mhurhangee/ep-ind-claims huggingface dataset:
A radiocarpal joint replacement apparatus for implantation in a wrist of a subject, the apparatus comprising: a radial member configured to be affixed to a portion of an end of the radial bone proximal to the wrist including a fixture to be affixed over a longitudinal aspect of the radial bone and a radial resurfacing plate having a substantially concave surface configured to be located at the end of the radial bone; a carpal capitate bone insert configured to be inserted and affixed into the carpal capitate bone; and a bulbous component comprising a second convex head; wherein the radial resurfacing plate of the radial member with the concave surface is configured to be operably coupled to the second convex head of the bulbous component so as to allow radial freedom of motion of the bulbous component with respect to the radial resurfacing plate after the implantation, characterised in that the bulbous component comprises a first convex head, wherein the first convex head and the second convex head are substantially opposite each other and connected by a neck defining an annular groove between the first convex head and the second convex head, wherein the carpal capitate bone insert is configured to be flexibly coupled to the first convex head of the bulbous component. a radial member configured to be affixed to a portion of an end of the radial bone proximal to the wrist including a fixture to be affixed over a longitudinal aspect of the radial bone and a radial resurfacing plate having a substantially concave surface configured to be located at the end of the radial bone; a carpal capitate bone insert configured to be inserted and affixed into the carpal capitate bone; and a bulbous component comprising a second convex head; wherein the radial resurfacing plate of the radial member with the concave surface is configured to be operably coupled to the second convex head of the bulbous component so as to allow radial freedom of motion of the bulbous component with respect to the radial resurfacing plate after the implantation, characterised in that the bulbous component comprises a first convex head, wherein the first convex head and the second convex head are substantially opposite each other and connected by a neck defining an annular groove between the first convex head and the second convex head, wherein the carpal capitate bone insert is configured to be flexibly coupled to the first convex head of the bulbous component.
A closing apparatus for supporting the closing process of a motor vehicle door, in particular of a sliding door, for pulling the motor vehicle door into a closed door position on the motor vehicle, comprising at least one closing element which is mounted so as to be movable in a translatory manner and which is designed to interact with a lock unit of the motor vehicle door, wherein the lock unit and the closing element can be mechanically coupled and/or decoupled with one another, and comprising a drive apparatus for driving the closing element in a translatory manner, wherein a cam disk (3, 3', 31, 41) for controlling the movement sequence of the closing element is provided, said cam disk being connected to the drive apparatus in a drivable manner in order to perform a rotational movement and being coupled to the closing element in order to transmit a force to the closing element and convert the rotational movement of the cam disk into the translation of the closing element, characterised in that the outer edge of the cam disk is spiral so that the radial distance of the axis of rotation of the cam disk substantially continuously increases towards the outer edge, wherein the spiral has a cutout angularly following the greatest distance radially to the axis of rotation so that there is an edge in the course of the outer edge of the cam disk which abruptly reduces the radial distance of the outer edge to the axis of rotation of the cam disk.
A method for displaying an individual home screen on a display device of a vehicle, the method comprising the steps of: - receiving at least a first request generated by a provider associated with a first vehicle component regarding a consideration for displaying its first functionality symbol; - receiving at least a second request generated by a further provider associated with a second vehicle component regarding a consideration for displaying its second functionality symbol; - determining a context cluster by means of current context data of the vehicle; characterized by - determining a current first rank for the first request of the first vehicle component in the current context cluster and determining a current second rank for the second request of the second vehicle component in the current context cluster; - comparing the first rank with at least the second rank determined for the context cluster; and - displaying the individual home screen assigned to the display device with the first functionality symbol having a higher priority than the second functionality symbol if the given first rank is greater than the second rank, or vice versa; whereby the first rank is determined depending on a type and frequency of interaction performed by the user relating to the first vehicle component of the context cluster and the second rank is determined depending on a type and frequency of interaction performed by the user relating to the second vehicle component of the context cluster. - receiving at least a first request generated by a provider associated with a first vehicle component regarding a consideration for displaying its first functionality symbol; - receiving at least a second request generated by a further provider associated with a second vehicle component regarding a consideration for displaying its second functionality symbol; - determining a context cluster by means of current context data of the vehicle; characterized by - determining a current first rank for the first request of the first vehicle component in the current context cluster and determining a current second rank for the second request of the second vehicle component in the current context cluster; - comparing the first rank with at least the second rank determined for the context cluster; and - displaying the individual home screen assigned to the display device with the first functionality symbol having a higher priority than the second functionality symbol if the given first rank is greater than the second rank, or vice versa; whereby the first rank is determined depending on a type and frequency of interaction performed by the user relating to the first vehicle component of the context cluster and the second rank is determined depending on a type and frequency of interaction performed by the user relating to the second vehicle component of the context cluster.
An ophthalmic laser system comprising: a laser module configured to produce a beam of short pulses of radiation with high energy density at a first wavelength; a first beam path incorporating optical elements adapted for directing the beam at said first wavelength into a treatment beam path to an eye of a patient; a second beam path incorporating a frequency doubling module that is configured to convert the beam at the first wavelength to a beam at a second wavelength, and optical elements adapted for directing the beam at said second wavelength to the treatment beam path; means for selectively deflecting the beam at said first wavelength into the second beam path, said means being operable between a first position in which the beam at said first wavelength follows the first beam path and a second position in which the beam at said first wavelength is deflected to said second beam path; and characterized by a reflex coaxial illuminator comprising a reflex mirror movable on an axis from a position in the treatment beam path to a position out of the treatment beam path; wherein the reflex mirror is adapted to transmit a beam that follows the second beam path. a laser module configured to produce a beam of short pulses of radiation with high energy density at a first wavelength; a first beam path incorporating optical elements adapted for directing the beam at said first wavelength into a treatment beam path to an eye of a patient; a second beam path incorporating a frequency doubling module that is configured to convert the beam at the first wavelength to a beam at a second wavelength, and optical elements adapted for directing the beam at said second wavelength to the treatment beam path; means for selectively deflecting the beam at said first wavelength into the second beam path, said means being operable between a first position in which the beam at said first wavelength follows the first beam path and a second position in which the beam at said first wavelength is deflected to said second beam path; and characterized by a reflex coaxial illuminator comprising a reflex mirror movable on an axis from a position in the treatment beam path to a position out of the treatment beam path; wherein the reflex mirror is adapted to transmit a beam that follows the second beam path.
A method, comprising: - using a projector to project a marker pattern to a projection zone (ZONE1) such that a first marker feature (DOT1 k) of the marker pattern is projected on a first surface portion (R1a), - using a camera to capture an image of a viewing zone (ZONE2) which at least partly overlaps the projection zone (ZONE1), and - determining the position (L k) of said first surface portion (R1a) by analyzing the captured image, wherein the viewing zone (ZONE2) surrounds the camera, and the image of the viewing zone (ZONE2) is captured by forming an annular image of the viewing zone (ZONE2) on an image sensor, wherein the annular image comprises an image (DOT2 k) of the first marker feature (DOT1 k), characterised in that the projector is arranged to deform the first marker feature (DOT1 k) such that the shape of the first marker feature (DOT1 k) depends on the distance between the device and the first surface portion (R1a), and/or wherein the camera is arranged to deform the image (DOT2 k) of the first marker feature (DOT1 k) such that the shape of the image (DOT2 k) of the first marker feature (DOT1 k) depends on the distance between the device and the first surface portion (R1a), and wherein the position (L k) of the first surface portion (R1a) is determined based on a deformed shape of the image (DOT2 k) of the marker feature (DOT1 k). - using a projector to project a marker pattern to a projection zone (ZONE1) such that a first marker feature (DOT1 k) of the marker pattern is projected on a first surface portion (R1a), - using a camera to capture an image of a viewing zone (ZONE2) which at least partly overlaps the projection zone (ZONE1), and - determining the position (L k) of said first surface portion (R1a) by analyzing the captured image,
A compound represented by the following Formula I, or a tautomer or pharmaceutically acceptable salt thereof, for use in a method of treating an ocular inflammatory disease in a mammal: wherein R 1 is 3- to 10-membered heterocycle, C 3-8 cycloalkyl, C 3-8 cycloalkenyl or C 6-10 aryl, these groups being optionally substituted with one or more halogens; R 2 is -S-, -S - or -S 2 -; R 3 is CR 7, N or N-oxide; R 4 is CR 7, N or N-oxide; R 5 is CR 7, N or N-oxide; R 6 is unsubstituted C 6-10 aryl; R 7 is H or halogen; and R 12 is H or halogen; with the provisos that at least one of R 3, R 4 and R 5 is N or N-oxide, and R 1 is not benzofuran-2-yl when R 3 is CR 7, R 4 is CR 7 and R 5 is N. R 1 is 3- to 10-membered heterocycle, C 3-8 cycloalkyl, C 3-8 cycloalkenyl or C 6-10 aryl, these groups being optionally substituted with one or more halogens; R 2 is -S-, -S - or -S 2 -; R 3 is CR 7, N or N-oxide; R 4 is CR 7, N or N-oxide; R 5 is CR 7, N or N-oxide; R 6 is unsubstituted C 6-10 aryl; R 7 is H or halogen; and R 12 is H or halogen; with the provisos that at least one of R 3, R 4 and R 5 is N or N-oxide, and R 1 is not benzofuran-2-yl when R 3 is CR 7, R 4 is CR 7 and R 5 is N.
A computer-implemented method for orthodontic assessment of an image of an oral cavity comprising: transferring imaging data of an oral cavity generated by an imaging component and a wand capable of taking high resolution images of the interior of the mouth of the patient, to a central processing unit, wherein the central processing unit has access to a database having information associated with orthodontic conditions; obtaining measurements associated with selected points and dentition in the oral cavity, wherein the central processing unit generates the measurements using the imaging data; determining the curvature of the lower arch and the upper arch from the canine-to-canine arch width using a multiplication factor to indicate available space for the teeth; predicting orthodontic conditions based upon the measurements and the information in the database, wherein the central processing unit provides predictions based on the imaging data and the information in the database; and identifying recommendable treatments based upon the predicted orthodontic conditions. transferring imaging data of an oral cavity generated by an imaging component and a wand capable of taking high resolution images of the interior of the mouth of the patient, to a central processing unit, wherein the central processing unit has access to a database having information associated with orthodontic conditions; obtaining measurements associated with selected points and dentition in the oral cavity, wherein the central processing unit generates the measurements using the imaging data; determining the curvature of the lower arch and the upper arch from the canine-to-canine arch width using a multiplication factor to indicate available space for the teeth; predicting orthodontic conditions based upon the measurements and the information in the database, wherein the central processing unit provides predictions based on the imaging data and the information in the database; and identifying recommendable treatments based upon the predicted orthodontic conditions.
An air damping system for a motor vehicle, comprising at least one electrically or electromagnetically actuated valve, having: - a first structural element which can assume two positions by displacement along an axis, wherein in the first position at least one flow is released, which is blocked in the second position, - a second structural element surrounding the first structural element, wherein a circumferential sealing gap exists between the two structural elements (5, 15), - a dynamic seal, comprising a sealing lip, wherein the dynamic seal is arranged in the circumferential sealing gap and axially fixed on one of the two structural elements (5, 15), in at least one axial position of the first structural element mutually seals the two structural elements (5, 15) radially, and slides over a surface of one of the two structural elements (5, 15) upon the axial displacement of the first structural element, characterized in that that one of the two structural elements (5, 15) to which the dynamic seal is not fixed has at least one recess with correspondingly reduced or increased diameter, in which the sealing lip of the dynamic seal is disposed in the first position of the first structural element, wherein the sealing lip in the second position of the first structural element is disposed outside said at least one recess and mutually seals the two structural elements (5, 15) radially. - a first structural element which can assume two positions by displacement along an axis, wherein in the first position at least one flow is released, which is blocked in the second position, - a second structural element surrounding the first structural element, wherein a circumferential sealing gap exists between the two structural elements (5, 15), - a dynamic seal, comprising a sealing lip, wherein the dynamic seal is arranged in the circumferential sealing gap and axially fixed on one of the two structural elements (5, 15), in at least one axial position of the first structural element mutually seals the two structural elements (5, 15) radially, and slides over a surface of one of the two structural elements (5, 15) upon the axial displacement of the first structural element,
A method of transmitting an information signal from a wireless communication network to a mobile station comprising: generating two or more diversity-coded signals as diversity coded versions of an information signal according to a set of diversity codes comprising space-time codes or space-frequency codes; transmitting different ones of the diversity-coded versions of the information signal from two or more sectors of the wireless communication network; and controlling said transmitting to balance a received signal strength of the differently diversity-coded versions of the information signal at the mobile station; wherein controlling said transmitting to balance a received signal strength of the differently diversity-coded versions of the information signal at the mobile station comprises transmitting different ones of the diversity-coded versions of the information signal at different aggregate transmit powers as a function of channel information from the mobile station, and wherein transmitting different ones of the diversity-coded versions of the information signal at different aggregate transmit powers as a function of channel information from the mobile station comprises controlling a number N of sectors used to transmit each of the diversity-coded versions of the information signal, and the transmit powers used in that number of sectors to balance the received signal strengths of the different diversity-coded versions of the information signal at the mobile station. generating two or more diversity-coded signals as diversity coded versions of an information signal according to a set of diversity codes comprising space-time codes or space-frequency codes; transmitting different ones of the diversity-coded versions of the information signal from two or more sectors of the wireless communication network; and controlling said transmitting to balance a received signal strength of the differently diversity-coded versions of the information signal at the mobile station; wherein controlling said transmitting to balance a received signal strength of the differently diversity-coded versions of the information signal at the mobile station comprises transmitting different ones of the diversity-coded versions of the information signal at different aggregate transmit powers as a function of channel information from the mobile station, and wherein transmitting different ones of the diversity-coded versions of the information signal at different aggregate transmit powers as a function of channel information from the mobile station comprises controlling a number N of sectors used to transmit each of the diversity-coded versions of the information signal, and the transmit powers used in that number of sectors to balance the received signal strengths of the different diversity-coded versions of the information signal at the mobile station.
A method for processing input fingerprint information, comprising: a fingerprint information identification step: when it is scanned that fingerprint information is input, identifying whether a fingerprint template matching with the input fingerprint information is present in a fingerprint database, wherein the fingerprint database comprises a plurality of pre-registered fingerprint templates, each fingerprint template being associated with an application operation; and an operation execution step: if it is identified that a fingerprint template matching with the input fingerprint information is present in the fingerprint database, performing the application operation associated with the identified fingerprint template, characterized by: wherein the fingerprint identification step is performed in a standby screen-off state; and when the fingerprint identification step is performed in the standby screen-off state, the operation execution step comprises lighting up a screen firstly and then performing the application operation associated with the fingerprint template. a fingerprint information identification step: when it is scanned that fingerprint information is input, identifying whether a fingerprint template matching with the input fingerprint information is present in a fingerprint database, wherein the fingerprint database comprises a plurality of pre-registered fingerprint templates, each fingerprint template being associated with an application operation; and an operation execution step: if it is identified that a fingerprint template matching with the input fingerprint information is present in the fingerprint database, performing the application operation associated with the identified fingerprint template, characterized by: wherein the fingerprint identification step is performed in a standby screen-off state; and when the fingerprint identification step is performed in the standby screen-off state, the operation execution step comprises lighting up a screen firstly and then performing the application operation associated with the fingerprint template.
Control for opening the interior of an opening of a motor vehicle comprising a door lock configured to be actuated mechanically and electrically, the said control being configured to be mounted on a structural element of the opening of the vehicle so as to be integrated into a trim panel of the structural element, the said control comprising a mechanical operating member for mechanical actuation of the lock, which comprises a gripping paddle, characterised in that the said opening control comprises a front panel of an inner face of the opening delimiting a decorative outer visible face and an opposite masked inner face, the control comprises an electrical control member for an electrical actuator of the lock, extending on the side of the internal face of the panel, and a control interface associated with the electrical control member, comprising a control region (R1, R2) extending towards the external face and in that the gripping pallet is shaped so as to cooperate by being embedded in a cutout formed in said panel by complementarity of contour and surface, the pallet being configured so as to adopt a retracted rest position flush with the panel and a deployed projecting operating position for mechanical actuation of the lock.