mhurhangee/ep-ind-claims huggingface dataset:
A process for the preparation of a chiral compound, comprising (1.1) providing a compound of formula Y 3 -NH 2 or a salt thereof, wherein Y 3 is an optionally substituted aryl residue; (1.2) providing a phosgene derivative of formula (IIb) wherein Y 1 N- and Y 2 N- are the same or different optionally substituted nitrogen heterocycle moieties; (1.3) providing a compound of formula or a salt thereof, wherein R 1 is an alkyl residue preferably having from 1 to 6 carbon atoms, and wherein -R is -H or a suitable hydroxyl protecting group preferably selected from the group consisting of -SiR a R b R c and optionally substituted alkyl, aryl, alkaryl or aralkyl residues, where R a, R b and R c are the same or different and selected from the group consisting of optionally suitably substituted alkyl and aryl residues; mixing and reacting the compounds of formulae, (IIb), and in a solvent in any order to obtain a reaction mixture containing a chiral compound of formula and/or formula (1.1) providing a compound of formula Y 3 -NH 2 or a salt thereof, wherein Y 3 is an optionally substituted aryl residue; (1.2) providing a phosgene derivative of formula (IIb) wherein Y 1 N- and Y 2 N- are the same or different optionally substituted nitrogen heterocycle moieties; (1.3) providing a compound of formula or a salt thereof, wherein R 1 is an alkyl residue preferably having from 1 to 6 carbon atoms, and wherein -R is -H or a suitable hydroxyl protecting group preferably selected from the group consisting of -SiR a R b R c and optionally substituted alkyl, aryl, alkaryl or aralkyl residues, where R a, R b and R c are the same or different and selected from the group consisting of optionally suitably substituted alkyl and aryl residues; wherein R 1 is an alkyl residue preferably having from 1 to 6 carbon atoms, and wherein -R is -H or a suitable hydroxyl protecting group preferably selected from the group consisting of -SiR a R b R c and optionally substituted alkyl, aryl, alkaryl or aralkyl residues, where R a, R b and R c are the same or different and selected from the group consisting of optionally suitably substituted alkyl and aryl residues; mixing and reacting the compounds of formulae, (IIb), and in a solvent in any order to obtain a reaction mixture containing a chiral compound of formula and/or formula
A device for correcting the vertical sag of an upper cross-member of the joinery of a closure system, this device: - including: - a vertical reinforcement extending horizontally, aimed at extending substantially parallel to the upper cross-member of the joinery and at being immobilized with respect to this joinery; - at least one base aimed at cooperating with the upper cross-member of the joinery; - at least one means for adjusting the vertical position of such a base relative to the vertical reinforcement, in order to permit at least one correction of the vertical sag of the upper cross-member of the joinery of the closure system; - wherein the vertical reinforcement includes a horizontal bracket, which the adjustment means cooperate with and intended to rest on at least one support immobile with respect to the joinery and/or supported by a side post of this joinery. - including: - a vertical reinforcement extending horizontally, aimed at extending substantially parallel to the upper cross-member of the joinery and at being immobilized with respect to this joinery; - at least one base aimed at cooperating with the upper cross-member of the joinery; - at least one means for adjusting the vertical position of such a base relative to the vertical reinforcement, in order to permit at least one correction of the vertical sag of the upper cross-member of the joinery of the closure system; - a vertical reinforcement extending horizontally, aimed at extending substantially parallel to the upper cross-member of the joinery and at being immobilized with respect to this joinery; - at least one base aimed at cooperating with the upper cross-member of the joinery; - at least one means for adjusting the vertical position of such a base relative to the vertical reinforcement, in order to permit at least one correction of the vertical sag of the upper cross-member of the joinery of the closure system; - wherein the vertical reinforcement includes a horizontal bracket, which the adjustment means cooperate with and intended to rest on at least one support immobile with respect to the joinery and/or supported by a side post of this joinery.
A 12CaO · 7Al 2 O 3 compound, which incorporates a negative hydrogen ion (H -, H 2-, H 2 -) at a concentration of 1 x 10 18 cm -3 or more, which has an electronic conductance equivalent to an electric conductivity of 10 -5 Scm -1 or more at room temperature.
Component comprising a structural part made of a composite comprising organic or inorganic fibers held in an organic matrix in the hardened state, and comprising, on a surface of said structural part, at least on a side of said component liable to be struck by lightning, a metallization layer comprising a layer of a first electrically conductive metallic material, said metallization layer being covered with an electrically insulating protective paint, characterized in that the metallization layer comprises at least a second electrically conductive metallic material, called LVT material, the vaporization temperature Θl of which is below the vaporization temperature Θh of the first electrically conductive metallic material, called HVT material.
A method for controlling a signalling assembly of a crossing, wherein - at least one input parameter is transferred to a traffic control device determining first traffic parameters, - first traffic parameters of the current traffic situation are determined depending on the at least one input parameter by the traffic control device on the basis of a machine learning model and/or a pattern recognition model, - at least one evaluation criterion is predetermined, - the first traffic parameters and the at least one evaluation criterion are transferred to an evaluation device, - actuating variables are determined depending on the first traffic parameters and the at least one evaluation criterion by the evaluation device on the basis of a machine learning model and/or a pattern recognition model, and - the signalling assembly is operated with the actuating variables. - at least one input parameter is transferred to a traffic control device determining first traffic parameters, - first traffic parameters of the current traffic situation are determined depending on the at least one input parameter by the traffic control device on the basis of a machine learning model and/or a pattern recognition model, - at least one evaluation criterion is predetermined, - the first traffic parameters and the at least one evaluation criterion are transferred to an evaluation device, - actuating variables are determined depending on the first traffic parameters and the at least one evaluation criterion by the evaluation device on the basis of a machine learning model and/or a pattern recognition model, and - the signalling assembly is operated with the actuating variables.
A time measurement device for calculating a time from an input of a first trigger signal to an input of a second trigger signal as a measured time, the time measurement device comprising: a first signal generation unit for generating a first signal in response to the first trigger signal; a second signal generation unit for generating a second signal in response to the second trigger signal; a digital conversion unit for receiving inputs of the first signal and the second signal and generating a digital signal corresponding to a time from the input of the first signal to the input of the second signal; a time delay unit for delaying an input of at least one of the first signal and the second signal to the digital conversion unit by a delay time selected from a plurality of preset delay times, while chronologically switching the delay time selected from the plurality of delay times, and wherein the time delay unit is configured to select at least two delay times; and wherein the digital conversion unit is configured to generate a plurality of digital signals according to the at least two delay times; the time measurement device further comprising a time calculation unit for calculating the measured time based on the plurality of digital signals generated by the digital conversion unit. a first signal generation unit for generating a first signal in response to the first trigger signal; a second signal generation unit for generating a second signal in response to the second trigger signal; a digital conversion unit for receiving inputs of the first signal and the second signal and generating a digital signal corresponding to a time from the input of the first signal to the input of the second signal; a time delay unit for delaying an input of at least one of the first signal and the second signal to the digital conversion unit by a delay time selected from a plurality of preset delay times, while chronologically switching the delay time selected from the plurality of delay times, and wherein the time delay unit is configured to select at least two delay times; and wherein the digital conversion unit is configured to generate a plurality of digital signals according to the at least two delay times; the time measurement device further comprising a time calculation unit for calculating the measured time based on the plurality of digital signals generated by the digital conversion unit.
An electrical serial fieldbus communication system comprising: a module (18; 30, 39) having: a housing having a main front face; and a communication fitting and a power fitting positioned on the housing of the module (30, 39), or a plurality of I/O fittings positioned on the main front face, characterized in that an electronic alpha-numeric display is mounted on the main front face, the display having operable buttons for scrolling through menus and different indicia relating to different parameters of said module; and wherein the display is configured to display the status and other parameters of the module (18; 30, 39). a module (18; 30, 39) having: a housing having a main front face; and a communication fitting and a power fitting positioned on the housing of the module (30, 39), or a plurality of I/O fittings positioned on the main front face, characterized in that an electronic alpha-numeric display is mounted on the main front face, the display having operable buttons for scrolling through menus and different indicia relating to different parameters of said module; and wherein the display is configured to display the status and other parameters of the module (18; 30, 39). a housing having a main front face; and a communication fitting and a power fitting positioned on the housing of the module (30, 39), or a plurality of I/O fittings positioned on the main front face, characterized in that an electronic alpha-numeric display is mounted on the main front face, the display having operable buttons for scrolling through menus and different indicia relating to different parameters of said module; and wherein the display is configured to display the status and other parameters of the module (18; 30, 39).
A metal-graphite composite material comprising: 20 to 80% by volume of a scaly graphite powder; and a matrix selected from the group consisting of copper, aluminium and alloys thereof, wherein the metal-graphite composite material has a relative density of 95% or higher, characterized in that the scaly graphite powder in which a normal vector to a scaly surface is tilted at 20° or higher with respect to a normal vector to a readily heat-conducting surface of the metal-graphite composite material is 12% or less relative to a whole amount of the scaly graphite powder, and the scaly graphite powder in which a normal vector to a scaly surface is tilted at 10° or less with respect to a normal vector to the readily heat-conducting surface is 55% or more relative to a whole amount of the scaly graphite powder.
System comprising a charging device for an electric vehicle and an additional charging device, wherein the charging device is designed such that it can be connected with an additional charging device with a retaining opening and the connection can be locked, if the additional charging device is fully inserted into the first charging device, having a bolt for locking the mechanical connection between the first charging device and the additional charging device by moving an end of the bolt into the retaining opening, wherein a device is provided that, in the case of a damaged retaining opening of the additional charging device, is able to prevent a movement of the bolt in the direction of its locking position, if the additional charging device is fully inserted into the first charging device, characterized in that the charging device comprises a lever that can be moved starting from a starting position through a locking bar of the retaining opening into an end position, and which enables an indirect or direct locking of the mechanical connection between the charging device and the additional charging device only in the end position, wherein the charging device is embodied so that a battery of the electric vehicle is only charged after the locking.
A system controller for controlling one or more load control devices in a load control environment, the system controller comprising: a control circuit configured to: determine (724;726) a comfort variable of a plurality of comfort variables to adjust wherein the plurality of comfort variables are associated with a comfort level in the load control environment and power consumption of the load control environment; determine an adjustment amount for the comfort variable: calculate an estimated change of a comfort cost based on the adjustment amount for the comfort variable, wherein the comfort cost indicates a monetary value for the comfort level in a load control environment; calculate an estimated change of a power cost based on the adjustment amount for the comfort variable, wherein the power cost indicates a monetary value for a power consumption of the load control environment; and automatically control the one or more load control devices in the load control environment base on the comfort cost and the power cost. determine (724;726) a comfort variable of a plurality of comfort variables to adjust wherein the plurality of comfort variables are associated with a comfort level in the load control environment and power consumption of the load control environment; determine an adjustment amount for the comfort variable: calculate an estimated change of a comfort cost based on the adjustment amount for the comfort variable, wherein the comfort cost indicates a monetary value for the comfort level in a load control environment; calculate an estimated change of a power cost based on the adjustment amount for the comfort variable, wherein the power cost indicates a monetary value for a power consumption of the load control environment; and automatically control the one or more load control devices in the load control environment base on the comfort cost and the power cost.
A nanocomposite material containing metal nanoparticles, characterized in that the structure of the nanocomposite material additionally includes intermediate bonding organic molecules having a carbon-carbon, nitrogen-nitrogen, or carbon-nitrogen double-bond and being capable to modify their spatial configuration due to an isomerisation process when exposed to external light, and bondable molecules having optical luminescence properties modified depending on a spatial configuration of the intermediate bonding organic molecule; and that the nanoparticles, intermediate bonding organic molecules, and bondable molecules are connected in series where a series consists of a nanoparticle and a bondable molecule bonded together by an intermediate organic bonding molecule, so that a three-dimensional cluster structure is formed.
An economizer device associable with a linear pneumatic actuator (20; 220) having a casing and a piston slidable inside the casing and defining two chambers (23, 24) in the latter, said device (100; 200) comprising a body (102; 202) provided with a first opening (103; 203) selectively connectable to a source of pressurized air or to an environment at atmospheric pressure, a second opening (104; 204) connectable to a chamber of the linear pneumatic actuator (20; 220) and a third opening (105; 205) selectively connectable to a source of pressurized air, said openings (103, 104, 105) being connected together by a first conduit, the device (100; 200) comprising a Venturi vacuum generator slidably housed and movable in said first conduit, said device (100; 200) being arranged for operating between a first operating configuration, in which said first opening (103; 203) is supplied with air at an operating pressure (p) and said Venturi vacuum generator is movable in said first conduit to permit a primary flow of air and to reduce an outlet pressure thereof from the second opening (104; 204) so as to supply the chamber with air at a reduced pressure (p r) lower than said operating pressure (p), and a second operating configuration, in which said first opening (103; 203) is connected to the environment at atmospheric pressure, said third opening (105; 205) is supplied with pressurized air with which it supplies said Venturi vacuum generator that creates a vacuum in said second opening (104; 204) in such a manner as to suck air from and create a vacuum in the chamber of the linear pneumatic actuator.
A method of increasing retention of an intravascular device on a balloon catheter, comprising: a first stage of crimping the intravascular device onto a balloon of the balloon catheter; a second stage of heating and pressurizing the balloon; and a third stage of re-crimping the intravascular device onto the balloon of the balloon catheter including heating the intravascular device and the balloon catheter in the range of about 70 degrees to 250 degrees Fahrenheit (21 to 121 degrees Celsius). a first stage of crimping the intravascular device onto a balloon of the balloon catheter; a second stage of heating and pressurizing the balloon; and a third stage of re-crimping the intravascular device onto the balloon of the balloon catheter including heating the intravascular device and the balloon catheter in the range of about 70 degrees to 250 degrees Fahrenheit (21 to 121 degrees Celsius).
A method for removably attaching a printing plate to a printing cylinder, said method comprising: (i) attaching a photopolymer sheet to the printing cylinder which photopolymer sheet comprises first and second major faces which are opposed to each other wherein the first major face contacts and attaches to the printing cylinder and wherein the first and second major faces have a surface tack of at least 600g as measured by ASTM standard D-2979-95; (ii) contacting and attaching the printing plate to the second major face; wherein the photopolymer sheet comprises: (a) binder; (b) at least one monomer; (c) photoinitiator; and (d) microspheres with a diameter of less than 90 μm, and wherein the resilience of the photopolymer sheet is from 8 to 20 as measured by ASTM method D2632-88 modified to measure at 0.635 cm (0.250 inch) thickness. (i) attaching a photopolymer sheet to the printing cylinder which photopolymer sheet comprises first and second major faces which are opposed to each other wherein the first major face contacts and attaches to the printing cylinder and wherein the first and second major faces have a surface tack of at least 600g as measured by ASTM standard D-2979-95; (ii) contacting and attaching the printing plate to the second major face; wherein the photopolymer sheet comprises: (a) binder; (b) at least one monomer; (c) photoinitiator; and (d) microspheres with a diameter of less than 90 μm, and wherein the resilience of the photopolymer sheet is from 8 to 20 as measured by ASTM method D2632-88 modified to measure at 0.635 cm (0.250 inch) thickness. (a) binder; (b) at least one monomer; (c) photoinitiator; and (d) microspheres with a diameter of less than 90 μm,
A packaging line to pack profiles, the packaging line comprising: a first blade and a third blade, both synchronously rotatable about a horizontal central axis, the first blade and the third blade (400, 204) having a geometrical shape which is adapted to receive a first profile having a c-shaped cross-section or a u-shaped cross-section and to rotate a second profile having a c-shaped cross-section or a u-shaped cross-section over the first profile such that the first profile is positioned in a first orientation and the second profile positioned in a second orientation opposite the first orientation to form a first duplex disposed in the first and third blades (400, 204), characterized in that the packaging line further comprises a second blade and a fourth blade, both synchronously rotatable about the said horizontal central axis, in that the first and the second blades are rotatable in a first vertical plane, in that the third and the fourth blades (402, 206) are rotatable in a second vertical plane that is parallel to and offset from the first vertical plane, and in that the second and fourth blades (402, 206) have a geometrical shape which is adapted to receive a third profile having a c-shaped cross-section or a u-shaped cross-section and to rotate a fourth profile having a c-shaped cross-section or a u-shaped cross-section over the third profile such that the third profile is positioned in a first orientation and the fourth profile is positioned in a second orientation opposite the first orientation to form a second duplex disposed in the second and fourth blades (402, 206). a first blade and a third blade, both synchronously rotatable about a horizontal central axis, the first blade and the third blade (400, 204) having a geometrical shape which is adapted to receive a first profile having a c-shaped cross-section or a u-shaped cross-section and to rotate a second profile having a c-shaped cross-section or a u-shaped cross-section over the first profile such that the first profile is positioned in a first orientation and the second profile positioned in a second orientation opposite the first orientation to form a first duplex disposed in the first and third blades (400, 204), characterized in that the packaging line further comprises a second blade and a fourth blade, both synchronously rotatable about the said horizontal central axis, in that the first and the second blades are rotatable in a first vertical plane, in that the third and the fourth blades (402, 206) are rotatable in a second vertical plane that is parallel to and offset from the first vertical plane, and in that the second and fourth blades (402, 206) have a geometrical shape which is adapted to receive a third profile having a c-shaped cross-section or a u-shaped cross-section and to rotate a fourth profile having a c-shaped cross-section or a u-shaped cross-section over the third profile such that the third profile is positioned in a first orientation and the fourth profile is positioned in a second orientation opposite the first orientation to form a second duplex disposed in the second and fourth blades (402, 206).