mhurhangee/patent-ind-claim-en huggingface dataset:
A video decoding device for decoding video using inter prediction comprising: entropy decoding means for decoding an inter Prediction Unit, PU, partition type syntax; and decoding control means for setting inter-PU partition type candidates of a Coding Unit, CU to be decoded, based on whether a size of the CU to be decoded is greater than a minimum inter-PU size or not, wherein the decoding control means causes the entropy decoding means not to entropy decode the inter PU partition type syntax in a PU header layer of the CU to be decoded in the case where the prediction mode of the CU is inter prediction and the CU size of the CU to be decoded is less than or equal to the minimum inter PU size, and the decoding control means causes the entropy decoding means to entropy decode the inter PU partition type syntax in a PU header layer of the CU to be decoded in the case where the CU size of the CU to be decoded is more than the minimum inter PU size. entropy decoding means for decoding an inter Prediction Unit, PU, partition type syntax; and decoding control means for setting inter-PU partition type candidates of a Coding Unit, CU to be decoded, based on whether a size of the CU to be decoded is greater than a minimum inter-PU size or not, wherein the decoding control means causes the entropy decoding means not to entropy decode the inter PU partition type syntax in a PU header layer of the CU to be decoded in the case where the prediction mode of the CU is inter prediction and the CU size of the CU to be decoded is less than or equal to the minimum inter PU size, and the decoding control means causes the entropy decoding means to entropy decode the inter PU partition type syntax in a PU header layer of the CU to be decoded in the case where the CU size of the CU to be decoded is more than the minimum inter PU size.
A composition for use in preventing or treating autism spectrum disorders, the pharmaceutical composition comprising, as an active ingredient, one or more selected from the group consisting of an Agathobaculum butyriciproducens SR79 strain with Accession No. KCTC 13036BP, vesicle derived from the strain, a culture of the strain, and a concentrate of the culture.
An inverter control device comprising: an inverter main circuit; a current detector for detecting a current response output from the inverter main circuit; a vector converter for converting a value of the current response into a d-axis current and a q-axis current by using a rotational phase angle of a motor connected to the inverter main circuit; a current amplitude command calculator for calculating, based on a torque command and a current phase angle command (β*), a current amplitude command of the current response output from the inverter main circuit; a dq-axes converter for calculating a d-axis current command and a q-axis current command from the current amplitude command and the current phase angle command; a current controller for calculating a voltage command so that the d-axis current command and the q-axis current command are equal to the d-axis current and the q-axis current; characterised by a current phase angle command calculator for calculating, based on the current amplitude command, the current phase angle command (β*) of the current response output from the inverter main circuit. an inverter main circuit; a current detector for detecting a current response output from the inverter main circuit; a vector converter for converting a value of the current response into a d-axis current and a q-axis current by using a rotational phase angle of a motor connected to the inverter main circuit; a current amplitude command calculator for calculating, based on a torque command and a current phase angle command (β*), a current amplitude command of the current response output from the inverter main circuit; a dq-axes converter for calculating a d-axis current command and a q-axis current command from the current amplitude command and the current phase angle command; a current controller for calculating a voltage command so that the d-axis current command and the q-axis current command are equal to the d-axis current and the q-axis current; characterised by a current phase angle command calculator for calculating, based on the current amplitude command, the current phase angle command (β*) of the current response output from the inverter main circuit.
An operating method of a refrigeration device, wherein, when a first storage compartment is cooled to a shutdown temperature of the first storage compartment and a temperature of a second storage compartment is lower than a turn-on temperature of the second storage compartment, determining whether to continue running a compressor in order to cool the second storage compartment, characterized in that the determining whether to continue running a compressor in order to cool the second storage compartment comprises determining whether the temperature of the second storage compartment is greater than or equal to a preset reduced turn-on temperature, wherein the reduced turn-on temperature is lower than the turn-on temperature of the second storage compartment, and greater than or equal to a shutdown temperature of the second storage compartment.
Modular system comprising at least an upright , a foot/adapter for said upright and a base , wherein: - said base comprises a section bar with a pre-set length and pre-set width, and a longitudinal strap , protruding from the top side of said section bar in a central position with respect to the width of said section bar, said strap being provided with slits engaging the delimiting walls of an axial recess of the lower portion of said foot/adapter or of the internal lumen of the tubular section of said foot/adapter; - said foot/adapter being provided with a polygonal transversal section, preferably a square section, comprising: - an upper portion ; - a lower portion ; said upper portion being an engaging end to be inserted in a hollow end of an upright for coupling to said base , while the lower portion forms the foot leaning on said base , said foot/adapter being provided with at least one central groove for engaging said strap , and for leaning on said base across said strap ; the height of the grooves of said foot/adapter allowing to house the strap of said base , the height of the lower portion being the same of the straps of said base, while the vertical dimension of said slits allows to close the gap in height between said grooves and the height of the lower portion ; characterized in that the upper portion of said foot/adapter comprises four protrusions placed at its four angles, separated from each other by four grooves ; its transversal dimension allowing the fitting in of said upper portion inside said upright , having a sectional shape and dimension corresponding to the shape and dimension of the lumen of said tubular upright or of an axial end recess of said upright . - said base comprises a section bar with a pre-set length and pre-set width, and a longitudinal strap , protruding from the top side of said section bar in a central position with respect to the width of said section bar, said strap being provided with slits engaging the delimiting walls of an axial recess of the lower portion of said foot/adapter or of the internal lumen of the tubular section of said foot/adapter; - said foot/adapter being provided with a polygonal transversal section, preferably a square section, comprising: - an upper portion ; - a lower portion ; - an upper portion ; - a lower portion ;
Rotor blade for a turbo machine, comprising a turbine blade region and a blade root region , the rotor blade having at least one fibre composite part , configured from a fibre composite material, and an enclosure , the enclosure enclosing the fibre composite part completely, characterized in that the fibre composite part is prestressed with respect to the enclosure .
An adjustable toe board , comprising: a baseplate having: a first end , a second end , and a rod extending from the baseplate, characterized by a support bar pivotably coupled to the baseplate proximate the first end, spaced apart from the rod, and extending towards the second end , the support bar configured to support a log ; a ratcheting arm having a first arm end pivotably coupled to the support bar, the ratcheting arm having a plurality of spaced-apart teeth defining notches adapted and positioned between the first arm end and a second arm end to selectively engage with the rod; wherein selective engagement of the teeth with the rod enables pivotal adjustment and releasable locking of the support bar relative to the baseplate during operation. a first end , a second end , and a rod extending from the baseplate, characterized by a support bar pivotably coupled to the baseplate proximate the first end, spaced apart from the rod, and extending towards the second end , the support bar configured to support a log ; a ratcheting arm having a first arm end pivotably coupled to the support bar, the ratcheting arm having a plurality of spaced-apart teeth defining notches adapted and positioned between the first arm end and a second arm end to selectively engage with the rod; wherein selective engagement of the teeth with the rod enables pivotal adjustment and releasable locking of the support bar relative to the baseplate during operation.
Substrate treatment system (1, 1A to 1N), which comprises at least one substrate loading and unloading region for loading and unloading the substrate treatment system with at least one substrate , at least one process chamber that can be evacuated, at least one carrier device by means of which the at least one substrate can be transported to the at least one process chamber by means of at least one carrier transport device into at least one carrier transport region , and at least one gas-tight locking device between the at least one process chamber and the carrier transport region , the substrate loading and unloading region being coupled to the carrier transport region by a substrate transfer region having at least one substrate transfer device for transferring the at least one substrate from at least one substrate cassette , which can be provided in the substrate loading and unloading region and in which substrates can be arranged in different horizontal cassette planes of the substrate cassette , to the least one carrier device , by means of which the at least one substrate can be held in a horizontal carrier plane, and the carrier device , when it is located in the substrate transfer region in which the substrate transfer device is used to transfer substrates between the substrate cassette and the carrier device , being provided in the carrier transport region through which the carrier transport device for the carrier device extends; characterized in that the substrate treatment system (1, 1A to 1N) comprises at least one gas-tight locking device between the substrate loading and unloading region and the carrier transport region and the substrate transfer region can be locked in a gas-tight manner with respect to the substrate loading and unloading region ; the substrate treatment system (1, 1A to 1N) comprises at least two of the carrier devices and at least two of the carrier transport regions , between which a substrate transfer station is provided for transferring the substrates from one of the carrier devices to another of the carrier devices , the substrate transfer area being fillable with inert gas or being filled with vacuum or with a reactive gas.
Vertical heat exchanger having a heat exchange volume which is delimited at opposing ends by an upper pipe plate and a lower pipe plate of the heat exchanger , and a homogeneous pipe bundle , wherein the pipe bundle has a large number of heat exchanger pipes which are arranged in a regular manner with respect to each other and extends inside the heat exchange volume between the lower pipe plate and the upper pipe plate , wherein a first medium can further flow through the heat exchanger pipes and at least one second medium can be arranged in the remaining heat exchange volume , and wherein a heat exchange can be carried out between the first medium and the second medium, wherein compensation volumes are arranged in the pipe bundle , wherein the compensation volumes within the pipe bundle extend through the heat exchange volume , characterized in that the compensation volumes are regions inside the pipe bundle which are not occupied by a heat exchanger pipe and which can consequently be filled by the at least one second medium, and wherein at least one of the compensation volumes corresponds or at least substantially corresponds to the space of a heat exchanger pipe or a plurality of heat exchanger pipes which are arranged beside each other in the homogeneous pipe bundle .
Round baling press for stalk stock having a press housing disposed on a running gear and comprising a housing part , which is fixed to the running gear, and an ejection flap mounted on this housing part so that it can pivot upwards about an upper articulation spindle , having pressing rollers which are distributed on the housing part , which is fixed to the running gear, and the ejection flap , peripherally define a pressing chamber and are connected to a drive, and having a device for wrapping the pressed stalk stock bales with a wrapper , characterised in that the ejection flap comprises a supporting roller mounted upstream of the pressing rollers and mounted in a freely rotatable manner, which supporting roller is disposed so as to be displaceable from an inoperative position when the ejection flap is closed to an operative position defining the ejection opening for the wrapped stalk stock bale when the ejection flap is being opened.
A Magnus type thrust generating device comprising: a first member having a first rotation axis (C1) as a vertical axis and rotatable about the first rotation axis (C1); and a second member disposed on the back surface side with respect to the travelling direction of the first member , wherein the first and second members are revolvable around a second rotation axis extending parallel to the first rotation axis (C1), and in a plane perpendicular to the first rotation axis (C1) of the Magnus type thrust generating device, (M - L) /L < 2 is satisfied where L is the distance between the first rotation axis (C1) and a part of the surface of the first member that is farthest from the first rotation axis (C1), and M is the distance between the first rotation axis (C1) and a part of the surface of the second member that is closest to the first rotation axis (C1), and characterized in that the second member has a substantially plate-like shape or a substantially streamlined shape extending in the direction opposite to the travelling direction of the first member . a first member having a first rotation axis (C1) as a vertical axis and rotatable about the first rotation axis (C1); and a second member disposed on the back surface side with respect to the travelling direction of the first member , wherein the first and second members are revolvable around a second rotation axis extending parallel to the first rotation axis (C1), and in a plane perpendicular to the first rotation axis (C1) of the Magnus type thrust generating device, (M - L) /L < 2 is satisfied where L is the distance between the first rotation axis (C1) and a part of the surface of the first member that is farthest from the first rotation axis (C1), and M is the distance between the first rotation axis (C1) and a part of the surface of the second member that is closest to the first rotation axis (C1), and characterized in that the second member has a substantially plate-like shape or a substantially streamlined shape extending in the direction opposite to the travelling direction of the first member .
Bearing washer for a screwed or riveted assembly for a joining element of a conveyor belt, consisting of a piece of metal or synthetic material of approximately planar shape having, at its center, a hole intended for the passage of a connecting element of the rivet or screw type comprising a barrel and a head , preferably a screw with a male thread or a female thread, the head of which screw, during use of the washer , bears against the edges of the central hole of the washer , the outer edge of the part constituting the washer having, seen in plan view, sinuosities comprising elevations and depressions , the elevations being farther from the geometric center of the washer, and the depressions being closer to the geometric center of the washer, such that this outer edge has a linear shape that increases the length of the outer edge of the washer relative to that of a washer of which the outer edge is strictly circular, - the bearing washer comprising a lower edge , formed by the intersection between the lower surface of the washer and the outer edge of the washer, said lower edge having a rounded portion , at least in the elevation portions of the sinuosities of the outer edge of the washer located furthest from the geometric center of the washer, characterized in that - the upper surface of the washer has a conical surface starting from the edge of a bowl surrounding the central hole or a circular surface surrounding the central hole of the washer and ending in the outer edge of the washer, this conical surface resulting in gradual tapering of the washer such that the upper edge of the outer edge of the washer is flush with the surface on which the washer is placed when the washer has been applied by riveting or by screwing. - the bearing washer comprising a lower edge , formed by the intersection between the lower surface of the washer and the outer edge of the washer, said lower edge having a rounded portion , at least in the elevation portions of the sinuosities of the outer edge of the washer located furthest from the geometric center of the washer, characterized in that - the upper surface of the washer has a conical surface starting from the edge of a bowl surrounding the central hole or a circular surface surrounding the central hole of the washer and ending in the outer edge of the washer, this conical surface resulting in gradual tapering of the washer such that the upper edge of the outer edge of the washer is flush with the surface on which the washer is placed when the washer has been applied by riveting or by screwing.
Plastic vessel comprising a metal element which is accommodated in its base , wherein the plastic vessel comprises a vessel element and a cover such that the plastic vessel is formed in two pieces, and wherein a recess is formed in the base of the vessel element , wherein said recess being enclosed by the cover such that a central closed region of the recess is provided, which accommodates the metal element , characterized in that the vessel element and the cover are connected to one another thermoplastically under pressure by means of thermoplastic shrinkage of the vessel element whereby the cover has already been solidified, or by means of thermoplastic shrinkage of the cover whereby the vessel element has already been solidified, wherein the cover has a meandering structure in the sectional view, the profile of which corresponding to the profile of the base of the vessel element , and wherein the vessel element comprises a lower outer edge , which surrounds the recess and comprises an inner edge which is spaced apart from the outer edge and surrounds the central region , wherein a region of the recess is provided between the inner and the outer edge , which surrounds the central region , and wherein the cover comprises an arc which rises relative to a central region of the cover and surrounds the central region , and wherein the arc is formed corresponding to the recess such that, when the cover is arranged to cover the region the arc being disposed in the recess .
An electronic apparatus for wireless communications, comprising: processing circuitry , configured to: perform beam failure detection on a currently serving beam using a first quality index of the currently serving beam; and select candidate beams from among other beams using the first quality index of the other beams and a second quality index of the other beams which is different from the first quality index, the candidate beams being used for beam recovery after beam failure; wherein the processing circuitry is configured to perform beam failure detection by comparing the first quality index of the currently serving beam with a first threshold, and perform the selection of candidate beams by comparing the first quality index of other beams with a third threshold and comparing the second quality index of the other beams with a second threshold; characterised in that beam quality represented by the third threshold is better than beam quality represented by the first threshold. perform beam failure detection on a currently serving beam using a first quality index of the currently serving beam; and select candidate beams from among other beams using the first quality index of the other beams and a second quality index of the other beams which is different from the first quality index, the candidate beams being used for beam recovery after beam failure; wherein the processing circuitry is configured to perform beam failure detection by comparing the first quality index of the currently serving beam with a first threshold, and perform the selection of candidate beams by comparing the first quality index of other beams with a third threshold and comparing the second quality index of the other beams with a second threshold; characterised in that beam quality represented by the third threshold is better than beam quality represented by the first threshold.