mhurhangee/patent-ind-claim-en huggingface dataset:
An intraocular lens injector device , comprising: a housing , wherein the housing comprises a first end and a second end ; a battery ; a plunger disposed within the housing; a motor powered by the battery and configured to cause the plunger to translate in the housing; a user interface disposed on the housing, wherein the user interface receives user input to start translation of the plunger; and characterised by a printed circuit board disposed in the housing, a processor disposed on the printed circuit board in signal communication with the battery and configured to start translation of the motor in response to user input, one or more buttons on the housing in signal communication with the processor and configured to receive the user input, and a display on the housing configured to display a string or text data type and in signal communication with the processor. a housing , wherein the housing comprises a first end and a second end ; a battery ; a plunger disposed within the housing; a motor powered by the battery and configured to cause the plunger to translate in the housing; a user interface disposed on the housing, wherein the user interface receives user input to start translation of the plunger; and characterised by a printed circuit board disposed in the housing, a processor disposed on the printed circuit board in signal communication with the battery and configured to start translation of the motor in response to user input, one or more buttons on the housing in signal communication with the processor and configured to receive the user input, and a display on the housing configured to display a string or text data type and in signal communication with the processor.
A method for producing a three-dimensional fibre composite material component with fibre bundles which are shaped into a three-dimensional predetermined component form from a rod-shaped or strand-shaped initial form by way of a form-defining device , wherein the form-defining device comprises at least one shaping channel which in its longitudinal direction has a first curvature predetermined for the fibre composite material component and forms at least one leading edge , wherein the fibre bundles are pressed against the at least one leading edge of the shaping channel and in so doing adopt the predetermined first curvature.
A hydrotalcite represented by a formula below: (M 2+ ) 1-x (M 3+ ) x (OH) 2 (A n- ) x/n •mH 2 O where M 2+ indicates at least one divalent metal, M 3+ indicates at least one trivalent metal, A n- indicates an n-valent anion, n indicates an integer of 1 to 6, and x and m are within respective ranges of 0.17 ≤ x ≤ 0.36 and 0 ≤ m ≤ 10, the hydrotalcite satisfying (A) to (C) below: (A) a lattice strain in the <003> direction as measured using an X-ray diffraction method is 3 × 10 -3 or less; (B) an average width of primary particles as measured using a SEM method is between 5 nm and 200 nm inclusive; and (C) a degree of monodispersity expressed by an equation below is 50% or greater: Degree of monodispersity (%) = (average width of primary particles as measured using the SEM method/average width of secondary particles as measured using a dynamic light scattering method) × 100. where M 2+ indicates at least one divalent metal, M 3+ indicates at least one trivalent metal, A n- indicates an n-valent anion, n indicates an integer of 1 to 6, and x and m are within respective ranges of 0.17 ≤ x ≤ 0.36 and 0 ≤ m ≤ 10, the hydrotalcite satisfying (A) to (C) below: (A) a lattice strain in the <003> direction as measured using an X-ray diffraction method is 3 × 10 -3 or less; (B) an average width of primary particles as measured using a SEM method is between 5 nm and 200 nm inclusive; and (C) a degree of monodispersity expressed by an equation below is 50% or greater: Degree of monodispersity (%) = (average width of primary particles as measured using the SEM method/average width of secondary particles as measured using a dynamic light scattering method) × 100. (A) a lattice strain in the <003> direction as measured using an X-ray diffraction method is 3 × 10 -3 or less; (B) an average width of primary particles as measured using a SEM method is between 5 nm and 200 nm inclusive; and (C) a degree of monodispersity expressed by an equation below is 50% or greater: Degree of monodispersity (%) = (average width of primary particles as measured using the SEM method/average width of secondary particles as measured using a dynamic light scattering method) × 100.
Acoustic protection device for a motor vehicle engine crankcase characterized in that said device comprises a casing made up of acoustic protection panels covering said crankcase, each of the panels comprising a first longitudinal end having a system for reversible interfitting in a second longitudinal end of the juxtaposed adjacent panel, said interfitting system comprising a bulge comprising a hook , in the first longitudinal end of the panel, and which is pushed into a cavity sunk in the second end of the juxtaposed adjacent panel.
Process for the preparation of iloprost of formula I comprising that a.) the Corey lactone of formula II is selectively alkylated with dimethyl methylphosphonate in the presence of lithium dialkylamide, b.) the ring of the resulting lactol of formula III is opened with pyridinium acetate in weak acidic medium, then the obtained secondary hydroxyl group is oxidized with pyridinium dichromate, c.) the resulting compound of formula IV is reacted with potassium carbonate in the presence of 18-crown-6 reagent, d.) the thus obtained compound of formula V is reduced, e.) the resulting compound of formula VI is reacted with carboxybutyltriphenylphosphonium bromide in the presence of potassium tertiary-butylate, f.) the TBDMS protecting group of the resulting E- and Z- isomers of formula VII is removed, the isomers are separated by gravitational chromatography, if desired the Z-isomer ( VIIIz ) is isomerized into the E-isomer, g.) the resulting compound of formula VIII is esterified, h.) the resulting compound of formula IX is oxidized, i.) the resulting compound of formula X is transformed in HWE reaction in the presence of solid potassium hydroxide into the compound of formula XI, j.) the oxo group of the resulting compound of formula XI is reduced with DIBAL-F, k.) the tetrahydropyranyl protecting group of the thus obtained compound of formula XII is removed and the compound is purified by gravitational column chromatography, if desired further purified by preparative HPLC, l.) the ester group of the resulting compound of formula XIII is removed and the obtained compound of formula I is purified. a.) the Corey lactone of formula II is selectively alkylated with dimethyl methylphosphonate in the presence of lithium dialkylamide, b.) the ring of the resulting lactol of formula III is opened with pyridinium acetate in weak acidic medium, then the obtained secondary hydroxyl group is oxidized with pyridinium dichromate, c.) the resulting compound of formula IV is reacted with potassium carbonate in the presence of 18-crown-6 reagent, d.) the thus obtained compound of formula V is reduced, e.) the resulting compound of formula VI is reacted with carboxybutyltriphenylphosphonium bromide in the presence of potassium tertiary-butylate, f.) the TBDMS protecting group of the resulting E- and Z- isomers of formula VII is removed, the isomers are separated by gravitational chromatography, if desired the Z-isomer ( VIIIz ) is isomerized into the E-isomer, g.) the resulting compound of formula VIII is esterified, h.) the resulting compound of formula IX is oxidized, i.) the resulting compound of formula X is transformed in HWE reaction in the presence of solid potassium hydroxide into the compound of formula XI, j.) the oxo group of the resulting compound of formula XI is reduced with DIBAL-F, k.) the tetrahydropyranyl protecting group of the thus obtained compound of formula XII is removed and the compound is purified by gravitational column chromatography, if desired further purified by preparative HPLC, l.) the ester group of the resulting compound of formula XIII is removed and the obtained compound of formula I is purified.
Automatic coupling system for railway vehicles, which system is intended to be provided on board a first railway vehicle and comprises: - a telemetry system configured to carry out measurements between the first railway vehicle and a second railway vehicle and to determine, on the basis of the measurements, a distance between the first railway vehicle and the second railway vehicle and/or a relative speed between the first railway vehicle and the second railway vehicle , and - a control device configured to control a braking system and/or a traction system of the first railway vehicle in dependence on the distance and/or the relative speed determined by the telemetry system , in order to move the first railway vehicle closer to the second railway vehicle for the mechanical coupling thereof, characterised in that the telemetry system is configured to determine a relative acceleration between the first railway vehicle and the second railway vehicle and to control the first railway vehicle in dependence on the relative acceleration. - a telemetry system configured to carry out measurements between the first railway vehicle and a second railway vehicle and to determine, on the basis of the measurements, a distance between the first railway vehicle and the second railway vehicle and/or a relative speed between the first railway vehicle and the second railway vehicle , and - a control device configured to control a braking system and/or a traction system of the first railway vehicle in dependence on the distance and/or the relative speed determined by the telemetry system , in order to move the first railway vehicle closer to the second railway vehicle for the mechanical coupling thereof,
A combination of a portable, manually operable motor-driven hand-held tool, such as in particular a cutting or pressing device, and a glove, wherein the hand-held tool has an actuation element , and a user can use the hand-held tool by means of the glove , characterized in that the hand-held tool has a sensor for detecting the glove, that the hand-held tool is configured in such a way that a user can only actuate the hand-held tool if the detection of the glove guided to the actuation element has led to a predetermined result, that the sensor is assigned to a handle area of the hand-held tool , and that the distance, at which the glove has to be in order to be detected as being present, is set in such a way that it can be ruled out that the device can be operated with a glove located next to it.
A hairspring for a hairspring-balance oscillator, comprising at least one leaf the cross section of which has a thickness and a height, said leaf forming turns at least one of which being provided with a plurality of apertures extending in the heightwise direction of the leaf and alternating with bridges , characterized in that the apertures are distributed at least over the entire length of a apertured turn or the apertured turns.
A mobile station (111-116; 202-208) for use in a wireless network (100; 200), the mobile station operable to transmit a sounding reference signal, SRS, on a single carrier-frequency division multiplexing, SC-FDM symbol, wherein at least two SRS are transmitted on at least two component carriers respectively, and wherein in a case that a total transmit power of the SC-FDM symbol exceeds P CMAX of the mobile station, the mobile station being operable to scale a transmit power level of each of the at least two component carriers according to: ∑ w c P SRS , c i ≤ P CMAX where the P CMAX is a parameter associated with a maximum transmit power level for the mobile station, w c is a scaling factor for an SRS on a component carrier c, and P SRS,c (i) is a parameter associated with the power level of the SRS for the component carrier c in subframe i, and wherein in case that at least one aperiodic SRS and at least one non-aperiodic SRS are occurred in a same subframe, the mobile station being operable to transmit only the at least one aperiodic SRS. where the P CMAX is a parameter associated with a maximum transmit power level for the mobile station, w c is a scaling factor for an SRS on a component carrier c, and P SRS,c (i) is a parameter associated with the power level of the SRS for the component carrier c in subframe i, and wherein in case that at least one aperiodic SRS and at least one non-aperiodic SRS are occurred in a same subframe, the mobile station being operable to transmit only the at least one aperiodic SRS.
A method for feeding back information, comprising the following steps: receiving, by a receiving end, media data; playing the media data; and if valid media data in a buffer of the receiving end is short and the shortage of the valid media data in the buffer of the receiving end is caused by a service system, reporting, by the receiving end, event information, wherein the event information comprises condition information for determining the cause for the shortage of the valid media data in the buffer of the receiving end; the method further characterized by : if valid media data in a buffer of the receiving end is short and the shortage of the valid media data in the buffer of the receiving end is caused by a user's action, reporting, by the receiving end, event information, wherein the event information comprises condition information for determining the cause for the shortage of the valid media data in the buffer of the receiving end. receiving, by a receiving end, media data; playing the media data; and if valid media data in a buffer of the receiving end is short and the shortage of the valid media data in the buffer of the receiving end is caused by a service system, reporting, by the receiving end, event information, wherein the event information comprises condition information for determining the cause for the shortage of the valid media data in the buffer of the receiving end; the method further characterized by : if valid media data in a buffer of the receiving end is short and the shortage of the valid media data in the buffer of the receiving end is caused by a user's action, reporting, by the receiving end, event information, wherein the event information comprises condition information for determining the cause for the shortage of the valid media data in the buffer of the receiving end.
Device for the positioning of a number of supports on a guide rail , the device comprising: a beam having an upper part and a bottom part ; at least one carriage (4-7) arranged at an edge of the upper part and movable backward and forward along the edge of the upper part , each carriage (4-7) having a carriage side supporting a rail guide cooperating with a guide rail , and each carriage (4-7) having a lock unit cooperating with the rail allowing the carriage (4-7) to be individually lockable to the guide rail as long as the position of the carriage (4-7) is to be un-changed, and wherein a support of a number of supports is mounted on the at least one carriage (4-7) for the movement of the support to a desired position on the guide rail , wherein the at least one carriage (4-7) is provided with means for the connection of the at least one carriage (4-7) that is about to be moved with means for the movement of the at least one carriage (4-7) to the desired position on the guide rail , the at least one carriage (4-7) is provided with means for the determination of the position of the carriage (4-7) and thereby of the support on the guide rail , and wherein said means for determination of the position comprises a linear absolute encoder comprising a waveguide which extends along the beam at an underside of the bottom part under the guide rail allowing cooperation with a magnet carrying arm which is fastened to the carriage (4-7) and the end of which at least partly surrounds the waveguide , wherein the means for connection of the at least one carriage (4-7) comprises a cylinder lock . the at least one carriage (4-7) is provided with means for the connection of the at least one carriage (4-7) that is about to be moved with means for the movement of the at least one carriage (4-7) to the desired position on the guide rail , the at least one carriage (4-7) is provided with means for the determination of the position of the carriage (4-7) and thereby of the support on the guide rail , and wherein said means for determination of the position comprises a linear absolute encoder comprising a waveguide which extends along the beam at an underside of the bottom part under the guide rail allowing cooperation with a magnet carrying arm which is fastened to the carriage (4-7) and the end of which at least partly surrounds the waveguide , wherein the means for connection of the at least one carriage (4-7) comprises a cylinder lock .
An imaging cartridge installable in an image forming device, the imaging cartridge or the image forming device comprising an organic photoconductor drum, the image forming device including a rotational driving member and at least one cartridge guide defining a guide path, the cartridge comprising: a first cartridge portion engageable with the at least one cartridge guide for movement along the guide path; and a second cartridge portion coupled to the first cartridge portion , the second cartridge portion including a drive receiving member configured for engagement with the rotational driving member and at least one of the organic photoconductor drum , a hopper , a developer roller , and a regulating blade, the second cartridge portion being moveable with respect to the first cartridge portion between a first position in which the drive receiving member is not engageable with the rotational driving member and a second position in which the drive receiving member is engageable with the rotational driving member ; characterized in that the organic photoconductor drum defines a longitudinal axis , and where the second cartridge portion moves relative to the first cartridge portion in a direction parallel to the longitudinal axis . a first cartridge portion engageable with the at least one cartridge guide for movement along the guide path; and a second cartridge portion coupled to the first cartridge portion , the second cartridge portion including a drive receiving member configured for engagement with the rotational driving member and at least one of the organic photoconductor drum , a hopper , a developer roller , and a regulating blade, the second cartridge portion being moveable with respect to the first cartridge portion between a first position in which the drive receiving member is not engageable with the rotational driving member and a second position in which the drive receiving member is engageable with the rotational driving member ; characterized in that the organic photoconductor drum defines a longitudinal axis , and where the second cartridge portion moves relative to the first cartridge portion in a direction parallel to the longitudinal axis .
A method of providing interactive traffic controls to vehicles , comprising: receiving , by an interactive traffic control device located alongside or near a roadway, refined location and state information associated with individual vehicles on a roadway; determining , by the interactive traffic control device, first customized dynamic traffic control instructions for a first one or more of the individual vehicles, wherein the first customized dynamic traffic control instructions are based on the received refined location and state information and offer an optional route alternative to a set limited number of the individual vehicles, wherein only a subset of the set limited number of the individual vehicles is granted authorization to use the optional route alternative based on an order in which vehicles respond to the first customized dynamic traffic control instructions; and transmitting the first customized dynamic traffic control instructions, by the interactive traffic control device, to the first one or more of the individual vehicles. receiving , by an interactive traffic control device located alongside or near a roadway, refined location and state information associated with individual vehicles on a roadway; determining , by the interactive traffic control device, first customized dynamic traffic control instructions for a first one or more of the individual vehicles, wherein the first customized dynamic traffic control instructions are based on the received refined location and state information and offer an optional route alternative to a set limited number of the individual vehicles, wherein only a subset of the set limited number of the individual vehicles is granted authorization to use the optional route alternative based on an order in which vehicles respond to the first customized dynamic traffic control instructions; and transmitting the first customized dynamic traffic control instructions, by the interactive traffic control device, to the first one or more of the individual vehicles.
System for transferring rod-shaped articles , the system comprising - a reservoir for holding a plurality of rod-shaped articles; - a conveyor band comprising a seat adapted to receive a rod-shaped article from the reservoir, wherein the seat is a groove arranged in the conveyor band, characterized in that the conveyor band is arranged adjacent to the reservoir; and by - a speed compensator for compensating a speed variation of a portion of the conveyor band such that a speed of another portion of the conveyor band is kept constant. - a reservoir for holding a plurality of rod-shaped articles; - a conveyor band comprising a seat adapted to receive a rod-shaped article from the reservoir, wherein the seat is a groove arranged in the conveyor band, characterized in that the conveyor band is arranged adjacent to the reservoir; and by - a speed compensator for compensating a speed variation of a portion of the conveyor band such that a speed of another portion of the conveyor band is kept constant.
A latch assembly for releasably engaging an anchor in a vehicle, the latch assembly comprising: a frame having a proximal end portion and a distal end portion, wherein the proximal end portion is oriented perpendicular to the distal end portion, and wherein the proximal end portion includes a web aperture for receiving a web and wherein the distal end portion includes a nose portion ; a latch pivotally coupled to the distal end portion of the frame; and a release actuator operably coupled to the latch, wherein movement of the release actuator from a first actuator position toward a second actuator position rotates the latch from a first latch position to a second latch position about a first pivot point, and from the second latch position to a third latch position about a second pivot point spaced apart from the first pivot point; and a biasing member having a first end coupled to the nose portion and a second end coupled to the latch , wherein the biasing member urges the latch toward the first latch position. a frame having a proximal end portion and a distal end portion, wherein the proximal end portion is oriented perpendicular to the distal end portion, and wherein the proximal end portion includes a web aperture for receiving a web and wherein the distal end portion includes a nose portion ; a latch pivotally coupled to the distal end portion of the frame; and a release actuator operably coupled to the latch, wherein movement of the release actuator from a first actuator position toward a second actuator position rotates the latch from a first latch position to a second latch position about a first pivot point, and from the second latch position to a third latch position about a second pivot point spaced apart from the first pivot point; and a biasing member having a first end coupled to the nose portion and a second end coupled to the latch , wherein the biasing member urges the latch toward the first latch position.