mhurhangee/patent-ind-claim-en huggingface dataset:
Optical protection switching apparatus for a single fibre bidirectional wavelength division multiplexing, WDM, optical ring, the apparatus comprising: first and second ports for coupling to respective first and second adjacent portions of a single fibre bidirectional WDM optical ring; an optical splitter comprising an input configured to receive a WDM aggregate optical signal, a first output coupled to the first port and a second output coupled to the second port; an optical switch coupled between the second output and the second port; optical routing apparatus configured to deliver an out-of-band probe optical signal to the first port; and optical detection apparatus configured to detect a said out-of-band probe optical signal received at the second port, and processing circuitry configured to receive from the optical detection apparatus at least one of an indication of transmission continuity in the optical ring and an indication of transmission discontinuity in the optical ring, and configured to generate a switch control signal comprising instructions to cause the optical switch to be open when a said out-of-band probe signal is detected at the optical detection apparatus and comprising instructions to cause the optical switch to be closed when a said out-of-band probe signal is not detected at the optical detection apparatus. first and second ports for coupling to respective first and second adjacent portions of a single fibre bidirectional WDM optical ring; an optical splitter comprising an input configured to receive a WDM aggregate optical signal, a first output coupled to the first port and a second output coupled to the second port; an optical switch coupled between the second output and the second port; optical routing apparatus configured to deliver an out-of-band probe optical signal to the first port; and optical detection apparatus configured to detect a said out-of-band probe optical signal received at the second port, and processing circuitry configured to receive from the optical detection apparatus at least one of an indication of transmission continuity in the optical ring and an indication of transmission discontinuity in the optical ring, and configured to generate a switch control signal comprising instructions to cause the optical switch to be open when a said out-of-band probe signal is detected at the optical detection apparatus and comprising instructions to cause the optical switch to be closed when a said out-of-band probe signal is not detected at the optical detection apparatus.
A gas turbine engine comprising: a gas turbine engine core comprising an annular gas path extending sequentially across a compressor , a combustor , and a turbine , the annular gas path extending around a rotor shaft ; a generator having a power port; and a torque transfer assembly having: a shaft having a first end coupled to the rotor shaft , and a second end opposite the first end , the second end coupled to the power port, a bushing engaged around the shaft , the bushing made of plastic; and characterised in that the torque transfer assembly has a sleeve engaged around the bushing , the sleeve having a coefficient of thermal expansion lower than a coefficient of thermal expansion of the bushing . a gas turbine engine core comprising an annular gas path extending sequentially across a compressor , a combustor , and a turbine , the annular gas path extending around a rotor shaft ; a generator having a power port; and a torque transfer assembly having: a shaft having a first end coupled to the rotor shaft , and a second end opposite the first end , the second end coupled to the power port, a bushing engaged around the shaft , the bushing made of plastic; and characterised in that the torque transfer assembly has a sleeve engaged around the bushing , the sleeve having a coefficient of thermal expansion lower than a coefficient of thermal expansion of the bushing . a shaft having a first end coupled to the rotor shaft , and a second end opposite the first end , the second end coupled to the power port, a bushing engaged around the shaft , the bushing made of plastic; and characterised in that the torque transfer assembly has a sleeve engaged around the bushing , the sleeve having a coefficient of thermal expansion lower than a coefficient of thermal expansion of the bushing .
A PTH conjugate, in which a PTH moiety is reversibly conjugated to a polymeric moiety or a pharmaceutically acceptable salt thereof or a pharmaceutical composition comprising said PTH conjugate or pharmaceutically acceptable salt thereof for use in the treatment of hypoparathyroidism in a human patient, wherein the starting dose ranges from 0.8 to 4.9 nmol/day and wherein the PTH conjugate is of formula (IIf-i): wherein the unmarked dashed line indicates the attachment to the N-terminal amine functional group of a PTH moiety having the sequence of SEQ ID NO:51 by forming an amide bond; and the dashed line marked with the asterisk indicates attachment to a moiety wherein m and p are independently an integer ranging from and including 400 to 500. the unmarked dashed line indicates the attachment to the N-terminal amine functional group of a PTH moiety having the sequence of SEQ ID NO:51 by forming an amide bond; and the dashed line marked with the asterisk indicates attachment to a moiety wherein m and p are independently an integer ranging from and including 400 to 500.
Brake control valve for outputting a bistable brake control pressure , comprising - a passage with a supply port leading into the passage , a vent port leading into the passage and a brake control pressure port leading into the passage between the supply port and the vent port , wherein the vent port is separated from the brake control pressure port by a valve seat , - a switching element for closing the valve seat , and - an electric motor coupled to the switching element via a self-locking drive for moving the switching element with respect to the valve seat , so that the brake control pressure is bistable based on the contact of the switching element on the valve seat . - a passage with a supply port leading into the passage , a vent port leading into the passage and a brake control pressure port leading into the passage between the supply port and the vent port , wherein the vent port is separated from the brake control pressure port by a valve seat , - a switching element for closing the valve seat , and - an electric motor coupled to the switching element via a self-locking drive for moving the switching element with respect to the valve seat , so that the brake control pressure is bistable based on the contact of the switching element on the valve seat .
A disposable hygiene article (100; 150), comprising: a liquid-permeable topsheet , a liquid-impermeable backsheet and an absorbent core arranged between said topsheet and said backsheet , the absorbent core defining a longitudinal centre axis which extends substantially in the middle of the core in longitudinal direction (L) of the article; and liquid side barriers arranged substantially along longitudinal edges of said absorbent core and provided to reduce side-edge leakage; wherein the article has a front portion (A) which is intended to be oriented upwards towards the user's belly during use of the article, the front portion having a generally tapering shape with a first, maximum width (W1) of the front portion, measured in transverse direction (T) between first left and right edge points on opposite sides of said longitudinal axis, and a second, minimum width (W2) of the front portion, measured in transverse direction (T) between second left and right edge points on opposite sides of said longitudinal axis; wherein a first imaginary connection line connects the first right edge point to the second right edge point and a second imaginary connection line connects the first left edge point to the second left edge point; wherein the article has a full length (Ltot) in said longitudinal direction (L) and a full width (Wtot) in transverse direction (T); characterized in that the first and second imaginary connection lines extend in an angle (α) ranging between 65° and 85° with said transverse direction (T) and have a length (L1, L2) of at least 15% of said full length (Ltot). a liquid-permeable topsheet , a liquid-impermeable backsheet and an absorbent core arranged between said topsheet and said backsheet , the absorbent core defining a longitudinal centre axis which extends substantially in the middle of the core in longitudinal direction (L) of the article; and liquid side barriers arranged substantially along longitudinal edges of said absorbent core and provided to reduce side-edge leakage; wherein the article has a front portion (A) which is intended to be oriented upwards towards the user's belly during use of the article, the front portion having a generally tapering shape with a first, maximum width (W1) of the front portion, measured in transverse direction (T) between first left and right edge points on opposite sides of said longitudinal axis, and a second, minimum width (W2) of the front portion, measured in transverse direction (T) between second left and right edge points on opposite sides of said longitudinal axis; wherein a first imaginary connection line connects the first right edge point to the second right edge point and a second imaginary connection line connects the first left edge point to the second left edge point; wherein the article has a full length (Ltot) in said longitudinal direction (L) and a full width (Wtot) in transverse direction (T); characterized in that the first and second imaginary connection lines extend in an angle (α) ranging between 65° and 85° with said transverse direction (T) and have a length (L1, L2) of at least 15% of said full length (Ltot).
A compound for use in a method of treating a myeloproliferative neoplasm or acute myeloid leukemia in a subject, wherein the compound is 2-methyl-1-[(4-[6-(trifluoromethyl)pyridin-2-yl]-6-{[2-(trifluoromethyl)pyridin-4-yl]amino}-1,3,5-triazin-2-yl)amino]propan-2-ol having the following formula: or a pharmaceutically acceptable salt, solvate, tautomer, stereoisomer, isotopologue, or a polymorph thereof (COMPOUND 1), wherein the method comprises administering to the subject a combination of a therapeutically effective amount of the compound and a therapeutically effective amount of ruxolitinib, wherein the subject harbors a mutant allele of IDH2 and a mutant allele of JAK2.
A noise reducing device for a wind turbine blade , having a first end , a second end , a first side surface , and a second side surface , wherein the noise reducing device comprises a base part configured for attachment to a side surface or a trailing edge surface of the wind turbine blade , at least one array of first noise reducing elements extending from a proximal end to the second end , and at least one array of second noise reducing elements separate from the at least one array of first noise reducing elements, the second noise reducing elements have a free end, wherein the base part extends from the first end to said proximal end , wherein the at least one array of second noise reducing elements is attached to or integrated into the base part , wherein the at least one array of second noise reducing elements extends parallel to the at least one array of first noise reducing elements along the proximal end , the second noise reducing elements project from a third surface of the base part towards said second end in a non-loaded condition and at least partly extend into a gap formed between adjacent first noise reducing elements, wherein the first noise reducing elements are serrations, wherein the second noise reducing elements are bristles wherein each of the bristles projects from an attachment line extending parallel to the proximal end , wherein the attachment line is positioned between the proximal end and the first end , the attachment line being nearer the proximal end than the first end . wherein the first noise reducing elements are serrations, wherein the second noise reducing elements are bristles wherein each of the bristles projects from an attachment line extending parallel to the proximal end , wherein the attachment line is positioned between the proximal end and the first end , the attachment line being nearer the proximal end than the first end .
Profile for a sliding door, comprising a main body having an internal guide structure for the sliding door and an external bearing face for bearing a further component , wherein the external bearing face is assigned at least one upper holding strip and at least one lower holding strip , the planar further component being disposable between and/or on said upper and lower holding strip in such a manner that the external bearing face is at least partially or completely obscured by the further component , and wherein both holding strips protrude from the bearing face and at least partially border the bearing face , characterized in that the external visible surface of the further component , the former facing away from the bearing face , is flush with the external edges of the holding strips , wherein the further component is connected to the main body in a materially integral manner, specifically adhesively bonded to the bearing face of the main body , such that the further component is able to be reversibly fastened to the main body .
A one-piece corner duct for routing wires in an enclosure , the one-piece corner duct comprising: a back wall comprising a first portion and a second portion linked together by at least one co-extruded hinge ; and a first sidewall extending substantially perpendicularly from the end of the first portion, a second sidewall extending substantially perpendicularly from the end of the second portion, the first sidewall and the second sidewall extending in the same direction relative to the back wall, the first sidewall having a first plurality of fingers and the second sidewall having a second plurality of fingers , whereby the first and second plurality of fingers are slightly angled outward for providing a preload that maintains a cover when installed on the one-piece corner duct, whereby the at least one co-extruded hinge is arranged to enable the back wall to pivot to allow the first and second side walls to come towards each other such that the one-piece corner duct is adapted to conform to a corner of the enclosure . a back wall comprising a first portion and a second portion linked together by at least one co-extruded hinge ; and a first sidewall extending substantially perpendicularly from the end of the first portion, a second sidewall extending substantially perpendicularly from the end of the second portion, the first sidewall and the second sidewall extending in the same direction relative to the back wall, the first sidewall having a first plurality of fingers and the second sidewall having a second plurality of fingers , whereby the first and second plurality of fingers are slightly angled outward for providing a preload that maintains a cover when installed on the one-piece corner duct, whereby the at least one co-extruded hinge is arranged to enable the back wall to pivot to allow the first and second side walls to come towards each other such that the one-piece corner duct is adapted to conform to a corner of the enclosure .
A method comprising: receiving (S1, S2), from a touch panel , pressure signals from a plurality of piezoelectric sensors and capacitance signals from a plurality of capacitive touch sensors; determining (S3), based on the capacitance signals, a user interaction period during which a user interaction with the touch panel occurs; generating (S4) processed pressure signals based on the received pressure signals; measuring (S8) a force applied to each of the plurality of piezoelectric sensors by the user interaction during the user interaction period based on conditionally integrating the corresponding processed pressure signals according to a value (S 0 , S 1 , S 2 , S 3 ) of a state register corresponding to the user interaction, wherein each value of the state register corresponds to different behaviour for integrating the processed pressure signals; wherein the state register takes one of two or more values, wherein each user interaction is initialised in a first state value, and wherein the user interaction transitions between state register values during each user interaction in dependence upon the current state register value and one or more pressure signal properties. receiving (S1, S2), from a touch panel , pressure signals from a plurality of piezoelectric sensors and capacitance signals from a plurality of capacitive touch sensors; determining (S3), based on the capacitance signals, a user interaction period during which a user interaction with the touch panel occurs; generating (S4) processed pressure signals based on the received pressure signals; measuring (S8) a force applied to each of the plurality of piezoelectric sensors by the user interaction during the user interaction period based on conditionally integrating the corresponding processed pressure signals according to a value (S 0 , S 1 , S 2 , S 3 ) of a state register corresponding to the user interaction, wherein each value of the state register corresponds to different behaviour for integrating the processed pressure signals; wherein the state register takes one of two or more values, wherein each user interaction is initialised in a first state value, and wherein the user interaction transitions between state register values during each user interaction in dependence upon the current state register value and one or more pressure signal properties.
A mobile home comprising an internal structure housing the inside living area of the mobile home and an external structure that surrounds at least one surface of the internal structure and wherein the mobile home has two configurations being: (a) a closed configuration wherein the external structure substantially aligns with and encloses at least one surface of the internal structure; (b) an open configuration wherein the internal structure rotates about an axis from the external structure forming an outdoor deck area on the external structure adjacent the internal structure inside living area; and characterised in that to move the internal structure from the closed to the open configuration, the internal structure is initially moved so as to extend out from the mobile home in a linear translation before being rotated to the open configuration. (a) a closed configuration wherein the external structure substantially aligns with and encloses at least one surface of the internal structure; (b) an open configuration wherein the internal structure rotates about an axis from the external structure forming an outdoor deck area on the external structure adjacent the internal structure inside living area; and
A method for inspecting a component comprising a cladding layer bonded to a substrate , the method comprising the steps of: applying the cladding layer to a substrate by a cladding process, thereby forming the component ; recording a first image of an inspection portion of the cladding layer , the inspection portion having a pattern of markings; causing or allowing a temperature change in the component ; recording a second image of the inspection portion ; and identifying the deformation of the pattern of markings on the inspection portion by reference to relative movement of the respective markings between the first and second images; wherein the cladding process causes heating of the component to an elevated temperature, the temperature change occurring as a result of cooling of the component from the elevated temperature. applying the cladding layer to a substrate by a cladding process, thereby forming the component ; recording a first image of an inspection portion of the cladding layer , the inspection portion having a pattern of markings; causing or allowing a temperature change in the component ; recording a second image of the inspection portion ; and identifying the deformation of the pattern of markings on the inspection portion by reference to relative movement of the respective markings between the first and second images; wherein the cladding process causes heating of the component to an elevated temperature, the temperature change occurring as a result of cooling of the component from the elevated temperature.
A magnetoelectric device (D), comprising: - a magnetoelectric element (Me); and - an electric voltage source (PS) configured and arranged to induce on said magnetoelectric element (Me), at least at room temperature, ON-OFF states and OFF-ON states magnetic transitions, by applying or removing determined electric voltages, wherein at said ON state the magnetoelectric element (Me) shows permanent and net magnetization; wherein the magnetoelectric element (Me) is configured and arranged to be, at said induced OFF state, completely antiferromagnetic or partially antiferromagnetic but with a magnetization below 50 emu/cm 3 ; wherein the magnetoelectric element (Me) and the electric voltage source (PS) are configured and arranged to induce said ON-OFF states and OFF-ON states magnetic transitions by phase transformations caused by a voltage-driven ion migration mechanism; characterized in that the magnetoelectric element (Me) is made of an oxide or nitride of iron, nickel, ternary nickel-cobalt or ternary cobalt-manganese, and in that said magnetoelectric element (Me) is in the form of a dense layer of thickness between 2 and 200 nm, and the magnetoelectric device (D) further comprises: - an electrically conducting substrate (S1) or a substrate (S1) with an electrically conducting buffer/seed layer (Lc); and - a top electrode (P) configured and arranged to act as ion reservoir and/or electric contact. - a magnetoelectric element (Me); and - an electric voltage source (PS) configured and arranged to induce on said magnetoelectric element (Me), at least at room temperature, ON-OFF states and OFF-ON states magnetic transitions, by applying or removing determined electric voltages, wherein at said ON state the magnetoelectric element (Me) shows permanent and net magnetization; wherein the magnetoelectric element (Me) is configured and arranged to be, at said induced OFF state, completely antiferromagnetic or partially antiferromagnetic but with a magnetization below 50 emu/cm 3 ; wherein the magnetoelectric element (Me) and the electric voltage source (PS) are configured and arranged to induce said ON-OFF states and OFF-ON states magnetic transitions by phase transformations caused by a voltage-driven ion migration mechanism; characterized in that the magnetoelectric element (Me) is made of an oxide or nitride of iron, nickel, ternary nickel-cobalt or ternary cobalt-manganese, and in that said magnetoelectric element (Me) is in the form of a dense layer of thickness between 2 and 200 nm, and the magnetoelectric device (D) further comprises: - an electrically conducting substrate (S1) or a substrate (S1) with an electrically conducting buffer/seed layer (Lc); and - a top electrode (P) configured and arranged to act as ion reservoir and/or electric contact. - an electrically conducting substrate (S1) or a substrate (S1) with an electrically conducting buffer/seed layer (Lc); and - a top electrode (P) configured and arranged to act as ion reservoir and/or electric contact.