mhurhangee/patent-ind-claim-en huggingface dataset:
A coverage mode identification method, comprising: determining , by a terminal, a first coverage mode; determining , by the terminal, a preamble sequence based on the first coverage mode; and sending , by the terminal, the preamble sequence to a base station; wherein the determining , by the terminal, a preamble sequence based on the first coverage mode comprises: determining, by the terminal, a preamble sequence group based on the first coverage mode; and determining, by the terminal, the preamble sequence from the determined preamble sequence group; wherein the first coverage mode is an enhanced coverage mode or a normal coverage mode, characterised in that the determining, by the terminal, a preamble sequence group based on the first coverage mode comprises: when the first coverage mode is the enhanced coverage mode and a cyclic shift parameter is 1, 2, 3, 4, 6 or 12, determining, by the terminal, preamble sequences whose index numbers are 64 to 95 as the determined preamble sequence group; and when the first coverage mode is the normal coverage mode and a cyclic shift parameter is 1, 2, 3, 4, 6 or 12, determining, by the terminal, preamble sequences whose index numbers are 0 to 63 as the determined preamble sequence group. determining , by a terminal, a first coverage mode; determining , by the terminal, a preamble sequence based on the first coverage mode; and sending , by the terminal, the preamble sequence to a base station; wherein the determining , by the terminal, a preamble sequence based on the first coverage mode comprises: determining, by the terminal, a preamble sequence group based on the first coverage mode; and determining, by the terminal, the preamble sequence from the determined preamble sequence group; wherein the first coverage mode is an enhanced coverage mode or a normal coverage mode, determining, by the terminal, a preamble sequence group based on the first coverage mode; and determining, by the terminal, the preamble sequence from the determined preamble sequence group; wherein the first coverage mode is an enhanced coverage mode or a normal coverage mode, the determining, by the terminal, a preamble sequence group based on the first coverage mode comprises: when the first coverage mode is the enhanced coverage mode and a cyclic shift parameter is 1, 2, 3, 4, 6 or 12, determining, by the terminal, preamble sequences whose index numbers are 64 to 95 as the determined preamble sequence group; and when the first coverage mode is the normal coverage mode and a cyclic shift parameter is 1, 2, 3, 4, 6 or 12, determining, by the terminal, preamble sequences whose index numbers are 0 to 63 as the determined preamble sequence group.
A mucking duct for a tunnel boring machine comprising: - an outlet line , connected to a cutting head of the tunnel boring machine, - a first pipe section , - a flexible pipe , connecting the outlet line and the pipe section , characterised by a connector comprising : - a fitting having a first end attached and fixed to the flexible pipe and a second end configured to be mounted on an additional section of pipe , and - a clamping device , mounted in the fitting and configured to lock the additional section of pipe relative to the fitting . - an outlet line , connected to a cutting head of the tunnel boring machine, - a first pipe section , - a flexible pipe , connecting the outlet line and the pipe section , - a fitting having a first end attached and fixed to the flexible pipe and a second end configured to be mounted on an additional section of pipe , and - a clamping device , mounted in the fitting and configured to lock the additional section of pipe relative to the fitting .
Edge-bonded or laminated tolerance compensation layer sheets (shims) comprising a plurality of sheets of the same or different kinds, characterized in that the sheets are bonded to one another by welding.
A photovoltaic cell manufacturing method comprising: depositing a first buffer layer for performing lattice relaxation on a first silicon substrate ; depositing a contact layer on the first buffer layer ; depositing a first photoelectric conversion cell on the contact layer , the first photoelectric conversion cell being formed with a compound semiconductor including a pn junction, and the first photoelectric conversion cell having a lattice constant that is higher than that of silicon; connecting a support substrate to the first photoelectric conversion cell to form a first layered body; and removing the first buffer layer and the first silicon substrate from the first layered body to expose the contact layer . depositing a first buffer layer for performing lattice relaxation on a first silicon substrate ; depositing a contact layer on the first buffer layer ; depositing a first photoelectric conversion cell on the contact layer , the first photoelectric conversion cell being formed with a compound semiconductor including a pn junction, and the first photoelectric conversion cell having a lattice constant that is higher than that of silicon; connecting a support substrate to the first photoelectric conversion cell to form a first layered body; and removing the first buffer layer and the first silicon substrate from the first layered body to expose the contact layer .
An implant-supported dental prosthesis, comprising intermediate pieces for fixing the prosthesis (g) to implants arranged in the gum of a user, characterized in that it at least comprises: - a compartment housed inside the prosthesis and provided with a side opening arranged in correspondence with a opening of the prosthesis (g) for communicating the compartment with the outside of the prosthesis, - a spacing member included in the compartment that can be actuated through the side opening by means of a tool introduced into the side opening and arranged proximal to an implant, that comprises two arms articulated on a shaft like pincers, wherein at least one of the two arms of the spacing member comprises, in one of its end areas, a cavity facing the other arm and the side opening ; where the end of the upper arm, opposite the one with the cavity is located near an implant to cause the arms to open and the prosthesis (g) to separate from the implant when the tool is introduced in the cavity . where the spacing member is fixed in an articulated manner inside the compartment , such that when the arms open, only the upper arm located near the implant at the end opposite the one with the cavity comprises a step on which said implant is supported and moves and presses the spacing member against the implant, causing the separation of the prosthesis (g) from said implant. - a compartment housed inside the prosthesis and provided with a side opening arranged in correspondence with a opening of the prosthesis (g) for communicating the compartment with the outside of the prosthesis, - a spacing member included in the compartment that can be actuated through the side opening by means of a tool introduced into the side opening and arranged proximal to an implant, that comprises two arms articulated on a shaft like pincers, wherein at least one of the two arms of the spacing member comprises, in one of its end areas, a cavity facing the other arm and the side opening ; where the end of the upper arm, opposite the one with the cavity is located near an implant to cause the arms to open and the prosthesis (g) to separate from the implant when the tool is introduced in the cavity .
A system comprising: a housing comprising a first wall , wherein the first wall comprises one or more openings , and the housing defines a cavity ; a radio module disposed at least partially within the cavity of the housing ; and an antenna coupled to the radio module and disposed at least partially within the cavity of the housing , wherein the radio module is configured to transmit or to receive a radio signal in a desired frequency spectrum via the antenna , wherein the one or more openings contribute to the housing having a resonant frequency within the desired frequency spectrum, characterized by an enclosure , wherein the housing is mounted in a recess of the enclosure such that the emission face is substantially flush with an external face of the enclosure, and the first wall forms a portion of the housing and of the enclosure and is shared by them. a housing comprising a first wall , wherein the first wall comprises one or more openings , and the housing defines a cavity ; a radio module disposed at least partially within the cavity of the housing ; and an antenna coupled to the radio module and disposed at least partially within the cavity of the housing , wherein the radio module is configured to transmit or to receive a radio signal in a desired frequency spectrum via the antenna , wherein the one or more openings contribute to the housing having a resonant frequency within the desired frequency spectrum, characterized by an enclosure , wherein the housing is mounted in a recess of the enclosure such that the emission face is substantially flush with an external face of the enclosure, and the first wall forms a portion of the housing and of the enclosure and is shared by them.
A computer-implemented method , comprising: a. receiving , at a computer processor, a seismic dataset representative of a subsurface volume of interest and a well log from a well location within the subsurface volume of interest; b. identifying seismic traces in the seismic dataset that correspond to the well location to obtain a subset of seismic traces; c. windowing the subset of seismic traces and the well log to generate windowed seismic traces, in which a waveform or wavelet is consistent in frequency and phase, and a windowed well log; d. multiplying the windowed seismic traces and the windowed well log by a random matrix to generate a plurality of training datasets of windowed seismic traces and windowed well logs; e. training a neural network to estimate rock properties from a seismic dataset, or estimate a wavelet from a well log, using the plurality of training datasets, and using the trained neural network to estimate rock properties from another seismic dataset, or estimate a wavelet from another well log, respectively. a. receiving , at a computer processor, a seismic dataset representative of a subsurface volume of interest and a well log from a well location within the subsurface volume of interest; b. identifying seismic traces in the seismic dataset that correspond to the well location to obtain a subset of seismic traces; c. windowing the subset of seismic traces and the well log to generate windowed seismic traces, in which a waveform or wavelet is consistent in frequency and phase, and a windowed well log; d. multiplying the windowed seismic traces and the windowed well log by a random matrix to generate a plurality of training datasets of windowed seismic traces and windowed well logs; e. training a neural network to estimate rock properties from a seismic dataset, or estimate a wavelet from a well log, using the plurality of training datasets, and using the trained neural network to estimate rock properties from another seismic dataset, or estimate a wavelet from another well log, respectively.
An electronic apparatus for determining validity of touch key input, the electronic apparatus comprising: a display formed on a front surface of the electronic apparatus enclosed by a black matrix region ; a plurality of capacitive touch keys (122a-b, 1221) inside the black matrix region , and configured to sense an input; a plurality of capacitive dummy keys (123a-d, 1222) inside the black matrix region , and configured to sense the input; and wherein the electronic apparatus is configured such that when a first touch key of the plurality of capacitive touch keys (122a-b, 1221) is input the a first dummy key of the plurality of capacitive dummy keys (123a-d, 1222) is input, the electronic apparatus identifies that a touch key input is invalid ; and when the first touch key is input and a second dummy key of the plurality of capacitive dummy keys (123a-d, 1222) is input, the electronic apparatus identifies that the touch key input is valid ; wherein the electronic apparatus performs a function corresponding to the first touch key if the touch key input is valid, wherein the first dummy key is located adjacent to the first touch key and wherein the second dummy key is not adjacent to the first touch key , wherein each of the plurality of capacitive dummy keys key (123a-d, 1222) is positioned to enclose the respective touch key (122a-b, 1221) and comprises at least one transmission channel line and a plurality of reception channel lines , and wherein the plurality of reception channel lines are arranged at decreasing intervals toward the respective touch key (122a-b, 1221). a display formed on a front surface of the electronic apparatus enclosed by a black matrix region ; a plurality of capacitive touch keys (122a-b, 1221) inside the black matrix region , and configured to sense an input; a plurality of capacitive dummy keys (123a-d, 1222) inside the black matrix region , and configured to sense the input; and wherein the electronic apparatus is configured such that when a first touch key of the plurality of capacitive touch keys (122a-b, 1221) is input the a first dummy key of the plurality of capacitive dummy keys (123a-d, 1222) is input, the electronic apparatus identifies that a touch key input is invalid ; and when the first touch key is input and a second dummy key of the plurality of capacitive dummy keys (123a-d, 1222) is input, the electronic apparatus identifies that the touch key input is valid ; wherein the electronic apparatus performs a function corresponding to the first touch key if the touch key input is valid, wherein the first dummy key is located adjacent to the first touch key and wherein the second dummy key is not adjacent to the first touch key , wherein each of the plurality of capacitive dummy keys key (123a-d, 1222) is positioned to enclose the respective touch key (122a-b, 1221) and comprises at least one transmission channel line and a plurality of reception channel lines , and wherein the plurality of reception channel lines are arranged at decreasing intervals toward the respective touch key (122a-b, 1221).
A threat analysis apparatus, comprising: an update manager that manages update information indicating that function addition to an IoT device is performed; a threat information manager that stores threat information of a cyberattack; a risk level manager that manages risk level information defining a risk level of the IoT device; a related threat information manager that manages the threat information and related threat information associating the IoT device with the risk level; a risk level updater that associates the threat information and the risk level of the IoT device with each other and updates the related threat information, based on the update information; and an outputter that outputs the related threat information managed by the related threat information manager. an update manager that manages update information indicating that function addition to an IoT device is performed; a threat information manager that stores threat information of a cyberattack; a risk level manager that manages risk level information defining a risk level of the IoT device; a related threat information manager that manages the threat information and related threat information associating the IoT device with the risk level; a risk level updater that associates the threat information and the risk level of the IoT device with each other and updates the related threat information, based on the update information; and an outputter that outputs the related threat information managed by the related threat information manager.
A drug delivery device comprising: • a piston rod which extends along a longitudinal axis of the drug delivery device , • a cartridge bung, wherein the piston rod is adapted to apply an axial load in the distal direction to the cartridge bung in order to dispense a medicament contained in the cartridge , • a cartridge bung load indicator which is located at the distal end of the piston rod and adapted to abut against the cartridge bung , wherein the cartridge bung load indicator comprises an indicator element that visually indicates a load state of the piston rod to the user, wherein the cartridge bung load indicator comprises a resiliently compressible housing which decreases in its length in the axial direction in response to an applied axial load, characterized in that the housing of the cartridge bung load indicator comprises a first casing element that is biased against a second casing element , which are in slidable engagement with each other, and wherein the indicator element comprises at least one colored and/or patterned surface element which is unmasked in the load state. • a piston rod which extends along a longitudinal axis of the drug delivery device , • a cartridge bung, wherein the piston rod is adapted to apply an axial load in the distal direction to the cartridge bung in order to dispense a medicament contained in the cartridge , • a cartridge bung load indicator which is located at the distal end of the piston rod and adapted to abut against the cartridge bung , wherein the cartridge bung load indicator comprises an indicator element that visually indicates a load state of the piston rod to the user,
A percussive drill bit comprising: - a drill bit body with an impact face , the drill bit body having a longitudinal axis of rotation, - an internal conduit for supplying pressurised fluid to the impact face , - at least one exhaust port in the impact face and in fluid communication with the internal conduit , - and a wear shield adjacent to each exhaust port , wherein the wear shield is located only on a trailing side of each exhaust port , defined with respect to the direction of rotation. - a drill bit body with an impact face , the drill bit body having a longitudinal axis of rotation, - an internal conduit for supplying pressurised fluid to the impact face , - at least one exhaust port in the impact face and in fluid communication with the internal conduit , - and a wear shield adjacent to each exhaust port , wherein the wear shield is located only on a trailing side of each exhaust port , defined with respect to the direction of rotation.
A payment information processing method, characterized by comprising: sending, by a mobile acquiring device , an acquiring request associated with a transaction to a device server ; obtaining (S210) , by the device server , motion data of the mobile acquiring device in real time, in response to receiving the acquiring request sent by the mobile acquiring device ; sending, by the mobile acquiring device , payment card information to the device server , in response to obtaining the payment card information; determining (S220), by the device server , a motion feature of the mobile acquiring device according to the real time motion data, under a condition that the mobile acquiring device obtains the payment card information; determining (S230), by the device server , a payment information processing result according to the motion feature; and using, by the device server , the payment card information to proceed to a subsequent process of the transaction under a condition that the device server determines to continue the transaction based on the payment information processing result, wherein the real time motion data is data collected by the mobile acquiring device and sent to the device server in real time between a first moment and a second moment, the first moment is a moment when the mobile acquiring device sends the acquiring request, and the second moment is a moment when the mobile acquiring device obtains the payment card information. sending, by a mobile acquiring device , an acquiring request associated with a transaction to a device server ; obtaining (S210) , by the device server , motion data of the mobile acquiring device in real time, in response to receiving the acquiring request sent by the mobile acquiring device ; sending, by the mobile acquiring device , payment card information to the device server , in response to obtaining the payment card information; determining (S220), by the device server , a motion feature of the mobile acquiring device according to the real time motion data, under a condition that the mobile acquiring device obtains the payment card information; determining (S230), by the device server , a payment information processing result according to the motion feature; and using, by the device server , the payment card information to proceed to a subsequent process of the transaction under a condition that the device server determines to continue the transaction based on the payment information processing result, wherein the real time motion data is data collected by the mobile acquiring device and sent to the device server in real time between a first moment and a second moment, the first moment is a moment when the mobile acquiring device sends the acquiring request, and the second moment is a moment when the mobile acquiring device obtains the payment card information.
A system for providing vacuum control to an end effector of an articulated arm, said system comprising a vacuum source for providing a vacuum pressure at a maximum air flow rate to the end effector, said end effector including a cover that includes an opening having a plurality of slit openings that extend radially from the center of the opening. a vacuum source for providing a vacuum pressure at a maximum air flow rate to the end effector, said end effector including a cover that includes an opening having a plurality of slit openings that extend radially from the center of the opening.
A method of delivering user-specific data to a device , the method comprising: using a processor to perform acts comprising: associating a user's biometric data with a cluster of biometric data items that minimize a predefined statistic, said biometric data being collected with a fingerprint reader or a camera connected to said processor; associating a cryptographic key with said cluster; using said cryptographic key to encrypt user-specific data that is specific to said user, said user specific data comprising text documents, spreadsheets, images, music, video and/or metadata such as user settings; and delivering, to a device on which said user is using a software service, said user-encrypted data in encrypted form, said device having software that identifies said cryptographic key from said biometric data and that uses said cryptographic key to decrypt said user-specific data for use with said software service, wherein the biometric data is used to look up the cryptographic key in a database that associates cryptographic keys with said clusters of biometric data, and wherein, if multiple clusters in the database match the biometric data , the cryptographic keys corresponding to said multiple matching clusters are applied one-by-one to said user-encrypted data until the correct key is found. associating a user's biometric data with a cluster of biometric data items that minimize a predefined statistic, said biometric data being collected with a fingerprint reader or a camera connected to said processor; associating a cryptographic key with said cluster; using said cryptographic key to encrypt user-specific data that is specific to said user, said user specific data comprising text documents, spreadsheets, images, music, video and/or metadata such as user settings; and delivering, to a device on which said user is using a software service, said user-encrypted data in encrypted form, said device having software that identifies said cryptographic key from said biometric data and that uses said cryptographic key to decrypt said user-specific data for use with said software service, wherein the biometric data is used to look up the cryptographic key in a database that associates cryptographic keys with said clusters of biometric data, and wherein, if multiple clusters in the database match the biometric data , the cryptographic keys corresponding to said multiple matching clusters are applied one-by-one to said user-encrypted data until the correct key is found.