mhurhangee/patent-ind-claim-en huggingface dataset:
Method for enabling a tomographic reconstruction, with the steps: - emitting an X-ray beam by way of an X-ray unit , - determining an attenuation of the X-ray beam while transmitting the object , said object being located in a beam path of the X-ray beam of the X-ray unit , - determining structural data of the object based on the attenuation of the X-ray beam , wherein - a pose of the X-ray unit relative to the object is determined to enable the tomographic reconstruction based on a digital model of the object and based on the attenuation of the X-ray beam , wherein - model values for the attenuation of the X-ray beam while transmitting the object are calculated for a plurality of poses of the X-ray unit relative to the object based on the digital model of the object , - based on the model values , which comprise pairs of model images as well as the respective model poses belonging to the model images, a facility for machine learning is trained to determine the pose of the X-ray unit relative to the object based on the determined attenuation of the X-ray beam ; characterised in that - in a two-step method, the pose of the X-ray unit relative to the object is first determined based on the model values for the attenuation of the X-ray beam and the determined attenuation of the X-ray beam and the projection values for the attenuation are then calculated based on the determined pose of the X-ray unit relative to the object and are compared with the determined attenuation of the X-ray beam. - emitting an X-ray beam by way of an X-ray unit , - determining an attenuation of the X-ray beam while transmitting the object , said object being located in a beam path of the X-ray beam of the X-ray unit , - determining structural data of the object based on the attenuation of the X-ray beam , wherein - a pose of the X-ray unit relative to the object is determined to enable the tomographic reconstruction based on a digital model of the object and based on the attenuation of the X-ray beam , - model values for the attenuation of the X-ray beam while transmitting the object are calculated for a plurality of poses of the X-ray unit relative to the object based on the digital model of the object , - based on the model values , which comprise pairs of model images as well as the respective model poses belonging to the model images, a facility for machine learning is trained to determine the pose of the X-ray unit relative to the object based on the determined attenuation of the X-ray beam ; characterised in that - in a two-step method, the pose of the X-ray unit relative to the object is first determined based on the model values for the attenuation of the X-ray beam and the determined attenuation of the X-ray beam and the projection values for the attenuation are then calculated based on the determined pose of the X-ray unit relative to the object and are compared with the determined attenuation of the X-ray beam.
An optical functional film comprising a siliceous material, which is here a material mainly composed of a siloxane, formed from a polysiloxane(s) having a silanol group, as a raw material, manufactured by a method comprising a first layer forming step which comprises coating a composition comprising a polysiloxane and a solvent on a substrate and performing insolubilizing treatment of the surface to form the first layer; a second layer forming step which comprises coating a composition comprising a polysiloxane that is different from said polysiloxane and a solvent that is identical to or different from said solvent on the surface of said first layer to form the second layer; and a heating step of heating to cure said first layer and said second layer, wherein the curing temperature is 150°C or higher, wherein the contacting parts of said first layer and said second layer are compatibilized between after starting said second layer forming step and until ending said heating step, wherein a refractive index n A of one surface A of said optical functional film to light is larger than a refractive index n B of the other side surface B to light, and the refractive index to light gradually decreases from said surface A to said surface B, and when a refractive index of a medium X coming into contact with said surface A is n X and a refractive index of a medium Y coming into contact with said surface B is n Y , the relation n Y ≤n B <n A ≤n X is satisfied. manufactured by a method comprising a first layer forming step which comprises coating a composition comprising a polysiloxane and a solvent on a substrate and performing insolubilizing treatment of the surface to form the first layer; a second layer forming step which comprises coating a composition comprising a polysiloxane that is different from said polysiloxane and a solvent that is identical to or different from said solvent on the surface of said first layer to form the second layer; and a heating step of heating to cure said first layer and said second layer, wherein the curing temperature is 150°C or higher, wherein the contacting parts of said first layer and said second layer are compatibilized between after starting said second layer forming step and until ending said heating step, wherein a refractive index n A of one surface A of said optical functional film to light is larger than a refractive index n B of the other side surface B to light, and the refractive index to light gradually decreases from said surface A to said surface B, and when a refractive index of a medium X coming into contact with said surface A is n X and a refractive index of a medium Y coming into contact with said surface B is n Y , the relation n Y ≤n B <n A ≤n X is satisfied.
An apparatus for a serving network node, comprising means for computing at least one beam camp time of at least one user equipment based on at least one metric; means for signaling the at least one beam camp time to the at least one user equipment; means for transmitting to at least one network node, at least one user equipment identifier, the at least one beam camp time, and at least one radio beacon parameterization for the at least one user equipment; means for receiving , from the at least one network node, at least one updated relative timing for the at least one user equipment, after transmitting to the at least one network node; and means for performing at least one beam reselection for the at least one user equipment based on at least one updated relative timing for the at least one user equipment. means for computing at least one beam camp time of at least one user equipment based on at least one metric; means for signaling the at least one beam camp time to the at least one user equipment; means for transmitting to at least one network node, at least one user equipment identifier, the at least one beam camp time, and at least one radio beacon parameterization for the at least one user equipment; means for receiving , from the at least one network node, at least one updated relative timing for the at least one user equipment, after transmitting to the at least one network node; and means for performing at least one beam reselection for the at least one user equipment based on at least one updated relative timing for the at least one user equipment.
A dry powder inhaler device comprising: - a mouthpiece ; - a rotatable guide gear comprising a body and teeth , the teeth being shaped in at least two different forms (3.1, 3.2), an enlarged outer periphery of the teeth profile forming a ratchet profile, the guide gear configured to receive blister cavities of a strip-shaped blister , the blister cavities filled with powder medicaments, into recess arranged on the body of the guide gear between the teeth , wherein the recess of the guide gear is positioned right under the mouthpiece ; and - a pawl corresponding to the ratchet profile of the guide gear and engaging the ratchet to rotate in the same direction, the configuration of the teeth of said guide gear enabling in this manner holding the blister in a secure manner while rotation of the ratchet and advancing the blister . - a mouthpiece ; - a rotatable guide gear comprising a body and teeth , the teeth being shaped in at least two different forms (3.1, 3.2), an enlarged outer periphery of the teeth profile forming a ratchet profile, the guide gear configured to receive blister cavities of a strip-shaped blister , the blister cavities filled with powder medicaments, into recess arranged on the body of the guide gear between the teeth , wherein the recess of the guide gear is positioned right under the mouthpiece ; and - a pawl corresponding to the ratchet profile of the guide gear and engaging the ratchet to rotate in the same direction,
A composition comprising a polymerization product of an anionic polysaccharide, a diisocyanate, and a linker, wherein: the polymerization product comprises a copolymer of a prepolymer and the linker, and: the prepolymer comprises a copolymer of the anionic polysaccharide and the diisocyanate, wherein the prepolymer comprises at least one segment represented by I[BABBAB]nI, wherein, independently for each occurrence, A represents a polysaccharide block, B represents a urethane or urea block, I represents an isocyanate and n represents and integer ranging from 1 to 10,000 and wherein the linker comprises at least one segment represented by ECE, wherein, independently for each occurrence, C represents an ether block, an ester block or a combination thereof, and E represents a chain extender comprising a hydroxyl, a thiol or an amine group. the polymerization product comprises a copolymer of a prepolymer and the linker, and: the prepolymer comprises a copolymer of the anionic polysaccharide and the diisocyanate, wherein the prepolymer comprises at least one segment represented by I[BABBAB]nI, wherein, independently for each occurrence, A represents a polysaccharide block, B represents a urethane or urea block, I represents an isocyanate and n represents and integer ranging from 1 to 10,000 and wherein the linker comprises at least one segment represented by ECE, wherein, independently for each occurrence, C represents an ether block, an ester block or a combination thereof, and E represents a chain extender comprising a hydroxyl, a thiol or an amine group.
An isolated polypeptide having protease activity, wherein the polypeptide has at least 90%, at least 91%, at least 92%, at least 93%, at least 94%, at least 95%, at least 96%, at least 97%, at least 98%, at least 99%, or 100% sequence identity to the mature polypeptide of SEQ ID NO: 2.
A base plate for supporting a plurality of interlocking building bricks, comprising: a planar sheet having a top surface and a bottom surface , with a plurality of nodes projecting from the top surface , wherein the plurality of nodes comprises a node having a vertical cylindrical wall and a horizontal top wall , the vertical cylindrical wall tapering along its vertical height , and the node comprises a bevel extending around a circumference of the node at an edge where the vertical cylindrical wall transitions to the horizontal top wall , characterized in that the bevel has a radius of curvature ranging from about 0.03810 cm to about 0.04318 cm; and the taper of the vertical cylindrical wall has a taper angle ranging from about 2° to about 4°, as measured relative to an axis extending perpendicular to top surface of the planar sheet . a planar sheet having a top surface and a bottom surface , with a plurality of nodes projecting from the top surface , wherein the plurality of nodes comprises a node having a vertical cylindrical wall and a horizontal top wall , the vertical cylindrical wall tapering along its vertical height , and the node comprises a bevel extending around a circumference of the node at an edge where the vertical cylindrical wall transitions to the horizontal top wall , characterized in that the bevel has a radius of curvature ranging from about 0.03810 cm to about 0.04318 cm; and the taper of the vertical cylindrical wall has a taper angle ranging from about 2° to about 4°, as measured relative to an axis extending perpendicular to top surface of the planar sheet .
A retinal repair device for insertion into the periocular space adjacent a retinal tear in the eye, the retinal repair device comprising: a curved or bendable elongated portion including a posterior end , an anterior end , opposite the posterior end , an orbital facing surface extending from the posterior end to the anterior end and a sclera facing surface extending from the posterior end to the anterior end , opposite the orbital facing surface ; and a thickened portion including a sclera contacting surface distal to the orbital facing surface configured to indent the sclera, characterized by first and second wings extending out beyond a width of the elongated portion in opposite directions transverse to a length from the posterior end t0 the anterior end of the elongated portion a curved or bendable elongated portion including a posterior end , an anterior end , opposite the posterior end , an orbital facing surface extending from the posterior end to the anterior end and a sclera facing surface extending from the posterior end to the anterior end , opposite the orbital facing surface ; and a posterior end , an anterior end , opposite the posterior end , an orbital facing surface extending from the posterior end to the anterior end and a sclera facing surface extending from the posterior end to the anterior end , opposite the orbital facing surface ; and a thickened portion including a sclera contacting surface distal to the orbital facing surface configured to indent the sclera, characterized by first and second wings extending out beyond a width of the elongated portion in opposite directions transverse to a length from the posterior end t0 the anterior end of the elongated portion
A method for controlling a plant detection system comprising a light source and a photodetector module, the light source configured to emit a first light beam at a first wavelength and a second light beam at a second wavelength different from the first wavelength, the first light beam modulated with a first signal having a first phase, and the second light beam modulated with a second signal having a second phase that overlaps with but is shifted from the first phase, the method comprising determining a target phase delay based on a first phase delay of reflected portions of the first light beam and a second phase delay of reflected portions of the second light beam, the reflected portions of the first light beam and the reflected portions of the second light beam detected using the photodetector module; emitting a composite light beam comprising the first light beam and the second light beam, the composite light beam directed towards bare soil; detecting portions of the composite light beam reflected from the bare soil, the portions of the composite light beam detected using the photodetector module; and adjusting an intensity of at least one of the first light beam or the second light beam so that a phase delay of the composite light beam is approximately equal to the target phase delay. determining a target phase delay based on a first phase delay of reflected portions of the first light beam and a second phase delay of reflected portions of the second light beam, the reflected portions of the first light beam and the reflected portions of the second light beam detected using the photodetector module; emitting a composite light beam comprising the first light beam and the second light beam, the composite light beam directed towards bare soil; detecting portions of the composite light beam reflected from the bare soil, the portions of the composite light beam detected using the photodetector module; and adjusting an intensity of at least one of the first light beam or the second light beam so that a phase delay of the composite light beam is approximately equal to the target phase delay.
Method for producing a roller for a grinding or/and pressing device, in particular a pan roller for a press for producing pellets, which is formed from metallic material, wherein the roller is formed from a composite body, the outer region of which, which comprises a lateral surface of the roller and is formed from steel, and the core region of which, which is arranged within the outer region and is formed from steel, are produced from a variety of steels which differ in terms of their toughness and/or hardness and are connected to one another, wherein the core region is produced from a steel which has a greater toughness than the steel of the outer region , or/and the outer region is produced from a steel which has a greater hardness than the steel of the core region , characterized in that the steel of the outer region is an alloy comprising the following constituents with the following proportions in % by weight: C = 1 - 4.2; Si = 0.2 - 2.5; Mn = 0.2 - 5.0; Cr = 3 - 31; Mo = 0.2 - 11.5; Ni = 0 - 10; V = 0.01 - 15; Ta/Nb = 0.01 - 5; W = 0.01 - 15; Co = 0.01 - 15; N = 0.01 - 0.25; P = 0.001 - 0.1; S = 0.001 - 0.1; Pb = 0.001 - 1; Cu = 0 - 0.5; balance Fe and production-related impurities, wherein the Fe content is at least 40% by weight. C = 1 - 4.2; Si = 0.2 - 2.5; Mn = 0.2 - 5.0; Cr = 3 - 31; Mo = 0.2 - 11.5; Ni = 0 - 10; V = 0.01 - 15; Ta/Nb = 0.01 - 5; W = 0.01 - 15; Co = 0.01 - 15; N = 0.01 - 0.25; P = 0.001 - 0.1; S = 0.001 - 0.1; Pb = 0.001 - 1; Cu = 0 - 0.5; balance Fe and production-related impurities, wherein the Fe content is at least 40% by weight.
Aircraft provided with a static air inlet system in order to draw external air present in an external environment (EXT) to the aircraft and to direct the external air towards at least one motor of a driving installation of the aircraft , the aircraft comprising a front portion which includes a main rotor which is involved at least in the lift of the aircraft , the aircraft comprising a rear assembly , the aircraft extending longitudinally along an anteroposterior plane (XZ) in an advance direction towards the front from a rear end of the rear assembly as far as a nose of the front portion , the aircraft extending transversely from a first flank to a second flank at one side and the other of the anteroposterior plane (XZ), the front portion comprising an upper structural assembly located below the main rotor , the static air inlet system comprising a static air inlet opening , the upper structural assembly comprising a rear face which is directed towards the rear assembly and an upper face directed towards the main rotor which partially delimit an internal space (INT) of the upper structural assembly , the static air inlet opening comprising a passage opening provided in the upper structural assembly , the passage opening being provided in the rear face or the upper face of the upper structural assembly , the passage opening forming an interface between the environment (EXT) and the internal space (INT) of the upper structural assembly , characterised in that the static air inlet system comprises at least one separator which divides the passage opening into at least two separate apertures , the separator comprising a first portion which is extended by a second portion , the first portion extending into the inner space (INT) and the second portion extending outside the inner space (INT), the second portion extending in a longitudinal direction (D1) parallel with a flow direction of the external air around the passage opening when the aircraft carries out a forward advance flight in the absence of wind and without sideslipping.
A local oscillator buffer circuit comprising: a complementary common-source stage comprising a first p-channel transistor and a first n-channel transistor, arranged such that a respective gate terminal of each of the first p-channel and n-channel transistors are connected together at a first input node , and a respective drain terminal of each of the first p-channel and n-channel transistors are connected together at a buffer output node ; and a complementary source-follower stage comprising a second p-channel transistor and a second n-channel transistor, arranged such that a respective gate terminal of each of the second p-channel and n-channel transistors are connected together at a second input node , and a respective source terminal of each of the second p-channel and n-channel transistors are connected together at the buffer output node . a complementary common-source stage comprising a first p-channel transistor and a first n-channel transistor, arranged such that a respective gate terminal of each of the first p-channel and n-channel transistors are connected together at a first input node , and a respective drain terminal of each of the first p-channel and n-channel transistors are connected together at a buffer output node ; and a complementary source-follower stage comprising a second p-channel transistor and a second n-channel transistor, arranged such that a respective gate terminal of each of the second p-channel and n-channel transistors are connected together at a second input node , and a respective source terminal of each of the second p-channel and n-channel transistors are connected together at the buffer output node .
Use of a grain, comprising zirconium carbonitride, for the production of a refractory product.
A light-emitting device, comprising: a first conductivity-type semiconductor layer disposed on a substrate ; an active layer disposed on the first conductivity-type semiconductor layer ; a second conductivity-type semiconductor layer disposed on the active layer ; and an irregular convex-concave pattern disposed on a surface of the first conductivity-type semiconductor layer , wherein the irregular convex-concave pattern comprises convex portions and concave portions, the convex portions comprising irregular heights, the concave portions comprising irregular depths, and wherein the first conductivity-type semiconductor layer comprising the irregular convex-concave pattern is exposed by partially etching the active layer and the second conductivity-type semiconductor layer , a first electrode pad disposed on the exposed surface of the first conductivity-type semiconductor layer , wherein an upper portion of the first conductivity-type semiconductor layer contacting the first electrode pad comprises a flat surface, a second electrode pad disposed on the second conductivity-type semiconductor layer , characterized by first electrode legs extending from the first electrode pad , second electrode legs extending from the second electrode pad and alternating with the first electrode legs to be disposed parallel to the first electrode legs , wherein the irregular convex-concave pattern comprises a region of a first irregular convex-concave pattern overlapping the first electrode legs (17 1) to be disposed parallel thereto on a surface of the first conductivity-type semiconductor layer , a region of a second irregular convex-concave pattern extending from the region of the first irregular convex-concave pattern towards the second electrode legs , and a region of a third irregular convex-concave pattern disposed in an edge region of the light emitting device. a first conductivity-type semiconductor layer disposed on a substrate ; an active layer disposed on the first conductivity-type semiconductor layer ; a second conductivity-type semiconductor layer disposed on the active layer ; and an irregular convex-concave pattern disposed on a surface of the first conductivity-type semiconductor layer , wherein the irregular convex-concave pattern comprises convex portions and concave portions, the convex portions comprising irregular heights, the concave portions comprising irregular depths, and wherein the first conductivity-type semiconductor layer comprising the irregular convex-concave pattern is exposed by partially etching the active layer and the second conductivity-type semiconductor layer ,