mhurhangee/ep-ind-claims huggingface dataset:
A device for the preparation, treatment and/or analysis of a biological sample comprising: - a base and - a drawer, movable in translation relative to the base, comprising a set of storage and/or reaction chambers intended to receive a fluid, said chambers being separated by walls so as to constitute a set of adjacent chambers, said drawer further comprising a contact surface onto which first means for establishing fluid communication open, connected to the internal volume of chambers, the first fluid communication means comprise at least one opening made in drawer and opening onto the contact surface of the drawer, the contact surface of the drawer being positioned opposite a contact surface of the base comprising at least one position at which second fluid communication means are arranged, connected to detection means, the device being characterised in that at least one sealing means is provided on the contact surface of the drawer, comprising a seal positioned around the opening, so that: - a hermeticity of each chamber is established by bearing against the contact surface of the base when said at least one opening does not face second fluid communication means, and - a fluid communication without leakage between said at least one opening and second fluid communication means is established when the latest face. - a base and - a drawer, movable in translation relative to the base, comprising a set of storage and/or reaction chambers intended to receive a fluid, said chambers being separated by walls so as to constitute a set of adjacent chambers, - a hermeticity of each chamber is established by bearing against the contact surface of the base when said at least one opening does not face second fluid communication means, and - a fluid communication without leakage between said at least one opening and second fluid communication means is established when the latest face.
A fuel assembly of a fast-neutron nuclear reactor utilizing a liquid-metal coolant, comprising a plurality of fuel rods comprising nuclear fuel arranged in a sealed housing in the form of a thin-walled tubular steel shell and end parts, and a spacer element wound in a coil with a large pitch on an outside surface of the shell of each fuel rod and fastened to ends of the fuel rod on the end parts, characterized in that the spacer element of each fuel rod is in the form of a band twisted around its longitudinal axis, the width of said twisted band being approximately equal to the minimum distance between adjacent fuel rod shells in the fuel assembly to ensure reliable spacing between the fuel rod shells in the fuel assembly; the cross-section area of the band being within a range from 0.1 to 0.5 times the area of a circle described around said section.
A power transmission device comprising: a box; a case disposed in the box; a differential mechanism housed in the case; and a planetary gear mechanism disposed in the box and supported by the case, the planetary gear mechanism including a sun gear and a pinion gear that engages with the sun gear, wherein the box has a shelf part above a horizontal line that passes through a revolution center of the pinion gear, and the shelf part is arranged at a position that does not overlap the sun gear when viewed from radially above and that does not overlap the sun gear when viewed in the direction of the horizontal line, characterized in that the shelf part is configured to catch oil that is scooped by the pinion gear and, seen from above, is radially outside the revolution center. a box; a case disposed in the box; a differential mechanism housed in the case; and a planetary gear mechanism disposed in the box and supported by the case, the planetary gear mechanism including a sun gear and a pinion gear that engages with the sun gear, wherein the box has a shelf part above a horizontal line that passes through a revolution center of the pinion gear, and the shelf part is arranged at a position that does not overlap the sun gear when viewed from radially above and that does not overlap the sun gear when viewed in the direction of the horizontal line, characterized in that the shelf part is configured to catch oil that is scooped by the pinion gear and, seen from above, is radially outside the revolution center.
A compound of formula including any tautomeric or stereochemically isomeric form thereof, wherein X 1 is N and X 2 is C (a); X 1 is CH and X 2 is C (b); or X 1 is C(=O) and X 2 is N (c); and wherein the doted line represents a bond in case of (a) and (b) and wherein the dotted line is absent in case of (c); n represents an integer equal to 1 or 2; R 1 represents hydrogen, C 1-6 alkyl, hydroxyC 1-6 alkyl, C 1-6 alkyl substituted with - C(=O)NHCH 3, or C 1-6 alkyl substituted with -S(=O) 2 - C 1-4 alkyl; R 2a represents fluoro or chloro; R 2b represents methoxy or hydroxyl; R 2c represents methoxy or hydroxyl; R 2d represents hydrogen, fluoro or chloro; R 3 represent hydrogen, C 1-6 alkyl, C 3-6 cycloalkyl, or C 1-2 alkyl substituted with C 3-6 cycloalkyl; R 4 represents hydrogen, methyl or ethyl; a pharmaceutically acceptable salt thereof or a solvate thereof. n represents an integer equal to 1 or 2; R 1 represents hydrogen, C 1-6 alkyl, hydroxyC 1-6 alkyl, C 1-6 alkyl substituted with - C(=O)NHCH 3, or C 1-6 alkyl substituted with -S(=O) 2 - C 1-4 alkyl; R 2a represents fluoro or chloro; R 2b represents methoxy or hydroxyl; R 2c represents methoxy or hydroxyl; R 2d represents hydrogen, fluoro or chloro; R 3 represent hydrogen, C 1-6 alkyl, C 3-6 cycloalkyl, or C 1-2 alkyl substituted with C 3-6 cycloalkyl; R 4 represents hydrogen, methyl or ethyl;
A softening method for a high-strength Q & P steel hot-rolled coil, characterized in: after heating a Q & P steel ingot, subjecting it to rough rolling, finish rolling, laminar cooling and coiling to obtain a hot-rolled coil; after unloading the coil, covering the coil on-line with an insulating enclosure and moving it into a steel coil warehouse along with a transport chain; after a specified period of insulating time, removing the coil from the insulating enclosure, and cooling it to room temperature in air, wherein the coiling is performed at a temperature of 400 - 600 °C; said covering on-line with an insulating enclosure means each hot-rolled coil is individually covered with an independent, closed insulating enclosure unit within 60 minutes after unloading; the insulating time of the steel coil in the insulating enclosure is 1-24 hours; wherein the steel coil is cooled at a cooling rate of ≤15 °C/hour in the insulating enclosure; wherein the alloying elements of the Q & P steel include C, Si and Mn, wherein the C content is greater than 0.15wt%, the Si content is greater than 1.0wt%, and the Mn content is greater than 1.5wt%; wherein the ingot is heated at a temperature of ≥1150 °C, and a soaking time is ≥60 minutes, and the rough rolling and finish rolling are performed in a temperature zone for complete austenization, an overall hot rolling reduction rate is ≥90%, and a final rolling temperature is 800-1000 °C. after heating a Q & P steel ingot, subjecting it to rough rolling, finish rolling, laminar cooling and coiling to obtain a hot-rolled coil; after unloading the coil, covering the coil on-line with an insulating enclosure and moving it into a steel coil warehouse along with a transport chain; after a specified period of insulating time, removing the coil from the insulating enclosure, and cooling it to room temperature in air, wherein the coiling is performed at a temperature of 400 - 600 °C; said covering on-line with an insulating enclosure means each hot-rolled coil is individually covered with an independent, closed insulating enclosure unit within 60 minutes after unloading; the insulating time of the steel coil in the insulating enclosure is 1-24 hours; wherein the steel coil is cooled at a cooling rate of ≤15 °C/hour in the insulating enclosure; wherein the alloying elements of the Q & P steel include C, Si and Mn, wherein the C content is greater than 0.15wt%, the Si content is greater than 1.0wt%, and the Mn content is greater than 1.5wt%; wherein the ingot is heated at a temperature of ≥1150 °C, and a soaking time is ≥60 minutes, and the rough rolling and finish rolling are performed in a temperature zone for complete austenization, an overall hot rolling reduction rate is ≥90%, and a final rolling temperature is 800-1000 °C.
A system, comprising: at least one processor and a memory coupled to the at least one processor; wherein the at least one processor is configured to: generate, by an identity provider, a configuration single sign-on script to automatically configure the single sign-on settings of a service provider in a user interface, wherein the single sign-on settings are tailored for an authentication and authorization protocol utilized by the service provider, wherein the configuration SSO script is based on a template associated with the service provider, the template containing a layout of the user interface used to configure the single sign-on settings; and facilitate execution of the configuration SSO script to automatically configure the SSO settings in the service provider. at least one processor and a memory coupled to the at least one processor; wherein the at least one processor is configured to: generate, by an identity provider, a configuration single sign-on script to automatically configure the single sign-on settings of a service provider in a user interface, wherein the single sign-on settings are tailored for an authentication and authorization protocol utilized by the service provider, wherein the configuration SSO script is based on a template associated with the service provider, the template containing a layout of the user interface used to configure the single sign-on settings; and facilitate execution of the configuration SSO script to automatically configure the SSO settings in the service provider. generate, by an identity provider, a configuration single sign-on script to automatically configure the single sign-on settings of a service provider in a user interface, wherein the single sign-on settings are tailored for an authentication and authorization protocol utilized by the service provider, wherein the configuration SSO script is based on a template associated with the service provider, the template containing a layout of the user interface used to configure the single sign-on settings; and facilitate execution of the configuration SSO script to automatically configure the SSO settings in the service provider.
A device for supporting substrates in a reaction chamber of an epitaxial reactor, comprising: - a disc-shaped element having a first face adapted to be upperly positioned when the device is being used and a second face adapted to be lowerly positioned when the device is being used, said disc-shaped element being adapted to receive a gas flow to rotate the device about an axis thereof, - a substrate-supporting element in a single piece with said disc-shaped element and preferably adjacent to said first face, - a shaft coaxial to said disc-shaped element, in a single piece with said disc-shaped element and having a first end at said second face; - a pyrometer or a thermographic camera; wherein said shaft has at a second end thereof at least a protrusion (428A, 428B, 428C) whose rotation is adapted to be detected by the pyrometer or the thermographic camera; wherein the pyrometer or the thermographic camera is directed towards said at least a protrusion (428A, 428B, 428C) so to be adapted to detect the rotation of said at least a protrusion (428A, 428B, 428C). - a disc-shaped element having a first face adapted to be upperly positioned when the device is being used and a second face adapted to be lowerly positioned when the device is being used, said disc-shaped element being adapted to receive a gas flow to rotate the device about an axis thereof, - a substrate-supporting element in a single piece with said disc-shaped element and preferably adjacent to said first face, - a shaft coaxial to said disc-shaped element, in a single piece with said disc-shaped element and having a first end at said second face; - a pyrometer or a thermographic camera; wherein said shaft has at a second end thereof at least a protrusion (428A, 428B, 428C) whose rotation is adapted to be detected by the pyrometer or the thermographic camera; wherein the pyrometer or the thermographic camera is directed towards said at least a protrusion (428A, 428B, 428C) so to be adapted to detect the rotation of said at least a protrusion (428A, 428B, 428C).
A system information transmission method, performed by a terminal, wherein the terminal is in idle state or inactive state, and the system information transmission method comprising: sending request information to a network device in the case that target Other System Information, Other SI, is to be requested, wherein the target Other SI is at least one of Other SI requested by a random access message one or Other SI requested by a random access message three, the Other SI is system information other than minimum system information; receiving a random access message two or a random access message four which is sent by the network device based on the request information and carries preset indication information; and determining whether to receive subsequent broadcast information based on the random access message two or the random access message four; characterized in that the preset indication information is configured to indicate configuration information of the subsequent broadcast information or indicate whether the subsequent broadcast information carries the target Other SI. sending request information to a network device in the case that target Other System Information, Other SI, is to be requested, wherein the target Other SI is at least one of Other SI requested by a random access message one or Other SI requested by a random access message three, the Other SI is system information other than minimum system information; receiving a random access message two or a random access message four which is sent by the network device based on the request information and carries preset indication information; and determining whether to receive subsequent broadcast information based on the random access message two or the random access message four; characterized in that the preset indication information is configured to indicate configuration information of the subsequent broadcast information or indicate whether the subsequent broadcast information carries the target Other SI.
An internal combustion engine, comprising: - a four-stroke combustion cylinder assembly configured for combustion of hydrogen gas using a lean air-fuel mixture within at least one combustion chamber of the combustion cylinder assembly such as to drive a crankshaft of the engine, - an intake passage upstream of the cylinder assembly and an exhaust passage downstream of the cylinder assembly; - a positive displacement compressor arranged within the intake passage, the displacement compressor being configured for compression of intake gas, - an exhaust gas recirculation system configured for recirculating at least a portion of the exhaust from the exhaust passage to the positive displacement compressor characterized in that it further comprises - an expander arranged in downstream fluid communication with the combustion chamber for receiving exhaust from the combustion chamber, the exhaust gas recirculation system being arranged in downstream fluid communication with the expander. - a four-stroke combustion cylinder assembly configured for combustion of hydrogen gas using a lean air-fuel mixture within at least one combustion chamber of the combustion cylinder assembly such as to drive a crankshaft of the engine, - an intake passage upstream of the cylinder assembly and an exhaust passage downstream of the cylinder assembly; - a positive displacement compressor arranged within the intake passage, the displacement compressor being configured for compression of intake gas, - an exhaust gas recirculation system configured for recirculating at least a portion of the exhaust from the exhaust passage to the positive displacement compressor characterized in that it further comprises - an expander arranged in downstream fluid communication with the combustion chamber for receiving exhaust from the combustion chamber, the exhaust gas recirculation system being arranged in downstream fluid communication with the expander.
A handheld vacuum cleaner comprising: a main body including a handle extending along a handle axis; a motor assembly positioned within the main body, the handle axis intersects the motor assembly; a dirty air inlet positioned at a front of the handheld vacuum cleaner and extending along an inlet axis; a cyclonic chamber in fluid communication with the dirty air inlet and the motor assembly, the cyclonic chamber defining a separator axis; characterized in that the inlet axis and the separator axis intersect to form an acute angle extending between the dirty air inlet and the cyclonic chamber; and wherein the inlet axis and the handle axis intersect to form an obtuse angle extending between the dirty air inlet and the handle. a main body including a handle extending along a handle axis; a motor assembly positioned within the main body, the handle axis intersects the motor assembly; a dirty air inlet positioned at a front of the handheld vacuum cleaner and extending along an inlet axis; a cyclonic chamber in fluid communication with the dirty air inlet and the motor assembly, the cyclonic chamber defining a separator axis; characterized in that the inlet axis and the separator axis intersect to form an acute angle extending between the dirty air inlet and the cyclonic chamber; and wherein the inlet axis and the handle axis intersect to form an obtuse angle extending between the dirty air inlet and the handle.
An analyzing tool comprising: a liquid inlet provided at a central portion; and a plurality of channels which communicate with the liquid inlet for moving a sample liquid introduced through the liquid inlet by capillary action from the central portion toward a peripheral portion of the tool. a liquid inlet provided at a central portion; and a plurality of channels which communicate with the liquid inlet for moving a sample liquid introduced through the liquid inlet by capillary action from the central portion toward a peripheral portion of the tool.
A method of processing multi-phasic dispersions comprising: providing a multi-phasic dispersion including dispersed and continuous phases, the dispersion comprising solid microparticles and at least the continuous phase containing a first non-volatile material; and providing a non-solvent; combining the multi-phasic dispersion and the non-solvent; and selectively effecting migration of the microparticles into or through the non-solvent such that a majority of the microparticles is separated from the dispersion, wherein the continuous phase is either aqueous or aqueous-miscible, the first non-volatile material comprises a non-ionic aqueous-soluble polymer or a non-ionic aqueous-miscible polymer, the microparticles are substantially insoluble in the non-solvent, and the non-solvent has either a density which is greater than that of the continuous phase or a viscosity which is greater than that of the continuous phase, wherein providing the non-solvent comprises introducing the non-solvent into a centrifugation apparatus, thereby forming a non-solvent layer therein, combining the multi-phasic dispersion and the non-solvent comprises layering the multi-phasic dispersion on a top surface of the non-solvent layer, thereby forming a layered composition; and selectively effecting migration of the microparticles into or through the non-solvent comprises centrifuging the layered composition. providing a multi-phasic dispersion including dispersed and continuous phases, the dispersion comprising solid microparticles and at least the continuous phase containing a first non-volatile material; and providing a non-solvent; combining the multi-phasic dispersion and the non-solvent; and selectively effecting migration of the microparticles into or through the non-solvent such that a majority of the microparticles is separated from the dispersion, wherein the continuous phase is either aqueous or aqueous-miscible, the first non-volatile material comprises a non-ionic aqueous-soluble polymer or a non-ionic aqueous-miscible polymer, the microparticles are substantially insoluble in the non-solvent, and the non-solvent has either a density which is greater than that of the continuous phase or a viscosity which is greater than that of the continuous phase, wherein providing the non-solvent comprises introducing the non-solvent into a centrifugation apparatus, thereby forming a non-solvent layer therein, combining the multi-phasic dispersion and the non-solvent comprises layering the multi-phasic dispersion on a top surface of the non-solvent layer, thereby forming a layered composition; and selectively effecting migration of the microparticles into or through the non-solvent comprises centrifuging the layered composition.
Tapping apparatus for transmitting electrical energy from a spatially fixed, busbar to a tapping device which can be moved along the busbar or is also spatially fixed, comprising: - at least one connection housing, the busbar being mechanically connected to the tapping device by means of the connection housing, - a current tapping apparatus which comprises sliding contact elements for collecting electrical energy from the busbar, the current tapping apparatus being mechanically rigidly connected to the connection housing, - characterized in that the connection housing comprises at least one base support, on which an upper control circuit boards and a lower control circuit boards are mounted, the base support being mounted between the two control circuit boards, and thus the two control circuit boards are mounted one above the other, so stacked arranged, in a direction perpendicular to a direction of travel, and further, wherein the control circuit boards are each designed and intended to drive, to control and/or to regulate at least one electric motor. - at least one connection housing, the busbar being mechanically connected to the tapping device by means of the connection housing, - a current tapping apparatus which comprises sliding contact elements for collecting electrical energy from the busbar, the current tapping apparatus being mechanically rigidly connected to the connection housing, - characterized in that the connection housing comprises at least one base support, on which an upper control circuit boards and a lower control circuit boards are mounted, the base support being mounted between the two control circuit boards, and thus the two control circuit boards are mounted one above the other, so stacked arranged, in a direction perpendicular to a direction of travel, and further, wherein the control circuit boards are each designed and intended to drive, to control and/or to regulate at least one electric motor.