mhurhangee/patent-ind-claim-en huggingface dataset:
A dust collector , comprising: a housing configured to form an outer appearance of the dust collector ; a cyclone formed inside the housing to cause a swirling flow to separate dust from air introduced into the housing ; axial inlet type swirl tubes configured to receive air (A) and fine dust (F) that have passed through the cyclone , and cause a swirling flow to separate the fine dust from the air; and a mesh configured to surround an outside of the axial inlet type swirl tubes to form a boundary between the cyclone and the axial inlet type swirl tubes , wherein the axial inlet type swirl tubes are stacked in multiple stages, and the axial inlet type swirl tubes in each stage are radially arranged such that the inlet faces an inner surface of the mesh and the outlet faces the center of a region defined by the housing . a housing configured to form an outer appearance of the dust collector ; a cyclone formed inside the housing to cause a swirling flow to separate dust from air introduced into the housing ; axial inlet type swirl tubes configured to receive air (A) and fine dust (F) that have passed through the cyclone , and cause a swirling flow to separate the fine dust from the air; and a mesh configured to surround an outside of the axial inlet type swirl tubes to form a boundary between the cyclone and the axial inlet type swirl tubes , wherein the axial inlet type swirl tubes are stacked in multiple stages, and the axial inlet type swirl tubes in each stage are radially arranged such that the inlet faces an inner surface of the mesh and the outlet faces the center of a region defined by the housing .
A processor implemented method at a container , the method comprising: determining by a code module of the container , a digitally encoded lock mechanism, that is used by a sender for locking the container after placement of content into the container ; causing the locking of the container after placement of the content into the container and before shipping of the container to a recipient ; sending by the container , an access key to a recipient device upon delivery of the container to the recipient and when the container is within a range of the recipient device ; receiving the access key from the recipient that receives the container ; causing an authentication process to be performed that determines whether the access key triggers unlocking of the container ; and based on a determination that the access key triggers the unlocking of the container , causing the container to unlock. determining by a code module of the container , a digitally encoded lock mechanism, that is used by a sender for locking the container after placement of content into the container ; causing the locking of the container after placement of the content into the container and before shipping of the container to a recipient ; sending by the container , an access key to a recipient device upon delivery of the container to the recipient and when the container is within a range of the recipient device ; receiving the access key from the recipient that receives the container ; causing an authentication process to be performed that determines whether the access key triggers unlocking of the container ; and based on a determination that the access key triggers the unlocking of the container , causing the container to unlock.
Scanner for scanning an object , in particular a tooth or a plurality of teeth or a tooth model, having a projector for projecting a pattern onto the object , and a camera, which comprises a recording optical unit having a first image optical unit and a second image optical unit and an image sensor , wherein the scanner has one or more acceleration sensors and/or one or more gyrometers, and the recording optical unit comprises a beamsplitter , which has a first mirror surface and a second mirror surface , wherein the first mirror surface is designed to specularly reflect light, imaged by the first image optical unit and specularly reflected onto the first mirror surface by a first mirror of the scanner, onto a first area of the image sensor , and the second mirror surface is designed to specularly reflect light, imaged by the second image optical unit and specularly reflected onto the second mirror surface by a second mirror of the scanner, onto a second area of the image sensor , different to the first area.
A method for establishing a data model, wherein the method comprises: creating , by a network element, an optical path, wherein the optical path comprises an optical signal with at least one wavelength, wherein the network element comprises an optical amplifier; selecting , by the network element, a plurality of different first optical signal groups from the optical path by adjusting the quantity of wavelengths and/or input optical power of the optical path; obtaining , by the network element, first data of the first optical signal groups, wherein the first data comprises input optical power and an input optical signal-to-noise ratio of each optical signal at an input end of the network element and output optical power and an output optical signal-to-noise ratio of each optical signal at an output end of the network element; and establishing , by the network element, a first model for the network element based on the first data of the first optical signal groups, wherein the first model is used to determine a noise coefficient and a gain at the output end of the network element. creating , by a network element, an optical path, wherein the optical path comprises an optical signal with at least one wavelength, wherein the network element comprises an optical amplifier; selecting , by the network element, a plurality of different first optical signal groups from the optical path by adjusting the quantity of wavelengths and/or input optical power of the optical path; obtaining , by the network element, first data of the first optical signal groups, wherein the first data comprises input optical power and an input optical signal-to-noise ratio of each optical signal at an input end of the network element and output optical power and an output optical signal-to-noise ratio of each optical signal at an output end of the network element; and establishing , by the network element, a first model for the network element based on the first data of the first optical signal groups, wherein the first model is used to determine a noise coefficient and a gain at the output end of the network element.
A control device for an air conditioning system including one or a plurality of outdoor units (B) and one or a plurality of indoor units (A), the control device comprising: outdoor-unit control means which is capable of communicating with the outdoor unit through a communication medium , the outdoor-unit control means is configured to acquire, through the communication medium , information about machinery installed in the outdoor unit (B) and output a control command to the machinery installed in the outdoor unit (B); indoor-unit control means which is capable of communicating with the indoor unit (A) through the communication medium , the indoor-unit control means is configured to acquire, through the communication medium , information about machinery installed in the indoor unit (A) and output a control command to the machinery installed in the indoor unit (A); and the control device is characterized by further comprising an anomaly determination means for determining the presence or absence of an anomaly in the machinery by being configured to individually change an operating point of the machinery installed in the outdoor unit (B) or the indoor unit (A) and to acquire a predetermined state quantity before and after the change. outdoor-unit control means which is capable of communicating with the outdoor unit through a communication medium , the outdoor-unit control means is configured to acquire, through the communication medium , information about machinery installed in the outdoor unit (B) and output a control command to the machinery installed in the outdoor unit (B); indoor-unit control means which is capable of communicating with the indoor unit (A) through the communication medium , the indoor-unit control means is configured to acquire, through the communication medium , information about machinery installed in the indoor unit (A) and output a control command to the machinery installed in the indoor unit (A); and the control device is characterized by further comprising an anomaly determination means for determining the presence or absence of an anomaly in the machinery by being configured to individually change an operating point of the machinery installed in the outdoor unit (B) or the indoor unit (A) and to acquire a predetermined state quantity before and after the change.
A thermoplastic resin composition, comprising: A) 20 to 50 % by weight of an ASA graft copolymer comprising an acrylic rubber core having an average particle diameter of 0.05 to 1 μm and a shell obtained by polymerizing an aromatic vinyl compound and a vinyl cyanide compound, wherein the core is wrapped with the shell; B) 49 to 79 % by weight of an aromatic vinyl compound-vinyl cyanide compound copolymer; and C) 0.1 to 0.8 % by weight of an epoxy group-containing copolymer having a weight average molecular weight of 3,000 to 7,500 g/mol, wherein the epoxy group-containing copolymer is obtained by polymerizing an epoxy group-containing vinyl compound and one or more selected from an aromatic vinyl compound, a vinyl cyanide compound, and an alkyl (meth)acrylate compound.
A digital microfluidics system for manipulating samples in liquid droplets within disposable cartridges that comprise a bottom layer , a top layer , and a gap between the bottom and top layers ; the digital microfluidics system comprising: (a) a base unit with at least one cartridge accommodation site that are configured for taking up a disposable cartridge ; (b) at least one electrode array substantially extending in a first plane and comprising a number of individual electrodes , said at least one electrode array being located at said cartridge accommodation site(s) of the base unit , and said electrode array being supported by a bottom substrate ; (c) at least one cover plate with a top substrate , the at least one cover plate being located at said cartridge accommodation site(s) ; and (d) a central control unit for controlling the selection of the individual electrodes of said at least one electrode array and for providing these electrodes with individual voltage pulses for manipulating liquid droplets within said cartridges by electrowetting, characterized in that the at least one accommodation site is configured for taking up a slidingly inserted disposable cartridge which is movable in a direction substantially parallel with respect to the electrode array of the respective cartridge accommodating site , and the at least one cover plate further comprises an electrically conductive material that extends in a second plane and substantially parallel to the electrode array of the cartridge accommodation site the at least one cover plate is assigned to, and wherein said electrically conductive material of the cover plate is not connected with a source of an electrical potential. (a) a base unit with at least one cartridge accommodation site that are configured for taking up a disposable cartridge ; (b) at least one electrode array substantially extending in a first plane and comprising a number of individual electrodes , said at least one electrode array being located at said cartridge accommodation site(s) of the base unit , and said electrode array being supported by a bottom substrate ; (c) at least one cover plate with a top substrate , the at least one cover plate being located at said cartridge accommodation site(s) ; and (d) a central control unit for controlling the selection of the individual electrodes of said at least one electrode array and for providing these electrodes with individual voltage pulses for manipulating liquid droplets within said cartridges by electrowetting,
A central database apparatus for managing the TV spectrum available for non-licensed applications, comprising: a first data storage medium for storing a first data structure comprising identification information and operational parameters for all licensed TV band users operating in a geographical area; a second data storage medium for storing a second data structure comprising central identification information and central operational parameters for all unlicensed TVBDs currently operating in the geographical area; an interface for communicating with the unlicensed TVBD ; an interface for communicating with a local database to receive a query access address which is an internet access address of the local database; a central database manager for: updating the identification information and the operational information of the licensed TV band users in the first data structure at preset intervals or upon changes; providing the unlicensed TVBD with the query access address of the local database, wherein the central operational parameters for the unlicensed TVBD include the query access address of the local database; and updating the central identification information and the central operational parameters of the unlicensed TVBD in the second data structure. a first data storage medium for storing a first data structure comprising identification information and operational parameters for all licensed TV band users operating in a geographical area; a second data storage medium for storing a second data structure comprising central identification information and central operational parameters for all unlicensed TVBDs currently operating in the geographical area; an interface for communicating with the unlicensed TVBD ; an interface for communicating with a local database to receive a query access address which is an internet access address of the local database; a central database manager for: updating the identification information and the operational information of the licensed TV band users in the first data structure at preset intervals or upon changes; providing the unlicensed TVBD with the query access address of the local database, wherein the central operational parameters for the unlicensed TVBD include the query access address of the local database; and updating the central identification information and the central operational parameters of the unlicensed TVBD in the second data structure. updating the identification information and the operational information of the licensed TV band users in the first data structure at preset intervals or upon changes; providing the unlicensed TVBD with the query access address of the local database, wherein the central operational parameters for the unlicensed TVBD include the query access address of the local database; and updating the central identification information and the central operational parameters of the unlicensed TVBD in the second data structure.
An automotive refinishing trade masking product adapted for blending paint along swage lines, consisting of a foam tape , having a flat cross section with rounded edges , an edgewise bead adapted to be removed from the tape (11, characterized in that on one face of the foam tape is a single adhesive stripe covering substantially all of the face except for between 2 and 3 mm either side, wherein the tape is between 4 and 6 mm thick and between 12 and 17 mm wide, whereby it is capable of taking on and maintaining a curvature, when adhered by its adhesive stripe to a surface, on a radius of 160 mm without kinking or buckling whilst providing that an overhanging edge of the tape can feather a paint spray such that the thickness of the spray tapers off towards an edge of an existing paintwork whereby to blend new and existing paintwork to leave no visible join and no hard paint edge.
An optical component comprising: a core lens ; and a molded portion formed from a covering plastic on each of front and back surfaces of the core lens , wherein the core lens includes a recessed portion in an outer periphery of the core lens ; and characterized in that the recessed portion forms a recess in the outer shape of the core lens as seen in the optical axis direction (X). a core lens ; and a molded portion formed from a covering plastic on each of front and back surfaces of the core lens , wherein the core lens includes a recessed portion in an outer periphery of the core lens ; and characterized in that the recessed portion forms a recess in the outer shape of the core lens as seen in the optical axis direction (X).
Optical system comprising: - a lens system , - a detector suitable to capture an image of a sample, the image being formed on the detector by a light beam coming from the sample along an optical path, and - a structure for measuring and correcting aberrations of the optical system, wherein said structure comprises, within the optical path, a variable iris , the variable iris being suitable to create sub-pupils , each sub-pupil being a portion of the light beam, and the variable iris being suitable to change the position of a light beam occlusion which allows the portion of the light beam to pass towards the detector , wherein the structure is configured to measure a wavefront aberration by measuring a displacement of the image on the detector following a change in the position of the light beam occlusion, wherein the structure comprises, within the optical path, a wavefront modulator; characterised in that the wavefront modulator is a deformable lens ; the structure being configured to correct the wavefront aberration by operating the wavefront modulator as a function of the displacement of the image on the detector ; said image being related to a said sub-pupil ; wherein the wavefront modulator and the variable iris are adjacent. - a lens system , - a detector suitable to capture an image of a sample, the image being formed on the detector by a light beam coming from the sample along an optical path, and - a structure for measuring and correcting aberrations of the optical system, wherein said structure comprises, within the optical path, a variable iris , the variable iris being suitable to create sub-pupils , each sub-pupil being a portion of the light beam, and the variable iris being suitable to change the position of a light beam occlusion which allows the portion of the light beam to pass towards the detector , wherein the structure is configured to measure a wavefront aberration by measuring a displacement of the image on the detector following a change in the position of the light beam occlusion, wherein the structure comprises, within the optical path, a wavefront modulator; characterised in that the wavefront modulator is a deformable lens ; the structure being configured to correct the wavefront aberration by operating the wavefront modulator as a function of the displacement of the image on the detector ; said image being related to a said sub-pupil ; wherein the wavefront modulator and the variable iris are adjacent.
A use of a passivation layer (1.1) for passivating a first side surface (4.1) of an adhesive roll , the passivation layer (1.1) being produced from at least one composition, the composition being dried and/or forming a tearable protective layer for the first side surface (4.1) of the adhesive roll after a chemical reaction, the passivation layer (1.1) being tearable in such a way that, after an adhesive strip has been unrolled, the remaining passivation layer (1.1) does not project from the side surfaces of the adhesive roll , the production method having the following steps: a) coating, with the composition, a first surface (2.1) of a production support for the passivation element , the coating being carried out in a thickness of between 0.02 mm and 1.5 mm by means of a spray, dip or doctor blade coating or in an offset printing, screen printing, gravure printing or transfer printing method; b) at least partially drying and/or curing the layer to form a passivation layer (1.1). a) coating, with the composition, a first surface (2.1) of a production support for the passivation element , the coating being carried out in a thickness of between 0.02 mm and 1.5 mm by means of a spray, dip or doctor blade coating or in an offset printing, screen printing, gravure printing or transfer printing method; b) at least partially drying and/or curing the layer to form a passivation layer (1.1).
A composite of particles of a high crystallinity carbon and a low crystallinity carbon, wherein: - the low crystallinity carbon is a polymer derived low crystallinity carbon, - the low crystallinity carbon particles are stuck on the surface of the high crystallinity carbon particles, the low crystallinity carbon particles having been squeezed into themselves, - the low crystallinity carbon is characterized by wide-angle X ray diffraction measurements, i.e. by an average lattice constant d= of 0.350 nm or more and a crystallite size L= in the direction of C axis of 25 nm or less; - the high crystallinity carbon is characterized by wide-angle X ray diffraction measurements, i.e. by an average lattice constant d= of 0.338 nm or less and a crystallinity size L= in the direction of C axis of 40 nm or more; - the high crystallinity carbon is at least for 70% of its external surface embedded within or surrounded by matrix of the low crystallinity carbon; and - the high crystallinity carbon forms particles having a particle size ranging from 1 to 50 micrometers, said high crystallinity carbon particles being at least partially covered by particles of the low crystallinity carbon having a particle size ranging from 20 to 500 nm, said low crystallinity carbon particles being attached to the surface of said high crystallinity carbon particle. - the low crystallinity carbon is a polymer derived low crystallinity carbon, - the low crystallinity carbon particles are stuck on the surface of the high crystallinity carbon particles, the low crystallinity carbon particles having been squeezed into themselves, - the low crystallinity carbon is characterized by wide-angle X ray diffraction measurements, i.e. by an average lattice constant d= of 0.350 nm or more and a crystallite size L= in the direction of C axis of 25 nm or less; - the high crystallinity carbon is characterized by wide-angle X ray diffraction measurements, i.e. by an average lattice constant d= of 0.338 nm or less and a crystallinity size L= in the direction of C axis of 40 nm or more; - the high crystallinity carbon is at least for 70% of its external surface embedded within or surrounded by matrix of the low crystallinity carbon; and - the high crystallinity carbon forms particles having a particle size ranging from 1 to 50 micrometers, said high crystallinity carbon particles being at least partially covered by particles of the low crystallinity carbon having a particle size ranging from 20 to 500 nm, said low crystallinity carbon particles being attached to the surface of said high crystallinity carbon particle.
An implant for improving coaptation of an atrioventricular valve in a heart, the atrioventricular valve having a native first leaflet, a native second leaflet and optionally an annulus adjacent a wall of an atrium of the heart, the implant comprising an artificial leaflet configured to replace or support at least one of the first and second native leaflets, fixing means for fixing the implant to the annulus or to the at least one of the first and second native leaflets and retention means for preventing prolapse of the artificial leaflet, wherein the retention means comprise or consist of a backbone element extending along the artificial leaflet and towards a distal end of the artificial leaflet and being connected to the artificial leaflet at at least two attachment points , wherein the backbone element is configured to be bendable between a first state of bending and a second state of bending, wherein limiting means are provided for limiting the degree of bending, and wherein the backbone element comprises a plurality of segments , pivotably connected to each other, characterized in that the limiting means comprise an abutment element on each segment for limiting the pivoting angle of one segment relative to an adjacent segment.