mhurhangee/ep-ind-claims huggingface dataset:
A process for treating a mixture of R,R- and S,S- lactide comprising: contacting the mixture of R,R- and S,S- lactide with an aliphatic alcohol and a lipase enzyme in the presence of a ketone solvent to produce a mixture comprising aliphatic ester of lactic acid corresponding to one lactide enantiomer and the aliphatic ester of lactyllactic acid corresponding to the other lactide enantiomer. contacting the mixture of R,R- and S,S- lactide with an aliphatic alcohol and a lipase enzyme in the presence of a ketone solvent to produce a mixture comprising aliphatic ester of lactic acid corresponding to one lactide enantiomer and the aliphatic ester of lactyllactic acid corresponding to the other lactide enantiomer.
An engine section of a gas turbine engine, comprising: a disk configured to rotate about an axis; a blade coupled to the disk, the blade defining a first cooling chamber and a second cooling chamber; a first flow guide disposed upstream of the disk, the first flow guide defining a first airflow path (J; L) and a second airflow path (K; M); a first passage configured to direct the first airflow path to the first cooling chamber; and a second passage configured to direct the second airflow path to the second cooling chamber; a tangential onboard injector, TOBI, (260; 302) disposed in the first airflow path (J; L); and a radial onboard injector, ROBI, (270; 320) disposed in the second airflow path (K; M) forward of the disk and configured to direct the second airflow path radially inward. a disk configured to rotate about an axis; a blade coupled to the disk, the blade defining a first cooling chamber and a second cooling chamber; a first flow guide disposed upstream of the disk, the first flow guide defining a first airflow path (J; L) and a second airflow path (K; M); a first passage configured to direct the first airflow path to the first cooling chamber; and a second passage configured to direct the second airflow path to the second cooling chamber; a tangential onboard injector, TOBI, (260; 302) disposed in the first airflow path (J; L); and a radial onboard injector, ROBI, (270; 320) disposed in the second airflow path (K; M) forward of the disk and configured to direct the second airflow path radially inward.
Elevator assembly, which comprises an elevator car; which elevator car is suspended in the elevator hoistway with suspension means; and which elevator assembly comprises a hoisting machine for moving the elevator car along a guide rail fixed to a wall part of the elevator hoistway; the stationary structure of which hoisting machine comprises a stator; and the rotating structure of which hoisting machine comprises a rotor and also a traction sheave; which traction sheave comprises a traction surface for receiving the aforementioned suspension means; which suspension means are rotatably supported with the aforementioned traction surface; and which stator, rotor and traction sheave are fitted concentrically onto the axis of rotation of the hoisting machine; and which hoisting machine is fitted into connection with the aforementioned guide rail fixed to a wall part of the elevator hoistway apart from the wall surface such that the suspension means arriving at the traction surface and/or leaving from the traction surface of the traction sheave travel closer to the wall part of the elevator hoistway than the rear part of the guide rail; and the rotating structure of which hoisting machine is supported on the stationary structure of the hoisting machine via one or more bearings; and the stationary structure of which hoisting machine is further supported on the aforementioned guide rail fixed to a wall part of the elevator hoistway such that the guide rail bears the force exerted on the traction surface via the suspension means; characterized in that the stator of the hoisting machine comprises a concentrated fractional-slot winding, the slot number q of which is 0.3 or the slot number q of which, when the rotor is magnetized with permanent magnets, such that permanent magnets are fixed into a ring-like rim onto the surface of the rotating structure of the hoisting machine, is 0.4; and in that the distance of the rear surface of the aforementioned guide rail fixed to a wall part of the elevator hoistway from the aforementioned wall part of the elevator hoistway is selected to be: a) at least 120 millimeters and at most 170 millimeters when the nominal load of the elevator car is at most 480 kg; b) at least 128 millimeters and at most 170 millimeters when the nominal load of the elevator car is greater than 480 kg and smaller than, or equal to, 680 kg; c) at least 150 millimeters and at most 195 millimeters when the nominal load of the elevator car is greater than 680 kg and smaller than 1155 kg. a) at least 120 millimeters and at most 170 millimeters when the nominal load of the elevator car is at most 480 kg; b) at least 128 millimeters and at most 170 millimeters when the nominal load of the elevator car is greater than 480 kg and smaller than, or equal to, 680 kg; c) at least 150 millimeters and at most 195 millimeters when the nominal load of the elevator car is greater than 680 kg and smaller than 1155 kg.
Monolithic colon-specific delayed-release pharmaceutical compositions comprising: a) a core with a monolithic matrix comprising hydroxypropylmethylcellulose wherein curcumin is dispersed; b) a gastroresistant coating of core a), wherein the curcumin to hydroxypropylmethylcellulose weight ratio ranges from 4:1 to 2:1 a) a core with a monolithic matrix comprising hydroxypropylmethylcellulose wherein curcumin is dispersed; b) a gastroresistant coating of core a), wherein the curcumin to hydroxypropylmethylcellulose weight ratio ranges from 4:1 to 2:1
A process for the preparation of powdery crystalline mixtures of compounds of formula II and formula III comprising the following steps: a) dissolving a mixture of alpha-hydroxycarbonyl derivatives of oligomers of alpha-methylstyrene of formula I wherein n is a number equal to or greater than 0, in a solvent with a polarity between 0.1 and 0.7, with a ratio solvent/mixture of alpha-hydroxycarbonyl derivatives of oligomers of alpha-methylstyrene of formula I between 0.2 and 4; b) keeping the mixture at temperature below 40°C for from 10 to 120 hours; c) collecting by filtration the thus obtained solid precipitate and washing it with at least 1 parts by weight of a solvent having polarity from 0 to 0.1 selected from C5-C8 aliphatic hydrocarbons having boiling point below 140°C, at temperature from 20 to 100°C, under stirring; d) removing the solvent residues by conventional methods.
A vertical sliding window as a closure for an opening in an exterior wall of a building, wherein all superposed, movable window panes of the sliding window are an integral part of a single sliding sash, which for opening may be lowered vertically downwardly as a whole, and may be completely or essentially completely countersunk into a flat chamber within a box, wherein the free lower edge of an insect screen, which may be unwound from a shaft installed above the closed sliding sash, is suspended or suspendable on the upper edge of the sliding sash, characterized by a) a drive for raising and/or lowering the lowerable sliding sash which comprises at least one self-retaining activator in the form of an energy converter for converting supplied auxiliary energy into a mechanical movement, for example an electric or hydraulic motor or a hydraulic or pneumatic cylinder. b) wherein the activator is able to exert a braking torque at standstill which is sufficient for an entire replacement of any counterweight, as well as c) a panel made of a transparent material prefixed in the upper area of the window opening on the outer side in order to allow a gap ventilation that is not impaired by driving rain. a) a drive for raising and/or lowering the lowerable sliding sash which comprises at least one self-retaining activator in the form of an energy converter for converting supplied auxiliary energy into a mechanical movement, for example an electric or hydraulic motor or a hydraulic or pneumatic cylinder. b) wherein the activator is able to exert a braking torque at standstill which is sufficient for an entire replacement of any counterweight, as well as c) a panel made of a transparent material prefixed in the upper area of the window opening on the outer side in order to allow a gap ventilation that is not impaired by driving rain.
An engine start control apparatus for a hybrid vehicle including a direct injection engine directly injecting fuel into cylinders, a clutch connecting and disconnecting the direct injection engine with respect to a power transmission path, and a rotary machine functioning at least as an electric motor, the direct injection engine and the rotary machine being able to be used as drive power sources for travel, characterized in that, when the direct injection engine is started up in a state where a second cylinder of a plurality of cylinders is positioned at top dead center, engine revolutions are raised by producing a first explosion in a first cylinder situated before the second cylinder in an ignition sequence, the first cylinder being in an expansion stroke and an exhaust valve thereof not being open, by directly injecting fuel into the first cylinder and igniting the fuel, and assistance in increasing the engine revolutions is started by transmitting assist torque output from the rotary machine to the direct injection engine via the clutch, in a peak section immediately after the engine revolutions start to increase, the peak section being a section indicating engine revolutions of no less than a value having a prescribed ratio with respect to a maximum value between an increase section of the engine revolutions and a decrease section following increase section of the engine revolutions.
Cosmetic O/W emulsion comprising 4-(tert-butyl)-4'-methoxydibenzoylmethane, wherein at least 90% of the oil droplets in the emulsion have a size (diameter) of less than 8 μm, characterized in that the O/W emulsifier(s) are selected from the group of compounds comprising glyceryl stearate citrate, glyceryl stearate (self-emulsifying), stearic acid, stearate salts, polyglyceryl-3 methylglucose distearate, sodium cetearyl sulfate, potassium cetyl phosphate, polyglyceryl-10 stearate, sodium stearoyl glutamate and the emulsifier is added to the water phase in the preparation of the emulsion.
A method for producing an accumulator filled with liquid electrolyte (2, 11), wherein the accumulator comprises a housing having an upper side located at the top during the normal operation of the accumulator and a lower side situated opposite from the upper side, wherein battery electrodes are disposed in the housing and the housing comprises at least one filling opening for the liquid electrolyte (2, 11) arranged on the upper side of the housing or at least above the center of the housing, characterized in that liquid electrolyte (2, 11) is supplied through the at least one filling opening such that at no time during the liquid electrolyte (2, 11) filling process does liquid electrolyte (2, 11) completely cover an uppermost point of the battery electrodes with respect to the effective direction of gravitational force, and wherein the supplying of the liquid electrolyte (2, 11) is controlled as a metered supply.
A method for producing a pipe-shaped integrally molded article (100, 200), wherein the pipe-shaped integrally molded article (100, 200) is formed by molding a polyphenylene sulfide resin composition having a melt tension N (mN) at breakage of 10 or more and 50 or less within a single melt solidification cycle, wherein the pipe-shaped integrally molded article (100, 200) has, at one or more portions thereof, at least one section selected from a different-shape section, a bent section and a different-diameter section (301, 302, 303, 304), a total length L (mm) of 1000 mm or more, and a ratio (L/D) of the total length L (mm) to an outer diameter D (mm) of 20 or more, wherein the melt tension N at breakage is measured by the method as set out in the description.
A microorganism that has been genetically modified compared to the corresponding wildtype, which comprises a gene sequence coding for a metabolite sensor, which codes for a protein that recognises an amino acid, organic acid, fatty acid, vitamin or plant-based active substance, characterised in that the microorganism contains a vector containing a gene coding for a recombinase that is not present in the wildtype of the microorganism according to one of sequences 8, 4, 9, 7, 6, 5 or 3.
A solid phase carrier for improving detection sensitivity provided with a polydimethylsiloxane layer with an initiator on the surface, and titanium dioxide particles distributed in said polydimethylsiloxane layer with an initiator on the surface. a polydimethylsiloxane layer with an initiator on the surface, and titanium dioxide particles distributed in said polydimethylsiloxane layer with an initiator on the surface.
A communication system, comprising: a base station; and a mobile terminal, wherein the base station is configured to transmit a paging signal to the mobile terminal, via a designated carrier among a plurality of carriers of different frequencies, and further to transmit, via a carrier that is among the plurality of carriers and not the designated carrier, information that indicates the designated carrier, and wherein the mobile terminal is configured to connect to the carrier and, based on the information received via the carrier, to connect to the designated carrier and receive the paging signal transmitted via the designated carrier, characterized in that a plurality of designated carriers are included among the plurality of carriers, and in that the information indicates, among the plurality of designated carriers, the designated carrier closer in frequency to the carrier that is not the designated carrier. a base station; and a mobile terminal, wherein the base station is configured to transmit a paging signal to the mobile terminal, via a designated carrier among a plurality of carriers of different frequencies, and further to transmit, via a carrier that is among the plurality of carriers and not the designated carrier, information that indicates the designated carrier, and wherein the mobile terminal is configured to connect to the carrier and, based on the information received via the carrier, to connect to the designated carrier and receive the paging signal transmitted via the designated carrier, characterized in that a plurality of designated carriers are included among the plurality of carriers, and in that the information indicates, among the plurality of designated carriers, the designated carrier closer in frequency to the carrier that is not the designated carrier.
A fuel cell system, comprising a fuel cell stack configured to generate power according to a load, a fuel tank configured to store fuel gas, a pressure regulating valve configured to regulate a pressure of the fuel gas supplied from the fuel tank to the fuel cell stack, a purge valve configured to purge the fuel gas discharged from the fuel cell stack, and a controller configured to control the system, wherein: the controller includes a pulsating unit (S5-S9) configured to cause a fuel gas pressure of the fuel cell stack to pulsate, characterized in that the controller further includes a pressure increasing rate setting unit (S4, S40) configured to set a higher pressure increasing rate of pulsation of the fuel gas pressure in a high-load operation than in a low-load operation. the controller includes a pulsating unit (S5-S9) configured to cause a fuel gas pressure of the fuel cell stack to pulsate,
An electromagnetic radiation detector comprising: • a glass inlet window having an upstream face intended to receive a flux of incident photons as well as a downstream face opposite to the upstream face, • a photocathode in the form of a semiconductor layer, intended to generate photoelectrons from the incident photons and to emit said photoelectrons thus generated, • an electron multiplier device configured to receive the photoelectrons emitted by the photocathode and to generate for each received photoelectron a plurality of secondary electrons, • an output device configured to generate an output signal from said secondary electrons, • a transparent conductive layer deposited over the downstream face of the inlet window, and • a thin insulating layer disposed between said conductive layer and the semiconductor layer, the conductive layer being electrically connected to a first electrode and the semiconductor layer being electrically connected to a second electrode, the first electrode being intended to be set at a potential lower than that applied at the second electrode, characterized in that the potential difference applied between the second electrode and the first electrode is selected higher than or equal to 4 δ ε s ΔU bb eN a ε d where ε s and ε d are respectively the dielectric constants of the semiconductor layer and of the thin insulating layer, δ is the thickness of the insulating layer, ΔU bb is the amplitude of the band bending in the absence of any applied potential difference, N a is the concentration of acceptors in the semiconductor layer and e is the charge of the electron. • a glass inlet window having an upstream face intended to receive a flux of incident photons as well as a downstream face opposite to the upstream face, • a photocathode in the form of a semiconductor layer, intended to generate photoelectrons from the incident photons and to emit said photoelectrons thus generated, • an electron multiplier device configured to receive the photoelectrons emitted by the photocathode and to generate for each received photoelectron a plurality of secondary electrons, • an output device configured to generate an output signal from said secondary electrons, • a transparent conductive layer deposited over the downstream face of the inlet window, and • a thin insulating layer disposed between said conductive layer and the semiconductor layer,
Housing for a vehicle battery with a cover plate and a bottom plate, a frame being arranged between the cover plate and the bottom plate, the frame being connected to the cover plate and the bottom plate, at least one crossmember element being arranged in the space which is enclosed by the frame, and the frame being configured as a rolled profile and/or folded part, characterized in that the bottom plate is manufactured from a hardened manganese-boron-alloyed steel with a tensile strength of at least 780 MPa.
A communication sharing method for sharing communication between the connected home automation equipment units belonging to a first communication network and a remote equipment unit connected to a second communication network, the first communication network being connected to the second communication network by a network equipment unit, the network equipment unit being adapted so as to enable the communication between at least one connected home automation equipment unit of the first communication network and said remote equipment unit, the method comprising: - determining (36, 54) a communication link device (10 i) for establishing a communication link from among the connected home automation equipment units of the first communication network, as a function of at least one characteristic feature of said connected home automation equipment units; and - maintaining (38, 60) by said communication link device (10 i) a communication channel between the first communication network and the remote equipment unit through said network equipment unit, for the benefit of the other connected home automation equipment units of the first communication network. - determining (36, 54) a communication link device (10 i) for establishing a communication link from among the connected home automation equipment units of the first communication network, as a function of at least one characteristic feature of said connected home automation equipment units; and - maintaining (38, 60) by said communication link device (10 i) a communication channel between the first communication network and the remote equipment unit through said network equipment unit, for the benefit of the other connected home automation equipment units of the first communication network.
A cold plasma electrosurgical device, comprising: a gas supply tube having a distal end, said gas supply tube configured to carry a gas to the distal end; and an electrode configured to excite the gas to enter a cold plasma state to be discharged from the distal end of said supply tube; characterized in that said electrode comprises an active central electrode located inside the gas supply tube and an active outer electrode located outside the gas supply tube, said central electrode and said outer electrode configured to excite the gas to a cold plasma state. a gas supply tube having a distal end, said gas supply tube configured to carry a gas to the distal end; and an electrode configured to excite the gas to enter a cold plasma state to be discharged from the distal end of said supply tube; characterized in that said electrode comprises an active central electrode located inside the gas supply tube and an active outer electrode located outside the gas supply tube, said central electrode and said outer electrode configured to excite the gas to a cold plasma state.
An aircraft section configured to be arranged between a cockpit and a cabin area of an aircraft, the aircraft section comprising: a cockpit aisle configured to allow access to the cockpit from the cabin area; and a monument extending in a longitudinal direction and a transverse direction of the aircraft, and including: a first lavatory; a second lavatory arranged adjacent to the first lavatory in the transverse direction and comprising the cockpit aisle; a first separation wall separating the first lavatory from the second lavatory; a first boundary wall configured to delimit the first lavatory and a first portion of a rear of the cockpit; a second boundary wall configured to delimit the second lavatory and a second portion of a rear of the cockpit, the second boundary wall being parallel to the first boundary wall or forming a continuous wall with the first boundary wall; and an outer door movable between an open position, where the cockpit aisle is accessible from the cabin area, and a closed position, where the cockpit aisle is blocked with respect to the cabin area. a cockpit aisle configured to allow access to the cockpit from the cabin area; and a monument extending in a longitudinal direction and a transverse direction of the aircraft, and including: a first lavatory; a second lavatory arranged adjacent to the first lavatory in the transverse direction and comprising the cockpit aisle; a first separation wall separating the first lavatory from the second lavatory; a first boundary wall configured to delimit the first lavatory and a first portion of a rear of the cockpit; a second boundary wall configured to delimit the second lavatory and a second portion of a rear of the cockpit, the second boundary wall being parallel to the first boundary wall or forming a continuous wall with the first boundary wall; and an outer door movable between an open position, where the cockpit aisle is accessible from the cabin area, and a closed position, where the cockpit aisle is blocked with respect to the cabin area. a first lavatory; a second lavatory arranged adjacent to the first lavatory in the transverse direction and comprising the cockpit aisle; a first separation wall separating the first lavatory from the second lavatory; a first boundary wall configured to delimit the first lavatory and a first portion of a rear of the cockpit; a second boundary wall configured to delimit the second lavatory and a second portion of a rear of the cockpit, the second boundary wall being parallel to the first boundary wall or forming a continuous wall with the first boundary wall; and an outer door movable between an open position, where the cockpit aisle is accessible from the cabin area, and a closed position, where the cockpit aisle is blocked with respect to the cabin area.