mhurhangee/patent-ind-claim-en huggingface dataset:
An optometric instrument with alignment means, comprising a support inside which there is a measurement probe and one or more light channels , which extend(s) through the support from an end of the support facing the instrument and to the other end that is against an eye of a patient, light sources placed at the instrument end of the one or more light channels at the end of the support facing the instrument and positioned for sending out light through said one or more light channels from the instrument via the support and out onto the retina of the eye of a patient, the light sources being on or in the support , said one or more light channels being directed parallel with the visual axis of the eye and the light sent out is visible for the user in an intended way at correct alignment, and, if the instrument is not correctly aligned, either the user can not see the light at all or the user can see only a part of the light seen in an intended way at correct alignment, the form of the support being designed to prevent the light to proceed to the retina of the eye when the instrument is not aligned, i.e. when the direction of the light beams is not parallel with the visual axis of the eye.
An insertion instrument, comprising: an inner shaft having an elongate body with proximal and distal ends, the distal end of the inner shaft having a tip configured to engage a pedicle screw ; and a knob assembly , including: a tubular body having proximal and distal ends defining a first longitudinal bore , the first longitudinal bore adapted to rotatably and translatably support the inner shaft, wherein the distal end of the tubular body is configured to engage a tulip of the pedicle screw; and a knob having proximal and distal ends, the knob defining a second longitudinal bore , the second longitudinal bore configured to be supported by the proximal end of the tubular body, the insertion instrument being characterized in that : the knob is selectively engageable with the inner shaft, the knob has a first position in which the knob assembly is decoupled from the inner shaft such that the knob assembly is rotatable with respect to the inner shaft, and the knob has a second position in which the knob assembly is rotationally coupled to the inner shaft. an inner shaft having an elongate body with proximal and distal ends, the distal end of the inner shaft having a tip configured to engage a pedicle screw ; and a knob assembly , including: a tubular body having proximal and distal ends defining a first longitudinal bore , the first longitudinal bore adapted to rotatably and translatably support the inner shaft, wherein the distal end of the tubular body is configured to engage a tulip of the pedicle screw; and a knob having proximal and distal ends, the knob defining a second longitudinal bore , the second longitudinal bore configured to be supported by the proximal end of the tubular body, a tubular body having proximal and distal ends defining a first longitudinal bore , the first longitudinal bore adapted to rotatably and translatably support the inner shaft, wherein the distal end of the tubular body is configured to engage a tulip of the pedicle screw; and a knob having proximal and distal ends, the knob defining a second longitudinal bore , the second longitudinal bore configured to be supported by the proximal end of the tubular body, the insertion instrument being characterized in that : the knob is selectively engageable with the inner shaft, the knob has a first position in which the knob assembly is decoupled from the inner shaft such that the knob assembly is rotatable with respect to the inner shaft, and the knob has a second position in which the knob assembly is rotationally coupled to the inner shaft. the knob is selectively engageable with the inner shaft, the knob has a first position in which the knob assembly is decoupled from the inner shaft such that the knob assembly is rotatable with respect to the inner shaft, and the knob has a second position in which the knob assembly is rotationally coupled to the inner shaft.
A lighting device for a vehicle, comprising: a semiconductor light emitting section ; a projection lens to radiate light emitted from the semiconductor light emitting section in a predetermined light distribution pattern; a lens holder to hold the projection lens ; and a heat sink member to which the semiconductor light emitting section and the lens holder are mounted; characterized in that a plate member is provided between the projection lens and the heat sink member , the plate member being in contact with the projection lens and a thermal conductivity of the plate member being lower than a thermal conductivity of the heat sink member , that the projection lens is a resin lens, and that the plate member has a shading part and an opening part , wherein at least a part of a lens-side surface of the shading part , which is facing the projection lens , is obtained as a lens-side diffusion surface to diffuse light emitted from the semiconductor light emitting section . a semiconductor light emitting section ; a projection lens to radiate light emitted from the semiconductor light emitting section in a predetermined light distribution pattern; a lens holder to hold the projection lens ; and a heat sink member to which the semiconductor light emitting section and the lens holder are mounted; characterized in that a plate member is provided between the projection lens and the heat sink member , the plate member being in contact with the projection lens and a thermal conductivity of the plate member being lower than a thermal conductivity of the heat sink member , that the projection lens is a resin lens, and that the plate member has a shading part and an opening part , wherein at least a part of a lens-side surface of the shading part , which is facing the projection lens , is obtained as a lens-side diffusion surface to diffuse light emitted from the semiconductor light emitting section .
A battery packaging body for packaging a battery , comprising: a first member ; and a second member capable of accommodating the battery between the same and the first member , wherein the first member is a plate-shaped mount, the second member is a blister cover, the first member and the second member are fixed to each other at least at their peripheral edge parts, the second member has an accommodating projection protruding in a thickness direction of the second member so as to form an accommodating space (S, S1, S2) capable of accommodating the battery between the same and the first member , and a non-fixed part provided at a position continuous to the accommodating projection and not fixed to the first member , characterized in that the second member has a first rib part provided along the accommodating projection and protruding in the thickness direction of the second member , the non-fixed part is positioned on an opposite side to the first rib part across the accommodating projection and constitutes a part of a cuttable region (P, P1, P2) cut when the battery packaging body is opened, and the first rib part extends in a direction crossing a direction in which the non-fixed part , the accommodating projection and the first rib part line up. a first member ; and a second member capable of accommodating the battery between the same and the first member , wherein the first member is a plate-shaped mount, the second member is a blister cover, the first member and the second member are fixed to each other at least at their peripheral edge parts, the second member has an accommodating projection protruding in a thickness direction of the second member so as to form an accommodating space (S, S1, S2) capable of accommodating the battery between the same and the first member , and a non-fixed part provided at a position continuous to the accommodating projection and not fixed to the first member , characterized in that the second member has a first rib part provided along the accommodating projection and protruding in the thickness direction of the second member , the non-fixed part is positioned on an opposite side to the first rib part across the accommodating projection and constitutes a part of a cuttable region (P, P1, P2) cut when the battery packaging body is opened, and the first rib part extends in a direction crossing a direction in which the non-fixed part , the accommodating projection and the first rib part line up.
Device for installing a ring of a planetary gear train , the said planetary gear train extending in a first axis (X1), the said ring including a front ring and a rear ring , the said device containing: - a plurality of longitudinal guides , each guide extending in a direction parallel to the first axis; characterised in that the device comprises: - a front bracket having the shape of an arc of a circle for the front ring, the said front bracket containing: - at least two holes allowing the guides to pass through; - a plurality of first means of holding the front ring and of rotating with respect to its axis, where the said first holding and rotation means can move between a first position in which the front ring is held, and can rotate around its axis, and a second position in which the front ring is not held in place; - a rear bracket having the shape of an arc of a circle for the rear ring, the said rear bracket containing: - at least two holes allowing the guides to pass through; - a plurality of second means of holding the rear ring and of rotating with respect to its axis, where the said second holding means can move between a third position in which the rear ring is held, and can rotate around its axis, and a fourth position in which the rear ring is not held in place. - a plurality of longitudinal guides , each guide extending in a direction parallel to the first axis; - a front bracket having the shape of an arc of a circle for the front ring, the said front bracket containing: - at least two holes allowing the guides to pass through; - a plurality of first means of holding the front ring and of rotating with respect to its axis, where the said first holding and rotation means can move between a first position in which the front ring is held, and can rotate around its axis, and a second position in which the front ring is not held in place; - at least two holes allowing the guides to pass through; - a plurality of first means of holding the front ring and of rotating with respect to its axis, where the said first holding and rotation means can move between a first position in which the front ring is held, and can rotate around its axis, and a second position in which the front ring is not held in place; - a rear bracket having the shape of an arc of a circle for the rear ring, the said rear bracket containing: - at least two holes allowing the guides to pass through; - a plurality of second means of holding the rear ring and of rotating with respect to its axis, where the said second holding means can move between a third position in which the rear ring is held, and can rotate around its axis, and a fourth position in which the rear ring is not held in place. - at least two holes allowing the guides to pass through; - a plurality of second means of holding the rear ring and of rotating with respect to its axis, where the said second holding means can move between a third position in which the rear ring is held, and can rotate around its axis, and a fourth position in which the rear ring is not held in place.
A high hardness wear-resistant steel: having a composition containing, by weight ratio, 2.1 to 4. 0% of manganese (Mn), 0.15 to 0. 2% of carbon (C), 0. 02 to 0.5% of silicon (Si), 0.2 to 0.7% of chromium (Cr), optionally one or more selected from the group of 0.1% or less of niobium (Nb), 0.02% or less of boron (B), and 0.1% or less of titanium (Ti), a remainder of iron (Fe) and other unavoidable impurities; having a microstructure in which a prior austenite grain size is 25 μm or less and martensite is included as a main phase; and having excellent toughness and cutting crack resistance which satisfies a condition in which Ac3-Acl is 100°C or lower. having a composition containing, by weight ratio, 2.1 to 4. 0% of manganese (Mn), 0.15 to 0. 2% of carbon (C), 0. 02 to 0.5% of silicon (Si), 0.2 to 0.7% of chromium (Cr), optionally one or more selected from the group of 0.1% or less of niobium (Nb), 0.02% or less of boron (B), and 0.1% or less of titanium (Ti), a remainder of iron (Fe) and other unavoidable impurities; having a microstructure in which a prior austenite grain size is 25 μm or less and martensite is included as a main phase; and having excellent toughness and cutting crack resistance which satisfies a condition in which Ac3-Acl is 100°C or lower.
A drive belt monitoring system for an escalator or a moving walkway having a drive belt having at least one cord extending longitudinally within the drive belt , wherein the monitoring system comprises: a first sensor and a second sensor ; characterised in that : - the first sensor is configured to measure the pretension of the drive belt ; - the second sensor is configured to determine a passenger load on the drive belt ; further characterised in that the monitoring system comprises: - a third sensor configured to determine the resonance frequency of the drive belt ; and - a controller configured to evaluate a condition of the drive belt based on: the measured pretension of the drive belt , the determined passenger load of the drive belt , and the determined resonance frequency of the drive belt . a first sensor and a second sensor ; characterised in that : - the first sensor is configured to measure the pretension of the drive belt ; - the second sensor is configured to determine a passenger load on the drive belt ; - the first sensor is configured to measure the pretension of the drive belt ; - the second sensor is configured to determine a passenger load on the drive belt ; further characterised in that the monitoring system comprises: - a third sensor configured to determine the resonance frequency of the drive belt ; and - a controller configured to evaluate a condition of the drive belt based on: the measured pretension of the drive belt , the determined passenger load of the drive belt , and the determined resonance frequency of the drive belt . - a third sensor configured to determine the resonance frequency of the drive belt ; and - a controller configured to evaluate a condition of the drive belt based on: the measured pretension of the drive belt , the determined passenger load of the drive belt , and the determined resonance frequency of the drive belt .
A heat resistant and biaxially stretched blow-molded plastic container issued from a double-blow process, said container comprising a base movable to accommodate vacuum forces generated within the container, thereby decreasing the volume of the container, wherein said base comprises a push-up portion , and characterized in that said base comprises first and second parting lines (PL1 ; PL2) that are separated from one another by a gap, and that are extending on opposite sides of the push-up portion , and wherein : (i) the distance (H1 ; H2) between each parting line (PL1 ; PL2) and the center (C) of the base is not more than 20 mm, and/or (ii) the distance (G) between the two parting lines (PL1 ; PL2) is not more than 40mm, and/or (iii) the distance (G) between the two parting lines (PL1 ; PL2) is less than 50% of the transverse dimension (DB) of the base measured between the two outermost points (P1, P2) of the parting lines (PL1 ; PL2). (i) the distance (H1 ; H2) between each parting line (PL1 ; PL2) and the center (C) of the base is not more than 20 mm, and/or (ii) the distance (G) between the two parting lines (PL1 ; PL2) is not more than 40mm, and/or (iii) the distance (G) between the two parting lines (PL1 ; PL2) is less than 50% of the transverse dimension (DB) of the base measured between the two outermost points (P1, P2) of the parting lines (PL1 ; PL2).
Measuring device for determining mass and/or mechanical properties of a biological system comprising a micro-cantilever and an intensity modulated light source exciting the cantilever, wherein the cantilever is functionalized by being physically or chemically modified to adhere to the biological system, wherein the biological system comprises a cell, a group of cells or a small tissue, characterized in that the cantilever is at least partially transparent for a wavelength of the visual spectrum and the measuring device comprises an optical microscope , wherein the microscope is adapted for studying the morphology of the cells.
A display control method for a display control device, the display control device including a turn signal installed in a vehicle; and an indicator for displaying a lighting state of the turn signal to an occupant of the vehicle; the display control device controlling the lighting state of the turn signal and a lighting state of the indicator ; wherein timing of starting to turn on the turn signal and timing of starting to turn on the indicator are different from each other; and the indicator is continuously turned on before the turn signal is blinked; characterized in that the indicator starts to be continuously turned on in a case where the occupant manipulates a winker switch ; and the indicator is changed from being continuously turned on to being blinked when the turn signal is blinked.
A method of winding a helically wound pipe from a web having transversely spaced apart connecting formations adapted to interlock when the web is wound in a helical path and adjacent edge portions of the web overlap one another, said method comprising the steps of: feeding the web in a substantially axial direction with respect to the axis of the pipe being wound; driving the web around the outside of a plurality of circumferentially spaced guide rollers arranged to form a guide to enable the web to follow the helical path; providing an exterior support means for the connecting formation at the terminus of the pipe being wound; applying a radially outwardly directed force against an inner face of the driven web 200 and the support means , thereby pinching the overlapping connecting formations into interlocking engagement; wherein said exterior support means is located wholly within the outer diameter of the pipe as the pipe is wound. feeding the web in a substantially axial direction with respect to the axis of the pipe being wound; driving the web around the outside of a plurality of circumferentially spaced guide rollers arranged to form a guide to enable the web to follow the helical path; providing an exterior support means for the connecting formation at the terminus of the pipe being wound; applying a radially outwardly directed force against an inner face of the driven web 200 and the support means , thereby pinching the overlapping connecting formations into interlocking engagement; wherein said exterior support means is located wholly within the outer diameter of the pipe as the pipe is wound.
A building management system for controlling an environment of a building with one or more tintable windows located between an interior and an exterior of the building, the building management system being characterized by comprising: at least one controller having control logic configured to determine a tint level for the one or more tintable windows at a future time based on a calculated penetration depth of direct sunlight through at least one of the tintable windows at the future time, optionally a calculated irradiance at the future time, and further optionally a detected irradiance.
A method for making a bag, the method comprising: providing a flat paper having portions for a top , two sides , and a bottom , forming a horizontal score line in the paper within a range from about 0.5 inches (1.27 cm) to about 2.5 inches (6.35 cm) from the top and extending the width of the paper, forming at least two horizontal slits located about 3 inches (7.62 cm) to about 6 inches (15.24 cm) down from the top and is about 3 inches (7.62 cm) wide to about 6 inches (15.24 cm) wide, wherein each horizontal slit is located in a portion of the flat paper that will form the face of a resulting bag, joining the sides of the flat paper and forming a bottom of the bag, installing a handle assembly onto each exterior face of the bag, wherein the handle assembly comprises a handle secured to a patch , and wherein the installation comprises inserting the handle of the handle assembly from the interior of the bag up through a horizontal slit , and securing the patch to the interior of the bag such that the handle extends through the horizontal slit to the exterior of the bag. providing a flat paper having portions for a top , two sides , and a bottom , forming a horizontal score line in the paper within a range from about 0.5 inches (1.27 cm) to about 2.5 inches (6.35 cm) from the top and extending the width of the paper, forming at least two horizontal slits located about 3 inches (7.62 cm) to about 6 inches (15.24 cm) down from the top and is about 3 inches (7.62 cm) wide to about 6 inches (15.24 cm) wide, wherein each horizontal slit is located in a portion of the flat paper that will form the face of a resulting bag, joining the sides of the flat paper and forming a bottom of the bag, installing a handle assembly onto each exterior face of the bag, wherein the handle assembly comprises a handle secured to a patch , and wherein the installation comprises inserting the handle of the handle assembly from the interior of the bag up through a horizontal slit , and securing the patch to the interior of the bag such that the handle extends through the horizontal slit to the exterior of the bag.
A method for wireless communication performed by a user equipment, UE, comprising: receiving an indication of an association between a plurality of physical cell identifiers, PCIs, and one or more transmission configuration indicator, TCI, states; receiving , using one or more receive beams associated with a TCI state, a downlink transmission from a plurality of transmission reception points, TRPs, identifiable by the plurality of PCIs; identifying , based at least in part on the TCI state and the association between the plurality of PCIs and the one or more TCI states, a first PCI of the plurality of PCIs to use to process the received downlink transmission; and processing the received downlink transmission using the identified first PCI. receiving an indication of an association between a plurality of physical cell identifiers, PCIs, and one or more transmission configuration indicator, TCI, states; receiving , using one or more receive beams associated with a TCI state, a downlink transmission from a plurality of transmission reception points, TRPs, identifiable by the plurality of PCIs; identifying , based at least in part on the TCI state and the association between the plurality of PCIs and the one or more TCI states, a first PCI of the plurality of PCIs to use to process the received downlink transmission; and processing the received downlink transmission using the identified first PCI.