mhurhangee/ep-ind-claims huggingface dataset:
A pilot valve arrangement comprising a first pilot valve part and a second pilot valve part, said first pilot valve part comprising: a first pilot valve body comprising: at least a first fluid inlet and a first pilot valve fluid outlet; characterized in that said second pilot valve part comprises: a second pilot valve body comprising: a compartment, a low pressure fluid inlet for receiving fluid from the first pilot valve fluid outlet and providing fluid to said compartment, a high pressure fluid inlet for providing fluid to said compartment, and a fluid outlet for receiving fluid from said compartment and providing fluid to a piloted valve; a valve stem arranged at least partly inside said compartment, said valve stem being configured to control fluid flow from said low pressure fluid inlet to said fluid outlet via said compartment, and configured to control fluid flow from said high pressure fluid inlet to said fluid outlet via said compartment; wherein said second pilot valve part in a first state provides for a first fluid flow path within said compartment to enable said low pressure fluid inlet to be in fluid communication with said fluid outlet via said first fluid flow path, and wherein said second pilot valve part in a second state provides for a second fluid flow path within said compartment to enable said high pressure fluid inlet to be in fluid communication with said fluid outlet via said second fluid flow path, said second fluid flow path being different from said first fluid flow path. a first pilot valve body comprising: at least a first fluid inlet and a first pilot valve fluid outlet; a second pilot valve body comprising: a compartment, a low pressure fluid inlet for receiving fluid from the first pilot valve fluid outlet and providing fluid to said compartment, a high pressure fluid inlet for providing fluid to said compartment, and a fluid outlet for receiving fluid from said compartment and providing fluid to a piloted valve; a valve stem arranged at least partly inside said compartment, said valve stem being configured to control fluid flow from said low pressure fluid inlet to said fluid outlet via said compartment, and configured to control fluid flow from said high pressure fluid inlet to said fluid outlet via said compartment; wherein said second pilot valve part in a first state provides for a first fluid flow path within said compartment to enable said low pressure fluid inlet to be in fluid communication with said fluid outlet via said first fluid flow path, and wherein said second pilot valve part in a second state provides for a second fluid flow path within said compartment to enable said high pressure fluid inlet to be in fluid communication with said fluid outlet via said second fluid flow path, said second fluid flow path being different from said first fluid flow path.
A composite article for providing improved ballistic and optical performance, comprising: a matrix; a plurality of fibers embedded in the matrix; each one of the fibers having a fiber length and a fiber geometry; and the fiber geometry varying along the fiber length, wherein: the fiber geometry has a cross-sectional shape; the cross-sectional shape being variable along the fiber length; the fibers are positioned in side-by-side arrangement to form a layer; at least a portion of the fibers in the layer being comprised of a series of first portions and second portions, the first portions having a first cross-sectional shape and the second portions having a second cross-sectional shape different to the first cross sectional shape; and the fibers being arranged such that the second portions of one of the fibers are at least partially nested with the first portions of an adjacent one of the fibers in the layer. a matrix; a plurality of fibers embedded in the matrix; each one of the fibers having a fiber length and a fiber geometry; and the fiber geometry varying along the fiber length, wherein: the fiber geometry has a cross-sectional shape; the cross-sectional shape being variable along the fiber length; the fibers are positioned in side-by-side arrangement to form a layer; at least a portion of the fibers in the layer being comprised of a series of first portions and second portions, the first portions having a first cross-sectional shape and the second portions having a second cross-sectional shape different to the first cross sectional shape; and the fibers being arranged such that the second portions of one of the fibers are at least partially nested with the first portions of an adjacent one of the fibers in the layer. the fiber geometry has a cross-sectional shape; the cross-sectional shape being variable along the fiber length; the fibers are positioned in side-by-side arrangement to form a layer; at least a portion of the fibers in the layer being comprised of a series of first portions and second portions, the first portions having a first cross-sectional shape and the second portions having a second cross-sectional shape different to the first cross sectional shape; and the fibers being arranged such that the second portions of one of the fibers are at least partially nested with the first portions of an adjacent one of the fibers in the layer.
A grouping apparatus comprising: a relationship calculation unit configured to calculate, at a plurality of times between a first time and a second time, the strength of correlation between a position of each of a plurality of objects arranged in a space and a position of a moving body as a level of relationship for each of the plurality of pieces of information, wherein the moving body moves within the space; a similarity calculation unit, on the basis of the level of relationship for each of the plurality of pieces of information, configured to calculate similarities for all pairs of the plurality of pieces of information at the plurality of times, to integrate the calculated similarities for each of all the pairs of the plurality of pieces of information, and to calculate integrated similarities; and a classification unit configured to group the plurality of pieces of information on the basis of the integrated similarities. a relationship calculation unit configured to calculate, at a plurality of times between a first time and a second time, the strength of correlation between a position of each of a plurality of objects arranged in a space and a position of a moving body as a level of relationship for each of the plurality of pieces of information, wherein the moving body moves within the space; a similarity calculation unit, on the basis of the level of relationship for each of the plurality of pieces of information, configured to calculate similarities for all pairs of the plurality of pieces of information at the plurality of times, to integrate the calculated similarities for each of all the pairs of the plurality of pieces of information, and to calculate integrated similarities; and a classification unit configured to group the plurality of pieces of information on the basis of the integrated similarities.
Hydraulic positioning device, in particular for use as a positioning system of an agricultural machine, comprising at least one controllable or regulatable pressure supply and at least one distribution device connected thereto, wherein at least a first and a second hydraulic cylinder (3, 4) are in hydraulic connection with the distribution device, characterized in that the distribution device is designed as a hydraulic progressive distributor (7, 8) which, by means of at least two distribution pistons (K1, K2), arranged in a sequential circuit, feed the fluid flow of the pressure supply to the hydraulic cylinders in defined amounts (3, 4).
Radially expandable building drum intended for the manufacture of an adapter for mounting a tyre on a rim, comprising an interior bead and an exterior bead connected by a reinforcement, the said drum comprising a central shaft, a first set of segments and a second set of segments, all the segments being arranged circumferentially around the shaft to form a generally cylindrically shaped external face of the drum, characterized in that the segments of the first set and the segments of the second set face one another axially and in that the said drum is designed to allow different radial expansion of the segments of the first set in relation to the segments of the second set of segments between two working positions.
A tight-sealing cap made of an elastic material for tightly sealing a liquid drug-expelling part of a syringe in which a tubular luer lock part is installed to form a gap around an outer periphery of a luer nozzle, the tight-sealing cap comprising: a thick top surface part providing an external form, the top surface part having a thickness, an outer tubular part extending from an outer periphery of the thick top surface part, the outer tubular part having a tip end, and an inner tubular part extending from said top surface part at the inside of and separate from the outer tubular part, where a nozzle insertion gap having a bottom is formed at the inside of the inner tubular part, the inner tubular part having a tip end, characterised in that: said inner tubular part is formed such that a tip end portion of said luer nozzle can be tightly inserted into said inner tubular part and that said inner tubular part can tightly seal said luer nozzle at the site of contact between said inner tubular part and said luer nozzle and the tip end portion of the luer nozzle is abutted on the bottom of the nozzle insertion gap; said outer tubular part is formed such that said luer lock part can be closely contacted with the inside thereof and that said outer tubular part can tightly seal said luer lock part at the site of contact between said outer tubular part and said luer lock part; the tip end of the inner tubular part is arranged to protrude in a longitudinal direction relative to the tip end of the outer tubular part; a length at the site of contact between said outer tubular part and said luer lock part is shorter than a length at the site of contact between said inner tubular part and said luer nozzle; and the tight-sealing cap has a height and wherein a ratio of D/T is between 0.20 to 0.50. a thick top surface part providing an external form, the top surface part having a thickness, an outer tubular part extending from an outer periphery of the thick top surface part, the outer tubular part having a tip end, and an inner tubular part extending from said top surface part at the inside of and separate from the outer tubular part, where a nozzle insertion gap having a bottom is formed at the inside of the inner tubular part, the inner tubular part having a tip end, said inner tubular part is formed such that a tip end portion of said luer nozzle can be tightly inserted into said inner tubular part and that said inner tubular part can tightly seal said luer nozzle at the site of contact between said inner tubular part and said luer nozzle and the tip end portion of the luer nozzle is abutted on the bottom of the nozzle insertion gap; the tip end of the inner tubular part is arranged to protrude in a longitudinal direction relative to the tip end of the outer tubular part; a length at the site of contact between said outer tubular part and said luer lock part is shorter than a length at the site of contact between said inner tubular part and said luer nozzle; and the tight-sealing cap has a height and wherein a ratio of D/T is between 0.20 to 0.50.
Cooking appliance comprising at least one adjusting unit with a touch-sensitive adjusting strip, adjusting values or adjusting value ranges of a predetermined adjusting curve being assigned to the adjusting sections of the said adjusting strip, wherein one or more touch-sensitive sensors are assigned to each of the adjusting sections, characterized in that commands which can be triggered by predetermined contact times of the adjusting strip and which provide predetermined modes for operating the adjusting unit can be implemented in a control unit, wherein new meanings are assigned to the individual sensors.
A control device configured to provide user control signals comprising: a magnetic flux sensing unit (80; 120) configured to provide two-dimensional angular orientation information with respect to a magnetic field acting on said magnetic flux sensing unit, said user control signals being dependent on said two-dimensional angular orientation information; and characterised by a magnet arrangement (60,62; 106,108) comprising at least two permanent magnets configured to generate said magnetic field, wherein said magnet arrangement and said magnetic flux sensing unit are arranged to be reoriented relative to one another within a predetermined range of movement, and said at least two permanent magnets are arranged relative to said magnetic flux sensing unit such that said magnetic field generated by said at least two permanent magnets is substantially uniform throughout said predetermined range of movement. a magnetic flux sensing unit (80; 120) configured to provide two-dimensional angular orientation information with respect to a magnetic field acting on said magnetic flux sensing unit, said user control signals being dependent on said two-dimensional angular orientation information; and characterised by a magnet arrangement (60,62; 106,108) comprising at least two permanent magnets configured to generate said magnetic field, wherein said magnet arrangement and said magnetic flux sensing unit are arranged to be reoriented relative to one another within a predetermined range of movement, and said at least two permanent magnets are arranged relative to said magnetic flux sensing unit such that said magnetic field generated by said at least two permanent magnets is substantially uniform throughout said predetermined range of movement.
A method of encoding image data, comprising the steps of: partitioning, according to characteristics of an image to be encoded, image data representing the image to be encoded into an array of coding units, each coding unit being a block of samples containing one or more transform blocks; frequency-transforming each transform block to generate an array of frequency-transformed input image coefficients by a matrix-multiplication process, according to a maximum dynamic range of the transformed data and using transform matrices having a data precision; and selecting the maximum dynamic range and the data precision of the transform matrices according to the bit depth of the input image data; in which the selecting step comprises: setting the data precision of the transform matrices to a first offset number of bits less than the bit depth of the input image data; and setting the maximum dynamic range of the transformed data to a second offset number of bits greater than the bit depth of the input image data, in which the second offset number is dependent upon the matrix size of the transform matrices. partitioning, according to characteristics of an image to be encoded, image data representing the image to be encoded into an array of coding units, each coding unit being a block of samples containing one or more transform blocks; frequency-transforming each transform block to generate an array of frequency-transformed input image coefficients by a matrix-multiplication process, according to a maximum dynamic range of the transformed data and using transform matrices having a data precision; and selecting the maximum dynamic range and the data precision of the transform matrices according to the bit depth of the input image data; in which the selecting step comprises: setting the data precision of the transform matrices to a first offset number of bits less than the bit depth of the input image data; and setting the maximum dynamic range of the transformed data to a second offset number of bits greater than the bit depth of the input image data, in which the second offset number is dependent upon the matrix size of the transform matrices. setting the data precision of the transform matrices to a first offset number of bits less than the bit depth of the input image data; and setting the maximum dynamic range of the transformed data to a second offset number of bits greater than the bit depth of the input image data, in which the second offset number is dependent upon the matrix size of the transform matrices.
An assembly for an aircraft propulsion system, comprising: a fixed structure; a translating structure configured to move between a stowed position and a deployed position; a blocker door pivotally attached to the translating structure at a first pivot joint; and a folding linkage linking the blocker door to the fixed structure, the folding linkage comprising a member pivotally attached to the blocker door at a second pivot joint that is radially outboard of a skin of the blocker door when the translating structure is in the stowed position; wherein the second pivot joint is radially outboard of the first pivot joint when the translating structure is in the stowed position; wherein the folding linkage comprises a link arm and a crank arm; wherein the link arm links and is pivotally attached to the fixed structure and the crank arm; and wherein the crank arm links the link arm and the blocker door, and is pivotally attached to the blocker door at the second pivot joint; characterised by the crank arm being configured with a roller that engages the translating structure during movement of the translating structure from the stowed position to a partially deployed position that is between the stowed position and the deployed position. a fixed structure; a translating structure configured to move between a stowed position and a deployed position; a blocker door pivotally attached to the translating structure at a first pivot joint; and a folding linkage linking the blocker door to the fixed structure, the folding linkage comprising a member pivotally attached to the blocker door at a second pivot joint that is radially outboard of a skin of the blocker door when the translating structure is in the stowed position; wherein the second pivot joint is radially outboard of the first pivot joint when the translating structure is in the stowed position; wherein the folding linkage comprises a link arm and a crank arm; wherein the link arm links and is pivotally attached to the fixed structure and the crank arm; and wherein the crank arm links the link arm and the blocker door, and is pivotally attached to the blocker door at the second pivot joint; characterised by the crank arm being configured with a roller that engages the translating structure during movement of the translating structure from the stowed position to a partially deployed position that is between the stowed position and the deployed position.
A rotor disk (68, 70) comprising: a web extending in a radial direction from a rim on a radially outer end to a bore on a radially inner end, the web including: a mismatch protrusion on a first axially facing surface of the web; and a balancing protrusion on a second axially facing surface of the web; characterized in that the mismatch protrusion is located in a radially inner half of the rotor disk (68, 70) and the balancing protrusion is located in a radially outer quarter of the rotor disk (68, 70). a web extending in a radial direction from a rim on a radially outer end to a bore on a radially inner end, the web including: a mismatch protrusion on a first axially facing surface of the web; and a balancing protrusion on a second axially facing surface of the web; a mismatch protrusion on a first axially facing surface of the web; and a balancing protrusion on a second axially facing surface of the web; characterized in that the mismatch protrusion is located in a radially inner half of the rotor disk (68, 70) and the balancing protrusion is located in a radially outer quarter of the rotor disk (68, 70).
A method for wireless communication by a user equipment, UE, comprising: receiving a first control message from a base station, BS, activating a first semi-static scheduling configuration and a second semi-static scheduling configuration for full duplex communication, wherein: the first semi-static scheduling configuration comprises at least one semi-persistent scheduling, SPS, occasion in which the UE is scheduled to receive a downlink transmission from the BS, and the second semi-static scheduling configuration comprises at least one configured grant, CG, occasion in which the UE is scheduled to transmit an uplink transmission to the BS, wherein the at least one CG occasion at least partially overlaps in time with the at least one SPS occasion; receiving a second control message comprising a dynamic grant that schedules a transmission associated with the UE that overwrites at least one of the downlink transmission in the at least one SPS occasion or the uplink transmission in the at least one CG occasion; and taking one or more actions, based on the dynamic grant, to communicate, with the BS, at least the transmission that overwrites the at least one of the downlink transmission in the at least one SPS occasion or the uplink transmission in the at least one CG occasion. receiving a first control message from a base station, BS, activating a first semi-static scheduling configuration and a second semi-static scheduling configuration for full duplex communication, wherein: the first semi-static scheduling configuration comprises at least one semi-persistent scheduling, SPS, occasion in which the UE is scheduled to receive a downlink transmission from the BS, and the second semi-static scheduling configuration comprises at least one configured grant, CG, occasion in which the UE is scheduled to transmit an uplink transmission to the BS, wherein the at least one CG occasion at least partially overlaps in time with the at least one SPS occasion; the first semi-static scheduling configuration comprises at least one semi-persistent scheduling, SPS, occasion in which the UE is scheduled to receive a downlink transmission from the BS, and the second semi-static scheduling configuration comprises at least one configured grant, CG, occasion in which the UE is scheduled to transmit an uplink transmission to the BS, wherein the at least one CG occasion at least partially overlaps in time with the at least one SPS occasion; receiving a second control message comprising a dynamic grant that schedules a transmission associated with the UE that overwrites at least one of the downlink transmission in the at least one SPS occasion or the uplink transmission in the at least one CG occasion; and taking one or more actions, based on the dynamic grant, to communicate, with the BS, at least the transmission that overwrites the at least one of the downlink transmission in the at least one SPS occasion or the uplink transmission in the at least one CG occasion.
A sheet cassette configured to store a recording sheet and connectable to a printer, the sheet cassette comprising: a first controller configured to control operations of the sheet cassette; a battery; a communication terminal through which to perform communications between the sheet cassette and the printer; and an electrode terminal (115a, 115b) through which to supply electric power of the battery to the printer, characterised in that the sheet cassette further comprises a storage configured to store information transmitted from the printer, wherein the first controller is configured to transmit the information stored in the storage to the printer based on a command transmitted from a second controller of the printer to the first controller. a first controller configured to control operations of the sheet cassette; a battery; a communication terminal through which to perform communications between the sheet cassette and the printer; and an electrode terminal (115a, 115b) through which to supply electric power of the battery to the printer, characterised in that the sheet cassette further comprises a storage configured to store information transmitted from the printer, wherein the first controller is configured to transmit the information stored in the storage to the printer based on a command transmitted from a second controller of the printer to the first controller.