mhurhangee/patent-ind-claim-en huggingface dataset:
A turbine bucket , comprising: a shank interconnectable with a rotor and formed to accommodate coolant therein; and an airfoil blade coupled to a radially outward portion of the shank and including a body formed to define a plurality of substantially radially extending cooling holes therein, each cooling hole disposed to be solely receptive of the coolant accommodated within the shank for removing heat from the body and each cooling hole being independent from, and not in fluid communication with, any other of the plurality of cooling holes , wherein a subset of the plurality of cooling holes at one or more predefined radial position of the body are defined to have a substantially non-circular cross-sectional shape , at least one cooling hole of the subset of the plurality of cooling holes having a series of turbulators arrayed in a radial direction along the length of the cooling hole, the rest of the plurality of cooling holes defined in the body having a circular cross-sectional shape, wherein the airfoil blade body comprises opposing pressure and suction surfaces extending between leading and trailing edges, and each cooling hole of the subset of the plurality of cooling holes is defined with elongate sidewalls having profiles in a radial cross section that mimic the local profiles of the pressure and suction surfaces, wherein the substantial non-circularity of each cooling hole of the subset of the plurality of cooling holes extends along a partial radial length of the cooling hole. a shank interconnectable with a rotor and formed to accommodate coolant therein; and an airfoil blade coupled to a radially outward portion of the shank and including a body formed to define a plurality of substantially radially extending cooling holes therein, each cooling hole disposed to be solely receptive of the coolant accommodated within the shank for removing heat from the body and each cooling hole being independent from, and not in fluid communication with, any other of the plurality of cooling holes , wherein a subset of the plurality of cooling holes at one or more predefined radial position of the body are defined to have a substantially non-circular cross-sectional shape , at least one cooling hole of the subset of the plurality of cooling holes having a series of turbulators arrayed in a radial direction along the length of the cooling hole, the rest of the plurality of cooling holes defined in the body having a circular cross-sectional shape, wherein the airfoil blade body comprises opposing pressure and suction surfaces extending between leading and trailing edges, and each cooling hole of the subset of the plurality of cooling holes is defined with elongate sidewalls having profiles in a radial cross section that mimic the local profiles of the pressure and suction surfaces, wherein the substantial non-circularity of each cooling hole of the subset of the plurality of cooling holes extends along a partial radial length of the cooling hole.
Floor, wall and ceiling cladding for protection, damping and insulation purposes, comprising a combination of a carrier layer having a first surface and a second surface , the carrier layer comprising a lightweight building board, a first cover coating arranged on the first surface , the first cover coating comprising a polyurethane, polyurea and/or epoxy resin, and an adhesive fastening arranged on the second surface , characterised in that the lightweight building board comprises a polymer sandwiched between two aluminium layers .
A system , comprising: a lens disposed relative to a scene and configured to focus light from the scene onto a focal plane; an aperture defined within an opaque material disposed at the focal plane of the lens, wherein the aperture has a cross-sectional area; and an array of light detectors disposed on a side of the focal plane opposite the lens and configured to intercept and detect diverging light focused by the lens and transmitted through the aperture, wherein the light diverges from the aperture along an optical path from the aperture to the array of light detectors, wherein the array of light detectors comprises a plurality of single photon avalanche diodes (SPADs), wherein a cross-sectional area of the array of light detectors that intercepts the diverging light is greater than the cross-sectional area of the aperture, and wherein the aperture is selectable from a set of two or more apertures, wherein the system comprises one or more mirrors located between the lens and the opaque material, wherein the one or more mirrors are adjustable to direct the light from the scene toward the aperture to select from the set of two or more apertures. a lens disposed relative to a scene and configured to focus light from the scene onto a focal plane; an aperture defined within an opaque material disposed at the focal plane of the lens, wherein the aperture has a cross-sectional area; and an array of light detectors disposed on a side of the focal plane opposite the lens and configured to intercept and detect diverging light focused by the lens and transmitted through the aperture, wherein the light diverges from the aperture along an optical path from the aperture to the array of light detectors, wherein the array of light detectors comprises a plurality of single photon avalanche diodes (SPADs), wherein a cross-sectional area of the array of light detectors that intercepts the diverging light is greater than the cross-sectional area of the aperture, and wherein the aperture is selectable from a set of two or more apertures, wherein the system comprises one or more mirrors located between the lens and the opaque material, wherein the one or more mirrors are adjustable to direct the light from the scene toward the aperture to select from the set of two or more apertures.
An apparatus for an access node, configured to receive slice-support information from a network entity ; or receive slice-context information from the network entity and determine slice-support information based on the slice-context information ; wherein the network entity is an access-and-mobility management function, AMF, or an operations-and-management system, OMS, and the slice-support information comprises a mapping of a slice to an area , wherein the area comprises a tracking area or a slice-support area; and process a slice-related information based on the slice-support information . receive slice-support information from a network entity ; or receive slice-context information from the network entity and determine slice-support information based on the slice-context information ; wherein the network entity is an access-and-mobility management function, AMF, or an operations-and-management system, OMS, and the slice-support information comprises a mapping of a slice to an area , wherein the area comprises a tracking area or a slice-support area; and process a slice-related information based on the slice-support information .
A heatable glazing comprising a pane of glazing material with a first portion delimited by a first and a second busbars wherein a voltage V1 is applied and a second portion of the pane in need of rapid heating delimited by the second and a third busbars wherein a voltage V2 is applied, characterized in that the voltage V1 is converted into a voltage V2 within the second portion by an electrical converter DC/DC.
A method of transmitting a control signal by a base station ,BS, 1 operating in a wireless communication system, the method comprising: determining a resource for transmitting a channel status information reference signal ,CSI-RS, and determining a resource to which muting is applied not overlapping with the resource for transmitting the CSI-RS; determining a resource for transmitting the control signal to a first terminal using a muting pattern selected from a plurality of muting patterns generated based on CSI-RS transmission patterns, wherein the resource for transmitting the control signal to the first terminal does not overlap the resource for transmitting the CSI-RS and the resource to which muting is applied; transmitting , to the first terminal via high layer signaling, information for receiving the CSI-RS by the first terminal, resource information as to which resources have muting applied for the first terminal, and resource information as to which resources the control signal is transmitted to the first terminal, transmitting , to a second terminal via high layer signaling, information for receiving the CSI-RS by the second terminal, resource information as to which resources have muting applied for the second terminal, and transmitting the control signal using the determined resource to the first terminal, wherein the resource for transmitting the control signal to the first terminal is included as a resource in the resources having muting applied for the second terminal. determining a resource for transmitting a channel status information reference signal ,CSI-RS, and determining a resource to which muting is applied not overlapping with the resource for transmitting the CSI-RS; determining a resource for transmitting the control signal to a first terminal using a muting pattern selected from a plurality of muting patterns generated based on CSI-RS transmission patterns, wherein the resource for transmitting the control signal to the first terminal does not overlap the resource for transmitting the CSI-RS and the resource to which muting is applied; transmitting , to the first terminal via high layer signaling, information for receiving the CSI-RS by the first terminal, resource information as to which resources have muting applied for the first terminal, and resource information as to which resources the control signal is transmitted to the first terminal, transmitting , to a second terminal via high layer signaling, information for receiving the CSI-RS by the second terminal, resource information as to which resources have muting applied for the second terminal, and transmitting the control signal using the determined resource to the first terminal, wherein the resource for transmitting the control signal to the first terminal is included as a resource in the resources having muting applied for the second terminal.
A mechanism for cosmetic packagings such as lipstick tubes, comprising an inner-body and a spiral , two convex rings are provided on an outer wall of the inner-body to form two limiting steps , the two limiting steps are matched with two end portions of the spiral , so as to limit an axial movement of the spiral , wherein the spiral is provided with an annular elastic telescopic portion ; the elastic telescopic portion is provided with a plurality of grooved holes provided along a circumferential direction of the elastic telescopic portion , thereby forming an elastic deformation strip between adjacent grooved holes , the elastic deformation strip is oblique to a plane perpendicular to the outer wall; wherein, an oblique angle of the elastic deformation strip is 10° -15° , the oblique angle of the elastic deformation strip is an angle between the elastic deformation strip and the plane perpendicular to the outer wall.
A round baler comprising: a baling chamber ; a plurality of press rolls mounted within said baling chamber ; and at least one driving bar associated with at least one of said plurality of press rolls , said driving bar extending at least partially along the length of at least one of said plurality of press rolls ; characterized in that , at least one cylindrical portion is defined partially along the length of said at least one of said plurality of press rolls , said at least one cylindrical portion being arranged to compensate a radial extension of said at least one driving bar , defining a uniform surface. a baling chamber ; a plurality of press rolls mounted within said baling chamber ; and at least one driving bar associated with at least one of said plurality of press rolls , said driving bar extending at least partially along the length of at least one of said plurality of press rolls ; characterized in that , at least one cylindrical portion is defined partially along the length of said at least one of said plurality of press rolls , said at least one cylindrical portion being arranged to compensate a radial extension of said at least one driving bar , defining a uniform surface.
A method for adding one or more L-nucleotides to the 3'end of a first L-nucleic acid, wherein the method comprises the step of reacting the one or more L-nucleotides with the first L-nucleic acid in the presence of a polymerase, wherein the polymerase is capable of adding one or more L-nucleotides to the 3' end of the first L-nucleic acid and wherein the polymerase consists of an amino acid sequence, wherein the amino acids of the amino acid sequence are D-amino acids.
A method for producing a trim strip which, in the extent direction thereof, has a length (L) which is at least twice as large as the width (B) thereof perpendicularly to the extent direction , having an extension portion and at least at one end a portion which is turned over with respect to the extent direction about an angle (α) in the range from 60-120° with a sharp edge comprising the following steps of: i) presenting a plate with a material thickness (Mat) and with a prepared contour for the formation of the portion ; ii) turning over the prepared contour in a bending operation, wherein the plate in the region of the future extension portion at least in the end region is clamped between a die and a holding-down member and the prepared contour is bent over by means of the displacement of a stamp to form a turned-over portion with a peripheral edge ; iii) forming a sharp edge of the turned-over portion , characterized in that in step iii) at least in the end region of the extension portion a counter-mold is clamped between a first clamping face of a die for the edge formation operation and a second clamping face , wherein the inner face of the turned-over portion is in abutment with a planar or curved side face of the counter-mold , wherein a corresponding side face of the die for the edge formation operation protrudes further in the extent direction substantially by the material thickness (Mat) than the side face of the counter-mold , and wherein the first clamping face of the die is continued in the overhanging region by the material thickness in the extent direction , with a sharp edge being formed with respect to the side face , and wherein a stamp for the edge formation operation is guided with a side face which is stepped substantially by the material thickness (Mat) and which faces the die and counter-mold in such a manner along the side faces of the counter-mold and die that the step in the side face of the stamp engages on the peripheral edge and displaces the material of the turned-over portion at least partially in the edge region with a sharp edge being formed. i) presenting a plate with a material thickness (Mat) and with a prepared contour for the formation of the portion ; ii) turning over the prepared contour in a bending operation, wherein the plate in the region of the future extension portion at least in the end region is clamped between a die and a holding-down member and the prepared contour is bent over by means of the displacement of a stamp to form a turned-over portion with a peripheral edge ; iii) forming a sharp edge of the turned-over portion ,
A data sending method, wherein the method comprises: precoding, by a first transmit end device, at least two first preprocessed spatial flows to obtain a plurality of first precoded data flows, wherein the at least two first preprocessed spatial flows are obtained by preprocessing a first original spatial flow; and transmitting, by the first transmit end device, the plurality of first precoded data flows; precoding, by a second transmit end device, at least two second preprocessed spatial flows to obtain a plurality of second precoded data flows, wherein the at least two second preprocessed spatial flows are obtained by preprocessing a second original spatial flow; and transmitting, by the second transmit end device, the plurality of second precoded data flows; precoding, by a third transmit end device, at least one third original spatial flow to obtain a plurality of third precoded data flows; and transmitting, by the third transmit end device, the plurality of third precoded data flows; wherein the preprocessing comprises different types of transmit diversity processing or transmit diversity-based spatial multiplexing processing; and wherein each type of transmit diversity processing or transmit diversity-based spatial multiplexing processing corresponds to one transmission solution; and wherein the first transmit end device, the second transmit end device and the third transmit end device are a plurality of user equipments, the plurality of user equipments are instructed, by using downlink signaling from a base station, to perform data transmission by using different transmission solutions. precoding, by a first transmit end device, at least two first preprocessed spatial flows to obtain a plurality of first precoded data flows, wherein the at least two first preprocessed spatial flows are obtained by preprocessing a first original spatial flow; and transmitting, by the first transmit end device, the plurality of first precoded data flows; precoding, by a second transmit end device, at least two second preprocessed spatial flows to obtain a plurality of second precoded data flows, wherein the at least two second preprocessed spatial flows are obtained by preprocessing a second original spatial flow; and transmitting, by the second transmit end device, the plurality of second precoded data flows; precoding, by a third transmit end device, at least one third original spatial flow to obtain a plurality of third precoded data flows; and transmitting, by the third transmit end device, the plurality of third precoded data flows; wherein the preprocessing comprises different types of transmit diversity processing or transmit diversity-based spatial multiplexing processing; and wherein each type of transmit diversity processing or transmit diversity-based spatial multiplexing processing corresponds to one transmission solution; and wherein the first transmit end device, the second transmit end device and the third transmit end device are a plurality of user equipments, the plurality of user equipments are instructed, by using downlink signaling from a base station, to perform data transmission by using different transmission solutions.
Nozzle jet-driven spray jet launcher with a jet engine , on which at least one water launcher is mounted, the jet direction of which is orientated substantially in the direction of the exhaust gas jet of the jet engine in such a way that the water discharged from the water launcher is entrained as a spray jet in the exhaust gas jet of the jet engine , wherein an inlet segment is fixed on the air inlet side of the jet engine over the cross-section of the air inlet, and wherein the inlet segment has a substantially cylindrical shell shape in the region of the air inlet, characterized in that a mushroom-shaped inlet inserted into the inlet segment is provided, with which an inlet cross-section for the jet engine is formed, which is deflected from a radial direction with respect to the engine axis in the direction of the engine axis , and in that a first absorber material receptacle filled with absorber material is provided on the side of the inlet segment lying outside the inlet cross-section , which absorber material receptacle is separated from the inlet cross-section by an absorber material cover .
Use of potassium carbonate having a volume-weighted average particle size of 20 nm to 25 um determined with a particle size measuring instrument in a suspension of the potassium carbonate in a mixture of chlorobenzene and sulfolane (60/40) for adjusting the polydispersity (Q) to ≤ 4 in a process for producing a polyarylene ether sulfone polymer comprising reacting a reaction mixture (R G ) comprising the components: (A1) a dihalogen component comprising not less than 50 wt% of at least one dihalogen compound selected from the group consisting of 4,4'-dichlorodiphenyl sulfone and 4,4'-difluorodiphenyl sulfone, based on the overall weight of component (A1) in the reaction mixture (R G ), (B1) a dihydroxy component comprising not less than 80 wt% of at least one dihydroxy compound selected from the group consisting of 4,4'-dihydroxydiphenyl sulfone, bisphenol A, 4,4'-dihydroxybenzophenone and hydroquinone, based on the overall weight of component (B1) in the reaction mixture (R G ), werein the polydispersity (Q) is defined as the quotient of the weight-average molecular weight (M w ) and the number-average molecular weight (M n ) measured using gel permeation chromatography (GPC) and dimethylacetamide (DMAc) as solvent against a narrow-distribution polymethyl methacrylate standard. (A1) a dihalogen component comprising not less than 50 wt% of at least one dihalogen compound selected from the group consisting of 4,4'-dichlorodiphenyl sulfone and 4,4'-difluorodiphenyl sulfone, based on the overall weight of component (A1) in the reaction mixture (R G ), (B1) a dihydroxy component comprising not less than 80 wt% of at least one dihydroxy compound selected from the group consisting of 4,4'-dihydroxydiphenyl sulfone, bisphenol A, 4,4'-dihydroxybenzophenone and hydroquinone, based on the overall weight of component (B1) in the reaction mixture (R G ), werein the polydispersity (Q) is defined as the quotient of the weight-average molecular weight (M w ) and the number-average molecular weight (M n ) measured using gel permeation chromatography (GPC) and dimethylacetamide (DMAc) as solvent against a narrow-distribution polymethyl methacrylate standard.
System for filtering fluids, with a primary filter which comprises at least one filter element, through which fluid can flow in one direction during the filtration operation and fluid can flow in the opposite direction thereto for a back-flushing operation, with a post-treatment apparatus connected downstream of the primary filter to treat the back-flushing volumes discharged from said primary filter, said apparatus comprising at least one filter chamber receiving the back-flushing volumes with a fluid inlet and a fluid outlet, and comprising at least one post-treatment filter element , and with a control apparatus for supplying the respective back-flushing volume in portions to the post-treatment filter element to which it can be assigned, characterised in that the control apparatus comprises a control chamber with a first and a second fluid space , the first of these spaces serving to receive the respective back-flushing volume and a compressed gas being able to be applied to the second fluid space at a pre-definable operating pressure; and in that the first and second fluid space of the control chamber are separated by a separator piston .