mhurhangee/ep-ind-claims huggingface dataset:
A method for authenticating a file, comprising steps of: (a) a server, if an authentication request for the file is acquired from a user device, generating or supporting another device to generate a specific message digest of the file using a hash function, and transmitting the specific message digest to the user device; (b) the server, if a first message digest generated by encoding the specific message digest with a private key of the user is acquired from the user device, and if reference information acquired by decoding the first message digest with a public key of the user, wherein the public key of the user is transmitted to the server with the public key of the user being included in the authentication request or is transmitted to the server along with the first message digest, corresponds to the specific message digest generated at the step of (a), registering or supporting another device to register a hash value of a second message digest, generated by encoding the specific message digest with the private key of the user and a private key of the server, in a blockchain of a virtual currency; and (c) the server acquiring or supporting another device to acquire a transaction ID indicating a location of the hash value registered in the blockchain of the virtual currency, wherein, at the step of (b), if the reference information corresponds to the specific message digest, the server registers or supports another device to register the hash value of the second message digest, generated by encoding the specific message digest in sequence with the private key of the user and the private key of the server without a step of hashing therebetween, in the blockchain of a virtual currency. (a) a server, if an authentication request for the file is acquired from a user device, generating or supporting another device to generate a specific message digest of the file using a hash function, and transmitting the specific message digest to the user device; (b) the server, if a first message digest generated by encoding the specific message digest with a private key of the user is acquired from the user device, and if reference information acquired by decoding the first message digest with a public key of the user, wherein the public key of the user is transmitted to the server with the public key of the user being included in the authentication request or is transmitted to the server along with the first message digest, corresponds to the specific message digest generated at the step of (a), registering or supporting another device to register a hash value of a second message digest, generated by encoding the specific message digest with the private key of the user and a private key of the server, in a blockchain of a virtual currency; and (c) the server acquiring or supporting another device to acquire a transaction ID indicating a location of the hash value registered in the blockchain of the virtual currency,
Apparatus comprising: a plurality of transceivers (12, 14, 16, 18) configured to transmit and receive signals that pass through at least a portion of a building when the transceivers are positioned outside of the building in vertically displaced planes, wherein each of the transceivers is configured to receive at least one of the signals that pass through at least a portion of the building from at least one of the other transceivers; and a processor programmed to use the strength of the received signals and the locations of the transceivers to produce a three-dimensional map of the interior of the building. a plurality of transceivers (12, 14, 16, 18) configured to transmit and receive signals that pass through at least a portion of a building when the transceivers are positioned outside of the building in vertically displaced planes, wherein each of the transceivers is configured to receive at least one of the signals that pass through at least a portion of the building from at least one of the other transceivers; and a processor programmed to use the strength of the received signals and the locations of the transceivers to produce a three-dimensional map of the interior of the building.
A rear-view camera system for a vehicle, comprising: a rear-view camera configured to take a rear image of the vehicle using at least one wide-angle lens and at least one standard lens; a distance detecting part configured to detect a distance between the vehicle and an object located at a rear of the vehicle; and a central control part configured to switch and output an image taken through the wide-angle lens or an image taken through the standard lens according to the distance between the vehicle and the object located at the rear of the vehicle, characterized in that the central control part switches the image taken through the wide-angle lens and the image taken through the standard lens according to a steering direction of the vehicle and a distance between the vehicle and an object located in the steering direction of the vehicle such that the central control part outputs the image taken through the wide-angle lens when the distance between the vehicle and the object located in the steering direction of the vehicle is greater than a preset distance, and outputs the image taken through the standard lens when the distance between the vehicle and the object located in the steering direction of the vehicle is smaller than the preset distance. a rear-view camera configured to take a rear image of the vehicle using at least one wide-angle lens and at least one standard lens; a distance detecting part configured to detect a distance between the vehicle and an object located at a rear of the vehicle; and a central control part configured to switch and output an image taken through the wide-angle lens or an image taken through the standard lens according to the distance between the vehicle and the object located at the rear of the vehicle, characterized in that the central control part switches the image taken through the wide-angle lens and the image taken through the standard lens according to a steering direction of the vehicle and a distance between the vehicle and an object located in the steering direction of the vehicle such that the central control part outputs the image taken through the wide-angle lens when the distance between the vehicle and the object located in the steering direction of the vehicle is greater than a preset distance, and outputs the image taken through the standard lens when the distance between the vehicle and the object located in the steering direction of the vehicle is smaller than the preset distance.
An information processing method, applied to a multicarrier communications system, wherein in the multicarrier communications system, a terminal is configured with a primary component carrier, PCC, and at least one secondary component carrier, SCC, and the method comprises: transmitting, by a first base station, downlink data to the terminal by using a physical downlink shared channel, PDSCH, on the PCC, wherein the first base station is a base station in which the PCC is located; wherein the SCC and the PCC are located in different base stations; receiving, by the first base station, pre-scheduling information that is of a PDSCH on the SCC and that is sent by a second base station in which the SCC is located; and, after receiving the pre-scheduling information, demodulating, by the first base station, a physical uplink control channel, PUCCH, on the PCC by using a first format and a second format, to obtain feedback information sent by the terminal, wherein the first format is a PUCCH format used for a single serving cell, and the second format is a PUCCH format used for a plurality of serving cells. transmitting, by a first base station, downlink data to the terminal by using a physical downlink shared channel, PDSCH, on the PCC, wherein the first base station is a base station in which the PCC is located; wherein the SCC and the PCC are located in different base stations; receiving, by the first base station, pre-scheduling information that is of a PDSCH on the SCC and that is sent by a second base station in which the SCC is located; and, after receiving the pre-scheduling information, demodulating, by the first base station, a physical uplink control channel, PUCCH, on the PCC by using a first format and a second format, to obtain feedback information sent by the terminal, wherein the first format is a PUCCH format used for a single serving cell, and the second format is a PUCCH format used for a plurality of serving cells.
A method for triggering joint registration performed by an LTE single-card dual-standby multi-mode terminal, comprising: determining, by a terminal, a location area identity of a 2G/3G network in which registration is to be performed; detecting, by the terminal, a remaining electric quantity of its battery; and sending, by the terminal, an attach request message to a mobile management entity of an LTE network, if the remaining electric quantity is greater than an electric quantity threshold, wherein the attach request message contains the location area identity and the electric quantity threshold is predetermined by the terminal, so as to trigger joint registration which is in the LTE network and the 2G/3G network and is performed together by the terminal and the mobile management entity of the LTE network. determining, by a terminal, a location area identity of a 2G/3G network in which registration is to be performed; detecting, by the terminal, a remaining electric quantity of its battery; and sending, by the terminal, an attach request message to a mobile management entity of an LTE network, if the remaining electric quantity is greater than an electric quantity threshold, wherein the attach request message contains the location area identity and the electric quantity threshold is predetermined by the terminal, so as to trigger joint registration which is in the LTE network and the 2G/3G network and is performed together by the terminal and the mobile management entity of the LTE network.
A kit for installing a liquid dispenser, comprising: - a tubular element, connectable in fluid communication to a source of liquid to be supplied and attachable to a support; - a liquid dispenser, connectable in fluid communication with said tubular element, said dispenser having a tubular cavity for the passage of the fluid to be supplied; - a connection member, attachable to said dispenser internally to said tubular cavity, said connection member being configured to fit on said tubular element in a locking configuration or in an unlocking configuration, said connection member being configured to allow the reciprocal rotation of said dispenser and said tubular element in the unlocking configuration and to lock it in the locking configuration; said tubular element comprising: - one first portion arranged to be inserted in the support; - one second portion that can be positioned externally from the support; - a base flange placed between said first and second portion, said second portion of said tubular element being configured to be inserted inside the tubular cavity of said dispenser until said flange; the kit further comprising locking means for locking the rotation, arranged on said tubular element and on said connection member, said locking means comprising: - a groove located on an external surface of said tubular element, - a tooth connected to said connection member; characterized in that the tooth is configured to be inserted in said groove in the locking configuration and to be arranged outside the groove in the unlocking configuration so as to not interfere with the tubular element. - a tubular element, connectable in fluid communication to a source of liquid to be supplied and attachable to a support; - a liquid dispenser, connectable in fluid communication with said tubular element, said dispenser having a tubular cavity for the passage of the fluid to be supplied; - a connection member, attachable to said dispenser internally to said tubular cavity, said connection member being configured to fit on said tubular element in a locking configuration or in an unlocking configuration, said connection member being configured to allow the reciprocal rotation of said dispenser and said tubular element in the unlocking configuration and to lock it in the locking configuration; - one first portion arranged to be inserted in the support; - one second portion that can be positioned externally from the support; - a base flange placed between said first and second portion, said second portion of said tubular element being configured to be inserted inside the tubular cavity of said dispenser until said flange; - a groove located on an external surface of said tubular element, - a tooth connected to said connection member;
A method for the depolymerization of lignin comprising the following steps: (i) Providing a black liquor obtained from the alkaline treatment of the delignification of the biomass; (ii) Concentrating said black liquor until the initial volume of the same is reduced to half; (iii) Subjecting the concentrated black liquor to hydrothermal treatment; (iv) Adding an acid to the reaction mixture obtained in the previous step; (v) Separating the precipitate from the liquid phase resulting in the previous step; and (vi) Extracting, from the recovered liquid phase, the products of depolymerization of lignin. (i) Providing a black liquor obtained from the alkaline treatment of the delignification of the biomass; (ii) Concentrating said black liquor until the initial volume of the same is reduced to half; (iii) Subjecting the concentrated black liquor to hydrothermal treatment; (iv) Adding an acid to the reaction mixture obtained in the previous step; (v) Separating the precipitate from the liquid phase resulting in the previous step; and (vi) Extracting, from the recovered liquid phase, the products of depolymerization of lignin.
A sleepiness level detection method of determining a sleepiness level of a subject, comprising: - detecting a heart beat signal indicating a signal of heart beats from the subject and storing the heart beat signal in a storage device; - detecting amplitude peaks of the heart beat signal and detecting an interval between the amplitude peaks as a heart beat interval; and - computing a spectral density corresponding to fluctuation in the heart beat interval detected and determining that the sleepiness level has increased, wherein the determining includes: - classifying maximum frequencies at which the spectral density is maximum and corresponding spectral densities into a plurality of clusters; characterized in that - determining a representative value of the frequency as an average of the maximum frequencies included in each cluster; determining a representative value of the spectral density in each cluster; and determining that the sleepiness level has increased if the representative value of the frequency decreases and the representative value of the spectral density increases. - detecting a heart beat signal indicating a signal of heart beats from the subject and storing the heart beat signal in a storage device; - detecting amplitude peaks of the heart beat signal and detecting an interval between the amplitude peaks as a heart beat interval; and - computing a spectral density corresponding to fluctuation in the heart beat interval detected and determining that the sleepiness level has increased, wherein the determining includes: - classifying maximum frequencies at which the spectral density is maximum and corresponding spectral densities into a plurality of clusters; characterized in that - determining a representative value of the frequency as an average of the maximum frequencies included in each cluster; determining a representative value of the spectral density in each cluster; and determining that the sleepiness level has increased if the representative value of the frequency decreases and the representative value of the spectral density increases.
An implantable device (60; 240A) comprising: a receiver configured to receive in a far field communication session data corresponding to a message and a first hash value generated as a function of the message; a memory (62; 26; 250, 255, 260) coupled to the receiver and configured to store a key and the message, wherein the implantable device is configured to exchange the key with an external device (30; 80; 210A) using a near field communication link; a hash value generator (230; 265) coupled to the memory (62; 26; 250, 255, 260) and configured to generate a second hash value as a function of the key and the message; and a comparator coupled to the hash value generator and configured to determine if the first hash value differs from the second hash value. a receiver configured to receive in a far field communication session data corresponding to a message and a first hash value generated as a function of the message; a memory (62; 26; 250, 255, 260) coupled to the receiver and configured to store a key and the message, wherein the implantable device is configured to exchange the key with an external device (30; 80; 210A) using a near field communication link; a hash value generator (230; 265) coupled to the memory (62; 26; 250, 255, 260) and configured to generate a second hash value as a function of the key and the message; and a comparator coupled to the hash value generator and configured to determine if the first hash value differs from the second hash value.
Method for flame stabilization in a burner system of a stationary combustion engine, preferably a stationary gas turbine, in which a flow of an air/fuel mixture is produced and being swirled to form a vortex flow to which a swirl number is assignable before entering a combustion zone in which the vortex flow of the air/fuel mixture is ignited to form a flame within a reverse flow zone caused by vortex breakdown, wherein swirl number perturbation driven by thermoacoustic oscillation inside the burner system is actively controlled by a control unit by affecting the vortex flow actively before entering the combustion zone, wherein for affecting the vortex flow a flame transfer function assigned to the burner system is changed with the proviso of minimizing pulsation amplitudes of the flame transfer function, and characterized in that the control unit: a) provides information of swirl number perturbation driven by thermoacoustic oscillation inside the burner system determined during commissioning of the burner system, said information being stored in a lookup table, or b) provides information measured by at least one pressure sensor measuring pressure values prevailing in the combustion zone of the burner system. a) provides information of swirl number perturbation driven by thermoacoustic oscillation inside the burner system determined during commissioning of the burner system, said information being stored in a lookup table, or b) provides information measured by at least one pressure sensor measuring pressure values prevailing in the combustion zone of the burner system.
An interlocking device control method, comprising: acquiring insulated joint information corresponding to route information, including derterming a beginning-point signal device and an ending-point signal device of the route according to the route information, and acquiring names of insulated joints corresponding to the beginning-point signal device and the ending-point signal device through a route interlocking table; through a geographical model, acquiring vertex information of a route beginning point and of a route ending point corresponding to the insulated joint information; wherein the geographical model includes a geographical structural diagram and an adjacency list, wherein the geographical structural diagram is an undirected graph, and the adjacency list stores signal device information and connection relationships between devices, and the adjacency list includes a vertex array table and an adjacent point array table; through the geographical model, sequentially acquiring information of each adjacent point in a route direction, according to the vertex information of the route beginning point and of the route ending point; and acquiring and controlling a signal device in the route direction, according to the adjacent point information. acquiring insulated joint information corresponding to route information, including derterming a beginning-point signal device and an ending-point signal device of the route according to the route information, and acquiring names of insulated joints corresponding to the beginning-point signal device and the ending-point signal device through a route interlocking table; through a geographical model, acquiring vertex information of a route beginning point and of a route ending point corresponding to the insulated joint information; wherein the geographical model includes a geographical structural diagram and an adjacency list, wherein the geographical structural diagram is an undirected graph, and the adjacency list stores signal device information and connection relationships between devices, and the adjacency list includes a vertex array table and an adjacent point array table; through the geographical model, sequentially acquiring information of each adjacent point in a route direction, according to the vertex information of the route beginning point and of the route ending point; and acquiring and controlling a signal device in the route direction, according to the adjacent point information.
A method, comprising: controlling, by a user equipment, user equipment measurements in a network to configure neighbor lists; receiving at least one user equipment measurement request, wherein said at least one user equipment measurement request is a request to measure on one or more cells on a given frequency; performing, by the user equipment, measurements without use of a neighbor list in one or more adjacent cells in response to the one or more received measurement request; reporting, by the user equipment, the measurements; and identifying, by the user equipment, cells in the network to be included in a neighbor list such that the user equipment measurements support network self-configuration and optimization. controlling, by a user equipment, user equipment measurements in a network to configure neighbor lists; receiving at least one user equipment measurement request, wherein said at least one user equipment measurement request is a request to measure on one or more cells on a given frequency; performing, by the user equipment, measurements without use of a neighbor list in one or more adjacent cells in response to the one or more received measurement request; reporting, by the user equipment, the measurements; and identifying, by the user equipment, cells in the network to be included in a neighbor list such that the user equipment measurements support network self-configuration and optimization.