mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing device comprising: a transmissive display unit configured to display a display object in a display region of the transmissive display unit ; a notification control unit (130; 330) configured to detect occurrence of cutting-off and notify a user of the occurrence of cutting-off in the display region , wherein cutting-off occurs when a whole of a display object of which at least a partial region is displayed is not contained in the display region ; and a notification method determination unit configured to determine a notification method for the occurrence of the cutting-off on a basis of information regarding the user, wherein the information regarding the user includes at least one of behavior information indicating a behavior of the user, motion information indicating a motion of the user, biological information, and gazing information. a transmissive display unit configured to display a display object in a display region of the transmissive display unit ; a notification control unit (130; 330) configured to detect occurrence of cutting-off and notify a user of the occurrence of cutting-off in the display region , wherein cutting-off occurs when a whole of a display object of which at least a partial region is displayed is not contained in the display region ; and a notification method determination unit configured to determine a notification method for the occurrence of the cutting-off on a basis of information regarding the user, wherein the information regarding the user includes at least one of behavior information indicating a behavior of the user, motion information indicating a motion of the user, biological information, and gazing information.
A braking system for an aircraft, comprising: a brake assembly (118; 218); a hydraulic braking subsystem having a hydraulic brake actuator configured to operate the brake assembly (118; 218); an electric braking subsystem having an electric brake actuator configured to operate the brake assembly (118; 218); characterised by a hydraulic brake control unit configured to operate the hydraulic braking subsystem ; and an electric brake control unit configured to operate the electric braking subsystem , the electric brake control unit in operable communication with the hydraulic brake control unit , wherein the braking system is configured to: determine a primary braking system for a prior flight cycle; and activate the electric braking subsystem to be the primary braking system for a current flight cycle in response to determining the hydraulic braking subsystem was the primary braking system for the prior flight cycle. a brake assembly (118; 218); a hydraulic braking subsystem having a hydraulic brake actuator configured to operate the brake assembly (118; 218); an electric braking subsystem having an electric brake actuator configured to operate the brake assembly (118; 218); characterised by a hydraulic brake control unit configured to operate the hydraulic braking subsystem ; and an electric brake control unit configured to operate the electric braking subsystem , the electric brake control unit in operable communication with the hydraulic brake control unit , wherein the braking system is configured to: determine a primary braking system for a prior flight cycle; and activate the electric braking subsystem to be the primary braking system for a current flight cycle in response to determining the hydraulic braking subsystem was the primary braking system for the prior flight cycle. determine a primary braking system for a prior flight cycle; and activate the electric braking subsystem to be the primary braking system for a current flight cycle in response to determining the hydraulic braking subsystem was the primary braking system for the prior flight cycle.
A terminal having dual-receive single-transmit capability , comprising: a first communications module , configured to: enable the terminal to attach to a first network as an identity of a first user, and maintain a wireless connection to a first cell in the first network ; a second communications module , configured to: enable the terminal to attach to a second network as an identity of a second user, and camp on a second cell in the second network ; a sending module , configured to send a first request message to the first cell, wherein the first request message is used to request to release the wireless connection between the first user and the first cell; and a receiving module , configured to receive a response message from the first cell, wherein the response message is used to respond to the first request message; wherein the sending module is further configured to send a second request message to the second cell, wherein the second request message is used to request to establish a wireless connection between the second user and the second cell; wherein the first user is in a connected state in the first cell ; characterized in that the response message comprises first state indication information, and the first state indication information indicates an inactive state, a light connection state, or an idle state to which the first user is to switch; and the first communications module is further configured to enable the first user to switch to the state indicated by the first state indication information in the first network . a first communications module , configured to: enable the terminal to attach to a first network as an identity of a first user, and maintain a wireless connection to a first cell in the first network ; a second communications module , configured to: enable the terminal to attach to a second network as an identity of a second user, and camp on a second cell in the second network ; a sending module , configured to send a first request message to the first cell, wherein the first request message is used to request to release the wireless connection between the first user and the first cell; and a receiving module , configured to receive a response message from the first cell, wherein the response message is used to respond to the first request message; wherein the sending module is further configured to send a second request message to the second cell, wherein the second request message is used to request to establish a wireless connection between the second user and the second cell; wherein the first user is in a connected state in the first cell ; characterized in that the response message comprises first state indication information, and the first state indication information indicates an inactive state, a light connection state, or an idle state to which the first user is to switch; and the first communications module is further configured to enable the first user to switch to the state indicated by the first state indication information in the first network .
A machine-readable storage medium storing executable program instructions which when executed by a data processing system cause the data processing system to perform a method comprising: receiving, by a graphic engine , an instruction from a layout engine to draw a glyph of a font; retrieving a set of glyph metrics of a glyph and an empty vector list associated with the glyph from a font file , the font file being stored in a computer-readable storage medium; causing the graphic engine to set aside a blank region at a predetermined location on a printing medium based on the empty vector list, the blank region corresponding to the empty vector list; retrieving graphic image data of the glyph from the font file ; and causing the graphic engine to draw an image of the glyph in the blank region on the printing medium according to the graphic image data. receiving, by a graphic engine , an instruction from a layout engine to draw a glyph of a font; retrieving a set of glyph metrics of a glyph and an empty vector list associated with the glyph from a font file , the font file being stored in a computer-readable storage medium; causing the graphic engine to set aside a blank region at a predetermined location on a printing medium based on the empty vector list, the blank region corresponding to the empty vector list; retrieving graphic image data of the glyph from the font file ; and causing the graphic engine to draw an image of the glyph in the blank region on the printing medium according to the graphic image data.
A gastrointestinal device for implanting within a pylorus , a duodenal bulb, and a duodenum of a patient's gastrointestinal tract, the implant comprising: an expandable structure including a proximal portion having a first coil compression spring and a distal portion having a second coil compression spring, the proximal and distal portions coupled by a central cylinder having a diameter capable of fitting within the pylorus and having a length greater than a width of the pylorus ; a membrane coupled to and covering at least a portion of one of the proximal portion and the distal portion of the expandable structure ; and an intestinal bypass sleeve coupled to at least one of the proximal and distal portions of the expandable structure and having a length sufficient to extend at least partially into the duodenum , the intestinal bypass sleeve including a lumen configured to allow stomach contents to pass therethrough when implanted; wherein, in an expanded configuration, the proximal portion has a diameter larger than a maximum opening diameter of the pylorus and further wherein, in the expanded configuration, the distal portion has a diameter larger than a maximum opening diameter of the pylorus . an expandable structure including a proximal portion having a first coil compression spring and a distal portion having a second coil compression spring, the proximal and distal portions coupled by a central cylinder having a diameter capable of fitting within the pylorus and having a length greater than a width of the pylorus ; a membrane coupled to and covering at least a portion of one of the proximal portion and the distal portion of the expandable structure ; and an intestinal bypass sleeve coupled to at least one of the proximal and distal portions of the expandable structure and having a length sufficient to extend at least partially into the duodenum , the intestinal bypass sleeve including a lumen configured to allow stomach contents to pass therethrough when implanted; wherein, in an expanded configuration, the proximal portion has a diameter larger than a maximum opening diameter of the pylorus and further wherein, in the expanded configuration, the distal portion has a diameter larger than a maximum opening diameter of the pylorus .
A reservoir structure for a bottom-up stereolithography device, the reservoir structure comprising: a reservoir having a lower opening; an aperture system comprising: a flexible membrane positioned within the reservoir and covering the lower opening; and a compliant release layer below the flexible membrane in the lower opening of the reservoir, the compliant release layer covering the lower opening and being separable from the flexible membrane; and a boundary seal positioned around a periphery of the flexible membrane, the boundary seal comprising one or more boundary seal components and immobilizing the periphery of the flexible membrane against the reservoir, wherein the compliant release layer has a durometer of about 30 OO to about 65 A, and the aperture system is transparent. a reservoir having a lower opening; an aperture system comprising: a flexible membrane positioned within the reservoir and covering the lower opening; and a compliant release layer below the flexible membrane in the lower opening of the reservoir, the compliant release layer covering the lower opening and being separable from the flexible membrane; and a flexible membrane positioned within the reservoir and covering the lower opening; and a compliant release layer below the flexible membrane in the lower opening of the reservoir, the compliant release layer covering the lower opening and being separable from the flexible membrane; and a boundary seal positioned around a periphery of the flexible membrane, the boundary seal comprising one or more boundary seal components and immobilizing the periphery of the flexible membrane against the reservoir, wherein the compliant release layer has a durometer of about 30 OO to about 65 A, and the aperture system is transparent.
Method for determining a central pulse wave velocity in a pregnant woman, the method comprising: - receiving an indication of an aortic length provided from a length measurement outside the body of the pregnant woman; - arranging a sound transducer , outside the body of the pregnant woman , at the position of the anatomical projection of the uterine artery; - identifying , from the measurement signals of the sound transducer, the opening of the maternal aortic valve as a first time, and the pulse wave arrival time at the uterine artery as a second time; - determining the central transit time based on the difference between the second time and the first time; and - calculating the central pulse wave velocity based on the length of the human aortic path and the central transit time. - receiving an indication of an aortic length provided from a length measurement outside the body of the pregnant woman; - arranging a sound transducer , outside the body of the pregnant woman , at the position of the anatomical projection of the uterine artery; - identifying , from the measurement signals of the sound transducer, the opening of the maternal aortic valve as a first time, and the pulse wave arrival time at the uterine artery as a second time; - determining the central transit time based on the difference between the second time and the first time; and - calculating the central pulse wave velocity based on the length of the human aortic path and the central transit time.
A data reception method, wherein the method comprises: receiving, by a data reception apparatus , a first transport block and a first identifier, wherein the first identifier is used to indicate whether to switch, from non-hybrid automatic repeat request, HARQ, transmission to HARQ transmission, a HARQ process in which the first transport block is located, the first identifier occupying one or more bits in the downlink control information, DCI, that are invalid when the HARQ process uses the non-HARQ transmission, receiving, by the data reception apparatus , a radio resource control RRC message, wherein the RRC message is used to indicate that the HARQ process uses the non-HARQ transmission, characterized in that after the data reception apparatus receives the RRC message, the method further comprises: setting, by the data reception apparatus , the HARQ process to the non-HARQ transmission after a preset periodicity starting from a moment at which the RRC message is received. receiving, by a data reception apparatus , a first transport block and a first identifier, wherein the first identifier is used to indicate whether to switch, from non-hybrid automatic repeat request, HARQ, transmission to HARQ transmission, a HARQ process in which the first transport block is located, the first identifier occupying one or more bits in the downlink control information, DCI, that are invalid when the HARQ process uses the non-HARQ transmission, receiving, by the data reception apparatus , a radio resource control RRC message, wherein the RRC message is used to indicate that the HARQ process uses the non-HARQ transmission, characterized in that after the data reception apparatus receives the RRC message, the method further comprises: setting, by the data reception apparatus , the HARQ process to the non-HARQ transmission after a preset periodicity starting from a moment at which the RRC message is received.
Method for cooking and/or reheating food contained in a cooking vessel of a hot air cooking appliance, which comprises the following steps: - continuously heating an outer wall of the cooking vessel with an electric heating element of the vessel , arranged facing the outer wall, in such a way as to create a flow of heat through the cooking vessel to heat and/or cook the food in the cooking vessel , characterised in that it comprises a step consisting of: - cooling the electric heating element of the vessel by temporarily creating an air flow with means of ventilation . - continuously heating an outer wall of the cooking vessel with an electric heating element of the vessel , arranged facing the outer wall, in such a way as to create a flow of heat through the cooking vessel to heat and/or cook the food in the cooking vessel , characterised in that it comprises a step consisting of: - cooling the electric heating element of the vessel by temporarily creating an air flow with means of ventilation . - cooling the electric heating element of the vessel by temporarily creating an air flow with means of ventilation .
A communication method applied to a mobile communication terminal, comprising: before obtaining remaining minimum system information, RMSI, transmitted by a network device, partitioning precoding resource block groups, PRGs, on an initial bandwidth part, BWP; and communicating with the network device on the initial bandwidth part; wherein the method is characterized in that the partitioning precoding resource block groups, PRGs, on an initial bandwidth part, BWP, comprises: after obtaining a synchronization signal and PBCH block, SSB, partitioning the PRGs on the initial bandwidth part from a third target position of RMSI control resource set, CORESET, signaled by the SSB, wherein the third target position is pre-agreed by the protocol. before obtaining remaining minimum system information, RMSI, transmitted by a network device, partitioning precoding resource block groups, PRGs, on an initial bandwidth part, BWP; and communicating with the network device on the initial bandwidth part; wherein the method is characterized in that the partitioning precoding resource block groups, PRGs, on an initial bandwidth part, BWP, comprises: after obtaining a synchronization signal and PBCH block, SSB, partitioning the PRGs on the initial bandwidth part from a third target position of RMSI control resource set, CORESET, signaled by the SSB, wherein the third target position is pre-agreed by the protocol.
A radiographic imaging apparatus , comprising: a total irradiation time acquisition unit is adapted to acquire a total irradiation time of radiation emitted to a subject in order to obtain one radiographic image; a divided irradiation time calculation unit is adapted to calculate a divided irradiation time, which is an irradiation time of radiation per imaging, by dividing the total irradiation time; and an imaging controller is adapted to obtain a plurality of time-division images by time-division imaging in which radiographic imaging is performed multiple times according to the divided irradiation time; characterized by a feature point recognition unit that is adapted to recognize feature points for each of the time-division images; a time-division image selection unit that is adapted to select some or all of the time-division images from the plurality of time-division images in which the amount of deviation of a feature point either from an average position of the feature points from the plurality of captured time-division images or from a feature point of a specific time-division image among the time division images as a reference is equal to or less than a predetermined threshold;and a composite image generation unit that is adapted to generate a composite image using the selected time-division images. a total irradiation time acquisition unit is adapted to acquire a total irradiation time of radiation emitted to a subject in order to obtain one radiographic image; a divided irradiation time calculation unit is adapted to calculate a divided irradiation time, which is an irradiation time of radiation per imaging, by dividing the total irradiation time; and an imaging controller is adapted to obtain a plurality of time-division images by time-division imaging in which radiographic imaging is performed multiple times according to the divided irradiation time;
An earphone comprising: a speaker unit configured to electroacoustically transduce an audio signal into a sound wave; and a housing configured to define first and second acoustic spaces on one and the other sides of a diaphragm of the speaker unit , the speaker unit being attached to an inside of the housing , wherein the housing includes a nozzle portion forming a first acoustic path communicating with the first acoustic space to guide the sound wave to an ear canal of a user, and a leak port portion forming a second acoustic path communicating with the second acoustic space to guide the sound wave to an external space, and the leak port portion includes a tubular member forming the second acoustic path and exhibiting flexibility, and a fixing portion configured to fix, without bending of the tubular member , the tubular member along an inner wall portion; characterized in that the fixing portion is further configured to fix the tubular member along an outer wall portion of the housing forming the second acoustic space , and in that the fixing portion of the leak port portion includes a groove provided at the inner wall portion of the housing forming the second acoustic space and configured to house the tubular member . a speaker unit configured to electroacoustically transduce an audio signal into a sound wave; and a housing configured to define first and second acoustic spaces on one and the other sides of a diaphragm of the speaker unit , the speaker unit being attached to an inside of the housing , wherein the housing includes a nozzle portion forming a first acoustic path communicating with the first acoustic space to guide the sound wave to an ear canal of a user, and a leak port portion forming a second acoustic path communicating with the second acoustic space to guide the sound wave to an external space, and the leak port portion includes a tubular member forming the second acoustic path and exhibiting flexibility, and a fixing portion configured to fix, without bending of the tubular member , the tubular member along an inner wall portion; characterized in that the fixing portion is further configured to fix the tubular member along an outer wall portion of the housing forming the second acoustic space , and in that the fixing portion of the leak port portion includes a groove provided at the inner wall portion of the housing forming the second acoustic space and configured to house the tubular member .
A device for monitoring a hazardous area of a machine or installation, having a sensor unit with at least one transmitter emitting beams and a receiver receiving beams for monitoring a protective field and for detecting an object in at least one first protective area of the protective field , having an evaluation unit in which, when an object is detected the protective field , a switch-off command for the machine or installation is generated as a safety function, the protective field having a second protective area which is monitored by assigned beams or additional beams of the transmitter and wherein an intrusion of a safety-critical object into the second protective area is detected by the sensor unit and the evaluation unit and a shutdown command for the machine or installation is generated, wherein the safety function of the sensor unit with respect to the first protective area can be bridged by a bridging unit , if a non-safety-critical object enters the first protected area , and characterised in that the safety function cannot be bypassed in the second protected area , and in that the bypassing of the first protected area is cancelled if an intrusion of an object is detected in the second protected area .