mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a compound represented by the following formula: wherein P 1 and P 2 each independently represent a hydrogen atom or a protective group for the amino group, wherein the method comprises allowing a compound represented by the following formula: (wherein P 1 and P 2 are as defined above), to react with hydrogen gas, in an inert solvent, in the presence of a chiral ligand represented by the following formula: (wherein R 1 represents an -ethyl-di-2-methylphenylphosphino group or an -α-N,N-dimethylaminophenylmethyl group, R 2 represents a di-tert-butylphosphino group, a di(3,5-dimethyl-4-methoxyphenyl)-phosphino group, or a di(3,5-dimethylphenyl)-phosphino group, R 3 represents an -α-N,N-dimethylaminophenylmethyl group or a hydrogen atom, and R 4 represents a di(3,5-dimethyl-4-methoxyphenyl)-phosphino group, a di(3,5-dimethylphenyl)-phosphino group, or a hydrogen atom), and a ruthenium catalyst, or in the presence of an asymmetric transition metal complex catalyst previously generated from the chiral ligand and the ruthenium catalyst.
Device for attaching a windscreen-wiper blade onto a drive arm of a wiper system, said device comprising an adapter connecting a connector of said blade to said arm, said adapter comprising at least one holding means at a nominal locking position on the arm, said adapter further comprising at least one securing means for retaining the arm in a nominal locking position in the event of failure of the one or more holding means, the one or more holding means being capable of acting on the one or more securing means via at least one activation means, characterized in that the one or more holding means and the one or more securing means are designed to interact with an upper face of an arm head of said arm, the one or more securing means comprising at least one stop connected by at least one articulation arm to a body of the adapter, the one or more articulation arms allowing the retraction of the one or more stops upon mounting and removal of the adapter on the arm, the one or more stops being capable of interacting with a projecting part on the upper face of said arm head.
A friction brake device comprising a brake rotor which rotates around a rotation axis; a rotating friction member (14A, 14B) which rotates around a autorotation axis parallel to the rotation axis; a rotational torque transmission device (66A, 66B) which mutually transmits rotational torque between said brake rotor and said rotating friction member (14A, 14B) without depending on the friction force between said brake rotor and said rotating friction member (14A, 14B); and a pressing device (60A, 60B) which presses said rotating friction member (14A, 14B) against said brake rotor, wherein said pressing device (60A, 60B) presses said rotating friction member (14A, 14B) against said brake rotor by way of a non-rotating friction member (34A, 34B) which is supported so as not to rotate around said autorotation axis, characterized in that said rotating friction member (14A, 14B) has a disk part which is aligned with said autorotation axis, and when said non-rotating friction member (34A, 34B) is pressed against said rotating friction member (14A, 14B) by said pressing device (60A, 60B), said rotating friction member (14A, 14B) frictionally engages with said brake rotor at one surface of said disk part and frictionally engages with said non-rotating friction member (34A, 34B) at the other surface of said disk part.
A mounting arrangement for a suction muffler in a linear motor compressor of the type which comprises a movable assembly formed by: a piston having a cylindrical tubular body with an open rear end and a front end closed by a top wall which carries a suction valve; and an actuating means connected to the piston to drive the latter in a reciprocating movement, the mounting arrangement being characterized in that the piston houses, internally, a suction muffler comprising two tubular inserts (61, 62) longitudinally disposed in the interior of the piston, said tubular inserts (61, 62) having open adjacent ends (61a, 62a) spaced from each other and closed opposite ends (61b, 62b) respectively affixed to the top wall of the piston and to the actuating means, said tubular inserts (61, 62) defining, in the interior of the cylindrical tubular body of the piston, a muffling chamber and an annular passage medianly opened to the muffling chamber, through the adjacent ends (61a, 62a) of the tubular inserts (61, 62), and communicating the open rear end of the piston with its suction valve.
An aerosol delivery device comprising: at least one housing enclosing a reservoir configured to retain an aerosol precursor composition; a heating element; a sensor configured to produce measurements of differential pressure between an ambient atmospheric pressure and a pressure caused by airflow through at least a portion of the aerosol delivery device, the sensor being configured to convert the measurements of differential pressure to corresponding electrical signals; and a microprocessor coupled to the heating element and the sensor, the microprocessor being configured to receive the corresponding electrical signals and operate in an active mode only in an instance in which the differential pressure is at least a threshold differential pressure, the microprocessor in the active mode being configured to control the heating element to activate and vaporize components of the aerosol precursor composition, wherein the microprocessor is responsive to electrical signals having only a predetermined frequency of the corresponding electrical signals from the sensor to prevent electrical signals having other frequencies from devices external to the aerosol delivery device from causing the microprocessor to operate in the active mode. at least one housing enclosing a reservoir configured to retain an aerosol precursor composition; a heating element; a sensor configured to produce measurements of differential pressure between an ambient atmospheric pressure and a pressure caused by airflow through at least a portion of the aerosol delivery device, the sensor being configured to convert the measurements of differential pressure to corresponding electrical signals; and a microprocessor coupled to the heating element and the sensor, the microprocessor being configured to receive the corresponding electrical signals and operate in an active mode only in an instance in which the differential pressure is at least a threshold differential pressure, the microprocessor in the active mode being configured to control the heating element to activate and vaporize components of the aerosol precursor composition, wherein the microprocessor is responsive to electrical signals having only a predetermined frequency of the corresponding electrical signals from the sensor to prevent electrical signals having other frequencies from devices external to the aerosol delivery device from causing the microprocessor to operate in the active mode.
A method for producing a biological oil comprising growing a microorganism of the kingdom Stramenopile, wherein said microorganism is a Thraustochytrid, selected from the genera Schizochytrium, Thraustochytrium, and Ulkenia, by heterotrophic fermentation, wherein greater than 50% to 99% of unsaturated fatty acids in said biological oil are polyunsaturated fatty acids, and wherein said fermentation is performed in a nonsterile fermentor.
A crystalline harringtonine salt of formula 1, and solvate thereof, wherein A - represents the anion of an acid of formula AH, R 1 is is of formula 3: And R 2 is H, exhibiting a protonated nitrogen seen in solid state analysis wherein the acid of formula AH is fumaric, maleic, citramalic, malic, malonic, tartaric, tartronic, succinic, itaconic or citric acid. And R 2 is H, exhibiting a protonated nitrogen seen in solid state analysis wherein the acid of formula AH is fumaric, maleic, citramalic, malic, malonic, tartaric, tartronic, succinic, itaconic or citric acid.
A harvesting system of a vegetable grown in a culture mound, wherein the harvesting system comprises: - a rigid structure, - a harvesting tool comprising a claw designed to be driven into the culture mound, the claw being located at a free end of an arm of the harvesting tool, the claw comprising a sharp blade located at a front side of said claw, - a stage (105, 125, 126) of vertical translation united with the rigid structure and configured to move vertically the harvesting tool relatively to the rigid structure, the harvesting tool being linked to the vertical translation stage at an upper end of the arm of the harvesting tool opposite to its free end, the vertical translation stage (105, 125, 126) comprising an actuator configured to drive a vertical movement of the harvesting tool, the vertical translation stage (105, 125, 126) comprising a worn screw connected by a sliding connection with a vertical translation plate, which holds up the harvesting tool, the actuator being configured to drive a rotation of the worn screw in order to control a vertical movement of the vertical translation plate along said worn screw; - a swiveling item (104, 110, 112) of the harvesting tool, wherein the swiveling item (104, 110, 112) is configured to make the harvesting tool swivel relatively to the vertical translation stage (105, 125, 126) around a rotation axis located at the upper end of the arm of the harvesting tool; characterized in that the rotation axis of the swiveling item is in connection with the translation plate. - a rigid structure, - a harvesting tool comprising a claw designed to be driven into the culture mound, the claw being located at a free end of an arm of the harvesting tool, the claw comprising a sharp blade located at a front side of said claw, - a stage (105, 125, 126) of vertical translation united with the rigid structure and configured to move vertically the harvesting tool relatively to the rigid structure, the harvesting tool being linked to the vertical translation stage at an upper end of the arm of the harvesting tool opposite to its free end, the vertical translation stage (105, 125, 126) comprising an actuator configured to drive a vertical movement of the harvesting tool, the vertical translation stage (105, 125, 126) comprising a worn screw connected by a sliding connection with a vertical translation plate, which holds up the harvesting tool, the actuator being configured to drive a rotation of the worn screw in order to control a vertical movement of the vertical translation plate along said worn screw; - a swiveling item (104, 110, 112) of the harvesting tool, wherein the swiveling item (104, 110, 112) is configured to make the harvesting tool swivel relatively to the vertical translation stage (105, 125, 126) around a rotation axis located at the upper end of the arm of the harvesting tool;
Device for drying disc-shaped substrates comprising an elongated body having a top surface, a bottom surface and a circumferential surface, comprising a hole in the top surface forming a channel which extends to a lower drainage part of the elongated body and having a depth and being chamfered having a conical angle (α) forming an edge between the channel and top surface and forming a conical recess suitable for resting a disc shaped substrate, wherein the conical angle is more than 10° and less than 30° and that the depth is more than 6 mm and less than 12 mm an elongated body having a top surface, a bottom surface and a circumferential surface, comprising a hole in the top surface forming a channel which extends to a lower drainage part of the elongated body and having a depth and being chamfered having a conical angle (α) forming an edge between the channel and top surface and forming a conical recess suitable for resting a disc shaped substrate, wherein the conical angle is more than 10° and less than 30° and that the depth is more than 6 mm and less than 12 mm
A method in a Network Access Node in a wireless communication network, for receiving synchronization information from a network device (10, 30) in the wireless communication network, comprising: receiving transmitter location information, from the network device (10, 30), in an information element, IE, indicating a location for each of one or more transmitters that provide synchronization signals; determining one or more propagation delays of a synchronization signal received from a transmitter, based on transmitter location information received for the transmitter in the IE; and using the determined one or more propagation delays to compensate for a timing difference between the Network Access Node and the transmitter of the synchronization signal. receiving transmitter location information, from the network device (10, 30), in an information element, IE, indicating a location for each of one or more transmitters that provide synchronization signals; determining one or more propagation delays of a synchronization signal received from a transmitter, based on transmitter location information received for the transmitter in the IE; and using the determined one or more propagation delays to compensate for a timing difference between the Network Access Node and the transmitter of the synchronization signal.
A structure for installing consumables in an image forming apparatus, the structure comprising: a frame; a plurality of irregular installation preventing keys which have the same shape and prevent an irregular installation of a plurality of consumables, wherein the plurality of consumables comprise irregular installation preventing units in different locations, and irregular installation is prevented by an interaction between the irregular installation preventing units and the irregular installation preventing keys; and a plurality of installation guide members which are installed in the frame and are configured to receive the plurality of consumables, the installation guide members comprising a plurality of key installation units to guide the plurality of irregular installation preventing keys to be installed in different orientations for each of the consumables, wherein the plurality of irregular installation preventing keys differ in an irregular installation preventing location depending on an installation orientation of each irregular installation preventing key with respect to one of the key installation units. a frame; a plurality of irregular installation preventing keys which have the same shape and prevent an irregular installation of a plurality of consumables, wherein the plurality of consumables comprise irregular installation preventing units in different locations, and irregular installation is prevented by an interaction between the irregular installation preventing units and the irregular installation preventing keys; and a plurality of installation guide members which are installed in the frame and are configured to receive the plurality of consumables, the installation guide members comprising a plurality of key installation units to guide the plurality of irregular installation preventing keys to be installed in different orientations for each of the consumables, wherein the plurality of irregular installation preventing keys differ in an irregular installation preventing location depending on an installation orientation of each irregular installation preventing key with respect to one of the key installation units.
A pyrotechnically actuated switch, comprising: a metal plate; an eutectic alloy proximate to the metal plate; an insulating material proximate to the eutectic alloy and including a recess in the insulating material, the recess being adjacent to the eutectic alloy; and a lead fixed in place by the insulating material, wherein a first end of the lead is in the recess; wherein, in response to a detonation: the eutectic alloy is melt via the metal plate; and the eutectic alloy is pressed into the recess, while malleable or in a liquid state, to at least partially fill the recess and to contact the lead. a metal plate; an eutectic alloy proximate to the metal plate; an insulating material proximate to the eutectic alloy and including a recess in the insulating material, the recess being adjacent to the eutectic alloy; and a lead fixed in place by the insulating material, wherein a first end of the lead is in the recess; wherein, in response to a detonation: the eutectic alloy is melt via the metal plate; and the eutectic alloy is pressed into the recess, while malleable or in a liquid state, to at least partially fill the recess and to contact the lead. the eutectic alloy is melt via the metal plate; and the eutectic alloy is pressed into the recess, while malleable or in a liquid state, to at least partially fill the recess and to contact the lead.
A method of preparing a wound dressing, the method comprising: (a) providing a volume of collected whole blood; (b) clotting said whole blood to form a clot ex vivo; and (c) forming a wound dressing comprising the clot. (a) providing a volume of collected whole blood; (b) clotting said whole blood to form a clot ex vivo; and (c) forming a wound dressing comprising the clot.
Arrangement for picking and provision of goods (12, 12') in the correct sequence, in particular of cubic piece goods, such as containers, cartons or (beverage) crates, comprising an inbound-goods end for receiving collective load carriers equipped with goods of the same kind each, at least one vertically or essentially vertically running transport lane downstream of the inbound-goods end via which the collective load carriers equipped with the goods of the same kind each vertical can be moved upwards, at least one unstacking station (30, 32) downstream of the vertically or essentially vertically running transport lane to separate the respective goods of the same kind from the collective load carriers, a plurality of transport lanes arranged on top of and/or next to each other, from which the separated goods can be taken up and moved to an end of the transport lanes, wherein each of the transport lanes will only take up respectively goods of the same kind and wherein the transport lanes arranged on top of and/or next to each other are arranged inclined from the at least one upper level of the at least one unstacking station (30, 32) and/or stacking station (50, 52) to the level of the inbound-goods and outbound-goods ends (14, 18), a plurality of removal devices at the end of each of the transport lanes, via which goods to be picked and provisioned for shipping can be released from the transport lanes controlled by a computer, at least two at least partially vertically running conveyor lanes downstream of the removal devices on/via which the picked goods provisioned for shipment can be handed over controlled by a computer and moved upwards, wherein the at least two vertically running conveyor lanes form a matrix sorter and permit picking and provision of goods in the correct sequence together with the removal devices and a control device in a control and command station, at least one stacking station (50, 52) downstream of the at least one partially vertically running conveyor lane for equipping the collective load carriers equipped with the picked goods provisioned for shipping, at least one vertically or essentially vertically running transport lane downstream of the stacking station (50, 52) via which the collective load carriers equipped with the picked goods provisioned for shipping can be moved vertically downwards, and an outbound-goods end downstream of the vertically running transport lane to hand over the collective load carriers (16, 16') equipped with picked goods (12, 12') provisioned for shipping, wherein the outbound-goods end for receiving the collective load carriers equipped with goods of the same kind each is arranged at a horizontal level below a horizontal level of the at least one unstacking station (30, 32) to separate the respective goods of the same kind from the collective load carriers and the outbound-goods end to hand over the collective load carriers equipped with picked goods provisioned for shipping is arranged at a horizontal level below a horizontal level of the at least one stacking station (50, 52).
An apparatus for processing a substrate, comprising: a first conveyor configured to transfer one or more substrates through a processing region; a radiant heat transfer assembly that is adapted to deliver electromagnetic energy at one or more wavelengths to the one or more substrates positioned on the first conveyor; and a convective heat transfer assembly comprising: a plenum having a resistive heating element disposed therein; and a fluid delivery device that is configured to move a gas past the resistive heating element disposed in the plenum, and past a surface of the substrate positioned on the first conveyor within the processing region, wherein the radiant heat transfer assembly and the convective heat transfer assembly are separately controlled so as to achieve a desired thermal profile. a first conveyor configured to transfer one or more substrates through a processing region; a radiant heat transfer assembly that is adapted to deliver electromagnetic energy at one or more wavelengths to the one or more substrates positioned on the first conveyor; and a convective heat transfer assembly comprising: a plenum having a resistive heating element disposed therein; and a fluid delivery device that is configured to move a gas past the resistive heating element disposed in the plenum, and past a surface of the substrate positioned on the first conveyor within the processing region, a plenum having a resistive heating element disposed therein; and a fluid delivery device that is configured to move a gas past the resistive heating element disposed in the plenum, and past a surface of the substrate positioned on the first conveyor within the processing region, wherein the radiant heat transfer assembly and the convective heat transfer assembly are separately controlled so as to achieve a desired thermal profile.
An oral pharmaceutical composition in unit dosage form comprising: an inner first portion comprising: an active ingredient and an acid-sensitive coating which (i) surrounds or covers the part of the first portion which comprises the active ingredient and (ii) releases the active ingredient at a pH below 5 and comprises a pH-dependent polymer which is selected from the group consisting of cationic polymers with a dimethylaminoethyl ammonium group, and an outer second portion comprising a pH-raising agent selected from the group consisting of: alkalinizing agents and acid inhibitors. an inner first portion comprising: an active ingredient and an acid-sensitive coating which (i) surrounds or covers the part of the first portion which comprises the active ingredient and (ii) releases the active ingredient at a pH below 5 and comprises a pH-dependent polymer which is selected from the group consisting of cationic polymers with a dimethylaminoethyl ammonium group, and an outer second portion comprising a pH-raising agent selected from the group consisting of: alkalinizing agents and acid inhibitors.