mhurhangee/ep-ind-claims huggingface dataset:
A process for producing a stable, injectable solution containing noradrenaline, wherein the solution of noradrenaline is free of antioxidants, comprising the following steps: a. dissolving noradrenaline and optionally one or more excipients in deoxygenated or degassed water, in order to produce a solution containing noradrenaline; b. distributing the noradrenaline solution in an inert gas current into a container, c. sterilizing the solution containing noradrenaline, before and/or after step b), d. hermetically sealing the container, e. wherein the oxygen concentration in the solution containing noradrenaline is less than 300 ppbw immediately after sealing the container; and f. wherein the oxygen concentration in the headspace immediately after sealing the container is at most 1.0 percent v/v. a. dissolving noradrenaline and optionally one or more excipients in deoxygenated or degassed water, in order to produce a solution containing noradrenaline; b. distributing the noradrenaline solution in an inert gas current into a container, c. sterilizing the solution containing noradrenaline, before and/or after step b), d. hermetically sealing the container, e. wherein the oxygen concentration in the solution containing noradrenaline is less than 300 ppbw immediately after sealing the container; and f. wherein the oxygen concentration in the headspace immediately after sealing the container is at most 1.0 percent v/v.
A battery module comprising: a cell assembly comprising cells having a lead attached thereto; a terminal busbar provided to face the lead and capable of contacting the lead; a magnet provided on an inner surface of the lead to provide a magnetic force capable of pushing the lead and the terminal busbar to closely contact each other; an iron member capable of magnetically interacting with the magnet is provided on an outer surface of the terminal busbar to face the magnet thus bringing the terminal busbar and the lead into closer contact with each other; a spring member pressed by a cover plate attached to the cell assembly, to apply an elastic force between the lead and the terminal busbar and thus bringing the terminal busbar and the lead into close contact with each other; and an insulation cover provided between the cover plate and the terminal busbar to support the spring member and the iron member; wherein the spring member comprises a first spring and a second spring respectively placed at one and the other sides of a supporting member capable of closely contacting the outer surface of the terminal busbar, wherein the first spring is accommodated in the insulation cover and the second spring is provided to pass through the terminal busbar. a cell assembly comprising cells having a lead attached thereto; a terminal busbar provided to face the lead and capable of contacting the lead; a magnet provided on an inner surface of the lead to provide a magnetic force capable of pushing the lead and the terminal busbar to closely contact each other; an iron member capable of magnetically interacting with the magnet is provided on an outer surface of the terminal busbar to face the magnet thus bringing the terminal busbar and the lead into closer contact with each other; a spring member pressed by a cover plate attached to the cell assembly, to apply an elastic force between the lead and the terminal busbar and thus bringing the terminal busbar and the lead into close contact with each other; and an insulation cover provided between the cover plate and the terminal busbar to support the spring member and the iron member; wherein the spring member comprises a first spring and a second spring respectively placed at one and the other sides of a supporting member capable of closely contacting the outer surface of the terminal busbar, wherein the first spring is accommodated in the insulation cover and the second spring is provided to pass through the terminal busbar.
A fixing element (1, 11) for positioning cuboid, upwardly open containers in a vertical stack comprising first vertical sidewalls (2, 12) which are disposed at a right angle with respect to each other, second vertical sidewalls (3, 13), and a horizontal connecting element (4, 14a, b, c, d), which extends from the first sidewall (1, 12) to the second sidewalls (3, 13), wherein the first sidewalls (2, 12) comprise inner surfaces and outer surfaces (2a, 12a), and the inner surfaces form the right angle and the outer surfaces (2a, 12a) form the exterior angle of the right angle, and wherein the second vertical sidewalls (3, 13) face the outer sides (2a, 12a) of the first sidewalls (2, 12) or the outer tip of the right angle formed by the first sidewalls (2, 12), or both, and the connecting element (4, 14a, b, c, d) extends at least partly horizontally from the outer surfaces (2a, 12a) of the first sidewalls (2, 12) to the second sidewalls (3, 13), characterized in that the connecting element extends horizontally from the vertical centre of the outer surfaces of the first sidewalls to the vertical centre of the second sidewalls.
A hot melt adhesive composition comprising two thermoplastic polyurethane copolymers and, wherein the thermoplastic polyurethane copolymer comprises a reaction product of at least one polyester polyol; and at least one polyisocyanate; and has a number average molecular weight (M n) of at least 25,000 g/mol; wherein the thermoplastic polyurethane copolymer comprises a reaction product of at least one polyester polyol; and at least one polyisocyanate; and has a number average molecular weight (M n) of less than 25,000 g/mol; and wherein the hot melt adhesive composition has a melt viscosity of 1,000 to 100,000 mPas at 160 °C.
A computer-implemented method for improving operation of a device based upon user interaction, the method comprising: receiving (302; 402) user input (250; 255); determining (304; 404) a user state value based on the received user input, wherein the user state value corresponds to a patience level of the user with the current rate of operation of the device (10; 102; 200); determining an application to be closed or suspended from among a plurality of applications currently running on the device, wherein the application is determined based on at least one of: the time elapsed since the last use of the application, the processor power being used by the application, and the fact that the application is not the application currently being used on the device and is not related to the application currently being used on the device; and causing (306; 410), in an instance in which the user state value satisfies a threshold user state value, the determined application currently running on the device to be closed or suspended. receiving (302; 402) user input (250; 255); determining (304; 404) a user state value based on the received user input, wherein the user state value corresponds to a patience level of the user with the current rate of operation of the device (10; 102; 200); determining an application to be closed or suspended from among a plurality of applications currently running on the device, wherein the application is determined based on at least one of: the time elapsed since the last use of the application, the processor power being used by the application, and the fact that the application is not the application currently being used on the device and is not related to the application currently being used on the device; and the time elapsed since the last use of the application, the processor power being used by the application, and the fact that the application is not the application currently being used on the device and is not related to the application currently being used on the device; and causing (306; 410), in an instance in which the user state value satisfies a threshold user state value, the determined application currently running on the device to be closed or suspended.
A method of preparing a compound of formula wherein Q is an optionally substituted N-containing heterocyclyl or optionally substituted N-containing heteroaryl, and Y is a lower alkyl group; said method comprising: a) treating a compound of formula with a chlorinating agent which is thionyl chloride under conditions sufficient to obtain a compound of formula a') treating the compound of formula from step a) with a non-nucleophilic base and lower alkyl N,N-lower dialkyl aminoacrylate to obtain a compound of formula a") wherein R and R' are independently lower alkyl; reacting the compound of formula from step (a') with a lower alkylamine under conditions sufficient to form a compound of formula wherein R is lower alkyl, b) reducing the nitro group of the compound of formula from step (a") to obtain a compound of formula c) treating the compound of formula from step (b) with 2-indanone and a suitable reducing agent under conditions sufficient to obtain a compound of formula d) hydrolysing the compound of formula from step (c) to obtain a compound of formula; and e) reacting a compound of formula with an acid activating agent and QH, under conditions sufficient to obtain a compound of formula, and wherein the term "lower alkyl" denotes alkane groups missing one hydrogen and containing from one to six carbon atoms. a) treating a compound of formula with a chlorinating agent which is thionyl chloride under conditions sufficient to obtain a compound of formula a') treating the compound of formula from step a) with a non-nucleophilic base and lower alkyl N,N-lower dialkyl aminoacrylate to obtain a compound of formula a") wherein R and R' are independently lower alkyl; reacting the compound of formula from step (a') with a lower alkylamine under conditions sufficient to form a compound of formula wherein R is lower alkyl, b) reducing the nitro group of the compound of formula from step (a") to obtain a compound of formula c) treating the compound of formula from step (b) with 2-indanone and a suitable reducing agent under conditions sufficient to obtain a compound of formula d) hydrolysing the compound of formula from step (c) to obtain a compound of formula; and e) reacting a compound of formula with an acid activating agent and QH, under conditions sufficient to obtain a compound of formula, and wherein the term "lower alkyl" denotes alkane groups missing one hydrogen and containing from one to six carbon atoms.
A communication method comprising: - minimum-shift-keying -modulating a data signal corresponding to a selected function mode; - frequency-modulating the MSK-modulated data signal; - converting the FM-modulated data signal to a radio frequency band signal corresponding to the selectedfunction mode, and transmitting the converted RF band signal to a cordless phone base station; and - FM-modulating the voice signal, converting the FM-modulated voice signal to the RF band signal corresponding to the selected function mode, and transmitting the converted RF band signal to the cordless phone base station, CHARACTERIZED BY - selecting one of a cordless phone mode based on MSK modulation and a handset transceiver function mode based on FM modulation through a user interface; - determining whether a voice signal exists when the data signal is not transmitted, and if a voice signal exists when the data signal is not transmitted: FM-modulating the voice signal, converting the FM-modulated voice signal to the RF band signal corresponding to the selected function mode, and transmitting the converted RF band signal to the cordless phone base station; and - wherein the MSK modulation and the FM modulation are performed by software modules. - minimum-shift-keying -modulating a data signal corresponding to a selected function mode; - frequency-modulating the MSK-modulated data signal; - converting the FM-modulated data signal to a radio frequency band signal corresponding to the selectedfunction mode, and transmitting the converted RF band signal to a cordless phone base station; and - FM-modulating the voice signal, converting the FM-modulated voice signal to the RF band signal corresponding to the selected function mode, and transmitting the converted RF band signal to the cordless phone base station, CHARACTERIZED BY - selecting one of a cordless phone mode based on MSK modulation and a handset transceiver function mode based on FM modulation through a user interface; - determining whether a voice signal exists when the data signal is not transmitted, and if a voice signal exists when the data signal is not transmitted: FM-modulating the voice signal, converting the FM-modulated voice signal to the RF band signal corresponding to the selected function mode, and transmitting the converted RF band signal to the cordless phone base station; and - wherein the MSK modulation and the FM modulation are performed by software modules.
A method for producing substantially cylindrical articles of the tobacco processing industry; each article comprises a tubular body; a container element, which is arranged in the area of a first end of the tubular body and has an end opening facing outwards, at least one side wall and a bottom wall opposite to said end opening; a substantially rigid element, partially housed inside the container element and having an end portion, which protrudes through said end opening to the outside of the container element; and loose material, which is arranged inside the container element between the substantially rigid element and the bottom wall; the method comprising a conveying step designed to convey the container element, with its end opening facing upwards, along a first given path through a loading station and a first insertion station arranged downstream of the loading station; a loading step, during which the loose material is inserted into the container element in the area of the loading station; a first insertion step, which takes place after the loading step and during which the substantially rigid element is partially inserted into the container element by being moved downwards, so as to obtain a combined element; and a second insertion step, which takes place after the first insertion step and during which the combined element is at least partially inserted into the tubular body.
A thruster assembly, comprising a switch connected to a power source, a thruster, a propellant tank for storing and pressurising a propellant, and a propellant channel for guiding the propellant to the thruster, wherein the thruster comprises: a space for receiving the propellant from the propellant channel, an electrically controlled heating element, a thruster body having a first thermal expansion coefficient, a valve component having a second thermal expansion coefficient, which is different than the first thermal expansion coefficient, inside the thruster body, a converging-diverging nozzle comprising a propelling nozzle bore, wherein the valve component comprises a sealing surface closing the converging-diverging nozzle in a first temperature, and the electrically controlled heating element in response to actuation of the switch heats said thruster to a second temperature where the thermal expansion of the thruster opens the converging-diverging nozzle, characterized in that the converging-diverging nozzle is manufactured to a same part with the thruster body. a switch connected to a power source, a thruster, a propellant tank for storing and pressurising a propellant, and a propellant channel for guiding the propellant to the thruster, wherein the thruster comprises: a space for receiving the propellant from the propellant channel, an electrically controlled heating element, a thruster body having a first thermal expansion coefficient, a valve component having a second thermal expansion coefficient, which is different than the first thermal expansion coefficient, inside the thruster body, a converging-diverging nozzle comprising a propelling nozzle bore, wherein the valve component comprises a sealing surface closing the converging-diverging nozzle in a first temperature, and the electrically controlled heating element in response to actuation of the switch heats said thruster to a second temperature where the thermal expansion of the thruster opens the converging-diverging nozzle, characterized in that the converging-diverging nozzle is manufactured to a same part with the thruster body. a space for receiving the propellant from the propellant channel, an electrically controlled heating element, a thruster body having a first thermal expansion coefficient, a valve component having a second thermal expansion coefficient, which is different than the first thermal expansion coefficient, inside the thruster body, a converging-diverging nozzle comprising a propelling nozzle bore, wherein the valve component comprises a sealing surface closing the converging-diverging nozzle in a first temperature, and the electrically controlled heating element in response to actuation of the switch heats said thruster to a second temperature where the thermal expansion of the thruster opens the converging-diverging nozzle, characterized in that the converging-diverging nozzle is manufactured to a same part with the thruster body.
A method of making a granule comprising: providing a core which comprises an enzyme active agent; applying a melt-delayed layer in an un-melted form to a growing granule; applying a melt-resistant coating layer that melts at a higher temperature than the melt-delayed layer and which is located external to the melt-delayed layer; and melting the melt-delayed layer, thereby forming the granule. providing a core which comprises an enzyme active agent; applying a melt-delayed layer in an un-melted form to a growing granule; applying a melt-resistant coating layer that melts at a higher temperature than the melt-delayed layer and which is located external to the melt-delayed layer; and melting the melt-delayed layer, thereby forming the granule.
Tensioner for transmission belt, which comprises at least one roller and a support part crossed by at least one recess for receiving a fixing element intended to the fixing of the tensioner on an assembly, characterized in that said at least one recess on the support part is in the form of an open light opening on an external edge of the support part and in that the support part is crossed by at least one housing for the passage of a pin intended to be inserted at least partially into the assembly.
A network component comprising: a receiver unit configured to receive a signal indicating an aggregated label switched path,LSP, associated with a composite link (130, 230) that comprises a plurality of component links (132, 232), and a plurality of identifiers for a plurality of data flows of the aggregated LSP that are associated with the component links; a logic unit configured to map each of the identifiers to one corresponding link of the component links; and a transmitter unit configured to forward the data flows on the corresponding component links and send the corresponding identifiers in a plurality of inner labels below a top LSP label in the data flow's packets and send a second signal indicating a plurality of candidate links from the component links for a bidirectional LSP; wherein the receiver unit is further configured to receive a return message indicating a selected link from the candidate links. a receiver unit configured to receive a signal indicating an aggregated label switched path,LSP, associated with a composite link (130, 230) that comprises a plurality of component links (132, 232), and a plurality of identifiers for a plurality of data flows of the aggregated LSP that are associated with the component links; a logic unit configured to map each of the identifiers to one corresponding link of the component links; and a transmitter unit configured to forward the data flows on the corresponding component links and send the corresponding identifiers in a plurality of inner labels below a top LSP label in the data flow's packets and send a second signal indicating a plurality of candidate links from the component links for a bidirectional LSP; wherein the receiver unit is further configured to receive a return message indicating a selected link from the candidate links.
A method of making a dental restoration on a dental model of a patient's dental anatomy, comprising the steps of: a) providing a non-polymerized shell form comprising a first polymerizable material, the shell having a cavity therein so that it may be mounted over the dental model; b) introducing a heated second polymerizable material into the cavity of the shell form; c) placing the shell form containing the second polymerizable material over a targeted area on the dental model that will receive the restoration; d) allowing the shell and second polymerizable material to cool and form a dimensionally, shape-stable uncured restoration on the model; e) irradiating the shell and second polymerizable material with light so they cure and form a hardened restoration; and f) removing the fully cured restoration from the model. a) providing a non-polymerized shell form comprising a first polymerizable material, the shell having a cavity therein so that it may be mounted over the dental model; b) introducing a heated second polymerizable material into the cavity of the shell form; c) placing the shell form containing the second polymerizable material over a targeted area on the dental model that will receive the restoration; d) allowing the shell and second polymerizable material to cool and form a dimensionally, shape-stable uncured restoration on the model; e) irradiating the shell and second polymerizable material with light so they cure and form a hardened restoration; and f) removing the fully cured restoration from the model.
Device for monitoring a lubricating oil circuit of an automated vehicle transmission, wherein an electropneumatic mechatronic unit is arranged on or in the vehicle transmission, characterized in that an oil pressure sensor for measuring the pressure in the lubricating oil circuit is arranged in or on the mechatronic unit.