mhurhangee/ep-ind-claims huggingface dataset:
Preform for the production of a plastic container in a stretch-blow-molding method with an elongated, tube-like preform body, which is closed with a preform bottom on one of its longitudinal ends and whose other longitudinal end adjoins a transition area, to which a preform neck connects, whereby the preform bottom has an outer wall and an inner wall, which delimit a bottom thickness (b), whereby the preform body has an outer wall and an inner wall that delimit a wall thickness (w), wherein an inner surface that is curved in a three-dimensionally convex manner and an outer surface that is curved in a three-dimensionally convex manner are spaced apart from one another in such a way that the distance from their respective apex (S, S') to the preform body continuously increases, wherein for a three-dimensionally curved surface any line extending along the plane in any direction being a curve. characterized in that an extension of the outer wall of the preform bottom along the outer three-dimensionally curved surface is interrupted by a set-back area outside of the apex thereof, and/or whereby an extension of the inner wall of the preform bottom along the inner three-dimensionally curved surface is interrupted by a set-back area outside of the apex (S') thereof.
A method to facilitate security-enabled content caching, comprising: receiving a request from a user at a cache server for a restricted content, wherein the cache server stores content for an application server; determining if the restricted content is located at the cache server; wherein, if the restricted content is not located at the cache server, the method further comprises: requesting the restricted content from an application located at the application server on behalf of the user; receiving from the application the restricted content and an access tag that provides access authorization information if the application server determines that the user is authorized to access the restricted content; caching the restricted content; forwarding the access tag to a security infrastructure; receiving the forwarded access tag at the security infrastructure; providing the restricted content to the user; wherein, if the restricted content is located at the cache server, the method further comprises: determining if the user (502, 504) is authorized to access the restricted content involving: requesting an access authorization for the user from the security infrastructure, wherein the security infrastructure uses a previously received access tag to determine if the user (502, 504) is authorized to receive the restricted content; receiving the access authorization; and providing the restricted content to the user (502, 504). receiving a request from a user at a cache server for a restricted content, wherein the cache server stores content for an application server; determining if the restricted content is located at the cache server; requesting the restricted content from an application located at the application server on behalf of the user; receiving from the application the restricted content and an access tag that provides access authorization information if the application server determines that the user is authorized to access the restricted content; caching the restricted content; forwarding the access tag to a security infrastructure; receiving the forwarded access tag at the security infrastructure; providing the restricted content to the user; determining if the user (502, 504) is authorized to access the restricted content involving: requesting an access authorization for the user from the security infrastructure, wherein the security infrastructure uses a previously received access tag to determine if the user (502, 504) is authorized to receive the restricted content; receiving the access authorization; and providing the restricted content to the user (502, 504). requesting an access authorization for the user from the security infrastructure, wherein the security infrastructure uses a previously received access tag to determine if the user (502, 504) is authorized to receive the restricted content; receiving the access authorization; and providing the restricted content to the user (502, 504).
A system for updating a patient device in providing medical treatment, the system comprising one or more computing devices including one or more servers, the one or more computing devices being configured to: maintain configuration data in the one or more servers for each of a plurality of patient devices, wherein the plurality of patient devices each implement a set of instructions; receive, by the one or more servers, a query for identification of one or more patient devices of the plurality of patient devices that have configuration data that meet one or more criteria; access configuration data in response to the received query; identify one or more patient devices, from the plurality of patient devices, having configuration data that meets the one or more criteria; transmit an instruction set update data to the identified one or more patient devices; and update the configuration data for each of the one or more patient devices that has installed an instruction set update of the instruction set update data, wherein the transmitted instruction set update data includes instructions for the instruction set update not to be applied until patient treatment is stopped. maintain configuration data in the one or more servers for each of a plurality of patient devices, wherein the plurality of patient devices each implement a set of instructions; receive, by the one or more servers, a query for identification of one or more patient devices of the plurality of patient devices that have configuration data that meet one or more criteria; access configuration data in response to the received query; identify one or more patient devices, from the plurality of patient devices, having configuration data that meets the one or more criteria; transmit an instruction set update data to the identified one or more patient devices; and update the configuration data for each of the one or more patient devices that has installed an instruction set update of the instruction set update data, wherein the transmitted instruction set update data includes instructions for the instruction set update not to be applied until patient treatment is stopped.
An image generating device, comprising: a rendering section that renders test images each representing an image when a space including an object to be displayed is viewed from one of a plurality of candidate reference viewing points; a candidate reference viewing point evaluation section that evaluates an importance value for each of the candidate reference viewing points, in which the importance value for a given candidate reference viewing point is dependent upon a number of points in the space that are visible in the test image for the given candidate reference viewpoint, said points in the space being the same for the plurality of candidate reference viewing points; and characterised by an update section that changes the position of at least one candidate reference viewing point having a lower importance value than another candidate reference viewing point, obtains a re-evaluation of the importance value for the at least one candidate reference viewing point from the candidate reference viewing point evaluation section, and does not revert the position of the at least one candidate reference viewing point if the importance value has increased. a rendering section that renders test images each representing an image when a space including an object to be displayed is viewed from one of a plurality of candidate reference viewing points; a candidate reference viewing point evaluation section that evaluates an importance value for each of the candidate reference viewing points, in which the importance value for a given candidate reference viewing point is dependent upon a number of points in the space that are visible in the test image for the given candidate reference viewpoint, said points in the space being the same for the plurality of candidate reference viewing points; and characterised by an update section that changes the position of at least one candidate reference viewing point having a lower importance value than another candidate reference viewing point, obtains a re-evaluation of the importance value for the at least one candidate reference viewing point from the candidate reference viewing point evaluation section, and does not revert the position of the at least one candidate reference viewing point if the importance value has increased.
Method of preparation of a metal complex with a general formula M k H m A n-, Where M is an isotope of Tc, Re, Sm, Lu or Y; H is hydrogen, A n- is an anion of zoledronic acid, wherein when M is technetium, k = 1, m = 1, n = 2, when M is rhenium, k = 1, m = 1, n = 1, and when M is samarium, lutetium and yttrium, k = 0, m = 1, n = 1; characterized in that lyophilizate, obtained by mixing solution of zoledronic acid and solution of tin dichloride in hydrochloric acid in an inert-gas atmosphere and a possible addition of an alkali metal hydroxide, is mixed with the salt of isotope group metal and radionuclide solution. Where M is an isotope of Tc, Re, Sm, Lu or Y; H is hydrogen, A n- is an anion of zoledronic acid, wherein when M is technetium, k = 1, m = 1, n = 2, when M is rhenium, k = 1, m = 1, n = 1, and when M is samarium, lutetium and yttrium, k = 0, m = 1, n = 1;
A method of wireless communication, comprising: capturing, at a user equipment, a plurality of adjacent Universal Mobile Telecommunication System Terrestrial Radio Access Absolute Radio Frequency Channel Numbers, UARFCNs; correlating the plurality of adjacent UARFCNs with a plurality of frequencies; extracting a useful wide band signal from the plurality of frequencies corresponding to the plurality of adjacent UARFCNs; performing a primary synchronisation channel, PSCH, search on the useful wide band signal to obtain a composite PSCH signal, wherein the composite PSCH signal is an aggregation of PSCH signals detected or received during the PSCH search and is based on samples of one or more primary synchronization codes of one or more PSCH signals received over the plurality of frequencies corresponding to the plurality of adjacent UARFCNs; and rejecting the plurality of UARFCNs in performing a cell search procedure where no peaks greater than or equal to a noise threshold are detected in the composite PSCH signal. capturing, at a user equipment, a plurality of adjacent Universal Mobile Telecommunication System Terrestrial Radio Access Absolute Radio Frequency Channel Numbers, UARFCNs; correlating the plurality of adjacent UARFCNs with a plurality of frequencies; extracting a useful wide band signal from the plurality of frequencies corresponding to the plurality of adjacent UARFCNs; performing a primary synchronisation channel, PSCH, search on the useful wide band signal to obtain a composite PSCH signal, wherein the composite PSCH signal is an aggregation of PSCH signals detected or received during the PSCH search and is based on samples of one or more primary synchronization codes of one or more PSCH signals received over the plurality of frequencies corresponding to the plurality of adjacent UARFCNs; and rejecting the plurality of UARFCNs in performing a cell search procedure where no peaks greater than or equal to a noise threshold are detected in the composite PSCH signal.
Method for optimizing an Impulse Noise Protection parameter and an Interleaving Delay parameter used for data transmission between a Digital Subscriber Line modem and a Digital Subscriber Line Access Multiplexer, comprising at said modem the steps of: - receiving at least one physical transmission control parameter value from said Digital Subscriber Line Access Multiplexer; - obtaining local parameters indicating the type of services used between said Digital Subscriber Line modem and a Digital Subscriber Line Access Multiplexer; - obtaining the minimum Target Service Bit Rate based on said local parameters; the method further characterized by - selecting among performance or stability optimization; - if stability optimization is selected, first maximizing the value of the Impulse Noise Protection and then minimizing the value of the Interleaving Delay according to said maximized value of Impulse Noise Protection, and if performance optimization is selected, first minimizing the value of the Impulse Noise Protection and then maximizing the value of the Interleaving Delay according to said minimized value of Impulse Noise Protection, said Impulse Noise Protection value and Interleaving Delay values being set according to said minimum Target Service Bit Rate and said at least one physical transmission control parameter value. - receiving at least one physical transmission control parameter value from said Digital Subscriber Line Access Multiplexer; - obtaining local parameters indicating the type of services used between said Digital Subscriber Line modem and a Digital Subscriber Line Access Multiplexer; - obtaining the minimum Target Service Bit Rate based on said local parameters; the method further characterized by - selecting among performance or stability optimization; - if stability optimization is selected, first maximizing the value of the Impulse Noise Protection and then minimizing the value of the Interleaving Delay according to said maximized value of Impulse Noise Protection, and if performance optimization is selected, first minimizing the value of the Impulse Noise Protection and then maximizing the value of the Interleaving Delay according to said minimized value of Impulse Noise Protection, said Impulse Noise Protection value and Interleaving Delay values being set according to said minimum Target Service Bit Rate and said at least one physical transmission control parameter value.
Method for identifying a user of a mobile device, wherein the mobile device has several sensors (201, 203) for detecting sensor quantities, comprising: detecting a first sensor quantity and a second sensor quantity by means of the sensors (202, 203) of the mobile device; comparing the first sensor quantity with a first reference quantity in order to obtain a first matching measure between the first sensor quantity and the first reference quantity; comparing the second sensor quantity with a second reference quantity in order to obtain a second matching measure between the second sensor quantity and the second reference quantity, wherein the method is characterized by the following steps: combining the first matching measure with the second matching measure in order to obtain a total matching measure; and comparing the total matching measure to a predetermined threshold value in order to identify the user. detecting a first sensor quantity and a second sensor quantity by means of the sensors (202, 203) of the mobile device; comparing the first sensor quantity with a first reference quantity in order to obtain a first matching measure between the first sensor quantity and the first reference quantity; comparing the second sensor quantity with a second reference quantity in order to obtain a second matching measure between the second sensor quantity and the second reference quantity, wherein the method is characterized by the following steps: combining the first matching measure with the second matching measure in order to obtain a total matching measure; and comparing the total matching measure to a predetermined threshold value in order to identify the user. combining the first matching measure with the second matching measure in order to obtain a total matching measure; and comparing the total matching measure to a predetermined threshold value in order to identify the user.
A base station system, comprising: a main unit, at least one radio unit, and a transmission medium configured to transmit information between the main unit and the at least one radio unit, wherein the base station system further comprises a clock synchronization server, configured to transmit a first synchronization data from the clock synchronization server to the main unit through the transmission medium to enable the main unit to perform configuration processing according to the first synchronization data to implement time synchronization with the clock synchronization server, wherein the clock synchronization server is integrated with the at least one radio unit; and wherein the transmission medium comprises an optical fiber and the clock synchronization server includes a receiving module capable of receiving a synchronization reference signal of a satellite system to implement time calibration. a main unit, at least one radio unit, and a transmission medium configured to transmit information between the main unit and the at least one radio unit, wherein the base station system further comprises a clock synchronization server, configured to transmit a first synchronization data from the clock synchronization server to the main unit through the transmission medium to enable the main unit to perform configuration processing according to the first synchronization data to implement time synchronization with the clock synchronization server, wherein the clock synchronization server is integrated with the at least one radio unit; and wherein the transmission medium comprises an optical fiber and the clock synchronization server includes a receiving module capable of receiving a synchronization reference signal of a satellite system to implement time calibration.
A method for preparing a sugar chain, comprising: a labeling step of adding a labeling reagent to a sugar chain-containing sample which contains a sugar chain to obtain a labeled product containing a labeled substance of the sugar chain, wherein the labeling reagent contains a compound which contains an amino group having UV absorption characteristics or fluorescence characteristics, a reducing agent, and an organic solvent, wherein the compound which contains an amino group contains 2-aminobenzamide or a derivative thereof, wherein a reaction environment of the labeling reagent and the sugar chain contains water in the labeling step, and in a case where an amount of the water in the reaction environment is set as X (μL) and an amount of the sugar chain is set as Y (μg) in the labeling step, X/Y is greater than or equal to 1.2 and less than or equal to 50. a labeling step of adding a labeling reagent to a sugar chain-containing sample which contains a sugar chain to obtain a labeled product containing a labeled substance of the sugar chain, wherein the labeling reagent contains a compound which contains an amino group having UV absorption characteristics or fluorescence characteristics, a reducing agent, and an organic solvent, wherein the compound which contains an amino group contains 2-aminobenzamide or a derivative thereof, wherein a reaction environment of the labeling reagent and the sugar chain contains water in the labeling step, and in a case where an amount of the water in the reaction environment is set as X (μL) and an amount of the sugar chain is set as Y (μg) in the labeling step, X/Y is greater than or equal to 1.2 and less than or equal to 50.
A handheld vacuum cleaner, comprising: a housing having an exterior side wall and a base forming an enclosure; a suction fan compartment and a cyclone separator within the enclosure separated by a partition wall with an opening between the suction fan compartment and the cyclone separator, the cyclone separator having a cyclonic separation chamber and a dust cup; a suction inlet formed on the exterior wall of the housing enclosure adapted for the introduction of airflow into the cyclone separator in a cyclonic fashion and defining a cyclonic axis passing through the partition wall opening; an access opening formed on the base of the enclosure in substantial alignment with the cyclonic axis; a filter media assembly removably disposed in the cyclone separator between the partition wall opening and the base access opening to provide filtration of the airflow prior to its entry into the suction fan compartment; and a strainer, wherein the filter media assembly passes through the access opening and is removably received in a passageway of the strainer. a housing having an exterior side wall and a base forming an enclosure; a suction fan compartment and a cyclone separator within the enclosure separated by a partition wall with an opening between the suction fan compartment and the cyclone separator, the cyclone separator having a cyclonic separation chamber and a dust cup; a suction inlet formed on the exterior wall of the housing enclosure adapted for the introduction of airflow into the cyclone separator in a cyclonic fashion and defining a cyclonic axis passing through the partition wall opening; an access opening formed on the base of the enclosure in substantial alignment with the cyclonic axis; a filter media assembly removably disposed in the cyclone separator between the partition wall opening and the base access opening to provide filtration of the airflow prior to its entry into the suction fan compartment; and a strainer, wherein the filter media assembly passes through the access opening and is removably received in a passageway of the strainer.
An LED illumination device comprising: a) at least four collimating optics (10, 20, 30, 40) adapted to collimate light parallel to an illumination axis through three dichroic mirrors, and b) at least four frames (12, 22, 32, 42) each supporting at least two LED light sources (11A, 21A), wherein each frame is moveable to present one LED light source onto the focal axis of one of said collimating optics, wherein, the LED light sources supported by the first frame are adapted to cover the spectral range of 365nm to 440nm, the LED light sources supported by the second frame are adapted to cover the spectral range of 440nm to 510nm, the LED light sources supported by the third frame are adapted to cover the spectral range of 510nm to 590nm, and the LED light sources supported by the fourth frame are adapted to cover the spectral range of 590nm to 850nm. a) at least four collimating optics (10, 20, 30, 40) adapted to collimate light parallel to an illumination axis through three dichroic mirrors, and b) at least four frames (12, 22, 32, 42) each supporting at least two LED light sources (11A, 21A),