mhurhangee/patent-ind-claim-en huggingface dataset:
Method for verifying vehicle usage data reflecting usage of vehicle comprising the steps of: generating, by the vehicle the vehicle usage data; a) transmitting, by the vehicle , vehicle data (S1, S1', S1", S2) to an observer entity (3.x) when the vehicle and the observer entity (3.x) are in proximity, wherein the vehicle data includes unique vehicle identification information; b) adding data to the vehicle data (S3, S3', S3") by the observer entity (3.x), the added data being correlated to vehicle usage to include an indication of a position of the observer entity (3.x) and a timestamp indicating a time of reception of the vehicle data, thereby generating joint data; and c) transmitting the joint data (S4) to an external database and storing, by a central processor at least the joint data received in the external database ; d) repeating steps a) to c) at least once using a second, different observer entity (3.x), wherein the proximity is defined by an upper threshold for a distance between the vehicle and the observer entity (3.x); e) calculating, by the central processor , from the added data a usage estimation value (S12) which is a measure for usage of the vehicle ; f) comparing the usage estimation value with the vehicle usage data (S16) retrieved from the vehicle ; and g) generating and outputting information on validity of the vehicle usage data at least on the basis of the comparison result. a) transmitting, by the vehicle , vehicle data (S1, S1', S1", S2) to an observer entity (3.x) when the vehicle and the observer entity (3.x) are in proximity, wherein the vehicle data includes unique vehicle identification information; b) adding data to the vehicle data (S3, S3', S3") by the observer entity (3.x), the added data being correlated to vehicle usage to include an indication of a position of the observer entity (3.x) and a timestamp indicating a time of reception of the vehicle data, thereby generating joint data; and c) transmitting the joint data (S4) to an external database and storing, by a central processor at least the joint data received in the external database ; d) repeating steps a) to c) at least once using a second, different observer entity (3.x), wherein the proximity is defined by an upper threshold for a distance between the vehicle and the observer entity (3.x); e) calculating, by the central processor , from the added data a usage estimation value (S12) which is a measure for usage of the vehicle ; f) comparing the usage estimation value with the vehicle usage data (S16) retrieved from the vehicle ; and g) generating and outputting information on validity of the vehicle usage data at least on the basis of the comparison result.
An apparatus (100; 300; 400) for the electrical interconnection of a plurality of electric battery cell units , wherein the apparatus comprises a housing comprises two or more housing units (108a-d), wherein each one (108a-d) of the two or more housing units (108a-d) forms at least one room for housing a plurality of electric battery cell units , and one or more electrical conductors for the electrical connection of one electric battery cell unit of the plurality of electric battery cell units to another electric battery cell unit of the plurality of electric battery cell units , wherein each one of the two or more housing units (108a-d) comprises one or more walls (114a-d, 116a-d, 118a-d, 120a-d), wherein the at least one room of the housing unit (108a-d) is defined by the one or more walls (114a-d, 116a-d, 118a-d, 120a-d) of the housing unit (108a-d), wherein the wall (114a-d, 116a-d, 118a-d, 120a-d) of each one of the two or more housing units (108a-d) comprises one or more seats for holding the electrical conductor , wherein the seat forms a compartment for holding the electrical conductor . a housing comprises two or more housing units (108a-d), wherein each one (108a-d) of the two or more housing units (108a-d) forms at least one room for housing a plurality of electric battery cell units , and one or more electrical conductors for the electrical connection of one electric battery cell unit of the plurality of electric battery cell units to another electric battery cell unit of the plurality of electric battery cell units , wherein each one of the two or more housing units (108a-d) comprises one or more walls (114a-d, 116a-d, 118a-d, 120a-d), wherein the at least one room of the housing unit (108a-d) is defined by the one or more walls (114a-d, 116a-d, 118a-d, 120a-d) of the housing unit (108a-d), wherein the wall (114a-d, 116a-d, 118a-d, 120a-d) of each one of the two or more housing units (108a-d) comprises one or more seats for holding the electrical conductor , wherein the seat forms a compartment for holding the electrical conductor .
A filter element for use in a filter disc , wherein a plurality of filter elements are arranged on a rotor shaft in a manner allowing liquid communication between the inside of the filter elements and the inside of the rotor shaft , wherein the filter element has at least one passage with a passage area in an edge structure for liquid communication between the inside of adjacent filter elements when the filter elements are assembled forming a filter disc , characterized in that the passage area of the passage along the edge structure increases in an extension direction of the edge structure from the rotor shaft .
A coated body comprising a substrate, an undercoating film, the following intermediate coating film and the following top coating film in this order, Intermediate coating film: a coating film formed from an intermediate coating material comprising a pigment, a polyvinylidene fluoride and a (meth)acrylic resin, wherein the mass ratio of the polyvinylidene fluoride to the (meth)acrylic resin (i.e. the mass ratio of the polyvinylidene fluoride/the (meth)acrylic resin) is from 50/50 to 90/10, Top coating film: a coating film formed by curing a top coating material comprising the following to : a fluorinated polymer having hydroxy groups or carboxy groups, a curing agent for curing the fluorinated polymer, at least one ultraviolet absorber selected from the group consisting of an inorganic ultraviolet absorber, a salicylate-type ultraviolet absorber, a benzotriazole-type ultraviolet absorber, a hydroxyphenyl triazine-type ultraviolet absorber, a benzophenone-type ultraviolet absorber and a cyanoacrylate-type ultraviolet absorber. a fluorinated polymer having hydroxy groups or carboxy groups, a curing agent for curing the fluorinated polymer, at least one ultraviolet absorber selected from the group consisting of an inorganic ultraviolet absorber, a salicylate-type ultraviolet absorber, a benzotriazole-type ultraviolet absorber, a hydroxyphenyl triazine-type ultraviolet absorber, a benzophenone-type ultraviolet absorber and a cyanoacrylate-type ultraviolet absorber.
A radio receiver comprising: a serial data interface configured to receive a wideband noise-like serial data signal from another radio receiver, the serial data signal providing a first received radio signal produced by a radio front-end of the another receiver configured to receive a first clock signal from an oscillator, and a second clock signal; wherein the second clock signal corresponds to the first clock signal; a clock /data recovery circuit configured to produce the second clock signal and the first received radio signal from the serial data signal; and a radio front-end configured to receive the second clock signal from the clock/data recovery circuit to produce a second received radio signal; and signal combining circuit configured to combine the second received radio signal and the first received radio signal. a serial data interface configured to receive a wideband noise-like serial data signal from another radio receiver, the serial data signal providing a first received radio signal produced by a radio front-end of the another receiver configured to receive a first clock signal from an oscillator, and a second clock signal; wherein the second clock signal corresponds to the first clock signal; a clock /data recovery circuit configured to produce the second clock signal and the first received radio signal from the serial data signal; and a radio front-end configured to receive the second clock signal from the clock/data recovery circuit to produce a second received radio signal; and signal combining circuit configured to combine the second received radio signal and the first received radio signal.
An immunogenic composition comprising a meningococcal fHbp antigen and an aluminium salt adjuvant for use in mounting an immune response in a subject which provides protection against serogroup X meningococcus strains which express a variant 1 fHbp; wherein the meningococcal fHbp antigen comprises an NMB2091-fHbp fusion polypeptide comprising amino acid sequence SEQ ID NO: 7, and wherein the immunogenic composition either (a) is free from meningococcal outer membrane vesicles or (b) includes meningococcal outer membrane vesicles, and the fHbp antigen is present in the composition in soluble form.
Contact arrangement to be received in a connection terminal, comprising at least one current bar and comprising at least one contact spring arranged on the at least one current bar , wherein the at least one contact spring has at least one holding region for holding the contact spring on the at least one current bar , wherein the at least one holding region is formed in such a way that it forms a latching connection with the current bar , wherein the at least one contact spring has a first holding region and second holding region arranged spaced apart from the first holding region , wherein the first holding region has at least one holding tab , which engages into a fastening region formed on the current bar , characterized in that the first holding region has a first holding tab and at least a second holding tab arranged spaced apart from the first holding tab .
Method for preparing and activating a raw material which has latently hydraulic, hydraulic, inert or pozzolanic properties, wherein the raw material is comminuted by means of grinding rollers of a mill-classifier combination , wherein the mill-classifier combination has a classifier and a vertical mill with a grinding pan and with the grinding rollers , wherein the mill-classifier combination is set and operated to produce a ground product with a fineness of between D50 = 3 μm, and D50 = 12 μm, and wherein in a first classification raw material comminuted at least once by means of the grinding rollers in a first classification is fed from the classifier of the mill-classifier combination as rejected coarse material back to the grinding pan of the vertical mill for further comminution by means of the grinding rollers , characterised in that a part of the grinding product is comminuted by means of the grinding rollers to a diameter of less than 5 μm, wherein in the case of a raw material with potentially reactive properties, existing pozzolanic, latently hydraulic or hydraulically active phases are released, the grinding product is subjected to a further classification into fine and ultrafine grain in an ultrafine grain classifier unit , the ultrafine grain classifier unit is operated and set with a separation threshold in order to separate ultrafine grain with a fineness of less than D50 = 6 μm, the fine grain is removed from the preparation process and supplied for a building materials application, the ultrafine grain is fed to a filter , wherein a process air flow is guided from the mill-classifier combination via the ultrafine grain classifier unit to the filter and the ultrafine grain is separated from the process air flow by means of the filter and fed for a use as composite material in cement, wherein in the ultrafine grain in the case of a raw material with potentially reactive properties at least a part of the pozzolanic, latently hydraulic or hydraulically active phases is activated by the release and / or an increased overall reactivity is achieved by the significantly increased particle surface area.
A method of transmitting a direct sequence spread spectrum, DSSS, signal from a transmitter (102, 402-1, 402-2, 402-3, 402-4, 402-5, 402-n, 502), the method comprising: identifying a threshold spectral flux density for a given physical location that is in proximity to an adversary ; as a result of identifying the threshold spectral flux density, transmitting the DSSS signal at a power level causing the signal to be below the spectral flux density at the given physical location , the DSSS signal being transmitted at a data rate; receiving feedback from a receiver indicating the signal-to-noise ratio of the DSSS signal at the receiver ; lowering the data rate of the DSSS signal based on the feedback, wherein the feedback is used to determine that signal-to-noise ratio should be increased, or raising the data rate of the DSSS signal based on the feedback, wherein the feedback is used to determine that the signal-to-noise ratio should be decreased; and continuing transmitting the DSSS signal at the raised or lowered data rate and power level. identifying a threshold spectral flux density for a given physical location that is in proximity to an adversary ; as a result of identifying the threshold spectral flux density, transmitting the DSSS signal at a power level causing the signal to be below the spectral flux density at the given physical location , the DSSS signal being transmitted at a data rate; receiving feedback from a receiver indicating the signal-to-noise ratio of the DSSS signal at the receiver ; lowering the data rate of the DSSS signal based on the feedback, wherein the feedback is used to determine that signal-to-noise ratio should be increased, or raising the data rate of the DSSS signal based on the feedback, wherein the feedback is used to determine that the signal-to-noise ratio should be decreased; and continuing transmitting the DSSS signal at the raised or lowered data rate and power level.
A method performed by a wireless device for managing reachability of the wireless device , wherein the wireless device is in ECM_CONNECTED state and has an ECM connection between a network node of a RAN, Radio Access Network, and a core node associated with the RAN, the method comprising: - entering into an RRC inactive state in which a RRC connection between the wireless device and the network node of the RAN is suspended while the ECM connection is kept and starting an AS, Access Stratum, reachable timer when entering the RRC inactive state, - sending to the network node a reachable notification indicating that the wireless device is reachable when detecting in the RRC inactive state that the AS reachable timer expires, and after sending said reachable notification to the network node , - restarting the AS reachable timer in response to receiving a reachable notification acknowledgement from the network node , - changing from the RRC inactive state to ECM_IDLE state when detecting that the RAN is not reachable after expiry of the AS reachable timer, and, - stopping the AS reachable timer when changing from the RRC inactive state to a connected state before the AS reachable timer expires. - entering into an RRC inactive state in which a RRC connection between the wireless device and the network node of the RAN is suspended while the ECM connection is kept and starting an AS, Access Stratum, reachable timer when entering the RRC inactive state, - sending to the network node a reachable notification indicating that the wireless device is reachable when detecting in the RRC inactive state that the AS reachable timer expires, and after sending said reachable notification to the network node , - restarting the AS reachable timer in response to receiving a reachable notification acknowledgement from the network node , - changing from the RRC inactive state to ECM_IDLE state when detecting that the RAN is not reachable after expiry of the AS reachable timer, and, - stopping the AS reachable timer when changing from the RRC inactive state to a connected state before the AS reachable timer expires.
A bleaching paste, containing a) at least one oxidizing agent selected from sodium percarbonates and inorganic salts of a peroxysulfuric acid, and mixtures thereof, b) also a dicarboxylic acid having 2 to 10 carbon atoms, selected from succinic acid and/or at least one salt of succinic acid, c) also arginine and lysine or at least one of the salts of these amino acids, d) at least one oil in a total amount of from 16-60 wt.%, preferably 20-50 wt.%, particularly preferably 25-45 wt.%, in each case based on the weight of the bleaching paste, and e) 0 to 4 wt.% water, based on the weight of the bleaching paste. a) at least one oxidizing agent selected from sodium percarbonates and inorganic salts of a peroxysulfuric acid, and mixtures thereof, b) also a dicarboxylic acid having 2 to 10 carbon atoms, selected from succinic acid and/or at least one salt of succinic acid, c) also arginine and lysine or at least one of the salts of these amino acids, d) at least one oil in a total amount of from 16-60 wt.%, preferably 20-50 wt.%, particularly preferably 25-45 wt.%, in each case based on the weight of the bleaching paste, and e) 0 to 4 wt.% water, based on the weight of the bleaching paste.
An intraocular lens, IOL, cart comprising: a base housing configured to receive a plurality of IOL packages , the base housing being configured to detect a presence of individual IOL packages; a plurality of sensors configured to read information relating to an IOL in an IOL package and detect its storage location within an IOL cart, the information including a diopter power of the IOL; a computer unit associated with the base housing and configured to receive, from the one or more sensors, and store information indicative of the diopter power and location of individual IOL packages disposed within the base housing; a plurality of visual indicators actuatable by the computer unit; wherein the computer unit is configured to: receive a request from a user relating to a desired IOL; compare the stored diopter power information to the received request related to a desired IOL; select an IOL package with a diopter power closest to a desired IOL power, and cause one or more of the plurality of visual indicators to actuate adjacent to the location of the IOL package with the diopter power closest to the desired IOL power. a base housing configured to receive a plurality of IOL packages , the base housing being configured to detect a presence of individual IOL packages; a plurality of sensors configured to read information relating to an IOL in an IOL package and detect its storage location within an IOL cart, the information including a diopter power of the IOL; a computer unit associated with the base housing and configured to receive, from the one or more sensors, and store information indicative of the diopter power and location of individual IOL packages disposed within the base housing; a plurality of visual indicators actuatable by the computer unit; wherein the computer unit is configured to: receive a request from a user relating to a desired IOL; compare the stored diopter power information to the received request related to a desired IOL; select an IOL package with a diopter power closest to a desired IOL power, and cause one or more of the plurality of visual indicators to actuate adjacent to the location of the IOL package with the diopter power closest to the desired IOL power. receive a request from a user relating to a desired IOL; compare the stored diopter power information to the received request related to a desired IOL; select an IOL package with a diopter power closest to a desired IOL power, and cause one or more of the plurality of visual indicators to actuate adjacent to the location of the IOL package with the diopter power closest to the desired IOL power.
An initialization apparatus for an optic-electric hybrid access device, comprising: a multi-user-side-interface unit module, a power supply and detection module, a processing module and an optical network unit ONU, module of a passive optical network, characterized in that the ONU module of the passive optical network is connected to an optical line terminal OLT, and to the multi-user-side-interface unit module; the multi-user-side-interface unit module comprises a plurality of ports, each port corresponds to an electrical interface, and the power supply and detection module is connected between the plurality of ports of the multi-user-side-interface unit module and the electrical interfaces; wherein the plurality of electrical interfaces of the multi-user-side-interface unit module are connected to a plurality of user cables; the power supply and detection module is configured to: detect a reverse power supply state of the electrical interface corresponding to each port of the multi-user-side-interface unit module in real time, and obtain a detection result of each electrical interface and send the detection result of each electrical interface to the processing module; the processing module is configured to, when the detection result of any electrical interface is that there is a reverse power supply, enable an initialization capability of a port corresponding to that electrical interface in the multi-user-side-interface unit module; and when the detection result of any electrical interface is that there is no reverse power supply, disable an initialization capability of a port corresponding to that electrical interface in the multi-user-side-interface unit module; the ONU module of the passive optical network comprises a plurality of logical ONUs or a plurality of physical ONUs, and each logical ONU or each physical ONU is respectively registered and de-registered to the connected OLT; the processing module is configured to make a corresponding logical ONU start a de-registration to the OLT when the detection result of the electric interface is that there is no reverse power supply.