mhurhangee/patent-ind-claim-en huggingface dataset:
A pharmaceutical composition comprising a. a first composition comprising an extended release (ER) composition of an active pharmaceutical ingredient (API) selected from metoprolol and a pharmaceutically acceptable salt thereof, b. a second composition comprising an active pharmaceutical ingredient (API) selected from tesofensine and a pharmaceutically acceptable salt thereof, and c. a third composition comprising an immediate release (IR) composition of an active pharmaceutical ingredient (API) selected from metoprolol and a pharmaceutically acceptable salt thereof. a. a first composition comprising an extended release (ER) composition of an active pharmaceutical ingredient (API) selected from metoprolol and a pharmaceutically acceptable salt thereof, b. a second composition comprising an active pharmaceutical ingredient (API) selected from tesofensine and a pharmaceutically acceptable salt thereof, and c. a third composition comprising an immediate release (IR) composition of an active pharmaceutical ingredient (API) selected from metoprolol and a pharmaceutically acceptable salt thereof.
A system for verifying radiation dose delivered to a subject, comprising: a portal dose imaging device configured to generate portal dose images of radiation dose delivered to a subject from predetermined radiation fields; and a processing device operably connected to the portal dose imaging device ; characterised in that : the processing device is configured to store the portal dose images in a first data array having spatial and angular locations of the delivered beams (X, Y, θ) as dimensions, and to store corresponding predicted portal dose images in a second data array having spatial and angular locations of the predicted beams (X, Y, θ) as dimensions; wherein the processing device is configured to compare points in the first data array with corresponding points in the second data array using a gamma evaluation method, the gamma evaluation method including dose differences, spatial differences, and angular differences between corresponding points in the first and second data arrays as parameters, and wherein the processing device is configured to determine errors in the delivered radiation dose based on the comparison. a portal dose imaging device configured to generate portal dose images of radiation dose delivered to a subject from predetermined radiation fields; and a processing device operably connected to the portal dose imaging device ; characterised in that : the processing device is configured to store the portal dose images in a first data array having spatial and angular locations of the delivered beams (X, Y, θ) as dimensions, and to store corresponding predicted portal dose images in a second data array having spatial and angular locations of the predicted beams (X, Y, θ) as dimensions; wherein the processing device is configured to compare points in the first data array with corresponding points in the second data array using a gamma evaluation method, the gamma evaluation method including dose differences, spatial differences, and angular differences between corresponding points in the first and second data arrays as parameters, and wherein the processing device is configured to determine errors in the delivered radiation dose based on the comparison. the processing device is configured to store the portal dose images in a first data array having spatial and angular locations of the delivered beams (X, Y, θ) as dimensions, and to store corresponding predicted portal dose images in a second data array having spatial and angular locations of the predicted beams (X, Y, θ) as dimensions; wherein the processing device is configured to compare points in the first data array with corresponding points in the second data array using a gamma evaluation method, the gamma evaluation method including dose differences, spatial differences, and angular differences between corresponding points in the first and second data arrays as parameters, and wherein the processing device is configured to determine errors in the delivered radiation dose based on the comparison.
Chain hoist with a chain guide for a link chain , wherein the chain guide comprises a channel which has a cruciform cross-section and through which extends the link chain , an end surface which extends away from a mouth opening of the channel and away therefrom, wherein the channel defines a through-passage direction (D) and widens in the direction toward the end surface , characterised in that a protrusion is formed on the end surface around the mouth opening of the channel .
A glass comprising at least the following components (given in mol-% on oxide basis): SiO 2 64 - 77 Al 2 O 3 5 - 14 Na 2 O 4 - 12 CaO 1 - 12 MgO 0 - 4 ZrO 2 0 - 2 TiO 2 0.1 - 4.5 K 2 O ≤ 3; wherein the ratio Al 2 O 3 /Na 2 O ≥ 1; wherein the ratio Al 2 O 3 /CaO ≥ 1.5; wherein the total content SiO 2 + Al 2 O 3 < 82 mol-%; wherein apart from unavoidable contaminations no B 2 O 3 is present.
A method for etching an optic, the method comprising: obtaining a microemulsion, wherein the microemulsion comprises a continuous oil phase, a surfactant system comprising at least one surfactant, and water; submerging at least a portion of the optic in the microemulsion; and agitating by ultrasonication the microemulsion for etching the optic submerged therein. obtaining a microemulsion, wherein the microemulsion comprises a continuous oil phase, a surfactant system comprising at least one surfactant, and water; submerging at least a portion of the optic in the microemulsion; and agitating by ultrasonication the microemulsion for etching the optic submerged therein.
An electrical load resistor comprising a closed housing including at least one U-shaped receiving pocket in which at least one PTC heating element is accommodated which includes at least one PTC element and at least one contact plate in electrically conducting connection with the PTC element for energizing the PTC element , wherein the contact plate includes a connecting lug for establishing plug-in contact with the PTC element , the PTC heating element abuts in thermally conducting relationship at least against mutually facing main side surfaces of the receiving pocket and the connecting lug projects beyond the receiving pocket , characterized in that outer surfaces of the housing form the only interfaces of the electrical load resistor for dissipating heat.
A method of printing an image using a printing system comprising at least first and second overlapping printhead segments, the method comprising the steps of: (i) identifying a strip of the image to be printed in an overlap region of the first and second printhead segments; (ii) determining, using a seam carving algorithm, a continuous seam in the strip based on a cost function, the cost function including at least one parameter selected from the group consisting of: (a) minimizing a density of printed ink along the seam; and (b) maximizing a luminance along the seam; and (iii) printing the image using the first and second printhead segments, the printing comprising stitching the first and second printhead segments across the seam, wherein: the strip contains variable image content and the seam has a varying position within the strip; and the seam is determined from a row-by-row analysis of the image content contained in the strip, each row having a stitch point determined by the cost function; and characterized in that : the scam carving algorithm allows a maximum distance of only one horizontal pixel or dot position between successive stitch points. (i) identifying a strip of the image to be printed in an overlap region of the first and second printhead segments; (ii) determining, using a seam carving algorithm, a continuous seam in the strip based on a cost function, the cost function including at least one parameter selected from the group consisting of: (a) minimizing a density of printed ink along the seam; and (b) maximizing a luminance along the seam; and (iii) printing the image using the first and second printhead segments, the printing comprising stitching the first and second printhead segments across the seam, the strip contains variable image content and the seam has a varying position within the strip; and the seam is determined from a row-by-row analysis of the image content contained in the strip, each row having a stitch point determined by the cost function;
A resin composition, comprising: an epoxy polysiloxane resin; and a fluorinated silane-modified polyacrylic resin.
A method, comprising: at an electronic device in wireless communication range of an external device, wherein the electronic device is in wireless communication with the external device, wherein the electronic device has a user-interface locked state and a user-interface unlocked state: detecting, via the wireless communication, the external device , wherein the external device has a user-interface locked state and a user-interface unlocked state; receiving, via the wireless communication from the external device , unlocking information for unlocking the electronic device ; obtaining, via the wireless communication from the external device, an indication that the external device is in the user-interface unlocked state; detecting, while in the user-interface locked state, user input; and in response to detecting the user input and receiving the unlocking information from the external device, and based on the indication that the external device is in the user-interface unlocked state, unlocking the electronic device . detecting, via the wireless communication, the external device , wherein the external device has a user-interface locked state and a user-interface unlocked state; receiving, via the wireless communication from the external device , unlocking information for unlocking the electronic device ; obtaining, via the wireless communication from the external device, an indication that the external device is in the user-interface unlocked state; detecting, while in the user-interface locked state, user input; and in response to detecting the user input and receiving the unlocking information from the external device, and based on the indication that the external device is in the user-interface unlocked state, unlocking the electronic device .
Planetary gear system for a gas turbine engine , in particular an aircraft turbo engine with a plurality of planetary gears coupled to a carrier device , with front planetary gears mounted on pins in a front row (A) and aft planetary gears mounted on pins in an aft row (B), the two rows (A, B) being parallel to each other in the axial direction of the planetary gear system , characterized in that the carrier device comprises a ring-like base structure around a rotational axis of the carrier device , the pins are coupled to the carrier device through first extension elements and second extension elements for the positioning of the pins relative to the base structure , the second extension elements axially extending the respective pins further away from the base structure than the pins positioned by the first extension elements , so that the aft planetary gears are positioned in the aft row (B) axially further away from the base structure than the front planetary gears in the front row (A), and the first extension elements , in particular arms as part of the first extension elements form first inclination angles (α A ) which are smaller than second inclination angles (α B ) formed by the second extension elements , in particular arms as parts of the second extension elements , wherein the inclination angles (α A , α B ) are measured between the plane of the base structure and a projection of the extension elements through the centers of the pins in radial directions.
Dynamic seal for sealing at least one channel and/or space with respect to an environment, said channel or space extending in a stationary component and a component rotating about an axis of rotation and conducting a fluid; 1.1 having a seal ring and a mating ring which are supported in a sealing manner against one another in the direction of the axis of rotation or perpendicularly or at an angle thereto and of which one is designed as a ring held in a stationary manner and the other as a ring rotating with the rotating component , and 1.2 the ring held in a stationary manner is mounted in a stationary housing which is supported in the circumferential direction about the axis of rotation via a torque support ; wherein 1.3 the torque support has an arm which can be bent elastically in the peripheral direction by means of a torque acting on the torque support and via which the torque is supported; characterized in that 1.4 the arm is assigned at least one Hall sensor which detects the position of a region of the arm that can be displaced in the peripheral direction by the bending; wherein the displaceable region of the arm is provided with at least one permanent magnet , the position of which is detected by the Hall sensor which is located opposite the permanent magnet in the direction of the axis of rotation . 1.1 having a seal ring and a mating ring which are supported in a sealing manner against one another in the direction of the axis of rotation or perpendicularly or at an angle thereto and of which one is designed as a ring held in a stationary manner and the other as a ring rotating with the rotating component , and 1.2 the ring held in a stationary manner is mounted in a stationary housing which is supported in the circumferential direction about the axis of rotation via a torque support ; wherein 1.3 the torque support has an arm which can be bent elastically in the peripheral direction by means of a torque acting on the torque support and via which the torque is supported; characterized in that 1.4 the arm is assigned at least one Hall sensor which detects the position of a region of the arm that can be displaced in the peripheral direction by the bending; wherein the displaceable region of the arm is provided with at least one permanent magnet , the position of which is detected by the Hall sensor which is located opposite the permanent magnet in the direction of the axis of rotation .
A method for an access device for transmitting scheduling commands, comprising: - transmitting a scheduling command for scheduling a downlink data transmission in a first subframe where the downlink data transmission occurs; and - transmitting a replica of the scheduling command in each of one or more further subframes different from the first subframe; characterized in that said transmitting the scheduling command in the first subframe or transmitting the replica of the scheduling command in each of the one or more further subframes comprises: transmitting the scheduling command or the replica of the scheduling command in a numerology having the longest duration and the smallest bandwidth among numerologies in the first subframe or in the further subframe. - transmitting a scheduling command for scheduling a downlink data transmission in a first subframe where the downlink data transmission occurs; and - transmitting a replica of the scheduling command in each of one or more further subframes different from the first subframe;
A circuit for energy metering and surge current detection, comprising: a current transformer having a primary winding (L1) and a secondary winding (L2, L3); a first current sensing arrangement (R1) connected to the secondary winding, for energy metering; and a second current sensing arrangement (R2) connected to the secondary winding, for surge current detection, wherein the second current sensing arrangement comprises a high pass filter (R2, C2), characterized in that the secondary winding comprises first and second winding portions (L2, L3) in series, wherein a virtual earth is defined at the junction between the first and second winding portions, and the ends of the first and second winding portions (L2, L3) opposite the junction each connect to a transformer output (Vout) through a respective forward diode (D1, D2), and wherein the first and second current sensing arrangement are each connected to the transformer output (Vout) and to the virtual earth. a current transformer having a primary winding (L1) and a secondary winding (L2, L3); a first current sensing arrangement (R1) connected to the secondary winding, for energy metering; and a second current sensing arrangement (R2) connected to the secondary winding, for surge current detection, wherein the second current sensing arrangement comprises a high pass filter (R2, C2), characterized in that the secondary winding comprises first and second winding portions (L2, L3) in series, wherein a virtual earth is defined at the junction between the first and second winding portions, and the ends of the first and second winding portions (L2, L3) opposite the junction each connect to a transformer output (Vout) through a respective forward diode (D1, D2), and wherein the first and second current sensing arrangement are each connected to the transformer output (Vout) and to the virtual earth.
Regulatory T cells (Tregs) for use in treating a subject having an immune disorder, comprising a) selectively inhibiting or blocking the expression and/or activity of PD-1 in Tregs; and b) contacting the Tregs with Teffs, thereby increasing suppression of effector function of Teffs by the Tregs, wherein-PD-1 expression and/or activity is selectively inhibited or blocked in the Tregs in vitro or ex vivo, wherein the Tregs contact the Teffs in vitro, or ex vivo, wherein the Tregs and Teffs are autologous or allogenic, and wherein the Tregs and/or Teffs are administered to the subject. wherein the Tregs contact the Teffs in vitro, or ex vivo, wherein the Tregs and Teffs are autologous or allogenic, and wherein the Tregs and/or Teffs are administered to the subject.
An atomizer , comprising: a liquid storage assembly , comprising: an outer barrel ; and an inner barrel , wherein a liquid storage cavity is defined between the outer barrel and the inner barrel , and is defined to store e-liquid, and the inner barrel defines a slide cavity for receiving an atomization core assembly configured to atomize the e-liquid to generate smoke; and a mouthpiece assembly , disposed at an end of the inner barrel for pushing against the atomization core assembly , wherein the atomization core assembly is capable of sliding relative to the inner barrel , and an end of the atomization core assembly is capable of being exposed to an outside of the atomizer . a liquid storage assembly , comprising: an outer barrel ; and an inner barrel , wherein a liquid storage cavity is defined between the outer barrel and the inner barrel , and is defined to store e-liquid, and the inner barrel defines a slide cavity for receiving an atomization core assembly configured to atomize the e-liquid to generate smoke; and an outer barrel ; and an inner barrel , wherein a liquid storage cavity is defined between the outer barrel and the inner barrel , and is defined to store e-liquid, and the inner barrel defines a slide cavity for receiving an atomization core assembly configured to atomize the e-liquid to generate smoke; and a mouthpiece assembly , disposed at an end of the inner barrel for pushing against the atomization core assembly , wherein the atomization core assembly is capable of sliding relative to the inner barrel , and an end of the atomization core assembly is capable of being exposed to an outside of the atomizer .
An insulation cable , comprising: a composite stranded conductor , and a sheath layer formed of a material classified in ISO 6722 Class F and sheathing the composite stranded conductor , wherein the composite stranded conductor comprises a center stranded cable having at least one stranded cables , a first-layer assembled stranded cable formed by final-twisting a plurality of stranded cables arranged to surround a circumference of the center stranded cable , and a second-layer assembled stranded cable formed by final-twisting a plurality of stranded cables arranged to surround a circumference of the first-layer assembled stranded cable , a final-twist direction of the first-layer assembled stranded cable is the same as a final-twist direction of the second-layer assembled stranded cable , and wires included in the stranded cables of the center stranded cable , wires included in the stranded cables of the first-layer assembled stranded cable , and wires included in the stranded cables of the second-layer assembled stranded cable have a tensile strength of 90 MPa or more at an ambient temperature of 200°C or less, and are made from an aluminum alloy consisting of: 0.6 mass% iron (Fe), 0.01 mass% zirconium (Zr), 0.1 mass% silicon (Si), 0.005 mass% copper (Cu), 0.3 mass% magnesium (Mg), and a balance of aluminum (Al) and inevitable impurities, wherein an amount of the inevitable impurities is 0.15 mass% or less. a composite stranded conductor , and a sheath layer formed of a material classified in ISO 6722 Class F and sheathing the composite stranded conductor , wherein the composite stranded conductor comprises a center stranded cable having at least one stranded cables , a first-layer assembled stranded cable formed by final-twisting a plurality of stranded cables arranged to surround a circumference of the center stranded cable , and a second-layer assembled stranded cable formed by final-twisting a plurality of stranded cables arranged to surround a circumference of the first-layer assembled stranded cable , a final-twist direction of the first-layer assembled stranded cable is the same as a final-twist direction of the second-layer assembled stranded cable , and wires included in the stranded cables of the center stranded cable , wires included in the stranded cables of the first-layer assembled stranded cable , and wires included in the stranded cables of the second-layer assembled stranded cable have a tensile strength of 90 MPa or more at an ambient temperature of 200°C or less, and are made from an aluminum alloy consisting of: 0.6 mass% iron (Fe), 0.01 mass% zirconium (Zr), 0.1 mass% silicon (Si), 0.005 mass% copper (Cu), 0.3 mass% magnesium (Mg), and a balance of aluminum (Al) and inevitable impurities, wherein an amount of the inevitable impurities is 0.15 mass% or less. 0.6 mass% iron (Fe), 0.01 mass% zirconium (Zr), 0.1 mass% silicon (Si), 0.005 mass% copper (Cu), 0.3 mass% magnesium (Mg), and a balance of aluminum (Al) and inevitable impurities, wherein an amount of the inevitable impurities is 0.15 mass% or less.
Control system for an electric bicycle, which comprises a mobile input and evaluation device , a holding apparatus for the input and evaluation device and also means (5a-5e) for actuating electronic components (17a-17c) and for detecting state information of the vehicle, wherein the state information obtained by the means (5a-5e) is evaluated and control signals for the electronic components (17a-17c) in the mobile input and evaluation device are generated, wherein at least one transmission and reception element for transferring signals to the means (5a-5e) is arranged in the holding apparatus, the mobile input and evaluation device being able to be connected wirelessly to said transmission and reception element, characterized in that the holding apparatus is designed as a central unit having a separate controller , which controls communication between the mobile input and output device and the means (5a-5e), and in that an electrical energy store for supplying energy to the mobile input and evaluation device held in the holding apparatus is arranged in the holding apparatus.
Oral care composition comprising: - 0.005 to 1 wt% of o-cymen-5-ol, - 0.005 to 1.5 wt% of dipotassium glycyrrhizinate, - 0.05 to 5 wt% of 4-hydroxyacetophenone, and - at least 15 wt% of water, wherein the wt% are expressed with respect to the total weight of the composition. - 0.005 to 1 wt% of o-cymen-5-ol, - 0.005 to 1.5 wt% of dipotassium glycyrrhizinate, - 0.05 to 5 wt% of 4-hydroxyacetophenone, and - at least 15 wt% of water,