engages the at least one identifying feature; and a computing unit configured to: receive the positioning information from the sensor system, and identify the cutting element based upon the position information.
Assembly for aerosol spraying a liquid product contained in a container, said assembly comprising a container containing only the liquid product to be aerosol sprayed and means (50, 52) for feeding pressurised air into the container, wherein the container comprises a case on which an aperture is formed for feeding said pressurised air into the container and, at a top portion of said case: - a mixing valve for mixing said liquid product with said pressurised air so as to obtain an aerosol mixture; - a supplying nozzle for supplying said aerosol mixture, said nozzle being mechanically and fluid-dynamically associated with said valve; wherein said means (50, 52) are adapted to feed pressurised air into said container with a constant pressure both before the opening of said valve and while said valve is opened, characterised in that said container is of the disposable type and in that said assembly comprises a button for opening said valve and a switch, distinct from and not connected to said button, for actuating said means (50, 52) for feeding pressurised air into the container. - a mixing valve for mixing said liquid product with said pressurised air so as to obtain an aerosol mixture; - a supplying nozzle for supplying said aerosol mixture, said nozzle being mechanically and fluid-dynamically associated with said valve;
An HLA-binding peptide consisting of the amino acid sequence SEQ ID NO: 17 for use as a medicament, wherein said HLA-binding peptide binds to a human HLA-A24 type molecule.
Arrangement provided with a partition at least partially delimiting an emergency exit, said arrangement having a movable panel that closes off said emergency exit in an inactive operating mode (MODINAC), said arrangement comprising an evacuation system provided with a lifeline, characterized in that said lifeline comprises a deployment section passing through a passage in the partition and having an integral handle, said panel delimiting with the partition a recess in which said handle is arranged in the inactive operating mode (MODINAC).
Method for producing press-hardened components, in particular of a vehicle body component, from a semi-finished product made of unhardened, hot-formable steel sheet metal, a component blank being shaped from the semi-finished product using a cold-forming method, in particular a drawing method, characterised in that the following method steps are carried out: - the edges of the component blank are trimmed to form an edge contour which approximately corresponds to the component to be produced; - the trimmed component blank is heated and press-hardened in a hot-forming die; - the press-hardened component blank is covered with an anti-corrosion layer in a coating step, using a thermal diffusion method. - the edges of the component blank are trimmed to form an edge contour which approximately corresponds to the component to be produced; - the trimmed component blank is heated and press-hardened in a hot-forming die; - the press-hardened component blank is covered with an anti-corrosion layer in a coating step, using a thermal diffusion method.