mhurhangee/patent-ind-claim-en huggingface dataset:
A compressor rotor airfoil for a gas turbine engine, the airfoil comprising: opposed pressure and suction sides joined together at chordally opposite leading and trailing edges , the pressure and suction sides extending in a span direction from a root to a tip ; and a leading edge dihedral angle (β) defined at a point (P) on the leading edge between a tangent (T) to the airfoil and a vertical (V), the leading edge dihedral angle having a span-wise distribution; characterized in that : the dihedral angle decreases from the root to a first inflection point (P1) along the span, increases from the first inflection point to a second inflection point (P2) along the span, and decreases from the second inflection point to the tip, wherein the first inflection point is disposed at about 80% of the span, and the second inflection point is disposed at about 95% of the span. opposed pressure and suction sides joined together at chordally opposite leading and trailing edges , the pressure and suction sides extending in a span direction from a root to a tip ; and a leading edge dihedral angle (β) defined at a point (P) on the leading edge between a tangent (T) to the airfoil and a vertical (V), the leading edge dihedral angle having a span-wise distribution; characterized in that : the dihedral angle decreases from the root to a first inflection point (P1) along the span, increases from the first inflection point to a second inflection point (P2) along the span, and decreases from the second inflection point to the tip, wherein the first inflection point is disposed at about 80% of the span, and the second inflection point is disposed at about 95% of the span.
A method for the production of chemically derivatized nanocellulose, comprising the step of a. contacting a precursor cellulosic material with a chemically derivatizing composition to form a liquid reaction mixture, and b. chemically reacting the formed liquid reaction mixture, and c. subjecting the formed liquid reaction mixture to microfluidisation, wherein the steps b. and c. are carried out simultaneously and wherein the chemically derivatizing composition comprises an acylating agent. a. contacting a precursor cellulosic material with a chemically derivatizing composition to form a liquid reaction mixture, and b. chemically reacting the formed liquid reaction mixture, and c. subjecting the formed liquid reaction mixture to microfluidisation,
Device for simultaneously determining a plurality of different substances and/or substance concentrations and/or the constitution of solids and/or the surfaces thereof with n, where n > 1, infrared sensors, wherein a respective pyroelectric infrared sensor formed with a pyroelectric detector element and an associated optical filter is assigned to a substance, and the n, where n > 1, pyroelectric detector elements and the associated optical filters are arranged in a mount composed of a plurality of mount element(s) of identical type in a housing on a substrate with electrical contacts applied thereon, and a common entrance window in the housing is arranged above the n pyroelectric detector elements and the associated filters , such that electromagnetic radiation impinges on the n filters and subsequently on the n detector elements after the electromagnetic radiation has radiated through a substance, and the mount elements are embodied as a frame that is open towards the radiation source, and therein the radiation-sensitive surfaces of the n detector elements and of the n filters are arranged parallel to the base area of the mount elements , characterized in that bearing points for the n detector elements and the n filters are embodied in at least one mount element , wherein at least the n detector elements are arranged at a distance from the base area of the at least one mount element and at a further distance from the opening of the at least one mount element , said opening being situated opposite the base area; and two mount elements of identical type are arranged one above the other, wherein n compensation elements are arranged in the mount element facing away from the entrance window and n detector elements and n filters are arranged in the mount element facing the window.
A method for manufacturing insulation products based on mineral wool bound by an organic binder, comprising the following successive steps: (a) providing mineral wool at room temperature, (b) applying, to the mineral wool, an aqueous thermosetting binder composition, (c) drying the mineral wool impregnated with the aqueous thermosetting binder composition to obtain thermosetting mineral wool, (d) shaping the thermosetting mineral wool, and (e) heating the shaped thermosetting mineral wool at a temperature for long enough to enable the constituents of the binder to be condensed and an insoluble binder to be formed. (a) providing mineral wool at room temperature, (b) applying, to the mineral wool, an aqueous thermosetting binder composition, (c) drying the mineral wool impregnated with the aqueous thermosetting binder composition to obtain thermosetting mineral wool, (d) shaping the thermosetting mineral wool, and (e) heating the shaped thermosetting mineral wool at a temperature for long enough to enable the constituents of the binder to be condensed and an insoluble binder to be formed.
A digital circuit comprising: one or more first storage register circuits for storing digital bits corresponding to one or more first operands; one or more second storage register circuits for storing digital bits corresponding to one or more second operands; one or more multiplier circuits configured to receive one or more of the first operands and one or more of the second operands and produce one or more corresponding output product values; one or more first adder circuits, wherein the first adder circuits are configured to add at least one output product value to at least one other value to produce a plurality of first sum bits representing a first sum and a plurality of first carry bits representing a first carry; and a compression circuit configured to receive the first sum bits and first carry bits and produce a final sum and a compressed carry, the compression circuit comprising a plurality of second adder circuits, wherein segments of a plurality of segments of the first sum bits are added to corresponding segments of a plurality of segments of the first carry bits to produce a plurality of values each comprising a segment of the final sum and a segment of the compressed carry. one or more first storage register circuits for storing digital bits corresponding to one or more first operands; one or more second storage register circuits for storing digital bits corresponding to one or more second operands; one or more multiplier circuits configured to receive one or more of the first operands and one or more of the second operands and produce one or more corresponding output product values; one or more first adder circuits, wherein the first adder circuits are configured to add at least one output product value to at least one other value to produce a plurality of first sum bits representing a first sum and a plurality of first carry bits representing a first carry; and a compression circuit configured to receive the first sum bits and first carry bits and produce a final sum and a compressed carry, the compression circuit comprising a plurality of second adder circuits, wherein segments of a plurality of segments of the first sum bits are added to corresponding segments of a plurality of segments of the first carry bits to produce a plurality of values each comprising a segment of the final sum and a segment of the compressed carry.
A method of a user equipment, UE, in a wireless communication system supporting a shared spectrum channel access, the method comprising: receiving , from a base station, BS, system information indicating a discovery burst transmission window for new radio unlicensed spectrum, NR-U; determining a number N SSB QCL of candidate synchronization signal and physical broadcast channel, SS/PBCH, blocks as an interval for a quasi-co-locate, QCL, assumption; determining a set of QCLed candidate SS/PBCH blocks within the discovery burst transmission window based on the number N SSB QCL of candidate SS/PBCH blocks; determining a set of QCLed occasions within the discovery burst transmission window included in the system information based on the number of candidate SS/PBCH blocks and a slot index; and receiving , from the BS, a channel state information reference signal, CSI-RS, on a CSI-RS resource based on the determined set of QCLed occasions within the discovery burst transmission window. receiving , from a base station, BS, system information indicating a discovery burst transmission window for new radio unlicensed spectrum, NR-U; determining a number N SSB QCL of candidate synchronization signal and physical broadcast channel, SS/PBCH, blocks as an interval for a quasi-co-locate, QCL, assumption; determining a set of QCLed candidate SS/PBCH blocks within the discovery burst transmission window based on the number N SSB QCL of candidate SS/PBCH blocks; determining a set of QCLed occasions within the discovery burst transmission window included in the system information based on the number of candidate SS/PBCH blocks and a slot index; and receiving , from the BS, a channel state information reference signal, CSI-RS, on a CSI-RS resource based on the determined set of QCLed occasions within the discovery burst transmission window.
A pet foodstuff comprising one or more nucleotides selected from the group consisting of GMP and IMP, a first amino acid selected from the group consisting of alanine, histidine and glycine or a mixture thereof; a second amino acid selected from the group consisting of proline and threonine or a mixture thereof; and furaneol; wherein the one or more nucleotide is present in an amount of less than 100 mM.
A urinary catheter, comprising: a catheter shaft having a proximal insertion end portion including a drainage opening for draining urine from the bladder and a distal end portion having a drainage member associated therewith, the catheter shaft being made of polyvinyl alcohol, the shaft including a first section having a first stiffness and a second section having a second stiffness, wherein at least one of said sections is impregnated with a plasticizing agent comprising propylene glycol.
Energy chain with a first chain portion having several chain links and a second chain portion having several chain links , wherein the chain links of the two chain portions are pivotably connected to one another and comprise in each case two side parts , which lie opposite one another in a transverse direction (q) relative to the longitudinal direction (l) of the energy chain and which have upper and lower narrow surfaces facing perpendicularly to the transverse direction (q) and to the longitudinal direction (l), wherein at least some of the chain links have cross members connecting their side parts and at least some of the chain links of the first chain portion have guide elements , which project outwards from their side parts in the transverse direction (q), for guiding the chain links against or on guide tracks which can be arranged outside their side parts , and at least some of the chain links of the second chain portion have roller elements or sliding elements , which project over the upper or the lower narrow surfaces of their side parts and can roll or slide on a region which lies opposite these narrow surfaces and contacts the energy chain , characterized in that the overall width (b2) of the chain links of the second chain portion in the transverse direction (q) is smaller than or equal to the overall width (b1) of the chain links of the first chain portion minus the width in the transverse direction (q) of the guide elements extending on the outside.
2-( -5-(3-chlorophenyl)-6-(4-chlorophenyl)-1-((S)-1-(isopropylsulfonyl)-3-methylbutan-2-yl)-3-methyl-2-oxopiperidin-3-yl)acetic acid for use in a method for the treatment of acute myelogenous leukemia, said method comprising administering to a patient in need thereof an effective amount of 2-( -5-(3-chlorophenyl)-6-(4-chlorophenyl)-1-((S)-1-(isopropylsulfonyl)-3-methylbutan-2-yl)-3-methyl-2-oxopiperidin-3-yl)acetic acid and decitabine.
A femoral sizing guide , comprising: a base including a main body and one or more paddles that extend from the main body, wherein the one or more paddles are configured to contact posterior condyles of a patient; a posterior reference frame pivotally coupled with the base, wherein the posterior reference frame includes one or more holes for receiving one or more fasteners; an anterior reference frame slidably coupled to the posterior reference frame; a stylus coupled to the anterior reference frame, wherein the stylus extends away from the plane in which the anterior reference frame slides relative to the posterior reference frame; and a pivot between the base and the posterior reference frame, characterised in that the pivot is positioned in an anterior half of the posterior reference frame. a base including a main body and one or more paddles that extend from the main body, wherein the one or more paddles are configured to contact posterior condyles of a patient; a posterior reference frame pivotally coupled with the base, wherein the posterior reference frame includes one or more holes for receiving one or more fasteners; an anterior reference frame slidably coupled to the posterior reference frame; a stylus coupled to the anterior reference frame, wherein the stylus extends away from the plane in which the anterior reference frame slides relative to the posterior reference frame; and a pivot between the base and the posterior reference frame, characterised in that the pivot is positioned in an anterior half of the posterior reference frame.
An ArfGAP1 inhibitor for use in treating or preventing Parkinson's disease in a subject, the ArfGAP1 inhibitor having the formula:
A device for determining a position and/or orientation of a workpiece relative to a machining unit , comprising: a first radiation source arranged in a defined positional relationship to the machining unit or in a defined positional relationship to a support, which is provided to accommodate the machining unit ; a second radiation source or a beam splitter unit arranged at a distance from the first radiation source in a spatial direction; wherein the radiation sources and/or the beam splitter unit is/are designed, during operation of the device , to focus electromagnetic radiation onto two immediately adjacent or at least partially overlapping spatial curves or to emit electromagnetic radiation along two immediately adjacent or intersecting surfaces ; a sensor unit arranged in accordance with a defined positional relationship to the radiation sources and/or the beam splitter unit , which is designed, during operation of the device , to detect electromagnetic radiation emitted by the first radiation source and/or the radiation sources and reflected on a surface of the workpiece and/or electromagnetic radiation emitted by the surface of the workpiece ; and a processing unit, which is designed to determine the position and/or orientation of the workpiece relative to the machining unit on the basis of the electromagnetic radiation detected; characterised in that the processing unit is designed to issue an error signal when a distance between a first reflection path of the electromagnetic radiation on a surface and a second reflection path of the electromagnetic radiation on the surface lies outside a tolerance range. a first radiation source arranged in a defined positional relationship to the machining unit or in a defined positional relationship to a support, which is provided to accommodate the machining unit ; a second radiation source or a beam splitter unit arranged at a distance from the first radiation source in a spatial direction; wherein the radiation sources and/or the beam splitter unit is/are designed, during operation of the device , to focus electromagnetic radiation onto two immediately adjacent or at least partially overlapping spatial curves or to emit electromagnetic radiation along two immediately adjacent or intersecting surfaces ; a sensor unit arranged in accordance with a defined positional relationship to the radiation sources and/or the beam splitter unit , which is designed, during operation of the device , to detect electromagnetic radiation emitted by the first radiation source and/or the radiation sources and reflected on a surface of the workpiece and/or electromagnetic radiation emitted by the surface of the workpiece ; and a processing unit, which is designed to determine the position and/or orientation of the workpiece relative to the machining unit on the basis of the electromagnetic radiation detected; characterised in that the processing unit is designed to issue an error signal when a distance between a first reflection path of the electromagnetic radiation on a surface and a second reflection path of the electromagnetic radiation on the surface lies outside a tolerance range.
A method of providing cell assignment for a wireless device served by a network node in a wireless network, the method performed by a network agent and the method comprising - obtaining measurements, made by at least one of the wireless device and the network node, related to network performance and to signals transmitted in one or more cells, - creating , for a set of candidate cells served by the network node, an input vector for an effect estimation function based on the obtained measurements, - estimating , for each candidate cell, a future effect of assigning the wireless device to said candidate cell by applying the created input vector to the effect estimation function, - determining a cell in the set of candidate cells to serve the wireless device, based on the estimated future effects of the candidate cells, and - assigning the wireless device to the determined cell for use in radio communication with the wireless device, characterized in that the effect estimation function is trained by arbitrarily assigning wireless devices to cells, measuring the immediate effect in the wireless network for each arbitrary cell assignment and modifying the effect estimation function to produce an estimated future effect that takes into account the respective immediate effect. - obtaining measurements, made by at least one of the wireless device and the network node, related to network performance and to signals transmitted in one or more cells, - creating , for a set of candidate cells served by the network node, an input vector for an effect estimation function based on the obtained measurements, - estimating , for each candidate cell, a future effect of assigning the wireless device to said candidate cell by applying the created input vector to the effect estimation function, - determining a cell in the set of candidate cells to serve the wireless device, based on the estimated future effects of the candidate cells, and - assigning the wireless device to the determined cell for use in radio communication with the wireless device,
A security panel , comprising: a sensor subsystem configured to receive sensor input from a plurality of physical sensors ; a virtual sensor subsystem configured to receive a virtual sensor input from an enrolled virtual sensor source as a virtual sensor and provide the virtual sensor input to the sensor subsystem ; and a monitoring subsystem configured to provide an alert based on detection of an alert condition associated with at least one of the physical sensors and to provide the alert based on detection of a virtual alert condition associated with the virtual sensor ; wherein the virtual sensor input further comprises metadata to display on a user interface as additional details associated with the alert. a sensor subsystem configured to receive sensor input from a plurality of physical sensors ; a virtual sensor subsystem configured to receive a virtual sensor input from an enrolled virtual sensor source as a virtual sensor and provide the virtual sensor input to the sensor subsystem ; and a monitoring subsystem configured to provide an alert based on detection of an alert condition associated with at least one of the physical sensors and to provide the alert based on detection of a virtual alert condition associated with the virtual sensor ; wherein the virtual sensor input further comprises metadata to display on a user interface as additional details associated with the alert.
An implant for repositioning bones of a patient to a more anatomically correct position for correction of hallux valgus or Tailor's bunion, the implant comprising: a first bone engaging feature shaped to engage a first bone and configured to wrap partially around the first bone , and wherein the first bone engaging feature includes a first coupling portion; a second bone engaging feature shaped to engage a second bone and configured to wrap partially around the second bone ; and an intermediate portion connecting the first and second bone engaging features , the intermediate portion and the bone engaging features cooperating to enable the first bone to be drawn toward the second bone , wherein the intermediate portion comprises: a flexure feature , wherein the flexure feature is coupled to the first bone engaging feature at a first end and is coupled to the second bone engaging feature at a second end, wherein the intermediate portion is constructed and arranged such that, when the implant is engaged with the first and second bones , the intermediate portion is positioned substantially between the first and second bones without any portion of the implant passing entirely through either the first or second bones , and wherein the intermediate portion is constructed and arranged to couple to the first bone engaging feature at the first coupling portion; and wherein when the implant is engaged with the first and second bones , the first coupling portion is near or substantially aligned with a horizontal plane that bisects the first bone through lateral and medial aspects of the first bone . a first bone engaging feature shaped to engage a first bone and configured to wrap partially around the first bone , and wherein the first bone engaging feature includes a first coupling portion; a second bone engaging feature shaped to engage a second bone and configured to wrap partially around the second bone ; and an intermediate portion connecting the first and second bone engaging features , the intermediate portion and the bone engaging features cooperating to enable the first bone to be drawn toward the second bone , wherein the intermediate portion comprises: a flexure feature , wherein the flexure feature is coupled to the first bone engaging feature at a first end and is coupled to the second bone engaging feature at a second end, wherein the intermediate portion is constructed and arranged such that, when the implant is engaged with the first and second bones , the intermediate portion is positioned substantially between the first and second bones without any portion of the implant passing entirely through either the first or second bones , and wherein the intermediate portion is constructed and arranged to couple to the first bone engaging feature at the first coupling portion; and wherein when the implant is engaged with the first and second bones , the first coupling portion is near or substantially aligned with a horizontal plane that bisects the first bone through lateral and medial aspects of the first bone .