mhurhangee/ep-ind-claims huggingface dataset:
A method of decoding video data, the method comprising: receiving an encoded video bitstream that forms a representation of a coded picture of the video data; determining a partitioning of the coded picture of the video data into a plurality of coded units, the partitioning being according to a first tree structure according to one of a binary tree, an asymmetric binary tree, or a triple tree, and the plurality of coded units including a leaf node of the first tree structure; determining that a residual block of the leaf node is recursively split into a plurality of transform units according to a second tree structure, wherein the residual block is recursively split into the second tree structure according to one of a binary tree, an asymmetric binary tree, or a triple tree; wherein determining that the residual block of the leaf node is recursively split into a plurality of transform units according to the second tree structure comprises: decoding, from the encoded video bitstream, a flag indicating that only a single transform unit partition structure is allowed in the second tree structure for the residual block; and determining the single transform unit partition structure to be one of the binary tree, the asymmetric binary tree, or the triple tree according to which the residual block is split; and reconstructing the coded picture based on the determined first and second tree structures. receiving an encoded video bitstream that forms a representation of a coded picture of the video data; determining a partitioning of the coded picture of the video data into a plurality of coded units, the partitioning being according to a first tree structure according to one of a binary tree, an asymmetric binary tree, or a triple tree, and the plurality of coded units including a leaf node of the first tree structure; determining that a residual block of the leaf node is recursively split into a plurality of transform units according to a second tree structure, wherein the residual block is recursively split into the second tree structure according to one of a binary tree, an asymmetric binary tree, or a triple tree; wherein determining that the residual block of the leaf node is recursively split into a plurality of transform units according to the second tree structure comprises: decoding, from the encoded video bitstream, a flag indicating that only a single transform unit partition structure is allowed in the second tree structure for the residual block; and determining the single transform unit partition structure to be one of the binary tree, the asymmetric binary tree, or the triple tree according to which the residual block is split; and decoding, from the encoded video bitstream, a flag indicating that only a single transform unit partition structure is allowed in the second tree structure for the residual block; and determining the single transform unit partition structure to be one of the binary tree, the asymmetric binary tree, or the triple tree according to which the residual block is split; and reconstructing the coded picture based on the determined first and second tree structures.
Sealing element, particularly for sliding windows, with a guide part and a seal, wherein the seal comprises a retaining part for fastening the seal, characterised in that a resilient section is provided for the sealing at the retaining part and that a slide part (4, 7) is provided at the end of the resilient section remote from the retaining part, wherein the slide part (3, 7) can be attached or integrally formed and that a guide part in which the seal in turn is arranged and the ends of the seal are guided is provided.
An analyte sensor, comprising: a first electrode having a contact engagement portion and a sensing portion; a second electrode having a contact engagement portion and a sensing portion; an active region provided in contact with, and extending between, the sensing portions (12, 118) of the first electrode and the second electrode; characterized in a thermocouple portion comprising at least part of a conducting path from the active region to the contact engagement portion of the second electrode. a first electrode having a contact engagement portion and a sensing portion; a second electrode having a contact engagement portion and a sensing portion; an active region provided in contact with, and extending between, the sensing portions (12, 118) of the first electrode and the second electrode;
Panel railing (10, 10.3) - having a dimensionally stable U-profile, between the two limbs (24, 26) of which the base region of a panel, such as, in particular, the glass pane of a railing, is held in a clamped manner, - having spacer bodies (54, 54.3 64) in the opening region of the U-profile in each case between the panel and one limb (24, 26) of the U-profile, - wherein there is a wedge body as spacer body in the upper, free edge region of at least one of the two limbs of the U-profile, which wedge body can be placed in a pressing manner with its one outer face against the limb and with its other outer face which lies opposite the former against the panel, - wherein the wedge body and the spacer body (54, 54.3) are designed as two separate discrete components, - characterized in that - a projection which is directed toward the limb is present on the widest edge region of the wedge body, which edge region rests on the opening of the U-profile, - a projection which is directed away from said limb is present on the inner side of said limb such that the wedge body rests with its projection on the projection of the relevant limb in its state in which it is seated to the maximum extent in the U-profile. - having a dimensionally stable U-profile, between the two limbs (24, 26) of which the base region of a panel, such as, in particular, the glass pane of a railing, is held in a clamped manner, - having spacer bodies (54, 54.3 64) in the opening region of the U-profile in each case between the panel and one limb (24, 26) of the U-profile, - wherein there is a wedge body as spacer body in the upper, free edge region of at least one of the two limbs of the U-profile, which wedge body can be placed in a pressing manner with its one outer face against the limb and with its other outer face which lies opposite the former against the panel, - wherein the wedge body and the spacer body (54, 54.3) are designed as two separate discrete components, - characterized in that - a projection which is directed toward the limb is present on the widest edge region of the wedge body, which edge region rests on the opening of the U-profile, - a projection which is directed away from said limb is present on the inner side of said limb such that the wedge body rests with its projection on the projection of the relevant limb in its state in which it is seated to the maximum extent in the U-profile.
An intra vaginal device to aid in determining muscular contraction adjacent the vagina, the device including: a body to be at least partly inserted into a vagina; the body being elongated so as to have a longitudinal axis, an end portion, a base spaced from the end portion, and a longitudinally extending side wall extending between the end portion and the base; a first sensor, the sensor being mounted on the side wall and to provide an indication of pressure applied thereto; a second sensor, the second sensor being mounted on the side wall so as to be spaced angularly about said axis from the first sensor, and to provide an indication of the pressure applied to the second sensor, said base being adapted to engage the vaginal entrance to aid in correctly locating the sensors (19, 20), the device being characterized in that: a motion detector is mounted in the body to detect movement of the body subjected to muscular contraction adjacent the vagina and to generate a signal indicative of the movement; and a circuit is connected to the motion detector so as to receive the signals therefrom, wherein the circuit is constructed so that the motion detector is in or adjacent the base. a body to be at least partly inserted into a vagina; the body being elongated so as to have a longitudinal axis, an end portion, a base spaced from the end portion, and a longitudinally extending side wall extending between the end portion and the base; a first sensor, the sensor being mounted on the side wall and to provide an indication of pressure applied thereto; a second sensor, the second sensor being mounted on the side wall so as to be spaced angularly about said axis from the first sensor, and to provide an indication of the pressure applied to the second sensor, said base being adapted to engage the vaginal entrance to aid in correctly locating the sensors (19, 20), the device being characterized in that: a motion detector is mounted in the body to detect movement of the body subjected to muscular contraction adjacent the vagina and to generate a signal indicative of the movement; and a circuit is connected to the motion detector so as to receive the signals therefrom, wherein the circuit is constructed so that the motion detector is in or adjacent the base. a motion detector is mounted in the body to detect movement of the body subjected to muscular contraction adjacent the vagina and to generate a signal indicative of the movement; and a circuit is connected to the motion detector so as to receive the signals therefrom, wherein the circuit is constructed so that the motion detector is in or adjacent the base.
A method for thermally cleaning an exhaust air stream loaded with oxidizable substances (Ro), - wherein the exhaust air stream loaded with oxidizable substances (raw gas stream) (Ro) is passed as a heat-absorbing material flow through a recuperative heat exchanger (W, W'), wherein the oxidizable substances are at least partly oxidized in an exothermic reaction, and wherein the exhaust air stream (Ro) is heated further, - wherein the heated exhaust air stream (clean gas stream) (Re) that has been at least partly cleaned by oxidation in this manner is passed through a recuperative heat exchanger (W, W') again as a heat-emitting material flow, and thereby provides activation energy for the exothermic reaction, - if the loaded, heat-absorbing exhaust air stream (raw gas stream) (Ro) heats up too quickly, the volume flow of the heated, heat-emitting, at least partially cleaned exhaust air stream (clean gas stream) (Re) is reduced by the recuperative heat exchanger (W, W'). - wherein the exhaust air stream loaded with oxidizable substances (raw gas stream) (Ro) is passed as a heat-absorbing material flow through a recuperative heat exchanger (W, W'), wherein the oxidizable substances are at least partly oxidized in an exothermic reaction, and wherein the exhaust air stream (Ro) is heated further, - wherein the heated exhaust air stream (clean gas stream) (Re) that has been at least partly cleaned by oxidation in this manner is passed through a recuperative heat exchanger (W, W') again as a heat-emitting material flow, and thereby provides activation energy for the exothermic reaction, - if the loaded, heat-absorbing exhaust air stream (raw gas stream) (Ro) heats up too quickly, the volume flow of the heated, heat-emitting, at least partially cleaned exhaust air stream (clean gas stream) (Re) is reduced by the recuperative heat exchanger (W, W').
A convex ostomy barrier assembly for attaching an ostomy appliance to a peristomal skin surrounding a stoma, the convex ostomy barrier assembly comprising: a skin barrier comprising an adhesive; an inlet opening for receiving a stoma; a convex insert arranged adjacent the skin barrier, the convex insert having a convex ring-like body and comprising: an inner flange; a middle portion including a pouch-side surface, a core-out portion, and a skin barrier support structure for supporting the skin barrier; and an outer flange, wherein the inner flange and the outer flange are connected by the middle portion and arranged in different axial planes to define the convex-ring like body; and a flange including a body-side coupling ring attached to the pouch-side surface of the convex insert, characterized in that the middle portion includes a radial wall, wherein the pouch-side surface of the middle portion is defined on the radial wall, wherein the flange is attached to the convex insert via a flange film, and wherein the flange film is attached to the pouch-side surface. a skin barrier comprising an adhesive; an inlet opening for receiving a stoma; a convex insert arranged adjacent the skin barrier, the convex insert having a convex ring-like body and comprising: an inner flange; a middle portion including a pouch-side surface, a core-out portion, and a skin barrier support structure for supporting the skin barrier; and an outer flange, wherein the inner flange and the outer flange are connected by the middle portion and arranged in different axial planes to define the convex-ring like body; and an inner flange; a middle portion including a pouch-side surface, a core-out portion, and a skin barrier support structure for supporting the skin barrier; and an outer flange, wherein the inner flange and the outer flange are connected by the middle portion and arranged in different axial planes to define the convex-ring like body; and a flange including a body-side coupling ring attached to the pouch-side surface of the convex insert, characterized in that the middle portion includes a radial wall, wherein the pouch-side surface of the middle portion is defined on the radial wall, wherein the flange is attached to the convex insert via a flange film, and wherein the flange film is attached to the pouch-side surface.
Method for producing a punch-riveted connection between a first component and a flat second component, characterized in that the first component has a crosspiece which is oriented substantially normally to a joining surface of the first component, in that the second component rests against the joining surface of the first component, in the region of the crosspiece, on that side of the joining surface that faces away from the crosspiece, and in that punch rivets are set along the crosspiece, from the second component side, such that the second component is connected to the first component, wherein the crosspiece acts as a die for the punch riveting.
A video transcoding method, being performed by a server, comprising: fragmenting a to-be-transcoded video source file into N to-be-transcoded video fragments, N being an integer greater than 1; generating a plurality of transcoding tasks each according to one of the N to-be-transcoded video fragments and one of a plurality of preset target definitions, the plurality of transcoding tasks each comprising the associated to-be-transcoded video fragment and an attribute parameter corresponding to the associated to-be-transcoded video fragment; obtaining, by parsing each of the transcoding tasks, the associated to-be-transcoded video fragment and the attribute parameter corresponding to the associated to-be-transcoded video fragment, the attribute parameter comprising a precoding parameter and a coding parameter corresponding to the respective preset target definition, wherein the same to-be-transcoded video fragment of different preset target definitions is assigned with the same precoding paramter; precoding the to-be-transcoded video fragment according to the precoding parameter, to obtain a first precoding result; coding the first precoding result according to the coding parameter corresponding to the target definition, to obtain a second coding result; and outputting the second coding result. fragmenting a to-be-transcoded video source file into N to-be-transcoded video fragments, N being an integer greater than 1; generating a plurality of transcoding tasks each according to one of the N to-be-transcoded video fragments and one of a plurality of preset target definitions, the plurality of transcoding tasks each comprising the associated to-be-transcoded video fragment and an attribute parameter corresponding to the associated to-be-transcoded video fragment; obtaining, by parsing each of the transcoding tasks, the associated to-be-transcoded video fragment and the attribute parameter corresponding to the associated to-be-transcoded video fragment, the attribute parameter comprising a precoding parameter and a coding parameter corresponding to the respective preset target definition, wherein the same to-be-transcoded video fragment of different preset target definitions is assigned with the same precoding paramter; precoding the to-be-transcoded video fragment according to the precoding parameter, to obtain a first precoding result; coding the first precoding result according to the coding parameter corresponding to the target definition, to obtain a second coding result; and outputting the second coding result.
A spectral imaging system for imaging a scene or object having a movement relative to the system, comprising a spectral image sensor unit (R1, R2, R3) and an objective lens or other projection imaging means for projecting an image of the scene or object on said sensor unit with the field of view moving such that the image is projected along a path over the spectral sensor unit resulting from said movement, the spectral sensor unit (R1, R2, R3) comprising at least two sets of light sensor elements in the focal plane, each element comprising a filter or other means of adapting the spectral response of the element, such that within each sensor set there are light sensor elements with at least two types of different spectral responses, wherein in each sensor set the light sensor elements are arranged as parallel sensor lines such as to form an elongated region with a width corresponding to at least one sensor line, the spectral responses in said at least two sensor sets being essentially identical, wherein the sensor sections of said sensor sets have an orientation and position on said spectral sensor unit (R1, R2, R3) relative to the direction of movement so that at least part of said scene pass the same spectral responses at least twice,the system further comprising sampling means for sampling the readout from each sensor line at a predetermined rate, said sampling rate being chosen relative to the movement so as to provide at least one sample from each line from each position in said scene in the direction of movement, each position in said scene being sampled in each spectral response at least twice at different viewing angles, the system further comprising means for averaging readings obtained at different viewing angles for the same spectral responses.
Supporting structure, in particular a stair tread, having a grating plate which is connected to at least one side cheek, wherein the grating plate has supporting bars and filler bars, wherein the supporting bars run parallel to the side cheek and the grating plate has at least one reinforcing profile which extends substantially perpendicularly to the side cheek, wherein at least one supporting bar is connected to the reinforcing profile with a form-fit and/or force-fit, characterized in that the reinforcing profile comprises a U-profile and the supporting bars are arranged, at the ends, preferably between substantially horizontal flanges of the U-profile.
A method of transporting compost inoculated with mycelium of mushrooms, wherein the compost is transported at a reduced temperature, characterized in that a mass of compost is subjected to subatmospheric pressure and water vapour is removed from the mass of compost resulting in a cooled mass of compost, the mass of compost being subjected to said subatmospheric pressure and for a time that results in a temperature of the mass of compost of less than 15°C, and said cooled mass of compost is transported; and wherein the mycelium of mushrooms is mycelium of mushrooms for human consumption. the mass of compost being subjected to said subatmospheric pressure and for a time that results in a temperature of the mass of compost of less than 15°C,
A wind turbine rotor blade, comprising outer skin materials made of fiber-reinforced plastic, a crossbeam material, a trailing edge portion, and a trailing edge lightweight core material disposed closer to a trailing edge than a trailing edge end of the crossbeam material, wherein a reinforcing material is provided only on a front side of the trailing edge portion located closer to the trailing edge than the trailing edge end of the trailing edge lightweight core material, wherein the reinforcing material is connected to an inner surface of the outer skin material on the front side by an adhesive and the reinforcing material comprises a material formed by laminating, on one another, a plurality of fiber-reinforced plastic layers in which reinforced fibers are oriented in a longitudinal direction of the wind turbine rotor blade.
A toothbrush comprising: a handle extending along a handle axis from a proximal end to a distal end, the handle comprising an internal reservoir containing an oral care fluid; a head coupled to the distal end of the handle and having a plurality of tooth cleaning elements; an annular neck extending from the proximal end of the handle, the annular neck having an inner surface that defines a passageway into the internal reservoir of the handle; an end cap comprising: a cap body defining a cap socket, the cap body comprising an annular wall and an end portion; an annular plug wall having an inner surface defining a central chamber, the annular plug wall protruding from the end portion into the cap socket to form an annular chamber between an outer surface of the annular plug wall and an inner surface of the annular wall of the cap body; and the end cap coupled to the handle to seal the passageway in a fluid-tight manner such that the annular neck extends into the annular chamber, the annular plug wall extends into the passageway; wherein the end cap further comprises a first annular seal member protruding from the outer surface of the annular plug wall and the first annular seal member biased into contact with an annular portion of the inner surface of the annular neck. a handle extending along a handle axis from a proximal end to a distal end, the handle comprising an internal reservoir containing an oral care fluid; a head coupled to the distal end of the handle and having a plurality of tooth cleaning elements; an annular neck extending from the proximal end of the handle, the annular neck having an inner surface that defines a passageway into the internal reservoir of the handle; an end cap comprising: a cap body defining a cap socket, the cap body comprising an annular wall and an end portion; an annular plug wall having an inner surface defining a central chamber, the annular plug wall protruding from the end portion into the cap socket to form an annular chamber between an outer surface of the annular plug wall and an inner surface of the annular wall of the cap body; and a cap body defining a cap socket, the cap body comprising an annular wall and an end portion; an annular plug wall having an inner surface defining a central chamber, the annular plug wall protruding from the end portion into the cap socket to form an annular chamber between an outer surface of the annular plug wall and an inner surface of the annular wall of the cap body; and the end cap coupled to the handle to seal the passageway in a fluid-tight manner such that the annular neck extends into the annular chamber, the annular plug wall extends into the passageway; wherein the end cap further comprises a first annular seal member protruding from the outer surface of the annular plug wall and the first annular seal member biased into contact with an annular portion of the inner surface of the annular neck.