mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for guiding a cannula through an incision in an eye, wherein the cannula has a generally rectangular or elliptical cross-section, the apparatus comprising: (a) a body; and (b) a pair of rigid legs extending from the body, wherein the rigid legs are parallel with each other, wherein each rigid leg has a sharp tip dimensioned for insertion through a surface of the eye, wherein the rigid legs both extend along a first plane; wherein the body has a plurality of surfaces (632, 634, 636, 638, 642, 644, 646, 648) at least partially defining a guide opening, wherein the guide opening is oriented transversely relative to the first plane, wherein the guide opening is sized to receive the cannula, wherein the guide opening is open along the bottom of the guide opening. (a) a body; and (b) a pair of rigid legs extending from the body, wherein the rigid legs are parallel with each other, wherein each rigid leg has a sharp tip dimensioned for insertion through a surface of the eye, wherein the rigid legs both extend along a first plane; wherein the body has a plurality of surfaces (632, 634, 636, 638, 642, 644, 646, 648) at least partially defining a guide opening, wherein the guide opening is oriented transversely relative to the first plane, wherein the guide opening is sized to receive the cannula, wherein the guide opening is open along the bottom of the guide opening.
Method for detecting a passenger entering an elevator car of an elevator system, in which - the passenger carries a mobile terminal having at least one sensor, - the mobile terminal records and evaluates measured values by means of the sensor, and - a point in time at which the elevator car is entered is detected on the basis of the mentioned measured values - the passenger carries a mobile terminal having at least one sensor, - the mobile terminal records and evaluates measured values by means of the sensor, and - a point in time at which the elevator car is entered is detected on the basis of the mentioned measured values
A method of securely accessing a patient database by a client, comprising: communicating with a server to transform attribute-value pairs into tags; obtaining tags associated with the attribute-value pairs from the server over a secure communication channel; wherein the tags are computed as a hash of the respective attribute value pair; sending a combination of tags that define terms in a conjunctive query to a proxy over a secure communication channel; receiving from the proxy encrypted coefficients of a polynomial whose roots are indices to records satisfying the query terms; communicating with the server to decrypt the encrypted coefficients; calculating by the client the roots of the polynomial based upon the decrypted coefficients and discarding any superfluous roots; obtaining from the proxy the encrypted patient database records associated with the calculated roots; and communicating with the server to decrypt the encrypted records for the client, characterized in that the server will only supply tags for attribute-value pairs that are individually digitally signed by a third-party authority. communicating with a server to transform attribute-value pairs into tags; obtaining tags associated with the attribute-value pairs from the server over a secure communication channel; wherein the tags are computed as a hash of the respective attribute value pair; sending a combination of tags that define terms in a conjunctive query to a proxy over a secure communication channel; receiving from the proxy encrypted coefficients of a polynomial whose roots are indices to records satisfying the query terms; communicating with the server to decrypt the encrypted coefficients; calculating by the client the roots of the polynomial based upon the decrypted coefficients and discarding any superfluous roots; obtaining from the proxy the encrypted patient database records associated with the calculated roots; and communicating with the server to decrypt the encrypted records for the client, characterized in that the server will only supply tags for attribute-value pairs that are individually digitally signed by a third-party authority.
A method of document delivery to a mobile device (102/152) using mobile device based permissions, the method comprising: sending a print permission request from a sending device to a server coupled to a communications network, providing a user identifier associated with the mobile device (102/152) and a user identifier associated with the sending device; receiving confirmation of acceptance of the print permission request at the sending device from the server; adding the user identifier associated with the mobile device to a printer driver on the sending device, the user identifier associated with the mobile device (102/152) presented in a print dialog box on the sending device when an electronic document is to be formatted and transferred by the printer driver from the sending device to the mobile device (102/152), wherein the confirmation further comprises configuration parameters for configuring the printer driver to format the electronic document to be sent to the mobile device (102/152); and formatting the electronic document using the received configuration parameters and transferring from the sending device the thereby formatted electronic document from the printer driver to the mobile device. sending a print permission request from a sending device to a server coupled to a communications network, providing a user identifier associated with the mobile device (102/152) and a user identifier associated with the sending device; receiving confirmation of acceptance of the print permission request at the sending device from the server; adding the user identifier associated with the mobile device to a printer driver on the sending device, the user identifier associated with the mobile device (102/152) presented in a print dialog box on the sending device when an electronic document is to be formatted and transferred by the printer driver from the sending device to the mobile device (102/152), wherein the confirmation further comprises configuration parameters for configuring the printer driver to format the electronic document to be sent to the mobile device (102/152); and formatting the electronic document using the received configuration parameters and transferring from the sending device the thereby formatted electronic document from the printer driver to the mobile device.
A computerized system comprising: a utilization monitor operative to monitor a data volume utilization of at least one subscriber by polling for data volume utilization of the at least one subscriber at a first polling frequency; a service stopper operative to stop service to the at least one subscriber if a data volume quota has been exceeded by the at least one subscriber; wherein the service stopper is configured to receive the data volume quota and updates of the data volume utilization from the utilization monitor; the computerized system further comprising a dual-frequency monitoring controller configured to change the polling for data volume utilization from the first polling frequency to a second polling frequency higher than the first polling frequency; wherein the dual-frequency monitoring controller is further configured to activate a predictor to compute a time at which the dual-frequency monitoring controller is to change the polling from the first polling frequency to the second polling frequency. a utilization monitor operative to monitor a data volume utilization of at least one subscriber by polling for data volume utilization of the at least one subscriber at a first polling frequency; a service stopper operative to stop service to the at least one subscriber if a data volume quota has been exceeded by the at least one subscriber; wherein the service stopper is configured to receive the data volume quota and updates of the data volume utilization from the utilization monitor; the computerized system further comprising a dual-frequency monitoring controller configured to change the polling for data volume utilization from the first polling frequency to a second polling frequency higher than the first polling frequency; wherein the dual-frequency monitoring controller is further configured to activate a predictor to compute a time at which the dual-frequency monitoring controller is to change the polling from the first polling frequency to the second polling frequency.
Method for determining a tailback limit in road traffic, the method exhibiting: - providing a signal quality map for a cell of a base station of a mobile radio system, the signal quality map having overview information about signal qualities occurring within the cell, - determining signal quality information for each mobile radio communication device connected to the base station, - determining a probability density function based on the corresponding signal quality information determined, - determining a position of the probability density function having a function gradient which corresponds to an angular amount of at least 75° with respect to a horizontal function axis of the probability density function, preferably an angular amount between 80° and 90°, especially preferably an angular amount between 85° and 90°, the position being indicative of a tailback limit in the cell of the base station, and - determining a location of the tailback limit based on the position determined and the signal quality map. - providing a signal quality map for a cell of a base station of a mobile radio system, the signal quality map having overview information about signal qualities occurring within the cell, - determining signal quality information for each mobile radio communication device connected to the base station, - determining a probability density function based on the corresponding signal quality information determined, - determining a position of the probability density function having a function gradient which corresponds to an angular amount of at least 75° with respect to a horizontal function axis of the probability density function, preferably an angular amount between 80° and 90°, especially preferably an angular amount between 85° and 90°, the position being indicative of a tailback limit in the cell of the base station, and - determining a location of the tailback limit based on the position determined and the signal quality map.
Elastomeric bearing for a vehicle, having an outer sleeve which extends in an axial direction (x), a bearing inner part which comprises an elevated bearing region, is arranged with its bearing region in the outer sleeve, and extends out of the outer sleeve in the axial direction (x) on both sides, and a bearing arrangement which surrounds the bearing region, is fixed in the outer sleeve on both sides in the axial direction (x), extends from the bearing inner part as far as the outer sleeve, and comprises two elastomeric half shells (6, 7) which are arranged next to one another in the axial direction (x) and between which the bearing region is secured in the axial direction (x), the bearing inner part not being connected to the elastomeric half shells (6, 7) in an integrally joined manner, characterized in that the bearing region is provided with a plurality of elevations and/or depressions which run in the axial direction (x), are arranged at a spacing from one another around the outer circumference of the said bearing region, and are in positively locking engagement with the elastomeric half shells (6, 7), the bearing region being of spherical or approximately spherical configuration, apart from the elevations and/or depressions.
A lattice of ceramic tubes comprising a plurality of ceramic tubes, each provided with a hollow interior accessible through two opposite ends of the ceramic tube, a connection system mutually connecting the plurality of ceramic tubes, forming a chain of ceramic tubes, a fixing system anchoring the connection system to a support; wherein the connection system comprises an anchoring for each end of each ceramic tube inserted by pressure into a portion of the hollow interior of the ceramic tube adjacent to the end thereof, characterized in that the connection system further comprises a flexible connector mutually connecting the anchorings of successive ceramic tubes adjacent to one another within the chain of ceramic tubes, the flexible connector being configured for allowing a 180° folding between successive segments of the chain of ceramic tubes, allowing the chain of ceramic tubes to be folded through the flexible connectors for storage and transport. a plurality of ceramic tubes, each provided with a hollow interior accessible through two opposite ends of the ceramic tube, a connection system mutually connecting the plurality of ceramic tubes, forming a chain of ceramic tubes, a fixing system anchoring the connection system to a support; wherein the connection system comprises an anchoring for each end of each ceramic tube inserted by pressure into a portion of the hollow interior of the ceramic tube adjacent to the end thereof, characterized in that the connection system further comprises a flexible connector mutually connecting the anchorings of successive ceramic tubes adjacent to one another within the chain of ceramic tubes, the flexible connector being configured for allowing a 180° folding between successive segments of the chain of ceramic tubes, allowing the chain of ceramic tubes to be folded through the flexible connectors for storage and transport.
A method for determining information about the traffic situation, wherein information about the geographic position of mobile terminals operated in a mobile radio network are gathered and evaluated by the mobile radio network, wherein the mobile radio network comprises devices (2, 3, 4) which form a cellular network structure composed of radio cells, comprising the following process steps: - storing parameters for describing location-dependant reception characteristics of a signal, wherein the parameters will be stored together with at least one information item for identifying the receiving location, - receiving parameters which describe the reception characteristics of a currently received signal, wherein the parameters are assigned to the mobile terminal and - determining the local position of the mobile terminal by comparing the received parameters with stored parameters, further comprising the following process steps: one additional gathering and/or evaluation with respect to the moment in time of the stay of mobile terminals at the respective geographic position, a storage and gathering of the local positions of different mobile terminals in the mobile radio network over the moments in time, an evaluation of the gathered information with respect to a distribution of the geographic positions of mobile terminals, and a prognosticating evaluation with respect to a traffic situation to be expected on the base of an anticipatory production of information about the traffic situation by means of the gathered and evaluated information with respect to the moment in time of the stay of mobile terminals at the respective geographic position. - storing parameters for describing location-dependant reception characteristics of a signal, wherein the parameters will be stored together with at least one information item for identifying the receiving location, - receiving parameters which describe the reception characteristics of a currently received signal, wherein the parameters are assigned to the mobile terminal and - determining the local position of the mobile terminal by comparing the received parameters with stored parameters, one additional gathering and/or evaluation with respect to the moment in time of the stay of mobile terminals at the respective geographic position, a storage and gathering of the local positions of different mobile terminals in the mobile radio network over the moments in time, an evaluation of the gathered information with respect to a distribution of the geographic positions of mobile terminals, and a prognosticating evaluation with respect to a traffic situation to be expected on the base of an anticipatory production of information about the traffic situation by means of the gathered and evaluated information with respect to the moment in time of the stay of mobile terminals at the respective geographic position.
Method of producing a three-dimensionally deformable nonwoven carpet for a floor lining, luggage compartment lining or loading floor lining of a motor vehicle with a structurally needled, deformation-resistant surface having a grammage of the lining in the range from 180 g/m 2 to 700 g/m 2, characterized in that two or more needle types are arranged in segments over the width of a needle board, the structured lining surface is produced from the starting nonwoven at a defined setting of the feed/stroke of the starting nonwoven and a defined setting of the penetration depth, and the lining is provided with several underlayers and is formed, and wherein needles are used which differ in terms of fineness, notch spacing, notch size, working part geometry and distance from the tip to the first notch.
A medical system, comprising a. a housing; b. a preassembled functional module received in the housing, the preassembled functional module comprising b1. an analytical sensor for detecting at least one analyte in a body fluid of a user; b2. an electronics unit electrically connected to the analytical sensor; and b3. an insertion component for inserting the analytical sensor into a body tissue of the user; c. at least one removable protective cap connected to the housing, covering the preassembled functional module; wherein the preassembled functional module further comprises at least one sterility cap at least partially surrounding the insertion component, wherein the protective cap is removable from the housing by pulling off the protective cap from the housing, wherein the housing comprises at least one guiding surface for guiding the protective cap during pulling off the protective cap, characterized in that the preassembled functional module comprises at least one guiding surface for guiding the sterility cap during pulling off the sterility cap from the insertion component and wherein a length of the guiding surface of the housing exceeds a length of the guiding surface for the sterility cap. a. a housing; b. a preassembled functional module received in the housing, the preassembled functional module comprising b1. an analytical sensor for detecting at least one analyte in a body fluid of a user; b2. an electronics unit electrically connected to the analytical sensor; and b3. an insertion component for inserting the analytical sensor into a body tissue of the user; b1. an analytical sensor for detecting at least one analyte in a body fluid of a user; b2. an electronics unit electrically connected to the analytical sensor; and b3. an insertion component for inserting the analytical sensor into a body tissue of the user; c. at least one removable protective cap connected to the housing, covering the preassembled functional module;
A structurally-reinforced rotor disk for a gas turbine engine, comprising: a body including a rim configured to support airfoils, an axially-extending bore disposed radially inward of the rim, and a radially-extending web connecting the rim and the bore; two circumferentially-extending annular recesses formed on opposing sides of the web; and two annular rings retained in the two annular recesses, the annular rings being formed from a different material than the body of the rotor disk so as to increase a self-sustaining radius of the rotor disk, wherein the annular rings are formed from a composite material including continuous filaments wound circumferentially through the annular recesses and the continuous filaments are embedded within a matrix of the composite material; characterized in that: the bore has a rectangular shape or an anchor shape in cross-section and includes an axial outer edge, the two circumferentially-extending annular recesses are formed in the bore axially between the outer edge and the web, and the annular recesses have a semi-circular or a semi-elliptical shape in cross-section with radially extending edges. a body including a rim configured to support airfoils, an axially-extending bore disposed radially inward of the rim, and a radially-extending web connecting the rim and the bore; two circumferentially-extending annular recesses formed on opposing sides of the web; and two annular rings retained in the two annular recesses, the annular rings being formed from a different material than the body of the rotor disk so as to increase a self-sustaining radius of the rotor disk, wherein the annular rings are formed from a composite material including continuous filaments wound circumferentially through the annular recesses and the continuous filaments are embedded within a matrix of the composite material; characterized in that: the bore has a rectangular shape or an anchor shape in cross-section and includes an axial outer edge, the two circumferentially-extending annular recesses are formed in the bore axially between the outer edge and the web, and the annular recesses have a semi-circular or a semi-elliptical shape in cross-section with radially extending edges.
A carbon fiber which simultaneously satisfies the following formula 1 and formula 2: Lc/d ≤ 3 TS × d × Lc>6.0 × 10 5 wherein: Lc is an X-ray crystallite size (Å), d is a filament diameter (μm), and TS is a strand tensile strength (MPa) wherein the X-ray crystallite size of the carbon fiber is 19 to 21 Å, wherein the strand tensile strength of the carbon fiber is 4,700 MPa or more; wherein the measurement of the filament diameter is conducted in accordance with the method described in Japanese Industrial Standard JIS R 7607; wherein the X-ray crystallite size Lc is determined by making a calculation using the following formula: Crystallite size Lc nm = 0.9 λ / β cos θ λ: a wavelength of the X-ray, β: a half band width, and θ: an angle of diffraction. Lc is an X-ray crystallite size (Å), d is a filament diameter (μm), and TS is a strand tensile strength (MPa) wherein the X-ray crystallite size of the carbon fiber is 19 to 21 Å, wherein the strand tensile strength of the carbon fiber is 4,700 MPa or more; wherein the measurement of the filament diameter is conducted in accordance with the method described in Japanese Industrial Standard JIS R 7607; wherein the X-ray crystallite size Lc is determined by making a calculation using the following formula: Crystallite size Lc nm = 0.9 λ / β cos θ λ: a wavelength of the X-ray, β: a half band width, and θ: an angle of diffraction.