mhurhangee/patent-ind-claim-en huggingface dataset:
A system , comprising: a catheter comprising an expandable distal end having multiple electrodes that are configured to be placed in contact with tissue in an organ and to apply ablative power to tissue; and a processor , which is configured to: during application of the ablative power, determine whether a physical contact between the electrodes and tissue meets a predefined contact quality; and if the physical contact of an electrode among the electrodes with the tissue does not meet the predefined contact quality, re-use the electrode for electrophysiological, EP, sensing. a catheter comprising an expandable distal end having multiple electrodes that are configured to be placed in contact with tissue in an organ and to apply ablative power to tissue; and a processor , which is configured to: during application of the ablative power, determine whether a physical contact between the electrodes and tissue meets a predefined contact quality; and if the physical contact of an electrode among the electrodes with the tissue does not meet the predefined contact quality, re-use the electrode for electrophysiological, EP, sensing. during application of the ablative power, determine whether a physical contact between the electrodes and tissue meets a predefined contact quality; and if the physical contact of an electrode among the electrodes with the tissue does not meet the predefined contact quality, re-use the electrode for electrophysiological, EP, sensing.
Safety device for a kite, with a loop which is releasably connectable to a trapeze hook and with a release mechanism which in a closed position locks an end portion of the loop , wherein in this closed position a retaining region of a pivot lever abuts the loop end portion, wherein the pivot lever is locked in the closed position by means of a grip sleeve guided in an axially adjustable manner on a(n) (elongated) main body , and wherein after displacement of the grip sleeve from a base position into an open position the pivot lever can be pivoted into a release position in which the loop end portion releases from the release mechanism so that the loop opens, characterised in that the pivot lever or a pivot lever portion is elastically pretensioned towards an operative position and is displaceably or moveably mounted against the pretension in such a way that an insertion path is formed for the loop end portion and the latter can, for reinsertion, be brought out of the release position into the closed position when the grip sleeve is in the base position.
A pharmaceutical composition for use in preventing, improving, inhibiting progression of, and/or treating genetic disease in which abnormal splicing contributes to the development or progression of the disease, wherein said composition contains a compound expressed by the following formula (I) or (I') or pharmaceutically acceptable salts thereof as an active ingredient: (where, in the formulas (I) and (I'), R 1 represents a benzyl group or a heteroarylmethyl group, R 2 represents a hydrogen atom, R 3 represents a hydrogen atom, and X represents a halogen atom. R 2 represents a hydrogen atom, R 3 represents a hydrogen atom, and X represents a halogen atom.
A cyclic hexapeptide comprising at least two alanine residues, comprising N-methylated residues at positions 1 and 6 and the sequence RGD wherein R is arginine residue (Arg), G is glycine residue (Gly), and D is aspartic acid (Asp) residue, wherein the cyclization is a head-to-tail cyclization.
A data processing method, wherein the method comprises: determining, by a first terminal device based on a parameter group, a first sequence comprising N elements, wherein the parameter group comprises a first parameter, a second parameter, and a cyclic shift value, the first sequence is obtained by performing cyclic shift on a second sequence based on the cyclic shift value, and the second sequence is determined based on the first parameter and the second parameter; and sending, by the first terminal device, a signal to a network device based on the first sequence, wherein an element in the second sequence satisfies: x u 1 , u 2 i = αe j 2 π u 1 i mod P 3 + u 2 i mod P P + φ ; or x u 1 , u 2 i = αe − j 2 π u 1 i mod P 3 + u 2 i mod P P + φ , wherein u 1 is the first parameter, wherein u 1 ∈ {1,2, ... , P - 1}; u 2 is the second parameter, wherein u 2 ∈ {0,1,2, ... , P - 1}; i is an index of the element in the second sequence, wherein a value of i ranges from 0 to N- 1; x u 1 , u 2 ( i ) is a value of the element whose index of the element is i in the second sequence; N is a length of the second sequence; j is a symbol of an imaginary number in a complex number; P and N satisfy any one of the following relationships: P is a minimum prime number greater than or equal to N, P is a maximum prime number less than or equal to N, P is a minimum prime number greater than 2 × N, or P is a maximum prime number less than 2 × N ; α is a non-zero complex number; and φ is a real number. determining, by a first terminal device based on a parameter group, a first sequence comprising N elements, wherein the parameter group comprises a first parameter, a second parameter, and a cyclic shift value, the first sequence is obtained by performing cyclic shift on a second sequence based on the cyclic shift value, and the second sequence is determined based on the first parameter and the second parameter; and sending, by the first terminal device, a signal to a network device based on the first sequence, wherein an element in the second sequence satisfies: x u 1 , u 2 i = αe j 2 π u 1 i mod P 3 + u 2 i mod P P + φ ; or x u 1 , u 2 i = αe − j 2 π u 1 i mod P 3 + u 2 i mod P P + φ , wherein u 1 is the first parameter, wherein u 1 ∈ {1,2, ... , P - 1}; u 2 is the second parameter, wherein u 2 ∈ {0,1,2, ... , P - 1}; i is an index of the element in the second sequence, wherein a value of i ranges from 0 to N- 1; x u 1 , u 2 ( i ) is a value of the element whose index of the element is i in the second sequence; N is a length of the second sequence; j is a symbol of an imaginary number in a complex number; P and N satisfy any one of the following relationships: P is a minimum prime number greater than or equal to N, P is a maximum prime number less than or equal to N, P is a minimum prime number greater than 2 × N, or P is a maximum prime number less than 2 × N ; α is a non-zero complex number; and φ is a real number.
A system comprising an input device and a display device , wherein the input device is configured to: receive a request for scanning; acquire a scan image of a target object through a scan area and positional data of the input device acquired from a position detecting unit included in the input device ; and transmit the scan image and the positional data to the display device , wherein the display device is configured to display a scan interface window including the scan image and a scan box corresponding to the scan area , wherein the scan box is used for indicating a current scan area, characterized in that the display device is further configured to: measure (S350) a movement velocity of the input device using the positional data of the input device ; compare (S360) the measured velocity of the input device with a threshold velocity; and change (S370) a color of the scan box if the movement velocity of the input device is greater than the threshold velocity. receive a request for scanning; acquire a scan image of a target object through a scan area and positional data of the input device acquired from a position detecting unit included in the input device ; and transmit the scan image and the positional data to the display device , measure (S350) a movement velocity of the input device using the positional data of the input device ; compare (S360) the measured velocity of the input device with a threshold velocity; and change (S370) a color of the scan box if the movement velocity of the input device is greater than the threshold velocity.
An apparatus , comprising: a master comprising a host controller , the host controller being configured to communicate with a plurality of slaves comprising a first slave (120-1) and a second slave (120-2) via a serial communication bus using at least a first and second master-slave address, in accordance with a serial communication protocol, wherein the host controller is configured to detect an interrupt request in accordance with the serial communication protocol and a request for a direct communication between the first slave and the second slave, on the serial communication bus, wherein the request for the direct communication does not include the at least first and second master-slave address. the host controller being configured to communicate with a plurality of slaves comprising a first slave (120-1) and a second slave (120-2) via a serial communication bus using at least a first and second master-slave address, in accordance with a serial communication protocol, wherein the host controller is configured to detect an interrupt request in accordance with the serial communication protocol and a request for a direct communication between the first slave and the second slave, on the serial communication bus, wherein the request for the direct communication does not include the at least first and second master-slave address.
A memory structure, comprising: a perpendicular magnetic tunnel junction (pMTJ) element disposed above a substrate ; a lateral strain-inducing material layer disposed on the pMTJ element; and an inter-layer dielectric (ILD) layer disposed laterally adjacent to both the pMTJ element and the lateral strain-inducing material layer, the ILD layer having an uppermost surface co-planar or substantially co-planar with an uppermost surface of the lateral strain-inducing material layer, characterized in that the tensile lateral strain-inducing material layer comprises a tantalum liner and copper fill material stack. a perpendicular magnetic tunnel junction (pMTJ) element disposed above a substrate ; a lateral strain-inducing material layer disposed on the pMTJ element; and an inter-layer dielectric (ILD) layer disposed laterally adjacent to both the pMTJ element and the lateral strain-inducing material layer, the ILD layer having an uppermost surface co-planar or substantially co-planar with an uppermost surface of the lateral strain-inducing material layer, characterized in that the tensile lateral strain-inducing material layer comprises a tantalum liner and copper fill material stack.
Electronic parking disc for a vehicle; where the parking disc comprises a front and a back ; where the front comprises a first display serving for indicating a time for initiating the parking; where the back comprises a second display serving for indicating the actual time (AT); where the back comprises one or more input means for setting the parking disc; where the parking disc comprises a movement-sensor , capable of sensing whether the parking disc is subject to movement or is stationary; where the parking disc comprises a data processor and an associated unit for data storage ; where the parking disc comprises an electronic clockwork ; where the data storage comprises a control system for controlling the function of the parking disc; where the parking disc comprises a battery for the supply of electrical voltage to the parts of the parking disc that requires a voltage supply; where the parking disc comprises one or more solar cells for the supply of electrical voltage to the parts of the parking disc that requires a voltage supply, characterized in that the parking disc is designed to, via the solar cells , detect whether sufficient ambient light is available to completely supply the parking disc with current from the solar cell/solar cells ; and that the parking disc is designed to on the basis of the detection to shift between being supplied from a battery or from the solar cell/solar cells .
A method of updating a satellite map program on an in-flight aircraft, the method comprising: obtaining geographic position data of a plurality of in-flight aircraft; detecting a plurality of satellite beams configured to provide wireless data connections to the plurality of in-flight aircraft based on the obtaining operation, each of the plurality of in-flight aircraft having a respective satellite map including a respective set of satellite map parameters for selecting a satellite beam of the plurality of satellite beams; outputting , at an in-flight connectivity ground station, an updated set of satellite beam connection parameters for a particular in-flight aircraft included in the plurality of in-flight aircraft, the particular in-flight aircraft being configured to connect an on-board modem to a selected satellite beam of the plurality of satellite beams according to satellite map parameters in an on-board satellite map program; and transmitting by the in-flight connectivity ground station, the updated set of satellite beam connection parameters to the particular in-flight aircraft to thereby update the set of satellite map parameters in the on-board satellite map program of the particular aircraft, the updated set of satellite map parameters including desirability values for the plurality of satellite beams, and the desirability values being based at least in part on a location of the particular in-flight aircraft. obtaining geographic position data of a plurality of in-flight aircraft; detecting a plurality of satellite beams configured to provide wireless data connections to the plurality of in-flight aircraft based on the obtaining operation, each of the plurality of in-flight aircraft having a respective satellite map including a respective set of satellite map parameters for selecting a satellite beam of the plurality of satellite beams; outputting , at an in-flight connectivity ground station, an updated set of satellite beam connection parameters for a particular in-flight aircraft included in the plurality of in-flight aircraft, the particular in-flight aircraft being configured to connect an on-board modem to a selected satellite beam of the plurality of satellite beams according to satellite map parameters in an on-board satellite map program; and transmitting by the in-flight connectivity ground station, the updated set of satellite beam connection parameters to the particular in-flight aircraft to thereby update the set of satellite map parameters in the on-board satellite map program of the particular aircraft, the updated set of satellite map parameters including desirability values for the plurality of satellite beams, and the desirability values being based at least in part on a location of the particular in-flight aircraft.
A system for mating equipment offshore on a floating hull, such as a spar buoy, without the use of a large offshore crane, the system comprising: a floating vessel having a pair of forks defining a slot ; a gimbal table positioned within the slot and connected to the vessel , the gimbal table defining an opening , wherein the gimbal table comprises: an outer table substantially U-shaped in plan view, the outer table being pivotably connected to the vessel ; and an inner table substantially U-shaped in plan view, the inner table fitting within the outer table and being pivotably connected to the outer table ; a locking collar mounted to the gimbal table ; and a mating member attached to a floating hull , wherein when the floating hull is positioned within the gimbal table opening , the locking collar is arranged and designed to releasably attach to the mating member to restrict relative vertical motion between the floating hull and the vessel while the gimbal table allows the floating vessel to roll and pitch without driving these motions into the floating hull . a floating vessel having a pair of forks defining a slot ; a gimbal table positioned within the slot and connected to the vessel , the gimbal table defining an opening , wherein the gimbal table comprises: an outer table substantially U-shaped in plan view, the outer table being pivotably connected to the vessel ; and an inner table substantially U-shaped in plan view, the inner table fitting within the outer table and being pivotably connected to the outer table ; an outer table substantially U-shaped in plan view, the outer table being pivotably connected to the vessel ; and an inner table substantially U-shaped in plan view, the inner table fitting within the outer table and being pivotably connected to the outer table ; a locking collar mounted to the gimbal table ; and a mating member attached to a floating hull , wherein when the floating hull is positioned within the gimbal table opening , the locking collar is arranged and designed to releasably attach to the mating member to restrict relative vertical motion between the floating hull and the vessel while the gimbal table allows the floating vessel to roll and pitch without driving these motions into the floating hull .
A program rewriting device for a construction machine that rewrites a program of an on-board controller mounted in the construction machine , characterized in that the program rewriting device comprises: - a mode determination section that determines whether the operation mode of the construction machine is a maintenance mode in which the program can be rewritten and the operation of an actuator is prevented, a preparation mode in which the rewriting of the program and the operation of the actuator are prevented, or a work mode in which the rewriting of the program is prevented and the operation of the actuator is permitted; - an urgency degree determination section that determines the degree of urgency for rewriting of an update program of the on-board controller ; and - a rewriting execution section that, at the time of rewriting the program of the on-board controller by using the update program, when the mode determination section has determined that the operation mode is the preparation mode and the urgency degree determination section has determined that the degree of urgency is high, rewrites the program of the on-board controller by using the update program by switching the operation mode to the maintenance mode. - a mode determination section that determines whether the operation mode of the construction machine is a maintenance mode in which the program can be rewritten and the operation of an actuator is prevented, a preparation mode in which the rewriting of the program and the operation of the actuator are prevented, or a work mode in which the rewriting of the program is prevented and the operation of the actuator is permitted; - an urgency degree determination section that determines the degree of urgency for rewriting of an update program of the on-board controller ; and - a rewriting execution section that, at the time of rewriting the program of the on-board controller by using the update program, when the mode determination section has determined that the operation mode is the preparation mode and the urgency degree determination section has determined that the degree of urgency is high, rewrites the program of the on-board controller by using the update program by switching the operation mode to the maintenance mode.
A system for extracting tissue from a patient's body, said system comprising: an elongate shaft assembly comprising an outer sleeve having a tissue-receiving window near a distal tip thereof and an inner sleeve having a lumen and a distal end ; wherein the distal end of the inner sleeve comprises a first polarity electrode with a distal electrode edge ; exposed surfaces of the outer sleeve comprise a second polarity electrode; and an RF source connectable to the first polarity electrode and the second polarity electrode; wherein the inner sleeve is accommodated within a lumen of the outer sleeve and can be advanced distally from a position proximal to the tissue-receiving window to a position past a distal end of the tissue-receiving window ; wherein the system is configured to operate in first and second electrosurgical modes; wherein the system is configured to operate in the first mode during the distal travel of inner sleeve across the tissue-receiving window ; wherein, in the first mode, the first polarity electrode acts as an active electrode to focus energy about the first polarity electrode for cutting tissue protruding through the tissue-receiving window and the entire exterior surface of the outer sleeve acts as the return electrode; wherein the system is configured to switch to the second mode when the inner sleeve entirely crosses the tissue-receiving window ; wherein, in the second mode, an exposed interior surface of the outer sleeve functions as an active electrode and the first polarity electrode acts as a return electrode. an elongate shaft assembly comprising an outer sleeve having a tissue-receiving window near a distal tip thereof and an inner sleeve having a lumen and a distal end ; wherein the distal end of the inner sleeve comprises a first polarity electrode with a distal electrode edge ; exposed surfaces of the outer sleeve comprise a second polarity electrode; and an RF source connectable to the first polarity electrode and the second polarity electrode; wherein the inner sleeve is accommodated within a lumen of the outer sleeve and can be advanced distally from a position proximal to the tissue-receiving window to a position past a distal end of the tissue-receiving window ; wherein the system is configured to operate in first and second electrosurgical modes; wherein the system is configured to operate in the first mode during the distal travel of inner sleeve across the tissue-receiving window ; wherein, in the first mode, the first polarity electrode acts as an active electrode to focus energy about the first polarity electrode for cutting tissue protruding through the tissue-receiving window and the entire exterior surface of the outer sleeve acts as the return electrode; wherein the system is configured to switch to the second mode when the inner sleeve entirely crosses the tissue-receiving window ; wherein, in the second mode, an exposed interior surface of the outer sleeve functions as an active electrode and the first polarity electrode acts as a return electrode.
An architecture comprising: a non-IP multimedia subsystem, non-IMS, user equipment, UE, ; and a web Real-Time Communication, WebRTC, client; wherein the non-IMS UE is arranged to send a register message, over a Gm interface to a Proxy-Call Session Control Function, P-CSCF, , for registering the non-IMS UE with an IP multimedia subsystem, IMS, core, wherein the non-IMS UE is further configured to attach to an IMS UE configured for IMS and register to the IMS core to establish an IMS session through the IMS UE. a non-IP multimedia subsystem, non-IMS, user equipment, UE, ; and a web Real-Time Communication, WebRTC, client; wherein the non-IMS UE is arranged to send a register message, over a Gm interface to a Proxy-Call Session Control Function, P-CSCF, , for registering the non-IMS UE with an IP multimedia subsystem, IMS, core, wherein the non-IMS UE is further configured to attach to an IMS UE configured for IMS and register to the IMS core to establish an IMS session through the IMS UE.