mhurhangee/ep-ind-claims huggingface dataset:
A microwave ablation system configured for use in luminal network, comprising: a microwave energy source; a microwave ablation catheter comprising a coaxial cable connected at its proximal end to a microwave energy source and at its distal end to a distal radiating section, the coaxial cable including inner and outer conductors (40,48) and a dielectric positioned therebetween, the inner conductor extending distally past the outer conductor and in sealed engagement with the distal radiating section; and a balun formed in part from a conductive material electrically connected to the outer conductor of the coaxial cable and extending along at least a portion of the coaxial cable, the conductive material having a braided configuration and covered by at least one insulative material; an extended working channel (90,190) configured to provide passage for the microwave ablation catheter; a locatable guide catheter, including a position sensor, positionable through the extended working channel and configured to navigate the extended working channel adjacent the target tissue; and a navigation system for guiding at least one of the microwave ablation catheter, extended working channel or the locatable guide through a luminal network following a predetermined pathway to the target tissue, wherein the predetermined pathway is generated based on computed tomographic data of the luminal network, and is displayed in a generated model of the luminal network, and wherein a location of the locatable guide is displayed based on position data from the position sensor. a microwave energy source; a microwave ablation catheter comprising a coaxial cable connected at its proximal end to a microwave energy source and at its distal end to a distal radiating section, the coaxial cable including inner and outer conductors (40,48) and a dielectric positioned therebetween, the inner conductor extending distally past the outer conductor and in sealed engagement with the distal radiating section; and a balun formed in part from a conductive material electrically connected to the outer conductor of the coaxial cable and extending along at least a portion of the coaxial cable, the conductive material having a braided configuration and covered by at least one insulative material; an extended working channel (90,190) configured to provide passage for the microwave ablation catheter; a locatable guide catheter, including a position sensor, positionable through the extended working channel and configured to navigate the extended working channel adjacent the target tissue; and a navigation system for guiding at least one of the microwave ablation catheter, extended working channel or the locatable guide through a luminal network following a predetermined pathway to the target tissue, wherein the predetermined pathway is generated based on computed tomographic data of the luminal network, and is displayed in a generated model of the luminal network, and wherein a location of the locatable guide is displayed based on position data from the position sensor.
An electronic apparatus, comprising: a wearable part movable to be worn on a user's body; a biometric information acquisition unit provided on the wearable part and configured to acquire biometric information of the user for user authentication; a detection unit (304, 306, 310) configured to detect movement of the wearable part, wherein the biometric information acquisition unit is configured to acquire the biometric information when the detection unit (304, 306, 310) detects that the wearable part is worn on the user's body; and a control unit configured to: bring the biometric information acquisition unit into an on state when the detection unit (304, 306, 310) detects that the wearable part is worn on the user's body, perform processing related to authentication based on the biometric information when the detection unit (304, 306, 310) detects that the wearable part is worn on the user's body, characterized in that the electronic apparatus is a watch-type apparatus, and the control unit is further configured to bring the biometric information acquisition unit into an off state when the authentication based on the biometric information succeeds. a wearable part movable to be worn on a user's body; a biometric information acquisition unit provided on the wearable part and configured to acquire biometric information of the user for user authentication; a detection unit (304, 306, 310) configured to detect movement of the wearable part, wherein the biometric information acquisition unit is configured to acquire the biometric information when the detection unit (304, 306, 310) detects that the wearable part is worn on the user's body; and a control unit configured to: bring the biometric information acquisition unit into an on state when the detection unit (304, 306, 310) detects that the wearable part is worn on the user's body, perform processing related to authentication based on the biometric information when the detection unit (304, 306, 310) detects that the wearable part is worn on the user's body, characterized in that the electronic apparatus is a watch-type apparatus, and the control unit is further configured to bring the biometric information acquisition unit into an off state when the authentication based on the biometric information succeeds. bring the biometric information acquisition unit into an on state when the detection unit (304, 306, 310) detects that the wearable part is worn on the user's body, perform processing related to authentication based on the biometric information when the detection unit (304, 306, 310) detects that the wearable part is worn on the user's body, characterized in that the electronic apparatus is a watch-type apparatus, and the control unit is further configured to bring the biometric information acquisition unit into an off state when the authentication based on the biometric information succeeds.
A peptide comprising a sequence selected from the group consisting of: Ac-IGLHDPTQGTEPAG-NH2 (SEQ ID NO:60); Ac-IGLHD PTQGT EPAGE-NH2 (SEQ ID NO:62); IGLHDPTQGTEPAGE-NH2 (SEQ ID NO:68); IGLHDPTQGTEPAGC (SEQ ID NO:69); Ac-IGLHDPTQGTEPAGC (SEQ ID NO:70); IGLHDPTQGTEPAGC-NH2 (SEQ ID NO:71); and Ac-IGLHD PTQGT EPAGC-NH2 (SEQ ID NO:72). Ac-IGLHDPTQGTEPAG-NH2 (SEQ ID NO:60); Ac-IGLHD PTQGT EPAGE-NH2 (SEQ ID NO:62); IGLHDPTQGTEPAGE-NH2 (SEQ ID NO:68); IGLHDPTQGTEPAGC (SEQ ID NO:69); Ac-IGLHDPTQGTEPAGC (SEQ ID NO:70); IGLHDPTQGTEPAGC-NH2 (SEQ ID NO:71); and Ac-IGLHD PTQGT EPAGC-NH2 (SEQ ID NO:72).
A communication apparatus configured to - transmit a frame in which information regarding a transmission waiting period of a terminal is described, - operate as an access point, - wherein the frame notifies a subordinate terminal of allowance of multi user transmission and the frame describes the information designating a transmission waiting period of the subordinate terminal after the multi user transmission is finished, and - wherein the frame further describes information designating to terminals a transmission waiting period longer than a transmission waiting period of the communication apparatus in a case where the communication apparatus performs multi user transmission after the multi user transmission is finished, characterized in that the frame further describes the information designating a transmission waiting period in accordance with a number of times of transmission of the terminal, such that a terminal whose number of times of transmission is smaller has a shorter transmission waiting period than a terminal whose number of times of transmission is larger. - transmit a frame in which information regarding a transmission waiting period of a terminal is described, - operate as an access point, - wherein the frame notifies a subordinate terminal of allowance of multi user transmission and the frame describes the information designating a transmission waiting period of the subordinate terminal after the multi user transmission is finished, and - wherein the frame further describes information designating to terminals a transmission waiting period longer than a transmission waiting period of the communication apparatus in a case where the communication apparatus performs multi user transmission after the multi user transmission is finished,
A method for wireless communication, comprising: receiving first information from a network device, wherein the first information indicates a first parameter to be used for generating a random access preamble sequence, receiving second information from the network device, wherein the second information indicates a set type, wherein the set type is one of an unrestricted set, a restricted set type A, or a restricted set type B, wherein each set type is associated with a set of values of the first parameter; determining, a value of the first parameter according to the first information and the second information; and generating, the random access preamble sequence based on the determined value of the first parameter; characterized in that: when the set type is the restricted set type A, the determined value of the first parameter is one value of a first set of values of the first parameter, and the first set comprises: 237, 216, 195, 173, 152, 137, 132, 121, 112, 103, 94, 89, 81, 72, 57, and 36; when the set type is the restricted set type B, the determined value of the first parameter is one value of a second set of values of the first parameter, and the second set comprises: 137, 122, 109, 97, 85, 81, 77, 71, 68, 65, 63, 60, 57 and 36. receiving first information from a network device, wherein the first information indicates a first parameter to be used for generating a random access preamble sequence, receiving second information from the network device, wherein the second information indicates a set type, wherein the set type is one of an unrestricted set, a restricted set type A, or a restricted set type B, wherein each set type is associated with a set of values of the first parameter; determining, a value of the first parameter according to the first information and the second information; and generating, the random access preamble sequence based on the determined value of the first parameter; characterized in that: when the set type is the restricted set type A, the determined value of the first parameter is one value of a first set of values of the first parameter, and the first set comprises: 237, 216, 195, 173, 152, 137, 132, 121, 112, 103, 94, 89, 81, 72, 57, and 36; when the set type is the restricted set type B, the determined value of the first parameter is one value of a second set of values of the first parameter, and the second set comprises: 137, 122, 109, 97, 85, 81, 77, 71, 68, 65, 63, 60, 57 and 36. when the set type is the restricted set type A, the determined value of the first parameter is one value of a first set of values of the first parameter, and the first set comprises: 237, 216, 195, 173, 152, 137, 132, 121, 112, 103, 94, 89, 81, 72, 57, and 36; when the set type is the restricted set type B, the determined value of the first parameter is one value of a second set of values of the first parameter, and the second set comprises: 137, 122, 109, 97, 85, 81, 77, 71, 68, 65, 63, 60, 57 and 36.
A method for processing AT commands when a mobile phone loses coverage or is performing mode switching, comprising: if the mobile phone camps on a first mode after being powered on, respectively, setting, by a protocol stack, a current mode and a backup mode as the first mode; after the mobile phone loses coverage, if there is an AT command to be issued, by an AT Interpreter module, acquiring the backup mode, and issuing the AT command to a Non-Access Stratum of the first mode corresponding to the backup mode for processing; when the mobile phone switches from the first mode to a second mode, respectively modifying, by a general control module, the current mode and the backup mode to the second mode and then notifying the NAS of the first mode to perform a switching operation, when there is an AT command to be issued, delivering, by the ATI module, the AT command to the NAS of the second mode for caching, and processing, by the NAS of the second mode, a cached AT command after the switching operation ends. if the mobile phone camps on a first mode after being powered on, respectively, setting, by a protocol stack, a current mode and a backup mode as the first mode; after the mobile phone loses coverage, if there is an AT command to be issued, by an AT Interpreter module, acquiring the backup mode, and issuing the AT command to a Non-Access Stratum of the first mode corresponding to the backup mode for processing; when the mobile phone switches from the first mode to a second mode, respectively modifying, by a general control module, the current mode and the backup mode to the second mode and then notifying the NAS of the first mode to perform a switching operation, when there is an AT command to be issued, delivering, by the ATI module, the AT command to the NAS of the second mode for caching, and processing, by the NAS of the second mode, a cached AT command after the switching operation ends.
A jetting dispenser, comprising: an actuator including a piezoelectric unit that lengthens by a first distance in response to an applied voltage, an armature adapted to be operatively coupled for movement with the piezoelectric unit, an upper actuator portion containing the piezoelectric unit, and a lower actuator portion including the armature and an amplifier in the form of a lever having a first end and a second end, the first end of the lever moving through the first distance under the applied voltage and the second end of the lever moving through a second distance, larger than the first distance, under the applied voltage; a movable shaft operatively coupled with the second end of the lever; and a fluid body including a fluid bore and an outlet orifice, characterized in that the amplifier includes a flexural portion coupled to the first end of the lever, positioned between the first end of the lever and the armature, and coupling the first end of the lever to the armature, and in that the flexural portion flexes when voltage is applied to the piezoelectric unit so as to move the lever to oppose a resilient bias applied by the flexural portion, thereby moving the movable shaft to jet an amount of fluid from the fluid bore through the outlet orifice. an actuator including a piezoelectric unit that lengthens by a first distance in response to an applied voltage, an armature adapted to be operatively coupled for movement with the piezoelectric unit, an upper actuator portion containing the piezoelectric unit, and a lower actuator portion including the armature and an amplifier in the form of a lever having a first end and a second end, the first end of the lever moving through the first distance under the applied voltage and the second end of the lever moving through a second distance, larger than the first distance, under the applied voltage; a movable shaft operatively coupled with the second end of the lever; and a fluid body including a fluid bore and an outlet orifice, characterized in that the amplifier includes a flexural portion coupled to the first end of the lever, positioned between the first end of the lever and the armature, and coupling the first end of the lever to the armature, and in that the flexural portion flexes when voltage is applied to the piezoelectric unit so as to move the lever to oppose a resilient bias applied by the flexural portion, thereby moving the movable shaft to jet an amount of fluid from the fluid bore through the outlet orifice.
Autonomously operating mobile part comprising a surface and a pressure-sensitive sensor mounted thereon for identifying obstacles, wherein the sensor is a film sensor and contains two electrically conducting films which are held mutually at a distance and under pressure can come to rest against one another and thus trigger an electrical switching function, as a result of which the impact with an obstacle is signalled and can be further processed by an evaluation circuit, characterised in that provision is made for spacers arranged locally between the films, of which the height which determines the film distance, the mutual distance and area as well as edge contour are adjusted to the required response sensitivity.
A base for sanding machines, grinding machines or the like comprising a body connectable to a machine provided with a tool, said body being provided with at least three supports, the supports being arranged with their ends (P') lying on a plane, the body being configured in such a manner that when it is connected to the machine the tool can project at least partly beyond said plane by a portion, wherein said supports are provided with swivelling spherical wheels comprising at least one ball placed in a seat produced in the body of the base, wherein the body comprises a cover placed around the tool T on which the swivelling wheels are mounted, and wherein the body is provided with means adapted to vary the position of the plane with respect to the tool, and these means comprise a bushing, mounted at least at one of the supports, able to translate vertically along a substantially vertical axis, inside said bushing there being placed the ball and supporting means adapted to discharge the weight of the machine on said ball and to enable it to roll freely inside the seat.
A wind turbine blade extending along a longitudinal axis from a root end through a first airfoil region and a second airfoil region to a tip end, the wind turbine blade comprising a first blade section extending along the longitudinal axis to a first end and a second blade section extending along the longitudinal axis from a second end towards the tip end, the first blade section comprising the first airfoil region, the second blade section comprising the second airfoil region, the first blade section and the second blade section comprise a pressure side and a suction side, wherein the first end of the first blade section is closer to the root end than the second end of the second blade section, and wherein the second end of the second blade section is closer to the tip than the first end of the first blade section, the wind turbine blade comprising a spar beam configured for structurally connecting the first blade section and the second blade section, the spar beam longitudinally extending along a spar beam axis from a first beam position to a second beam position and being configured to be positioned such that the first beam position is located in the first airfoil region and the second beam position is located in the second airfoil region, the first blade section comprises a first down conductor and the second blade section comprises a second down conductor, wherein the wind turbine blade comprises a conductive connector element for electrically connecting the first down conductor and the second down conductor, and characterized in that the first down conductor is configured to extend to a first down conductor position located in the second blade section or the second down conductor is configured to extend to a second down conductor position located in the first blade section. wherein the first end of the first blade section is closer to the root end than the second end of the second blade section, and wherein the second end of the second blade section is closer to the tip than the first end of the first blade section, the wind turbine blade comprising a spar beam configured for structurally connecting the first blade section and the second blade section, the spar beam longitudinally extending along a spar beam axis from a first beam position to a second beam position and being configured to be positioned such that the first beam position is located in the first airfoil region and the second beam position is located in the second airfoil region, the first blade section comprises a first down conductor and the second blade section comprises a second down conductor, wherein the wind turbine blade comprises a conductive connector element for electrically connecting the first down conductor and the second down conductor, and characterized in that the first down conductor is configured to extend to a first down conductor position located in the second blade section or the second down conductor is configured to extend to a second down conductor position located in the first blade section.
A rubber composition comprising: a conjugated diene compound/non-conjugated olefin copolymer containing a conjugated diene compound-derived unit in an amount of at least 40 mol%; a conjugated diene-based polymer; and a non-conjugated diene compound/non-conjugated olefin copolymer containing an ethylene-propylene-diene rubber, and wherein the conjugated diene-based polymer does not contain a non-conjugated olefin as a monomer unit component. a conjugated diene compound/non-conjugated olefin copolymer containing a conjugated diene compound-derived unit in an amount of at least 40 mol%; a conjugated diene-based polymer; and a non-conjugated diene compound/non-conjugated olefin copolymer containing an ethylene-propylene-diene rubber, and wherein the conjugated diene-based polymer does not contain a non-conjugated olefin as a monomer unit component.
A fall prediction system, comprising: a head-worn device for a user; a sensor operatively connected to the head-worn device and adapted to detect a characteristic of the user and generate a sensor signal based on the characteristic, wherein the characteristic comprises at least one of a physiological characteristic of the user, behavioral characteristic of the user, and an environmental characteristic; a beacon adapted to detect a hazard and generate a beacon signal based on the detected hazard; and a controller operatively connected to the head-worn device and the beacon, wherein the controller is adapted to determine a fall risk value based on the beacon signal and at least one of a medical history of the user, medications taken by the user, one or more inputs provided by user in response to one or more queries and the sensor signal; wherein at least one of the beacon and the controller are further adapted to transmit at least one of the beacon signal, the sensor signal and the fall risk value to one or more of a caregiver, a medical professional, the user, and a premises network. a head-worn device for a user; a sensor operatively connected to the head-worn device and adapted to detect a characteristic of the user and generate a sensor signal based on the characteristic, wherein the characteristic comprises at least one of a physiological characteristic of the user, behavioral characteristic of the user, and an environmental characteristic; a beacon adapted to detect a hazard and generate a beacon signal based on the detected hazard; and a controller operatively connected to the head-worn device and the beacon, wherein the controller is adapted to determine a fall risk value based on the beacon signal and at least one of a medical history of the user, medications taken by the user, one or more inputs provided by user in response to one or more queries and the sensor signal; wherein at least one of the beacon and the controller are further adapted to transmit at least one of the beacon signal, the sensor signal and the fall risk value to one or more of a caregiver, a medical professional, the user, and a premises network.