mhurhangee/ep-ind-claims huggingface dataset:
An image sensor, comprising: a plurality of pixel blocks (BL(n+1); BL(n); BL(n-1)) set along the columnar direction, characterized in that the plurality of pixel blocks (BL(n+1); BL(n); BL(n-1)) each contain a first node (Pa(n+1); Pa(n); Pa(n-1)) to which an electric charge obtained via photoelectric conversion is transferred and a plurality of transistors (SWA(n+1); RST(n+1); SWA(n); RST(n); SWA(n-1); RST(n-1)) which control a connection between the first node (Pa(n+1); Pa(n); Pa(n-1)) and a power line through which a source voltage is applied, the plurality of transistors that the plurality of pixel blocks (BL(n+1); BL(n); BL(n-1)) each contain include a first transistor (SWA(n+1); SWA(n); SWA(n-1)) connected with the first node (Pa(n+1); Pa(n); Pa(n-1)) and a reset transistor (RST(n+1); RST(n); RST(n-1)) connected with the power line, and the first transistors (SWA(n+1); SWA(n)) contained in the pixel blocks (BL(n+1); BL(n)), respectively, that are arranged adj acent to each other among the plurality of pixel blocks (BL(n+1); BL(n); BL(n-1)), are connected to each other in series. a plurality of pixel blocks (BL(n+1); BL(n); BL(n-1)) set along the columnar direction, characterized in that the plurality of pixel blocks (BL(n+1); BL(n); BL(n-1)) each contain a first node (Pa(n+1); Pa(n); Pa(n-1)) to which an electric charge obtained via photoelectric conversion is transferred and a plurality of transistors (SWA(n+1); RST(n+1); SWA(n); RST(n); SWA(n-1); RST(n-1)) which control a connection between the first node (Pa(n+1); Pa(n); Pa(n-1)) and a power line through which a source voltage is applied, the plurality of transistors that the plurality of pixel blocks (BL(n+1); BL(n); BL(n-1)) each contain include a first transistor (SWA(n+1); SWA(n); SWA(n-1)) connected with the first node (Pa(n+1); Pa(n); Pa(n-1)) and a reset transistor (RST(n+1); RST(n); RST(n-1)) connected with the power line, and the first transistors (SWA(n+1); SWA(n)) contained in the pixel blocks (BL(n+1); BL(n)), respectively, that are arranged adj acent to each other among the plurality of pixel blocks (BL(n+1); BL(n); BL(n-1)), are connected to each other in series.
A method for inducing nitrile hydratase activity in a nitrile hydratase producing Gram-positive microorganism comprising culturing the nitrile hydratase producing Gram-positive microorganism in a medium comprising at least about 50 ppm of one or more amide containing amino acids selected from the group consisting of asparagine, glutamine, asparagine derivatives, glutamine derivatives, and combinations thereof, wherein the asparagine or asparagine derivatives are selected from the group consisting of natural forms of asparagine, anhydrous asparagine, asparagine monohydrate, and L-isomers and D-isomers thereof, wherein the glutamine or glutamine derivatives are selected from the group consisting of natural forms of glutamine, anhydrous glutamine, glutamine monohydrate and L-isomers and D-isomers thereof, wherein the nitrile hydratase producing Gram-positive microorganism is a bacterium from the genus Rhodococcus.
Method for producing an interior cladding part for a vehicle, comprising the following steps: providing a fibre mat, which includes a fibre mixture comprising at least natural fibres and at least one meltable plastic as main constituents; heating the fibre mat to a drying temperature range (ΔT tr) and holding the drying temperature range (ΔT tr) over a drying time (Δt tr); compressing the fibre mat during the heating step to a preliminary compression density, wherein the drying time (Δt tr) ends before the preliminary compression density is reached; heating the fibre mat above at least a melting temperature of the meltable plastic after the drying time (Δt tr) has elapsed; carrying out a final compression of the fibre mat to form a fibre moulding; applying an adhesion promoter layer to at least one surface portion of the fibre moulding; applying a coating layer to the surface portion which is covered with the adhesion promoter layer to form a decorative layer. providing a fibre mat, which includes a fibre mixture comprising at least natural fibres and at least one meltable plastic as main constituents; heating the fibre mat to a drying temperature range (ΔT tr) and holding the drying temperature range (ΔT tr) over a drying time (Δt tr); compressing the fibre mat during the heating step to a preliminary compression density, wherein the drying time (Δt tr) ends before the preliminary compression density is reached; heating the fibre mat above at least a melting temperature of the meltable plastic after the drying time (Δt tr) has elapsed; carrying out a final compression of the fibre mat to form a fibre moulding; applying an adhesion promoter layer to at least one surface portion of the fibre moulding; applying a coating layer to the surface portion which is covered with the adhesion promoter layer to form a decorative layer.
An mounting sleeve for mounting in a recess in a wall, comprising a first sleeve having a longitudinal axis, wherein a flange is arranged in the region of a first free end of the first sleeve, which projects radially outwardly beyond the circumference of the sleeve-shaped body, as a result of which it can abut against an outside of the wall, wherein the mounting sleeve comprises a second sleeve, which is arranged displaceably along the longitudinal axis in the first sleeve, and wherein the mounting sleeve comprises a tensioning element with which the two sleeves (1, 2) can be brought from a non-tensioned position into a tensioned position, wherein the first sleeve and the second sleeve comprising at least one clamping element (14, 22) which, in the tensioned position, projects radially outwards beyond the circumference of the body of the first sleeve, as a result of which tensioning of the mounting sleeve with the wall can be achieved, wherein at least one first clamping element of the first sleeve projecting increasingly beyond the circumference of the body of the first sleeve with increasing tensioning, whereby radial tensioning of the mounting sleeve with the recess of the wall is achievable, wherein at least one second clamping element of the second sleeve, with increasing tensioning, projects in a predetermined range constantly beyond the circumference of the body of the first sleeve, as a result of which tensioning along the longitudinal axis of the mounting sleeve can be achieved at least with an inner side of the wall, wherein the first sleeve comprises at least one slot extending along the longitudinal axis, through which the second clamping element can protrude outwardly, wherein the second sleeve comprises at least one wedge which, with increasing tensioning of the two sleeves (1, 2), can deflect the first clamping element increasingly radially outwards, and/or wherein the first sleeve comprises at least one ramp which can deflect the second clamping element increasingly radially outwards towards the tensioned position, and wherein the tensioning element is arranged on an inwardly directed collar on the first sleeve and wherein the tensioning element is arranged on an inwardly directed tube on the second sleeve.
A rotary internal combustion engine, comprising: an arcuate compression chamber; an arcuate expansion chamber; an output shaft; and a piston coupled to the output shaft for movement through the arcuate compression chamber and the arcuate expansion chamber, the piston having a leading end, a trailing end, an internal chamber, an inlet valve that is located at the leading end of the piston for receiving a compressible fluid from the arcuate compression chamber, an outlet valve that is located at the trailing end of the piston for expelling a combustion gas into the arcuate expansion chamber, characterized in that the engine further includes a fuel delivery component that is adapted to provide a fuel directly to the internal chamber of the piston. an arcuate compression chamber; an arcuate expansion chamber; an output shaft; and a piston coupled to the output shaft for movement through the arcuate compression chamber and the arcuate expansion chamber, the piston having a leading end, a trailing end, an internal chamber, an inlet valve that is located at the leading end of the piston for receiving a compressible fluid from the arcuate compression chamber, an outlet valve that is located at the trailing end of the piston for expelling a combustion gas into the arcuate expansion chamber, characterized in that the engine further includes a fuel delivery component that is adapted to provide a fuel directly to the internal chamber of the piston.
Afurniture unit (101,401) comprising; first and second rigid body panels and a spacer (104, 105, 106) which is moveably mounted to both of the body panels, such that the unit is moveable between; a flat pack configuration in which the spacer is disposed flat between the body panels, and a deployed configuration in which the body panels are separated by the spacer to define a space between the body panels, wherein, the spacer comprises first and second portions which have generally equal lengths and which are pivotally connected to each other, wherein the first portion is moveably mounted to the first body panel and the second portion is moveably mounted to the second body panel, such that in the flat pack configuration, the two portions of the spacer adopt a side by side orientation between the body panels, the furniture unit further comprises a rigid brace panel (301, 302, 303, 402), and the first and second rigid body panels are each provided with a track with which edges of the rigid brace panel are slidably and removably engaged to retain the furniture unit in its deployed configuration, and wherein the furniture unit is a wardrobe, bedside unit, frame for chest of drawers, or a kitchen unit, characterized in that the furniture unit further comprises a brace batten which is received in a pair of slots which are provided in the body panels so that, when the furniture unit is in its deployed configuration and the brace batten is received in the pair of slots, the brace batten retains the rigid brace panel (301, 302, 303, 304) in the tracks. first and second rigid body panels and a spacer (104, 105, 106) which is moveably mounted to both of the body panels, such that the unit is moveable between; a flat pack configuration in which the spacer is disposed flat between the body panels, and a deployed configuration in which the body panels are separated by the spacer to define a space between the body panels, wherein, the spacer comprises first and second portions which have generally equal lengths and which are pivotally connected to each other, wherein the first portion is moveably mounted to the first body panel and the second portion is moveably mounted to the second body panel, such that in the flat pack configuration, the two portions of the spacer adopt a side by side orientation between the body panels, the furniture unit further comprises a rigid brace panel (301, 302, 303, 402), and the first and second rigid body panels are each provided with a track with which edges of the rigid brace panel are slidably and removably engaged to retain the furniture unit in its deployed configuration, and wherein the furniture unit is a wardrobe, bedside unit, frame for chest of drawers, or a kitchen unit, characterized in that the furniture unit further comprises a brace batten which is received in a pair of slots which are provided in the body panels so that, when the furniture unit is in its deployed configuration and the brace batten is received in the pair of slots, the brace batten retains the rigid brace panel (301, 302, 303, 304) in the tracks.
A display apparatus comprising: a thin plate-shaped display cell (11, 61, 111) configured to display images; and a plurality of exciters that is disposed on a side of a back surface of the display cell and is configured to cause the display cell to vibrate; wherein the plurality of exciters (71, 72, 121, 122, 128) is configured to cause the plurality of exciters to be regarded as one exciter when the plurality of exciters generates vibration in the display cell, characterized in that each of the plurality of exciters is able to vibrate the display cell independently of each other and is disposed in a region a maximum width of which is less than or equal to a half wavelength of 20 kHz of the sound transmission medium of the display cell material structure. a thin plate-shaped display cell (11, 61, 111) configured to display images; and a plurality of exciters that is disposed on a side of a back surface of the display cell and is configured to cause the display cell to vibrate; wherein the plurality of exciters (71, 72, 121, 122, 128) is configured to cause the plurality of exciters to be regarded as one exciter when the plurality of exciters generates vibration in the display cell, characterized in that each of the plurality of exciters is able to vibrate the display cell independently of each other and is disposed in a region a maximum width of which is less than or equal to a half wavelength of 20 kHz of the sound transmission medium of the display cell material structure.
Rheology modifier obtainable by polymerizing (i) at least one ethylenically unsaturated carboxylic acid; (ii) at least one nonionic ethylenically unsaturated surfactant monomer, (iii) at least one C 1 -C 2 -alkyl methacrylate, and/or (iv) at least one C 2 -C 4 -alkyl acrylate, where the alkyl chain length averaged over the number of alkyl groups of the alkyl acrylate is 2.1 to 4.0; in the presence of hydrocarbon comprising at least one XH-group, wherein X is selected from the group consisting of O, P, N and S. (i) at least one ethylenically unsaturated carboxylic acid; (ii) at least one nonionic ethylenically unsaturated surfactant monomer, (iii) at least one C 1 -C 2 -alkyl methacrylate, and/or (iv) at least one C 2 -C 4 -alkyl acrylate, where the alkyl chain length averaged over the number of alkyl groups of the alkyl acrylate is 2.1 to 4.0;
A method for wireless communication at a user equipment, UE, comprising: receiving, via a configuration message from a source access and mobility management function, AMF, (205, 210) an indication to initiate a registration procedure and an indication of one or more new-allowed network slices, wherein the indication of one or more new-allowed network slices comprises network slice selection assistance information, NSSAI; storing the new allowed NSSAI and a new radio NR globally unique temporary identifier, GUTI; initiating a registration procedure based at least in part on the receiving via the configuration message; receiving, via a configuration request message from a target access and mobility management function, AMF, one or more statuses of one or more protocol data unit, PDU, sessions; identifying a first PDU session based at least in part on the receiving via the configuration request message, the identifying based on the status of existing active PDU sessions of the UE identified in the configuration request message, wherein the first PDU session is unsupported by the one or more new-allowed network slices; and locally releasing the first PDU session based at least in part on the identifying. receiving, via a configuration message from a source access and mobility management function, AMF, (205, 210) an indication to initiate a registration procedure and an indication of one or more new-allowed network slices, wherein the indication of one or more new-allowed network slices comprises network slice selection assistance information, NSSAI; storing the new allowed NSSAI and a new radio NR globally unique temporary identifier, GUTI; initiating a registration procedure based at least in part on the receiving via the configuration message; receiving, via a configuration request message from a target access and mobility management function, AMF, one or more statuses of one or more protocol data unit, PDU, sessions; identifying a first PDU session based at least in part on the receiving via the configuration request message, the identifying based on the status of existing active PDU sessions of the UE identified in the configuration request message, wherein the first PDU session is unsupported by the one or more new-allowed network slices; and locally releasing the first PDU session based at least in part on the identifying.
A computer-implemented method of video inpainting, comprising: receiving a plurality of sensor data sets comprising depth frames and image frames; for each depth frame, removing one or more objects from the depth frame thereby producing a plurality of resulting depth frames without the one or more objects; stitching the plurality of resulting depth frames into a three-dimensional map; refining a camera pose of a first image frame having a target inpainting region; and projecting the 3D map onto the first image frame to generate a corresponding depth map, the method further comprising: for each target pixel within the target inpainting region of the first image frame, based on the corresponding depth map, mapping the target pixel within the target inpainting region of the first image frame to a candidate pixel in a second image frame included in the image frames, and determining a candidate color to fill the target pixel, wherein the refining comprises: compensating pose offset between image sensor and depth sensor; characterized in that, the determining the candidate color to fill the target pixel (912, 932) comprises: (i) finding the candidate color from a window of pixels around the candidate pixel, or (ii) warping neighboring pixels around the candidate pixel into the second image frame by depth values of the neighboring pixels to sample expected colors to fill the target pixel. receiving a plurality of sensor data sets comprising depth frames and image frames; for each depth frame, removing one or more objects from the depth frame thereby producing a plurality of resulting depth frames without the one or more objects; stitching the plurality of resulting depth frames into a three-dimensional map; refining a camera pose of a first image frame having a target inpainting region; and projecting the 3D map onto the first image frame to generate a corresponding depth map, based on the corresponding depth map, mapping the target pixel within the target inpainting region of the first image frame to a candidate pixel in a second image frame included in the image frames, and determining a candidate color to fill the target pixel, wherein the refining comprises: compensating pose offset between image sensor and depth sensor; characterized in that, the determining the candidate color to fill the target pixel (912, 932) comprises: (i) finding the candidate color from a window of pixels around the candidate pixel, or (ii) warping neighboring pixels around the candidate pixel into the second image frame by depth values of the neighboring pixels to sample expected colors to fill the target pixel.
A transmitter circuit comprising a radio frequency circuit which generates a balanced output for wireless transmission to a receiver circuit, and a wireless transmission circuit, wherein the wireless transmission circuit comprises: a first inductor for generating a magnetic induction field onto which the output of the radio frequency circuit is modulated; and a second inductor in series with the first inductor for generating an electric induction field onto which the output of the radio frequency circuit is modulated, wherein the second inductor comprises an electrically conductive track which at least partially surrounds an electrically conductive core that is further connected to the system ground. a first inductor for generating a magnetic induction field onto which the output of the radio frequency circuit is modulated; and a second inductor in series with the first inductor for generating an electric induction field onto which the output of the radio frequency circuit is modulated, wherein the second inductor comprises an electrically conductive track which at least partially surrounds an electrically conductive core that is further connected to the system ground.
A cooling system including a heat insulating outer housing and a cooling unit with an evaporator, wherein the evaporator includes at least one planar evaporation panel (3a, 3b, 3c), which includes at least two plates (9, 10), which are so shaped and connected together that a passage for a cooling medium is formed, which has a lower boundary, wherein the evaporation panel (3a, 3b, 3c) has at least one inlet for the cooling medium and at least one outlet for the cooling medium, wherein the plates (9, 10) are connected together by weld seams (7, 8, 13) and the weld seams are arranged, starting from a lateral edge of the plate (9, 10), such that the passage for the cooling medium defined between the plates (9, 10) extends in a substantially serpentine or sinuous manner, characterised in that the weld seams, starting from the lateral edge region of the plates (9, 10) are arranged in the direction of the centre of the plates (9, 10) and inclined downwardly and the lower boundary of the passage and the associated weld seam are also inclined in the direction towards the outlet so that the cooling medium can drain away under the influence of gravity without backing up.
Apparatus for the pretreatment and subsequent conveying, plastification or agglomeration of plastics, in particular of thermoplastics waste for recycling purposes, with a container for the material to be processed, where the arrangement has, in the container, at least one mixing and/or comminution implement which rotates around an axis of rotation and which is intended for the mixing, heating and optionally comminution of the plastics material, where an aperture through which the pretreated plastics material can be removed from the interior of the container is formed in a side wall of the container in the region of the level of the, or of the lowest, mixing and/or comminution implement that is closest to the base, where at least one multiscrew conveyor is provided to receive the pretreated material, and has at least two screws which rotate in a housing and which has a conveying, in particular a plastifying or agglomerating, action, where the housing has, located at its end or in its jacket wall, an intake aperture for the material to be received by the screw, and there is a connection between the intake aperture and the aperture, where the two screws closest to the intake aperture are counter-rotating relative to one another, and the imaginary continuation of the central longitudinal axis of the conveyor or of the screw closest to the intake aperture, in a direction opposite to the direction of conveying of the conveyor, passes, and does not intersect, the axis of rotation, characterized in that, on the outflow side or in the direction of rotation or of movement of the mixing and/or comminution implement, there is an offset distance between the longitudinal axis of the conveyor or of the screw closest to the intake aperture, and the radius that is associated with the container and that is parallel to the longitudinal axis and that proceeds outwards from the axis of rotation of the mixing and/or comminution implement in the direction of conveying of the conveyor.