mhurhangee/patent-ind-claim-en huggingface dataset:
A portable verification system used to verify an in-field gas flow meter (M) of a field meter run connected to a main pipeline, characterised by : the portable verification system comprising: a reference meter section including a trailer and a reference meter run independent of the field meter run and mounted on the trailer ; the reference meter run including piping having an inlet end connectable to a downstream end of the field meter run of the main pipeline, an outlet end connectable to the main pipeline, and an ultrasonic gas flow reference meter located between the inlet and outlet ends at least one of the inlet and outlet ends including a linearly adjustable pipeline section comprising: an outer pipe ; an inner pipe housed by and extendable from the outer pipe ; and a slip joint configured for sealing the outer pipe about the inner pipe , the slip joint including a packing gland , a packing gland pocket , and a packing gland pusher . a reference meter section including a trailer and a reference meter run independent of the field meter run and mounted on the trailer ; the reference meter run including piping having an inlet end connectable to a downstream end of the field meter run of the main pipeline, an outlet end connectable to the main pipeline, and an ultrasonic gas flow reference meter located between the inlet and outlet ends at least one of the inlet and outlet ends including a linearly adjustable pipeline section comprising: an outer pipe ; an inner pipe housed by and extendable from the outer pipe ; and a slip joint configured for sealing the outer pipe about the inner pipe , the slip joint including a packing gland , a packing gland pocket , and a packing gland pusher . an outer pipe ; an inner pipe housed by and extendable from the outer pipe ; and a slip joint configured for sealing the outer pipe about the inner pipe , the slip joint including a packing gland , a packing gland pocket , and a packing gland pusher .
An autonomous work machine that works in a work area, the autonomous work machine characterized by comprising: a storage means that stores past captured images (1011 to 1015) including one or more markers (901a to 901d) arranged to define the work area; a specifying means that specifies, by calculating a matching degree between histograms of past captured images (1011 to 1015) and a current captured image and determining a past captured image (1011 to 1015) as an image similar to the current captured image if the matching degree is a predetermined value or higher; and a control means that controls the autonomous work machine based on only the past captured image (1011 to 1015) specified by the specifying means at least when a marker is missing in the current captured image . a storage means that stores past captured images (1011 to 1015) including one or more markers (901a to 901d) arranged to define the work area; a specifying means that specifies, by calculating a matching degree between histograms of past captured images (1011 to 1015) and a current captured image and determining a past captured image (1011 to 1015) as an image similar to the current captured image if the matching degree is a predetermined value or higher; and a control means that controls the autonomous work machine based on only the past captured image (1011 to 1015) specified by the specifying means at least when a marker is missing in the current captured image .
A communication method for sidelink, comprising: selecting , by a first terminal, a first resource pool from at least one resource pool according to a transmission format configuration corresponding to the at least one resource pool; and communicating , by the first terminal, with a second terminal using the first resource pool; wherein selecting the first resource pool comprises: selecting the first resource pool from the at least one resource pool, according to the transmission format configuration corresponding to the at least one resource pool and a transmission format requirement of at least part of data to be transmitted; wherein the first resource pool is a resource pool that satisfies the following condition among the at least one resource pool: having a transmission format configuration that meets the transmission format requirement of the at least part of the data to be transmitted. selecting , by a first terminal, a first resource pool from at least one resource pool according to a transmission format configuration corresponding to the at least one resource pool; and communicating , by the first terminal, with a second terminal using the first resource pool; wherein selecting the first resource pool comprises: selecting the first resource pool from the at least one resource pool, according to the transmission format configuration corresponding to the at least one resource pool and a transmission format requirement of at least part of data to be transmitted; wherein the first resource pool is a resource pool that satisfies the following condition among the at least one resource pool: having a transmission format configuration that meets the transmission format requirement of the at least part of the data to be transmitted. selecting the first resource pool from the at least one resource pool, according to the transmission format configuration corresponding to the at least one resource pool and a transmission format requirement of at least part of data to be transmitted; wherein the first resource pool is a resource pool that satisfies the following condition among the at least one resource pool: having a transmission format configuration that meets the transmission format requirement of the at least part of the data to be transmitted.
A personal cleansing composition comprising, in an aqueous continuous phase: (i) from 5 to 30% by weight of one or more anionic cleansing surfactants; (ii) microcapsules in which a core comprising benefit agent is encapsulated in a polymeric shell and in which the benefit agent of the core of the microcapsule (ii) is selected from perfumes, (iii) a fragrance, and (iv) a combination of cationic polymers comprising: (a) at least one cationic polygalactomannan having a mean charge density at pH 7 of less than 1.2 meq per gram; and (b) at least one cationic polygalactomannan having a mean charge density at pH 7 of at least 1.2 meq per gram. (i) from 5 to 30% by weight of one or more anionic cleansing surfactants; (ii) microcapsules in which a core comprising benefit agent is encapsulated in a polymeric shell and in which the benefit agent of the core of the microcapsule (ii) is selected from perfumes, (iii) a fragrance, and (iv) a combination of cationic polymers comprising: (a) at least one cationic polygalactomannan having a mean charge density at pH 7 of less than 1.2 meq per gram; and (b) at least one cationic polygalactomannan having a mean charge density at pH 7 of at least 1.2 meq per gram. (a) at least one cationic polygalactomannan having a mean charge density at pH 7 of less than 1.2 meq per gram; and (b) at least one cationic polygalactomannan having a mean charge density at pH 7 of at least 1.2 meq per gram.
A cheese product comprising soft cheese encapsulated in a tubular casing, the casing comprising sodium kappa carrageenan.
A method of removing lysis buffer components from a nucleic acid sample, the method comprising a) providing a specimen comprising or suspected of comprising nucleic acids, b) contacting the specimen with a lysis buffer, c) contacting the specimen with a solid substrate for a length of time and under conditions suitable for nucleic acids in the specimen to bind to the solid substrate, wherein said solid substrate is a magnetic microparticle, and d) drawing the solid substrate bound with nucleic acids, if nucleic acid is present in the specimen, through an aqueous-based separation gel into an elution buffer or a non-eluting buffer with a magnetic field, wherein the method is performed in an assay vessel, and wherein the aqueous-based separation gel is layered over the lysis buffer and the elution buffer or the non-eluting buffer is layered over the aqueous-based separation gel. a) providing a specimen comprising or suspected of comprising nucleic acids, b) contacting the specimen with a lysis buffer, c) contacting the specimen with a solid substrate for a length of time and under conditions suitable for nucleic acids in the specimen to bind to the solid substrate, wherein said solid substrate is a magnetic microparticle, and d) drawing the solid substrate bound with nucleic acids, if nucleic acid is present in the specimen, through an aqueous-based separation gel into an elution buffer or a non-eluting buffer with a magnetic field,
A continuous gas phase circulating bed olefin polymerization reactor , comprising: a riser for contacting a catalyst and a first gas composition comprising an olefin to form a polyolefin under fast-fluidization regime or a dilute-phase pneumatic conveying regime conditions; a downer for contacting the catalyst and a second gas composition comprising an olefin to form additional polyolefin under fast fluidization regime or a dilute-phase pneumatic conveying regime conditions; a transport section for conveying at least a portion of the catalyst, polyolefin, and additional polyolefin from the downer to the riser , wherein the transport section , the downer and the riser form a circulation loop of the continuous gas phase circulating bed olefin polymerization reactor ; a first gas circulation loop with a first device for circulating the first gas composition through the riser from an outlet of the riser to an inlet of the riser ; a second gas circulation loop with a second device for circulating the second gas composition through the downer from an outlet of the downer to an inlet of the downer ; and a device between the downer and the transport section of the circulation loop for discharging a polymer product particle from the circulation loop that comprises a fluidization/settling chamber for segregating the polymer product particle from the particles of the polyolefin and the additional polyolefin circulating through the riser and downer , wherein the polymer product particle has an average particle size greater than an average particle size of the particles of the polyolefin and the additional polyolefin. a riser for contacting a catalyst and a first gas composition comprising an olefin to form a polyolefin under fast-fluidization regime or a dilute-phase pneumatic conveying regime conditions; a downer for contacting the catalyst and a second gas composition comprising an olefin to form additional polyolefin under fast fluidization regime or a dilute-phase pneumatic conveying regime conditions; a transport section for conveying at least a portion of the catalyst, polyolefin, and additional polyolefin from the downer to the riser , wherein the transport section , the downer and the riser form a circulation loop of the continuous gas phase circulating bed olefin polymerization reactor ; a first gas circulation loop with a first device for circulating the first gas composition through the riser from an outlet of the riser to an inlet of the riser ; a second gas circulation loop with a second device for circulating the second gas composition through the downer from an outlet of the downer to an inlet of the downer ; and a device between the downer and the transport section of the circulation loop for discharging a polymer product particle from the circulation loop that comprises a fluidization/settling chamber for segregating the polymer product particle from the particles of the polyolefin and the additional polyolefin circulating through the riser and downer , wherein the polymer product particle has an average particle size greater than an average particle size of the particles of the polyolefin and the additional polyolefin.
An insulating structure for an appliance, the insulating structure comprising: an outer layer and an inner layer, wherein an insulating cavity is defined therebetween; a plurality of hollow nano-spheres made from a glass material disposed within the insulating cavity , wherein each hollow nano-sphere of the plurality of hollow nano-spheres includes a diameter in a range of from approximately 50 nanometers to approximately 1000 nanometers and has a wall that defines an internal space wherein an internal pressure of approximately 1 millibar is present; wherein the plurality of hollow nano-spheres define a plurality of nano-sphere formations including strands of connected nano-spheres in turn defining porous spaces between said strands of connected nano-spheres; and a fill material disposed in the insulating cavity and wherein the fill material is disposed in an interstitial space defined between the plurality of hollow nano-spheres . comprising: an outer layer and an inner layer, wherein an insulating cavity is defined therebetween; a plurality of hollow nano-spheres made from a glass material disposed within the insulating cavity , wherein each hollow nano-sphere of the plurality of hollow nano-spheres includes a diameter in a range of from approximately 50 nanometers to approximately 1000 nanometers and has a wall that defines an internal space wherein an internal pressure of approximately 1 millibar is present; wherein the plurality of hollow nano-spheres define a plurality of nano-sphere formations including strands of connected nano-spheres in turn defining porous spaces between said strands of connected nano-spheres; and a fill material disposed in the insulating cavity and wherein the fill material is disposed in an interstitial space defined between the plurality of hollow nano-spheres .
Valve assembly for household appliances such as washing machines and/or dishwashers comprising: • a valve body , in turn comprising: at least one inlet duct ; at least one outlet duct and at least one intermediate portion for joining said at least one inlet duct and said at least one outlet duct ; • at least one electrovalve located proximal to said at least one intermediate portion , each one of the electrovalves being adapted to allow, when open, a fluid to flow from said at least one inlet duct towards a respective outlet duct ; • at least one measurement device , directly connected to the valve body ; said at least one measurement device comprises at least one sensor adapted to take a measurement for determining at least one physical characteristic of the fluid flowing in said valve assembly; each one of the electrovalves comprises a first electronic circuit at least adapted to conduct an electric control signal from a control unit (G) to the respective electrovalve ; said at least one measurement device comprises a second electronic circuit at least adapted to conduct the electric signals exchanged between said control unit (G) and said at least one sensor ; said first electronic circuits and said second electronic circuit are implemented on a single stripboard or printed circuit board ; said electrovalve and said at least one measurement device are mechanically connected directly to said single stripboard or printed circuit board ; the valve assembly being characterized in that said at least one measurement device is a flow measurement device comprising said at least one sensor for taking a flow measurement and further being characterised in that said electrovalve comprises interference fitting elements for mechanically fastening said at least one electrovalve to the stripboard or printed circuit board , in that the electric connection of said at least one electrovalve to the stripboard or printed circuit board is established via interference fitting means using the so-called press-fit technology and in that said at least one electrovalve comprises at least two electrovalves . • a valve body , in turn comprising: at least one inlet duct ; at least one outlet duct and at least one intermediate portion for joining said at least one inlet duct and said at least one outlet duct ; • at least one electrovalve located proximal to said at least one intermediate portion , each one of the electrovalves being adapted to allow, when open, a fluid to flow from said at least one inlet duct towards a respective outlet duct ; • at least one measurement device , directly connected to the valve body ; said at least one measurement device comprises at least one sensor adapted to take a measurement for determining at least one physical characteristic of the fluid flowing in said valve assembly;
A pump assembly with an electrical drive motor which is arranged in a stator housing and with an electronics housing which is connected to the stator housing and in which at least one circuit board with electronic components is arranged, said components being necessary for the control or closed-loop control of the drive motor, wherein at least one separate connection element which is designed a plastic moulded part is arranged on or in the electronics housing , said connection element being designed as a main connection element and comprising the one first electrical plug connector which is connected to a corresponding electrical plug-in coupling on the circuit board , as well as comprising a second electrical plug connector which is connected to the first electrical plug connector via strip conductors and which is provided for the connection of a mains connection lead and the interior of the electronics housing is delimited by a wall , in which an opening is formed, characterised in that the connection element with its first plug connector extends through the opening into the interior and the second plug connector is arranged outside the interior and in that the electronics housing is designed as a moulded part of plastic in a two-part manner with a lower part and with a cover which is placed upon the lower part.
An assembly comprising two or more cable trays , each cable tray comprising: - a bottom and two upright sides ; and - a first end extending as a continuation of the bottom and the upright sides and a second end extending as a continuation of the bottom and the upright sides , wherein the width of each cable tray equals the width of the second end over the entire length, except at the first end where the cable tray is less wide; wherein each side of the first end comprises exactly one barb at an end of an opening and each side of the second end comprises exactly one barb opening , or wherein each side of the first end comprises two barbs at an end of respective openings and each side of the second end comprises two barb openings, wherein the barbs and barb openings are placed above one another, wherein each first end and each second end are designed to mate in a sliding manner and to connect in a clickable manner; and, characterised in that a portion of the opening of the first end of a first cable tray of the two or more cable trays extends beyond, and remains uncovered by, the second end of a second cable tray of the two or more cable trays when the first and second cable trays are connected. - a bottom and two upright sides ; and - a first end extending as a continuation of the bottom and the upright sides and a second end extending as a continuation of the bottom and the upright sides , wherein the width of each cable tray equals the width of the second end over the entire length, except at the first end where the cable tray is less wide; wherein each side of the first end comprises exactly one barb at an end of an opening and each side of the second end comprises exactly one barb opening , or wherein each side of the first end comprises two barbs at an end of respective openings and each side of the second end comprises two barb openings, wherein the barbs and barb openings are placed above one another, wherein each first end and each second end are designed to mate in a sliding manner and to connect in a clickable manner; and, characterised in that a portion of the opening of the first end of a first cable tray of the two or more cable trays extends beyond, and remains uncovered by, the second end of a second cable tray of the two or more cable trays when the first and second cable trays are connected.
An image processing device comprising: a unit configured to: decode encoded data of image data to generate quantized transform coefficient data; and inversely quantize the quantized transform coefficient data using a 16x16 quantization matrix, whereby the unit is further configured to generate the 16x16 quantization matrix by duplicating each element in an 8x8 quantization matrix as duplicated elements in the 16x16 quantization matrix; wherein, for an element in the 8x8 quantization matrix, the duplicated elements that are duplicated from that element are positioned in the 16x16 quantization matrix in the following manner: a first duplicated element of the duplicated elements is positioned adjacent to an element and to the right of the element; a second duplicated element of the duplicated elements is positioned adjacent to the element and below the element; a third duplicated element of the duplicated elements is positioned adjacent to the first duplicated element and below the first duplicated element and adjacent to the second duplicated element and to the right of the second duplicated element. decode encoded data of image data to generate quantized transform coefficient data; and inversely quantize the quantized transform coefficient data using a 16x16 quantization matrix, whereby the unit is further configured to generate the 16x16 quantization matrix by duplicating each element in an 8x8 quantization matrix as duplicated elements in the 16x16 quantization matrix; wherein, for an element in the 8x8 quantization matrix, the duplicated elements that are duplicated from that element are positioned in the 16x16 quantization matrix in the following manner: a first duplicated element of the duplicated elements is positioned adjacent to an element and to the right of the element; a second duplicated element of the duplicated elements is positioned adjacent to the element and below the element; a third duplicated element of the duplicated elements is positioned adjacent to the first duplicated element and below the first duplicated element and adjacent to the second duplicated element and to the right of the second duplicated element. a first duplicated element of the duplicated elements is positioned adjacent to an element and to the right of the element; a second duplicated element of the duplicated elements is positioned adjacent to the element and below the element; a third duplicated element of the duplicated elements is positioned adjacent to the first duplicated element and below the first duplicated element and adjacent to the second duplicated element and to the right of the second duplicated element.