mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling intra prediction for decoding or encoding of a video sequence, the method being performed by at least one processor, and the method comprising: obtaining intra prediction modes comprising directional modes respectively corresponding to angular prediction directions, a first amount of one or more of the directional modes being excluded from the intra prediction modes based on a second amount of the intra prediction modes and a third amount of most probable modes, MPMs; selecting, as the MPMs, two or more of the intra prediction modes from which the one or more of the directional modes are excluded; and selecting, for decoding the video sequence, one of the intra prediction modes from which the one or more of the directional modes are excluded, wherein the one or more of the directional modes excluded from the intra prediction modes comprises any one or any combination of a top right corner mode, a bottom left corner mode, and a top left corner mode respectively corresponding to a top right corner direction, a bottom left corner direction, and a top left corner direction, among the directional modes, and wherein the first amount of the one or more of the directional modes is excluded from the intra prediction modes so that a sum of the third amount of the MPMs and a fourth amount of remaining modes that are not the MPMs is less than or equal to an allowed amount. obtaining intra prediction modes comprising directional modes respectively corresponding to angular prediction directions, a first amount of one or more of the directional modes being excluded from the intra prediction modes based on a second amount of the intra prediction modes and a third amount of most probable modes, MPMs; selecting, as the MPMs, two or more of the intra prediction modes from which the one or more of the directional modes are excluded; and selecting, for decoding the video sequence, one of the intra prediction modes from which the one or more of the directional modes are excluded, wherein the one or more of the directional modes excluded from the intra prediction modes comprises any one or any combination of a top right corner mode, a bottom left corner mode, and a top left corner mode respectively corresponding to a top right corner direction, a bottom left corner direction, and a top left corner direction, among the directional modes, and wherein the first amount of the one or more of the directional modes is excluded from the intra prediction modes so that a sum of the third amount of the MPMs and a fourth amount of remaining modes that are not the MPMs is less than or equal to an allowed amount.
A display device (2000, 3000), comprising: a substrate (2010, 3010) on which wiring electrodes are formed; a plurality of semiconductor light-emitting elements (2050, 3050) electrically connected to the wiring electrodes; a wavelength conversion layer provided with a plurality of phosphor layers (2080, 3080) that convert a wavelength of light and a plurality of partition wall portions (2090, 3090) formed between the plurality of semiconductor light-emitting elements (2050, 3050) to cover the plurality of semiconductor light-emitting elements (2050, 3050); and a color filter disposed to cover the wavelength conversion layer, wherein the plurality of phosphor layers (2080, 3080) include a first phosphor layer (2080a, 3080a) and a second phosphor layer (2080b, 3080b), characterized in that the first phosphor layer (2080a, 3080a) comprises a first layer (2083, 3083) and a second layer (2084, 3084), wherein the first layer (2083, 3083) comprises red phosphor mixed with a photosensitive material and the second layer (2084, 3084) comprises yellow phosphor or green phosphor and wherein phosphor provided in the second phosphor layer (2080b, 3080b) is the same phosphor as the phosphor of the second layer (2084, 3084), wherein the red phosphor of the first layer (2083, 3083) is an inorganic phosphor and the second layer (2084, 3084) is an upper layer nearer to the color filter than the first layer (2083, 3083), or wherein the red phosphor of the first layer (2083, 3083) is an organic phosphor and the first layer (2083, 3083) is an upper layer nearer to the color filter than the second layer (2084, 3084) a substrate (2010, 3010) on which wiring electrodes are formed; a plurality of semiconductor light-emitting elements (2050, 3050) electrically connected to the wiring electrodes; a wavelength conversion layer provided with a plurality of phosphor layers (2080, 3080) that convert a wavelength of light and a plurality of partition wall portions (2090, 3090) formed between the plurality of semiconductor light-emitting elements (2050, 3050) to cover the plurality of semiconductor light-emitting elements (2050, 3050); and a color filter disposed to cover the wavelength conversion layer, wherein the plurality of phosphor layers (2080, 3080) include a first phosphor layer (2080a, 3080a) and a second phosphor layer (2080b, 3080b), characterized in that the first phosphor layer (2080a, 3080a) comprises a first layer (2083, 3083) and a second layer (2084, 3084), wherein the first layer (2083, 3083) comprises red phosphor mixed with a photosensitive material and the second layer (2084, 3084) comprises yellow phosphor or green phosphor and wherein phosphor provided in the second phosphor layer (2080b, 3080b) is the same phosphor as the phosphor of the second layer (2084, 3084), wherein the red phosphor of the first layer (2083, 3083) is an inorganic phosphor and the second layer (2084, 3084) is an upper layer nearer to the color filter than the first layer (2083, 3083), or wherein the red phosphor of the first layer (2083, 3083) is an organic phosphor and the first layer (2083, 3083) is an upper layer nearer to the color filter than the second layer (2084, 3084)
An adsorption system for a cooling, heating or refrigeration system comprising: a first sorber (100 A,B,C) comprising a sorbent configured to adsorb a gas thereon; and a rigid gas distribution tube coupled with the first sorber and comprising a porous sidewall defining a channel therein, wherein the tube is configured to allow passage of the gas from an interior of the channel through the porous sidewall and to the sorbent outside the channel. a first sorber (100 A,B,C) comprising a sorbent configured to adsorb a gas thereon; and a rigid gas distribution tube coupled with the first sorber and comprising a porous sidewall defining a channel therein, wherein the tube is configured to allow passage of the gas from an interior of the channel through the porous sidewall and to the sorbent outside the channel.
A route generation method being executed by a route generation device comprising a route generation processor, the method comprising the following steps: generating a plurality of work routes where a work vehicle travels straight in a first direction (Da) that is a travel direction of the work vehicle, in a work area where a work object is arranged; generating a first movement route that is a route continuous with each of the work routes and that includes a straight route (R3b) where the work vehicle travels straight, in a first non-work area (Fa) adjacent to the work area in the first direction, in non-work areas surrounding the work area, where the work object is not arranged; and generating a second movement route that is a single route continuous with the first movement route and that guides the work vehicle to each of the plurality of work routes. generating a plurality of work routes where a work vehicle travels straight in a first direction (Da) that is a travel direction of the work vehicle, in a work area where a work object is arranged; generating a first movement route that is a route continuous with each of the work routes and that includes a straight route (R3b) where the work vehicle travels straight, in a first non-work area (Fa) adjacent to the work area in the first direction, in non-work areas surrounding the work area, where the work object is not arranged; and generating a second movement route that is a single route continuous with the first movement route and that guides the work vehicle to each of the plurality of work routes.
Reversible plough with a plough frame which is fastenable rotatably and/or pivotably to a headstock for connecting the reversible plough to an agricultural tractor, and with rows of ploughshares (4, 5) which are arranged on opposite sides of the plough frame and have plough bodies, wherein, by means of a rotational movement of the plough frame initiated via a driving device, either the one or the other row of ploughshares (4, 5) is transferrable into the operating position thereof or into the non-operating position thereof, and wherein the plough bodies are fastened to the plough frame via plough body holders, wherein the headstock is fastened via a holding part only to one sidewall or only to two sidewalls of the plough frame with respect to the working position thereof, and the holding part of the headstock is screwed to one sidewall or two sidewalls of the plough frame, characterized in that the holding part and/or the plough frame have/has at least one extension element (24, 26) which engages in a form-fitting manner in a complementarily formed recess of the plough frame and/or of the holding part, in that at least two extension elements (25, 26) which are provided at a distance from each other are provided on the holding part and/or on the plough frame, said extension elements engaging in a form-fitting manner in recesses, which are assigned to the extension elements (25, 26), on the plough frame and/or on the holding part, and in that at least one extension element (25, 26) and the recess assigned thereto form an abutment for the holding part and, in addition to the abutment, a fastening element engaging in the plough frame is provided.
A device for a mail box comprising at least a letter compartment and a parcel compartment, with a first mechanism, a second mechanism and a third mechanism, characterised in that the first mechanism comprises at least a profile and a pendulum with an upper and a lower pivot pin, the third mechanism comprises a lock firmly attached to the letter compartment and the second mechanism comprises two guide plates each with a recessed slot, and also with a hook firmly attached to the parcel compartment door, wherein the pendulum is pivotably connected by means of its upper pivot pin with the first mechanism and is pivotably mounted by means of its lower pivot pin in the recessed slot in the second mechanism, so that operation of the device is rendered possible, wherein, in a first step, the profile is raised by opening the letter compartment using the lock, until the pendulum is perpendicular to its lower pivot pin and, in a second step, the empty parcel compartment is closed, whereby the hook is pushed horizontally beneath the pendulum 6) and, in a third step, by opening the empty parcel compartment, the hook moves horizontally in the opposite direction simultaneously taking the pendulum with it wherein the profile moves further down until it rests with the pins on the guide plates and, in a fourth step, by closing the parcel compartment containing an item, the hook moves horizontally beneath the profile and the parcel compartment containing an item remains locked until the letter compartment is opened using the lock, therefore meaning that unlocking and opening the parcel compartment is only possible by unlocking the letter compartment.
Solar tracker with refraction-based concentration, comprising - a structure which supports at least one refraction concentration element and at least one collector that is mutually parallel thereto, and - a first means of actuation operatively connected so as to pivot said structure with respect to a base around a first axis parallel to this refraction concentration element and to the collector in order to track movement relative to the sun, wherein said refraction concentration element is fixed in a stationary position on this structure at the top thereof and the collector is supported on said structure by at least two mutually parallel rocker arms, connected to its ends forming an articulated quadrilateral mechanism, - a second means of actuation operatively connected so as to pivot said rocker arms with regard to the structure around a respective second axis, perpendicular to said first axis to place the collector at any time, at a point of maximum concentration by moving the collector by said pivot of the rocker arms, characterized in that said structure comprises a rectangular-shaped upper frame which supports said refraction-concentration elements, said second axis being adjacent to the refraction-based concentration element and said rocker arms are pivotally attached to said upper frame and movable within the structure. - a structure which supports at least one refraction concentration element and at least one collector that is mutually parallel thereto, and - a first means of actuation operatively connected so as to pivot said structure with respect to a base around a first axis parallel to this refraction concentration element and to the collector in order to track movement relative to the sun, wherein said refraction concentration element is fixed in a stationary position on this structure at the top thereof and the collector is supported on said structure by at least two mutually parallel rocker arms, connected to its ends forming an articulated quadrilateral mechanism, - a second means of actuation operatively connected so as to pivot said rocker arms with regard to the structure around a respective second axis, perpendicular to said first axis to place the collector at any time, at a point of maximum concentration by moving the collector by said pivot of the rocker arms,
A reload assembly comprising: a shell housing including an inner housing portion and an outer housing portion, the inner housing portion spaced from the outer housing portion to define an annular cavity between the inner and outer housing portions (142, 140); a staple cartridge supported on a distal portion of the shell housing, the staple cartridge having a plurality of staple pockets, each of the staple pockets supporting a staple; a pusher supported within the annular cavity, the pusher movable between a retracted position and an advanced position to eject the staples from the staple cartridge; a knife carrier including a body defining a longitudinal axis and supporting a knife, the body of the knife carrier including an inner wall defining a central bore, the inner housing portion of the shell housing being positioned within the central bore of the knife carrier such that the knife carrier is movable about the inner housing portion of the shell housing between advanced and retracted positions; a lockout component supported on the inner wall of the knife carrier, the lockout component having a body formed of a resilient material and defining a window; and characterized by a hook component supported on the inner housing portion of the shell housing and including a body having a hook that is received within the window of the lockout component when the knife carrier is in its retracted position after the reload assembly is fired to obstruct movement of the knife carrier back to its advanced position. a shell housing including an inner housing portion and an outer housing portion, the inner housing portion spaced from the outer housing portion to define an annular cavity between the inner and outer housing portions (142, 140); a staple cartridge supported on a distal portion of the shell housing, the staple cartridge having a plurality of staple pockets, each of the staple pockets supporting a staple; a pusher supported within the annular cavity, the pusher movable between a retracted position and an advanced position to eject the staples from the staple cartridge; a knife carrier including a body defining a longitudinal axis and supporting a knife, the body of the knife carrier including an inner wall defining a central bore, the inner housing portion of the shell housing being positioned within the central bore of the knife carrier such that the knife carrier is movable about the inner housing portion of the shell housing between advanced and retracted positions; a lockout component supported on the inner wall of the knife carrier, the lockout component having a body formed of a resilient material and defining a window; and characterized by a hook component supported on the inner housing portion of the shell housing and including a body having a hook that is received within the window of the lockout component when the knife carrier is in its retracted position after the reload assembly is fired to obstruct movement of the knife carrier back to its advanced position.
A method for purifying apolipoprotein A-I (Apo A-I), comprising the steps of: a) providing a solution comprising Apo A-I and guanidine hydrochloride (GuHCl); and b) filtering the solution through a filter having a pore size in a range from 15 nm to 35 nm, wherein the solution comprises GuHCl at a concentration within a range from 1.3 to 3.2 M.
A computer-implemented method of defining a quantum circuit with a classical processor, comprising: establishing a first approximation of a target unitary to a requested precision; expanding the first approximation into a first multi-qubit unitary that implements the target single-qubit unitary in a selected basis upon successful measurement; defining a fallback circuit in the selected basis, wherein the fallback circuit is a deterministic circuit implementing the target unitary, based upon an unsuccessful measurement; and outputting a circuit definition that includes a definition of the multi-qubit unitary and a definition of the fallback circuit. establishing a first approximation of a target unitary to a requested precision; expanding the first approximation into a first multi-qubit unitary that implements the target single-qubit unitary in a selected basis upon successful measurement; defining a fallback circuit in the selected basis, wherein the fallback circuit is a deterministic circuit implementing the target unitary, based upon an unsuccessful measurement; and outputting a circuit definition that includes a definition of the multi-qubit unitary and a definition of the fallback circuit.
A heating assembly for an aerosol-generating device comprising: a first solder spot; a second solder spot; a connection strip electrically connecting the first solder spot with the second solder spot, wherein one of the first solder spot and the second solder spot is configured as a soft solder spot with a melting temperature between 225 °C and 275 °C, and wherein the connection strip is configured as a bimetal strip. a first solder spot; a second solder spot; a connection strip electrically connecting the first solder spot with the second solder spot, wherein one of the first solder spot and the second solder spot is configured as a soft solder spot with a melting temperature between 225 °C and 275 °C, and wherein the connection strip is configured as a bimetal strip.
A wideband patch antenna comprising: a dielectric substrate of a rectangle shape having a length (la) in the range from 6.5mm to 8.5mm and a width (wa) in the range from 5mm to 7mm; at least one rectangular radiation patch formed on a top surface of the dielectric substrate, the rectangular radiation patch having a length (lp) in the range from 4mm to 5mm and a width (wp) in the range from 2mm to 3mm; at least one coupling patch formed on the top surface of the dielectric substrate and extending from a side of the dielectric substrate to a position spaced from the radiation patch by a distance (d); a layer of air having a predetermined thickness (ha) being formed between the lower surface of the dielectric substrate and a ground of the wideband patch antenna; and a metal support arranged on the lower surface of the dielectric substrate and extending from the edge of the lower surface of the dielectric substrate downward to the ground. a dielectric substrate of a rectangle shape having a length (la) in the range from 6.5mm to 8.5mm and a width (wa) in the range from 5mm to 7mm; at least one rectangular radiation patch formed on a top surface of the dielectric substrate, the rectangular radiation patch having a length (lp) in the range from 4mm to 5mm and a width (wp) in the range from 2mm to 3mm; at least one coupling patch formed on the top surface of the dielectric substrate and extending from a side of the dielectric substrate to a position spaced from the radiation patch by a distance (d); a layer of air having a predetermined thickness (ha) being formed between the lower surface of the dielectric substrate and a ground of the wideband patch antenna; and a metal support arranged on the lower surface of the dielectric substrate and extending from the edge of the lower surface of the dielectric substrate downward to the ground.
An electricity storage module, comprising: a square electricity storage element having a pair of wide surfaces and a pair of narrow surfaces; a holder member (160, 170) that is arranged to oppose to a wide surface of the square electricity storage element; a thermally-conductive sheet that contacts a narrow surface of the square electricity storage element; a heat transfer plate that contacts the thermally-conductive sheet, wherein the narrow surface of the square electricity storage element is arranged to protrude more towards the thermally-conductive sheet than a surface of the holder member opposed to the wide surface of the square electricity storage element by a protrusion length; characterized in that a thickness (ts) of the thermally-conductive sheet that is before the square electricity storage element is mounted onto the thermally-conductive sheet, is equal to or smaller than the protrusion length. a square electricity storage element having a pair of wide surfaces and a pair of narrow surfaces; a holder member (160, 170) that is arranged to oppose to a wide surface of the square electricity storage element; a thermally-conductive sheet that contacts a narrow surface of the square electricity storage element; a heat transfer plate that contacts the thermally-conductive sheet, wherein the narrow surface of the square electricity storage element is arranged to protrude more towards the thermally-conductive sheet than a surface of the holder member opposed to the wide surface of the square electricity storage element by a protrusion length; characterized in that a thickness (ts) of the thermally-conductive sheet that is before the square electricity storage element is mounted onto the thermally-conductive sheet, is equal to or smaller than the protrusion length.
A fastening device for connecting two wall parts (103, 104) of a furniture part, in particular a rear wall to a side wall of a drawer, wherein the fastening device on a wall part has at least one resilient latch which is resilient about a notional spring axis and which is - preferably releasably - latchable into a latching receiving means provided on or fastened to the other wall part, characterised in that the notional spring axis of the resilient latch is provided transversely - preferably substantially at a right angle - relative to a wall of the wall part, wherein the latching receiving means on the other wall part is in the form of an opening, wherein a notional normal to the opening extends substantially parallel to the notional spring axis of the resilient latch.