mhurhangee/patent-ind-claim-en huggingface dataset:
A driving assistance method comprising: extracting (S1, S4, S20) a point where a travel lane of a host vehicle joins another lane on a planned travel route of the host vehicle and a traffic condition of the another lane cannot be determined, as a high difficulty point; and guiding (S32) switching of a traveling state of the host vehicle from autonomous driving to manual driving, at a point located at a predetermined distance (D1) before the high difficulty point; characterized in that the high difficulty point is a merging zone where the host vehicle merges by changing lanes from the travel lane to a merging destination lane that is the other lane , and where a distance (L1) or a travel time from a starting point of the merging zone to an ending point of the merging zone is shorter than a threshold value, and when a traffic condition of the merging destination lane cannot be determined due to a road shape of the travel lane and a road shape of the merging destination lane at the point located at the predetermined distance (D1) before the merging zone , the switching of the traveling state from autonomous driving to manual driving is guided at the point located at the predetermined distance (D1) before the merging zone . extracting (S1, S4, S20) a point where a travel lane of a host vehicle joins another lane on a planned travel route of the host vehicle and a traffic condition of the another lane cannot be determined, as a high difficulty point; and guiding (S32) switching of a traveling state of the host vehicle from autonomous driving to manual driving, at a point located at a predetermined distance (D1) before the high difficulty point; characterized in that the high difficulty point is a merging zone where the host vehicle merges by changing lanes from the travel lane to a merging destination lane that is the other lane , and where a distance (L1) or a travel time from a starting point of the merging zone to an ending point of the merging zone is shorter than a threshold value, and when a traffic condition of the merging destination lane cannot be determined due to a road shape of the travel lane and a road shape of the merging destination lane at the point located at the predetermined distance (D1) before the merging zone , the switching of the traveling state from autonomous driving to manual driving is guided at the point located at the predetermined distance (D1) before the merging zone .
A method for controlling a driver-machine interface used to drive a vehicle, particularly a rail vehicle, said method comprising at least one iteration of the following steps: - acquisition , by means of an audio and/or video acquisition means , of at least one audio and/or video signal emitted by said driver-machine interface , - extraction of at least one data, called driving data, from said at least one audio and/or video signal, characterized in that said method comprises the following steps: - actuation of at least one key , or tactile surface, of said driver-machine interface as a function of said at least one driving data, - determination of a so-called output signal emitted by said driver-machine interface following said actuation step , - comparison of said output signal with a so-called reference signal that was previously stored in a database and corresponding to the signal that should be emitted by said driver-machine interface following the actuation step , and - if said output signal is different from said reference signal, then emission of an error signal. - acquisition , by means of an audio and/or video acquisition means , of at least one audio and/or video signal emitted by said driver-machine interface , - extraction of at least one data, called driving data, from said at least one audio and/or video signal, - actuation of at least one key , or tactile surface, of said driver-machine interface as a function of said at least one driving data, - determination of a so-called output signal emitted by said driver-machine interface following said actuation step , - comparison of said output signal with a so-called reference signal that was previously stored in a database and corresponding to the signal that should be emitted by said driver-machine interface following the actuation step , and - if said output signal is different from said reference signal, then emission of an error signal.
A needle assembly comprising: a support material having a plurality of apertures defined therein; and a first injection molded coupler , located within each aperture, that surrounds a proximal portion of an acupuncture needle and connects the acupuncture needle to a first location upon the support material; wherein the acupuncture needle is held in a pre-determined orientation with respect to a longitudinal axis of the first injection molded coupler, wherein a portion of the acupuncture needle extending from the first injection molded coupler is held non-parallel with respect to the longitudinal axis of the first injection molded coupler. a support material having a plurality of apertures defined therein; and a first injection molded coupler , located within each aperture, that surrounds a proximal portion of an acupuncture needle and connects the acupuncture needle to a first location upon the support material; wherein the acupuncture needle is held in a pre-determined orientation with respect to a longitudinal axis of the first injection molded coupler, wherein a portion of the acupuncture needle extending from the first injection molded coupler is held non-parallel with respect to the longitudinal axis of the first injection molded coupler. wherein the acupuncture needle is held in a pre-determined orientation with respect to a longitudinal axis of the first injection molded coupler, wherein a portion of the acupuncture needle extending from the first injection molded coupler is held non-parallel with respect to the longitudinal axis of the first injection molded coupler.
- A thermal switch comprising an insulating housing in which are mounted at least one pair of metal blades and a temperature operated contact opening/closing mechanism between the blades of the at least one pair of blades , the insulating housing comprising a first housing part and a second housing part , characterised in that at least one of the first and second housing parts has, for each blade of the at least one pair of blades , at least one positioning projection which locks the position of said blade in its own plane, at least two crimping projections being formed on at least one of the first and second housing parts , the second housing part being mounted on the first housing part such that each of the at least two crimping projections passes through a corresponding through hole formed in the other of the first and second housing parts , the free end of each of the at least two crimping projections emerging from the corresponding through hole and being configured to be crimped so as to lock the position of the blades in the direction perpendicular to the planes of the blades .
"All-or-nothing" actuating mechanism for a timepiece movement comprising an actuating lever for actuating a clock function intended to be mounted so as to be able to move on a frame element of the timepiece movement, between an inactive position and an active position, a control lever intended to be moved in response to pressure applied by a user, between an initial position and an actuated position, so as to be able to move said actuating lever from its inactive position to its active position, an elastic return member arranged to return said control lever to its initial position in response to it being released by the user, a control member capable of pivoting between a first inactive state, in which it locks said actuating lever in its inactive position, and a second state, in which it releases said actuating lever to allow it to move to its active position, said control lever being arranged to act on said control member , in response to the pressure applied by the user, and move it from its first state to its second state, wherein said control lever has an elastically deformable portion , arranged to act on said actuating lever and tend to move it towards its active position in response to the pressure applied by the user, and a rigid portion arranged to act on said actuating lever and move it towards its inactive position in response to said control lever being released, said actuating mechanism comprising a jumper arranged to return said control member to its first state in response to said control lever being released. an actuating lever for actuating a clock function intended to be mounted so as to be able to move on a frame element of the timepiece movement, between an inactive position and an active position, a control lever intended to be moved in response to pressure applied by a user, between an initial position and an actuated position, so as to be able to move said actuating lever from its inactive position to its active position, an elastic return member arranged to return said control lever to its initial position in response to it being released by the user, a control member capable of pivoting between a first inactive state, in which it locks said actuating lever in its inactive position, and a second state, in which it releases said actuating lever to allow it to move to its active position, said control lever being arranged to act on said control member , in response to the pressure applied by the user, and move it from its first state to its second state, wherein said control lever has an elastically deformable portion , arranged to act on said actuating lever and tend to move it towards its active position in response to the pressure applied by the user, and a rigid portion arranged to act on said actuating lever and move it towards its inactive position in response to said control lever being released, said actuating mechanism comprising a jumper arranged to return said control member to its first state in response to said control lever being released.
An automated probe system comprising: a probe configured to be reversibly inserted into a live body-part; a robotic arm attached to the probe and configured to manipulate the probe; a first sensor configured to track movement of the probe during an insertion and a reinsertion of the probe in the live body-part; a second sensor for disposal on the live body-part and configured to track movement of the live body-part including movement of the live body-part during the insertion and the reinsertion of the probe in the live body-part; and a controller configured to: calculate an insertion path of the probe in the live body-part based on the tracked movement of the probe during the insertion; and calculate a reinsertion path of the probe based on the calculated insertion path while compensating for the tracked movement of the live body-part; and after insertion of the probe, followed by withdrawal of the probe from the live body-part, send a plurality of control commands to the robotic arm to reinsert the probe in the live body-part according to the calculated reinsertion path. a probe configured to be reversibly inserted into a live body-part; a robotic arm attached to the probe and configured to manipulate the probe; a first sensor configured to track movement of the probe during an insertion and a reinsertion of the probe in the live body-part; a second sensor for disposal on the live body-part and configured to track movement of the live body-part including movement of the live body-part during the insertion and the reinsertion of the probe in the live body-part; and a controller configured to: calculate an insertion path of the probe in the live body-part based on the tracked movement of the probe during the insertion; and calculate a reinsertion path of the probe based on the calculated insertion path while compensating for the tracked movement of the live body-part; and after insertion of the probe, followed by withdrawal of the probe from the live body-part, send a plurality of control commands to the robotic arm to reinsert the probe in the live body-part according to the calculated reinsertion path. calculate an insertion path of the probe in the live body-part based on the tracked movement of the probe during the insertion; and calculate a reinsertion path of the probe based on the calculated insertion path while compensating for the tracked movement of the live body-part; and after insertion of the probe, followed by withdrawal of the probe from the live body-part, send a plurality of control commands to the robotic arm to reinsert the probe in the live body-part according to the calculated reinsertion path.
A battery cell manufacturing apparatus for enhancing the wetting of an electrolyte to an electrode assembly in the battery cell, the apparatus comprising: a battery cell tray in which one or more preliminary battery cells are housed; and an excitation unit which makes a contact opposite to one side of the battery cell tray and applies megasonic vibration to the preliminary battery cell in a state in which the preliminary battery cell is housed; wherein the megasonic vibration is a vibration having a frequency of 500 kHz to 3000 kHz. a battery cell tray in which one or more preliminary battery cells are housed; and an excitation unit which makes a contact opposite to one side of the battery cell tray and applies megasonic vibration to the preliminary battery cell in a state in which the preliminary battery cell is housed; wherein the megasonic vibration is a vibration having a frequency of 500 kHz to 3000 kHz.
An information transmission method, comprising: receiving (S301), by a network element selector, a first message from an user equipment, UE, wherein the first message comprises identification information of the UE; determining (S302), by the network element selector based on the identification information of the UE, a first user group to which the UE belongs; determining (S303), by the network element selector, a first controller corresponding to the first user group based on a preset correspondence between a user group and a controller; sending (S304), by the network element selector, the first message to the first controller; receiving (S304), by the first controller, the first message from the network element selector receiving (S802), by the network element selector, a fourth message, wherein the fourth message comprises an identifier of a third controller and a user group list migrated from the first controller to the third controller; and adding (S803), by the network element selector in the preset correspondence between a user group and a controller, the user group list migrated to the third controller to a correspondence to the third controller in the preset correspondence, and deleting the user group list migrated to the third controller from a correspondence to the first controller in the preset correspondence; wherein each of the first controller and the third controller implementing functions of registration management, authentication management, mobility management and paging management. receiving (S301), by a network element selector, a first message from an user equipment, UE, wherein the first message comprises identification information of the UE; determining (S302), by the network element selector based on the identification information of the UE, a first user group to which the UE belongs; determining (S303), by the network element selector, a first controller corresponding to the first user group based on a preset correspondence between a user group and a controller; sending (S304), by the network element selector, the first message to the first controller; receiving (S304), by the first controller, the first message from the network element selector receiving (S802), by the network element selector, a fourth message, wherein the fourth message comprises an identifier of a third controller and a user group list migrated from the first controller to the third controller; and adding (S803), by the network element selector in the preset correspondence between a user group and a controller, the user group list migrated to the third controller to a correspondence to the third controller in the preset correspondence, and deleting the user group list migrated to the third controller from a correspondence to the first controller in the preset correspondence; wherein each of the first controller and the third controller implementing functions of registration management, authentication management, mobility management and paging management.
A duplexer for a radio frequency antenna , comprising: a radio frequency signal transmitter port arranged for connection to a radio frequency signal transmitter ; a radio frequency signal receiver port arranged for connection to a radio frequency signal receiver ; a switch arranged selectively to adopt either one of: a first state which connects the transmitter port to a common input/output port of the switch arranged for connection to a radio frequency antenna ; and a second state which connects the receiver port to the common input/output port ; a switch control unit arranged to monitor radio frequency power at the common input/output port and to receive a transmission gate signal ; characterised in that the switch control unit is arranged to control the switch to adopt the first state upon receipt of the transmission gate signal , and, subsequently, to control the switch to adopt the second state when the monitored radio frequency power falls below a threshold level. a radio frequency signal transmitter port arranged for connection to a radio frequency signal transmitter ; a radio frequency signal receiver port arranged for connection to a radio frequency signal receiver ; a switch arranged selectively to adopt either one of: a first state which connects the transmitter port to a common input/output port of the switch arranged for connection to a radio frequency antenna ; and a second state which connects the receiver port to the common input/output port ; a first state which connects the transmitter port to a common input/output port of the switch arranged for connection to a radio frequency antenna ; and a second state which connects the receiver port to the common input/output port ; a switch control unit arranged to monitor radio frequency power at the common input/output port and to receive a transmission gate signal ; characterised in that the switch control unit is arranged to control the switch to adopt the first state upon receipt of the transmission gate signal , and, subsequently, to control the switch to adopt the second state when the monitored radio frequency power falls below a threshold level.
A system for handling interference in a wireless optical network comprising at least two access points and at least one device selectively associated via a line-of-sight connection to a respective one of the access points , wherein the at least one device is adapted to detect one of the at least two access points as a neighbor access point based on a reception of an advertisement (A L , A N ) in a time slot of a Medium Access Control, MAC, cycle and to report neighbor detection to a local access point to which the at least one device is associated; wherein the local access point is adapted to restrict (S704) time-slot scheduling for the at least one device to reserved time slots of the at least one device and to report the neighbor detection and the reserved time slots of the at least one device to the neighbor access point or to a global control function, in response to a reception of the reported neighbor detection; and wherein the neighbor access point is adapted to exclude (S705) the reported reserved time slots of the at least one device from time-slot scheduling of communication with associated devices of the neighbor access point , in response to a reception of the reported neighbor detection. wherein the at least one device is adapted to detect one of the at least two access points as a neighbor access point based on a reception of an advertisement (A L , A N ) in a time slot of a Medium Access Control, MAC, cycle and to report neighbor detection to a local access point to which the at least one device is associated; wherein the local access point is adapted to restrict (S704) time-slot scheduling for the at least one device to reserved time slots of the at least one device and to report the neighbor detection and the reserved time slots of the at least one device to the neighbor access point or to a global control function, in response to a reception of the reported neighbor detection; and wherein the neighbor access point is adapted to exclude (S705) the reported reserved time slots of the at least one device from time-slot scheduling of communication with associated devices of the neighbor access point , in response to a reception of the reported neighbor detection.
A compound selected from the group consisting of a compound of formula (I), and pharmaceutically acceptable salts, hydrates, and solvates thereof: wherein, A is and R 8 is hydrogen, halogen, or C 1-3 alkyl; R 1 and R 2 are each independently hydrogen or C 1-3 alkyl; and R 3 to R 7 are each independently hydrogen, halogen, cyano, nitro, or C 1-3 haloalkyl; and wherein R 3 and R 7 are each independently halogen, cyano, nitro, or C 1-3 haloalkyl. A is and R 8 is hydrogen, halogen, or C 1-3 alkyl; R 1 and R 2 are each independently hydrogen or C 1-3 alkyl; and R 3 to R 7 are each independently hydrogen, halogen, cyano, nitro, or C 1-3 haloalkyl; and wherein R 3 and R 7 are each independently halogen, cyano, nitro, or C 1-3 haloalkyl.
A particle beam therapy system comprising: a synchrotron which accelerates a charged particle beam injected from a pre-accelerator up to a predetermined energy level before applying a high-frequency voltage to an extraction device to extract the charged particle beam caused to exceed a stability limit with regard to the oscillation amplitude of the orbiting charged particle beam about a design orbit; a beam transportation system which transports the charged particle beam extracted from the synchrotron up to a treatment room , and an irradiation device which irradiates a patient in the treatment room with the charged particle beam in conformity to the tumor shape of the patient ; wherein, during an extraction phase of the synchrotron , the synchrotron has functionality to accelerate or decelerate the charged particle beam successively to extract the charged particle beam at a plurality of energy levels, the beam transportation system further having functionality to block off an unnecessary charged particle beam extracted from the synchrotron during acceleration or deceleration. a synchrotron which accelerates a charged particle beam injected from a pre-accelerator up to a predetermined energy level before applying a high-frequency voltage to an extraction device to extract the charged particle beam caused to exceed a stability limit with regard to the oscillation amplitude of the orbiting charged particle beam about a design orbit; a beam transportation system which transports the charged particle beam extracted from the synchrotron up to a treatment room , and an irradiation device which irradiates a patient in the treatment room with the charged particle beam in conformity to the tumor shape of the patient ; wherein, during an extraction phase of the synchrotron , the synchrotron has functionality to accelerate or decelerate the charged particle beam successively to extract the charged particle beam at a plurality of energy levels, the beam transportation system further having functionality to block off an unnecessary charged particle beam extracted from the synchrotron during acceleration or deceleration.