mhurhangee/patent-ind-claim-en huggingface dataset:
Self-powered vacuum cleaner comprising: - a vacuum unit arranged in order to generate a suction flow and comprising the vacuum cleaner's gripping means, - a vacuum head arranged in order to be traversed by the suction flow and clean a floor to be cleaned, - at least one connecting hose arranged between the vacuum unit and the vacuum head to channel the suction flow from the vacuum head to the vacuum unit , - means of electrical energy storage arranged to supply energy to the vacuum unit, characterised in that the self-powered vacuum cleaner comprises: - pivotal means , arranged to form a pivot link between the connecting hose and the vacuum head or the vacuum unit , in such a way as to authorise a rotation of the vacuum unit with respect to the vacuum head around an axial direction of the connection hose , between one nominal operating position and at least one lying operating position wherein the vacuum unit presents a vertical bulk inferior to a vertical bulk in the nominal operating position, - means of locking arranged in order to lock the pivotal means to the vacuum unit at least in the nominal operating position. - a vacuum unit arranged in order to generate a suction flow and comprising the vacuum cleaner's gripping means, - a vacuum head arranged in order to be traversed by the suction flow and clean a floor to be cleaned, - at least one connecting hose arranged between the vacuum unit and the vacuum head to channel the suction flow from the vacuum head to the vacuum unit , - means of electrical energy storage arranged to supply energy to the vacuum unit, - pivotal means , arranged to form a pivot link between the connecting hose and the vacuum head or the vacuum unit , in such a way as to authorise a rotation of the vacuum unit with respect to the vacuum head around an axial direction of the connection hose , between one nominal operating position and at least one lying operating position wherein the vacuum unit presents a vertical bulk inferior to a vertical bulk in the nominal operating position, - means of locking arranged in order to lock the pivotal means to the vacuum unit at least in the nominal operating position.
A method for generating a magnetic resonance image, the method comprising: generating a main magnetic field through a region of interest; applying a slice selection gradient to a slice of the region of interest; applying a plurality of RF pulses to the slice of the region of interest to generate a plurality of echoes; applying a first encoding gradient in a first direction and simultaneously applying a second encoding gradient in a second direction on each echo during a process of acquiring each echo, wherein an amplitude of the first encoding gradient is always positive or always negative, and the second encoding gradient in the second direction comprises an oscillating waveform, characterized in that an absolute value of the amplitude of the first encoding gradient for acquiring a center region of a k-space is lower than an absolute value of the amplitude of the first encoding gradient for acquiring a peripheral region of the k-space, and the method further comprises: generating, based on the first encoding gradient in the first direction and the second encoding gradient in the second direction, a plurality of undersampled k-space data sets; and generating a magnetic resonance image by applying at least one image reconstruction method to the undersampled k-space data sets. generating a main magnetic field through a region of interest; applying a slice selection gradient to a slice of the region of interest; applying a plurality of RF pulses to the slice of the region of interest to generate a plurality of echoes; applying a first encoding gradient in a first direction and simultaneously applying a second encoding gradient in a second direction on each echo during a process of acquiring each echo, wherein an amplitude of the first encoding gradient is always positive or always negative, and the second encoding gradient in the second direction comprises an oscillating waveform, characterized in that an absolute value of the amplitude of the first encoding gradient for acquiring a center region of a k-space is lower than an absolute value of the amplitude of the first encoding gradient for acquiring a peripheral region of the k-space, and the method further comprises: generating, based on the first encoding gradient in the first direction and the second encoding gradient in the second direction, a plurality of undersampled k-space data sets; and generating a magnetic resonance image by applying at least one image reconstruction method to the undersampled k-space data sets. generating, based on the first encoding gradient in the first direction and the second encoding gradient in the second direction, a plurality of undersampled k-space data sets; and generating a magnetic resonance image by applying at least one image reconstruction method to the undersampled k-space data sets.
A screw for a plasticating apparatus, the screw comprising: a longitudinal axis (A1), the screw being rotatably supportable in a barrel for rotation about the longitudinal axis (A1), the screw having a core and at least one helical flight extending along a length of the screw , the helical flight having a radially outermost flight surface, the helical flight extending in a first threaded direction and defining a first helical path having a first helix angle less than ninety degrees; the helical flight defining a helical channel; and a longitudinal portion (A) of the screw having a plurality of advancing grooves with each advancing groove having at least one closedend, the plurality of advancing grooves being arranged in a noncontinuous helix cut in the screw core in the helical channel of the screw , the plurality of advancing grooves forming a forward helical pathway in the helical channel for conveying material through the helical channel along the at least one helical flight , the advancing grooves being parallel to and having the same first helix angle (H1) as the helical flight ; the longitudinal portion (A) further having at least one undercut surface located radially inwardly from the radially outermost flight surface , characterized in that the at least one undercut surface has a depth that varies at least one of: in a longitudinal direction (Q1) parallel to the plurality of advancing grooves ; and in a direction traverse to the longitudinal direction (Q1). a longitudinal axis (A1), the screw being rotatably supportable in a barrel for rotation about the longitudinal axis (A1), the screw having a core and at least one helical flight extending along a length of the screw , the helical flight having a radially outermost flight surface, the helical flight extending in a first threaded direction and defining a first helical path having a first helix angle less than ninety degrees; the helical flight defining a helical channel; and a longitudinal portion (A) of the screw having a plurality of advancing grooves with each advancing groove having at least one closedend, the plurality of advancing grooves being arranged in a noncontinuous helix cut in the screw core in the helical channel of the screw , the plurality of advancing grooves forming a forward helical pathway in the helical channel for conveying material through the helical channel along the at least one helical flight , the advancing grooves being parallel to and having the same first helix angle (H1) as the helical flight ; the longitudinal portion (A) further having at least one undercut surface located radially inwardly from the radially outermost flight surface , characterized in that the at least one undercut surface has a depth that varies at least one of: in a longitudinal direction (Q1) parallel to the plurality of advancing grooves ; and in a direction traverse to the longitudinal direction (Q1). in a longitudinal direction (Q1) parallel to the plurality of advancing grooves ; and in a direction traverse to the longitudinal direction (Q1).
A diaper having a releasable fastening system, the fastening system comprising: a fastening tab including a segment of hook material having a plurality of outwardly projecting hooking elements; and a segment of loop material disposed at a portion of the diaper remote from the fastening tab, the segment of loop material including a plurality of outwardly projecting loop elements adapted to engage the hooking elements in juxtaposed contacting relation, wherein the loop material comprises a composite sheet of stitch bonded construction including a multi-layer nonwoven substrate with a first plurality of yarn elements extending in stitched relation through the substrate layer to define a ground layer of flat stitches, and wherein the composite sheet of stitch bonded construction further includes a second plurality of yarn elements extending in stitched relation through the substrate layer in zigzag crossing relation between parallel needle lines to define said plurality of outwardly projecting loop elements extending above the ground layer of flat stitches, and wherein the loop material has a weight of not greater than about 45 grams per square meter, characterized in that the multi-layer nonwoven substrate comprises at least one layer of a melt blown nonwoven fibrous material disposed in sandwiched relation between covering layers of spunbond nonwoven fibrous material, and in that the loop material is characterized by a Frasier air permeability of not greater than about 300 CFM per square foot at a differential water pressure of 0.5 inches of water when tested according to ASTM test method D737. a fastening tab including a segment of hook material having a plurality of outwardly projecting hooking elements; and a segment of loop material disposed at a portion of the diaper remote from the fastening tab, the segment of loop material including a plurality of outwardly projecting loop elements adapted to engage the hooking elements in juxtaposed contacting relation, wherein the loop material comprises a composite sheet of stitch bonded construction including a multi-layer nonwoven substrate with a first plurality of yarn elements extending in stitched relation through the substrate layer to define a ground layer of flat stitches, and wherein the composite sheet of stitch bonded construction further includes a second plurality of yarn elements extending in stitched relation through the substrate layer in zigzag crossing relation between parallel needle lines to define said plurality of outwardly projecting loop elements extending above the ground layer of flat stitches, and wherein the loop material has a weight of not greater than about 45 grams per square meter, characterized in that the multi-layer nonwoven substrate comprises at least one layer of a melt blown nonwoven fibrous material disposed in sandwiched relation between covering layers of spunbond nonwoven fibrous material, and in that the loop material is characterized by a Frasier air permeability of not greater than about 300 CFM per square foot at a differential water pressure of 0.5 inches of water when tested according to ASTM test method D737.
Deflection device for the deflection of a melt flow within a distribution plate of an injection moulding apparatus, having a basic body , wherein within the basic body is arranged a deflection duct , wherein the basic body has a separation surface (TF) which divides the basic body into a first body half and into a second body half , wherein the first body half and the second body half can be connected securely to one another, characterised in that the body halves have surfaces situated parallel to the separation surface (TF), wherein in each case at least one recess is introduced into the surfaces , and that viewed from the separation surface (TF) the first body half has through holes and the second body half has blind holes , wherein the through holes and the blind holes are situated in the region of the recesses .
A system for sequencing a nucleic acid molecule, the system comprising: a) an optical system that has a numerical aperture (NA) of less than 0.6 and a field-of-view (FOV) of greater than 3.0 mm 2 , and wherein the optical system is configured to acquire images of a first surface and an axially-displaced second surface , wherein the optical system comprises: i) an objective lens ; and ii) at least one image sensor comprising pixels having a pixel dimension such that a spatial sampling frequency for the optical system is at least twice an optical resolution of the optical system ; and b) a processor programmed to implement a method comprising: i) processing the images of the first surface and the axially-displaced second surface to correct for an optical aberration such that the images of the first surface and the axially-displaced second surface have substantially the same optical resolution; and ii) detecting a fluorescently labeled composition comprising the nucleic acid molecule, or a complement thereof, disposed on the first surface or the axially-displaced second surface to determine an identity of a nucleotide in the nucleic acid molecule. a) an optical system that has a numerical aperture (NA) of less than 0.6 and a field-of-view (FOV) of greater than 3.0 mm 2 , and wherein the optical system is configured to acquire images of a first surface and an axially-displaced second surface , wherein the optical system comprises: i) an objective lens ; and ii) at least one image sensor comprising pixels having a pixel dimension such that a spatial sampling frequency for the optical system is at least twice an optical resolution of the optical system ; and i) an objective lens ; and ii) at least one image sensor comprising pixels having a pixel dimension such that a spatial sampling frequency for the optical system is at least twice an optical resolution of the optical system ; and b) a processor programmed to implement a method comprising: i) processing the images of the first surface and the axially-displaced second surface to correct for an optical aberration such that the images of the first surface and the axially-displaced second surface have substantially the same optical resolution; and ii) detecting a fluorescently labeled composition comprising the nucleic acid molecule, or a complement thereof, disposed on the first surface or the axially-displaced second surface to determine an identity of a nucleotide in the nucleic acid molecule. i) processing the images of the first surface and the axially-displaced second surface to correct for an optical aberration such that the images of the first surface and the axially-displaced second surface have substantially the same optical resolution; and ii) detecting a fluorescently labeled composition comprising the nucleic acid molecule, or a complement thereof, disposed on the first surface or the axially-displaced second surface to determine an identity of a nucleotide in the nucleic acid molecule.
A shell supply device for an automatic weapon loader of an artillery piece , the device including at least one plate able to be secured to the chassis of the artillery piece , and an arm able to be tilted in elevation using an actuator , the tiltable arm including a gripping means intended to hold a shell , the device being able to move the gripping means from a shell gripping zone to a shell release zone, the device being characterised in that the device includes a mobile pillar , and in that the plate includes a first circular guideway able to pivot the mobile pillar around the azimuth axis of the piece , the mobile pillar including the tiltable arm at one of its ends, and in that said guideway includes two parallel rails in an arc of circle shape with the same center as a first rack .
A conveyor pulley for use in a belt conveyor, comprising mounting structures for mounting the conveyor pulley to a frame of a belt conveyor and comprising a roller tube , characterized in that the roller tube is formed by plastically deforming a central portion of a substantially cylindrical metal tube radially outwardly so as to form a crowned portion having an enlarged outer diameter (OD ENL ) with respect to remaining portions of the metal tube , an in that the metal tube has a constant material thickness of about 1 mm to about 3 mm along the axial length of the metal tube , and in that the metal tube has an axial length of about 150 mm to about 2000 mm, and in that the outer diameter (OD ENL ) of the crowned portion is about 0.5% to about 3% larger than the outer diameter (OD ORIG ) of the remaining portions of the metal tube .
A fiber optic connector , comprising: a housing comprising a rear end and a front end with a longitudinal passageway extending from the rear end to the front end , wherein a part of the rear portion (RP) of the housing comprises a round cross-section (RCS) and a part of the front portion (FP) of the housing comprises a non-round cross-section (NRCS) with a transition region (TR) disposed between the rear portion (RP) and the front portion (FP), wherein the transition region (TR) comprises a threaded portion (TP), and the housing provides a first connector footprint; a ferrule comprising a fiber bore extending from a rear end to a front end ; and a conversion housing , wherein the conversion housing cooperates with the housing for changing the fiber optic connector from the first connector footprint to a second connector footprint. a housing comprising a rear end and a front end with a longitudinal passageway extending from the rear end to the front end , wherein a part of the rear portion (RP) of the housing comprises a round cross-section (RCS) and a part of the front portion (FP) of the housing comprises a non-round cross-section (NRCS) with a transition region (TR) disposed between the rear portion (RP) and the front portion (FP), wherein the transition region (TR) comprises a threaded portion (TP), and the housing provides a first connector footprint; a ferrule comprising a fiber bore extending from a rear end to a front end ; and a conversion housing , wherein the conversion housing cooperates with the housing for changing the fiber optic connector from the first connector footprint to a second connector footprint.
A sensor unit connectable to a gateway, and configured for measuring at least one environmental parameter, and configured to be calibrateable relative to said at least one environmental parameter, and further configured for storing - electronic information associated with a validated calibration status, - raw measurement data measured by the sensor unit and associated calibration values of a calibration for obtaining secure and automatic traceability between the raw measurement data and the calibration values, wherein the raw measurement data and the calibration values are traceably referred to a calibration that was performed with reference or traceability to an internationally accepted standard of units SI, and - a unique identity of the sensor unit, wherein the validated calibration status is a calibration certificate, which is adapted to serve as proof that the sensor unit was calibrated against a reference and calibrated in accordance with an internationally accepted standard, and wherein the authenticity and authorship of the calibration certificate is verifiable and wherein the sensor unit is mechanically and electrically detachably attachable to the gateway. - electronic information associated with a validated calibration status, - raw measurement data measured by the sensor unit and associated calibration values of a calibration for obtaining secure and automatic traceability between the raw measurement data and the calibration values, wherein the raw measurement data and the calibration values are traceably referred to a calibration that was performed with reference or traceability to an internationally accepted standard of units SI, and - a unique identity of the sensor unit,
An overhanging element comprising a basis provided for being applied on a surface raising pedestal , which basis is provided with a window which extend in a longitudinal manner in the basis, which basis comprises at a first longitudinal end a stop member which extend substantially perpendicular with respect to the basis, which stop member is formed by at least one flap (6-1, 6-2), characterized in that said window being dimensioned such that a wing which is part of an insert part applied on the pedestal can cross it and thus guide a translatory movement of the overhanging element with respect to the pedestal on which it is applied, which flap is provided with a notch (7-1, 7-2) which extends over the height of the flap, the notch having a depth such as to enable a bending and/or a removal of a section of the flap situated between the notch and a distal end of the flap.
An apparatus for monitoring a temperature and a voltage of a cable joint of a cable connected to a gas insulated switchgear , comprising: an adaptor adapted to be coupled to a cable socket of the switchgear , a voltage detector coupled to the adaptor and configured to detect a voltage of the adaptor ; a temperature sensor arranged in the adaptor and configured to detect a temperature of the adaptor ; a processing circuitry configured to determine the temperature of the cable joint based on the detected temperature of the adaptor ; a ground terminal (GND2) of the temperature sensor being coupled to a ground terminal (GND1) of the processing circuitry , so as to electrically shield the processing circuitry from the voltage of the adaptor ; wherein the ground terminal (GND1) of the processing circuitry , the adaptor , and the ground terminal (GND2) of the temperature sensor are coupled to each other to electrically shield the processing circuitry from the detected voltage of the adaptor . an adaptor adapted to be coupled to a cable socket of the switchgear , a voltage detector coupled to the adaptor and configured to detect a voltage of the adaptor ; a temperature sensor arranged in the adaptor and configured to detect a temperature of the adaptor ; a processing circuitry configured to determine the temperature of the cable joint based on the detected temperature of the adaptor ; a ground terminal (GND2) of the temperature sensor being coupled to a ground terminal (GND1) of the processing circuitry , so as to electrically shield the processing circuitry from the voltage of the adaptor ; wherein the ground terminal (GND1) of the processing circuitry , the adaptor , and the ground terminal (GND2) of the temperature sensor are coupled to each other to electrically shield the processing circuitry from the detected voltage of the adaptor .
A composition comprising a plurality of particles, said particles comprising: from 20% to 70% of polyalkylene glycol having a weight average molecular weight from 2000 to 40000 by total weight of said particles; from 10% to 70% of an effervescent system by total weight of said particles; and from 0.1% to 50% of perfume by total weight of said particles. from 20% to 70% of polyalkylene glycol having a weight average molecular weight from 2000 to 40000 by total weight of said particles; from 10% to 70% of an effervescent system by total weight of said particles; and from 0.1% to 50% of perfume by total weight of said particles.