mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-zone combustor , comprising: a pre-mixer configured to output a first mixture to a primary zone of a combustor section ; and a stepped center body disposed in a first annulus defined within the pre-mixer and including: an outer body configured to output at a first radial and axial step a second mixture to a secondary zone of the combustor section downstream of the primary zone, and an inner body positioned within the outer body , thereby defining a second annulus between the outer body and the inner body , the inner body being configured to output at a second radial and axial step a third mixture to a tertiary zone of the combustor section downstream of the secondary zone; wherein the second mixture and the third mixture are each output in a co-rotation condition. a pre-mixer configured to output a first mixture to a primary zone of a combustor section ; and a stepped center body disposed in a first annulus defined within the pre-mixer and including: an outer body configured to output at a first radial and axial step a second mixture to a secondary zone of the combustor section downstream of the primary zone, and an inner body positioned within the outer body , thereby defining a second annulus between the outer body and the inner body , the inner body being configured to output at a second radial and axial step a third mixture to a tertiary zone of the combustor section downstream of the secondary zone; wherein the second mixture and the third mixture are each output in a co-rotation condition. an outer body configured to output at a first radial and axial step a second mixture to a secondary zone of the combustor section downstream of the primary zone, and an inner body positioned within the outer body , thereby defining a second annulus between the outer body and the inner body , the inner body being configured to output at a second radial and axial step a third mixture to a tertiary zone of the combustor section downstream of the secondary zone; wherein the second mixture and the third mixture are each output in a co-rotation condition.
A box for storing produce comprising: a base comprising a front panel , a rear panel , and a pair of opposing side panels , wherein the front, rear, and opposing side panels define a top opening, wherein the base comprises at least one cutout extending inwardly from a top edge of a select one or more of the front, rear, and opposing side panels adjacent to the top opening, wherein the at least one cutout has a substantially rectangular shape; and a lid comprising a front panel , a rear panel , and a pair of opposing side panels , wherein the front, rear, and opposing side panels define a top opening, wherein the lid comprises at least one cutout extending inwardly from a top edge of a select one or more of the front, rear, and opposing side panels adjacent to the top opening; wherein the lid is positionable about the base such that the at least one cutout of the lid is aligned with the at least one cutout of the base; characterized in that the cutout in the base extends along about 30% to about 55% of a length of the top edge of the select one or more of the front, rear, and opposing side panels. a base comprising a front panel , a rear panel , and a pair of opposing side panels , wherein the front, rear, and opposing side panels define a top opening, wherein the base comprises at least one cutout extending inwardly from a top edge of a select one or more of the front, rear, and opposing side panels adjacent to the top opening, wherein the at least one cutout has a substantially rectangular shape; and a lid comprising a front panel , a rear panel , and a pair of opposing side panels , wherein the front, rear, and opposing side panels define a top opening, wherein the lid comprises at least one cutout extending inwardly from a top edge of a select one or more of the front, rear, and opposing side panels adjacent to the top opening; wherein the lid is positionable about the base such that the at least one cutout of the lid is aligned with the at least one cutout of the base; characterized in that the cutout in the base extends along about 30% to about 55% of a length of the top edge of the select one or more of the front, rear, and opposing side panels.
Device (D) for connecting cladding elements placed end-to-end of an external covering to be fixed on a framework being itself fixed to a facade, the device comprising at least one connection assembly and pre-formed end-to-end cladding elements to accommodate it, said connecting assembly being formed of a slat on the same side of which project two spikes , each spike cooperating with a hole made in the end of a different cladding element, CHARACTERIZED BY THE FACT THAT it comprises two connecting assemblies formed by a slat equipped with two spikes : - a first connecting assembly cooperating with holes drilled in the cladding elements perpendicular to the facade to which the cladding elements are fixed, - a second connecting assembly cooperating with holes drilled in the cladding elements parallel to the surface to which the cladding elements are fixed. - a first connecting assembly cooperating with holes drilled in the cladding elements perpendicular to the facade to which the cladding elements are fixed, - a second connecting assembly cooperating with holes drilled in the cladding elements parallel to the surface to which the cladding elements are fixed.
An assay for detecting lung cancer a subject, the assay comprising: subjecting a bronchial brushing or nose epithelial sample obtained from a subject to at least one analysis to determine the level of expression of miR-146a-5p wherein an expression level of which is decreased relative to a reference level, indicates the presence of lung cancer; and wherein the reference level is the level in a population of subjects who do not have or are not diagnosed as having, or do not exhibit signs or symptoms of lung cancer. subjecting a bronchial brushing or nose epithelial sample obtained from a subject to at least one analysis to determine the level of expression of miR-146a-5p wherein an expression level of which is decreased relative to a reference level, indicates the presence of lung cancer; and wherein the reference level is the level in a population of subjects who do not have or are not diagnosed as having, or do not exhibit signs or symptoms of lung cancer.
A liquid discharge head , comprising: an actuator configured to expand and contract a pressure chamber; and a drive circuit configured to apply a first drive waveform to cause the actuator to discharge a liquid droplet at a first speed, and then a second drive waveform after the first drive waveform to cause the actuator to discharge a liquid droplet at a second speed slower than the first speed; wherein during a dot formation period, no drive waveform to discharge a liquid droplet is applied to the actuator after the second drive waveform is applied; characterised in that the drive circuit is configured such that the dot formation period is divided into a plurality of frames, and the drive circuit is configured to repeatedly apply the first drive waveform to the actuator for multiple consecutive frames of the plurality of frames, and then one second drive waveform to the actuator during a frame immediately subsequent to last frame of the multiple consecutive frames of the plurality of frames. an actuator configured to expand and contract a pressure chamber; and a drive circuit configured to apply a first drive waveform to cause the actuator to discharge a liquid droplet at a first speed, and then a second drive waveform after the first drive waveform to cause the actuator to discharge a liquid droplet at a second speed slower than the first speed; wherein during a dot formation period, no drive waveform to discharge a liquid droplet is applied to the actuator after the second drive waveform is applied; characterised in that the drive circuit is configured such that the dot formation period is divided into a plurality of frames, and the drive circuit is configured to repeatedly apply the first drive waveform to the actuator for multiple consecutive frames of the plurality of frames, and then one second drive waveform to the actuator during a frame immediately subsequent to last frame of the multiple consecutive frames of the plurality of frames.
A method of managing data use by a user device , the method performed at the user device and comprising: receiving a request, from a user of the user device, for desired media content; detecting the user device's supported media resolution; determining whether the user device is linked to a source of the desired media content via a wireless channel constrained by an accumulated data-usage limit over a given time period; calculating a usage pattern of the user of the user device; deriving a data-usage rate, using the calculated usage pattern of the user, that would allow the user to avoid passing the accumulated data-usage limit over the given time period; and requesting and obtaining the desired media content from the source of the desired media content at an optimized media resolution that overrides a default media resolution of the user device or an application running thereon, wherein the optimized media resolution would result in a data-usage rate for obtaining the desired media content that is less than or equal to the derived data-usage rate, wherein the optimized media resolution is lower than or equal to the user device's supported media resolution. receiving a request, from a user of the user device, for desired media content; detecting the user device's supported media resolution; determining whether the user device is linked to a source of the desired media content via a wireless channel constrained by an accumulated data-usage limit over a given time period; calculating a usage pattern of the user of the user device; deriving a data-usage rate, using the calculated usage pattern of the user, that would allow the user to avoid passing the accumulated data-usage limit over the given time period; and requesting and obtaining the desired media content from the source of the desired media content at an optimized media resolution that overrides a default media resolution of the user device or an application running thereon, wherein the optimized media resolution would result in a data-usage rate for obtaining the desired media content that is less than or equal to the derived data-usage rate, wherein the optimized media resolution is lower than or equal to the user device's supported media resolution.
Material (MAT) comprising a first compound (COMP1) and a second compound (COMP2), said first and second compounds (COMP1, COMP2) comprising a bi-pyridine or pyridine group (PYR) comprising itself an N-oxide (N-O) group, said N-oxide (N-O) group being bound to a metal cation of the ns 2 type of the P group, and said material (MAT) being characterised in that said second compound (COMP2) is obtained from a compound identical to the first compound (COMP1), ground.
A method of chamfering at least one edge of a tooth on a bevel gear having a plurality of teeth with a rotatable chamfering cutter having a plurality of cutting blades, said chamfering process including and said chamfering cutter being designed for a hobbing motion where both a bevel gear and the chamfering cutter rotate in synchronization based on their ratio, and said method comprising: selecting at least one tooth edge of a tooth for chamfering, determining the geometry of the tooth flank of the tooth and determining the geometry of the chamfering cutter, including number of cutting blades, nominal outside diameter, cutter hand and cutter flare angle, defining for said at least one tooth edge a plurality of edge points located along said at least one tooth edge, determining an orientation of said chamfering cutter at each of said edge points, determining a path of chamfer cutter travel between each of said edge points, said determining taking into consideration the hobbing motion, rotating said chamfer cutter in said hobbing motion and moving said chamfer cutter relative to said at least one tooth edge along said path of chamfer cutter travel to produce a desired chamfer on said at least one tooth edge, said chamfer cutter transitioning from a determined orientation at one point to a determined orientation at a successive point for all edge points along said path of chamfer cutter travel on said tooth edge, wherein said method of chamfering is carried out without a teaching step. selecting at least one tooth edge of a tooth for chamfering, determining the geometry of the tooth flank of the tooth and determining the geometry of the chamfering cutter, including number of cutting blades, nominal outside diameter, cutter hand and cutter flare angle, defining for said at least one tooth edge a plurality of edge points located along said at least one tooth edge, determining an orientation of said chamfering cutter at each of said edge points, determining a path of chamfer cutter travel between each of said edge points, said determining taking into consideration the hobbing motion, rotating said chamfer cutter in said hobbing motion and moving said chamfer cutter relative to said at least one tooth edge along said path of chamfer cutter travel to produce a desired chamfer on said at least one tooth edge, said chamfer cutter transitioning from a determined orientation at one point to a determined orientation at a successive point for all edge points along said path of chamfer cutter travel on said tooth edge, wherein said method of chamfering is carried out without a teaching step.
A communication system comprising: a plurality of first communication control devices constituting a mesh network connected between a first device and a network communication network; and a second communication control device connected between a second device and the network communication network, the first communication control devices each including: a wireless communication unit configured to perform wireless communication; and a controller configured to, when receiving data to be transmitted via the wireless communication unit from the first device to the second device, determine a communication path in the mesh network to transmit the data to the network communication network from the first communication control device that receives the data, perform mutual authentication with the second communication control device communicating via the communication path and the network communication network, and thereafter transmit encrypted data obtained by encrypting the data to the second communication control device. a plurality of first communication control devices constituting a mesh network connected between a first device and a network communication network; and a second communication control device connected between a second device and the network communication network, the first communication control devices each including: a wireless communication unit configured to perform wireless communication; and a controller configured to, when receiving data to be transmitted via the wireless communication unit from the first device to the second device, determine a communication path in the mesh network to transmit the data to the network communication network from the first communication control device that receives the data, perform mutual authentication with the second communication control device communicating via the communication path and the network communication network, and thereafter transmit encrypted data obtained by encrypting the data to the second communication control device. a wireless communication unit configured to perform wireless communication; and a controller configured to, when receiving data to be transmitted via the wireless communication unit from the first device to the second device, determine a communication path in the mesh network to transmit the data to the network communication network from the first communication control device that receives the data, perform mutual authentication with the second communication control device communicating via the communication path and the network communication network, and thereafter transmit encrypted data obtained by encrypting the data to the second communication control device.
A medical device delivery system , comprising: an elongate member ; a medical device disposed within a distal portion of the elongate member , the medical device comprising a proximal supported structure and a distal unsupported structure ; the medical device configured to move from a first position, in which the supported structure is disposed within the distal portion of the elongate member in a first configuration, to a second position in which the supported structure extends beyond a distal end of the elongate member in a second configuration; a plurality of balloons configured to be disposed within the distal portion of the elongate member and the unsupported structure ; and a fluid delivery lumen extending through the elongate member , a proximal end of the fluid delivery lumen configured to fluidly connect to a fluid source and a distal end of the fluid delivery lumen in fluid communication with the plurality of balloons ; wherein each balloon of the plurality of balloons is configured to be in a concertinaed configuration; wherein the unsupported structure is configured to be in a concertinaed configuration over the plurality of balloons ; and wherein a distal end of the unsupported structure is attached to a distal balloon of the plurality of balloons . an elongate member ; a medical device disposed within a distal portion of the elongate member , the medical device comprising a proximal supported structure and a distal unsupported structure ; the medical device configured to move from a first position, in which the supported structure is disposed within the distal portion of the elongate member in a first configuration, to a second position in which the supported structure extends beyond a distal end of the elongate member in a second configuration; a plurality of balloons configured to be disposed within the distal portion of the elongate member and the unsupported structure ; and a fluid delivery lumen extending through the elongate member , a proximal end of the fluid delivery lumen configured to fluidly connect to a fluid source and a distal end of the fluid delivery lumen in fluid communication with the plurality of balloons ; wherein each balloon of the plurality of balloons is configured to be in a concertinaed configuration; wherein the unsupported structure is configured to be in a concertinaed configuration over the plurality of balloons ; and wherein a distal end of the unsupported structure is attached to a distal balloon of the plurality of balloons .
Leveling shim for building, comprising a plastic plate , flexible coupling means and through holes , characterized in that said coupling means are adapted to be housed in at least one cavity of the plate , and that the leveling shim comprises at least one coupling through hole .
A hydrogel forming composition comprising: a) At least one water-soluble (meth)acrylic compound, b) At least one free-radical initiator, c) Optionally at least one accelerator, d) At least one solid particulate filler, and e) Water, wherein the at least one solid particulate filler comprises 1 - 35 wt.-% of the total weight of the hydrogel forming composition and wherein the weight ratio of the total amount of said at least one water-soluble (meth)acrylic compound to the amount of water is in the range of 0.1:1 to 5:1 and wherein the at least one solid particulate filler is selected from the group consisting of precipitated silica, fumed silica, diatomaceous earth, calcium silicate, precipitated calcium carbonate, particulate silica, and phonolite and wherein the at least one solid particulate filler has a median particle size d 50 of 1.0 - 100.0 μm. a) At least one water-soluble (meth)acrylic compound, b) At least one free-radical initiator, c) Optionally at least one accelerator, d) At least one solid particulate filler, and e) Water, wherein the at least one solid particulate filler comprises 1 - 35 wt.-% of the total weight of the hydrogel forming composition and wherein the weight ratio of the total amount of said at least one water-soluble (meth)acrylic compound to the amount of water is in the range of 0.1:1 to 5:1 and wherein the at least one solid particulate filler is selected from the group consisting of precipitated silica, fumed silica, diatomaceous earth, calcium silicate, precipitated calcium carbonate, particulate silica, and phonolite and wherein the at least one solid particulate filler has a median particle size d 50 of 1.0 - 100.0 μm.
A charging roller comprising: a shaft ; and an elastic layer and a surface layer which are sequentially formed on the outer circumference of the shaft, wherein the surface layer is composed of a mixture of a surface layer resin composition and particles, the surface layer resin composition comprises a urethane resin composed of a polyol having an ester skeleton and an isocyanate having an aromatic ring, the surface layer resin composition has a tensile elongation at break of 51% or greater, and the particles have a reaction force of 1.0 to 10.3 mN under 1-μm compression. a shaft ; and an elastic layer and a surface layer which are sequentially formed on the outer circumference of the shaft, wherein the surface layer is composed of a mixture of a surface layer resin composition and particles, the surface layer resin composition comprises a urethane resin composed of a polyol having an ester skeleton and an isocyanate having an aromatic ring, the surface layer resin composition has a tensile elongation at break of 51% or greater, and the particles have a reaction force of 1.0 to 10.3 mN under 1-μm compression.
A method for determining the abundance and location of multiple analytes in a biological sample, the method comprising: (a) providing a first substrate and a biological sample mounted thereon, wherein the first substrate comprises a plurality of first capture probes, wherein a first capture probe of the plurality of first capture probes comprises (i) a first spatial barcode and (ii) a first capture domain; (b) aligning a second substrate on the opposite side of the first substrate relative to the biological sample, thereby sandwiching the first substrate, the biological sample, and the second substrate, wherein the second substrate comprises a plurality of second capture probes, wherein a second capture probe of the plurality of second capture probes comprises (i) a second spatial barcode and (ii) a second capture domain; (c) adding a permeabilization buffer to the biological sample, thereby promoting migration of the first analyte and the second analyte from the biological sample; and (d) hybridizing a first analyte of the multiple analytes to the first capture domain and hybridizing a second analyte of the multiple analytes to the second capture domain. (a) providing a first substrate and a biological sample mounted thereon, wherein the first substrate comprises a plurality of first capture probes, wherein a first capture probe of the plurality of first capture probes comprises (i) a first spatial barcode and (ii) a first capture domain; (b) aligning a second substrate on the opposite side of the first substrate relative to the biological sample, thereby sandwiching the first substrate, the biological sample, and the second substrate, wherein the second substrate comprises a plurality of second capture probes, wherein a second capture probe of the plurality of second capture probes comprises (i) a second spatial barcode and (ii) a second capture domain; (c) adding a permeabilization buffer to the biological sample, thereby promoting migration of the first analyte and the second analyte from the biological sample; and (d) hybridizing a first analyte of the multiple analytes to the first capture domain and hybridizing a second analyte of the multiple analytes to the second capture domain.