mhurhangee/patent-ind-claim-en huggingface dataset:
Horological movement with automatic winding, which comprises: - a plate , - a barrel mounted such that it rotates relative to the plate and supporting a primary toothed wheel , - a cannon-pinion mounted such that it rotates relative to the plate about a central axis (A) and meshing with the primary toothed wheel of the barrel by way of a motion-work train , this cannon-pinion comprising a minute pipe which supports a minute hand , - an hour wheel set mounted such that it rotates relative to the plate about said central axis and meshing with the cannon-pinion , this hour wheel set comprising an hour pipe which supports an hour hand , - an oscillating weight in the form of a rotor mounted such that it rotates relative to the plate about the central axis (A), on the same side of the plate as the cannon-pinion and the hour wheel set , this rotor comprising: ∘ a central hub that meshes with the barrel, ∘ a rim rigidly connected to the central hub, ∘ a heavy annular sector which is rigidly connected to the rim; this horological movement being characterised in that it comprises a lifting arbor rigidly connected to the central hub and via which this hub is mounted such that it rotates relative to the plate ; and in that the minute pipe and the hour pipe are mounted coaxially about the lifting arbor that passes therethrough, the minute hand and the hour hand being located between the plate and the rim of the rotor. - a plate , - a barrel mounted such that it rotates relative to the plate and supporting a primary toothed wheel , - a cannon-pinion mounted such that it rotates relative to the plate about a central axis (A) and meshing with the primary toothed wheel of the barrel by way of a motion-work train , this cannon-pinion comprising a minute pipe which supports a minute hand , - an hour wheel set mounted such that it rotates relative to the plate about said central axis and meshing with the cannon-pinion , this hour wheel set comprising an hour pipe which supports an hour hand , - an oscillating weight in the form of a rotor mounted such that it rotates relative to the plate about the central axis (A), on the same side of the plate as the cannon-pinion and the hour wheel set , this rotor comprising: ∘ a central hub that meshes with the barrel, ∘ a rim rigidly connected to the central hub, ∘ a heavy annular sector which is rigidly connected to the rim; ∘ a central hub that meshes with the barrel, ∘ a rim rigidly connected to the central hub, ∘ a heavy annular sector which is rigidly connected to the rim;
A speaker having a vibration unit that has a diaphragm , a bobbin fixed to the diaphragm , and a voice coil disposed on the bobbin , a support unit that supports the vibration unit so that the vibration unit vibrates, and a magnetic circuit unit included in the support unit , the magnetic circuit unit having a magnetic gap (G) in which the voice coil is positioned, an inner yoke positioned more inside than is the magnetic gap (G), and a fixed magnet that forms a driving magnetic flux (Φ1) that traverses the magnetic gap (G) and flows in the inner yoke in a vibration direction in which the vibration unit vibrates; a movable magnet fixed to the vibration unit, the movable magnet forming a movable magnetic flux (Φ2); and a magnetic sensor fixed to the support unit, the magnetic sensor being positioned more inside than is the magnetic gap (G) when viewed in a plane perpendicular to the vibration direction; wherein operation of the vibration unit is measured according to a change in strength of a movable magnetic field component (H2); characterised by the movable magnetic flux (Φ2) being oriented so as to cross the vibration direction; and a fixed magnetic field component (H1) and the movable magnetic field component (H2) detected by the magnetic sensor , the fixed magnetic field component (H1) acting in the vibration direction according to a leakage flux from the magnetic circuit unit unit, the movable magnetic field component (H2) acting in a direction, crossing the fixed magnetic field component (H1), according to the movable magnetic flux (Φ2). the magnetic circuit unit having a magnetic gap (G) in which the voice coil is positioned, an inner yoke positioned more inside than is the magnetic gap (G), and a fixed magnet that forms a driving magnetic flux (Φ1) that traverses the magnetic gap (G) and flows in the inner yoke in a vibration direction in which the vibration unit vibrates; a movable magnet fixed to the vibration unit, the movable magnet forming a movable magnetic flux (Φ2); and a magnetic sensor fixed to the support unit, the magnetic sensor being positioned more inside than is the magnetic gap (G) when viewed in a plane perpendicular to the vibration direction; wherein operation of the vibration unit is measured according to a change in strength of a movable magnetic field component (H2); characterised by the movable magnetic flux (Φ2) being oriented so as to cross the vibration direction; and a fixed magnetic field component (H1) and the movable magnetic field component (H2) detected by the magnetic sensor , the fixed magnetic field component (H1) acting in the vibration direction according to a leakage flux from the magnetic circuit unit unit, the movable magnetic field component (H2) acting in a direction, crossing the fixed magnetic field component (H1), according to the movable magnetic flux (Φ2).
An ultrasound testing system , comprising: an ultrasound probe ; a radiofrequency (RF) tag ; and an authorized source configured to send authenticated commands to the RF tag ; wherein the RF tag is characterized by being configured to: store a unique identifier of the ultrasound probe and probe information regarding the ultrasound probe including an ultrasound probe certificate comprising permissions for the use of the ultrasound probe ; wirelessly transmit the unique identifier and at least a portion of the probe information in response to receipt of a near-field communication from the authorized source for one or more new certificates to update the ultrasound probe certificate; and receive from the authorized source a link to a network resource storing the one or more certificates. an ultrasound probe ; a radiofrequency (RF) tag ; and an authorized source configured to send authenticated commands to the RF tag ; wherein the RF tag is characterized by being configured to: store a unique identifier of the ultrasound probe and probe information regarding the ultrasound probe including an ultrasound probe certificate comprising permissions for the use of the ultrasound probe ; wirelessly transmit the unique identifier and at least a portion of the probe information in response to receipt of a near-field communication from the authorized source for one or more new certificates to update the ultrasound probe certificate; and receive from the authorized source a link to a network resource storing the one or more certificates. store a unique identifier of the ultrasound probe and probe information regarding the ultrasound probe including an ultrasound probe certificate comprising permissions for the use of the ultrasound probe ; wirelessly transmit the unique identifier and at least a portion of the probe information in response to receipt of a near-field communication from the authorized source for one or more new certificates to update the ultrasound probe certificate; and receive from the authorized source a link to a network resource storing the one or more certificates.
An adjustable pressure leather and fur processing cabinet to allow water, dye, and other chemicals to be used in leather processing to be penetrated into the fibers thereof by applying reverse pressure to the leather, or to allow the spaces between the fibers to be reduced by applying pressure to the leather and also the internal pressure to be monitored constantly from the outside, comprising: ❖ at least one rotary drum which is a closed space in which the leathers are placed, ❖ at least one door on said rotary drum , by means of which the leather is placed in, and taken back from, the cabinet, ❖ at least one drive unit by means of which said rotary drum is rotated by being connected thereto, ❖ at least one liquid reservoir which allows liquid to enter the rotary drum , ❖ at least one circulation pump which is connected to said liquid reservoir and transfers the liquid from the liquid reservoir to the rotary drum , ❖ at least one pressure sensor which constantly measures the air pressure in said rotary drum and indicates this measurement to the external users, characterized in that the adjustable pressure leather and fur processing cabinet comprises: • at least one rotary coupling which is connected to the ends of the axes on both side of said rotary drum and heats the circumference of the rotary drum , - said at least one liquid reservoir is connected to one of said rotary couplings , • at least one pump which is connected to one of said rotary couplings , wherein the pump draws the air in the rotary drum , discharges the air pressure to the outside and thus, allows the fibers in the leather to be spaced apart, and/or allows the spaces between the leather fibers spaced apart to be reduced by providing air pressure to the rotary drum . ❖ at least one rotary drum which is a closed space in which the leathers are placed, ❖ at least one door on said rotary drum , by means of which the leather is placed in, and taken back from, the cabinet, ❖ at least one drive unit by means of which said rotary drum is rotated by being connected thereto, ❖ at least one liquid reservoir which allows liquid to enter the rotary drum , ❖ at least one circulation pump which is connected to said liquid reservoir and transfers the liquid from the liquid reservoir to the rotary drum , ❖ at least one pressure sensor which constantly measures the air pressure in said rotary drum and indicates this measurement to the external users, • at least one rotary coupling which is connected to the ends of the axes on both side of said rotary drum and heats the circumference of the rotary drum , - said at least one liquid reservoir is connected to one of said rotary couplings , - said at least one liquid reservoir is connected to one of said rotary couplings , • at least one pump which is connected to one of said rotary couplings , wherein the pump draws the air in the rotary drum , discharges the air pressure to the outside and thus, allows the fibers in the leather to be spaced apart, and/or allows the spaces between the leather fibers spaced apart to be reduced by providing air pressure to the rotary drum .
A computer system for protecting personally identifiable information (PII) associated with textual, audio, image, or video data, the computer system comprising: an output device ; an electronic processor electrically connected to the output device and configured to receive a document containing both non-personally identifiable information and personally identifiable information; scan the document for a voice or a first personal attribute; match the voice or the first personal attribute with records in a client database to determine whether the voice or the first personal attribute in the document is associated with personally identifiable information associated with a client identifier in the client database ; determine a start time and an end time associated with the presence of the voice or the first personal attribute in an audio in the document ; generate obfuscated version of the document , wherein the voice or the first personal attribute in the audio is obfuscated between the start time and the end time; and generate a signal causing the output device to output the obfuscated version of the document . an output device ; an electronic processor electrically connected to the output device and configured to receive a document containing both non-personally identifiable information and personally identifiable information; scan the document for a voice or a first personal attribute; match the voice or the first personal attribute with records in a client database to determine whether the voice or the first personal attribute in the document is associated with personally identifiable information associated with a client identifier in the client database ; determine a start time and an end time associated with the presence of the voice or the first personal attribute in an audio in the document ; generate obfuscated version of the document , wherein the voice or the first personal attribute in the audio is obfuscated between the start time and the end time; and generate a signal causing the output device to output the obfuscated version of the document . receive a document containing both non-personally identifiable information and personally identifiable information; scan the document for a voice or a first personal attribute; match the voice or the first personal attribute with records in a client database to determine whether the voice or the first personal attribute in the document is associated with personally identifiable information associated with a client identifier in the client database ; determine a start time and an end time associated with the presence of the voice or the first personal attribute in an audio in the document ; generate obfuscated version of the document , wherein the voice or the first personal attribute in the audio is obfuscated between the start time and the end time; and generate a signal causing the output device to output the obfuscated version of the document .
A fungus of Daldinia sp. (U254) in axenic culture, as deposited at the National Measurement Institute under accession number V15/028236.
Sampling cone-carrying tip for a low part of a pipetting system, the tip having a longitudinal axis falling into a first fictitious plane (P1), characterised in that it comprises successively, from bottom to top, along the longitudinal axis thereof, radially protruding towards the outside from an outer surface of the tip: - a first group of first retaining elements (24-1a, 24-1b) for a sampling cone spaced from one another along a first annular zone (20-1) of the tip, two of said first retaining elements (24-1a) being arranged in a second fictitious plane (P2), orthogonal to the first fictitious plane (P1), and defining a larger outer diameter, called first maximum outer diameter (Dmax1); - a second group of second retaining elements (24-2a) for a sampling cone spaced from one another along a second annular zone (20-2) of the tip, two of said second retaining elements being arranged in said second fictitious plane (P2) and defining a larger outer diameter, called second maximum outer diameter (Dmax2); - a third group of third retaining elements (24-3a, 24-3b) for a sampling cone spaced from one another along a third annular zone (20-3) of the tip, two of said third retaining elements (24-3a) being arranged in said second fictitious plane (P2) and defining a larger outer diameter, called third maximum outer diameter (Dmax3); in that the tip also carries a gasket arranged between the first and the third annular zone (20-1, 20-3) of the tip, and in that, on the one hand, the first maximum outer diameter (Dmax1) as well as the second maximum outer diameter (Dmax2) are different so as to together define a first tip portion having a first conicity (Con1), and on the other hand, the second maximum outer diameter (Dmax2), as well as the third maximum outer diameter (Dmax3) are different so as to together define a second tip portion having a second conicity (Con2) less than the first conicity. - a first group of first retaining elements (24-1a, 24-1b) for a sampling cone spaced from one another along a first annular zone (20-1) of the tip, two of said first retaining elements (24-1a) being arranged in a second fictitious plane (P2), orthogonal to the first fictitious plane (P1), and defining a larger outer diameter, called first maximum outer diameter (Dmax1); - a second group of second retaining elements (24-2a) for a sampling cone spaced from one another along a second annular zone (20-2) of the tip, two of said second retaining elements being arranged in said second fictitious plane (P2) and defining a larger outer diameter, called second maximum outer diameter (Dmax2); - a third group of third retaining elements (24-3a, 24-3b) for a sampling cone spaced from one another along a third annular zone (20-3) of the tip, two of said third retaining elements (24-3a) being arranged in said second fictitious plane (P2) and defining a larger outer diameter, called third maximum outer diameter (Dmax3);
Aluminium alloy consisting of: - from 0.07% by weight to 0.17% by weight of silicon, - from 0.25% by weight to 0.45% by weight of iron, - from 0.02% by weight to 0.15% by weight of copper, - from 0.30% by weight to 0.50% by weight of manganese, - from 0.05% by weight to 0.20% by weight of chromium, - from 0.01% by weight to 0.04% by weight of titanium and - balance aluminium and additional constituents. - from 0.07% by weight to 0.17% by weight of silicon, - from 0.25% by weight to 0.45% by weight of iron, - from 0.02% by weight to 0.15% by weight of copper, - from 0.30% by weight to 0.50% by weight of manganese, - from 0.05% by weight to 0.20% by weight of chromium, - from 0.01% by weight to 0.04% by weight of titanium and - balance aluminium and additional constituents.
A cover member having a cover housing for mating with a connector member and a plurality of attaching parts for attachment to an attached member , wherein the cover housing has a box shape including a front surface part that has a mating opening for receiving the connector member and a rear surface part that is closed, the cover member characterized in that the plurality of attaching parts each has: an insertion opening adapted for receiving an attached member which has a plate-shaped body and can be inserted thereto, and a tubular-shaped body adapted for surrounding the attached member having the plate-shaped body when it is inserted through the insertion opening . an insertion opening adapted for receiving an attached member which has a plate-shaped body and can be inserted thereto, and a tubular-shaped body adapted for surrounding the attached member having the plate-shaped body when it is inserted through the insertion opening .
A movable surface of an aircraft , comprising: a front spar extending along a spanwise direction between opposing movable surface ends ; a plurality of ribs located at spaced intervals between the movable surface ends and defining a plurality of bays between adjacent pairs of the ribs , each rib extending between the front spar and a trailing edge portion of the movable surface ; an upper skin panel and a lower skin panel coupled to the plurality of ribs and the front spar ; and a plurality of bead stiffeners coupled to an inner surface of at least one of the upper skin panel and the lower skin panel , the bead stiffeners within the bays being spaced apart from each other and oriented non-parallel to the front spar and having a bead stiffener cap having opposing cap ends respectively locate proximate the front spar and the trailing edge portion . a front spar extending along a spanwise direction between opposing movable surface ends ; a plurality of ribs located at spaced intervals between the movable surface ends and defining a plurality of bays between adjacent pairs of the ribs , each rib extending between the front spar and a trailing edge portion of the movable surface ; an upper skin panel and a lower skin panel coupled to the plurality of ribs and the front spar ; and a plurality of bead stiffeners coupled to an inner surface of at least one of the upper skin panel and the lower skin panel , the bead stiffeners within the bays being spaced apart from each other and oriented non-parallel to the front spar and having a bead stiffener cap having opposing cap ends respectively locate proximate the front spar and the trailing edge portion .
A projection-type image display device (100 or 200) comprising: a light source configured to emit a first blue illumination light (Ba); and a phosphor configured to generate a first yellow illumination light (Ya) having a first wavelength band from a part of the first blue illumination light (Ba), the first yellow illumination light (Ya) including a component having a red wavelength band and a component having a green wavelength band, and configured to reflect a second blue illumination light (Bb) and the first yellow illumination light (Ya); characterized by a filter (50, or 210 and 220) configured to reflect, to the phosphor side, a third blue illumination light (Bc) that is a part of the second blue illumination light (Bb) reflected by the phosphor , and configured to attenuate a component having a second wavelength band included in the first yellow illumination light (Ya) between the red wavelength band and the green wavelength band, the second wavelength band being narrower than the first wavelength band, wherein the phosphor is also configured to generate a second yellow illumination light (Yb) from the third blue illumination light (Bc) reflected by the filter (50, or 210 and 220). a light source configured to emit a first blue illumination light (Ba); and a phosphor configured to generate a first yellow illumination light (Ya) having a first wavelength band from a part of the first blue illumination light (Ba), the first yellow illumination light (Ya) including a component having a red wavelength band and a component having a green wavelength band, and configured to reflect a second blue illumination light (Bb) and the first yellow illumination light (Ya); characterized by a filter (50, or 210 and 220) configured to reflect, to the phosphor side, a third blue illumination light (Bc) that is a part of the second blue illumination light (Bb) reflected by the phosphor , and configured to attenuate a component having a second wavelength band included in the first yellow illumination light (Ya) between the red wavelength band and the green wavelength band, the second wavelength band being narrower than the first wavelength band, wherein the phosphor is also configured to generate a second yellow illumination light (Yb) from the third blue illumination light (Bc) reflected by the filter (50, or 210 and 220).
A vessel hull stabilizer comprising a fin , a housing having a shaft , mounted thereto, said shaft being connected to the fin such that the fin is configured to be located on an outside of the vessel hull and characterized by : a drive system (2/4) designed to be mounted inside the vessel hull, said drive system including a motor and a drive element , wherein the motor is designed to drive the drive element to cause a plurality of teeth of the drive element to oscillate inwards and outwards with respect to a central axis of the drive element and thereby cause the plurality of teeth to progressively interface with outer element teeth of an outer element such that as the plurality teeth oscillate they progressively move into engagement with different ones of the outer element teeth to create a rotational movement; wherein the drive system (2/4) is connected to the shaft such that the rotational movement causes rotation of the fin . a drive system (2/4) designed to be mounted inside the vessel hull, said drive system including a motor and a drive element , wherein the motor is designed to drive the drive element to cause a plurality of teeth of the drive element to oscillate inwards and outwards with respect to a central axis of the drive element and thereby cause the plurality of teeth to progressively interface with outer element teeth of an outer element such that as the plurality teeth oscillate they progressively move into engagement with different ones of the outer element teeth to create a rotational movement; wherein the drive system (2/4) is connected to the shaft such that the rotational movement causes rotation of the fin .