mhurhangee/patent-ind-claim-en huggingface dataset:
An intraocular lens (IOL) insertion apparatus comprising: a hand piece body having a distal tip ; a lumen formed within the hand piece body, the lumen comprising: a folding chamber ; and a dwell position ; and a telescoping plunger moveable within the lumen over a selected distance, the telescoping plunger comprising: a first plunger portion ; and a second plunger portion , the first plunger portion and the second plunger portion being coupled together to simultaneously advance toward the distal tip during a first portion of the selected distance and the first plunger portion and the second plunger portion being decoupled at a position along the selected distance such that only one of the first plunger portion and second plunger portion is advanced during a second portion of the selected distance, and wherein the first plunger portion comprises a first distal tip , wherein the second plunger portion comprises a second distal tip , characterised in that the first and second distal tips are configured to cooperate to simultaneously engage an IOL during the first portion of the selected distance. a hand piece body having a distal tip ; a lumen formed within the hand piece body, the lumen comprising: a folding chamber ; and a dwell position ; and a folding chamber ; and a dwell position ; and a telescoping plunger moveable within the lumen over a selected distance, the telescoping plunger comprising: a first plunger portion ; and a second plunger portion , the first plunger portion and the second plunger portion being coupled together to simultaneously advance toward the distal tip during a first portion of the selected distance and the first plunger portion and the second plunger portion being decoupled at a position along the selected distance such that only one of the first plunger portion and second plunger portion is advanced during a second portion of the selected distance, and wherein the first plunger portion comprises a first distal tip , wherein the second plunger portion comprises a second distal tip , characterised in that the first and second distal tips are configured to cooperate to simultaneously engage an IOL during the first portion of the selected distance. a first plunger portion ; and a second plunger portion , the first plunger portion and the second plunger portion being coupled together to simultaneously advance toward the distal tip during a first portion of the selected distance and the first plunger portion and the second plunger portion being decoupled at a position along the selected distance such that only one of the first plunger portion and second plunger portion is advanced during a second portion of the selected distance, and
Transseptal insertion device which is suitable for facilitating precise and safe transseptal insertion of a needle or catheter through a cardiac septum , comprising: a device housing : a slidable body slidably disposed in the device housing , the slidable body comprising a pusher and a guide element extending from the pusher, the guide element extendable and retractable from a distal end of the device housing, wherein: the guide element defines an interior space that guides a needle or catheter for transseptal insertion through a cardiac septum and the guide element is formed to include multiple, parallel, spaced-apart longitudinal webbing elements and multiple, annular transverse webbing elements provided at spaced-apart intervals with respect to each other along the longitudinal webbing elements in which the longitudinal and transverse webbing elements define openings between the interior space and an exterior of the guide element.
Pistol, capable to fire a plurality of rounds, with a magazine and having central weapon plane, comprising - a barrel , which comprises at least a barrel block and a chamber , - a slide , comprising a breech guide , which is designed to move on a guide rail of a frame of the pistol and on which a socket having a breech face is formed, whereby the barrel block comprises at least one recess on each side, and centering rails are formed on the inside of the breech guide so as to be complementary to the recesses in terms of form and function. - a barrel , which comprises at least a barrel block and a chamber , - a slide , comprising a breech guide , which is designed to move on a guide rail of a frame of the pistol and on which a socket having a breech face is formed, whereby
Revolving door , in particular for separating persons, having a plurality of fixedly arranged zones and/or movably arranged sectors , and having a recognition assembly for recognizing occupancy of at least one zone and/or sector , wherein the recognition assembly comprises at least one optically detectable and predefined pattern as well as at least one detection device for detecting the pattern , and the detection device is designed to detect non-coverage of the pattern and/or at least partial coverage of the pattern by an object located in the respective zone and/or in the respective sector , characterized in that at least one zone is designed as an apron zone or a plurality of zones are designed as apron zones , in that the apron zone or apron zones are arranged outside of a door housing and/or in the apron area thereof, and in that the recognition assembly is designed to block and/or to keep blocked a door leaf movement upon recognizing occupancy of an oppositely located apron zone and/or of an apron zone located in the destination direction of a person.
A trim assembly for a lock having a rotation axis extending normal to a plane of a door, the trim assembly comprising: a frame configured to be secured to a face of the door, the frame having a cam cavity extending transversally to the rotation axis, the cam cavity having a major depth along a first radial axis, a minor depth along a second radial axis, and a camming face having a reducing radial depth along a camming angle extending from the major depth to the minor depth, a clip having a transversally-oriented planar body received in the cam cavity , the clip having a radially-outer edge configured to slidingly engage the camming face, a rotary holder rotatably mounted to the frame around the rotation axis, the rotary holder having a first handle engagement member and a clip holder , the clip holder allowing radial sliding displacement of the clip while preventing rotational displacement of the clip relative to the rotary holder , a handle having a neck portion having a second engagement member tangentially engaged with the first engagement member, the handle having a transversal groove receiving a radially-inner edge of the clip . a frame configured to be secured to a face of the door, the frame having a cam cavity extending transversally to the rotation axis, the cam cavity having a major depth along a first radial axis, a minor depth along a second radial axis, and a camming face having a reducing radial depth along a camming angle extending from the major depth to the minor depth, a clip having a transversally-oriented planar body received in the cam cavity , the clip having a radially-outer edge configured to slidingly engage the camming face, a rotary holder rotatably mounted to the frame around the rotation axis, the rotary holder having a first handle engagement member and a clip holder , the clip holder allowing radial sliding displacement of the clip while preventing rotational displacement of the clip relative to the rotary holder , a handle having a neck portion having a second engagement member tangentially engaged with the first engagement member, the handle having a transversal groove receiving a radially-inner edge of the clip .
A mobile accurate earth leaking point survey apparatus comprising: a plurality of magnetic field sensors; and a plurality of electrodes configured to be capacitively coupled to ground; a signal timing unit for finding and setting a reference time T by analyzing signals input from the magnetic field sensors, wherein the time T matches a signal start time of a survey current transmitter; a signal detection unit configured to recognize a buried path of an electric wire by identifying a polarity and magnitude of signals from the magnetic field sensors for a predetermined discrete period of time at a predetermined interval time from the time T and determine a direction to move by analysing the polarity and the magnitude of the signals from the magnetic field sensors; a screen configured to display an arrow indicating the direction to move; and a potential measuring unit for measuring an earth potential value input from the plurality of electrodes. a plurality of magnetic field sensors; and a plurality of electrodes configured to be capacitively coupled to ground; a signal timing unit for finding and setting a reference time T by analyzing signals input from the magnetic field sensors, wherein the time T matches a signal start time of a survey current transmitter; a signal detection unit configured to recognize a buried path of an electric wire by identifying a polarity and magnitude of signals from the magnetic field sensors for a predetermined discrete period of time at a predetermined interval time from the time T and determine a direction to move by analysing the polarity and the magnitude of the signals from the magnetic field sensors; a screen configured to display an arrow indicating the direction to move; and a potential measuring unit for measuring an earth potential value input from the plurality of electrodes.
A pavement marking tape comprising: a base layer substantially free of chlorine comprising 6 to 15 wt% of at least one non-crosslinked elastomeric polymer, and an extender resin that is different than the non-crosslinked elastomeric polymer and comprises a halogenated polymer or a halogenated wax, wherein the term "substantially free" means less than one part per 100 parts; and a topcoat comprising a urea-modified polyurethane that is the reaction product of an aspartic ester polyamine, a polyisocyanate, and a polyol, wherein the ratio of the number of equivalents of hydroxyl groups in the polyol to the number of equivalents of amino groups in the aspartic ester polyamine is not less than 1:1. a base layer substantially free of chlorine comprising 6 to 15 wt% of at least one non-crosslinked elastomeric polymer, and an extender resin that is different than the non-crosslinked elastomeric polymer and comprises a halogenated polymer or a halogenated wax, wherein the term "substantially free" means less than one part per 100 parts; and 6 to 15 wt% of at least one non-crosslinked elastomeric polymer, and an extender resin that is different than the non-crosslinked elastomeric polymer and comprises a halogenated polymer or a halogenated wax, wherein the term "substantially free" means less than one part per 100 parts; and a topcoat comprising a urea-modified polyurethane that is the reaction product of an aspartic ester polyamine, a polyisocyanate, and a polyol, wherein the ratio of the number of equivalents of hydroxyl groups in the polyol to the number of equivalents of amino groups in the aspartic ester polyamine is not less than 1:1.
A top emission type transparent organic light emitting display device comprising: a substrate provided with a plurality of pixels, each of which includes a light emitting area provided with subpixels and a non-emitting light transmissive area that transmits external light; an anode electrode (180; 200) provided in the light emitting area of each subpixel, the light emitting area provided between the non-emitting light transmissive areas of the plurality of pixels; an organic light emitting layer provided on the anode electrode (180; 200); a cathode electrode provided on the organic light emitting layer ; an auxiliary electrode (190; 210) connected with the cathode electrode ; and a transparent connection electrode connected with the anode electrode (180; 200) and provided in the non-emitting light transmissive area of each of the subpixels, wherein in the transmissive area of each of the subpixels, the transparent connection electrode overlaps an anode electrode of a corresponding one of sub pixels of an adjacent pixel. a substrate provided with a plurality of pixels, each of which includes a light emitting area provided with subpixels and a non-emitting light transmissive area that transmits external light; an anode electrode (180; 200) provided in the light emitting area of each subpixel, the light emitting area provided between the non-emitting light transmissive areas of the plurality of pixels; an organic light emitting layer provided on the anode electrode (180; 200); a cathode electrode provided on the organic light emitting layer ; an auxiliary electrode (190; 210) connected with the cathode electrode ; and a transparent connection electrode connected with the anode electrode (180; 200) and provided in the non-emitting light transmissive area of each of the subpixels, wherein in the transmissive area of each of the subpixels, the transparent connection electrode overlaps an anode electrode of a corresponding one of sub pixels of an adjacent pixel.
An electronic device comprising: a display ; a base comprising a groove on a sidewall of the base; a hinge rotatably attaching the display to the base, the hinge comprising a rotatable shaft with a plurality of locking holes and the hinge to rotate the display between a first position and a second position, a display screen of the display facing in a first direction when the display is at the first position, and the display facing in a second direction opposite the first direction when the display is at the second position, wherein the hinge comprises a lock to fix the display at an angle that is inclined with respect to the base and with respect to a plane that is perpendicular to a main surface of the base; and a user-actuatable member having a lock position and a release position, wherein upon actuation to the lock position activates the lock to fix the display at the angle, and wherein upon actuation to the release position releases the lock to allow rotation of the display with respect to the base, wherein the lock comprises a lever and an attachment member attached to the lever, wherein the attachment member comprises a locking pin that protrudes inwardly from the attachment member, wherein the lever rests in the groove of the base in a released position and the lever is pulled out of the groove and rotated to insert the locking pin into one of the plurality of locking holes for a locked position. a display ; a base comprising a groove on a sidewall of the base; a hinge rotatably attaching the display to the base, the hinge comprising a rotatable shaft with a plurality of locking holes and the hinge to rotate the display between a first position and a second position, a display screen of the display facing in a first direction when the display is at the first position, and the display facing in a second direction opposite the first direction when the display is at the second position, wherein the hinge comprises a lock to fix the display at an angle that is inclined with respect to the base and with respect to a plane that is perpendicular to a main surface of the base; and a user-actuatable member having a lock position and a release position, wherein upon actuation to the lock position activates the lock to fix the display at the angle, and wherein upon actuation to the release position releases the lock to allow rotation of the display with respect to the base, wherein the lock comprises a lever and an attachment member attached to the lever, wherein the attachment member comprises a locking pin that protrudes inwardly from the attachment member, wherein the lever rests in the groove of the base in a released position and the lever is pulled out of the groove and rotated to insert the locking pin into one of the plurality of locking holes for a locked position.
A receiver comprising: - a reception unit to sequentially receive modulated signals resulting from spread spectrum from a transmitter ; and - a demodulation unit to demodulate a first signal received by the reception unit by performing despreading using a first spreading code, the first signal including information for identifying a second spreading code with a longer code period than the first spreading code, identify the second spreading code on a basis of information obtained from the first signal, and demodulate a second signal received after the first signal by the reception unit by performing despreading using the second spreading code, - wherein the demodulation unit performs, on a signal received by the reception unit , a first correlation process using a first code replica corresponding to the first spreading code and a second correlation process using a second code replica corresponding to the second spreading code, detects time when the transmitter has switched from the first spreading code to the second spreading code on a basis of a first correlation value obtained by the first correlation process and a second correlation value obtained by the second correlation process, and switches from the first spreading code to the second spreading code at time corresponding to the detected time. - a reception unit to sequentially receive modulated signals resulting from spread spectrum from a transmitter ; and - a demodulation unit to demodulate a first signal received by the reception unit by performing despreading using a first spreading code, the first signal including information for identifying a second spreading code with a longer code period than the first spreading code, identify the second spreading code on a basis of information obtained from the first signal, and demodulate a second signal received after the first signal by the reception unit by performing despreading using the second spreading code, - wherein the demodulation unit performs, on a signal received by the reception unit , a first correlation process using a first code replica corresponding to the first spreading code and a second correlation process using a second code replica corresponding to the second spreading code, detects time when the transmitter has switched from the first spreading code to the second spreading code on a basis of a first correlation value obtained by the first correlation process and a second correlation value obtained by the second correlation process, and switches from the first spreading code to the second spreading code at time corresponding to the detected time.
An autonomous driving device comprising: a plurality of driving function ECUs (211; 212) having a function of driving an electrified vehicle in place of an occupant and configured to be in an active operating state or in a power saving operating state; characterized in that the autonomous driving device comprises a driving function switch ECU configured to individually change the operating states of the driving function ECUs (211; 212) when the remaining power of the vehicle battery is not sufficient for the vehicle to reach a given destination with the driving function ECUs kept in their current operating states, wherein the driving function ECUs (211; 212) include an autonomous driving ECU configured to autonomously drive the vehicle , and a remote control ECU configured to operate the vehicle according to remote control from outside. a plurality of driving function ECUs (211; 212) having a function of driving an electrified vehicle in place of an occupant and configured to be in an active operating state or in a power saving operating state; characterized in that the autonomous driving device comprises a driving function switch ECU configured to individually change the operating states of the driving function ECUs (211; 212) when the remaining power of the vehicle battery is not sufficient for the vehicle to reach a given destination with the driving function ECUs kept in their current operating states, wherein the driving function ECUs (211; 212) include an autonomous driving ECU configured to autonomously drive the vehicle , and a remote control ECU configured to operate the vehicle according to remote control from outside. an autonomous driving ECU configured to autonomously drive the vehicle , and a remote control ECU configured to operate the vehicle according to remote control from outside.
An implant apparatus for implantation in a ventricle of a heart of a patient, comprising: a spool assembly configured for implantation at a first portion of heart tissue of a ventricle of a heart of a patient, the spool assembly comprising an adjusting mechanism , the adjusting mechanism comprising a spool ; and at least one longitudinal member (60; 62) having opposite first and second end portions, the first end portion being coupled to the spool and the second end portion configured to be coupled to a second portion of heart tissue that surrounds a ventricular lumen of the ventricle of the patient, the longitudinal member (60; 62) configured to be wound around the spool in response to rotation of the spool and, responsively, to draw the second end portion of the longitudinal member and the second portion of heart tissue toward the first end portion of the longitudinal member (60; 62), characterized in that the spool assembly further comprises a tissue anchor for implantation of the spool assembly at the first portion of heart tissue, the adjusting mechanism coupled to the tissue anchor and further comprising a spool housing for housing the spool , wherein the first portion of heart tissue is a portion of a ventricular wall which faces and surrounds the ventricular lumen of the ventricle and the spool assembly is implanted at the first portion of heart tissue such that the spool housing and the spool are disposed within the ventricular lumen at an intraventricular implantation site of the ventricle and the tissue anchor is disposed within the heart tissue and does not extend beyond a pericardium of the heart. a spool assembly configured for implantation at a first portion of heart tissue of a ventricle of a heart of a patient, the spool assembly comprising an adjusting mechanism , the adjusting mechanism comprising a spool ; and at least one longitudinal member (60; 62) having opposite first and second end portions, the first end portion being coupled to the spool and the second end portion configured to be coupled to a second portion of heart tissue that surrounds a ventricular lumen of the ventricle of the patient, the longitudinal member (60; 62) configured to be wound around the spool in response to rotation of the spool and, responsively, to draw the second end portion of the longitudinal member and the second portion of heart tissue toward the first end portion of the longitudinal member (60; 62), characterized in that the spool assembly further comprises a tissue anchor for implantation of the spool assembly at the first portion of heart tissue, the adjusting mechanism coupled to the tissue anchor and further comprising a spool housing for housing the spool , wherein the first portion of heart tissue is a portion of a ventricular wall which faces and surrounds the ventricular lumen of the ventricle and the spool assembly is implanted at the first portion of heart tissue such that the spool housing and the spool are disposed within the ventricular lumen at an intraventricular implantation site of the ventricle and the tissue anchor is disposed within the heart tissue and does not extend beyond a pericardium of the heart.