mhurhangee/patent-ind-claim-en huggingface dataset:
A sprinkler comprising: a base assembly including a bearing ; a stem mounted rotatably in the bearing; a nozzle ; a diffuser assembly ; and a cage assembly extending between the diffuser assembly and the base assembly ; wherein said sprinkler is a rotary nozzle sprinkler; an elbow is coupled at a proximal end to and rotatable with the stem and includes an elbow bend; said nozzle is secured to a distal end of the elbow downstream of the elbow bend; said diffuser assembly includes a brake mechanism cooperable with the elbow; characterized by : the cage assembly being configured to clock around the base assembly with rotation of the elbow . a base assembly including a bearing ; a stem mounted rotatably in the bearing; a nozzle ; a diffuser assembly ; and a cage assembly extending between the diffuser assembly and the base assembly ; wherein said sprinkler is a rotary nozzle sprinkler; an elbow is coupled at a proximal end to and rotatable with the stem and includes an elbow bend; said nozzle is secured to a distal end of the elbow downstream of the elbow bend; said diffuser assembly includes a brake mechanism cooperable with the elbow; characterized by : the cage assembly being configured to clock around the base assembly with rotation of the elbow .
A method for instant processing of a message, the method comprises: receiving a message from a client ; and determining whether the message qualifies to be delivered via a direct delivery system ; wherein, if it is determined that the message does not qualify to be delivered via the direct delivery system , the message is sent utilizing a processing hub configured with an email protocol, the processing hub performing a number of operations on the message ; and wherein, if it is determined that the message does qualify to be delivered via the direct delivery system , the message is sent using the direct delivery system configured to write the message in a mailbox of one or more recipients, the direct delivery system performing only a subset of operations performed by the processing hub , wherein the subset includes at least one operation selected from a group comprising malware scanning, compliance checking, and SPAM filtering. receiving a message from a client ; and determining whether the message qualifies to be delivered via a direct delivery system ; wherein, if it is determined that the message does not qualify to be delivered via the direct delivery system , the message is sent utilizing a processing hub configured with an email protocol, the processing hub performing a number of operations on the message ; and wherein, if it is determined that the message does qualify to be delivered via the direct delivery system , the message is sent using the direct delivery system configured to write the message in a mailbox of one or more recipients, the direct delivery system performing only a subset of operations performed by the processing hub , wherein the subset includes at least one operation selected from a group comprising malware scanning, compliance checking, and SPAM filtering.
An optical cap for a wellbore inspection assembly for use in high temperature and high pressure environments, the optical cap comprising: - an optically clear window element comprising a domed portion and a tubular attachment portion extending from the domed portion and including an end face ; - a metal collar comprising a sleeve portion having a first, forward end and a second, rearward end , an external surface of the second end of the sleeve portion being chamfered to provide a reflection surface , the collar being bonded to the window element by means of brazing, welding or fusing and at least a part of the collar surrounding the attachment portion of the window element such that the second end of the sleeve portion is furthest from the domed portion of the window element , the collar further comprising a radially inwardly extending rib or flange that extends over the end face of the window element ; and - means for securing the optical cap to said inspection assembly. - an optically clear window element comprising a domed portion and a tubular attachment portion extending from the domed portion and including an end face ; - a metal collar comprising a sleeve portion having a first, forward end and a second, rearward end , an external surface of the second end of the sleeve portion being chamfered to provide a reflection surface , the collar being bonded to the window element by means of brazing, welding or fusing and at least a part of the collar surrounding the attachment portion of the window element such that the second end of the sleeve portion is furthest from the domed portion of the window element , the collar further comprising a radially inwardly extending rib or flange that extends over the end face of the window element ; and - means for securing the optical cap to said inspection assembly.
Assembly of laminated glazing , a peripheral seal thereof, a windowpane retainer for clamping the laminated glazing and a mounting structure , the laminated glazing consisting of a transparent structural block comprising at least one sheet , and an external transparent protective sheet , wherein the structural block overhangs relative to the protective sheet , the peripheral seal having a first spacer part between the overhanging part of a main surface of the structural block closest to the protective sheet , and the windowpane retainer for clamping the laminated glazing in order to attach the structural block to the mounting structure , the peripheral seal having a second spacer part between the overhanging part of the main surface of the structural block furthest from the protective sheet , and the mounting structure , characterized in that at least one of a contact surface between said first spacer part and the windowpane retainer and/or a contact surface between said second spacer part and the mounting structure approach(es) the structural block , from the edge of said structural block toward the central part thereof.
An extract of a herbal composition, comprising at least two dried plants selected among Filipendula ulmaria, Camellia sinensis and Arctostaphylos uva-ursi and at least one plant selected among Vitis vinifera var. tinctoria, Eugenia caryophyllus and Desmodium adscendens.
A color chart device , comprising: • a color chart which comprises a plurality of reference colors which are different from one another, wherein the color chart comprises a transparent or translucent detection region , by means of which a color of a hair tuft can be detected; and • a hair clip device formed on the color chart , which is designed to clamp a hair tuft, the hair color of which is to be detected in the detection region, characterized in that • the color chart comprises a planar support and the hair clip device is part of the planar support and, wherein the color chart comprises a folding region in which the color chart is designed to be foldable, such that, in the open position, a gap is formed which is designed to receive a hair tuft. • a color chart which comprises a plurality of reference colors which are different from one another, wherein the color chart comprises a transparent or translucent detection region , by means of which a color of a hair tuft can be detected; and • a hair clip device formed on the color chart , which is designed to clamp a hair tuft, the hair color of which is to be detected in the detection region, characterized in that • the color chart comprises a planar support and the hair clip device is part of the planar support and, wherein the color chart comprises a folding region in which the color chart is designed to be foldable, such that, in the open position, a gap is formed which is designed to receive a hair tuft.
A lower closure portion for use in a dispensing closure system comprising a container; a dispensing head; and an upper closure portion receiving the dispensing head; the lower closure portion including: an outer skirt comprising an inwardly threaded interior portion for threadedly engaging a neck of a container; an inwardly threaded portion on an annular recess for threadedly mating with an annular neck extending from an upper closure portion such that the lower closure portion is axially movable relative to the upper closure portion when assembled therewith and upon rotation thereof; the lower closure portion further comprising an axial flow conduit ; a vent conduit adjacent to the flow conduit ; and a seal disposed on an upper surface of said lower closure portion over the flow conduit and the vent conduit for obstructing the axial flow conduit and for creating a seal for use during shipping of a dispenser comprising the lower closure portion . an outer skirt comprising an inwardly threaded interior portion for threadedly engaging a neck of a container; an inwardly threaded portion on an annular recess for threadedly mating with an annular neck extending from an upper closure portion such that the lower closure portion is axially movable relative to the upper closure portion when assembled therewith and upon rotation thereof; the lower closure portion further comprising an axial flow conduit ; a vent conduit adjacent to the flow conduit ; and a seal disposed on an upper surface of said lower closure portion over the flow conduit and the vent conduit for obstructing the axial flow conduit and for creating a seal for use during shipping of a dispenser comprising the lower closure portion .
Brush for application of a hair coloring and/or care product, comprising: - a handle - a product applicator projecting from the handle , the applicator comprising crimped fibers , characterized in that the crimped fibers are between 0.30 mm and 0.38 mm thick, the thickness of each crimped fiber being constant over the entire length of the crimped fiber such that the cut finish of the crimped fibers at the top edge of the applicator is rough, and the crimp wave length (B) is between 2.0 mm and 4.0 mm. - a handle - a product applicator projecting from the handle , the applicator comprising crimped fibers ,
A drill , comprising: a bar-shaped drill body ; a major cutting edge which is located at a front end of the drill body and has a straight-line region in a front view; a minor cutting edge which is adjacent to the major cutting edge and is located close to the rear end of the drill body ; a chip discharge flute which is located along an outer periphery of the drill body and is extended spirally around a rotation axis (X1) of the drill body in a direction from behind the major cutting edge toward a rear end of the drill body ; and a major rake surface located between the major cutting edge and the chip discharge flute and along the major cutting edge , wherein the major rake surface comprises a flat region located along the straight-line region and a recessed region which is located between the flat region and the chip discharge flute and is more recessed than the chip discharge flute , characterised in that the flat region and the chip discharge flute are smoothly connected to each other via the recessed region , and in that the flat region is away from the minor cutting edge . a bar-shaped drill body ; a major cutting edge which is located at a front end of the drill body and has a straight-line region in a front view; a minor cutting edge which is adjacent to the major cutting edge and is located close to the rear end of the drill body ; a chip discharge flute which is located along an outer periphery of the drill body and is extended spirally around a rotation axis (X1) of the drill body in a direction from behind the major cutting edge toward a rear end of the drill body ; and a major rake surface located between the major cutting edge and the chip discharge flute and along the major cutting edge , wherein the major rake surface comprises a flat region located along the straight-line region and a recessed region which is located between the flat region and the chip discharge flute and is more recessed than the chip discharge flute , characterised in that the flat region and the chip discharge flute are smoothly connected to each other via the recessed region , and in that the flat region is away from the minor cutting edge .
A film comprising: A) a porous polyethylene membrane comprising: i) a weight average molecular weight of greater than 500,000 grams/mole; ii) a porosity of at least 40%, when measured according to the porosity test method described herein; iii) a Gurley number of less than 200 seconds, when measured according to the Gurley test method described herein; and B) a hydrophilic polymer filing at least a portion of the pores of the porous polyethylene membrane; wherein the film comprises: a) a moisture vapor transmission rate of greater than or equal to 2500 grams/meter 2 /day, when measured according to the Moisture Vapor Transmission Rate Test Protocol described herein; b) a weight of less than 30 grams/meter 2 ; and c) wherein the porous polyethylene membrane in the film has a DSC endothermic peak at 135°C or below, when measured according to the Differential Scanning Calorimetry test method described herein. A) a porous polyethylene membrane comprising: i) a weight average molecular weight of greater than 500,000 grams/mole; ii) a porosity of at least 40%, when measured according to the porosity test method described herein; iii) a Gurley number of less than 200 seconds, when measured according to the Gurley test method described herein; and i) a weight average molecular weight of greater than 500,000 grams/mole; ii) a porosity of at least 40%, when measured according to the porosity test method described herein; iii) a Gurley number of less than 200 seconds, when measured according to the Gurley test method described herein; and B) a hydrophilic polymer filing at least a portion of the pores of the porous polyethylene membrane; a) a moisture vapor transmission rate of greater than or equal to 2500 grams/meter 2 /day, when measured according to the Moisture Vapor Transmission Rate Test Protocol described herein; b) a weight of less than 30 grams/meter 2 ; and c) wherein the porous polyethylene membrane in the film has a DSC endothermic peak at 135°C or below, when measured according to the Differential Scanning Calorimetry test method described herein.
A housing for a battery pack, wherein the housing comprises: a main body , wherein the main body comprises a battery accommodation space, and the battery accommodation space is configured to accommodate a battery; and an installation panel , wherein the installation panel and the main body are separately formed, the installation panel is installed at the main body, and the installation panel comprises a base and a connection device installation portion connected to the base , and the connection device installation portion is where a connection device is to be installed and the connection device is connected to the battery, wherein the connection device installation portion comprises a high-voltage installation portion , and the high-voltage installation portion comprises a positive installation portion and a negative installation portion, and wherein the negative installation portion comprises a negative output installation portion where overall output negative terminal of the battery pack is to be installed, characterized in that , the positive installation portion comprises a safety device installation portion where a safety device of the battery pack is to be installed and a positive output installation portion where an overall output positive terminal of the battery pack is to be installed, and the safety device installation portion is disposed between the positive output installation portion and the negative output installation portion in a length direction of the installation panel . a main body , wherein the main body comprises a battery accommodation space, and the battery accommodation space is configured to accommodate a battery; and an installation panel , wherein the installation panel and the main body are separately formed, the installation panel is installed at the main body, and the installation panel comprises a base and a connection device installation portion connected to the base , and the connection device installation portion is where a connection device is to be installed and the connection device is connected to the battery, wherein the connection device installation portion comprises a high-voltage installation portion , and the high-voltage installation portion comprises a positive installation portion and a negative installation portion, and wherein the negative installation portion comprises a negative output installation portion where overall output negative terminal of the battery pack is to be installed, characterized in that , the positive installation portion comprises a safety device installation portion where a safety device of the battery pack is to be installed and a positive output installation portion where an overall output positive terminal of the battery pack is to be installed, and the safety device installation portion is disposed between the positive output installation portion and the negative output installation portion in a length direction of the installation panel .
A method for determining a bodily characteristic, comprising: collecting sets of reflected backscatter data for a sequence of ultra-wideband (UWB) pulses transmitted via an UWB sensor comprising an array of transmit (TX) and receive (RX) antenna pairs positioned on a body of a user, and a corresponding calibration measurement from a calibration channel in the UWB sensor; determining reflection coefficients for each tissue interface based on the sets of reflected backscatter data, the reflection coefficients determined from reflection profiles based upon the reflected backscatter data for that sequence of UWB pulses and the corresponding calibration measurement, the reflection profile associated with a model of tissue layers in the body between the UWB sensor and lung tissue; and determining a fluid level content of the lung tissue based upon the reflection coefficients, wherein the sets of reflected backscatter data comprise reflected backscatter data obtained for each of the TX and RX antenna pairs in the UWB sensor that is combined to generate a wideband beamformed signal for each set of reflected backscatter data, and characterized in that the reflection profiles are determined based upon sparse deconvolution of the wideband beamformed signal of that set of reflected backscatter data using a compensated UWB pulse shape that is based upon the corresponding calibration measurement, wherein the compensated UWB pulse shape is compensated for temperature changes. collecting sets of reflected backscatter data for a sequence of ultra-wideband (UWB) pulses transmitted via an UWB sensor comprising an array of transmit (TX) and receive (RX) antenna pairs positioned on a body of a user, and a corresponding calibration measurement from a calibration channel in the UWB sensor; determining reflection coefficients for each tissue interface based on the sets of reflected backscatter data, the reflection coefficients determined from reflection profiles based upon the reflected backscatter data for that sequence of UWB pulses and the corresponding calibration measurement, the reflection profile associated with a model of tissue layers in the body between the UWB sensor and lung tissue; and determining a fluid level content of the lung tissue based upon the reflection coefficients, wherein the sets of reflected backscatter data comprise reflected backscatter data obtained for each of the TX and RX antenna pairs in the UWB sensor that is combined to generate a wideband beamformed signal for each set of reflected backscatter data, and characterized in that the reflection profiles are determined based upon sparse deconvolution of the wideband beamformed signal of that set of reflected backscatter data using a compensated UWB pulse shape that is based upon the corresponding calibration measurement, wherein the compensated UWB pulse shape is compensated for temperature changes.
A method for motion tracking of a subject in medical brain imaging, wherein the subject is positioned in a scanner borehole of a medical scanner (30, 30', 30"), the method comprising providing a light projector and a first camera , wherein providing a light projector and a first camera comprises providing first optical fibers having proximal ends and distal ends , wherein the proximal ends of the first optical fibers are optically coupled to the light projector and the distal ends of the first optical fibers are positioned within the scanner borehole ; projecting a first pattern sequence (S1) onto a surface region of the subject with the light projector , the first pattern sequence comprising a first primary pattern (P 1,1 ); wherein the first pattern sequence (S1) is projected through the first optical fibers ; detecting the projected first pattern sequence (S1') with the first camera; and determining motion tracking parameters based on the detected first pattern sequence (S1'), wherein the first optical fibers comprises at least 100 optical fibers, and wherein the projector comprises a light modulator. providing a light projector and a first camera , wherein providing a light projector and a first camera comprises providing first optical fibers having proximal ends and distal ends , wherein the proximal ends of the first optical fibers are optically coupled to the light projector and the distal ends of the first optical fibers are positioned within the scanner borehole ; projecting a first pattern sequence (S1) onto a surface region of the subject with the light projector , the first pattern sequence comprising a first primary pattern (P 1,1 ); wherein the first pattern sequence (S1) is projected through the first optical fibers ; detecting the projected first pattern sequence (S1') with the first camera; and determining motion tracking parameters based on the detected first pattern sequence (S1'), wherein the first optical fibers comprises at least 100 optical fibers, and wherein the projector comprises a light modulator.
A portable apparatus for acquiring images of a skin surface, this apparatus comprising: - an image acquisition camera , - a storage medium for storing images acquired by the camera, - multiple light-emitting diodes for illuminating a common area of the skin surface, these light-emitting diodes comprising white and colored light-emitting diodes, - a power supply , - a distance sensor for measuring the distance between the camera and the skin surface , - a processing unit connected to the distance sensor and configured to signal when the skin surface is within the depth of field of the camera , characterized in that it comprises a display screen and the processing unit is configured to simultaneously display a video stream acquired in white light to visualize the morphology of the skin surface and a graphic representation of the oxygenation level in color levels on the skin surface with a display of the average oxygenation rate. - an image acquisition camera , - a storage medium for storing images acquired by the camera, - multiple light-emitting diodes for illuminating a common area of the skin surface, these light-emitting diodes comprising white and colored light-emitting diodes, - a power supply , - a distance sensor for measuring the distance between the camera and the skin surface , - a processing unit connected to the distance sensor and configured to signal when the skin surface is within the depth of field of the camera , characterized in that it comprises a display screen and the processing unit is configured to simultaneously display a video stream acquired in white light to visualize the morphology of the skin surface and a graphic representation of the oxygenation level in color levels on the skin surface with a display of the average oxygenation rate.