mhurhangee/ep-ind-claims huggingface dataset:
A detection device, comprising: a first correlation circuit that computes correlation of a first wave detection signal which is a phase-modulated input wave detected at determined frequency with a determined code sequence for every code composing the determined code sequence, and to generate a plurality of first correlation signals the number of which corresponds to a code sequence length, which is a length of the determined code sequence; and a control circuit that rotates phases of the plurality of first correlation signals, generates an added value by adding the phase-rotated plurality of first correlation signals, and determines based on the added value whether the phase-modulated input wave is a return wave from a determined object; characterized in that the control circuit includes a plurality of phase control circuits (59 -59(n)) that rotate phases of the first correlation signals by determined amounts based on a plurality of different amounts of the Doppler shift, and generate added values by adding the phase-rotated first correlation signals, wherein the determined amounts based on the amounts of the Doppler shift are any one of 0°, 90°, 180°, and 270°. a first correlation circuit that computes correlation of a first wave detection signal which is a phase-modulated input wave detected at determined frequency with a determined code sequence for every code composing the determined code sequence, and to generate a plurality of first correlation signals the number of which corresponds to a code sequence length, which is a length of the determined code sequence; and a control circuit that rotates phases of the plurality of first correlation signals, generates an added value by adding the phase-rotated plurality of first correlation signals, and determines based on the added value whether the phase-modulated input wave is a return wave from a determined object; characterized in that the control circuit includes a plurality of phase control circuits (59 -59(n)) that rotate phases of the first correlation signals by determined amounts based on a plurality of different amounts of the Doppler shift, and generate added values by adding the phase-rotated first correlation signals, wherein the determined amounts based on the amounts of the Doppler shift are any one of 0°, 90°, 180°, and 270°.
A method of enabling use of multiple digital rights management scenarios, comprising: examining unencrypted digital content to identify segments of content for encryption, wherein remaining portions are left unencrypted; encrypting the identified segments of content using a first encryption method associated with a first DRM to produce first encrypted segments of a predefined size; encrypting the identified segments of content using a second encryption method associated with a second DRM to produce second encrypted segments of the predefined size; replacing the identified segments of content with sections of encrypted content each comprising the first encrypted segments of content and the second encrypted segments of content consecutively in the digital content, generating pointers indicating at least an offset position of the sections of encrypted content in the digital content, such that the pointers indicate the beginning of each section of encrypted content; and inserting the pointers in the digital content to produce a partially encrypted dual DRM enabled file. examining unencrypted digital content to identify segments of content for encryption, wherein remaining portions are left unencrypted; encrypting the identified segments of content using a first encryption method associated with a first DRM to produce first encrypted segments of a predefined size; encrypting the identified segments of content using a second encryption method associated with a second DRM to produce second encrypted segments of the predefined size; replacing the identified segments of content with sections of encrypted content each comprising the first encrypted segments of content and the second encrypted segments of content consecutively in the digital content, generating pointers indicating at least an offset position of the sections of encrypted content in the digital content, such that the pointers indicate the beginning of each section of encrypted content; and inserting the pointers in the digital content to produce a partially encrypted dual DRM enabled file.
A semiconductor quantum cascade laser, emitting especially at wavelengths in the mid-IR range, with a substrate (15; 25), an active region (12; 22), a cladding (11; 21), and at least two electrodes (13, 16; 23, 26) providing for current injection into said active region (12; 22), said active region and said cladding being laterally confined by a current-blocking layer (14a, 14b, 14c, 24a, 24b) so as to form a buried-heterostructure waveguide, characterized by said current-blocking layer including a stack of a plurality of barrier layers (14c; 24c) of a first III-V semiconductor compound staggered alternatingly with a plurality of burying layers (14a, 14b; 24a, 24b) of at least one second III-V semiconductor compound.
Working implement with a drive motor, which drives at least one blade to rotate about an axis of rotation, wherein the blade is non-rotatably connected to the drive shaft of the drive motor via a releasable fastening device (25, 55), wherein the fastening device (25, 55) comprises a blade support (7, 57), which is non-rotatably connected to the drive shaft and on which the blade is non-rotatably held, wherein the fastening device (25, 55) comprises a fastening element (8, 58), which can be moved into a fastening position by rotation about the axis of rotation of the blade in a fastening direction, wherein the blade is in the fastening position of the fastening element (8, 58) secured to the blade support (7, 57) in the axial direction of the axis of rotation, characterised in that the fastening device (25, 55) comprises a releasable fixing device, which secures the fastening element (8, 58) in the fastening position against rotation in a release direction opposed to the fastening direction.
A process for production of a mash having enhanced filterability and/or improved extract yield after filtration, which comprises: preparing a mash in the presence of enzyme activities and filtering the mash to obtain a wort, wherein the enzyme activities comprise: a) a xylanase of GH family 10 present in an amount of at least 15% w/w of the total xylanase and endoglucanase enzyme protein, and b) an endoglucanase of family GH12, GH7 and/or GH5 in an amount of at least 40% w/w of the total xylanase and endoglucanase enzyme protein. a) a xylanase of GH family 10 present in an amount of at least 15% w/w of the total xylanase and endoglucanase enzyme protein, and b) an endoglucanase of family GH12, GH7 and/or GH5 in an amount of at least 40% w/w of the total xylanase and endoglucanase enzyme protein.
An axial flow fan (10; 10a) comprising: a hub (14; 14a) rotatable about a central axis (16; 16a), the hub (14; 14a) including a front face (18; 18a) and a cylindrical portion (26; 26a); a plurality of blades (30; 30a) extending radially outwardly from the cylindrical portion (26; 26a) of the hub (14; 14a); and an aperture through the front face (18; 18a) of the hub (14; 14a), the aperture at least partially defined by a first surface (78; 142) oriented non-parallel with the front face (18; 18a); characterized in that it further comprises: a lip (74; 138) positioned on an interior surface (70; 70a) of the front face (18; 18a) of the hub (14; 14a), the lip having a second surface (82; 146) adjacent the first surface (78; 142) that at least partially overlaps the aperture and provides a tortuous passageway through the aperture; and a rib extending radially along the interior surface (70; 70a) of the front face (18; 18a) of the hub (14; 14a). a hub (14; 14a) rotatable about a central axis (16; 16a), the hub (14; 14a) including a front face (18; 18a) and a cylindrical portion (26; 26a); a plurality of blades (30; 30a) extending radially outwardly from the cylindrical portion (26; 26a) of the hub (14; 14a); and an aperture through the front face (18; 18a) of the hub (14; 14a), the aperture at least partially defined by a first surface (78; 142) oriented non-parallel with the front face (18; 18a); a lip (74; 138) positioned on an interior surface (70; 70a) of the front face (18; 18a) of the hub (14; 14a), the lip having a second surface (82; 146) adjacent the first surface (78; 142) that at least partially overlaps the aperture and provides a tortuous passageway through the aperture; and a rib extending radially along the interior surface (70; 70a) of the front face (18; 18a) of the hub (14; 14a).
A cleat assembly configured to be releasably secured to a clipless bicycle pedal, the cleat assembly comprising: a first plate; a second plate shaped to be disposed over the first plate, the second plate defining a first pedal aperture; an intermediate plate disposed between the first and second plates (12, 20); and a plurality of spacers configured to be disposed between the first and second plates, the plurality of spacers each comprising a substantially non-deformable material and having a height to space apart the first and second plates (12, 20) at a predetermined distance when the plurality of spacers are disposed between the first and second plates (12, 20), wherein the intermediate plate comprises a body and a flange disposed around at least a portion of the body, wherein the body defines a second pedal aperture, characterised in that the flange comprises at least one bore sized and configured to allow at least one of the plurality of spacers to pass through. a first plate; a second plate shaped to be disposed over the first plate, the second plate defining a first pedal aperture; an intermediate plate disposed between the first and second plates (12, 20); and a plurality of spacers configured to be disposed between the first and second plates, the plurality of spacers each comprising a substantially non-deformable material and having a height to space apart the first and second plates (12, 20) at a predetermined distance when the plurality of spacers are disposed between the first and second plates (12, 20), wherein the intermediate plate comprises a body and a flange disposed around at least a portion of the body, wherein the body defines a second pedal aperture, characterised in that the flange comprises at least one bore sized and configured to allow at least one of the plurality of spacers to pass through.
A handling device for picking up flat objects, comprising - several cantilever arms each comprising at least one suction head for gripping the flat object and - a central flange section from which the plurality of cantilever arms extends in different directions and which provides a supporting function for the plurality of cantilever arms, wherein the central flange section has a conduit system as well as a connection, which is opening into the conduit system, which conduit system is in fluidic communication with the suction heads of the plurality of cantilever arms for transmitting a negative pressure to the suction heads, characterized in that the conduit system has one or more branches, each with a respective cross-sectional narrowing for generating the negative pressure by means of Venturi effect, which is built up by a positive pressure introduced into the conduit system via the connection, and wherein the central flange section and its conduit system are manufactured by means of a three-dimensional printing principle. - several cantilever arms each comprising at least one suction head for gripping the flat object and - a central flange section from which the plurality of cantilever arms extends in different directions and which provides a supporting function for the plurality of cantilever arms,
A method of forming a structure comprising concrete or cementitious material filled masonry units having thin walls, comprising laying a hollow masonry unit in a first course; filling the hollow interior of the masonry unit with concrete or cementitious material so that the filler material overflows and is spread out in a layer across the upper surface of the masonry unit, laying a further masonry unit upon the spread out layer of filler material in a second course and tamping the further masonry unit down so that the spread out layer of filler material forms a bed joint, wherein: the concrete or cementitious material filling comprises an elongate reinforcement (14, 16) extending between the hollow interiors of the masonry units in the first and second courses and comprises aggregate having a maximum grain size as high as possible but less than the thickness of the bed joint; and a thin wall at one header end of the hollow masonry unit comprises a through-going vertical slot, the slot being of just sufficient width so that the elongate reinforcement (14, 16) may pass easily through the slot laterally into the hollow interior of the masonry unit; the method comprising placing the hollow masonry unit around the elongate reinforcement, with the slot allowing the elongate reinforcement to pass into the hollow interior of the masonry unit. the concrete or cementitious material filling comprises an elongate reinforcement (14, 16) extending between the hollow interiors of the masonry units in the first and second courses and comprises aggregate having a maximum grain size as high as possible but less than the thickness of the bed joint; and a thin wall at one header end of the hollow masonry unit comprises a through-going vertical slot, the slot being of just sufficient width so that the elongate reinforcement (14, 16) may pass easily through the slot laterally into the hollow interior of the masonry unit; the method comprising placing the hollow masonry unit around the elongate reinforcement, with the slot allowing the elongate reinforcement to pass into the hollow interior of the masonry unit.
An ethylene/alpha-olefin interpolymer composition suitable for blown film applications comprising greater than 80 percent by weight of units derived from ethylene and 20 percent or less by weight of units derived from one or more alpha olefin co-monomers, wherein said ethylene/alpha-olefin interpolymer composition has a density in the range of from 0.910 to 0.918 g/cm 3, measured according to ASTM D 4703-10, a melt index I 2 in the range of from 0.5 to 1.1 g/10 minutes, measured according to ASTM D 1238-10, a melt flow ratio I 10 /I 2 in the range of from 8 to 10, a melt strength in the range of from 3 to 6 cN, measured as described in the specification, a highest temperature fraction in the range of from 8 to 15 percent determined by CEF, a highest peak temperature fraction by CEF in the range of from 96 to 100°C, and a lowest temperature fraction from CEF in the range of from 2 to 5 percent, measured as described in the specification, a DSC heat curve having three melting peaks with a highest temperature melting peak in the range of from 120 to 124°C, measured as described in the specification, and a crystallinity in the range of from 40 to 50 percent.
A rotation adapter receiver (216, 230, 244) for a minimally invasive surgical apparatus, the rotation adapter receiver (216, 230, 244) comprising: opposing beams (218, 220; 232, 234; 246, 248); a proximal bushing (222, 236, 250) coupled between the opposing beams (218, 220; 232, 234; 246, 248), the proximal bushing (222, 236, 250) being configured to support a proximal journal (266, 286) of a rotation adapter (264, 284); a distal bushing (224, 238, 252) coupled between the opposing beams (218, 220; 232, 234; 246, 248), the distal bushing (224, 238, 252) being configured to support a distal journal (268, 288) of the rotation adapter (264, 284); and a rotation constraint (226, 240, 254, 258) coupled between the opposing beams (218, 220; 232, 234; 246, 248) and positioned between the proximal bushing (222, 236, 250) and the distal bushing (224, 238, 252), the rotation constraint (226, 240, 254, 258) being configured to be deformed by a rotation index (260, 270, 290) of the rotation adapter (264, 284) imparting deformation stress into the rotation constraint (226, 240, 254, 258); characterized in that at least one of the opposing beams (218, 220; 232, 234; 246, 248) defines at least one flexure void (228, 242, 256) between the rotation constraint (226, 240, 254, 258) and at least one of the proximal bushing (222, 236, 250) and the distal bushing (224, 238, 252); and wherein the deformation stress is dissipated into the opposing beams (218, 220; 232, 234; 246, 248) and attenuated in an area of the opposing beams (218, 220; 232, 234; 246, 248) near the at least one flexure void (228, 242, 256). opposing beams (218, 220; 232, 234; 246, 248); a proximal bushing (222, 236, 250) coupled between the opposing beams (218, 220; 232, 234; 246, 248), the proximal bushing (222, 236, 250) being configured to support a proximal journal (266, 286) of a rotation adapter (264, 284); a distal bushing (224, 238, 252) coupled between the opposing beams (218, 220; 232, 234; 246, 248), the distal bushing (224, 238, 252) being configured to support a distal journal (268, 288) of the rotation adapter (264, 284); and a rotation constraint (226, 240, 254, 258) coupled between the opposing beams (218, 220; 232, 234; 246, 248) and positioned between the proximal bushing (222, 236, 250) and the distal bushing (224, 238, 252), the rotation constraint (226, 240, 254, 258) being configured to be deformed by a rotation index (260, 270, 290) of the rotation adapter (264, 284) imparting deformation stress into the rotation constraint (226, 240, 254, 258); characterized in that at least one of the opposing beams (218, 220; 232, 234; 246, 248) defines at least one flexure void (228, 242, 256) between the rotation constraint (226, 240, 254, 258) and at least one of the proximal bushing (222, 236, 250) and the distal bushing (224, 238, 252); and wherein the deformation stress is dissipated into the opposing beams (218, 220; 232, 234; 246, 248) and attenuated in an area of the opposing beams (218, 220; 232, 234; 246, 248) near the at least one flexure void (228, 242, 256).
An annular barrier for providing zonal isolation in an annulus downhole between a well tubular metal structure and another well tubular metal structure or a wall of a borehole, the annular barrier having an axial extension and comprising: - a tubular metal part with an inner part face and an outer part face and configured to be mounted as part of the well tubular metal structure, and - an expandable metal sleeve surrounding the tubular metal part, forming an expandable space therebetween; the expandable metal sleeve being configured to be expanded in a well downhole from a first outer diameter to a second outer diameter in order to abut against the well tubular metal structure or the wall of the borehole, the expandable metal sleeve having a first end part, a second end part and an outer face, and at least one of the end parts comprising at least one circumferential groove facing the outer part face, characterized in that the tubular metal part bulges radially outwards in relation to the axial extension, forming at least one circumferential projection engaging the groove, providing a connection of the expandable metal sleeve to the tubular metal part. - a tubular metal part with an inner part face and an outer part face and configured to be mounted as part of the well tubular metal structure, and - an expandable metal sleeve surrounding the tubular metal part, forming an expandable space therebetween; the expandable metal sleeve being configured to be expanded in a well downhole from a first outer diameter to a second outer diameter in order to abut against the well tubular metal structure or the wall of the borehole, the expandable metal sleeve having a first end part, a second end part and an outer face, and at least one of the end parts comprising at least one circumferential groove facing the outer part face, characterized in that the tubular metal part bulges radially outwards in relation to the axial extension, forming at least one circumferential projection engaging the groove, providing a connection of the expandable metal sleeve to the tubular metal part.
A lens assembly comprising: a lens barrel; a housing configured to accommodate the lens barrel on one surface of the housing; and an image sensor assembly mounted to another surface of the housing, the image sensor assembly being configured to rotate around an optical axis of the lens barrel, wherein the image sensor assembly comprises: a ring-shaped rotation member facing the other surface of the housing; and a plurality of balls interposed between the rotation member and the other surface of the housing; wherein the image sensor assembly is configured to compensate for a shaking of a captured image caused by rotational vibrations such that the rotation member rotates around the optical axis of the lens barrel on a plane perpendicular to the optical axis of the lens barrel with respect to the housing; and characterized in that: the image sensor assembly further comprises a plurality of grooves formed on one surface of the rotation member, and each of the plurality of balls is accommodated in one of the plurality of grooves, protrudes from the one surface of the rotation member and contacts the other surface of the housing. a lens barrel; a housing configured to accommodate the lens barrel on one surface of the housing; and an image sensor assembly mounted to another surface of the housing, the image sensor assembly being configured to rotate around an optical axis of the lens barrel, wherein the image sensor assembly comprises: a ring-shaped rotation member facing the other surface of the housing; and a plurality of balls interposed between the rotation member and the other surface of the housing; a ring-shaped rotation member facing the other surface of the housing; and a plurality of balls interposed between the rotation member and the other surface of the housing; wherein the image sensor assembly is configured to compensate for a shaking of a captured image caused by rotational vibrations such that the rotation member rotates around the optical axis of the lens barrel on a plane perpendicular to the optical axis of the lens barrel with respect to the housing; and characterized in that: the image sensor assembly further comprises a plurality of grooves formed on one surface of the rotation member, and each of the plurality of balls is accommodated in one of the plurality of grooves, protrudes from the one surface of the rotation member and contacts the other surface of the housing. the image sensor assembly further comprises a plurality of grooves formed on one surface of the rotation member, and each of the plurality of balls is accommodated in one of the plurality of grooves, protrudes from the one surface of the rotation member and contacts the other surface of the housing.