mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising a water tap; a water appliance and a filter head for fitting to a water filter , the filter head comprising: a filter connector for enabling the filter head to be connected to a filter ; a water inlet to allow water to enter the filter head from an external water supply; a water inlet passage for passing water entering the water inlet to a filter connected in use to the filter connector ; a first water outlet to allow water that has passed through a filter connected in use to the filter connector to exit the filter head through the first water outlet , a first outlet pipe which is fitted to the first water outlet to convey water that has passed through the filter out of the filter head to the water tap; a second water outlet to allow water that has passed through a filter connected in use to the filter connector to exit the filter head through the second water outlet ; and a second outlet pipe which is fitted to the second water outlet to convey water that has passed through the filter out of the filter head to said water appliance. a filter connector for enabling the filter head to be connected to a filter ; a water inlet to allow water to enter the filter head from an external water supply; a water inlet passage for passing water entering the water inlet to a filter connected in use to the filter connector ; a first water outlet to allow water that has passed through a filter connected in use to the filter connector to exit the filter head through the first water outlet , a first outlet pipe which is fitted to the first water outlet to convey water that has passed through the filter out of the filter head to the water tap; a second water outlet to allow water that has passed through a filter connected in use to the filter connector to exit the filter head through the second water outlet ; and a second outlet pipe which is fitted to the second water outlet to convey water that has passed through the filter out of the filter head to said water appliance.
Method for analysing the state of at least one component of a pump assembly , notably to determine the rotational speed of the pump assembly or with regard to an error through analysis of the airborne sound emitted by the pump assembly , comprising the recording of at least a first audio signal during operation of the pump assembly at a first geometric location (P far ) and at a first distance (D far ) from the pump assembly , and the recording of a second audio signal during operation of the pump assembly at a second geometric location (P near ) and at a second distance (D near ) from the pump assembly , which is less than the first distance (D far ), characterised by the state of the pump assembly being determined through the analysis of a signal of the pump assembly corrected for the ambient noise of at least one secondary sound source , which is reconstructed through a comparison of amplitude values of the first and second audio signals.
A two-dimensional code having a rectangular region delineated from a background by a single border consisting of a plurality of border lines , comprising: code blocks (10 ) each composed of a plurality of cells (C) which are aggregated; a first specific pattern configured to specify the positions of the cells (C); and a second specific pattern configured to distinguish the code blocks (10 ) from the background of the code, wherein the code blocks (10 ), the first specific pattern , and the second specific pattern are arranged in the rectangular region, the first specific pattern is located at a designated corner of the rectangular region, the second specific pattern is located along one or more of first border lines along which the first specific pattern is located, the first border lines being part of the border lines of the rectangular region, the code blocks (10 ) include error-correction code blocks for correcting an error of blocks of codes of data being decoded, characterized in that the error-correction code blocks are located along second border lines of the border lines , the second border lines being other than the first border lines in the border lines , the cells (C) composing the second specific pattern is square in shape, and a specific type of cells designated among the cells composing, at least, any one of the first specific pattern and the code blocks (10 ) have a shape other than the square shape. code blocks (10 ) each composed of a plurality of cells (C) which are aggregated; a first specific pattern configured to specify the positions of the cells (C); and a second specific pattern configured to distinguish the code blocks (10 ) from the background of the code, wherein the code blocks (10 ), the first specific pattern , and the second specific pattern are arranged in the rectangular region, the first specific pattern is located at a designated corner of the rectangular region, the second specific pattern is located along one or more of first border lines along which the first specific pattern is located, the first border lines being part of the border lines of the rectangular region, the code blocks (10 ) include error-correction code blocks for correcting an error of blocks of codes of data being decoded, characterized in that the error-correction code blocks are located along second border lines of the border lines , the second border lines being other than the first border lines in the border lines , the cells (C) composing the second specific pattern is square in shape, and a specific type of cells designated among the cells composing, at least, any one of the first specific pattern and the code blocks (10 ) have a shape other than the square shape.
An electronic unit comprising a communication interface , a processor , a secure element and a sub-system , the processor being connected to the communication interface by means of a first bus (A), to the secure element by means of a second bus (B) and to the sub-system , the processor being designed to operate in a first mode, in which it reproduces, on the second bus (B), signals received from the communication interface on the first bus (A), characterised in that the processor is designed to operate alternately in the first mode and in a second mode, and in the second mode the processor generates on the second bus (B) signals determined as a function of information received from the sub-system , and in that the processor is designed to transmit, in the second mode, wait signals on the first bus (A) to the communication interface .
A three-dimensional display device for displaying a 3D image in a 3D space, the 3D image including a hologram, the device comprising: a data obtaining unit configured to obtain 3D image data for the 3D image; a display unit configured to display a 3D image in a 3D space; a gaze direction measuring unit configured to measure the gaze direction of a user; a data transform unit configured to transform the 3D image data, based on the measured gaze direction characterized in that the device further comprises: a viewpoint information obtaining unit configured to obtain information relating to a viewpoint of the 3D image, wherein the information relating to a viewpoint of the 3D image comprises a viewpoint direction in which the 3D image is set to be viewed by the user, and is predetermined to be a direction most suitable for displaying the 3D image to the user, or is set based on user input; wherein the data transform unit is configured to transform the 3D image data for the gaze direction to correspond to the viewpoint direction; and wherein the display unit is configured to display a 3D image, based on the transformed 3D image data. a data obtaining unit configured to obtain 3D image data for the 3D image; a display unit configured to display a 3D image in a 3D space; a gaze direction measuring unit configured to measure the gaze direction of a user; a data transform unit configured to transform the 3D image data, based on the measured gaze direction characterized in that the device further comprises: a viewpoint information obtaining unit configured to obtain information relating to a viewpoint of the 3D image, wherein the information relating to a viewpoint of the 3D image comprises a viewpoint direction in which the 3D image is set to be viewed by the user, and is predetermined to be a direction most suitable for displaying the 3D image to the user, or is set based on user input; wherein the data transform unit is configured to transform the 3D image data for the gaze direction to correspond to the viewpoint direction; and wherein the display unit is configured to display a 3D image, based on the transformed 3D image data. a viewpoint information obtaining unit configured to obtain information relating to a viewpoint of the 3D image, wherein the information relating to a viewpoint of the 3D image comprises a viewpoint direction in which the 3D image is set to be viewed by the user, and is predetermined to be a direction most suitable for displaying the 3D image to the user, or is set based on user input; wherein the data transform unit is configured to transform the 3D image data for the gaze direction to correspond to the viewpoint direction; and wherein the display unit is configured to display a 3D image, based on the transformed 3D image data.
A capping machine comprising: - a conveyor apparatus advancing, in use, a plurality of product containers along a first path (Q); - at least one gripping device movable along a second path (P) and configured to receive and hold at least one internally threaded cap suitable for being screwed onto an externally threaded neck of one respective container ; said second path (P) comprising at least a screwing stretch, which is placed above, and aligned with, at least a conveyor stretch (Q2) of said first path (Q) and in which one said cap is screwed, in use, onto said neck of one respective container ; characterized in that said gripping device comprises a first and a second cart that are configured to retain therebetween the cap to be screwed on the respective container and that are movable along respective track portions extending parallel to said second path (P); and in that said first cart is movable relatively to said second cart at least when said gripping device moves along said screwing stretch so as to impart a rotary motion to said cap resulting in use in a screw motion on the neck of the respective container . - a conveyor apparatus advancing, in use, a plurality of product containers along a first path (Q); - at least one gripping device movable along a second path (P) and configured to receive and hold at least one internally threaded cap suitable for being screwed onto an externally threaded neck of one respective container ; said second path (P) comprising at least a screwing stretch, which is placed above, and aligned with, at least a conveyor stretch (Q2) of said first path (Q) and in which one said cap is screwed, in use, onto said neck of one respective container ;
A writing instrument comprising a plurality of retraction mechanisms , wherein each of the plurality of retraction mechanisms is configured to actuate a respective retractable writing tip , characterised in that each retraction mechanism is configured to produce a different predetermined sound (S) that is suitable for being detected by an electronic device .
A method for switching a wireless communication device to a radio resource control inactive state, comprising: sending by a first network element , a first message to a second network element upon determining to switch the wireless communication device to a radio resource control inactive mode, wherein the first and second network elements cooperate to serve as a first base station in a wireless network , wherein the first message comprises a first encoded container comprising a suspend signal, and wherein the second network element passes the first encoded container to the wireless communication device enabling the wireless communication device to retrieve the suspend signal from the first encoded container so as to switch itself to the radio resource control inactive mode. sending by a first network element , a first message to a second network element upon determining to switch the wireless communication device to a radio resource control inactive mode, wherein the first and second network elements cooperate to serve as a first base station in a wireless network , wherein the first message comprises a first encoded container comprising a suspend signal, and wherein the second network element passes the first encoded container to the wireless communication device enabling the wireless communication device to retrieve the suspend signal from the first encoded container so as to switch itself to the radio resource control inactive mode.
An array comprising at least 1,000 different polynucleotides, each of the polynucleotides coupled to a distinct location on a surface in a two-dimensional pattern with rows and columns, wherein each of the polynucleotides differs from polynucleotides adjacent to it by at most 5 nucleotide subunits, wherein each of the polynucleotides comprises a first segment associated with a given row of the rows and a second segment associated with a given column of the columns of the distinct location.
Roll changing device for a machine for producing and/or finishing a material web, which comprises a support rail to be positioned in the machine transversely to the web running direction and at least one transport carriage moving along the support rail , which guides the roller to be changed out of the machine and guides the new roller in again, characterized in that the support rail is coupled to a mounting rail which runs parallel and can be displaced in the machine along the support rail and partially beyond the support rail in order to mount and dismount the support rail .
A conductive film obtained by forming, on one surface or both surfaces of a substrate, a zinc tin oxide layer and a gallium-doped zinc oxide layer as a transparent conductive film sequentially from the substrate side, wherein a thickness of the zinc tin oxide layer is 100 to 500 nm, and a water-vapor transmittance rate of the zinc tin oxide layer is, as measured under an atmosphere of 40°C and a relative humidity of 90%, 0,01g/(m 2 ·day) or less.
A modified synthetic garnet material represented by the formula Y 3-x-2y-z Bi x Ca 2y+z Fe 5-y-z-a V y Zr z Al a O 12 , where Y, Bi, Ca, Fe, V, Zr, Al and O represent yttrium, bismuth, calcium, iron, vanadium, zirconium, aluminum and oxygen, respectively, comprising a structure including a plurality of unit cells, each unit cell having dodecahedral sites, octahedral sites and tetrahedral sites, some of the dodecahedral sites are filled by bismuth, some of the dodecahedral sites are filled with calcium, some of the octahedral sites are filled with zirconium, some of the tetrahedral sites are filled with vanadium and some of the tetrahedral sites are filled with aluminium; bismuth occupying x formula units of the dodecahedral sites, zirconium occupying z formula units of octahedral sites, vanadium occupying y formula units of tetrahedral sites, calcium occupying 2y+z formula units of the dodecahedral sites to compensate for a valency imbalance resulting from the presence of zirconium and vanadium, aluminum occupying a formula units of the tetrahedral sites while the octahedral sites are substantially free of aluminium, the quantity a being greater than zero.
A cosmetic composition comprising, in a physiologically acceptable medium, at least: a) a cosmetic agent consisting of galactomannans with molar masses comprised between 5 and 630 kDa, preferably between 5 and 120 kDa, and even more preferably between 8 and 80 kDa, and crosslinked sulfated galactans with molar masses comprised between 7 and 3000 kDa, preferably between 7 and 1100 kDa, and even more preferably between 8 and 200 kDa, and b) a hydrolysate of Theobroma cacao L. beans. a) a cosmetic agent consisting of galactomannans with molar masses comprised between 5 and 630 kDa, preferably between 5 and 120 kDa, and even more preferably between 8 and 80 kDa, and crosslinked sulfated galactans with molar masses comprised between 7 and 3000 kDa, preferably between 7 and 1100 kDa, and even more preferably between 8 and 200 kDa, and b) a hydrolysate of Theobroma cacao L. beans.
An electric power wrench for fastening and loosening joints, which power wrench comprises: - a main shaft for delivering a torque to a joint, - an electric motor that is arranged to selectively drive the main shaft in two opposed rotational directions, - a control unit for controlling the drive of the electric motor, and - a transmission that connects the electric motor to the main shaft, characterized in that the control unit has a first drive mode in which it is adapted to control the electric motor such that it delivers a continuous torque when driven in a forward direction, and such that it delivers torque pulses when driven in in an opposite backward direction, wherein the transmission includes an inherent play and wherein the torque pulses are produced within said play. - a main shaft for delivering a torque to a joint, - an electric motor that is arranged to selectively drive the main shaft in two opposed rotational directions, - a control unit for controlling the drive of the electric motor, and - a transmission that connects the electric motor to the main shaft,
A system for laser cutting at least one glass article comprising a pulsed laser assembly and a glass support assembly configured to support the glass article during laser cutting within the pulsed laser assembly, wherein the pulsed laser assembly comprises at least one non-diffracting beam (NDB) forming optical element configured to convert an input beam into a quasi-NDB beam ; and at least one beam transforming element configured to convert the quasi-NDB beam into multiple quasi-NDB sub-beams spaced apart a distance of about 1 μm to about 500 μm; wherein the pulsed laser assembly is oriented to deliver one or more pulses of multiple quasi-NDB sub-beams onto a surface of the glass article , wherein each pulse of multiple quasi-NDB sub-beams is operable to cut a plurality of perforations in the glass article. at least one non-diffracting beam (NDB) forming optical element configured to convert an input beam into a quasi-NDB beam ; and at least one beam transforming element configured to convert the quasi-NDB beam into multiple quasi-NDB sub-beams spaced apart a distance of about 1 μm to about 500 μm; wherein the pulsed laser assembly is oriented to deliver one or more pulses of multiple quasi-NDB sub-beams onto a surface of the glass article , wherein each pulse of multiple quasi-NDB sub-beams is operable to cut a plurality of perforations in the glass article.
A method of applying a permanent coating to a plastic surface of a first part, comprising the steps of: - applying to said plastic surface a layer of a polyamide-based hot-melt material, - maintaining this layer of hot-melt plastic material on said surface for a period of time ranging from a few minutes to several hours, - removing this layer of hot-melt material from this plastic surface; and - applying a permanent coating on said surface, said permanent coating being based on polyurethane, an epoxy resin or polyesters, a polycarbonate and/or an acrylic resin. - applying to said plastic surface a layer of a polyamide-based hot-melt material, - maintaining this layer of hot-melt plastic material on said surface for a period of time ranging from a few minutes to several hours, - removing this layer of hot-melt material from this plastic surface; and - applying a permanent coating on said surface, said permanent coating being based on polyurethane, an epoxy resin or polyesters, a polycarbonate and/or an acrylic resin.
A brake disk stack (600; 700) characterized by a ceramic matrix composite ("CMC") rotor disk (608; 708) adjacent to a carbon/carbon ("C/C") stator disk (606; 706).
Device for reconstructing a three-dimensional scene built from individual points with an optical system, comprising at least one real point-shaped or line-shaped, sufficiently coherent light source and a lens , and with a controllable display made of matrix-type cells or cells of another regular arrangement with at least one opening per cell, said opening being controllable in amplitude and/or phase, wherein, in the light direction, the light source , the lens and the controllable display are arranged in succession, wherein a video hologram is codable into the controllable display and wherein the lens generates an image of the light source in an observer plane , wherein furthermore it is the case that an observer window is positioned in the observer plane within a diffraction order of the controllable display , that the three-dimensional scene is observable through the observer window when an eye of an observer is positioned by the observer window , that a computer of the device is configured to form a projection region by a projection from the observer window as a base through a selected point of the three-dimensional scene to the controllable display and to code the video hologram in the projection region of the controllable display for representing the selected point and that this projection region is the only region in which the video hologram is coded for the selected point , that the observer window is limited and positioned approximately on an eye of an observer, that the position of the observer window is variable and that the observer window is trackable to the eye of the observer such that the observer can continue to look through the observer window even when moving his head.
Seismic source configured to generate acoustic waves, the seismic source comprising: a housing having a firing chamber ; a movable shuttle located inside the housing and configured to move between a closed position and an open position along a longitudinal axis of the housing ; at least one exhaust port configured to release the compressed gas into the ambient while the movable shuttle moves toward the open position; and wherein the movable shuttle has a transitional region that defines, with the firing chamber and when the movable shuttle moves from the closed position to the open one, a most restrictive area through which the compressed gas is released toward the at least one exhaust port , wherein the transitional region is located inside the firing chamber when the movable shuttle is in the closed position, and wherein the area of the most restrictive area versus time, has a continuous first derivative along the length of the transitional region while the movable shuttle moves toward the open position, characterized in that the transitional region is selected to have a convex shape. a housing having a firing chamber ; a movable shuttle located inside the housing and configured to move between a closed position and an open position along a longitudinal axis of the housing ; at least one exhaust port configured to release the compressed gas into the ambient while the movable shuttle moves toward the open position; and wherein the movable shuttle has a transitional region that defines, with the firing chamber and when the movable shuttle moves from the closed position to the open one, a most restrictive area through which the compressed gas is released toward the at least one exhaust port , wherein the transitional region is located inside the firing chamber when the movable shuttle is in the closed position, and wherein the area of the most restrictive area versus time, has a continuous first derivative along the length of the transitional region while the movable shuttle moves toward the open position, characterized in that the transitional region is selected to have a convex shape.