mhurhangee/ep-ind-claims huggingface dataset:
Façade shading, comprising at least one hingeless, steplessly deformable folding mechanism having a first component and a second component, which first component is embodied in a rod-like or planar manner, which second component is embodied in a sheet-like manner, which first component is attached to one edge of the second component or is located in the face thereof, which first component is coupled in a hingeless manner to the second component, which second component is in the form of a slat, wherein, when starting from the starting position, a bend of the first component in a direction parallel to the face of the second component is induced by light, heat or moisture or alternatively by loads, forces and/or displacements, the second component withstands flexural tensile stresses in that the orientation of the second component with respect to the starting position, for the purposes of shading, changes gradually and steplessly by lateral folding, with a doubly curved surface of the second component being formed in accordance with the amount of bending of the first component.
An underwater vehicle comprising a structure holding a set of thrusters consisting of six thrusters (12; 12-1, 12-2, 12-3, 12-4, 12-5, 12-6) each defining a thrust vector (1, 2, 3, 4, 5, 6), the vehicle being characterized in that the thrust vector (1, 2, 3, 4, 5, 6) of each of the six thrusters (12-1, 12-2, 12-3, 12-4, 12-5, 12-6) is oriented as follows: a first thrust vector and a second thrust vector are disposed on respective first and second planes, said first and second planes being parallel to each other; a third thrust vector and a fourth thrust vector are disposed on respective third and fourth planes, said third and fourth planes being parallel to each other and perpendicular to said first and second planes; and a fifth thrust vector and a sixth thrust vector are disposed on respective fifth and sixth planes, said fifth and sixth planes being parallel to each other and perpendicular to said first, second, third and fourth planes, such that the vehicle is enabled to move in a controlled way along its 6 spatial degrees-of-freedom.
Device for controlling in real time the path of a vehicle comprising an observer module which generates, in real time from a current measurement vector (η), an estimated lane-keeping state vector (ξ̂) of the vehicle moving at a current speed (v a), so as to produce a first steering lock command (u st) to stabilize the path of the vehicle relative to said lane, characterized in that it comprises: - an anticipator module which adds to said first steering lock command (u st) a second steering lock command (u ff) which is a function of a curvature (γ ff) to be applied to the path, said curvature (γ ff) being equal to the inverse of a radius of lane curvature at a distance (x) in front of the vehicle. - an anticipator module which adds to said first steering lock command (u st) a second steering lock command (u ff) which is a function of a curvature (γ ff) to be applied to the path, said curvature (γ ff) being equal to the inverse of a radius of lane curvature at a distance (x) in front of the vehicle.
A recording medium comprising a base (a), a second ink-receiving layer (b), and a first ink-receiving layer (c) in this order, wherein the first ink-receiving layer (c) comprises gas-phase method silica, a binder, a cationic polymer having a sulfonyl group, and glycol; and the second ink-receiving layer (b) comprises gas-phase method silica and a binder and does not comprise any cationic polymer having a sulfonyl group or comprises a cationic polymer having a sulfonyl group in an amount not higher than 0.1 parts by mass based on 100 parts by mass of the gas-phase method silica.
A driver comprising: an ejection part to which a fastener is supplied; an impactor moving from a first position toward a second position and driving the fastener into a driven member; and a rack provided to the impactor, wherein the driver further has: a rotary component engaging with the rack and moving the impactor from the second position to the first position; and an engagement member provided to the rotary component and engaging with the rack, the impactor moves from the second position to the first position by rotation of the rotary component, engagement of the rotary component with the rack is released after the impactor moves from the second position to the first position, and the impactor moves from the first position toward the second position, and the engagement member is engageable with the rack when the impactor stops before reaching the second position from the first position, characterised in that the engagement member is then adapted to move inward in the radial direction of the rotary component. an ejection part to which a fastener is supplied; an impactor moving from a first position toward a second position and driving the fastener into a driven member; and a rack provided to the impactor, wherein the driver further has: a rotary component engaging with the rack and moving the impactor from the second position to the first position; and an engagement member provided to the rotary component and engaging with the rack, the impactor moves from the second position to the first position by rotation of the rotary component, engagement of the rotary component with the rack is released after the impactor moves from the second position to the first position, and the impactor moves from the first position toward the second position, and the engagement member is engageable with the rack when the impactor stops before reaching the second position from the first position, characterised in that the engagement member is then adapted to move inward in the radial direction of the rotary component. a rotary component engaging with the rack and moving the impactor from the second position to the first position; and an engagement member provided to the rotary component and engaging with the rack, the impactor moves from the second position to the first position by rotation of the rotary component, engagement of the rotary component with the rack is released after the impactor moves from the second position to the first position, and the impactor moves from the first position toward the second position, and the engagement member is engageable with the rack when the impactor stops before reaching the second position from the first position, characterised in that the engagement member is then adapted to move inward in the radial direction of the rotary component.
A use of a composition comprising gallic acid as an active ingredient wherein gallic acid is associated with one or more excipient(s) selected from the following groups: a binder product such as wheat flour, soluble starch or rosin, a gelling product such as agar-agar, alginates, carrageenan, pectin, chitosan, cellulose or gelatin, a thickening product such as gum arabic, guar gum or xanthan gum, a swelling and disintegrating product such as bentonite or smectite, and an effervescent product such as bicarbonates, wherein gallic acid is in encapsulated or compacted form, and wherein the content of excipient(s) is comprised between 50% and 5% of the total weight of the composition, for an algicidal or algistatic treatment of akinetes of an aquatic bottom stratum of water by the controlled release of the active ingredient, the excipients being preferably chosen from two excipients belonging to two distinct groups, and more preferably the excipients are chosen from the groups and. a binder product such as wheat flour, soluble starch or rosin, a gelling product such as agar-agar, alginates, carrageenan, pectin, chitosan, cellulose or gelatin, a thickening product such as gum arabic, guar gum or xanthan gum, a swelling and disintegrating product such as bentonite or smectite, and an effervescent product such as bicarbonates,
A process for preparing polystyrene having a weight average molecular weight (Mw) in the range of 120,000-160,000, a polydispersity in the range of 4-6 and a melt flow rate of at least 40 g/10 minutes by feeding styrene into a reaction system through which the styrene passes as a component of a reaction mixture as it is polymerized, the reaction system including an initial reaction zone and a downstream reaction zone, comprising the steps of: polymerizing styrene in the initial reaction zone to form polystyrene having a Mw of greater than 300,000 and a polydispersity in the range 1.5-2.5, 10-30 wt.% of the styrene fed to the initial reaction zone being polymerized there; and polymerizing styrene remaining in the reaction mixture in the downstream reaction zone, a chain transfer agent being mixed with the reaction mixture at the commencement of this reaction zone and optionally at one or more additional locations within this reaction zone. polymerizing styrene in the initial reaction zone to form polystyrene having a Mw of greater than 300,000 and a polydispersity in the range 1.5-2.5, 10-30 wt.% of the styrene fed to the initial reaction zone being polymerized there; and polymerizing styrene remaining in the reaction mixture in the downstream reaction zone, a chain transfer agent being mixed with the reaction mixture at the commencement of this reaction zone and optionally at one or more additional locations within this reaction zone.
Reservoir for a hydraulic system, comprising - a housing with an interior and a fluid outlet, and - a separating device disposed in the housing for dividing the interior into two separate sections (I, II), the fluid outlet being in fluid communication with a first section, characterised by a hydraulic drive device coupled to a shaft extending in the housing for introducing a torque, wherein the separating device extends along the shaft in the housing, wherein the separating device is adapted to adjust the size ratio of the two separated sections (I, II) by pivoting at least a first surface of the separating device coupled to the shaft about an axis predetermined by the shaft, and wherein the separating device is coupled to the hydraulic drive device in such a way that the at least one first surface exerts a pressure on a fluid located in the first section which is dependent on a surface dimension of the first surface and the torque. - a housing with an interior and a fluid outlet, and - a separating device disposed in the housing for dividing the interior into two separate sections (I, II), the fluid outlet being in fluid communication with a first section,
A pharmaceutical composition comprising a mixture of simethicone, calcium phosphate powder and mannitol and wherein simethicone is present in 10 to 60% by weight, calcium phosphate powder is present in 20 to 70% by weight and mannitol is present in 20 to 70% by weight of the composition, and wherein the weight ratio of mannitol to calcium phosphate powder is in the range of 1: 1 to 7: 1, and wherein the weight ratio of simethicone to calcium phosphate powder is in the range of 1: 0.6 to 1: 2.2.
An airfoil, comprising: a suction sidewall and a pressure sidewall, each sidewall (54, 52) extending spanwise from an airfoil base and extending chordwise between a leading edge and a trailing edge; a tip wall (66; 166; 266) extending chordwise from said leading edge to said trailing edge and joining respective outer spanwise ends of said suction and pressure sidewalls (54; 52); a tip leakage control channel (70; 170; 270) recessed into said tip wall (66; 166; 266), said tip leakage control channel (70; 170; 270) including a control channel floor (86; 186; 286) that extends between a first control channel vane sidewall (82A; 182A; 282A) and a second control channel vane sidewall (82B; 182B; 282B) established by a corresponding tip leakage control vane (71; 171; 271); an internal cooling cavity (88; 188; 288) disposed between said suction sidewall and said pressure sidewall; and a channel cooling aperture (90; 190; 290) that feeds airflow from said internal cooling cavity (88; 188; 288) to said tip leakage control channel (70; 170; 270), characterised by further comprising: a tip shelf (68; 168; 268) recessed into a pressure side surface of a tip rib (78; 178; 278), the tip shelf (68; 168; 268) having cooling apertures (92; 192; 292) in fluid communication with a microcircuit (94; 194; 294). a suction sidewall and a pressure sidewall, each sidewall (54, 52) extending spanwise from an airfoil base and extending chordwise between a leading edge and a trailing edge; a tip wall (66; 166; 266) extending chordwise from said leading edge to said trailing edge and joining respective outer spanwise ends of said suction and pressure sidewalls (54; 52); a tip leakage control channel (70; 170; 270) recessed into said tip wall (66; 166; 266), said tip leakage control channel (70; 170; 270) including a control channel floor (86; 186; 286) that extends between a first control channel vane sidewall (82A; 182A; 282A) and a second control channel vane sidewall (82B; 182B; 282B) established by a corresponding tip leakage control vane (71; 171; 271); an internal cooling cavity (88; 188; 288) disposed between said suction sidewall and said pressure sidewall; and a channel cooling aperture (90; 190; 290) that feeds airflow from said internal cooling cavity (88; 188; 288) to said tip leakage control channel (70; 170; 270), characterised by further comprising: a tip shelf (68; 168; 268) recessed into a pressure side surface of a tip rib (78; 178; 278), the tip shelf (68; 168; 268) having cooling apertures (92; 192; 292) in fluid communication with a microcircuit (94; 194; 294).
A power converter comprising: a plurality of external terminals (T1, T2); an earth terminal connected to a ground; a power conversion circuit including a plurality of nodes (N1, N2), each of the plurality of nodes being connected to a corresponding one of the plurality of external terminals, the power conversion circuit being configured to perform power conversion by switching received power; a ground conductor; a plurality of inductors (15, 16), each of the plurality of inductors being inserted between a corresponding one of the plurality of external terminals and a corresponding one of the plurality of nodes; characterized by another inductor inserted between the ground conductor and the earth terminal. a plurality of external terminals (T1, T2); an earth terminal connected to a ground; a power conversion circuit including a plurality of nodes (N1, N2), each of the plurality of nodes being connected to a corresponding one of the plurality of external terminals, the power conversion circuit being configured to perform power conversion by switching received power; a ground conductor; a plurality of inductors (15, 16), each of the plurality of inductors being inserted between a corresponding one of the plurality of external terminals and a corresponding one of the plurality of nodes; characterized by another inductor inserted between the ground conductor and the earth terminal.
An energy converter for converting thermal energy into mechanical energy, said energy converter having a rotor which is rotatably mounted on an axle in a gas-tight housing, wherein an annular rotation space is realized between the outer circumference of the rotor and the inner circumference of the housing, and wherein several rotor blades are arranged at the outer circumference of the rotor, said rotor blades dividing the rotor space into several pressure chambers separated from each other in a pressure-tight manner, and wherein the rotation space is filled with a gaseous or evaporable working medium, and wherein the housing is heatable with a heating medium along a heated circulation section of the rotor in order to increase the pressure and/or the temperature and/or the steam content of the working medium in the pressure chambers along the heated circulation section while maintaining the same volume, and wherein the housing is capable of being cooled with a cooling medium along a cooled circulation section of the rotor in order to decrease the pressure and/or the temperature and/or the steam content of the working medium in the pressure chambers along the cooled circulation section while maintaining the same volume, and wherein an overflow channel is provided in the housing or in the axle, the working medium being capable of overflowing from the pressure chamber at the end of the heated circulation section into the pressure chamber at the end of the cooled circulation section via said overflow channel, and wherein the flow of the overflowing working medium transmits a torque to the rotor and/or to an impeller in the nozzle channel.
Planetary gearbox, comprising a planetary carrier with a shaft journal arranged on a front face of a side plate of the planetary carrier and a planetary carrier bearing, wherein a bearing seating, in which the planetary carrier bearing is arranged, is embodied on an outer circumferential surface of the shaft journal on an end of the shaft journal facing the front face, and wherein the planetary carrier has an annular groove directly connected to the bearing seating and running coaxially with the shaft journal, which undercuts the front face and the outer circumferential surface, characterised in that an outwardly centred spacer ring is arranged axially between the planetary carrier bearing and the side plate in the groove.
A method comprising: receiving, by a computing device, an inbound communication, the inbound communication comprising information indicating: a sender identifier indicating a sender of the inbound communication, a recipient identifier indicating an intended recipient of the inbound communication, and a modification privileges extension; generating an inbound communication sender/recipient couplet using the sender identifier and the recipient identifier from the received inbound communication; comparing the inbound communication sender/recipient couplet to a predefined list of sender/recipient couplets; routing, based on the comparison, the inbound communication; and granting, by the computing device and based on the modification privileges extension, access privileges to the sender to edit a sender identifier of a sender/recipient couplet, on the predefined list, that indicates the sender, wherein the sender identifier of the sender/recipient couplet comprises an email address of the sender. receiving, by a computing device, an inbound communication, the inbound communication comprising information indicating: a sender identifier indicating a sender of the inbound communication, a recipient identifier indicating an intended recipient of the inbound communication, and a modification privileges extension; a sender identifier indicating a sender of the inbound communication, a recipient identifier indicating an intended recipient of the inbound communication, and a modification privileges extension; generating an inbound communication sender/recipient couplet using the sender identifier and the recipient identifier from the received inbound communication; comparing the inbound communication sender/recipient couplet to a predefined list of sender/recipient couplets; routing, based on the comparison, the inbound communication; and granting, by the computing device and based on the modification privileges extension, access privileges to the sender to edit a sender identifier of a sender/recipient couplet, on the predefined list, that indicates the sender, wherein the sender identifier of the sender/recipient couplet comprises an email address of the sender.
Print bed levelling system for an additive manufacturing system, comprising a nozzle head assembly movably arranged with respect to a substantially flat print bed member, the nozzle head assembly comprising two or more nozzle bodies (6, 7) each having a nozzle end (8, 9), and a contactless sensor member disposed at a print bed engagement end of the nozzle head assembly, wherein the contactless sensor member comprises a sensing surface in sensing engagement with the print bed member over a relative sensing distance range between a distal sensing position and a proximal sensing position, and wherein at least one of the two or more nozzle bodies (6, 7) is moveable with respect to the sensing surface of the contactless sensor member between a retracted position and an extended position relative thereto, and wherein the print bed levelling system is configured such that movement between the print bed member and the nozzle head assembly is halted as a difference between a measured change in displacement and an expected change in displacement is detected by the contactless sensor member.
A suction nozzle for mounting an electronic component comprising: an intake passage in which negative pressure is applied such that an electronic component is picked up at a tip of the suction nozzle; a pin that cuts across the intake passage, whereby a cross section of the intake passage is narrowed; characterized in that the suction nozzle comprises a suction assistance section provided in a wall surrounding the intake passage and connecting a downstream side of the pin and an upstream side of the pin within the intake passage. an intake passage in which negative pressure is applied such that an electronic component is picked up at a tip of the suction nozzle; a pin that cuts across the intake passage, whereby a cross section of the intake passage is narrowed; characterized in that the suction nozzle comprises a suction assistance section provided in a wall surrounding the intake passage and connecting a downstream side of the pin and an upstream side of the pin within the intake passage.