mhurhangee/patent-ind-claim-en huggingface dataset:
A method for detecting phishing resources through collection of URL links, the method executable by a web server , the method comprising: - receiving, by the web server , a query for obtaining a web resource hosted by the web server , wherein the web resource is a file such as an image, a script, a web page, a Java applet, a CSS file, a text file, an XML file, a PHP file, an HTML file, an HTMLs file, an ASP file, an ASPX file, a web document, or an executable code for a computing device, wherein the method comprises further steps: - extracting, by the web server , a URL link pointing to a query source from a query's "Referer" field; - generating, by the web server , a plurality of converted URL links, each converted URL link pointing to a different web resource located on the same host as the query source, based on the extracted link; and - sending the plurality of converted URL links for a phishing analysis, wherein the step of the generating each of the plurality of converted URL links further comprises: - determining a path contained in the URL link; and - adding a file name with an extension corresponding to a determined operating system installed on the host of the query source. - receiving, by the web server , a query for obtaining a web resource hosted by the web server , wherein the web resource is a file such as an image, a script, a web page, a Java applet, a CSS file, a text file, an XML file, a PHP file, an HTML file, an HTMLs file, an ASP file, an ASPX file, a web document, or an executable code for a computing device, wherein the method comprises further steps: - extracting, by the web server , a URL link pointing to a query source from a query's "Referer" field; - generating, by the web server , a plurality of converted URL links, each converted URL link pointing to a different web resource located on the same host as the query source, based on the extracted link; and - sending the plurality of converted URL links for a phishing analysis, wherein the step of the generating each of the plurality of converted URL links further comprises: - determining a path contained in the URL link; and - adding a file name with an extension corresponding to a determined operating system installed on the host of the query source. - extracting, by the web server , a URL link pointing to a query source from a query's "Referer" field; - generating, by the web server , a plurality of converted URL links, each converted URL link pointing to a different web resource located on the same host as the query source, based on the extracted link; and - sending the plurality of converted URL links for a phishing analysis, wherein the step of the generating each of the plurality of converted URL links further comprises: - determining a path contained in the URL link; and - adding a file name with an extension corresponding to a determined operating system installed on the host of the query source. - determining a path contained in the URL link; and - adding a file name with an extension corresponding to a determined operating system installed on the host of the query source.
A brake pad comprising a layer of friction material integrally moulded with a backing plate , wherein the backing plate comprises an electroconductive member , which electroconductive member comprises an electroconductive planar plate , moulded at least partly within a plate of a fibre-reinforced polymer resin , the electroconductive member extending along a plate direction, the backing plate having a front surface forming an interface with a rear surface of the layer of friction material, wherein the electroconductive member is profiled in a thickness direction of the backing plate to provide at least one projection extending towards the interface or into the layer of friction material and arranged to function as a wear indicator for the brake pad, wherein the at least one projection comprises at least one deformed portion extending from the planar plate towards the interface or into the layer of friction material, the deformed portion being formed by punching a hole in the planar plate to form a punched extension extending from the planar plate towards the interface or into the layer of friction material, the deformed portion functioning to enhance a bond between the electroconductive member and the plate of fibre-reinforced polymer resin, and wherein the planar plate has an array of integral extending portions extending from the planar plate into the plate of fibre-reinforced polymer resin to affix together the electroconductive member and the plate of fibre-reinforced polymer resin, the extending portions being formed by punching respective holes in the planar plate.
An apparatus, comprising means for: receiving, at a user equipment from a network node, a multi-numerology j oint reference signal, wherein the multi-numerology joint reference signal comprises a reference signal for data channel demodulation or channel state information acquisition with a second numerology, and a reference signal for beamforming training with a first numerology, wherein the first and second numerology have different subcarrier spacings; receiving, at the user equipment from the network node, an indication that the first numerology in the multi-numerology joint reference signal is intended for beamforming training, and the second numerology in the multi-numerology joint reference signal is intended for channel estimation or channel state information acquisition; and performing simultaneous beamforming training and channel estimation or channel state information acquisition based on the multi-numerology joint reference signal. receiving, at a user equipment from a network node, a multi-numerology j oint reference signal, wherein the multi-numerology joint reference signal comprises a reference signal for data channel demodulation or channel state information acquisition with a second numerology, and a reference signal for beamforming training with a first numerology, wherein the first and second numerology have different subcarrier spacings; receiving, at the user equipment from the network node, an indication that the first numerology in the multi-numerology joint reference signal is intended for beamforming training, and the second numerology in the multi-numerology joint reference signal is intended for channel estimation or channel state information acquisition; and performing simultaneous beamforming training and channel estimation or channel state information acquisition based on the multi-numerology joint reference signal.
An adapter device for attachment to a main body device, the adapter device comprising: an attachment stage on which a fastening unit for fastening the adapter device to a main body device is provided on an attachment surface of the adapter device in advance facing the attachment surface of the main body device; a main body unit provided with a connector ; and a movement direction conversion unit configured to receive an operation force for producing a movement in an operation direction, convert the movement in an operation direction into an insertion and detachment direction of the connector that is perpendicular to the attachment surface , so as to move forward and backward the main body unit in the insertion and detachment direction of the connector with respect to the attachment stage in accordance with the operation force. an attachment stage on which a fastening unit for fastening the adapter device to a main body device is provided on an attachment surface of the adapter device in advance facing the attachment surface of the main body device; a main body unit provided with a connector ; and a movement direction conversion unit configured to receive an operation force for producing a movement in an operation direction, convert the movement in an operation direction into an insertion and detachment direction of the connector that is perpendicular to the attachment surface , so as to move forward and backward the main body unit in the insertion and detachment direction of the connector with respect to the attachment stage in accordance with the operation force.
A display apparatus, comprising: a main control circuit , configured to provide a first control signal; a touch display driving circuit , configured to provide a second control signal; a power supply circuit , coupled to the touch display driving circuit , and configured to provide a power supply voltage to the touch display driving circuit ; and a logic circuit , coupled to the main control circuit , the touch display driving circuit , and the power supply circuit , and configured to continuously enable the power supply circuit in a first mode and intermittently enable the power supply circuit in a second mode, under a control of the first control signal and the second control signal, wherein the main control circuit is configured to provide a first control signal at a first level in the first mode, and provide a first control signal at a second level in the second mode; and the touch display driving circuit is configured to provide a second control signal at a third level in the first mode, and periodically provide a second control signal at a fourth level in the second mode; and wherein the logic circuit comprises an OR gate, wherein a first input end of the OR gate is coupled to the main control circuit to receive the first control signal, a second input end of the OR gate is coupled to the touch display driving circuit to receive the second control signal, and an output end of the OR gate is coupled to an enable end (EN) of the power supply circuit . a main control circuit , configured to provide a first control signal; a touch display driving circuit , configured to provide a second control signal; a power supply circuit , coupled to the touch display driving circuit , and configured to provide a power supply voltage to the touch display driving circuit ; and a logic circuit , coupled to the main control circuit , the touch display driving circuit , and the power supply circuit , and configured to continuously enable the power supply circuit in a first mode and intermittently enable the power supply circuit in a second mode, under a control of the first control signal and the second control signal, wherein the main control circuit is configured to provide a first control signal at a first level in the first mode, and provide a first control signal at a second level in the second mode; and the touch display driving circuit is configured to provide a second control signal at a third level in the first mode, and periodically provide a second control signal at a fourth level in the second mode; and wherein the logic circuit comprises an OR gate, wherein a first input end of the OR gate is coupled to the main control circuit to receive the first control signal, a second input end of the OR gate is coupled to the touch display driving circuit to receive the second control signal, and an output end of the OR gate is coupled to an enable end (EN) of the power supply circuit .
A method comprising: receiving task input associated with a task item from an application; identifying , using the task input and at least a user-specific model, at least one likely task list name for the task item, wherein the user-specific model comprises user-specific data, the user-specific data comprising existing user-specific task lists, associated task items, and task properties assigned to the associated task items; providing a suggested task list name from the at least one likely task list name to the application for display; receiving a task list name and the task item, the task list name being a selection of one of the suggested task list name, a new task list name, or a different task list name; assigning the task item to a task list associated with the task list name; and updating the user-specific model with the task item and the task list name; characterized in that the user-specific model is generated by a machine learning, neural network or artificial intelligence process that tokenizes the user-specific data and assigns each token a certain weight, said weight being based on a frequency of usage. receiving task input associated with a task item from an application; identifying , using the task input and at least a user-specific model, at least one likely task list name for the task item, wherein the user-specific model comprises user-specific data, the user-specific data comprising existing user-specific task lists, associated task items, and task properties assigned to the associated task items; providing a suggested task list name from the at least one likely task list name to the application for display; receiving a task list name and the task item, the task list name being a selection of one of the suggested task list name, a new task list name, or a different task list name; assigning the task item to a task list associated with the task list name; and updating the user-specific model with the task item and the task list name; characterized in that the user-specific model is generated by a machine learning, neural network or artificial intelligence process that tokenizes the user-specific data and assigns each token a certain weight, said weight being based on a frequency of usage.
A method comprising: receiving, at an online content management system from an uploading client computer , a blocklist for a content item, the blocklist identifying a list of block identifiers for a plurality of blocks for the content item, and a first block for the content item, the first block corresponding to a first block identifier in the blocklist; identifying, by the online content management system , a receiving client computer ; and prior to receipt by the online content management system of all blocks corresponding to the blocklist of block identifiers, transmitting, by the content management system , the blocklist and the first block to the receiving client computer ; wherein identifying a receiving client computer comprises identifying a client computer based on a namespace associated with the content item, the method further comprising: maintaining a namespace table storing associations between namespaces and client computers, wherein each namespace in the namespace table is assigned a namespace identifier; and obtaining a namespace identifier associated with the content item; wherein identifying the receiving client computer comprises identifying a client associated with the namespace using the namespace table and the namespace identifier. receiving, at an online content management system from an uploading client computer , a blocklist for a content item, the blocklist identifying a list of block identifiers for a plurality of blocks for the content item, and a first block for the content item, the first block corresponding to a first block identifier in the blocklist; identifying, by the online content management system , a receiving client computer ; and prior to receipt by the online content management system of all blocks corresponding to the blocklist of block identifiers, transmitting, by the content management system , the blocklist and the first block to the receiving client computer ; wherein identifying a receiving client computer comprises identifying a client computer based on a namespace associated with the content item, the method further comprising: maintaining a namespace table storing associations between namespaces and client computers, wherein each namespace in the namespace table is assigned a namespace identifier; and obtaining a namespace identifier associated with the content item; wherein identifying the receiving client computer comprises identifying a client associated with the namespace using the namespace table and the namespace identifier.
A circuit (12; 12'; 12") comprising: an input pair having a first input and a second input , the input pair configured to have either of a current transformer or a di/dt sensor connected thereto; a first output ; a second output ; a current transformer input circuit (30; 30") connected between the first input and the second input ; and a di/dt sensor input circuit (32; 32') connected between the first input and the second input ; wherein the current transformer input circuit (30; 30") is configured to receive output from a current transformer connected to the input pair , and output a signal representative of a current sensed thereby via the first output , wherein the di/dt sensor input circuit (32; 32') is configured to receive output from a di/dt sensor connected to the input pair , and output a signal representative of a current or time rate of change of a current sensed thereby via the second output ; and wherein the current transformer input circuit (30; 30") and the di/dt sensor input circuit (32; 32') are connected in a parallel arrangement. an input pair having a first input and a second input , the input pair configured to have either of a current transformer or a di/dt sensor connected thereto; a first output ; a second output ; a current transformer input circuit (30; 30") connected between the first input and the second input ; and a di/dt sensor input circuit (32; 32') connected between the first input and the second input ; wherein the current transformer input circuit (30; 30") is configured to receive output from a current transformer connected to the input pair , and output a signal representative of a current sensed thereby via the first output , receive output from a current transformer connected to the input pair , and output a signal representative of a current sensed thereby via the first output , wherein the di/dt sensor input circuit (32; 32') is configured to receive output from a di/dt sensor connected to the input pair , and output a signal representative of a current or time rate of change of a current sensed thereby via the second output ; and receive output from a di/dt sensor connected to the input pair , and output a signal representative of a current or time rate of change of a current sensed thereby via the second output ; and wherein the current transformer input circuit (30; 30") and the di/dt sensor input circuit (32; 32') are connected in a parallel arrangement.
An article processing apparatus configured to discharge an article to a downstream apparatus disposed downstream, the article processing apparatus comprising: a display ; a capturing unit configured to capture a picture including at least part of the downstream apparatus; and a controller configured to display, in a case where a processing operation of the article remains stopped in the article processing apparatus, on the display, the picture captured by the capturing unit, wherein the controller is configured to display, on the display, the picture captured by the capturing unit as a picture for adjustment of a positional relationship between the article processing apparatus and the downstream apparatus . a display ; a capturing unit configured to capture a picture including at least part of the downstream apparatus; and a controller configured to display, in a case where a processing operation of the article remains stopped in the article processing apparatus, on the display, the picture captured by the capturing unit, wherein the controller is configured to display, on the display, the picture captured by the capturing unit as a picture for adjustment of a positional relationship between the article processing apparatus and the downstream apparatus .
Optical cavity , comprising: - a set of elliptical mirrors (M 1 to M 6 ) intended to receive light radiation emitted by a light source (S), the light radiation exiting from the elliptical mirrors (M 1 to M 6 ) being intended to be received by a detector (D); - a first common focus (F 1 ) and a second common focus (F 2 ), which are shared by the set of elliptical mirrors (M 1 to M 6 ), the light source (S) being intended to be arranged at the first common focus (F 1 ), the detector (D) being intended to be arranged at the second common focus (F 2 ); - an outline, comprising a portion formed by all of the elliptical mirrors (M 1 to M 6 ) arranged consecutively, characterized in that the elliptical mirrors (M 1 to M 6 ) are arranged consecutively so as to form junctions, each junction extending along an axis (A 1 to A 5 ) passing through the first common focus (F 1 ). - a set of elliptical mirrors (M 1 to M 6 ) intended to receive light radiation emitted by a light source (S), the light radiation exiting from the elliptical mirrors (M 1 to M 6 ) being intended to be received by a detector (D); - a first common focus (F 1 ) and a second common focus (F 2 ), which are shared by the set of elliptical mirrors (M 1 to M 6 ), the light source (S) being intended to be arranged at the first common focus (F 1 ), the detector (D) being intended to be arranged at the second common focus (F 2 ); - an outline, comprising a portion formed by all of the elliptical mirrors (M 1 to M 6 ) arranged consecutively,
A turbine engine outer case ring assembly comprising: a substantially circular first main body comprising a plurality of first porous ceramic matrix composite (CMC) segments , each first segment including an outer mounting side and an inner gas path side ; and characterized by an external sealant layer covering a main gas-facing surface of the inner gas path side , the external sealant layer comprising at least one coating sufficient to prevent infiltration of working gas into pores of the main body . a substantially circular first main body comprising a plurality of first porous ceramic matrix composite (CMC) segments , each first segment including an outer mounting side and an inner gas path side ; and characterized by an external sealant layer covering a main gas-facing surface of the inner gas path side , the external sealant layer comprising at least one coating sufficient to prevent infiltration of working gas into pores of the main body .