mhurhangee/patent-ind-claim-en huggingface dataset:
A water in fuel (WIF) sensor comprising: a main body defining a surface and an electrical connector ; a pair of electrical contacts each having a first end portion that is located above the surface of the main body , wherein a predetermined resistance exists between the pair of electrical contacts when the first end portions of the pair of electrical contacts are submerged in water; and a third electrical contact assembly having a first end portion and a second end portion , wherein the first end portion of the third electrical contact assembly is located above the surface of the main body ; wherein the second end portion of the third electrical contact assembly is located within a cavity of the electrical connector and is connectable to a ground ; wherein the first end portion of the third electrical contact assembly extends beyond the first end portions of the pair of electrical contacts in an upwards direction (D); characterized in that the third electrical contact assembly is biased in the upwards direction (D). a main body defining a surface and an electrical connector ; a pair of electrical contacts each having a first end portion that is located above the surface of the main body , wherein a predetermined resistance exists between the pair of electrical contacts when the first end portions of the pair of electrical contacts are submerged in water; and a third electrical contact assembly having a first end portion and a second end portion , wherein the first end portion of the third electrical contact assembly is located above the surface of the main body ; wherein the second end portion of the third electrical contact assembly is located within a cavity of the electrical connector and is connectable to a ground ; wherein the first end portion of the third electrical contact assembly extends beyond the first end portions of the pair of electrical contacts in an upwards direction (D); characterized in that the third electrical contact assembly is biased in the upwards direction (D).
A semiconductor detector comprising: - an anode circuit board including a reading out chip; - a cathode circuit board including a high voltage side top layer of the cathode circuit board , a bottom connection layer of the cathode circuit board and a dielectric which is filled between the high voltage side top layer of the cathode circuit board 201 and the bottom connection layer of the cathode circuit board , the high voltage side top layer of the cathode circuit board being connected to the bottom connection layer of the cathode circuit board through a via hole ; and - a detector crystal including a crystal body, an anode and a cathode, the anode being connected to the reading out chip of the anode circuit board , - wherein the high voltage side top layer of the cathode circuit board being connected to an input terminal of the semiconductor detector and the bottom connection layer of the cathode circuit board directly contacting the cathode of the detector crystal to connect the cathode to the cathode circuit board , characterized in that - a filter circuit for filtering a high voltage is provided in the high voltage side top layer of the cathode circuit board . - an anode circuit board including a reading out chip; - a cathode circuit board including a high voltage side top layer of the cathode circuit board , a bottom connection layer of the cathode circuit board and a dielectric which is filled between the high voltage side top layer of the cathode circuit board 201 and the bottom connection layer of the cathode circuit board , the high voltage side top layer of the cathode circuit board being connected to the bottom connection layer of the cathode circuit board through a via hole ; and - a detector crystal including a crystal body, an anode and a cathode, the anode being connected to the reading out chip of the anode circuit board , - wherein the high voltage side top layer of the cathode circuit board being connected to an input terminal of the semiconductor detector and the bottom connection layer of the cathode circuit board directly contacting the cathode of the detector crystal to connect the cathode to the cathode circuit board , - a filter circuit for filtering a high voltage is provided in the high voltage side top layer of the cathode circuit board .
Connecting device for connecting car bodies of a rail vehicle, comprising: - an outer housing , - an inner housing , - an energy absorber which is connected to the outer housing and the inner housing , and - a driver device for connecting the connecting device to a car body housing of a car body, - wherein the outer housing , the inner housing and the energy absorber are arranged substantially along a common longitudinal axis, and - wherein the connecting device is designed to transmit tensile forces and compressive forces along the longitudinal axis, and - wherein the energy absorber is designed to deform irreversibly if a predetermined compressive force along the longitudinal axis is exceeded, such that the length of the connecting device along the longitudinal axis is reduced and the inner housing partially slides into the outer housing , characterized in that functional surfaces for the positive transmission of tensile forces between the outer housing and the inner housing are provided, wherein the functional surfaces are formed as slots in the outer housing and in the inner housing , and wherein the driver device is guided in both slots in the transverse direction. - an outer housing , - an inner housing , - an energy absorber which is connected to the outer housing and the inner housing , and - a driver device for connecting the connecting device to a car body housing of a car body, - wherein the outer housing , the inner housing and the energy absorber are arranged substantially along a common longitudinal axis, and - wherein the connecting device is designed to transmit tensile forces and compressive forces along the longitudinal axis, and - wherein the energy absorber is designed to deform irreversibly if a predetermined compressive force along the longitudinal axis is exceeded, such that the length of the connecting device along the longitudinal axis is reduced and the inner housing partially slides into the outer housing ,
A dielectric-constant-insensitive fluid level sensor for directly inserting into a fluid , the fluid level sensor comprising: a first set of stacked series capacitors, each capacitor in the first set formed by two coplanar electrodes and one of a plurality of dielectric spaces between the electrodes, each stack of series capacitors in the first set including at least one capacitor having a first molded carrier as the dielectric space in series with another capacitor having a first fluid cavity as the dielectric space, the total capacitance of the first set of stacked series capacitors varying as a function of the level of the fluid within the first fluid cavity ; and a metallic shield surrounding the first molded carrier , the first fluid cavity and a second fluid cavity surrounding the first molded carrier , wherein the metallic shield reduces interference with the capacitors between the two electrodes from outside the metallic shield . a first set of stacked series capacitors, each capacitor in the first set formed by two coplanar electrodes and one of a plurality of dielectric spaces between the electrodes, each stack of series capacitors in the first set including at least one capacitor having a first molded carrier as the dielectric space in series with another capacitor having a first fluid cavity as the dielectric space, the total capacitance of the first set of stacked series capacitors varying as a function of the level of the fluid within the first fluid cavity ; and a metallic shield surrounding the first molded carrier , the first fluid cavity and a second fluid cavity surrounding the first molded carrier , wherein the metallic shield reduces interference with the capacitors between the two electrodes from outside the metallic shield .
An assembly for an agricultural spraying system , comprising: - a fixed yoke , - a first swinging device swingably mounted to the yoke about a first swinging axis generally oriented along a transverse horizontal direction (Y) relative to a longitudinal horizontal direction (X) oriented from back to front, - a spraying chute comprising at least one spraying device designed to spray a treatment liquid onto plants to be treated in a field, the spraying chute being designed to swing relative to the first swinging device about a rest position in which the spraying chute generally extends along a vertical direction (Z), the spraying chute being further designed to swingably drive the first swinging device from a released position to a swung position, in a first swinging sense (B1), when the spraying chute has a pendular motion, from front to back along the longitudinal direction (X), from a drive position being the same as the rest position or in which the spraying chute is tilted backwards relative to the rest position, - a first damping device extending along a first extension axis between a first end mounted to the yoke and an opposite second end mounted to the first swinging device , the first damping device being further designed to dampen swinging of the first swinging device from its released position to its swung position, in the first swinging sense (B1) so as to dampen the pendular motion of the spraying chute from its drive position. - a fixed yoke , - a first swinging device swingably mounted to the yoke about a first swinging axis generally oriented along a transverse horizontal direction (Y) relative to a longitudinal horizontal direction (X) oriented from back to front, - a spraying chute comprising at least one spraying device designed to spray a treatment liquid onto plants to be treated in a field, the spraying chute being designed to swing relative to the first swinging device about a rest position in which the spraying chute generally extends along a vertical direction (Z), the spraying chute being further designed to swingably drive the first swinging device from a released position to a swung position, in a first swinging sense (B1), when the spraying chute has a pendular motion, from front to back along the longitudinal direction (X), from a drive position being the same as the rest position or in which the spraying chute is tilted backwards relative to the rest position, - a first damping device extending along a first extension axis between a first end mounted to the yoke and an opposite second end mounted to the first swinging device , the first damping device being further designed to dampen swinging of the first swinging device from its released position to its swung position, in the first swinging sense (B1) so as to dampen the pendular motion of the spraying chute from its drive position.
A compound of formula : wherein, Z is -S-Y or -N(R 19 )-C(=X 1 )-X 2 -Y, wherein R 19 is a hydrocarbon group, X 1 , X 2 each independently are O or S, Y is a group -C(R 41 )(R 42 )E wherein R 41 , R 42 each independently are H or a hydrocarbon group E is a group of formula : wherein, R 51 each independently is halogen, hydroxy, a hydrocarbon group or -OR 53 -, wherein R 53 is a hydrocarbon group, and a plurality of R 51 may be linked to each other to form a ring, n 51 is an integer of 0-4, R 52 is a hydrocarbon group, and Z a is a counter ion that neutralizes the charge; R 61 -R 68 each independently are H, halogen, -R a , -OR b , -SR c , or -NR d R e , wherein of R a -R e each independently are a hydrocarbon group, Ar 61 , Ar 62 each independently are a group forming a benzene or naphthalene ring, W 61 , W 62 each independently are O, S, -CR 611 R 612 - or -NR 613 -, wherein R 611 -R 613 each independently are a hydrocarbon group, and Z b is a counter ion that neutralizes the charge. Z is -S-Y or -N(R 19 )-C(=X 1 )-X 2 -Y, wherein R 19 is a hydrocarbon group, X 1 , X 2 each independently are O or S, Y is a group -C(R 41 )(R 42 )E wherein R 41 , R 42 each independently are H or a hydrocarbon group E is a group of formula : wherein, R 51 each independently is halogen, hydroxy, a hydrocarbon group or -OR 53 -, wherein R 53 is a hydrocarbon group, and a plurality of R 51 may be linked to each other to form a ring, n 51 is an integer of 0-4, R 52 is a hydrocarbon group, and Z a is a counter ion that neutralizes the charge; R 61 -R 68 each independently are H, halogen, -R a , -OR b , -SR c , or -NR d R e , wherein of R a -R e each independently are a hydrocarbon group, Ar 61 , Ar 62 each independently are a group forming a benzene or naphthalene ring, W 61 , W 62 each independently are O, S, -CR 611 R 612 - or -NR 613 -, wherein R 611 -R 613 each independently are a hydrocarbon group, and Z b is a counter ion that neutralizes the charge.
A network handover method, comprising: sending, by a session management network element, first session management information to an access network device in a first network, wherein the session management information requests to set up a user plane tunnel for a voice service of a terminal device; receiving, by the session management network element, third session management information from the access network device, wherein the third session management information comprises reason information indicating that setup of the user plane tunnel of the voice service of the terminal device is rejected; determining, by the session management network element, that the terminal device has handed over from the first network to a second network; and setting up, by the session management network element, the user plane tunnel for the voice service in the second network based on the reason information. sending, by a session management network element, first session management information to an access network device in a first network, wherein the session management information requests to set up a user plane tunnel for a voice service of a terminal device; receiving, by the session management network element, third session management information from the access network device, wherein the third session management information comprises reason information indicating that setup of the user plane tunnel of the voice service of the terminal device is rejected; determining, by the session management network element, that the terminal device has handed over from the first network to a second network; and setting up, by the session management network element, the user plane tunnel for the voice service in the second network based on the reason information.
A composition comprising Resiniferatoxin (RTX) for use in the treatment of Parkinson's Disease in a subject.
A managing apparatus for an electrochemical element mounted on a vehicle, comprising: a control unit configured to activate at an interval of a predetermined time in a parked mode of the vehicle; and a current measuring unit configured to measure a current value, wherein the control unit is configured to execute: a determination process of determining a reference current value based on measured current values measured for a plurality of times upon the activation of the control unit ; a check process of checking, at the interval of the predetermined time, whether or not a measured current value measured after the determination process deviates from a reference current range that is based on the reference current value; and an estimation process of estimating an accumulated current, which has flowed in the parked mode, by integrating, while the measured current value measured in the check process does not deviate from the reference current range, the reference current value. a control unit configured to activate at an interval of a predetermined time in a parked mode of the vehicle; and a current measuring unit configured to measure a current value, wherein the control unit is configured to execute: a determination process of determining a reference current value based on measured current values measured for a plurality of times upon the activation of the control unit ; a check process of checking, at the interval of the predetermined time, whether or not a measured current value measured after the determination process deviates from a reference current range that is based on the reference current value; and an estimation process of estimating an accumulated current, which has flowed in the parked mode, by integrating, while the measured current value measured in the check process does not deviate from the reference current range, the reference current value. a determination process of determining a reference current value based on measured current values measured for a plurality of times upon the activation of the control unit ; a check process of checking, at the interval of the predetermined time, whether or not a measured current value measured after the determination process deviates from a reference current range that is based on the reference current value; and an estimation process of estimating an accumulated current, which has flowed in the parked mode, by integrating, while the measured current value measured in the check process does not deviate from the reference current range, the reference current value.
A method for fault recovery of a voltage source converter comprising at least two voltage source converter stations, characterized in that : locking the voltage source converter when it is detected that an alternating-current side zero sequence voltage Uo_ac or a direct-current side unbalanced voltage Uo_dc of a voltage source converter station stays greater than a set first threshold Uo_set1 for longer than a set period of time Δt1; for each voltage source converter station, determining said converter station as a faulty station if it is detected that the alternating-current side zero sequence voltage Uo_ac of said converter station stays greater than a set second threshold Uo_set2 for longer than a set period of time Δt2 in the locking period; otherwise, determining said converter station as a non-faulty station; and unlocking and recovering operation of non-faulty stations after the faulty station is determined, wherein the faulty station can be directly unlocked to recover operation after being put into control of a zero sequence voltage, or the faulty station can be unlocked to recover operation after the alternating-current side zero sequence voltage Uo_ac stays less than or equal to a set third threshold Uo_set3 for longer than a set period of time Δt3. locking the voltage source converter when it is detected that an alternating-current side zero sequence voltage Uo_ac or a direct-current side unbalanced voltage Uo_dc of a voltage source converter station stays greater than a set first threshold Uo_set1 for longer than a set period of time Δt1; for each voltage source converter station, determining said converter station as a faulty station if it is detected that the alternating-current side zero sequence voltage Uo_ac of said converter station stays greater than a set second threshold Uo_set2 for longer than a set period of time Δt2 in the locking period; otherwise, determining said converter station as a non-faulty station; and unlocking and recovering operation of non-faulty stations after the faulty station is determined, wherein the faulty station can be directly unlocked to recover operation after being put into control of a zero sequence voltage, or the faulty station can be unlocked to recover operation after the alternating-current side zero sequence voltage Uo_ac stays less than or equal to a set third threshold Uo_set3 for longer than a set period of time Δt3.
Method for monitoring the run of a roping interconnecting a car and a counterweight of an elevator and for detecting an abnormal operation condition during the drive of a drive pulley intending therewith the car and the counterweight to be moved by said roping, wherein the roping is running on its way from the car to the drive pulley via at least one diverting pulley and on its way from the counterweight to the traction drive pulley via at least one diverting pulley , wherein for the counterweight side terminal a slack rope detection system being present using a detector that senses a tensile stress in the rope for the detection of a counterweight stuck, characterized in that the rotation of at least two of said pulleys (14, 16, 17; 18) is monitored by sensing their rotation, wherein the rotation data are analysed in view of a mutual correlation indicating unobstructed advancing of the car and detecting therewith an abnormal situation when detecting an absence of such correlation. wherein for the counterweight side terminal a slack rope detection system being present using a detector that senses a tensile stress in the rope for the detection of a counterweight stuck, characterized in that the rotation of at least two of said pulleys (14, 16, 17; 18) is monitored by sensing their rotation, wherein the rotation data are analysed in view of a mutual correlation indicating unobstructed advancing of the car and detecting therewith an abnormal situation when detecting an absence of such correlation.
Temperature-controlled device for switching off a heating device at a certain limit temperature, the temperature-controlled device having: - a thermo-mechanical temperature sensor device, - a switch-off device , - manual reactivation means , wherein the temperature sensor device includes: - a thermo-mechanical temperature sensor , - a trigger , wherein the switch-off device has switching means , which switching means for switching off the heating device are activatable and switchable by the trigger , wherein the switching means are configured for installation in an energy supply for the heating device, wherein the manual reactivation means include: - a movable handle for transmitting a force of an operator for reactivating or re-switching on the switching means after switching off the heating device by the trigger , - transmission means between the handle and the switching means , the transmission means being connected in a force-transmitting manner to the handle, characterized in that - the transmission means include dilatant material in an envelope in such a manner that the dilatant material during moving of the handle transmits the force of the operator for reactivating the switching means directly for reactivating the switching means thereby, - the dilatant material is arranged such that, after reactivating or re-switching on the switching means , a deformation of the dilatant material can be caused such that the envelope and at least partially the dilatant material are moved relative to the handle . - a thermo-mechanical temperature sensor device, - a switch-off device , - manual reactivation means , - a thermo-mechanical temperature sensor , - a trigger , - a movable handle for transmitting a force of an operator for reactivating or re-switching on the switching means after switching off the heating device by the trigger , - transmission means between the handle and the switching means , the transmission means being connected in a force-transmitting manner to the handle, - the transmission means include dilatant material in an envelope in such a manner that the dilatant material during moving of the handle transmits the force of the operator for reactivating the switching means directly for reactivating the switching means thereby, - the dilatant material is arranged such that, after reactivating or re-switching on the switching means , a deformation of the dilatant material can be caused such that the envelope and at least partially the dilatant material are moved relative to the handle .