mhurhangee/patent-ind-claim-en huggingface dataset:
A method for requesting system information, the method performed by a user terminal, the method comprising: transmitting a request for at least one system information block group, each of which comprises one or more system information blocks, from the user terminal to a base station, wherein the one or more system information blocks are grouped according to a feature of the one or more system information blocks; and receiving one or more system information block groups from the base station, wherein the one or more system information block groups comprise the at least one system information block group, the method characterised in that the transmission of the request comprises transmitting a preamble for indicating the at least one system information block group. transmitting a request for at least one system information block group, each of which comprises one or more system information blocks, from the user terminal to a base station, wherein the one or more system information blocks are grouped according to a feature of the one or more system information blocks; and receiving one or more system information block groups from the base station, wherein the one or more system information block groups comprise the at least one system information block group, the method characterised in that the transmission of the request comprises transmitting a preamble for indicating the at least one system information block group.
An occlusive device for medical treatment of a lumen, comprising: a three-dimensional structure formed from a plurality of braided wires and being selectively detachable from a delivery device comprising a delivery pusher and a catheter ; wherein the three-dimensional structure is configured to have a linear compressed shape within the delivery device, and wherein the three-dimensional structure is configured to have an expanded state that expands away from an axis of a distal end of the delivery device in a longitudinally angled and an axially offset manner when not contained within the delivery device; wherein the occlusive device comprises a tether connected at a distal end of the three-dimensional structure; characterised in that the tether is connected at a proximal end of the three-dimensional structure, the tether being configured to maintain tension on one side of the three-dimensional structure during its expansion and to allow full expansion on the opposite side so as to cause the three-dimensional structure to curve in the direction of the tether. a three-dimensional structure formed from a plurality of braided wires and being selectively detachable from a delivery device comprising a delivery pusher and a catheter ; wherein the three-dimensional structure is configured to have a linear compressed shape within the delivery device, and wherein the three-dimensional structure is configured to have an expanded state that expands away from an axis of a distal end of the delivery device in a longitudinally angled and an axially offset manner when not contained within the delivery device; wherein the occlusive device comprises a tether connected at a distal end of the three-dimensional structure; characterised in that the tether is connected at a proximal end of the three-dimensional structure, the tether being configured to maintain tension on one side of the three-dimensional structure during its expansion and to allow full expansion on the opposite side so as to cause the three-dimensional structure to curve in the direction of the tether.
A system for a gas turbine engine , the system characterized by : a plurality of bleeds of the gas turbine engine, wherein the plurality of bleeds include a plurality of valves configured to be selectively opened to control operational performance of the gas turbine engine; and a control system configured to: check one or more activation conditions of a dirt rejection mode in the gas turbine engine ; adjust a bleed control schedule of the gas turbine engine to extend a time to hold the plurality of bleeds of the gas turbine engine partially open at a power setting above a threshold based on the one or more activation conditions ; check one or more deactivation conditions of the dirt rejection mode in the gas turbine engine ; and deactivate the dirt rejection mode to restore the bleed control schedule of the gas turbine engine and fully close the plurality of bleeds based on the one or more deactivation conditions . a plurality of bleeds of the gas turbine engine, wherein the plurality of bleeds include a plurality of valves configured to be selectively opened to control operational performance of the gas turbine engine; and a control system configured to: check one or more activation conditions of a dirt rejection mode in the gas turbine engine ; adjust a bleed control schedule of the gas turbine engine to extend a time to hold the plurality of bleeds of the gas turbine engine partially open at a power setting above a threshold based on the one or more activation conditions ; check one or more deactivation conditions of the dirt rejection mode in the gas turbine engine ; and deactivate the dirt rejection mode to restore the bleed control schedule of the gas turbine engine and fully close the plurality of bleeds based on the one or more deactivation conditions . check one or more activation conditions of a dirt rejection mode in the gas turbine engine ; adjust a bleed control schedule of the gas turbine engine to extend a time to hold the plurality of bleeds of the gas turbine engine partially open at a power setting above a threshold based on the one or more activation conditions ; check one or more deactivation conditions of the dirt rejection mode in the gas turbine engine ; and deactivate the dirt rejection mode to restore the bleed control schedule of the gas turbine engine and fully close the plurality of bleeds based on the one or more deactivation conditions .
A trough bridge, in particular a railway bridge, having abutments and at least one trough-shaped superstructure, - which is suitable for accommodating a carriageway, - which comprises at least two trough walls which run in the longitudinal direction of the bridge and between which there is a carriageway deck which comprises a thick metal plate, characterised in that the trough walls together with the abutments form a monolithic composite frame consisting of reinforced concrete. - which is suitable for accommodating a carriageway, - which comprises at least two trough walls which run in the longitudinal direction of the bridge and between which there is a carriageway deck which comprises a thick metal plate,
A mobile communications device comprising a radio processing circuit and a baseband processing circuit adapted to interact with the radio processing circuit, the mobile communications device configured to: receive a page; obtain message identification information attaining a core network domain identifying a type of message indicated by the received page as packet switched PS-data and non-PS-data; process the obtained message identification information; and control an ongoing network connection resulting from the processed message identification information. receive a page; obtain message identification information attaining a core network domain identifying a type of message indicated by the received page as packet switched PS-data and non-PS-data; process the obtained message identification information; and control an ongoing network connection resulting from the processed message identification information.
A compound for use in a method of shortening time to alleviation of influenza symptoms, wherein the compound is administered orally in a dose of 10 to 80 mg/day for an adult, and wherein the compound has the following formula: or its pharmaceutically acceptable salt.
A steam turbine drain structure comprising: a drain pocket (21; 21A) defined by part of a stationary assembly (3; 3A) accommodating a rotary assembly , the drain pocket (21; 21A) extending in a circumferential direction; and at least one drain hole (24; 24A) provided in a lower side portion of the stationary assembly (3; 3A) so as to communicate with a lower side of the drain pocket (21; 21A), characterized in that the steam turbine drain structure comprises: a drain pan (26; 26A) arranged below an exit of the at least one drain hole (24; 24A), the drain pan (26; 26A) being configured to collect drain water discharged from the at least one drain hole (24; 24A); and a connection pipe one end of which is connected to a bottom portion of the drain pan (26; 26A) and other end of which is connectable to piping laid outside a steam turbine (1; 1A). a drain pocket (21; 21A) defined by part of a stationary assembly (3; 3A) accommodating a rotary assembly , the drain pocket (21; 21A) extending in a circumferential direction; and at least one drain hole (24; 24A) provided in a lower side portion of the stationary assembly (3; 3A) so as to communicate with a lower side of the drain pocket (21; 21A), characterized in that the steam turbine drain structure comprises: a drain pan (26; 26A) arranged below an exit of the at least one drain hole (24; 24A), the drain pan (26; 26A) being configured to collect drain water discharged from the at least one drain hole (24; 24A); and a connection pipe one end of which is connected to a bottom portion of the drain pan (26; 26A) and other end of which is connectable to piping laid outside a steam turbine (1; 1A). a drain pan (26; 26A) arranged below an exit of the at least one drain hole (24; 24A), the drain pan (26; 26A) being configured to collect drain water discharged from the at least one drain hole (24; 24A); and a connection pipe one end of which is connected to a bottom portion of the drain pan (26; 26A) and other end of which is connectable to piping laid outside a steam turbine (1; 1A).
A method for prioritizing critical data object storage during backup operations, comprising: identifying a first data object queue comprising a first set of data objects awaiting consolidation, wherein the first set of data objects is arranged according to a first queueing scheme; mapping , respectively, the first set of data objects to a first set of data points in a coordinate space; identifying a first set of data point pairs from the first set of data points; calculating a distance between each data point pair of the first set of data point pairs, to obtain a first set of distances; sorting the first set of data objects based at least on the first set of distances, wherein the first set of data objects become arranged according to a second queueing scheme; and consolidating the first set of data objects in order of the second queueing scheme at a backup storage system , wherein the second queuing scheme prioritizes consolidation of critical data objects first identifying a first data object queue comprising a first set of data objects awaiting consolidation, wherein the first set of data objects is arranged according to a first queueing scheme; mapping , respectively, the first set of data objects to a first set of data points in a coordinate space; identifying a first set of data point pairs from the first set of data points; calculating a distance between each data point pair of the first set of data point pairs, to obtain a first set of distances; sorting the first set of data objects based at least on the first set of distances, wherein the first set of data objects become arranged according to a second queueing scheme; and consolidating the first set of data objects in order of the second queueing scheme at a backup storage system ,
Watch case comprising a middle and a control device for a clockwork mechanism comprising a pushbutton that is arranged through a suitable opening of said middle and is intended to act on a control lever of the clockwork mechanism in response to an action of a user, said control device comprising an intermediate rocker that is intended to be interposed between said pushbutton and the control lever of the clockwork mechanism, said intermediate rocker being arranged so as to have a rotary movement about an axis X1 and comprising an actuation finger that is intended to act on the control lever of the clockwork mechanism in response to the action of the user, said intermediate rocker having a contact surface which is arranged facing said pushbutton and on which the latter exerts a pressure in response to the action of the user, said contact surface being located between said axis of rotation X1 and said actuation finger , said control device comprising an external control member that is arranged to act on said pushbutton in response to the action of the user, said external control member comprising an external control lever that is mounted so as to be able to pivot on said middle about an axis of rotation X2, and having a grip surface that is intended to receive the pressure from the user, said grip surface and said axis of rotation X2 being respectively located on either side of an actuation surface of said external control lever arranged facing said pushbutton so as to act thereon in response to the action of the user, said grip surface being arranged so as to effect a lever arm the purpose of which is to increase the force applied to said pushbutton compared to the force exerted by the user on said external control lever , said control device comprising at least one return spring arranged between said middle and said external control lever . said intermediate rocker having a contact surface which is arranged facing said pushbutton and on which the latter exerts a pressure in response to the action of the user, said contact surface being located between said axis of rotation X1 and said actuation finger , said control device comprising an external control member that is arranged to act on said pushbutton in response to the action of the user, said external control member comprising an external control lever that is mounted so as to be able to pivot on said middle about an axis of rotation X2, and having a grip surface that is intended to receive the pressure from the user, said grip surface and said axis of rotation X2 being respectively located on either side of an actuation surface of said external control lever arranged facing said pushbutton so as to act thereon in response to the action of the user, said grip surface being arranged so as to effect a lever arm the purpose of which is to increase the force applied to said pushbutton compared to the force exerted by the user on said external control lever , said control device comprising at least one return spring arranged between said middle and said external control lever .
A method comprising: aligning a collimator and a plurality of radiation detectors of an image sensor by: moving the radiation detectors along a first direction ; moving the collimator along a second direction perpendicular to the first direction; rotating the collimator about an axis perpendicular to the first direction and the second direction; wherein the plurality of radiation detectors are configured to capture images of portions of a scene at different image capturing positions, respectively, and to form an image of the scene by stitching the images of the portions; and characterized in that : the second direction is in a plane in which the radiation detectors are arranged. aligning a collimator and a plurality of radiation detectors of an image sensor by: moving the radiation detectors along a first direction ; moving the collimator along a second direction perpendicular to the first direction; rotating the collimator about an axis perpendicular to the first direction and the second direction; moving the radiation detectors along a first direction ; moving the collimator along a second direction perpendicular to the first direction; rotating the collimator about an axis perpendicular to the first direction and the second direction; wherein the plurality of radiation detectors are configured to capture images of portions of a scene at different image capturing positions, respectively, and to form an image of the scene by stitching the images of the portions; and characterized in that : the second direction is in a plane in which the radiation detectors are arranged.
An air conditioner comprising: a compressor ; a flow switching part disposed at an outlet-side of the compressor to switch a flow direction of refrigerant according to a cooling or heating operation; an outdoor heat exchanger ; an expansion valve ; a first inlet/outlet tube extending from the flow switching part to the outdoor heat exchanger ; and a second inlet/outlet tube extending from the outdoor heat exchanger to the expansion valve , the outdoor heat exchanger comprises: a plurality of refrigerant tubes for guiding the refrigerant to be heat exchanged with outdoor air; and a header defining a flow space for the refrigerant, the header comprising an upper header and a lower header ; characterized by a bypass tube extending from the lower header to an outlet side of the outdoor heat exchanger , and being configured to guide a discharge of a liquid refrigerant existing in the lower header to the outlet side of the outdoor heat exchanger , and to bypass a liquid refrigerant collected in the lower header toward the second inlet/outlet tube when the cooling operation is performed. a compressor ; a flow switching part disposed at an outlet-side of the compressor to switch a flow direction of refrigerant according to a cooling or heating operation; an outdoor heat exchanger ; an expansion valve ; a first inlet/outlet tube extending from the flow switching part to the outdoor heat exchanger ; and a second inlet/outlet tube extending from the outdoor heat exchanger to the expansion valve , the outdoor heat exchanger comprises: a plurality of refrigerant tubes for guiding the refrigerant to be heat exchanged with outdoor air; and a header defining a flow space for the refrigerant, the header comprising an upper header and a lower header ; characterized by a bypass tube extending from the lower header to an outlet side of the outdoor heat exchanger , and being configured to guide a discharge of a liquid refrigerant existing in the lower header to the outlet side of the outdoor heat exchanger , and to bypass a liquid refrigerant collected in the lower header toward the second inlet/outlet tube when the cooling operation is performed. a plurality of refrigerant tubes for guiding the refrigerant to be heat exchanged with outdoor air; and a header defining a flow space for the refrigerant, the header comprising an upper header and a lower header ; characterized by a bypass tube extending from the lower header to an outlet side of the outdoor heat exchanger , and being configured to guide a discharge of a liquid refrigerant existing in the lower header to the outlet side of the outdoor heat exchanger , and to bypass a liquid refrigerant collected in the lower header toward the second inlet/outlet tube when the cooling operation is performed. to guide a discharge of a liquid refrigerant existing in the lower header to the outlet side of the outdoor heat exchanger , and to bypass a liquid refrigerant collected in the lower header toward the second inlet/outlet tube when the cooling operation is performed.
A central processing apparatus (SV) for use in a subject observation system (MS) for observing a subject as a watching target (Ob), the system including a sensor unit (SU) for inspecting the subject, the central processing apparatus communicatively connected with the sensor unit for administrating observational information about the subject in connection with a received inspection result from the sensor unit, and a plurality of terminal devices (SP,TA) communicatively connected with the central processing apparatus to receive and display the observational information, the central processing apparatus comprising: a communicator configured to perform a communication; a destination terminal group information storage configured to store an associative relationship between the sensor unit and a first group composed of a plurality of terminal devices that are first destinations to which the observational information about the subject in connection with the received inspection result from the sensor unit is sent; and a coordinating processor configured to cause the communicator to send, when the communicator receives from a first terminal device (TA-1) a first acceptance notification signal (C3) having been sent to notify the central processing apparatus (SV) that a predetermined operation to the sensor unit (SU) is accepted by the first terminal device (TA-1), to a second terminal device (TA-2) a second acceptance notification signal (C5) indicating that the predetermined operation is accepted by the first terminal device (TA-1), the second terminal device (TA-2) belonging to the first group (Gr1) to which the first terminal device (TA-1) belongs and distinct from the first terminal device (TA-1). a communicator configured to perform a communication; a destination terminal group information storage configured to store an associative relationship between the sensor unit and a first group composed of a plurality of terminal devices that are first destinations to which the observational information about the subject in connection with the received inspection result from the sensor unit is sent; and a coordinating processor configured to cause the communicator to send, when the communicator receives from a first terminal device (TA-1) a first acceptance notification signal (C3) having been sent to notify the central processing apparatus (SV) that a predetermined operation to the sensor unit (SU) is accepted by the first terminal device (TA-1), to a second terminal device (TA-2) a second acceptance notification signal (C5) indicating that the predetermined operation is accepted by the first terminal device (TA-1), the second terminal device (TA-2) belonging to the first group (Gr1) to which the first terminal device (TA-1) belongs and distinct from the first terminal device (TA-1).