mhurhangee/ep-ind-claims huggingface dataset:
Process for preparing Prasugrel and, optionally, pharmaceutically acceptable salts thereof, comprising the following steps: a) bromination of the compound of formula with liquid bromine in the presence of a polar protic solvent to obtain the compound of formula b) condensing the compound of formula with the compound of formula in the presence of a base in a polar aprotic solvent to obtain the compound of formula c) acetylating the compound of formula in the presence of an aprotic solvent, an acetylating agent and a catalyst to obtain Prasugrel base of formula, and, optionally, preparing pharmaceutically acceptable salts thereof by either: d) converting Prasugrel base of formula with maleic acid in the presence of a polar aprotic solvent into Prasugrel maleate of formula (Ib) and, optionally, purifying prasugrel maleate, obtaining prasugrel base and, then converting prasugrel base into another pharmaceutically acceptable salt; or either e) converting Prasugrel base of formula into a pharmaceutically acceptable salt of prasugrel. a) bromination of the compound of formula with liquid bromine in the presence of a polar protic solvent to obtain the compound of formula b) condensing the compound of formula with the compound of formula in the presence of a base in a polar aprotic solvent to obtain the compound of formula c) acetylating the compound of formula in the presence of an aprotic solvent, an acetylating agent and a catalyst to obtain Prasugrel base of formula, and, optionally, preparing pharmaceutically acceptable salts thereof by either: d) converting Prasugrel base of formula with maleic acid in the presence of a polar aprotic solvent into Prasugrel maleate of formula (Ib) and, optionally, purifying prasugrel maleate, obtaining prasugrel base and, then converting prasugrel base into another pharmaceutically acceptable salt; or either e) converting Prasugrel base of formula into a pharmaceutically acceptable salt of prasugrel.
An adaptor pallet for transporting a plurality of dollies, the adaptor pallet comprising: - a base, which is shaped to receive adjacent wheels of at least two parallel dollies, the base having a predominant extension, and - two lifting structures, which are arranged to the base so as to receive a lifting device for lifting the adaptor pallet from beneath, wherein the lifting structures are configured to directly support the weight of the dolly from beneath upon lifting motion of the adaptor pallet by means of the lifting device, characterized in that the lifting structures extend from the base, one on either side thereof in respect of the direction of said predominant extension of the base, the lifting structures being pivotable in respect to the base about an axis, which is parallel to the direction of the predominant extension of the base. - a base, which is shaped to receive adjacent wheels of at least two parallel dollies, the base having a predominant extension, and - two lifting structures, which are arranged to the base so as to receive a lifting device for lifting the adaptor pallet from beneath, wherein the lifting structures are configured to directly support the weight of the dolly from beneath upon lifting motion of the adaptor pallet by means of the lifting device,
A method comprising: determining, at a wireless node (106, 108), a proposed set of physical resource blocks for a transmission to the wireless node, based on a channel quality determination at the wireless node; and sending a channel quality indicator report to an infrastructure node, characterised in that the channel quality indicator report includes a parameter ID that identifies, for the transmission to the wireless node, a modulation scheme and a coding rate at which a block error probability is determined, using an overall channel quality for the proposed set of physical resource blocks and a reference physical resource size for the transmission to the wireless node, to be less than or equal to a threshold or target level. determining, at a wireless node (106, 108), a proposed set of physical resource blocks for a transmission to the wireless node, based on a channel quality determination at the wireless node; and sending a channel quality indicator report to an infrastructure node, characterised in that the channel quality indicator report includes a parameter ID that identifies, for the transmission to the wireless node, a modulation scheme and a coding rate at which a block error probability is determined, using an overall channel quality for the proposed set of physical resource blocks and a reference physical resource size for the transmission to the wireless node, to be less than or equal to a threshold or target level.
A device coupler for connecting a plurality of field devices to a network trunk of a two-wire fieldbus network of the type that transmits data signals and power over the two wires, the device coupler comprising: a trunk interface for connecting the device coupler to a network trunk characterized by two or more spur isolation sets connected to the trunk interface in parallel with one another; each spur isolation set comprising: an isolating element connected to the trunk interface and a set of two or more spur interfaces connected to the isolating element, the spur interfaces being connected in parallel with one another to the isolating element, the isolating element connecting the trunk interface and the spur interfaces together and galvanically isolating the trunk interface from the spur interfaces; and in each spur isolation set: the isolating element comprises a respective transformer, the transformer comprising a first transformer winding connected to the trunk interface and a second transformer winding connected to the set of spur interfaces. a trunk interface for connecting the device coupler to a network trunk characterized by two or more spur isolation sets connected to the trunk interface in parallel with one another; each spur isolation set comprising: an isolating element connected to the trunk interface and a set of two or more spur interfaces connected to the isolating element, the spur interfaces being connected in parallel with one another to the isolating element, the isolating element connecting the trunk interface and the spur interfaces together and galvanically isolating the trunk interface from the spur interfaces; and in each spur isolation set: the isolating element comprises a respective transformer, the transformer comprising a first transformer winding connected to the trunk interface and a second transformer winding connected to the set of spur interfaces.
Method for synchronising data transmitted between at least one transmitting terminal and one receiving terminal through a communication channel (C D) with uncontrolled and variable latency, comprising the following steps: a) at the level of said or of each transmitting terminal, generating at least one synchronisation signal (S SYNC) having a known temporal relation to the moment of emission of at least one packet (S EEG) of data to be synchronised; the method being characterised by the following steps: b) emitting said or each packet of data to be synchronised on said communication channel with uncontrolled and variable latency, and simultaneously, said or each synchronisation signal on an auxiliary communication channel (C S) with controlled latency between the transmitting terminal and the receiving terminal; c) at the level of said receiving terminal, receiving said or each packet of data to be synchronised and said or each synchronisation signal; and d) synchronising on a shared time basis said or each data packet received by said receiving terminal by means of said synchronisation signal and of said latency of the auxiliary communication channel. a) at the level of said or of each transmitting terminal, generating at least one synchronisation signal (S SYNC) having a known temporal relation to the moment of emission of at least one packet (S EEG) of data to be synchronised; the method being characterised by the following steps: b) emitting said or each packet of data to be synchronised on said communication channel with uncontrolled and variable latency, and simultaneously, said or each synchronisation signal on an auxiliary communication channel (C S) with controlled latency between the transmitting terminal and the receiving terminal; c) at the level of said receiving terminal, receiving said or each packet of data to be synchronised and said or each synchronisation signal; and d) synchronising on a shared time basis said or each data packet received by said receiving terminal by means of said synchronisation signal and of said latency of the auxiliary communication channel.
An optical distance measuring device comprising: a pulsed radiation source implemented to transmit, in a temporally contiguous radiation pulse period, a radiation pulse having a pulse duration (t p) that is shorter than the radiation pulse period, and to transmit no radiation pulse in a temporally contiguous dark period; a detection means for detecting different amounts of radiation in two overlapping detection periods during the radiation pulse period to capture reflections of the radiation pulse at the object surface and a background radiation and/or in two overlapping detection periods during the dark period to capture a background radiation; and an evaluation means determining a signal depending on a distance of the optical distance measuring device to an object, based on the detected amounts of radiation. a pulsed radiation source implemented to transmit, in a temporally contiguous radiation pulse period, a radiation pulse having a pulse duration (t p) that is shorter than the radiation pulse period, and to transmit no radiation pulse in a temporally contiguous dark period; a detection means for detecting different amounts of radiation in two overlapping detection periods during the radiation pulse period to capture reflections of the radiation pulse at the object surface and a background radiation and/or in two overlapping detection periods during the dark period to capture a background radiation; and an evaluation means determining a signal depending on a distance of the optical distance measuring device to an object, based on the detected amounts of radiation.
An article including: a first sleeve formed from a first heat-shrinkable polymer sheet, the first heat-shrinkable polymer sheet having opposed first and second edges (58, 59), wherein the first sleeve is formed with a first seam proximate the first edge; a portion of the first heat-shrinkable polymer sheet that extends between the first seam and the second edge; and a tag bonded to the portion of the first heat-shrinkable polymer sheet proximate the second edge at a first overlap zone of the tag and the portion of the first heat-shrinkable polymer sheet; wherein the first seam is substantially linear, and wherein a height dimension of the tag parallel to the first seam is equal to or less than a length of the first seam between first and second open ends (74, 76) of the first sleeve; and characterized by a neck is disposed on the portion of the first heat-shrinkable polymer sheet, the neck having a dimension measured parallel to the height dimension of the tag that is less than the height dimension of the tag. a first sleeve formed from a first heat-shrinkable polymer sheet, the first heat-shrinkable polymer sheet having opposed first and second edges (58, 59), wherein the first sleeve is formed with a first seam proximate the first edge; a portion of the first heat-shrinkable polymer sheet that extends between the first seam and the second edge; and a tag bonded to the portion of the first heat-shrinkable polymer sheet proximate the second edge at a first overlap zone of the tag and the portion of the first heat-shrinkable polymer sheet; wherein the first seam is substantially linear, and wherein a height dimension of the tag parallel to the first seam is equal to or less than a length of the first seam between first and second open ends (74, 76) of the first sleeve; and characterized by a neck is disposed on the portion of the first heat-shrinkable polymer sheet, the neck having a dimension measured parallel to the height dimension of the tag that is less than the height dimension of the tag.
A seaworthy craft having a structure for mooring the craft against a set of pylons, comprising a fender with a layer of compressible material having an exposed surface; anchor points secured at laterally spaced locations on the craft; two draw mechanisms also secured on the craft, each mechanism being associated with a respective anchor point; and a tie for extending from each anchor point to its associated draw mechanism, each mechanism being operable to draw its respective tie from an anchor point around a said pylon to urge the fender thereagainst; and further comprising a motor, and including an operating system for the draw mechanisms coupled to the motor, characterised in that said operating system is configured to control the draw mechanisms to maintain tension in the ties coupled with whatever drive force is generated by the motor to maintain a constant pressure between the fender and the pylons.
A method for maximizing the exergy of a Thermal energy storage tank, said method comprising the use of a thermally insulating suspension characterized in that said thermally insulating suspension comprises a matrix made by a plurality of overlapping floating elements, characterized in that the floating elements have at least one flat face to ensure sealing of gaps and minimize heat diffusion across the matrix elements, thus, providing an improved performance with respect to spherical pellets or, in general, elements that do not feature a flat face.
Sensor arrangement for controlling room lighting, comprising: - a light sensor arranged for detecting an ambient light level, and for detecting a remote signal, wherein the remote signal to be emitted by a remote control unit is digital and encodes control parameters to adjust a light source, and arranged for providing at a sensor terminal a detection signal comprising a light signal portion indicative of the ambient light level, and further comprises a remote signal portion indicative of the remote signal, and - a controller comprising an input terminal connected to the sensor terminal and comprising a controller means to generate a control signal (CS') depending on the detection signal to control the light source to be connected at an output terminal of the controller, characterized in that - the controller is arranged to separate and further process the light signal portion and the remote signal portion such that the controller means generates the control signal (CS') to adjust a light output of the light source depending on the ambient light level with respect to a target value and such that the controller means generates the control signal (CS') to adjust control parameters of the light source comprising the target value, a color temperature, and/or control parameter presets depending on the control parameters encoded in the remote signal. - a light sensor arranged for detecting an ambient light level, and for detecting a remote signal, wherein the remote signal to be emitted by a remote control unit is digital and encodes control parameters to adjust a light source, and arranged for providing at a sensor terminal a detection signal comprising a light signal portion indicative of the ambient light level, and further comprises a remote signal portion indicative of the remote signal, and - a controller comprising an input terminal connected to the sensor terminal and comprising a controller means to generate a control signal (CS') depending on the detection signal to control the light source to be connected at an output terminal of the controller, characterized in that - the controller is arranged to separate and further process the light signal portion and the remote signal portion such that the controller means generates the control signal (CS') to adjust a light output of the light source depending on the ambient light level with respect to a target value and such that the controller means generates the control signal (CS') to adjust control parameters of the light source comprising the target value, a color temperature, and/or control parameter presets depending on the control parameters encoded in the remote signal.
A plain bearing shell with a substantially semicylindrical geometry for use in a piston of a radial piston engine for the purposes of mounting a roller or shaft, having an axial direction, a radial direction, and a circumferential direction of the plain bearing shell, having two face sides (10, 12) that face away from one another in the axial direction, having a radially outer side and having a radially inner side which faces the roller or shaft and receives said roller or shaft such that it can slide in the circumferential direction, characterized in that on at least one face side (10, 12), a projection that protrudes in the axial direction of the plain bearing shell, but is not bent into the radial plane is provided to form an anti-rotation element in the circumferential direction of the plain bearing shell with respect of the piston of the radial piston engine.
Circuit arrangement to reduce power loss in the case of an active current output of a field device for determining and/or influencing a process variable, wherein the process variable is represented by a configurable current value, with an external voltage supply, the active current output for connection to an external load, a voltage regulator and a control circuit (7, 8, 9, 10) assigned to the voltage regulator, said circuit comprising a current regulator to set the current value, an analog-to-digital converter, a computer/control unit and a reference resistor switched in series with the current regulator, wherein the reference resistor is switched with respect to a reference potential, wherein the current output is connected to the current regulator, characterized in that the control circuit (7, 8, 9, 10) is designed in such a way that the voltage regulator regulates the voltage of the external load switched in parallel to the current output as a function of the current value currently set such that essentially only the voltage that is needed is made available to the external load, - wherein the analog-to-digital converter is arranged in such a way that it measures the voltage of the reference resistor, digitizes the measured voltage and supplies the digital voltage value to the control unit, - and wherein the computer/control unit is designed to calculate the voltage required by the load using the measured voltage and the known resistance value and on the basis of the current value to be currently set, and to activate the voltage regulator accordingly. - wherein the analog-to-digital converter is arranged in such a way that it measures the voltage of the reference resistor, digitizes the measured voltage and supplies the digital voltage value to the control unit, - and wherein the computer/control unit is designed to calculate the voltage required by the load using the measured voltage and the known resistance value and on the basis of the current value to be currently set, and to activate the voltage regulator accordingly.
A butterfly valve for opening and closing a passage threrethrough comprising; a housing; an annular seal mounted in said housing, said annular seal radially expandable; a disk pivotally mounted in said housing with said disk having a width greater than a width of said annular seal such that when the disk is in the closed condition the width of the disk isolates the annular seal from transportable materials that may be at a temperature that exceeds the breakdown temperature of the annular seal; characterised in that the butterfly valve further comprises a first annular heat conducting flange proximate a first side of the annular seal and a second annular heat conducting flange proximate an opposite side of the annular seal to cool the annular seal so as to inhibit the temperature of the annular seal from exceeding the breakdown temperature of the annular seal. a housing; an annular seal mounted in said housing, said annular seal radially expandable; a disk pivotally mounted in said housing with said disk having a width greater than a width of said annular seal such that when the disk is in the closed condition the width of the disk isolates the annular seal from transportable materials that may be at a temperature that exceeds the breakdown temperature of the annular seal; characterised in that the butterfly valve further comprises a first annular heat conducting flange proximate a first side of the annular seal and a second annular heat conducting flange proximate an opposite side of the annular seal to cool the annular seal so as to inhibit the temperature of the annular seal from exceeding the breakdown temperature of the annular seal.
A wireless communication acceptance method for accepting a new traveling vehicle (1a, 1b) as an object of wireless communication into a communication system comprising a controller, an access point connected to the controller, and a plurality of traveling vehicles each including a wireless communication unit, the communication system performing wireless polling communication between the controller and the plurality of traveling vehicles via the access point at each predetermined polling cycle, wherein a process including a wireless communication object addition step is performed, in the wireless communication object addition step, a connection sequence for accepting the new traveling vehicle (1a, 1b) into the communication system is performed, and the connection sequence accompanying wireless communication is performed within a free time which is a time after the wireless polling communication between the controller and the plurality of traveling vehicles is completed and until an end of a period during which the wireless polling communication is possible, in the polling cycle, wherein a process including a connection availability determination step for determining whether or not the free time is longer than or equal to a predetermined time is performed, if it is determined that the free time is longer than or equal to the predetermined time in the connection availability determination step, the wireless communication object addition step is performed, and if it is determined that the free time is shorter than the predetermined time in the connection availability determination step, the wireless communication object addition step is not performed. a process including a wireless communication object addition step is performed, in the wireless communication object addition step, a connection sequence for accepting the new traveling vehicle (1a, 1b) into the communication system is performed, and the connection sequence accompanying wireless communication is performed within a free time which is a time after the wireless polling communication between the controller and the plurality of traveling vehicles is completed and until an end of a period during which the wireless polling communication is possible, in the polling cycle, wherein a process including a connection availability determination step for determining whether or not the free time is longer than or equal to a predetermined time is performed, if it is determined that the free time is longer than or equal to the predetermined time in the connection availability determination step, the wireless communication object addition step is performed, and if it is determined that the free time is shorter than the predetermined time in the connection availability determination step, the wireless communication object addition step is not performed.