mhurhangee/ep-ind-claims huggingface dataset:
An N-aralkylcarbonylpiperazine or N-aralkylcarbonylhomopiperazine compound having structure I noted below: wherein n = 0 or 1, and wherein, when n = 1, R 1 is selected from hydrogen or hydroxyl, R 2 is selected from cyclohexyl or cyclopentyl and R 3 is selected from the group consisting of C 1 -C 3 alkyl or C 1 to C 4 arylalkyl, wherein a C1 to C4 alkyl group is directly attached to the aryl group; and when n = 0, R 1 is selected from hydrogen or hydroxyl, R 2 is selected from cyclohexyl or cyclopentyl and R 3 is selected from the group consisting of C 1 -C 8 alkyl, wherein the C 1 to C 8 group is linear, cyclic or branched; arylalkyl where the alkyl component has C 1 to C 4 chain, wherein the alkyl group is linear, branched, saturated, or unsaturated, and the alkyl group is unsubstituted or substituted with one or two C 1 to C 3 alkyl or alkoxy groups; aroylalkyl, wherein the alkyl group is unsubstituted or substituted with one or two C 1 to C 3 alkyl or alkoxygroups; arylalkanoyl; or aryloxyalkyl; wherein compounds where n = 0, R 1 = hydrogen, R 2 = cyclohexyl and R 3 = benzyl or -3-phenylprop-2-en-1-yl are specifically excluded; and amine salts thereof; wherein n = 0 or 1, and wherein, when n = 1, R 1 is selected from hydrogen or hydroxyl, R 2 is selected from cyclohexyl or cyclopentyl and R 3 is selected from the group consisting of C 1 -C 3 alkyl or C 1 to C 4 arylalkyl, wherein a C1 to C4 alkyl group is directly attached to the aryl group; and when n = 0, R 1 is selected from hydrogen or hydroxyl, R 2 is selected from cyclohexyl or cyclopentyl and R 3 is selected from the group consisting of C 1 -C 8 alkyl, wherein the C 1 to C 8 group is linear, cyclic or branched; arylalkyl where the alkyl component has C 1 to C 4 chain, wherein the alkyl group is linear, branched, saturated, or unsaturated, and the alkyl group is unsubstituted or substituted with one or two C 1 to C 3 alkyl or alkoxy groups; aroylalkyl, wherein the alkyl group is unsubstituted or substituted with one or two C 1 to C 3 alkyl or alkoxygroups; arylalkanoyl; or aryloxyalkyl; wherein compounds where n = 0, R 1 = hydrogen, R 2 = cyclohexyl and R 3 = benzyl or -3-phenylprop-2-en-1-yl are specifically excluded;
Satellite payload of a satellite telecommunications system, said payload comprising a gateway reception module adapted to receive data from a gateway station and a user transmission module adapted to transmit said data to terrestrial user terminals, said user transmission module comprising: - an asymmetric switching matrix comprising N input ports and N·M output ports, said asymmetric switching matrix being adapted to route signals received over said N input ports to a modifiable set of N output ports from among the N·M output ports, said asymmetric switching matrix comprising L asymmetric sub-matrices arranged in parallel, each asymmetric sub-matrix comprising N/L input ports of the asymmetric switching matrix and N·M/L output ports of said asymmetric switching matrix, - a multi-beam antenna adapted to form N·M static beams comprising N·M input ports respectively associated with said N·M static beams, said N·M input ports of the multi-beam antenna being respectively connected to the N·M output ports of the asymmetric switching matrix, - power amplifiers integrated in the multi-beam antenna or arranged between said multi-beam antenna and the asymmetric switching matrix, the payload further comprising a digital processing circuit comprising an input port connected to the gateway reception module and N output ports respectively connected to the N input ports of the asymmetric switching matrix, configured to demultiplex received signals multiplexed by the gateway reception module, and to distribute said signals over various input ports of the asymmetric switching matrix. - an asymmetric switching matrix comprising N input ports and N·M output ports, said asymmetric switching matrix being adapted to route signals received over said N input ports to a modifiable set of N output ports from among the N·M output ports, said asymmetric switching matrix comprising L asymmetric sub-matrices arranged in parallel, each asymmetric sub-matrix comprising N/L input ports of the asymmetric switching matrix and N·M/L output ports of said asymmetric switching matrix, - a multi-beam antenna adapted to form N·M static beams comprising N·M input ports respectively associated with said N·M static beams, said N·M input ports of the multi-beam antenna being respectively connected to the N·M output ports of the asymmetric switching matrix, - power amplifiers integrated in the multi-beam antenna or arranged between said multi-beam antenna and the asymmetric switching matrix,
A lavatory body for mounting on a building-side mounting plate or on a supporting structure, wherein the lavatory body comprises: a ceramic body comprising a building-side back side, a top side, and an hollow space open on the back side, and a means for fastening the ceramic body to a building-side assembly plate or to a supporting structure; and a distance measuring sensor which is fastened to the ceramic body and spaced in vertical direction from the means for fastening the ceramic body, characterized in that the distance measuring sensor is arranged in the hollow space of the ceramic body and comprises a pin which can be moved orthogonally with respect to a building wall, which, when lavatory body is mounted, is moved so as to contact a building wall or a building-side mounting plate; and the pin of the distance measuring sensor is moved in horizontal direction, and a signal is output by the distance measuring sensor, when the means for fastening the ceramic body are deformed by the weight of a user. a ceramic body comprising a building-side back side, a top side, and an hollow space open on the back side, and a means for fastening the ceramic body to a building-side assembly plate or to a supporting structure; and a distance measuring sensor which is fastened to the ceramic body and spaced in vertical direction from the means for fastening the ceramic body, characterized in that the distance measuring sensor is arranged in the hollow space of the ceramic body and comprises a pin which can be moved orthogonally with respect to a building wall, which, when lavatory body is mounted, is moved so as to contact a building wall or a building-side mounting plate; and the pin of the distance measuring sensor is moved in horizontal direction, and a signal is output by the distance measuring sensor, when the means for fastening the ceramic body are deformed by the weight of a user.
A nickel hydrogen secondary battery, comprising: a container; and an electrode group accommodated together with an alkali electrolyte solution in the container, characterized in that: the electrode group has a positive electrode and a negative electrode stacked through a separator; the positive electrode comprises two or more positive electrode active substances having different compositions; and the positive electrode active substances each comprise nickel hydroxide as a main component, wherein the content of nickel hydroxide in each positive electrode active substance exceeds 50% by mass, and mutually differ in an amount of magnesium by mass solid-dissolved, wherein the positive electrode active substances comprise a first positive electrode active substance and a second positive electrode active substance; and a relation of A > B ≥ 0 is satisfied, where A represents an amount of magnesium by mass solid-dissolved in the first positive electrode active substance, and B represents an amount of magnesium by mass solid-dissolved in the second positive electrode active substance, and where A is 2.0% by mass or larger and 5.0% by mass or smaller, characterized in that: the first positive electrode active substance is contained in a larger amount by mass than the second positive electrode active substance. the electrode group has a positive electrode and a negative electrode stacked through a separator; the positive electrode comprises two or more positive electrode active substances having different compositions; and the positive electrode active substances each comprise nickel hydroxide as a main component, wherein the content of nickel hydroxide in each positive electrode active substance exceeds 50% by mass, and mutually differ in an amount of magnesium by mass solid-dissolved, wherein the positive electrode active substances comprise a first positive electrode active substance and a second positive electrode active substance; and a relation of A > B ≥ 0 is satisfied, where A represents an amount of magnesium by mass solid-dissolved in the first positive electrode active substance, and B represents an amount of magnesium by mass solid-dissolved in the second positive electrode active substance, and where A is 2.0% by mass or larger and 5.0% by mass or smaller,
An apparatus comprising: a processing pipeline to execute a sequence of instructions; and interesting instruction designation circuitry to identify at least one of the instructions in the sequence as being an interesting instruction, each interesting instruction being an instruction for which given state information of the apparatus associated with execution of that interesting instruction is to be collected; characterized in that: the interesting instruction designation circuitry is arranged, for each identified interesting instruction, to apply defined criteria to determine a further instruction later in the sequence of instructions than that interesting instruction, and to mark that further instruction as having a synchronous exception associated therewith; and the processing pipeline is responsive to the further instruction reaching a given stage of the processing pipeline and being marked as having the synchronous exception associated therewith, to trigger the synchronous exception instead of executing the further instruction, which causes the processing pipeline to execute a given exception handling routine in order to collect the given state information. a processing pipeline to execute a sequence of instructions; and interesting instruction designation circuitry to identify at least one of the instructions in the sequence as being an interesting instruction, each interesting instruction being an instruction for which given state information of the apparatus associated with execution of that interesting instruction is to be collected; characterized in that: the interesting instruction designation circuitry is arranged, for each identified interesting instruction, to apply defined criteria to determine a further instruction later in the sequence of instructions than that interesting instruction, and to mark that further instruction as having a synchronous exception associated therewith; and the processing pipeline is responsive to the further instruction reaching a given stage of the processing pipeline and being marked as having the synchronous exception associated therewith, to trigger the synchronous exception instead of executing the further instruction, which causes the processing pipeline to execute a given exception handling routine in order to collect the given state information.
A cleat for mooring a watercraft to a thrown end of a line including a rope and at least one stopper (21, 21'), the thrown end of the line comprising the stopper (21, 21') formed by a transverse protuberance across the rope, the cleat including a base surmounted with a body elongated in a main plane and narrow in a direction transverse to the main plane and having two lateral faces (18, 19), the base being adapted to be fastened to a deck of the watercraft, in such a way that the main plane of the body is substantially vertical when the watercraft is in water, the cleat including an engagement part at a longitudinal end of the body, the engagement part adjoining the base and including a through-opening of a slot for the passage of the rope, the slot extending longitudinally towards the interior of the body and being open on the two lateral faces (18, 19) of the body, the slot having an upper face and a lower face and having a height allowing the longitudinal progression and the transverse movement of the rope, except for the stopper (21, 21'), within the slot from the through-opening towards the interior of the body, said rope being then arranged transversely across the body between the two lateral faces (18, 19) of the body, the through-opening having an outwardly flared shape so as to form a funnel for guiding the rope towards the interior of the slot, within the body, the slot leading to a chamber open on the two lateral faces (18, 19) of the body, the chamber having a minimum size, measured in the main plane of the body, that is greater than the minimum height of the slot, the maximum size of the chamber, measured in the main plane of the body, being smaller than the size of the stopper-forming protuberance (21, 21'), measured transversely to the rope in such a way that the stopper (21, 21') of a line moving transversely across the body can be blocked against a lateral face (18 or 19) of the body, both when the rope is engaged in the slot and when the rope is engaged in the chamber, characterized in that the upper and lower faces of the slot are ended by upper and lower protuberances entering the chamber.
A torque device comprising: a torque input member comprising a shank configured to allow a user to grasp the torque input member, wherein the torque input member is configured for manual rotation by a single person with one hand; a speed modulating system operably connected to the torque input member; and a clamp system configured to securely and releasably engage a medical apparatus, wherein the clamp system is operably connected to the speed modulating system; wherein rotation of the torque input member results in rotation of the clamp system at a modulated rate relative to the rotation of the torque input member.
A method of controlling the polarization of optical wavelength multiplexing signals which include a plurality of wavelength components, the method comprising: arranging a telecentric optical system to receive incident optical wavelength multiplexing signals; arranging a polarization controller to control a polarization plane of light having been output from the telecentric optical system; and arranging an output optical system to output an output from the polarization controller to an optical path; wherein receiving the incident optical wavelength multiplexing signals is performed using a first diffraction grating in the telecentric optical system, and the optical wavelength multiplexing signals having passed through the first diffraction grating are condensed by a first condenser in the telecentric optical system and transmitted to the polarization controller in a state of being aligned from one wavelength to another in a single light beam; the polarization controller includes a plurality of phase modulators (21, 22, 23) and controls the polarization plane of each of the wavelength components of the optical wavelength multiplexing signals output from the telecentric optical system; and the output optical system includes a second condenser which receives light output from the polarization controller, and a second diffraction grating which receives light having passed through the second condenser. arranging a telecentric optical system to receive incident optical wavelength multiplexing signals; arranging a polarization controller to control a polarization plane of light having been output from the telecentric optical system; and arranging an output optical system to output an output from the polarization controller to an optical path; wherein receiving the incident optical wavelength multiplexing signals is performed using a first diffraction grating in the telecentric optical system, and the optical wavelength multiplexing signals having passed through the first diffraction grating are condensed by a first condenser in the telecentric optical system and transmitted to the polarization controller in a state of being aligned from one wavelength to another in a single light beam; the polarization controller includes a plurality of phase modulators (21, 22, 23) and controls the polarization plane of each of the wavelength components of the optical wavelength multiplexing signals output from the telecentric optical system; and the output optical system includes a second condenser which receives light output from the polarization controller, and a second diffraction grating which receives light having passed through the second condenser.
Watch comprising a first substrate, a second substrate, a low friction device for reducing friction coefficient and wear of the first substrate against the second substrate, at least one of the substrates being covered with the low friction device, characterised in that said low friction device comprises a coating including branched polymer brushes swollen by a trapped solvent, said polymer brushes being made of hydrophobic alkyl-methacrylate, the solvent being chosen in the group including ester type lubricants, alkane type lubricants, alkyl-aromatic lubricants, ether-alcohol lubricants, vegetal oil, animal oils, polyalcohol or ionic liquids, and the polymer brushes have a dry thickness of at least 250 nm in order to improve wear resistance.
A transformerless uninterruptible power supply system comprising: a neutral-point-clamped inverter with a first capacitor associated to a first voltage difference (V dc1) and a second capacitor associated to a second voltage difference (V dc2), the neutral-point-clamped inverter to supply power to a load; characterized in a controller to control the inverter to operate in a three-level mode or higher when the load is substantially balanced, i.e., when a difference between the first voltage difference and the second voltage difference does not exceed a threshold, and to operate in a two-level mode when the load is substantially unbalanced, i.e., when the difference between the first voltage difference and the second voltage difference exceeds the threshold. a neutral-point-clamped inverter with a first capacitor associated to a first voltage difference (V dc1) and a second capacitor associated to a second voltage difference (V dc2), the neutral-point-clamped inverter to supply power to a load; characterized in a controller to control the inverter to operate in a three-level mode or higher when the load is substantially balanced, i.e., when a difference between the first voltage difference and the second voltage difference does not exceed a threshold, and to operate in a two-level mode when the load is substantially unbalanced, i.e., when the difference between the first voltage difference and the second voltage difference exceeds the threshold.
A radio access network device, comprising at least: a controller module, configured to maintain configuration data of a plurality of gateway devices (3,4,5) and access points, with which the device has connectivity, each access point being associated to at least one of the plurality of gateway devices, wherein at least the device and the gateway devices form part of a network having a network topology, receive a request for connection via an access point from a terminal, determine (S26, S34, S43) a group of gateway devices associated with each access point associated to at least one gateway device, determine (S26, S34, S43) preferences for at least one gateway device of the group based on the prevailing network topology, and inform a network management node about the access points and the preferences determined for each access point in order that the network management node can use the preferences to make a final selection of an access point. maintain configuration data of a plurality of gateway devices (3,4,5) and access points, with which the device has connectivity, each access point being associated to at least one of the plurality of gateway devices, wherein at least the device and the gateway devices form part of a network having a network topology, receive a request for connection via an access point from a terminal, determine (S26, S34, S43) a group of gateway devices associated with each access point associated to at least one gateway device, determine (S26, S34, S43) preferences for at least one gateway device of the group based on the prevailing network topology, and inform a network management node about the access points and the preferences determined for each access point in order that the network management node can use the preferences to make a final selection of an access point.
A titanium or titanium alloy plate excellent in balance between press formability and strength, comprising a titanium or titanium alloy base plate having been rolled in one direction; and a lubrication film applied on a surface of the titanium or titanium alloy base plate, wherein the surface of the lubrication film has a coefficient of sliding friction controlled to less than 0.15, wherein the titanium or titanium alloy base plate has an elongation in the rolling direction (L-EI) and a r value (index deformation Lankford value) in a direction perpendicular to the rolling direction (T-r), and wherein the L-EI and T-r satisfy following Expression: T − r / L − EI ≥ 0.07
Lining part for a motor vehicle comprising a backing layer, a pressure sensor and an appearance layer stacked successively in a thickness direction of the lining part, the pressure sensor comprising a material layer, and at least two electrodes (26A, 26B) extending against the material layer, characterized the material layer forming an electrical resistance in electrical contact with the two electrodes (26A, 26B), the electrical resistance being variable as a function of a deformation of the material layer as a result of a pressure exerted on the appearance layer in the thickness direction by an object or a user, - the material layer having a thickness of between 0.05 and 0.5 mm, - the two electrodes (26A, 26B) being located against the same surface of the material layer located on the same side of the material layer according to the thickness direction, and - each of the two electrodes (26A, 26B) being distributed over this surface without touching the other of the two electrodes (26A, 26B). - the material layer having a thickness of between 0.05 and 0.5 mm, - the two electrodes (26A, 26B) being located against the same surface of the material layer located on the same side of the material layer according to the thickness direction, and - each of the two electrodes (26A, 26B) being distributed over this surface without touching the other of the two electrodes (26A, 26B).