mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for video decoding, comprising: means for receiving, in an encoded video bitstream, an offset value for a sample adaptive offset filter applied to the reconstructed video data that includes a plurality of color components; means for receiving, in a picture parameter set of the encoded video bitstream, a first value indicative of a first scale factor for a first color component of the reconstructed video data and a second value indicative of a second scale factor, the first scale factor being different than the second scale factor for a second color component of the reconstructed video data; means for determining, based at least in part on a bit-depth associated with the first color component, whether to scale the offset value based on a linear function or a non-linear function; means for providing a scaled offset value based on applying the determined one of the linear function and the non-linear function, and the first scale factor, to the offset value; means for generating a scaled color component via adding the scaled offset value to the first color component of the video data; and means for decoding the reconstructed video data according to the scaled color component. means for receiving, in an encoded video bitstream, an offset value for a sample adaptive offset filter applied to the reconstructed video data that includes a plurality of color components; means for receiving, in a picture parameter set of the encoded video bitstream, a first value indicative of a first scale factor for a first color component of the reconstructed video data and a second value indicative of a second scale factor, the first scale factor being different than the second scale factor for a second color component of the reconstructed video data; means for determining, based at least in part on a bit-depth associated with the first color component, whether to scale the offset value based on a linear function or a non-linear function; means for providing a scaled offset value based on applying the determined one of the linear function and the non-linear function, and the first scale factor, to the offset value; means for generating a scaled color component via adding the scaled offset value to the first color component of the video data; and means for decoding the reconstructed video data according to the scaled color component.
A quantum dot having conjugated thereon a plurality of myelin peptide antigen molecules and a CdSe/ZnS component; wherein the myelin peptide antigen molecules comprise an additional sequence comprising HHHHHSAAAAAG (SEQ ID NO:2), wherein 5 participates in Zn-coordination of the peptide antigen on the QD, wherein S acts as a flexible hinge to display the peptide away from the QD surface, and wherein 5 is an alpha-helical spacer.
A tempering device (20, 40) for a format device of a machine of the tobacco processing industry, particularly a filter rod machine or a tobacco rod machine, with the tempering device (20, 40) comprising at least one tempering surface body having a tempering surface, particularly a cooling bar (7, 7', 45, 45') or a heating bar, and at least one tempering body (6, 6', 43, 43', 44, 44'), which is made in one piece with at least one tempering surface body (7, 7', 45, 45') or is connected or can be connected to at least one tempering surface body (7, 7', 45, 45') in a thermally conductive fashion, characterized in that the tempering device (20, 40) includes at least one Peltier-element (23, 23'), by which the tempering body (6, 6', 43, 43', 44, 44') can be cooled and/or heated, with several Peltier-elements (23, 23') being arranged serially and/or offset behind one another.
An anti-CEACAM6 antibody for use in simultaneous, separate, or sequential combination with an anti-TIM-3 antibody in the treatment of cancer, wherein the anti-CEACAM6 antibody comprises H-CDR1 comprising the amino acid sequence of SEQ ID NO: 2, H-CDR2 comprising the amino acid sequence of SEQ ID NO: 3, H-CDR3 comprising the amino acid sequence of SEQ ID NO: 4, L-CDR1 comprising the amino acid sequence of SEQ ID NO: 6, L-CDR2 comprising the amino acid sequence of SEQ ID NO: 7, and L-CDR3 comprising the amino acid sequence of SEQ ID NO: 8.
An injection nozzle with a. a nozzle head including at least one discharge opening for injecting melted plastic material into a mold cavity of a thereto interconnected injection mold and forming therein a molded body, b. at least one positively controlled closure element which is movably supported in the nozzle head for closing a communication opening in the thereto connected injection mold, and c. an actuator cylinder comprising d. a first piston which is interconnected to the at least one closure element is arranged movable between i. a first position in which the closure element is fully closed and ii. a second position in which the closure element is fully open, and e. a second piston is arranged movable between a third position in which the second piston is not interconnected to the closure element and a fourth position in which the second piston is interconnected to the closure element and the closure element is thereby limited in an intermediate position between the fully opened and the fully closed position, wherein the second piston is in the fourth position interconnected to the first piston by a bushing and wherein an active surface of the first piston is smaller than a corresponding active surface of the second piston, such that when pressurized with the same pressure the second piston has priority over the movement of the first piston. characterized in that the second piston comprises a first part (8.1) and a second part (8.2), the first part (8.1) and the second part (8.2) are interconnected to each other by the bushing, and the second piston acts in the housing as a linear bearing for the first piston. a. a nozzle head including at least one discharge opening for injecting melted plastic material into a mold cavity of a thereto interconnected injection mold and forming therein a molded body, b. at least one positively controlled closure element which is movably supported in the nozzle head for closing a communication opening in the thereto connected injection mold, and c. an actuator cylinder comprising d. a first piston which is interconnected to the at least one closure element is arranged movable between i. a first position in which the closure element is fully closed and ii. a second position in which the closure element is fully open, and i. a first position in which the closure element is fully closed and ii. a second position in which the closure element is fully open, and e. a second piston is arranged movable between a third position in which the second piston is not interconnected to the closure element and a fourth position in which the second piston is interconnected to the closure element and the closure element is thereby limited in an intermediate position between the fully opened and the fully closed position,
Method for detecting bubbles and/or creases on labeled containers, comprising the following steps: a) illuminating a label to be examined with a first flash of light under incident light and recording a first camera image of the label thus illuminated; b) illuminating the label with at least a second flash of light under incident light with a directional characteristic that is changed relative to step a) and recording at least a second camera image of the label thus illuminated; and c) calculating at least one brightness difference between the first and second camera image, wherein the exposure with differently directed illuminations (7, 8) takes place sequentially at an angle from above and at an angle from below onto the label, wherein the respective angle of incidence (7b, 8b) between the main incidence direction (8a, 7a) of the directed illumination and the main axis of the container is not greater than 45°. a) illuminating a label to be examined with a first flash of light under incident light and recording a first camera image of the label thus illuminated; b) illuminating the label with at least a second flash of light under incident light with a directional characteristic that is changed relative to step a) and recording at least a second camera image of the label thus illuminated; and c) calculating at least one brightness difference between the first and second camera image,
A method for producing a rubber member using an extruder which comprises a cylinder and a screw, the method comprising the steps of: supplying a rubber composition to the cylinder; extruding the rubber composition to a downstream side of the cylinder while kneading the rubber composition in an internal space of the cylinder that includes a plurality of protruding members protruding from an inner wall surface of the cylinder; compressing the rubber composition at least once in the step of extruding the rubber composition to the downstream side; discharging a gas generated from the compressed rubber composition to outside of the cylinder; discharging, through a discharge outlet of the cylinder, the rubber composition after the gas has been generated; and molding the rubber composition that has been discharged through the discharge outlet into a predetermined rubber member shape, characterized in that the screw includes a shaft that extends along the axis X of the cylinder, and a screw thread provided around the outer circumferential surface of the shaft, wherein the screw thread has a uniform pitch over the entire length and is discontinuous. supplying a rubber composition to the cylinder; extruding the rubber composition to a downstream side of the cylinder while kneading the rubber composition in an internal space of the cylinder that includes a plurality of protruding members protruding from an inner wall surface of the cylinder; compressing the rubber composition at least once in the step of extruding the rubber composition to the downstream side; discharging a gas generated from the compressed rubber composition to outside of the cylinder; discharging, through a discharge outlet of the cylinder, the rubber composition after the gas has been generated; and molding the rubber composition that has been discharged through the discharge outlet into a predetermined rubber member shape, characterized in that the screw includes a shaft that extends along the axis X of the cylinder, and a screw thread provided around the outer circumferential surface of the shaft, wherein the screw thread has a uniform pitch over the entire length and is discontinuous.
Hair styling gel comprising a) at least one anionic film-forming polymer, wherein the anionic film-forming polymer is selected from linear, statistical acrylate copolymers comprising (meth)acrylic acid, alkyl (meth)acrylates and further monomers, b) at least one hydrophobically modified acrylate thickener, wherein the hydrophobically modified acrylate thickener is additionally cross-linked, and c) at least one block polymer, composed of at least one polyethylene glycol block and at least one polypropylene glycol block, and d) optionally a silicone copolyol. a) at least one anionic film-forming polymer, wherein the anionic film-forming polymer is selected from linear, statistical acrylate copolymers comprising (meth)acrylic acid, alkyl (meth)acrylates and further monomers, b) at least one hydrophobically modified acrylate thickener, wherein the hydrophobically modified acrylate thickener is additionally cross-linked, and c) at least one block polymer, composed of at least one polyethylene glycol block and at least one polypropylene glycol block, and d) optionally a silicone copolyol.
A camera field of view adjustment mechanism comprising: a first portion configured to provide a field of view from a camera with the adjustment mechanism engaging a camera housing, the first portion comprising: a first end; a second end; and a first wall extending between and connecting the first end and the second end, wherein the first wall is sloped such that an inner diameter of the first end is greater than an inner diameter of the second end; and wherein the first wall defines the field of view through the first portion and a second portion configured to engage the camera housing and manipulate an orientation of the camera housing to adjust the field of view of the camera, the second portion comprising: a third end connected to the second end; a fourth end insertable into the camera housing; a second wall extending between and connecting the third end and the fourth end; and a plurality of engagement openings extending circumferentially about the fourth end, the plurality of engagement openings configured to engage the camera housing; wherein the camera field of view adjustment mechanism is independent of the camera. a first portion configured to provide a field of view from a camera with the adjustment mechanism engaging a camera housing, the first portion comprising: a first end; a second end; and a first wall extending between and connecting the first end and the second end, wherein the first wall is sloped such that an inner diameter of the first end is greater than an inner diameter of the second end; and wherein the first wall defines the field of view through the first portion and a first end; a second end; and a first wall extending between and connecting the first end and the second end, wherein the first wall is sloped such that an inner diameter of the first end is greater than an inner diameter of the second end; and wherein the first wall defines the field of view through the first portion and a second portion configured to engage the camera housing and manipulate an orientation of the camera housing to adjust the field of view of the camera, the second portion comprising: a third end connected to the second end; a fourth end insertable into the camera housing; a second wall extending between and connecting the third end and the fourth end; and a plurality of engagement openings extending circumferentially about the fourth end, the plurality of engagement openings configured to engage the camera housing; wherein the camera field of view adjustment mechanism is independent of the camera. a third end connected to the second end; a fourth end insertable into the camera housing; a second wall extending between and connecting the third end and the fourth end; and a plurality of engagement openings extending circumferentially about the fourth end, the plurality of engagement openings configured to engage the camera housing; wherein the camera field of view adjustment mechanism is independent of the camera.
Mast of an industrial truck which has two laterally spaced-apart rail profiles (102a, 102b), wherein the two rail profiles (102a, 102b) are in each case connected to one another by means of a crossbeam at one end, wherein the crossbeam is connected to the two rail profiles (102a, 102b) by means of a welded connection, and wherein the mast is provided with receptacle journals for support rollers, wherein the crossbeam is provided with the receptacle journals for the support rollers, characterized in that the crossbeam by way of one end face is placed so as to abut only the end faces (121a, 121b) of the two rail profiles (102a, 102b) and is connected to the rail profiles (102a, 102b) by means of a welded connection which is configured in the region of the mutually bearing end faces, wherein the welded connection between the crossbeam and the rail profile (102a; 102b) is in each case configured as a circumferentially closed annular weld seam about the mutually bearing end faces (120, 121a; 120, 121b).
Optical security component intended to be checked in reflection by an acquisition device in a checking spectral band, comprising: - a layer which is reflective in the said checking spectral band, deposited on a structured surface of a material layer transparent in the said checking spectral band, wherein said structured surface exhibits a structured zone comprising: - microstructures spatially distributed in a random manner over the whole of the structured zone with a spatial frequency distribution following a lorentzian curve so as to form an optical structure which under illumination in the said checking spectral band forms an isotropic diffusing white, wherein the heights of said microstructures are distributed according to a random function, modulated over the said zone by a modulation function so as to form, after illumination of the component at a given angle, a first image in grey levels identifiable by observation in direct reflection and a second image in grey levels identifiable by observation in indirect reflection, identical to the first image with the exception of a reversed contrast. - a layer which is reflective in the said checking spectral band, deposited on a structured surface of a material layer transparent in the said checking spectral band, wherein said structured surface exhibits a structured zone comprising: - microstructures spatially distributed in a random manner over the whole of the structured zone with a spatial frequency distribution following a lorentzian curve so as to form an optical structure which under illumination in the said checking spectral band forms an isotropic diffusing white, wherein the heights of said microstructures are distributed according to a random function, modulated over the said zone by a modulation function so as to form, after illumination of the component at a given angle, a first image in grey levels identifiable by observation in direct reflection and a second image in grey levels identifiable by observation in indirect reflection, identical to the first image with the exception of a reversed contrast.
A head mounted display system configured to project light to an eye of a user to display augmented reality image content in a vision field of said user, said head-mounted display system comprising: a frame configured to be supported on a head of the user; an image projector (520, 930) configured to project images into the user's eye to display image content in the vision field of the user; at least one camera; at least one waveguide; at least one coupling optical element configured such that light is coupled into said waveguide and guided therein, said at least one coupling optical element comprising a diffractive optical element having an coupling area for coupling light into said waveguide, said coupling area having an average thickness in a range from 0.1 to 3 millimeters across; and at least one out-coupling element configured to couple light guided within said waveguide out of said waveguide and direct said light to said camera, wherein at least one camera is disposed in an optical path with respect to said at least one out-coupling optical element to receive at least a portion of the light that is coupled into said waveguide via the coupling area of the at least one coupling optical element and guided therein and that is coupled out from said waveguide by said at least one outcoupling element such that images may be captured by said camera. a frame configured to be supported on a head of the user; an image projector (520, 930) configured to project images into the user's eye to display image content in the vision field of the user; at least one camera; at least one waveguide; at least one coupling optical element configured such that light is coupled into said waveguide and guided therein, said at least one coupling optical element comprising a diffractive optical element having an coupling area for coupling light into said waveguide, said coupling area having an average thickness in a range from 0.1 to 3 millimeters across; and at least one out-coupling element configured to couple light guided within said waveguide out of said waveguide and direct said light to said camera, wherein at least one camera is disposed in an optical path with respect to said at least one out-coupling optical element to receive at least a portion of the light that is coupled into said waveguide via the coupling area of the at least one coupling optical element and guided therein and that is coupled out from said waveguide by said at least one outcoupling element such that images may be captured by said camera.
Herbicidal composition, comprising, as herbicidally active constituents, A) aclonifin (component A), B) pendimethalin (component B) and C) picolinafen (component C), comprising the respective herbicide components in the application rates stated below: component A: 80-3000 g of AS/ha, particularly preferably 80-1000 g of AS/ha, of aclonifen; component B: 500-2500 g of AS/ha, particularly preferably 500-1200 g of AS/ha, of pendimethalin, component C: 10-300 g of AS/ha, particularly preferably 30-200 g of AS/ha, of picolinafen. A) aclonifin (component A), B) pendimethalin (component B) and C) picolinafen (component C), component A: 80-3000 g of AS/ha, particularly preferably 80-1000 g of AS/ha, of aclonifen; component B: 500-2500 g of AS/ha, particularly preferably 500-1200 g of AS/ha, of pendimethalin, component C: 10-300 g of AS/ha, particularly preferably 30-200 g of AS/ha, of picolinafen.
A rack installation support configured to be releasably cantilever-mounted to a vertical rack rail of a rack; the rack installation support comprising a body which extends from a proximal end to a distal end; the proximal end comprising an attachment portion configured to be cantilever-mounted to the vertical rack rail in use; the distal end configured to be a free end that in use extends into a void space of the rack; the body 2) comprising an upper support surface for supporting an electronics equipment module; the rack installation support further comprising a retaining mechanism for releasably retaining the attachment portion in contact with the vertical rack rail, characterised in that the attachment portion is shaped such that the body, in use, extends at an angle of 20° to 40° to a side of the rack. the rack installation support comprising a body which extends from a proximal end to a distal end; the proximal end comprising an attachment portion configured to be cantilever-mounted to the vertical rack rail in use; the distal end configured to be a free end that in use extends into a void space of the rack; the body 2) comprising an upper support surface for supporting an electronics equipment module; the rack installation support further comprising a retaining mechanism for releasably retaining the attachment portion in contact with the vertical rack rail, characterised in that the attachment portion is shaped such that the body, in use, extends at an angle of 20° to 40° to a side of the rack.
A sensing die comprising: a plurality of sensing locations (215a-e) in thermal contact with a fluid container; and a voltage comparator to output time-based information by comparing a sensed voltage generated at a selected sensing location of the plurality of sensing locations (215a-e) to a threshold voltage, the time-based information representative of whether a fluid is present at the selected sensing location. a plurality of sensing locations (215a-e) in thermal contact with a fluid container; and a voltage comparator to output time-based information by comparing a sensed voltage generated at a selected sensing location of the plurality of sensing locations (215a-e) to a threshold voltage, the time-based information representative of whether a fluid is present at the selected sensing location.