mhurhangee/patent-ind-claim-en huggingface dataset:
A luggage piece , comprising: a front side , a rear side , a top side , a bottom side , a right side and a left side that define an enclosed space; a base ; a lid pivotally joined to the base by a hinge to pivot between a first position where the base and the lid define the substantially enclosed space and a second position that allows access to the substantially enclosed space; a carry handle joined to the lid , the base and the hinge; the luggage piece further comprising a plurality of wheels joined to the bottom side of the luggage piece , a handle positioned at the top side of the luggage piece , and the carry handle positioned at the right or left side of the luggage piece ; and wherein the carry handle is joined to the luggage piece on the hinged side of the luggage piece . a front side , a rear side , a top side , a bottom side , a right side and a left side that define an enclosed space; a base ; a lid pivotally joined to the base by a hinge to pivot between a first position where the base and the lid define the substantially enclosed space and a second position that allows access to the substantially enclosed space; a carry handle joined to the lid , the base and the hinge; the luggage piece further comprising a plurality of wheels joined to the bottom side of the luggage piece , a handle positioned at the top side of the luggage piece , and the carry handle positioned at the right or left side of the luggage piece ; and wherein the carry handle is joined to the luggage piece on the hinged side of the luggage piece .
A rotary assembly for a turbomachine, the rotary assembly comprising: - a disk the outer periphery of which is formed from an alternation of cavities and teeth , - blades extending radially from the disk and roots of which are axially engaged into, and radially held in the cavities of the disk, and, - a cylindrical surface facing radially towards the inside of the disk and on which an annular seal is maintained by means of a part solidarized to the disk, said part extending under the shoulders and radially pressing the annular seal against said cylindrical surface , characterized in that the teeth of the disk and the blade roots comprise, at upstream and/or downstream axial ends thereof, said axial shoulders which are disposed circumferentially end-to-end in alternation and which together form said cylindrical surface . - a disk the outer periphery of which is formed from an alternation of cavities and teeth , - blades extending radially from the disk and roots of which are axially engaged into, and radially held in the cavities of the disk, and, - a cylindrical surface facing radially towards the inside of the disk and on which an annular seal is maintained by means of a part solidarized to the disk, said part extending under the shoulders and radially pressing the annular seal against said cylindrical surface ,
A method for producing a sheath of a plug part for an electrical and/or optical plug-in connection and/or of a cable , wherein the sheath is produced by means of injection moulding from a thermoplastic material in an injection mould , and in addition to the thermoplastic material at least one outgassing blowing agent is co-injected into the injection mould and gas inclusions are formed in the sheath , characterised in that the injection pressure is in a range between 5 bar and 40 bar and the injection temperature is in a range between 180°C and 240°C, and in that the outgassing blowing agent is a chemical blowing agent.
A method for determining a physical characteristic on a punctual location (P0) inside a medium , comprising the following steps: a) sending an emitted sequence (ES) of ultrasound waves (We) into the medium towards the location (P0), the emitted sequence (ES) comprising at least two emitted pulses having different amplitudes, b) receiving a received sequence (RS) of ultrasound waves (Wr) from the location (P0), the received sequence (RS) comprising at least two received pulses corresponding to echoes of said emitted pulses, c) calculating a phase difference (δ) between the received pulses relative to the emitted pulses, and d) determining the physical characteristic on the basis of said phase difference (δ), and wherein the succession of steps a) to c) are repeated several times for providing a plurality of phase differences (δ), and wherein during step d), the physical characteristic is determined by a mean or a standard deviation or a variance of said plurality of phase differences (δ). a) sending an emitted sequence (ES) of ultrasound waves (We) into the medium towards the location (P0), the emitted sequence (ES) comprising at least two emitted pulses having different amplitudes, b) receiving a received sequence (RS) of ultrasound waves (Wr) from the location (P0), the received sequence (RS) comprising at least two received pulses corresponding to echoes of said emitted pulses, c) calculating a phase difference (δ) between the received pulses relative to the emitted pulses, and d) determining the physical characteristic on the basis of said phase difference (δ), and wherein the succession of steps a) to c) are repeated several times for providing a plurality of phase differences (δ), and
A laser processing apparatus comprising: - at least one first laser device , each providing at least one first optical feed fiber with a first laser beam; - at least one second laser device , each providing at least one second optical feed fiber with a second laser beam; - beam combining means connected to said first and second feed fibers and to a multi-core optical fiber (12; 50), the combining means being adapted to form a composite laser beam , by having in said multi-core optical fiber a first core with a circular cross-section located in the center of said multi-core optical fiber, and a second core with an annular shape concentric to said first core; wherein - the center of a first optical feed fiber (72; 56) is aligned with the center of said first core and the center of at least one second optical feed fiber (71; 57) is aligned between the inner and outer diameters of said annular second core ; and wherein - the ends of the feed fibers are fused within a glass tube and the glass tube is welded to the multi-core optical fiber ; and wherein - said first and second cores being connected to a laser processing head , to direct a composite laser beam (16; 40) comprising first and second output laser beams to a workpiece to be processed; and - a control unit functionally connected to said first and second laser devices , being configured to individually control the power levels of the first and second laser devices to control the power density in said first and second output laser beams. - at least one first laser device , each providing at least one first optical feed fiber with a first laser beam; - at least one second laser device , each providing at least one second optical feed fiber with a second laser beam; - beam combining means connected to said first and second feed fibers and to a multi-core optical fiber (12; 50), the combining means being adapted to form a composite laser beam , by having in said multi-core optical fiber a first core with a circular cross-section located in the center of said multi-core optical fiber, and a second core with an annular shape concentric to said first core; wherein - the center of a first optical feed fiber (72; 56) is aligned with the center of said first core and the center of at least one second optical feed fiber (71; 57) is aligned between the inner and outer diameters of said annular second core ; and wherein - the ends of the feed fibers are fused within a glass tube and the glass tube is welded to the multi-core optical fiber ; and wherein - said first and second cores being connected to a laser processing head , to direct a composite laser beam (16; 40) comprising first and second output laser beams to a workpiece to be processed; and - a control unit functionally connected to said first and second laser devices , being configured to individually control the power levels of the first and second laser devices to control the power density in said first and second output laser beams.
A computer vision based method for classifying the developmental stages of Trichuris spp. eggs, wherein for the final developmental stages a larva is present inside the egg, said Trichuris spp. eggs having a substantially oblong or elliptical shape with a protruding polar plug at each end, the shape of the Trichuris spp. eggs thereby defining a longitudinal direction and a transverse direction of the eggs, said method comprising: a) obtaining and storing one or more digital images of Trichuris spp. eggs suspended in a liquid solution, b) detecting one or more Trichuris spp. eggs in the image(s), c) extracting one or more features from an egg content image region representing at least part of the egg contents of a detected egg, wherein the extraction of one or more features from the egg content image region includes measurements of the direction-dependent structures of the egg contents, said measurements of the direction-dependent structures of the egg contents including one or more measurements of the longitudinal structures of the egg contents and one or more measurements of the transverse structures of the egg contents, wherein one or more of said measurements of the longitudinal structures of the egg contents is based on a longitudinal comparison of pixels intensities obtained from similarly addressed pixels in first and second image parts representing at least part of the egg contents of a detected egg, with the second image part being obtained by shifting the first image part one or more pixels in a direction substantially following the longitudinal direction of the egg, and wherein one or more of said measurements of the transverse structures of the egg contents is based on a transverse comparison of pixel intensities obtained from similarly addressed pixels in the first image part and a third image part representing at least part of the egg contents of a detected egg, with the third image part being obtained by shifting the first image part one or more pixels in a direction substantially following the transverse direction of the egg, and d) classifying, by use of at least part of the features extracted from an egg content image region representing a detected egg, for which features the extraction includes one or more measurements representing longitudinal structures and transverse structures of the egg contents, the developmental stage of the detected egg as a binary classification wherein the detected egg is classified as either containing a larva or not containing a larva, or as a multi-class classification comprising at least three classes of developmental stages. a) obtaining and storing one or more digital images of Trichuris spp. eggs suspended in a liquid solution, b) detecting one or more Trichuris spp. eggs in the image(s), c) extracting one or more features from an egg content image region representing at least part of the egg contents of a detected egg,
A combustor panel of a combustor , comprising: a combustion facing surface ; a cooling surface opposite the combustion facing surface ; and an attachment feature extending from the cooling surface , the attachment feature defining a first channel extending through the attachment feature to the combustion facing surface ; characterised in that the attachment feature defines a second channel extending through the attachment feature to the combustion facing surface . a combustion facing surface ; a cooling surface opposite the combustion facing surface ; and an attachment feature extending from the cooling surface , the attachment feature defining a first channel extending through the attachment feature to the combustion facing surface ; characterised in that the attachment feature defines a second channel extending through the attachment feature to the combustion facing surface .
A vehicular imaging device comprising - a lens, - an imaging element on which an image is formed by light that has passed through the lens , - a processing circuit substrate that processes an image captured by the imaging element, and a housing in which the processing circuit substrate is held, wherein - a heat dissipation structure that dissipates heat generated by the processing circuit substrate is provided to the housing , and the heat dissipation structure has a heat dissipation surface along a direction toward the lens , characterized in that : the heat dissipation structure has a plurality of heat dissipation bodies/heat dissipation protrusions/fins/ribs, on which the heat dissipation surfaces are arranged in a manner facing each other, and the plurality of heat dissipation bodies/heat dissipation protrusions/fins/ribs is arranged such that a distance between the facing heat dissipation surfaces becomes shorter as a position approaches closer to the lens . - a lens, - an imaging element on which an image is formed by light that has passed through the lens , - a processing circuit substrate that processes an image captured by the imaging element, and a housing in which the processing circuit substrate is held, wherein - a heat dissipation structure that dissipates heat generated by the processing circuit substrate is provided to the housing , and the heat dissipation structure has a heat dissipation surface along a direction toward the lens , characterized in that : the heat dissipation structure has a plurality of heat dissipation bodies/heat dissipation protrusions/fins/ribs, on which the heat dissipation surfaces are arranged in a manner facing each other, and the plurality of heat dissipation bodies/heat dissipation protrusions/fins/ribs is arranged such that a distance between the facing heat dissipation surfaces becomes shorter as a position approaches closer to the lens .
A sustained release intraocular drug delivery device configured for the sulcus of the eye, comprising: (a) a polymeric matrix core into which at least one therapeutic agent is mixed, and; (b) a polymeric coating completely surrounding said polymeric matrix material; wherein said polymeric matrix core and polymeric coating are insoluble and inert in ocular fluids, and wherein said sustained release intraocular drug delivery device is formed of a compliant annular segment, preferably having a cross sectional diameter ranging from 0.10 to 0.80 mm. (a) a polymeric matrix core into which at least one therapeutic agent is mixed, and; (b) a polymeric coating completely surrounding said polymeric matrix material;
An acoustic tuning member dimensioned for insertion within an earphone housing , the acoustic tuning member comprising: an acoustic tuning member housing dimensioned to rest inside of an earphone housing, the acoustic tuning member housing having an open face portion , a body portion operable to define a back volume chamber of a driver positioned within the earphone housing and to define said open face portion by an edge and an acoustic output slot formed inwardly from said edge of the acoustic tuning member housing , the acoustic output slot being acoustically coupled to an acoustic groove formed along an outer surface of the acoustic tuning member housing .
A rail system having a rail and mobile parts movable along the rail, in particular rail vehicles, wherein at the rail there is arranged a shaped part having a first cavity, which in particular opens to the surroundings at an opening, wherein regions of a mobile part , in particular each mobile part , at least partially project into the first cavity, wherein at least one transmitter and one receiver are arranged at the respective region, characterised in that the shaped part has a second cavity, wherein the first cavity and the second cavity extend parallel to one another, in particular are spaced apart from one another, wherein in the second cavity there are arranged a further transmitter and a further receiver of the mobile part . wherein at the rail there is arranged a shaped part having a first cavity, which in particular opens to the surroundings at an opening, wherein regions of a mobile part , in particular each mobile part , at least partially project into the first cavity, wherein at least one transmitter and one receiver are arranged at the respective region, characterised in that the shaped part has a second cavity, wherein the first cavity and the second cavity extend parallel to one another, in particular are spaced apart from one another, wherein in the second cavity there are arranged a further transmitter and a further receiver of the mobile part .
A hair care composition comprising: (a) a cationic surfactant; (b) a silicone compound; (c) a linear or branched alkane having from 8 to 22 carbon atoms; and (d) an anti-dandruff agent selected from piroctone olamine, selenium sulfide, azole based anti-fungal agents and mixtures thereof; wherein the composition is substantially free of a cyclomethicone compound; wherein said cyclomethicone compound is present in an amount less than 1.5% based on total weight of the hair care composition. (a) a cationic surfactant; (b) a silicone compound; (c) a linear or branched alkane having from 8 to 22 carbon atoms; and (d) an anti-dandruff agent selected from piroctone olamine, selenium sulfide, azole based anti-fungal agents and mixtures thereof;
An anti-CD47 antibody comprising: a. a heavy chain having each of the CDR sequences set forth in SEQ ID NOs: 49-51 (Kabat annotation) or SEQ ID NOs: 52-54 (IMGT annotation) and a light chain having each of the CDR sequences set forth in SEQ ID NOs: 55, 152 and 57 (Kabat annotation) or SEQ ID NOs: 58, 153 and 60 (IMGT annotation); or b. a heavy chain having each of the CDR sequences set forth in SEQ ID NOs: 49-51 (Kabat annotation) or SEQ ID NOs: 52-54 (IMGT annotation) and a light chain having each of the CDR sequences set forth in SEQ ID NOs: 55-57 (Kabat annotation) or SEQ ID NOs: 58-60 (IMGT annotation). a. a heavy chain having each of the CDR sequences set forth in SEQ ID NOs: 49-51 (Kabat annotation) or SEQ ID NOs: 52-54 (IMGT annotation) and a light chain having each of the CDR sequences set forth in SEQ ID NOs: 55, 152 and 57 (Kabat annotation) or SEQ ID NOs: 58, 153 and 60 (IMGT annotation); or b. a heavy chain having each of the CDR sequences set forth in SEQ ID NOs: 49-51 (Kabat annotation) or SEQ ID NOs: 52-54 (IMGT annotation) and a light chain having each of the CDR sequences set forth in SEQ ID NOs: 55-57 (Kabat annotation) or SEQ ID NOs: 58-60 (IMGT annotation).
Wiper blade device comprising a wiper strip unit which has a wind deflector element , a wiper lip and a wiper strip element which comprises a longitudinal guide channel for a support element , wherein, in a fitted state, the wiper strip element forms an interlocking connection with the wiper lip, and comprising a wiper blade adapter , which is fastened to the wiper strip unit , wherein the wiper strip element has a rest surface , wherein the rest surface is located on a rest body , which is arranged centrally in a fastening recess , wherein the fastening recess is adjacent to two side walls of the wind deflector element , and wherein the rest body continues the longitudinal guide channel within the wiper blade adapter receiving region in such a manner that a support element emerges out of the longitudinal guide channel and is subsequently guided in a longitudinal guide unit of a wiper blade adapter , wherein, in a fitted state, the wiper blade adapter rests on the rest surface , characterized in that the side walls enclose a 45° angle with respect to the longitudinal direction .
A method for constructing a single-cell sequencing library, comprising the steps of: a) conducting a first lysis of a single cell to obtain a first single-cell lysate; b) segmenting the nucleus and the cytoplasm in the first single-cell lysate obtained in step a) to obtain a nucleus-containing solution and a total RNA-containing solution; c) constructing a chromatin DNA library with the nucleus-containing solution obtained in step b) to obtain a transposase based chromatin accessibility sequencing library of the single cell; and constructing a transcriptome library with the total RNA-containing solution obtained in step b) to obtain a transcriptome sequencing library of the single cell. a) conducting a first lysis of a single cell to obtain a first single-cell lysate; b) segmenting the nucleus and the cytoplasm in the first single-cell lysate obtained in step a) to obtain a nucleus-containing solution and a total RNA-containing solution; c) constructing a chromatin DNA library with the nucleus-containing solution obtained in step b) to obtain a transposase based chromatin accessibility sequencing library of the single cell; and constructing a transcriptome library with the total RNA-containing solution obtained in step b) to obtain a transcriptome sequencing library of the single cell.
A method of extracting three-dimensional objects comprising: forming, on a vibratory extraction platform , a build cake comprising a fused 3D object encased within build material, by: depositing sacrificial layers of build material onto the extraction platform to block the openings in the extraction platform ; depositing a layer of build material over a last sacrificial layer; selectively depositing a fusing agent on the layer of build material; and, applying heat to fuse the layer of build material into an integrated cross-sectional slice of the 3D object , and, vibrating the extraction platform to break apart the build material and sift the build material through openings in the extraction platform. depositing sacrificial layers of build material onto the extraction platform to block the openings in the extraction platform ; depositing a layer of build material over a last sacrificial layer; selectively depositing a fusing agent on the layer of build material; and, applying heat to fuse the layer of build material into an integrated cross-sectional slice of the 3D object , and, vibrating the extraction platform to break apart the build material and sift the build material through openings in the extraction platform.
A composition for inducing wound healing and tissue regeneration, wherein the composition comprises a bioactive peptide component of a soy protein isolate (SPI), wherein the SPI comprises a fraction of a water soluble soy protein isolate (WSsoy) separated using reverse phase-high pressure liquid chromatography (RP-HPLC).
A method for provisioning a peer-to-peer, P2P, service performed by a user equipment, UE, comprising: determining a given P2P service needed for an application; querying a network entity for a given region-specific parameter set for the determined given P2P service; receiving a set of region-specific parameters from the network entity for use in the P2P service in a coverage area, in response to the UE entering the coverage area; and enabling the P2P service at the UE based at least in part on the received set of region-specific parameters. determining a given P2P service needed for an application; querying a network entity for a given region-specific parameter set for the determined given P2P service; receiving a set of region-specific parameters from the network entity for use in the P2P service in a coverage area, in response to the UE entering the coverage area; and enabling the P2P service at the UE based at least in part on the received set of region-specific parameters.