mhurhangee/ep-ind-claims huggingface dataset:
A non-linear excursion estimations system for estimating non-linear excursion of a loudspeaker, comprising: a loudspeaker having a force transducer; an amplifier configured to transmit an audio signal; and a controller connected to the amplifier and configured to receive the audio signal from the amplifier, characterized in that the controller is programmed to perform a motor analysis of a motor, the motor analysis defining a tail characteristic of a curve function, the tail characteristic being arranged outside of a safe operating area nonlinearity curve of the loudspeaker, limit excursion of the loudspeaker by modeling at least one constrained nonlinearity curve based on an asymptote outside of the safe operating area nonlinearly curve of the loudspeaker and based on a target function based on the motor analysis and the SOA nonlinearity curve, wherein the SOA nonlinearity curve of a non-linear parameter is obtained by curve-fitting polynomials for a measured range of cone displacement values. a loudspeaker having a force transducer; an amplifier configured to transmit an audio signal; and a controller connected to the amplifier and configured to receive the audio signal from the amplifier, characterized in that the controller is programmed to perform a motor analysis of a motor, the motor analysis defining a tail characteristic of a curve function, the tail characteristic being arranged outside of a safe operating area nonlinearity curve of the loudspeaker, limit excursion of the loudspeaker by modeling at least one constrained nonlinearity curve based on an asymptote outside of the safe operating area nonlinearly curve of the loudspeaker and based on a target function based on the motor analysis and the SOA nonlinearity curve, wherein the SOA nonlinearity curve of a non-linear parameter is obtained by curve-fitting polynomials for a measured range of cone displacement values.
Structure comprising a waveguide (35, 45) and a light coupler, made on a semiconductor-on-insulator substrate, the light coupler allowing a light coupling between the waveguide and an optical fiber, the semiconductor-on-insulator substrate comprising a thin layer of semiconducting material in which the waveguide (35, 45) is made, the coupler being made on the semiconductor-on-insulator substrate, the structure comprising a light injector (5, 18, 20) and an adiabatic collector made up with an inverted nanotip formed from the thin layer of semiconducting material, the injector being formed on the insulator and having a face (7, 22) for receiving an end of the optical fiber, the adiabatic collector having a cross-section which increases from a first end located on the side of said end of the optical fiber up to a second end which connects to the waveguide (35, 45), the injector (5, 18, 20) covering the adiabatic collector, characterized in that the injector (5, 18, 20) has a rib waveguide shape.
An apparatus comprising at least one processor, and at least one memory including computer program code, wherein the at least one memory and the computer program code are configured, with the at least one processor, to cause the apparatus to: detect a beam failure on at least one beam failure detection reference signal, BFD-RS, set of a plurality of BFD-RS sets, the apparatus being configured to communicate with an access point supporting the plurality of BFD-RS sets; include one or more beam failure indication data into a first medium access control, MAC, control element, CE, wherein the one or more beam failure indication data indicates the beam failure detected on the at least one BFD-RS set; wherein the one or more beam failure indication data comprises at least a first bit, wherein a first value of the first bit indicates that the one or more beam failure indication data includes candidate beam information encoded for multiple BFD-RS sets including candidate beam information encoded for a first BFD-RS set of the plurality of BFD-RS sets, wherein the first value further indicates that the beam failure is detected at least on the first BFD-RS set, and wherein a second value of the first bit indicates that the one or more beam failure indication data includes candidate beam information encoded for only a second BFD-RS set of the plurality of BFD-RS sets, wherein the second value further indicates that the beam failure is detected on the second BFD-RS set; and transmit, to the access point, the first MAC CE comprising the one or more beam failure indication data. detect a beam failure on at least one beam failure detection reference signal, BFD-RS, set of a plurality of BFD-RS sets, the apparatus being configured to communicate with an access point supporting the plurality of BFD-RS sets; include one or more beam failure indication data into a first medium access control, MAC, control element, CE, wherein the one or more beam failure indication data indicates the beam failure detected on the at least one BFD-RS set; wherein the one or more beam failure indication data comprises at least a first bit, wherein a first value of the first bit indicates that the one or more beam failure indication data includes candidate beam information encoded for multiple BFD-RS sets including candidate beam information encoded for a first BFD-RS set of the plurality of BFD-RS sets, wherein the first value further indicates that the beam failure is detected at least on the first BFD-RS set, and wherein a second value of the first bit indicates that the one or more beam failure indication data includes candidate beam information encoded for only a second BFD-RS set of the plurality of BFD-RS sets, wherein the second value further indicates that the beam failure is detected on the second BFD-RS set; and transmit, to the access point, the first MAC CE comprising the one or more beam failure indication data.
A method for determining the activity of an iRNA agent targeting transthyretin RNA in a subject who was administered said iRNA agent in a liver tissue comprising: (a) detecting the level of the TTR RNA or a cleavage product thereof in a serum sample acquired from the subject, and, (b) comparing the level obtained in (a) to a reference sample; wherein a decreased level of the TTR RNA or an increased level of the cleavage product as compared to the reference sample is indicative that the iRNA agent is active, and an increased or static level of the TTR RNA or a decreased or static level of cleavage product as compared to the reference sample is indicative that the iRNA agent is inactive in the subject. (a) detecting the level of the TTR RNA or a cleavage product thereof in a serum sample acquired from the subject, and, (b) comparing the level obtained in (a) to a reference sample;
A method of reducing the fluid flow effects of one or more flow modifiers in a bypass duct of a jet engine, the method comprising: providing a plurality of aerofoil structures in the bypass duct, wherein the geometry of each aerofoil structure is substantially the same; and shortening a trailing edge of one or more selected aerofoil structures in a chordwise direction and over at least a spanwise portion of the one or more selected aerofoil structures such that, when in use, the direction of the fluid flow in the vicinity of the one or more selected aerofoil structures is altered and the fluid flow effects of the one or more flow modifiers in the bypass duct are reduced; characterised in that the method comprises varying the extent of the shortening along the span of the one or more aerofoil structures so as to form a taper along the span of the one or more aerofoil structures. providing a plurality of aerofoil structures in the bypass duct, wherein the geometry of each aerofoil structure is substantially the same; and shortening a trailing edge of one or more selected aerofoil structures in a chordwise direction and over at least a spanwise portion of the one or more selected aerofoil structures such that, when in use, the direction of the fluid flow in the vicinity of the one or more selected aerofoil structures is altered and the fluid flow effects of the one or more flow modifiers in the bypass duct are reduced; characterised in that the method comprises varying the extent of the shortening along the span of the one or more aerofoil structures so as to form a taper along the span of the one or more aerofoil structures.
Isolator, in particular for pharmaceutical and/or chemical applications, having an isolator space comprising a double wall, wherein the double wall includes at least one transparent outer wall panel and an inner wall panel located at a distance to the latter and delimiting an interspace, in particular for conducting gas, and having at least one glove port assigned to the double wall, this glove port comprising means for detachably securing the glove for extending through the double wall for manual intervention in the isolator room, wherein the glove port comprises a preferably transparent channel ring enclosing a channel for extension which, starting from the outer wall panel extends in the direction of the inner wall panel, wherein the means for detachably securing the glove are arranged in a region between the outer wall panel and the inner wall panel outside the channel for extension and wherein the outer wall panel and the inner wall panel are arranged to be adjustable, in particular pivotable, relative to one another in order to facilitate the changing of gloves, characterized in that the means for detachably securing include a securing ring, preferably formed as an elastomer ring, for spanning around the glove and preferably the channel ring in a region between the outer wall panel and the inner wall panel, and in that the securing ring is arranged relative to the inner wall panel in such a way that the inner wall panel, which preferably forms a retaining stop, prevents the securing ring from slipping off the glove in the direction toward the inner space.
Fuse, namely SMD fuse and/or miniature fuse, with an insulating body having a cavity, a fusible conductor arranged in the insulating body and outer contact caps placed on the insulating body on the front side and electrically connected to the fusible conductor, the fusible conductor is fixed for positionally stable arrangement in the insulating body by means of at least one fixing means assigned to a contact cap, in that the fixing means is placed on the front side of the insulating body, and in that the fixing means is put over at least in regions from the assigned contact cap, wherein the fixing means has a basic side for bearing at least in regions on the front side (5, 6) of the insulating body, wherein the basic side of the fixing means has an opening, wherein at least one protrusion projects into the opening from the basic side of the fixing means for fixing and/or supporting the fusible conductor, characterized in that the protrusion has at least two bent-over legs, arranged laterally on the protrusion, and the fusible conductor is fixed on the protrusion by means of the legs, namely being enclosed between the protrusion and the legs, the bent-over legs lying on top of one another and/or being arranged one above the other. the fusible conductor is fixed for positionally stable arrangement in the insulating body by means of at least one fixing means assigned to a contact cap, in that the fixing means is placed on the front side of the insulating body, and in that the fixing means is put over at least in regions from the assigned contact cap, wherein the fixing means has a basic side for bearing at least in regions on the front side (5, 6) of the insulating body, wherein the basic side of the fixing means has an opening, wherein at least one protrusion projects into the opening from the basic side of the fixing means for fixing and/or supporting the fusible conductor, characterized in that the protrusion has at least two bent-over legs, arranged laterally on the protrusion, and the fusible conductor is fixed on the protrusion by means of the legs, namely being enclosed between the protrusion and the legs, the bent-over legs lying on top of one another and/or being arranged one above the other.
Impact detection device configured to detect a danger condition or impact condition of a two-wheeled vehicle, wherein said impact detection device is or includes a TPMS or "Tyre Pressure Monitoring System", wherein the TPMS is configured to be provided inside a tyre of the two-wheeled vehicle and supported on a tyre rim inside a hole which is normally used for inserting an inflation valve, and wherein the TPMS includes, in a same device, at least one pressure sensor, or pressure transducer, and one or more acceleration transducers or sensors, preferably along two axes, a receiver and a logic unit able to process signals from the transducers, as well as a transmitter able to transmit a processed signal from the logic unit and wherein said logic unit is configured to allow correlation, via mathematical operations, of the acceleration values detected by the respective sensors with impact or danger conditions for a user located on the two-wheeled vehicle, wherein the logic unit of the TPMS is suitably configured to allow the correlation, via mathematical operations, of only acceleration data and ignoring the pressure data in order to establish a danger situation.
An aqueous inkjet ink comprising water-insoluble resin particles, an organic solvent, a color material, and water, wherein the organic solvent contains an organic solvent selected from glycols or diols, and the water-insoluble resin particles contain a composite resin in which a polyolefin resin is contained in a polyurethane resin.
A breakable seamless capsule for a smoking equipment, comprising a content containing an oily ingredient and a capsule shell for encapsulating said content, wherein: the capsule shell contains a polysaccharide, where the polysaccharide comprises gellan gum; the ratio of the shell to the capsule is 9.0-18.0 wt%; the thickness of the capsule shell is 60 μm or more; the volatilization content of the content after leaving the content to stand under an environment at a temperature of 25 °C and a relative humidity of 40 % for 4 hours is 3.0 wt% or more with respect to the total weight of the encapsulated content; the crush strength per diameter of the capsule is 4.0-8 N/mm. the capsule shell contains a polysaccharide, where the polysaccharide comprises gellan gum; the ratio of the shell to the capsule is 9.0-18.0 wt%; the thickness of the capsule shell is 60 μm or more; the volatilization content of the content after leaving the content to stand under an environment at a temperature of 25 °C and a relative humidity of 40 % for 4 hours is 3.0 wt% or more with respect to the total weight of the encapsulated content; the crush strength per diameter of the capsule is 4.0-8 N/mm.
A power tool, comprising a driving motor for driving a tool bit that performs a predetermined operation on a workpiece, a motor housing that houses the driving motor, a tool bit mounting part to which the tool bit is attached in a housing front end region of the motor housing, a rear cover that includes a cylindrical part which is mounted to a rear end region of the motor housing on the opposite side from the tool bit mounting part, and an opening formed in a wall of the cylindrical part, and forms together with the motor housing a grip to be held by a user, and a power switch (141, 143) including an operating part which is operated by gripping with a user's hand and a switch part which is disposed within the rear cover, the switch part being actuated by operation of the operating part to control energization of the driving motor and connected to the operating part through the opening, wherein the operating part is held in a released position as an initial state by a biasing force of a spring member of the switch part characterized in that the operating part extends longitudinally on an outer surface of the motor housing and an outer surface of the rear cover, the operating part is mounted to the motor housing and the rear cover such that a projecting front end of the operating part is engaged with a recess of the motor housing and a projecting rear end of the operating part is engaged with a recess of the rear cover, and the recess and the projecting front end form a pivot (105a, 143a) for the operating part and the operating part is turned around the pivot (105a, 143a) by gripping with the user's hand.
An adjustable hinge for doors or windows, comprising two hinge elements (1, 3) of which a first element adapted to be connected to a fixed frame of the door or the window and a second element adapted to be connected to a mobile frame of the door or the window, said hinge elements being coaxially consecutive along an axis of rotation between said mobile frame and said fixed frame and pivotally connected through a pin that is engaged in correspondent housings (5, 6) formed inside said elements, the pin comprising two end branches (70, 71) defining a respective axis (X 0, X 1) adapted to be engaged respectively within said housings, of which a first branch pivoted around said axis within a housing of the first or of the second element, and a second branch locked within the other housing of the second or of the first element by means of locking means, wherein said end branches of said pin are joined by an intermediate deviation portion, so as to result in the said axes (X 0, X 1) being mutually off-centered in a first transversal direction (Y 1) and parallel, said locking means being releasable to permit an adjustment rotation of said first or of said second branch with respect to the corresponding hinge element, whereby a relative displacement of said hinge elements along a second transversal direction (Y 2) is obtained in response to said adjustment rotation, characterized in that said intermediate deviation portion is a linear portion that is inclined with respect to said end branches (70, 71), the hinge further comprising: - a tubular cover for covering the hinge element to which said locking means are associated; - a plug comprising a channel for the integral engagement with said inclined intermediate portion, said plug further comprising reference means adapted to engage in a coaxial and pivotal manner within said housing of said first or second element to which said locking means are associated, and a wall developing circularly along a C-shaped path, centered on said axis of rotation and symmetrical with respect to said pin, on which wall said cover radially abuts, so that an adaptive rotation of said cover around said axis occurs as a reaction of the adjustment rotation of said first or second branch. - a plug comprising a channel for the integral engagement with said inclined intermediate portion, said plug further comprising reference means adapted to engage in a coaxial and pivotal manner within said housing of said first or second element to which said locking means are associated, and a wall developing circularly along a C-shaped path, centered on said axis of rotation and symmetrical with respect to said pin, on which wall said cover radially abuts, so that an adaptive rotation of said cover around said axis occurs as a reaction of the adjustment rotation of said first or second branch.
Sealing gasket for rotary shafts, having a plurality of annular portions (5, 7, 9) concentric with respect to a central axis, wherein said annular portions (5, 7, 9) comprise: an anchoring portion axially delimited by two axial delimiting surfaces; a connecting portion extending obliquely from the anchoring portion; a terminal portion extending from one end of the connecting portion radially distal with respect to the anchoring portion, wherein said terminal portion is radially movable with respect to the anchoring portion and carries at least one radially protruding sealing edge; wherein axially opposite lateral surfaces (12, 13) of the connecting portion each form an acute angle with the anchoring portion and with the terminal portion, respectively; said sealing gasket further comprising an elastic reinforcement annular lamina having a plurality of annular parts concentric with respect to the central axis, wherein said annular parts comprise a proximal part integral with the anchoring portion, an intermediate part integral with the connecting portion and a distal part integral with the terminal portion, characterized in that the intermediate part is interconnected with at least one of said proximal part and distal part by at least one connecting section (18, 19) crossing the thickness of the connecting portion in a transition zone between the latter and the respective terminal portion or anchoring portion. an anchoring portion axially delimited by two axial delimiting surfaces; a connecting portion extending obliquely from the anchoring portion; a terminal portion extending from one end of the connecting portion radially distal with respect to the anchoring portion, wherein said terminal portion is radially movable with respect to the anchoring portion and carries at least one radially protruding sealing edge; wherein axially opposite lateral surfaces (12, 13) of the connecting portion each form an acute angle with the anchoring portion and with the terminal portion, respectively; said sealing gasket further comprising an elastic reinforcement annular lamina having a plurality of annular parts concentric with respect to the central axis, wherein said annular parts comprise a proximal part integral with the anchoring portion, an intermediate part integral with the connecting portion and a distal part integral with the terminal portion, characterized in that the intermediate part is interconnected with at least one of said proximal part and distal part by at least one connecting section (18, 19) crossing the thickness of the connecting portion in a transition zone between the latter and the respective terminal portion or anchoring portion.