mhurhangee/patent-ind-claim-en huggingface dataset:
A computer readable medium comprising instructions which, when executed by one or more hardware processors, causes performance of operations comprising: receiving a request to access a tape block in a data storage tape; determining that data corresponding to the request is stored in an object in a container of a plurality of containers of an object-based storage system which does not use sequential access storage, by mapping the tape block identified in the request to the container; converting the request into a format corresponding to the object-based storage system; retrieving data from the object in the container of the object-based storage system according to the converted request; generating, from the retrieved data, a data stream in a tape archive format; transmitting the data stream in the tape archive format in response to the request. receiving a request to access a tape block in a data storage tape; determining that data corresponding to the request is stored in an object in a container of a plurality of containers of an object-based storage system which does not use sequential access storage, by mapping the tape block identified in the request to the container; converting the request into a format corresponding to the object-based storage system; retrieving data from the object in the container of the object-based storage system according to the converted request; generating, from the retrieved data, a data stream in a tape archive format; transmitting the data stream in the tape archive format in response to the request.
A method of producing allulose comprising: contacting a solution containing fructose with an enzyme having at least 64.2% sequence identity to SEQ ID NO: 22 for a time and under conditions suitable to convert at least a portion of the fructose to allulose.
A pharmaceutical composition comprising a therapeutically effective amount of a crystalline (S)-propylene glycol ((S)-PG) solvate of the structure (form SC-3) Ia
A rotor and stator assembly comprising a shaft sealing apparatus , which is installed in an annular space between the rotor and the stator surrounding an outer circumference side of the rotor and divides the annular space into a low-pressure side region and a high-pressure side region in an axial direction of the rotor by a sealing apparatus body supported on the stator , the sealing apparatus body including: a seal ring that is supported on the stator so as to enclose the rotor , is formed in a divided structure from a movable seal ring and a stationary seal ring whose circumferential ends are adjacent to each other, and is configured so that the movable seal ring is biased toward a radial outer side thereof by an elastic body ; and a seal body including a plurality of thin seal pieces that are stacked, wherein the plurality of thin seal pieces extends from the seal ring toward a radial inner side of the rotor in a circumferential direction of the rotor ; wherein the seal body is provided with a plurality of communicating parts that are through-holes causing the low-pressure side region and the high-pressure side region to communicate with each other, the plurality of communicating parts are formed in the circumferential direction of the seal body continuously provided in the circumferential direction, at the time of rated operation, when the sealing apparatus body is located at a radial inner side of the rotor , when there is only a slight seal clearance between the seal body and the rotor , the communicating parts function as holes connecting the low-pressure side region and the high-pressure side region of the seal body , and the communicating parts are each formed by making lengths of the continuing numerous ones of the thin seal pieces constituting the seal body shorter than those of the other thin seal pieces, characterized in that a size (G) of each communicating part is set to 1mm square by reducing the lengths of 20 consecutive thin seal pieces by 1mm, a thickness of each thin seal piece being 0.05mm. a seal ring that is supported on the stator so as to enclose the rotor , is formed in a divided structure from a movable seal ring and a stationary seal ring whose circumferential ends are adjacent to each other, and is configured so that the movable seal ring is biased toward a radial outer side thereof by an elastic body ; and a seal body including a plurality of thin seal pieces that are stacked, wherein the plurality of thin seal pieces extends from the seal ring toward a radial inner side of the rotor in a circumferential direction of the rotor ;
Rolled, extruded and/or forged 2XXX aluminium-based alloy product comprising, as a percentage by weight, Li 0.05 - 1.9%; Cu 1.0 - 6.0%; Cr and/or V: 0.025 to 0.044%; Mg 0.1-1.0%; Zr 0 - 0.15%; Mn 0-0.6%; Zn < 0.8%; Ag 0-0.5; Fe + Si < 0.2; at least one element being able to contribute to the control of the grain size from among Hf, Ti and Sc or other rare-earth element such that 0.02 to 0.1% for Sc and other rare-earth element, 0.02 to 0.5% for Hf and 0.01 to 0.15% for Ti ; other elements ≤ 0.05 each and ≤ 0.15 in total, remainder aluminium; and such that the density of dispersoids with Cr and/or V is less than 0.1 dispersoid per μm 2 . Li 0.05 - 1.9%; Cu 1.0 - 6.0%; Cr and/or V: 0.025 to 0.044%; Mg 0.1-1.0%; Zr 0 - 0.15%; Mn 0-0.6%; Zn < 0.8%; Ag 0-0.5; Fe + Si < 0.2; at least one element being able to contribute to the control of the grain size from among Hf, Ti and Sc or other rare-earth element such that 0.02 to 0.1% for Sc and other rare-earth element, 0.02 to 0.5% for Hf and 0.01 to 0.15% for Ti ; other elements ≤ 0.05 each and ≤ 0.15 in total, remainder aluminium; and such that the density of dispersoids with Cr and/or V is less than 0.1 dispersoid per μm 2 .
Container-processing device comprising: - a container-processing wheel provided circumferentially with a plurality of container-processing stations (M), the container-processing wheel being able to rotate about an axis (O), and comprising a drive element integrated with or fixed to the container-processing wheel , and - a device for rotationally driving the container-processing wheel , cooperating with the drive element , the drive device comprising a drive motor equipped with a motor pinion coupled in rotation with a rotor of the synchronous drive motor , and - an encoder of the current angular position of the motor pinion , characterized in that the drive device additionally comprises: at least one intermediate pinion , not coaxial with the motor pinion , coupled in rotation with the motor pinion and arranged between the motor pinion and the drive element , such that the rotation of the drive motor drives the rotation of the container-processing wheel via the motor pinion and the intermediate pinion , the diameter of the intermediate pinion being fixed such that a reduction ratio calculated between the motor pinion and the container-processing wheel is equal to 2 n , n being a whole number. - a container-processing wheel provided circumferentially with a plurality of container-processing stations (M), the container-processing wheel being able to rotate about an axis (O), and comprising a drive element integrated with or fixed to the container-processing wheel , and - a device for rotationally driving the container-processing wheel , cooperating with the drive element , the drive device comprising a drive motor equipped with a motor pinion coupled in rotation with a rotor of the synchronous drive motor , and - an encoder of the current angular position of the motor pinion ,
Test circuit for a high-power semiconductor element in power converters for high-voltage direct-current power transmission, comprising a high-voltage circuit with a terminal for the high-power semiconductor element and a high-voltage source that can be connected to the high-power semiconductor element , wherein the high-voltage source comprises a plurality of voltage-controlled power converter modules connected in a first series , characterized in that the test circuit comprises a plurality of voltage-controlled power converter modules connected in a second series , which are electrically connected to the primary side of a high-current transformer , and the secondary side of the high-current transformer can be electrically connected to the high-power semiconductor element .
A bast fiber nonwoven fabric comprising at least about 5% bast fibers, where said bast fibers have a mean length of greater than about 6mm and are coated to render the fiber compatible with quaternary ammonium (QAC) based sanitizers, where said coated bast fibers have been coated with a thermoplastic resin.
A light detection and ranging, LiDAR, device comprising: a scanning optical system comprising a plurality of light sources and a beam steering device , the scanning optical system being configured to scan an object (OBJ) with a plurality of irradiation beams projected from the plurality of light sources toward the object at a plurality of irradiation angles, respectively; a light detector comprising a plurality of pixel regions that are configured to separately detect the plurality of irradiation beams projected toward the object at the plurality of irradiation angles and reflected from the object; and a processor configured to control the scanning optical system and the light detector, and obtain information about the object based on the plurality of irradiation beams detected by the light detector,, wherein the processor is further configured to control the scanning optical system to select a number of the plurality of light sources and to scan the object based on the selected light sources, and characterized in that the processor is further configured to set the number of light sources to be selected based on a reference period of time and an image resolution to process one image frame of the object. a scanning optical system comprising a plurality of light sources and a beam steering device , the scanning optical system being configured to scan an object (OBJ) with a plurality of irradiation beams projected from the plurality of light sources toward the object at a plurality of irradiation angles, respectively; a light detector comprising a plurality of pixel regions that are configured to separately detect the plurality of irradiation beams projected toward the object at the plurality of irradiation angles and reflected from the object; and a processor configured to control the scanning optical system and the light detector, and obtain information about the object based on the plurality of irradiation beams detected by the light detector,, wherein the processor is further configured to control the scanning optical system to select a number of the plurality of light sources and to scan the object based on the selected light sources, and characterized in that the processor is further configured to set the number of light sources to be selected based on a reference period of time and an image resolution to process one image frame of the object.
A method for spinning up a spinning device for the continuous extrusion of molded bodies from a spinning solution , more particularly for the extrusion of cellulosic molded bodies from a spinning solution containing water, cellulose, and tertiary amine oxide, wherein - the molded bodies are extruded from the spinning solution through spinnerets of the spinning device in the form of a loose spinning curtain , - the molded bodies of the loose spinning curtain are combined into a molded body bundle after the extrusion, and - the molded body bundle is, in a further step, fed to a draw-off member of the spinning device in order to start a continuous extrusion of the molded bodies , characterized in that the molded bodies are combined into the molded body bundle by twisting the spinning curtain around a torsion axis . - the molded bodies are extruded from the spinning solution through spinnerets of the spinning device in the form of a loose spinning curtain , - the molded bodies of the loose spinning curtain are combined into a molded body bundle after the extrusion, and - the molded body bundle is, in a further step, fed to a draw-off member of the spinning device in order to start a continuous extrusion of the molded bodies ,
A biosensor, comprising: a blood cell separation membrane which separates blood cells from blood and allows plasma components to pass through; a microfluid channel through which the plasma components that have passed through the blood cell separation membrane flow; a lower substrate which allows the plasma components that have passed through the blood cell separation membrane to flow along the microfluid channel; and, characterized by comprising a pillar which connects the blood cell separation membrane and the lower substrate , wherein an electrode is disposed in the pillar , and the pillar is arranged to push and lift the blood cell separation membrane by a predetermined distance. a blood cell separation membrane which separates blood cells from blood and allows plasma components to pass through; a microfluid channel through which the plasma components that have passed through the blood cell separation membrane flow; a lower substrate which allows the plasma components that have passed through the blood cell separation membrane to flow along the microfluid channel; and, characterized by comprising a pillar which connects the blood cell separation membrane and the lower substrate , wherein an electrode is disposed in the pillar , and the pillar is arranged to push and lift the blood cell separation membrane by a predetermined distance.
A method for the production of a coated paper, paperboard or film, wherein the method comprises the steps of: - providing a first suspension comprising cellulose fibers, - applying the first suspension on a substrate to form a fibrous web, wherein the web has a first and a second side, - providing a second suspension comprising microfibrillated cellulose, - applying the second suspension to a surface of a drying equipment and - conducting said fibrous web through the drying equipment whereby the second suspension is added to the first side of the web forming the coated paper, paperboard or film which has good barrier properties. - providing a first suspension comprising cellulose fibers, - applying the first suspension on a substrate to form a fibrous web, wherein the web has a first and a second side, - providing a second suspension comprising microfibrillated cellulose, - applying the second suspension to a surface of a drying equipment and - conducting said fibrous web through the drying equipment whereby the second suspension is added to the first side of the web forming the coated paper, paperboard or film which has good barrier properties.
An anti-human OX40 agonist antibody, wherein the antibody comprises a heavy chain variable domain (VH) comprising the amino acid sequence of SEQ ID NO:56 and a light chain variable domain (VL) comprising the amino acid sequence of SEQ ID NO:57.
Rectangular baler , comprising: a supporting frame which is movable over a field, crop pick-up means for picking up crop from the ground of the field, conveying means for conveying crop picked up by the crop pick-up means , a baling chamber for crop, into which a stuffer can be introduced in order to compress the crop conveyed into the baling chamber by the conveying means to form a bale , and a drive for producing a to and fro movement of the stuffer with an oscillating mass which has a variable moment of inertia, characterized in that the moment of inertia of the oscillating mass increases with increasing speed, for which reason the oscillating mass comprises a central shaft and rotational masses that are movable outward radially in relation to the shaft counter to the force of a spring . a supporting frame which is movable over a field, crop pick-up means for picking up crop from the ground of the field, conveying means for conveying crop picked up by the crop pick-up means , a baling chamber for crop, into which a stuffer can be introduced in order to compress the crop conveyed into the baling chamber by the conveying means to form a bale , and a drive for producing a to and fro movement of the stuffer with an oscillating mass which has a variable moment of inertia, characterized in that the moment of inertia of the oscillating mass increases with increasing speed, for which reason the oscillating mass comprises a central shaft and rotational masses that are movable outward radially in relation to the shaft counter to the force of a spring .
A turbine exhaust casing for a gas turbine engine comprising an outer generally cylindrical shroud and an inner generally cylindrical hub and a plurality of struts extending radially between the shroud and the hub, each strut intersecting with the shroud at a first end and the hub at an opposing end , wherein the outer surface of the hub and the opposing inner surface of the shroud define a channel through which gas may pass, wherein a portion of the surface of the channel at the intersection of the channel and strut is recessed with respect to the surface of the channel surrounding the intersection, the turbine exhaust casing being characterized in that all or a sub-set of struts are provided with recesses proximate to a leading or trailing edge thereof, and the shroud has an outer surface and wherein a portion of the shroud outer surface aligning with the position of the recess on the inner shroud surface is provided with an increased shroud wall thickness over an area corresponding to the area of the recess. wherein the outer surface of the hub and the opposing inner surface of the shroud define a channel through which gas may pass, wherein a portion of the surface of the channel at the intersection of the channel and strut is recessed with respect to the surface of the channel surrounding the intersection, the turbine exhaust casing being characterized in that all or a sub-set of struts are provided with recesses proximate to a leading or trailing edge thereof, and the shroud has an outer surface and wherein a portion of the shroud outer surface aligning with the position of the recess on the inner shroud surface is provided with an increased shroud wall thickness over an area corresponding to the area of the recess. the turbine exhaust casing being characterized in that all or a sub-set of struts are provided with recesses proximate to a leading or trailing edge thereof, and the shroud has an outer surface and wherein a portion of the shroud outer surface aligning with the position of the recess on the inner shroud surface is provided with an increased shroud wall thickness over an area corresponding to the area of the recess.
A method of decoding a picture of a video signal, comprising: selecting a block of the picture for decoding; estimating a spatial activity of the block, wherein estimating the spatial activity of the block comprises calculating a spatial activity of at least one sample of the block according to the formula: Δ Pi , j = 4 * Pi , j − Pi − 1 , j − Pi + 1 , j − Pi ,j − 1 − Pi ,j + 1 , where Pi,j is a component sample value at position (i,j) in the block; obtaining an overlapped block motion compensation, OBMC, restriction criterion, wherein the OBMC restriction criterion comprises a block spatial activity threshold; determining whether the OBMC restriction criterion is met with respect to the block, wherein determining whether the OBMC restriction criterion is met comprises determining whether the spatial activity of the block is below the block spatial activity threshold; and in response to determining that the OBMC restriction criterion is met, decoding the block without performing OBMC decoding on the block. selecting a block of the picture for decoding; estimating a spatial activity of the block, wherein estimating the spatial activity of the block comprises calculating a spatial activity of at least one sample of the block according to the formula: Δ Pi , j = 4 * Pi , j − Pi − 1 , j − Pi + 1 , j − Pi ,j − 1 − Pi ,j + 1 , where Pi,j is a component sample value at position (i,j) in the block; obtaining an overlapped block motion compensation, OBMC, restriction criterion, wherein the OBMC restriction criterion comprises a block spatial activity threshold; determining whether the OBMC restriction criterion is met with respect to the block, wherein determining whether the OBMC restriction criterion is met comprises determining whether the spatial activity of the block is below the block spatial activity threshold; and in response to determining that the OBMC restriction criterion is met, decoding the block without performing OBMC decoding on the block.
A fire fighting device with a fire fighting aggregate for penetrating a wall and injecting fire fighting fluid into a space behind the wall, said fire fighting aggregate comprising: a fluid driven rotating motor, such as a turbine, having a rotor rotating around an axis of rotation defining an axial direction, a rotating cutting element attached to the rotor to be rotated thereby, a fluid inlet for receiving fire fighting fluid from a source of fire fighting fluid, and a first conduit for feeding the fire fighting fluid from the fluid inlet to the rotor to drive the fluid driven rotating motor, wherein, the fighting aggregate comprises: a support for attachment to the wall , the fire fighting aggregate being suspended by said support , a power means for pressing the rotating cutting element towards the wall , characterized in that , at least the rotating cutting element is being movable relative to the support towards the wall , and in that it comprises a second conduit for feeding the fire fighting fluid to the power means to provide for said power means to press the rotating cutting element towards the wall . a fluid driven rotating motor, such as a turbine, having a rotor rotating around an axis of rotation defining an axial direction, a rotor rotating around an axis of rotation defining an axial direction, a rotating cutting element attached to the rotor to be rotated thereby, a fluid inlet for receiving fire fighting fluid from a source of fire fighting fluid, and a first conduit for feeding the fire fighting fluid from the fluid inlet to the rotor to drive the fluid driven rotating motor, wherein, the fighting aggregate comprises: a support for attachment to the wall , the fire fighting aggregate being suspended by said support , a power means for pressing the rotating cutting element towards the wall , characterized in that , at least the rotating cutting element is being movable relative to the support towards the wall , and in that it comprises a second conduit for feeding the fire fighting fluid to the power means to provide for said power means to press the rotating cutting element towards the wall . a support for attachment to the wall , the fire fighting aggregate being suspended by said support , a power means for pressing the rotating cutting element towards the wall , characterized in that , at least the rotating cutting element is being movable relative to the support towards the wall , and in that it comprises a second conduit for feeding the fire fighting fluid to the power means to provide for said power means to press the rotating cutting element towards the wall .