mhurhangee/ep-ind-claims huggingface dataset:
In vitro use of notch regulators selected from the group comprising inductors of the signal-active notch molecule and/or notch inhibitors, for the modulation of interleukin-22 production in T cells.
A method for controlling an engine speed of a power source adapted to drive at least one ground engaging element of a working machine, said ground engaging element being a means by which said machine is moved in relation to the ground, said method comprising the steps of: - receiving an operator control input from an accelerator pedal by an accelerator signal converter, the operator control input being indicative of the control of the engine speed of the power source, - receiving a state input indicative of an operating state of the working machine, characterized by - determining an operation signal in the response to the operator control input and the operating state input, the operation signal controlling the engine speed of the power source, thereby modifying the relationship between the accelerator pedal angle and the engine speed in order to assist a driver of the working machine when manoeuvring the working machine, and - sending the determined operation signal for controlling the engine speed of the power source accordingly. - receiving an operator control input from an accelerator pedal by an accelerator signal converter, the operator control input being indicative of the control of the engine speed of the power source, - receiving a state input indicative of an operating state of the working machine, characterized by - determining an operation signal in the response to the operator control input and the operating state input, the operation signal controlling the engine speed of the power source, thereby modifying the relationship between the accelerator pedal angle and the engine speed in order to assist a driver of the working machine when manoeuvring the working machine, and - sending the determined operation signal for controlling the engine speed of the power source accordingly.
Wing for a window or a door with a frame profile with a pivotable handle element comprising an inner rose with an abutment surface on which projections are arranged, wherein a bearing flange is pivotably mounted on the inner rose, to which bearing flange the handle element is fixed in a pivotable manner, wherein the frame profile comprises a cutout in which a bowl-shaped holding element for fixing the inner rose, which is inserted into the holding element, is held non-rotatably with an exterior surface, wherein the abutment surface and/or the projections are inserted non-rotatably with an interior surface of the holding element into the holding element, and wherein the cutout comprises a shape deviating from a circle-shape.
A suction grid for an air guide of a domestic hood, comprising a first plurality of mutually spaced spokes, said grid defining a central area and a peripheral edge, each spoke of said first plurality of spokes extending along a first curvilinear path from said central area toward said peripheral edge, each spoke of said first plurality of spokes defining a profile, which is warped around said first curvilinear path, said profile, in any section normal to said first curvilinear path, defining a front side, a rear side, opposite to said front side, an underside and a topside opposite to said underside, wherein the ratio of said front side or rear side to said underside or topside changes from said central area toward said peripheral edge, said ratio decreasing from said central area toward said peripheral edge, characterized in that - said front side has a direction of extension which is parallel to the direction of extension of said rear side, the length of said front side being equal to the length of the rear side and said length remaining constant along said first curvilinear path; - said underside has a direction of extension parallel to the direction of extension of said topside, the length of said underside being equal to the length of said topside and said length progressively increasing along said first curvilinear path. - said front side has a direction of extension which is parallel to the direction of extension of said rear side, the length of said front side being equal to the length of the rear side and said length remaining constant along said first curvilinear path; - said underside has a direction of extension parallel to the direction of extension of said topside, the length of said underside being equal to the length of said topside and said length progressively increasing along said first curvilinear path.
Adaptive lighting system for motor vehicles comprising: - at least one primary light source emitting light radiation, - a scanning system which receives the light radiation from the primary light source and distributes it spatially over the surface of a wavelength conversion device, - the wavelength conversion device receiving light radiation from the primary source and re-emitting white light radiation, - an optical imaging system receiving the white light re-emitted by the wavelength conversion device and projecting this light in front of the vehicle to form an illumination beam, the wavelength conversion device being located in the vicinity of a focal plane of the optical imaging system, the scanning system and the optical system being located on the same side of the wavelength conversion device, the intensity of the white light radiation emitted by the wavelength conversion device being adjustable between a minimum and a maximum value, characterized in that the scanning is performed at variable speed, with a slower speed in the middle area of the surface of the wavelength conversion device than at the edges thereof. - at least one primary light source emitting light radiation, - a scanning system which receives the light radiation from the primary light source and distributes it spatially over the surface of a wavelength conversion device, - the wavelength conversion device receiving light radiation from the primary source and re-emitting white light radiation, - an optical imaging system receiving the white light re-emitted by the wavelength conversion device and projecting this light in front of the vehicle to form an illumination beam, the wavelength conversion device being located in the vicinity of a focal plane of the optical imaging system,
A chair having a seat, a backrest, two front chair legs and two rear chair legs, and two armrests, - wherein the seat and the backrest form an integral seat shell, - wherein the chair legs (21, 31) and the cantilevered armrests form an integral frame produced from a plastic, - wherein each armrest consists of an armrest support and an arm-supporting surface, - wherein the armrest supports and the front chair legs (21, 31) lie in one plane, and - wherein the frame and the seat shell are connected detachably to each other. - wherein the seat and the backrest form an integral seat shell, - wherein the chair legs (21, 31) and the cantilevered armrests form an integral frame produced from a plastic, - wherein each armrest consists of an armrest support and an arm-supporting surface, - wherein the armrest supports and the front chair legs (21, 31) lie in one plane, and - wherein the frame and the seat shell are connected detachably to each other.
A subsea riser structure for offloading hydrocarbons, the structure comprising: a riser column; a sub-surface buoy that supports the riser column; and an offloading system for conveying hydrocarbons from the riser column to a surface tanker vessel, characterised in that the offloading system comprises: a flexible hose hanging from the riser structure in a U-shape having first and second limbs (32A, 32B), an upper end of the first limb communicating fluidly with the riser column and an upper end of the second limb terminating in a pulling head for connecting the hose to the tanker; at least one clump weight acting on a lowermost bend of the hose between the first and second limbs (32A, 32B) to maintain tension in the first and second limbs (32A, 32B) wherein the hose is movable along its length relative to the or each clump weight; and a sub-surface holder fixed to the riser structure, the holder being arranged to hold the pulling head against said tension in the second limb of the hose when the system is in a standby state. a riser column; a sub-surface buoy that supports the riser column; and an offloading system for conveying hydrocarbons from the riser column to a surface tanker vessel, characterised in that the offloading system comprises: a flexible hose hanging from the riser structure in a U-shape having first and second limbs (32A, 32B), an upper end of the first limb communicating fluidly with the riser column and an upper end of the second limb terminating in a pulling head for connecting the hose to the tanker; at least one clump weight acting on a lowermost bend of the hose between the first and second limbs (32A, 32B) to maintain tension in the first and second limbs (32A, 32B) wherein the hose is movable along its length relative to the or each clump weight; and a sub-surface holder fixed to the riser structure, the holder being arranged to hold the pulling head against said tension in the second limb of the hose when the system is in a standby state. a flexible hose hanging from the riser structure in a U-shape having first and second limbs (32A, 32B), an upper end of the first limb communicating fluidly with the riser column and an upper end of the second limb terminating in a pulling head for connecting the hose to the tanker; at least one clump weight acting on a lowermost bend of the hose between the first and second limbs (32A, 32B) to maintain tension in the first and second limbs (32A, 32B) wherein the hose is movable along its length relative to the or each clump weight; and a sub-surface holder fixed to the riser structure, the holder being arranged to hold the pulling head against said tension in the second limb of the hose when the system is in a standby state.
Method for the transmission of electromagnetic waves, in order to focus a wave of wavelength λ at at least one focal point of index i, the wave being emitted by antennas of index j belonging to a first array, towards at least one antenna located at the focal point i and belonging to a second array, characterized in that: - the antenna belonging to the second array used at the focal point is reactive, so as to generate an evanescent field, - at least one diffuser for the wave is used close to the focal point i, said diffuser being located at a distance smaller than a predetermined distance from said focal point, said predetermined distance being at most equal to λ/10. - the antenna belonging to the second array used at the focal point is reactive, so as to generate an evanescent field, - at least one diffuser for the wave is used close to the focal point i, said diffuser being located at a distance smaller than a predetermined distance from said focal point, said predetermined distance being at most equal to λ/10.
Production facility comprising at least one conveyor device, at least one frame unit, relative to which at least one guide unit of the conveyor device is pivotably or tiltably mounted together with a transport unit of the conveyor device by means of a bearing unit of the conveyor device, and at least one further guide unit, the conveyor device comprising, in order to convey products, in particular packaged and/or unpackaged foodstuffs, at least the transport unit, which comprises at least one endless transport element, in particular an endless conveyor belt, which has a product support surface for receiving products to be conveyed, at least the guide unit for guiding the transport element, which guide unit has at least one, in particular movably mounted, guide element, in particular a guide roller, for deflecting the endless transport element, and at least the bearing unit for pivotably or tiltably mounting the guide unit together with the transport unit relative to the frame unit about a movement axis of the guide unit which runs at least substantially in parallel with the product support surface, characterized in that the guide unit has at least one further guide element for deflecting an endless further transport element of the production facility, in particular an endless further conveyor belt, at least one deflection region of the further transport element being arranged on the guide unit, a further region of the further transport element being mounted on the further guide unit, the further guide element being pivotably or tiltably mounted together with the guide element for guiding the transport element and with the transport unit relative to the frame unit by means of the bearing unit, while the further region of the endless further transport element remains unpivoted or untilted.
A hearing aid comprising - a processor configured to compensate for a hearing loss; - a battery unit comprising a rechargeable battery; - a wireless receiver element for receipt of a wireless power signal, the wireless receiver element configured to convert the wireless power signal to an electrical power signal; - a detector assembly connected to the wireless receiver element for provision of one or more detector signals including a first detector signal, the first detector signal being based on a power detector signal from the wireless receiver element; and - a power controller connected to the processor and the detector assembly, wherein the power controller is configured to select a power mode of the hearing aid from a plurality of power modes based on the first detector signal, the power controller being configured to select a first power mode wherein the battery is charged if the one or more detector signals are indicative of charging with a first charging unit, select a second power mode wherein the processor is powered by the electrical power signal if the one or more detector signals are indicative of powering with a first power unit, and apply the selected power mode in the hearing aid. - a processor configured to compensate for a hearing loss; - a battery unit comprising a rechargeable battery; - a wireless receiver element for receipt of a wireless power signal, the wireless receiver element configured to convert the wireless power signal to an electrical power signal; - a detector assembly connected to the wireless receiver element for provision of one or more detector signals including a first detector signal, the first detector signal being based on a power detector signal from the wireless receiver element; and - a power controller connected to the processor and the detector assembly, wherein the power controller is configured to select a power mode of the hearing aid from a plurality of power modes based on the first detector signal, the power controller being configured to select a first power mode wherein the battery is charged if the one or more detector signals are indicative of charging with a first charging unit, select a second power mode wherein the processor is powered by the electrical power signal if the one or more detector signals are indicative of powering with a first power unit, and apply the selected power mode in the hearing aid.
A beverage container lid for dispersing heat comprising: a cover portion having at least one inlet perforation and a dispensing spout extending upwardly therefrom, the spout having spout sides to form a mixing chamber with a dispensing opening; wherein at least some of the beverage contained in an interior chamber of a beverage container is drawn through the at least one inlet perforation into the mixing chamber and is dispensed through the dispensing opening such that the at least some of the beverage exiting through the dispensing opening has a lower temperature than the beverage contained in the interior chamber of the beverage container, and wherein at least one of the spout sides has one or more side perforations for allowing air to enter the mixing chamber to cool at least some of the beverage in the mixing chamber while the beverage is being dispensed from the dispensing opening to a mouth of a consumer, such that the beverage cools as it passes through the mixing chamber. a cover portion having at least one inlet perforation and a dispensing spout extending upwardly therefrom, the spout having spout sides to form a mixing chamber with a dispensing opening; wherein at least some of the beverage contained in an interior chamber of a beverage container is drawn through the at least one inlet perforation into the mixing chamber and is dispensed through the dispensing opening such that the at least some of the beverage exiting through the dispensing opening has a lower temperature than the beverage contained in the interior chamber of the beverage container, and wherein at least one of the spout sides has one or more side perforations for allowing air to enter the mixing chamber to cool at least some of the beverage in the mixing chamber while the beverage is being dispensed from the dispensing opening to a mouth of a consumer, such that the beverage cools as it passes through the mixing chamber.
A robot for image-guided interventions, said robot comprising: a base member; a plurality of actuators coupled to the base member; at least four linear actuators having a parallel linkage structure coupled directly to the base member; a platform directly coupled to the at least four linear actuators, the platform having a proximal portion and a distal portion; the at least four linear actuators, the base member and platform being arranged so that the platform is moveable with respect to the base member responsive to the at least four actuators, wherein at least two linear actuators are coupled to the proximal portion of the platform and at least two linear actuators are coupled to the distal portion of the platform; and wherein the plurality of actuators each include a pneumatic stepper motor for moving the platform in a given direction with respect to the actuator. a base member; a plurality of actuators coupled to the base member; at least four linear actuators having a parallel linkage structure coupled directly to the base member; a platform directly coupled to the at least four linear actuators, the platform having a proximal portion and a distal portion;
Method for controlling combustion in a gas or oil burner, comprising the steps • delivering and modulating a combustion air stream V, • delivering and modulating a fuel stream B, • mixing and burning a mixed stream M made of combustion air V and fuel B, • measuring a value of at least one combustion variable of the mixture combustion, characterized by the further steps • imposing at least one temporary change on the combustion air stream V and/or the fuel stream B and/or the mixed stream M at an imposition point by means of an imposition device (2, 4), • detecting at least one response signal associated with the change at at least one detection point by means of a least one measuring and detecting device, the detection point being arranged downstream of the imposition point in relation to the combustion air stream V and/or the fuel stream B and/or the mixed stream M, • measuring a time period between the change and a response signal and/or measuring a time period between a first response signal and a second response signal, • controlling the combustion air stream V and/or the fuel stream B as a function of the at least one measured time period and also with regard to a target value of the combustion variable. • delivering and modulating a combustion air stream V, • delivering and modulating a fuel stream B, • mixing and burning a mixed stream M made of combustion air V and fuel B, • measuring a value of at least one combustion variable of the mixture combustion, • imposing at least one temporary change on the combustion air stream V and/or the fuel stream B and/or the mixed stream M at an imposition point by means of an imposition device (2, 4), • detecting at least one response signal associated with the change at at least one detection point by means of a least one measuring and detecting device, the detection point being arranged downstream of the imposition point in relation to the combustion air stream V and/or the fuel stream B and/or the mixed stream M, • measuring a time period between the change and a response signal and/or measuring a time period between a first response signal and a second response signal, • controlling the combustion air stream V and/or the fuel stream B as a function of the at least one measured time period and also with regard to a target value of the combustion variable.
A wrap for wrapping an object (30,130) to be sterilised, the wrap having four edges (12, 14, 16, 18) bound by a periphery, with a first edge on one side of the periphery and a second edge on a side of the periphery opposite to the first side, wherein: - the wrap has at least a first tab forming part of the periphery of the first edge and at least a second tab forming part of the periphery of the second edge; and - the first tab is diagonally opposite the second tab. - the wrap has at least a first tab forming part of the periphery of the first edge and at least a second tab forming part of the periphery of the second edge; and - the first tab is diagonally opposite the second tab.
A passenger seat comprising: at least one back rest frame (191, 192, 193, 194) for supporting a passenger back; at least one lateral structural member (101, 102, 151 - 162) that is perpendicular to the at least one back rest frame (191, 192, 193, 194); and at least one floor attachment frame (195, 196), wherein the at least one lateral structural member (101, 102, 151 - 162) comprises an internal composite tube (101, 102) that extends an entire lateral width of the passenger seat and a plurality of outer tubes (151 - 162) disposed on an outer surface of the internal composite tube (101, 102); wherein each of the plurality of outer tubes (151 - 162) is disposed at an interface between the lateral structural member (101, 102, 151 - 162) and at least one of the at least one back rest frame (191, 192, 193, 194) and the at least one floor attachment frame (195, 196); characterised in that: the at least one lateral structural member (101, 102, 151 - 162) is disposed in an at least one through-hole of the at least one back rest frame (191, 192, 193, 194) and the at least one floor attachment frame (195, 196), the at least one through-hole of the at least one back rest frame (191, 192, 193, 194) being co-axial with the at least one through-hole of the at least one floor attachment frame (195, 196); and each of the plurality of outer tubes is integral to the internal composite tube (101, 102) and made from the same material as the internal composite tube (101, 102). at least one back rest frame (191, 192, 193, 194) for supporting a passenger back; at least one lateral structural member (101, 102, 151 - 162) that is perpendicular to the at least one back rest frame (191, 192, 193, 194); and at least one floor attachment frame (195, 196), wherein the at least one lateral structural member (101, 102, 151 - 162) comprises an internal composite tube (101, 102) that extends an entire lateral width of the passenger seat and a plurality of outer tubes (151 - 162) disposed on an outer surface of the internal composite tube (101, 102); wherein each of the plurality of outer tubes (151 - 162) is disposed at an interface between the lateral structural member (101, 102, 151 - 162) and at least one of the at least one back rest frame (191, 192, 193, 194) and the at least one floor attachment frame (195, 196); the at least one lateral structural member (101, 102, 151 - 162) is disposed in an at least one through-hole of the at least one back rest frame (191, 192, 193, 194) and the at least one floor attachment frame (195, 196), the at least one through-hole of the at least one back rest frame (191, 192, 193, 194) being co-axial with the at least one through-hole of the at least one floor attachment frame (195, 196); and each of the plurality of outer tubes is integral to the internal composite tube (101, 102) and made from the same material as the internal composite tube (101, 102).