mhurhangee/patent-ind-claim-en huggingface dataset:
A pharmaceutical composition comprising: (i) at least one formoterol compound selected from formoterol, pharmaceutically acceptable salts of formoterol, solvates of formoterol, and solvates of pharmaceutically acceptable salts of formoterol; (ii) at least one corticosteroid; (iii) a surfactant component comprising at least one surfactant compound; and (iv) a propellant component at least 90 weight % of which is 1,1-difluoroethane (R-152a). (i) at least one formoterol compound selected from formoterol, pharmaceutically acceptable salts of formoterol, solvates of formoterol, and solvates of pharmaceutically acceptable salts of formoterol; (ii) at least one corticosteroid; (iii) a surfactant component comprising at least one surfactant compound; and (iv) a propellant component at least 90 weight % of which is 1,1-difluoroethane (R-152a).
Device for forming an endless rod from a sticky tobacco material for manufacture of aerosol generating articles comprising a suction-type rod conveyor equipped with a revolving, continuous, porous tape , to which vacuum is applied from the top and on whose underside tobacco material shreds or fibres are conveyed along a tobacco channel, wherein the tobacco material is shaped into a continuous tobacco rod, at least one liquid pressure nozzle being directed to the underside of the tape and connected to a source for fluid under pressure and an exhaust hood is arranged at the upper side of the tape opposite the at least one liquid pressure nozzle and connected to a vacuum source , characterized in that the liquid pressure nozzle is arranged that a cleaning of the tape takes place in an area of the tape on which the continuous rod is not shaped from tobacco material.
Cutting device which is designed to cut agricultural crop plants by means of a rotary movement about a cutting rotation axis and comprises at least one blade element which, in a plan view of an upper side of the cutting device , is designed to be open in a direction of rotation , the cutting device having at least one radial conveying element which is arranged at least on the upper side , is stationary relative to the blade element and is designed, at least in portions, to convey the crop plants in a conveying direction which is oriented partially tangentially (14.1) relative to the cutting rotation axis and partially radially (14.2) to the cutting rotation axis , characterized in that the radial conveying element is a corrugated region of the cutting device , starting from at least one region of intermediate height of the cutting device .
A rocket motor comprising: a pulse chamber containing a burnable propellant grain ; a propellant inhibited center bore bonded to surfaces of the burnable propellant grain; and at least one conductive wire coupled to the burnable propellant grain and arranged in variable regions along the propellant inhibited center bore, the rocket motor being characterised in that the at least one conductive wire is configured for passive or active activation to ignite and ablate the propellant inhibited center bore that subsequently burns in the variable regions, wherein the at least one conductive wire is interposed between the propellant inhibited center bore and the propellant grain to increase a burn surface area of the burnable propellant grain via ablation of the propellant inhibited center bore; wherein the propellant inhibited center bore is arranged to be ignited by an electro-chemical reaction when electrically activated. a pulse chamber containing a burnable propellant grain ; a propellant inhibited center bore bonded to surfaces of the burnable propellant grain; and at least one conductive wire coupled to the burnable propellant grain and arranged in variable regions along the propellant inhibited center bore, the rocket motor being characterised in that the at least one conductive wire is configured for passive or active activation to ignite and ablate the propellant inhibited center bore that subsequently burns in the variable regions, wherein the at least one conductive wire is interposed between the propellant inhibited center bore and the propellant grain to increase a burn surface area of the burnable propellant grain via ablation of the propellant inhibited center bore; wherein the propellant inhibited center bore is arranged to be ignited by an electro-chemical reaction when electrically activated.
Firearm analysis device for determining parameters as indicative of a firearm from a shot fired, comprising a voltage generating unit arranged to generate an alternating voltage (U e ) during a counter-recoil travel and/or recoil travel of a movable weapon part during a firing operation, characterized by : - a signal processing unit which is arranged to generate a measurement signal (IN+) from the generated AC voltage (U e ) and to generate a reference signal (V in ) from the generated AC voltage (U e ), - a signal evaluation unit , which is arranged to determine a first and a second time point (t701 - 1705, t702 - 1706) during the counter-recoil travel and/or recoil travel of the movable weapon part on the basis of a comparison of the time curves of the measurement signal (IN+) and the reference signal (V in ), and - a time determination unit arranged to determine a time interval duration between the first and second time points (t701 - 1705, t702 - 1706). - a signal processing unit which is arranged to generate a measurement signal (IN+) from the generated AC voltage (U e ) and to generate a reference signal (V in ) from the generated AC voltage (U e ), - a signal evaluation unit , which is arranged to determine a first and a second time point (t701 - 1705, t702 - 1706) during the counter-recoil travel and/or recoil travel of the movable weapon part on the basis of a comparison of the time curves of the measurement signal (IN+) and the reference signal (V in ), and - a time determination unit arranged to determine a time interval duration between the first and second time points (t701 - 1705, t702 - 1706).
A multiview backlight , comprising: a light guide configured to guide light ; and characterised by : a microstructured multibeam element adjacent and external to a surface (110', 110") of the light guide, the microstructured multibeam element having an input aperture configured to receive a portion of the guided light and an output aperture configured to emit a plurality of directional light beams having principal angular directions corresponding to view directions of a multiview display, wherein the microstructured multibeam element comprises a plurality of microstructures, each microstructure having an interior surface configured to reflect the received guided light portion to provide the plurality of directional light beams at the output aperture, the microstructured multibeam element having a size comparable to a size of a sub-pixel of a multiview pixel in a multiview display wherein the microstructured multibeam element size is between one half and two times the sub-pixel size. a light guide configured to guide light ; and characterised by : a microstructured multibeam element adjacent and external to a surface (110', 110") of the light guide, the microstructured multibeam element having an input aperture configured to receive a portion of the guided light and an output aperture configured to emit a plurality of directional light beams having principal angular directions corresponding to view directions of a multiview display, wherein the microstructured multibeam element comprises a plurality of microstructures, each microstructure having an interior surface configured to reflect the received guided light portion to provide the plurality of directional light beams at the output aperture, the microstructured multibeam element having a size comparable to a size of a sub-pixel of a multiview pixel in a multiview display wherein the microstructured multibeam element size is between one half and two times the sub-pixel size. a microstructured multibeam element adjacent and external to a surface (110', 110") of the light guide, the microstructured multibeam element having an input aperture configured to receive a portion of the guided light and an output aperture configured to emit a plurality of directional light beams having principal angular directions corresponding to view directions of a multiview display, wherein the microstructured multibeam element comprises a plurality of microstructures, each microstructure having an interior surface configured to reflect the received guided light portion to provide the plurality of directional light beams at the output aperture, the microstructured multibeam element having a size comparable to a size of a sub-pixel of a multiview pixel in a multiview display wherein the microstructured multibeam element size is between one half and two times the sub-pixel size.
A process for preparing a compound of Formula I-2 containing no more than 0.5% 5,6- trans isomer: wherein is ---- is a single or double bond; R 2 is a single bond or a C 1-4 -alkylene or -CH 2 O-; and R 3 is a C 1-7 -alkyl or an aryl or an aralkyl, each of which is unsubstituted or substituted by a C 1-4 -alkyl, a halogen or a trihalomethyl; R 4 is C 1-7 -alkyl, comprising the steps of: macrolactonization of a compound of Formula IV-1 containing 0∼5% 5,6- trans isomer wherein is or a protecting group for the carbonyl group; P 1 and P 2 are protecting groups for hydroxyl groups; ---- , R 2 and R 3 are as defined above, to form a compound of Formula III: wherein ---- , P 1 , R 2 and R 3 are as defined above for Formula IV-1; removing P 1 or/and P 2 ; and opening the macrolactone ring by transesterification. macrolactonization of a compound of Formula IV-1 containing 0∼5% 5,6- trans isomer wherein is or a protecting group for the carbonyl group; P 1 and P 2 are protecting groups for hydroxyl groups; ---- , R 2 and R 3 are as defined above, to form a compound of Formula III: wherein ---- , P 1 , R 2 and R 3 are as defined above for Formula IV-1; removing P 1 or/and P 2 ; and opening the macrolactone ring by transesterification.
A moving image processing method of an apparatus equipped with a camera, the method including acquiring images at every frame period in a moving image shooting mode, generating metadata of the images, and encoding the images into a moving image, the method characterized by : determining whether a current frame is a reference frame of a predetermined frame interval; if the current frame is the reference frame, storing the generated metadata; if the current frame is not the reference frame, detecting a difference between a first metadata of a first image corresponding to the current frame and a second metadata of a second image corresponding to a previous frame, wherein the current frame and the previous frame are consecutive frames, and generating and storing the detected difference as the metadata of the current frame; and displaying a specific metadata selected among the metadata as a supplementary function of the moving image in a moving image playback mode, and wherein the metadata includes a thumbnail image of a corresponding frame viewing image, wherein the generating metadata comprises generating metadata of the thumbnail image of the corresponding frame viewing image. determining whether a current frame is a reference frame of a predetermined frame interval; if the current frame is the reference frame, storing the generated metadata; if the current frame is not the reference frame, detecting a difference between a first metadata of a first image corresponding to the current frame and a second metadata of a second image corresponding to a previous frame, wherein the current frame and the previous frame are consecutive frames, and generating and storing the detected difference as the metadata of the current frame; and displaying a specific metadata selected among the metadata as a supplementary function of the moving image in a moving image playback mode, and wherein the metadata includes a thumbnail image of a corresponding frame viewing image, wherein the generating metadata comprises generating metadata of the thumbnail image of the corresponding frame viewing image.
A network security protection method, executed by a network security protection device, comprising: obtaining network environment data and threat detection data of a host that is in a protected network and that is connected to the network security protection device, wherein the network environment data comprises at least one of the following: an identifier of an operating system, a parameter of the operating system, an identifier of software with a network port access function, or a parameter of the software; and the threat detection data comprises at least one of the following: a threat type or a threat identifier, wherein the threat type comprises a vulnerability; searching , according to the obtained environment data and threat detection data, for corresponding information used to eliminate a security threat in the host, wherein, when determining that there is no available particular cleanup program to eliminate the security threat in the host, the information used to eliminate the security threat in the host comprises: a file operation instruction, wherein the file operation instruction comprises a file identifier, a file storage location, and an operator, and the file operation instruction is used to instruct the host to perform an operation represented by the operator on a file that is in the host and that is determined according to the file identifier and the file storage location; and sending the information used to eliminate the security threat in the host to the host. obtaining network environment data and threat detection data of a host that is in a protected network and that is connected to the network security protection device, wherein the network environment data comprises at least one of the following: an identifier of an operating system, a parameter of the operating system, an identifier of software with a network port access function, or a parameter of the software; and the threat detection data comprises at least one of the following: a threat type or a threat identifier, wherein the threat type comprises a vulnerability; searching , according to the obtained environment data and threat detection data, for corresponding information used to eliminate a security threat in the host, wherein, when determining that there is no available particular cleanup program to eliminate the security threat in the host, the information used to eliminate the security threat in the host comprises: a file operation instruction, wherein the file operation instruction comprises a file identifier, a file storage location, and an operator, and the file operation instruction is used to instruct the host to perform an operation represented by the operator on a file that is in the host and that is determined according to the file identifier and the file storage location; and sending the information used to eliminate the security threat in the host to the host.
Method of manufacturing a decorative part for a vehicle interior, wherein the decorative part comprises a carrier and a decorative layer applied to the carrier, wherein a front side of the decorative layer opposite the carrier forms a visible side of the decorative part, wherein the method comprises the steps of a) Providing a carrier film, wherein the carrier foil provided is a hot stamping film and/or IMD film, b) Formation of a laminate by applying a decorative layer to a first side of the carrier film, c) Microperforation of the decorative layer in one or more areas or over the entire surface, whereby the microperforation of the decorative layer is carried out by laser, d) Insertion or drawing-in of the laminate consisting of carrier film and microperforated decorative layer into a cavity of an injection mould in such a way that, when plastic is injected into the cavity, the decorative layer of the laminate is back-injected and a second side of the carrier film opposite the first side is pressed against a wall of the cavity, e) Closing the cavity and injecting plastic into the cavity to form the carrier of the decorative part, whereby the decorative layer is back-injected and the decorative layer is applied to a surface of the carrier facing the decorative layer during the carrier formation in the cavity, thereby forming the decorative layer of the decorative part, f) Opening the cavity and removing or ejecting the decorative part. a) Providing a carrier film, wherein the carrier foil provided is a hot stamping film and/or IMD film, b) Formation of a laminate by applying a decorative layer to a first side of the carrier film, c) Microperforation of the decorative layer in one or more areas or over the entire surface, whereby the microperforation of the decorative layer is carried out by laser, d) Insertion or drawing-in of the laminate consisting of carrier film and microperforated decorative layer into a cavity of an injection mould in such a way that, when plastic is injected into the cavity, the decorative layer of the laminate is back-injected and a second side of the carrier film opposite the first side is pressed against a wall of the cavity, e) Closing the cavity and injecting plastic into the cavity to form the carrier of the decorative part, whereby the decorative layer is back-injected and the decorative layer is applied to a surface of the carrier facing the decorative layer during the carrier formation in the cavity, thereby forming the decorative layer of the decorative part, f) Opening the cavity and removing or ejecting the decorative part.
A color Doppler ultrasound imaging method, the method comprising: acquiring a plurality of sparse color Doppler ultrasound image frames and B-mode ultrasound image frames ; pre-processing a current sparse color Doppler ultrasound image frame and a B-mode ultrasound image frame of the plurality of sparse color Doppler and B-mode ultrasound image frames; estimating a vector flow based on the pre-processed current sparse color Doppler and B-mode ultrasound image frames, wherein the estimating of a vector flow comprises solving a flow vector field (u) in a whole field of view of the image frames by applying an optimization framework to the current sparse color Doppler image frame, wherein the optimization framework comprises a mask (M) adapted to define a sparse area of observed color Doppler measurements (m) within the current sparse color Doppler image frame, such that the solved flow vector field (u) is compatible with the observed color Doppler measurements (m) within the mask (M); generating a new color Doppler image frame based on the estimated vector flow; and generating an output image including the new color Doppler image frame. acquiring a plurality of sparse color Doppler ultrasound image frames and B-mode ultrasound image frames ; pre-processing a current sparse color Doppler ultrasound image frame and a B-mode ultrasound image frame of the plurality of sparse color Doppler and B-mode ultrasound image frames; estimating a vector flow based on the pre-processed current sparse color Doppler and B-mode ultrasound image frames, wherein the estimating of a vector flow comprises solving a flow vector field (u) in a whole field of view of the image frames by applying an optimization framework to the current sparse color Doppler image frame, wherein the optimization framework comprises a mask (M) adapted to define a sparse area of observed color Doppler measurements (m) within the current sparse color Doppler image frame, such that the solved flow vector field (u) is compatible with the observed color Doppler measurements (m) within the mask (M); generating a new color Doppler image frame based on the estimated vector flow; and generating an output image including the new color Doppler image frame.
Drive device for a bicycle, wherein the drive device a. comprises a central housing to which there is laterally attached at least one swingarm configured to hold a wheel that is arranged rotatably about a first axis , and wherein b. the at least one swingarm is configured to accommodate at least one drive means , characterized in that c. a swingarm is arranged on both sides of the central housing , and in that each of the two swingarms comprises a flange which is rotatable about the first axis and which is configured to receive a hub of a wheel . a. comprises a central housing to which there is laterally attached at least one swingarm configured to hold a wheel that is arranged rotatably about a first axis , and wherein b. the at least one swingarm is configured to accommodate at least one drive means , characterized in that c. a swingarm is arranged on both sides of the central housing , and in that each of the two swingarms comprises a flange which is rotatable about the first axis and which is configured to receive a hub of a wheel .
A fluid filtration device comprising: (a) a holder comprising an inlet, a filtrate outlet, a retentate outlet; and (b) a composite media located in the holder such that it separates the holder into an upstream compartment and a downstream compartment, the inlet and retentate outlet being upstream of the composite media and the filtrate outlet being downstream of the composite media, the composite media comprising: (i) a porous interlayer having opposing first and second sides, (ii) a first fiber containing filter layer located on the first side of the interlayer, and (iii) a second fiber containing filter layer located on the second side of the interlayer, wherein the fibers in the first and second fiber containing filter layers are polymeric nanofibers having a different fiber diameter, and each fiber containing filter layer has a different pore size rating, and the interlayer is non-woven and has a coarser pore size than either the first or second fiber containing filter layers. (a) a holder comprising an inlet, a filtrate outlet, a retentate outlet; and (b) a composite media located in the holder such that it separates the holder into an upstream compartment and a downstream compartment, the inlet and retentate outlet being upstream of the composite media and the filtrate outlet being downstream of the composite media, the composite media comprising: (i) a porous interlayer having opposing first and second sides, (ii) a first fiber containing filter layer located on the first side of the interlayer, and (iii) a second fiber containing filter layer located on the second side of the interlayer, (i) a porous interlayer having opposing first and second sides, (ii) a first fiber containing filter layer located on the first side of the interlayer, and (iii) a second fiber containing filter layer located on the second side of the interlayer,
An apparatus for material processing, comprising at least one beam source of electromagnetic radiation that emits radiation with a defined power density distribution, and a beam-shaping optics variable shaping and focusing the radiation of the beam source , wherein the optical axis of the focused radiation , referred to as beam axis , is directed onto a processing zone , and means for holding the radiation in a region of an interaction surface of radiation and material , that interaction surface being formed and moving in the processing zone , wherein the emitted radiation comprises a first beam parameter product (BPP1), i.e. beam parameter product, and wherein the radiation has a second beam parameter product (BPP2) in the processing zone in which the radiation interacts with the material , characterized in that an adjusting device is provided which varies the second beam parameter product (BPP2) by changing the position or the optical properties of at least one optical element (6; 7), wherein at least one first optical element of the beam shaping optics generates and/or increases the amount of an aberration and at least one second optical element of the beam shaping optics changes the amount of the generated or increased aberration by the adjustment of the adjusting device by changing the position or the optical properties of at least the first or the second optical element in such a way that the radiation in the processing zone has the second beam parameter product (BPP2) to be adjusted.