mhurhangee/patent-ind-claim-en huggingface dataset:
An identity authentication method, comprising: receiving request information transmitted by an online terminal device for determining neighbor network devices and, determining at least one neighbor network device of the online terminal device according to the request information; identifying at least one credible neighbor network device of the online terminal device from the at least one neighbor network device and at least one weighted neighbor network device of the online terminal device from the at least one neighbor network device; and computing a credibility score of the online terminal device according to a number of the at least one credible neighbor network device, if the at least one credible neighbor network device is identified, and a number of the at least one weighted neighbor network device, if the at least one weighted neighbor network device is identified, generating authentication notification information according to the credibility score, the authentication notification information indicating whether the online terminal device passes identity authentication, and transmitting the authentication notification information to the online terminal device, wherein the number of the at least one credible neighbor network device is a count of the at least one credible neighbor network device, and the number of the at least one weighted device is a count of the at least one weighted neighbor device. receiving request information transmitted by an online terminal device for determining neighbor network devices and, determining at least one neighbor network device of the online terminal device according to the request information; identifying at least one credible neighbor network device of the online terminal device from the at least one neighbor network device and at least one weighted neighbor network device of the online terminal device from the at least one neighbor network device; and computing a credibility score of the online terminal device according to a number of the at least one credible neighbor network device, if the at least one credible neighbor network device is identified, and a number of the at least one weighted neighbor network device, if the at least one weighted neighbor network device is identified, generating authentication notification information according to the credibility score, the authentication notification information indicating whether the online terminal device passes identity authentication, and transmitting the authentication notification information to the online terminal device, wherein the number of the at least one credible neighbor network device is a count of the at least one credible neighbor network device, and the number of the at least one weighted device is a count of the at least one weighted neighbor device.
Carbonaceous substance-coated graphite particles comprising graphite particles and carbonaceous coating, which carbonaceous coating covers at least part of surfaces of the graphite particles, wherein a particle diameter D 50 is 3.0 to 20.0 μm, wherein a specific surface area determined by the BET method is 4.0 to 15.0 m 2 /g, wherein a pore specific surface area SAa of pores having pore sizes of 1 to 4 nm determined by the BJH method is 1.85 to 12.50 m 2 /g, and wherein a ratio of a pore specific surface area SAb of pores having pore sizes of 4 to 150 nm determined by the BJH method to the pore specific surface area SAa (SAb/SAa) is 0.20 to 1.29, and wherein the carbonaceous coating is formed using a xylene-modified novolac-type phenolic resin. wherein a particle diameter D 50 is 3.0 to 20.0 μm, wherein a specific surface area determined by the BET method is 4.0 to 15.0 m 2 /g, wherein a pore specific surface area SAa of pores having pore sizes of 1 to 4 nm determined by the BJH method is 1.85 to 12.50 m 2 /g, and wherein a ratio of a pore specific surface area SAb of pores having pore sizes of 4 to 150 nm determined by the BJH method to the pore specific surface area SAa (SAb/SAa) is 0.20 to 1.29, and wherein the carbonaceous coating is formed using a xylene-modified novolac-type phenolic resin.
A method , comprising: at an electronic device with a first camera with a first fixed focal length, a second camera with a second fixed focal length, and a display : concurrently displaying , on the display : a user interface for capturing photos based on data received from the first camera with the first fixed focal length that includes displaying a digital viewfinder with a first magnification; and an affordance for modifying the magnification of photos captured by the device using one or more of the first and second cameras , wherein the affordance is displayed at a respective location within the digital viewfinder ; detecting activation of the affordance at the respective location; in response to detecting activation of the affordance at the respective location: ceasing to display, on the display , the user interface for capturing photos based on data received from the first camera with the first fixed focal length; and displaying , on the display , a user interface for capturing photos based on data received from the second camera with the second fixed focal length that includes displaying a digital viewfinder with a second magnification that is greater than the first magnification. concurrently displaying , on the display : a user interface for capturing photos based on data received from the first camera with the first fixed focal length that includes displaying a digital viewfinder with a first magnification; and an affordance for modifying the magnification of photos captured by the device using one or more of the first and second cameras , wherein the affordance is displayed at a respective location within the digital viewfinder ; a user interface for capturing photos based on data received from the first camera with the first fixed focal length that includes displaying a digital viewfinder with a first magnification; and an affordance for modifying the magnification of photos captured by the device using one or more of the first and second cameras , wherein the affordance is displayed at a respective location within the digital viewfinder ; detecting activation of the affordance at the respective location; in response to detecting activation of the affordance at the respective location: ceasing to display, on the display , the user interface for capturing photos based on data received from the first camera with the first fixed focal length; and displaying , on the display , a user interface for capturing photos based on data received from the second camera with the second fixed focal length that includes displaying a digital viewfinder with a second magnification that is greater than the first magnification. ceasing to display, on the display , the user interface for capturing photos based on data received from the first camera with the first fixed focal length; and displaying , on the display , a user interface for capturing photos based on data received from the second camera with the second fixed focal length that includes displaying a digital viewfinder with a second magnification that is greater than the first magnification.
A solid polymer power generation method comprising supplying carbon dioxide to one of electrodes of a reactor having a membrane electrode assembly provided with a catalyst layer and supplying hydrogen to the other electrode to produce a hydrocarbon, controlling a voltage generated by power generation between electrodes of the reactor; humidifying at least one of the supplied carbon dioxide and the supplied hydrogen with water, and controlling a temperature of the reactor, controlling a degree of humidification and, by controlling the voltage, the temperature and the degree of the humidification, changing amounts of hydrocarbons produced per unit time and a ratio sorted by kind of the hydrocarbons.
A method for identifying the noise figure of a device under test using a modulated signal, with the following steps: - Providing a signal generator that outputs the modulated signal, a device under test and an analyzer ; - Connecting the signal generator with the analyzer directly, and performing at least two error vector magnitude measurements with different average counts; - Connecting the signal generator with the device under test and connecting the device under test with the analyzer directly, and performing at least two error vector magnitude measurements with different average counts; - Determining the noise contribution of the device under test from the error vector magnitude measurements performed; - Performing a gain measurement on the device under test ; and - Calculating the noise figure of the device under test based on the noise contribution of the device under test obtained and the gain of the device under test obtained, wherein the average count determines the number of averaging procedures used, and wherein systematic signal errors are separated from the noise contribution by comparing the respective error vector magnitude measurements which are done at least twice with different average counts for the respective measurement setup. - Providing a signal generator that outputs the modulated signal, a device under test and an analyzer ; - Connecting the signal generator with the analyzer directly, and performing at least two error vector magnitude measurements with different average counts; - Connecting the signal generator with the device under test and connecting the device under test with the analyzer directly, and performing at least two error vector magnitude measurements with different average counts; - Determining the noise contribution of the device under test from the error vector magnitude measurements performed; - Performing a gain measurement on the device under test ; and - Calculating the noise figure of the device under test based on the noise contribution of the device under test obtained and the gain of the device under test obtained,
A laundry treatment apparatus comprising: a cabinet ; a drawer provided so as to be discharged from an inside of the cabinet ; a tub provided in the drawer for providing a space for storage of water; a drum rotatably provided in the tub for providing a space for storage of laundry; and a spacer for preventing collision between the drawer and the cabinet and preventing the drawer from being discharged from the cabinet , the spacer being provided so as to be separable from an outside of the cabinet , the spacer being interference-fitted into a space between the cabinet and the drawer , characterized in that the laundry treatment apparatus further comprises three or more tub support units for coupling the tub body to the drawer , wherein each of the tub support units includes: a first support member provided at the drawer ; a second support member provided at the tub body ; and a connector for connecting the first support member and the second support member to each other, the connector being orthogonal to a bottom surface of the drawer and wherein at least one of the first support members of the tub support units is separably coupled to the drawer . a cabinet ; a drawer provided so as to be discharged from an inside of the cabinet ; a tub provided in the drawer for providing a space for storage of water; a drum rotatably provided in the tub for providing a space for storage of laundry; and a spacer for preventing collision between the drawer and the cabinet and preventing the drawer from being discharged from the cabinet , the spacer being provided so as to be separable from an outside of the cabinet , the spacer being interference-fitted into a space between the cabinet and the drawer , characterized in that the laundry treatment apparatus further comprises three or more tub support units for coupling the tub body to the drawer , wherein each of the tub support units includes: a first support member provided at the drawer ; a second support member provided at the tub body ; and a connector for connecting the first support member and the second support member to each other, the connector being orthogonal to a bottom surface of the drawer and wherein at least one of the first support members of the tub support units is separably coupled to the drawer . a first support member provided at the drawer ; a second support member provided at the tub body ; and a connector for connecting the first support member and the second support member to each other, the connector being orthogonal to a bottom surface of the drawer and wherein at least one of the first support members of the tub support units is separably coupled to the drawer .
A ventilation valve for directing intake and exhaust air between the interior of the receiving structure and ambient air, the ventilation valve comprising: - a casing , forming in installed condition an intake air channel opening below the casing and an exhaust air channel opening in the front of the casing , which casing comprises a shell , the front edge frame of which defines at least one exhaust opening which forms a part of the exhaust air channel , and - an exhaust air conduit , an inner end of which is connectable to the interior of the receiving structure and an outer end of which is in connection with the exhaust air channel of the casing , wherein the inner end is higher than the outer end of the installed exhaust air conduit , characterized by a lid which is configured to be fastened to the casing for at least partially closing one exhaust opening . - a casing , forming in installed condition an intake air channel opening below the casing and an exhaust air channel opening in the front of the casing , which casing comprises a shell , the front edge frame of which defines at least one exhaust opening which forms a part of the exhaust air channel , and - an exhaust air conduit , an inner end of which is connectable to the interior of the receiving structure and an outer end of which is in connection with the exhaust air channel of the casing , wherein the inner end is higher than the outer end of the installed exhaust air conduit ,
A system for attaching a dental prosthesis onto an implant comprising: the implant ; an abutment ; an adaptor including a mating element , adapted to fit to the implant, and including a connector ; wherein the connector is configured for connecting said abutment to said adaptor preventing relative vertical displacement along an axis of said abutment with respect to said adaptor while allowing positioning of said abutment at any angle with respect to said adaptor around the axis; a screw configured to lock said abutment to said adaptor thereby preventing rotation between said adaptor and said abutment , at least two bendable sections on said connector separated by a slit and wherein said screw comprises a tapered upper part configured to press against an inner surface of said bendable sections and an inner surface of a hole in said abutment , and wherein friction between said bendable sections and said inner surface of said hole prevents said rotation; wherein said system allows said screw to be untightened and tightened to allow said abutment to be rotated to a desired axial position; and wherein said connector includes an annular protrusion and said abutment includes an annular groove , said annular protrusion configured to fit into said annular groove on said abutment ; characterized by the implant comprising an annular recession, and said adaptor comprising a cover with an annular ledge , said ledge adapted to mate with said annular recession in the implant and said cover to cover a top surface of the implant. the implant ; an abutment ; an adaptor including a mating element , adapted to fit to the implant, and including a connector ; wherein the connector is configured for connecting said abutment to said adaptor preventing relative vertical displacement along an axis of said abutment with respect to said adaptor while allowing positioning of said abutment at any angle with respect to said adaptor around the axis; a screw configured to lock said abutment to said adaptor thereby preventing rotation between said adaptor and said abutment , at least two bendable sections on said connector separated by a slit and wherein said screw comprises a tapered upper part configured to press against an inner surface of said bendable sections and an inner surface of a hole in said abutment , and wherein friction between said bendable sections and said inner surface of said hole prevents said rotation; wherein said system allows said screw to be untightened and tightened to allow said abutment to be rotated to a desired axial position; and wherein said connector includes an annular protrusion and said abutment includes an annular groove , said annular protrusion configured to fit into said annular groove on said abutment ; characterized by the implant comprising an annular recession, and said adaptor comprising a cover with an annular ledge , said ledge adapted to mate with said annular recession in the implant and said cover to cover a top surface of the implant.
Planet carrier for a gear stage of a planetary gear mechanism , the planet carrier comprising at least one planet bolt , which is mounted in the planet carrier in a rotationally fixed manner, and a pair of tapered roller bearings which are mounted on the planet bolt and on which a planet gear is mounted, wherein the planet bolt is fastened to the planet carrier by means of a pin screw connection which comprises a pin screw and a nut , and the tapered roller bearings are braced against one another and axially pretensioned by means of the pin screw connection between the planet carrier and the planet bolt ; and, that the nut has a centring element which is oriented in a countersink of the planet bolt .
Method for determining, in a sample, enrichments of a first and at least one second stable-labeled tracer of at least one target substance including glucose, the first tracer and the second tracer having the same or similar chemical structure as the target substance, the method comprising: ionizing the first tracer, the second tracer and the target substance of the sample, in particular by electrospray ionization; measuring intensities of ions deriving from the target substance, of ions deriving from the first tracer and of ions deriving from the second tracer using a high-resolution mass analyzer, in particular an Orbitrap mass analyzer; calculating an enrichment of the first tracer from a first ratio of the intensity of the ions deriving from the first tracer to the intensity of the ions deriving from the target substance employing a first calibration curve being independent of enrichments of each of the at least one second tracer, wherein the high-resolution mass analyzer is operated so as to resolve an ion peak deriving from a tracer and having a width Δ(m/z) at half maximum peak height equal to or smaller than 1 x 10 -2 , in particular smaller than 5 x 10 -3 , further in particular smaller than 3 x 10 -3 . ionizing the first tracer, the second tracer and the target substance of the sample, in particular by electrospray ionization; measuring intensities of ions deriving from the target substance, of ions deriving from the first tracer and of ions deriving from the second tracer using a high-resolution mass analyzer, in particular an Orbitrap mass analyzer; calculating an enrichment of the first tracer from a first ratio of the intensity of the ions deriving from the first tracer to the intensity of the ions deriving from the target substance employing a first calibration curve being independent of enrichments of each of the at least one second tracer, wherein the high-resolution mass analyzer is operated so as to resolve an ion peak deriving from a tracer and having a width Δ(m/z) at half maximum peak height equal to or smaller than 1 x 10 -2 , in particular smaller than 5 x 10 -3 , further in particular smaller than 3 x 10 -3 .
Method for producing a tyre blank, in which method at least two strip-shaped materials are positioned on a tyre-building drum , and in which method at least two cores are set in place, wherein the tyre-building drum is provided both with a core clamping element and with a core fixing element , and the tyre-building drum is formed by a middle part and two drum halves disposed laterally on both sides of the middle part , characterized in that finger segments of the middle parts are embodied with a contour which forms pockets which enable reinforcing strips to be received.
A method, comprising: receiving a presence configuration request comprising configuration information; determining a first power saving interval and a second power saving interval based on the configuration information, wherein the first power saving interval corresponds to a time between presence indication transmissions by a mobile computing device when stationary, and wherein the second power saving interval corresponds to a time between presence indication transmissions by the mobile computing device when in motion; transmitting a presence configuration response comprising information indicating the first power saving interval and the second power saving interval; configuring the mobile computing device with the first power saving interval and the second power saving interval; when the mobile computing device is stationary, transmitting a presence indication frame every first power saving interval; when the mobile computing device is in motion, transmitting a presence indication frame every second power saving interval wherein the first power saving interval is selected to be longer; and wherein the second power saving interval is selected to be shorter. receiving a presence configuration request comprising configuration information; determining a first power saving interval and a second power saving interval based on the configuration information, wherein the first power saving interval corresponds to a time between presence indication transmissions by a mobile computing device when stationary, and wherein the second power saving interval corresponds to a time between presence indication transmissions by the mobile computing device when in motion; transmitting a presence configuration response comprising information indicating the first power saving interval and the second power saving interval; configuring the mobile computing device with the first power saving interval and the second power saving interval; when the mobile computing device is stationary, transmitting a presence indication frame every first power saving interval; when the mobile computing device is in motion, transmitting a presence indication frame every second power saving interval wherein the first power saving interval is selected to be longer; and wherein the second power saving interval is selected to be shorter.
Method for producing a fastening system for a domestic appliance , comprising a sheet metal wall of the domestic appliance and a reinforcing plate , the reinforcing plate being designed as a component which is separate from the sheet metal wall in a disassembled state of the fastening system , and the fastening system comprising, in an assembled state of the fastening system , in which the sheet metal wall and the reinforcing plate are connected to one another, at least one through-hole in a region of the fastening system that is reinforced by means of the reinforcing plate , which through-hole penetrates the sheet metal wall and the reinforcing plate and is intended for force-transmitting reception of a screw corresponding to the through-hole for fastening a component of the domestic appliance to the fastening system , and the sheet metal wall and the reinforcing plate being permanently connected to one another in the assembled state of the fastening system by means of at least one clinching point , and the fastening system being produced in a single production process, preferably in a production process of the domestic appliance , and transferred to its assembled state, characterised in that the reinforcing plate is produced as a by-product during the production of the sheet wall and is configured for use as a reinforcing plate for the fastening system .