mhurhangee/ep-ind-claims huggingface dataset:
Nebulizer system for a motor vehicle, comprising a liquid water reservoir and a nebulizer nozzle provided with a piezoelectric element for emitting acoustic waves and a concentrator of the acoustic waves emitted by said piezoelectric element, said concentrator being configured such that the water from the reservoir forms a jet of water and a mist of water droplets at the outlet of the acoustic wave concentrator, said mist being intended to penetrate into a passenger compartment of the motor vehicle, the system comprising acoustic attenuation means, characterized in that said acoustic attenuation means comprise at least one layer of an acoustic absorbent type foam disposed in the reservoir.
Vehicle tyre, comprising bead regions having bead cores composed of core wires and at least one core wire rubberization, wherein each core wire is at least surrounded by a core wire rubberization, characterized in that at least one core wire rubberization comprises at least one rubber mixture containing a filler system comprising 5% to 100% by weight of at least one pyrolysis carbon black and 0% to 95% by weight of at least one industrial carbon black in each case based on the total amount of pyrolysis carbon black and industrial carbon black, wherein the pyrolysis carbon black is produced by pyrolysis from end-of-life tyres and/or vulcanized production scrap from tyre production and/or vulcanized hoses.
A single handheld integrated therapy and imaging device, the device comprising: a hollow elongated cannula with a proximal portion and a distal portion; a therapeutic element coupled to the distal portion of the hollow elongated cannula; an imaging cannula externally coupled to the hollow elongated cannula; an imaging assembly coupled to the imaging cannula and configured to provide visualization of the therapeutic element in a nasal cavity; wherein the imaging cannula comprises an articulating region configured to articulate the imaging assembly in degrees of freedom relative to an insertion axis of the hollow elongated cannula into the nasal cavity, and wherein the imaging assembly is arranged proximally from the therapeutic element and the imaging assembly is dimensioned to fit within profile dimensions of the therapeutic element such that the therapeutic element protects the imaging assembly from nasal tissue during insertion of the device into a nasal cavity. a hollow elongated cannula with a proximal portion and a distal portion; a therapeutic element coupled to the distal portion of the hollow elongated cannula; an imaging cannula externally coupled to the hollow elongated cannula; an imaging assembly coupled to the imaging cannula and configured to provide visualization of the therapeutic element in a nasal cavity; wherein the imaging cannula comprises an articulating region configured to articulate the imaging assembly in degrees of freedom relative to an insertion axis of the hollow elongated cannula into the nasal cavity, and wherein the imaging assembly is arranged proximally from the therapeutic element and the imaging assembly is dimensioned to fit within profile dimensions of the therapeutic element such that the therapeutic element protects the imaging assembly from nasal tissue during insertion of the device into a nasal cavity.
A method to discharge a coil comprising: commanding, by a controller, a step in connection with a stepper motor that is connected to a first transistor configured to drive the stepper motor, wherein turning-on the first transistor conducts current therethrough and to the motor; discharging a current in the coil of the stepper motor when turning-off the first transistor, wherein turning-off the first transistor turns-off a second transistor and charges a capacitor coupled to the coil responsive to the commanded step; and recirculating the current by turning on the first transistor which in turn turns on the second transistor and causes the capacitor to transfer the charge generated during the discharging of the current in the coil to a second capacitor and using charge stored on the second capacitor to drive the recirculated current through the coil, wherein the coil is a polarity changing coil and wherein the energy associated with the discharge phase of the polarity changing coil is re-circulated during the drive phase of the polarity changing coil. commanding, by a controller, a step in connection with a stepper motor that is connected to a first transistor configured to drive the stepper motor, wherein turning-on the first transistor conducts current therethrough and to the motor; discharging a current in the coil of the stepper motor when turning-off the first transistor, wherein turning-off the first transistor turns-off a second transistor and charges a capacitor coupled to the coil responsive to the commanded step; and recirculating the current by turning on the first transistor which in turn turns on the second transistor and causes the capacitor to transfer the charge generated during the discharging of the current in the coil to a second capacitor and using charge stored on the second capacitor to drive the recirculated current through the coil, wherein the coil is a polarity changing coil and wherein the energy associated with the discharge phase of the polarity changing coil is re-circulated during the drive phase of the polarity changing coil.
Use of an electrochemical sensor for measuring pH of an unbuffered aqueous liquid wherein the sensor comprises an electrode with a redox active compound immobilized to the electrode and having at least one functional group convertible electrochemically between reduced and oxidized forms with transfer of at least one proton between the compound and surrounding aqueous phase, characterized in that the compound has at least one substituent group which increases the reaction rate of proton transfer by reducing the activation energy for transfer of a proton and/or promoting hydrogen bonding at a said functional group.
A method of wireless communication, comprising: detecting, at a potential interfering node, a clear-to-send, CTS, signal from one or more receivers; and determining, by the potential interfering node, an orthogonal beam for transmissions based on the CTS; detecting (500, 702), by the potential interfering node, a preamble transmitted from a neighboring transmitter, wherein the preamble identifies one or more broadcast/multicast transmission locations and one or more non-broadcast/multicast transmission locations from the neighboring transmitter to the one or more receivers, wherein the one or more broadcast/multicast transmission locations include one of: one or more broadcast/multicast transmission time intervals, TTIs, or one or more time durations for broadcast/multicast transmissions; refraining, by the potential interfering node, from transmission of data to a served receiver node of the potential interfering node during the one or more broadcast/multicast transmission locations; and transmitting (502, 703), by the potential interfering node, the data to the served receiver node during the one or more non-broadcast/multicast transmission locations, comprising transmitting the data to the served receiver node using the orthogonal beam. detecting, at a potential interfering node, a clear-to-send, CTS, signal from one or more receivers; and determining, by the potential interfering node, an orthogonal beam for transmissions based on the CTS; detecting (500, 702), by the potential interfering node, a preamble transmitted from a neighboring transmitter, wherein the preamble identifies one or more broadcast/multicast transmission locations and one or more non-broadcast/multicast transmission locations from the neighboring transmitter to the one or more receivers, wherein the one or more broadcast/multicast transmission locations include one of: one or more broadcast/multicast transmission time intervals, TTIs, or one or more time durations for broadcast/multicast transmissions; refraining, by the potential interfering node, from transmission of data to a served receiver node of the potential interfering node during the one or more broadcast/multicast transmission locations; and transmitting (502, 703), by the potential interfering node, the data to the served receiver node during the one or more non-broadcast/multicast transmission locations, comprising transmitting the data to the served receiver node using the orthogonal beam. one or more broadcast/multicast transmission time intervals, TTIs, or one or more time durations for broadcast/multicast transmissions; refraining, by the potential interfering node, from transmission of data to a served receiver node of the potential interfering node during the one or more broadcast/multicast transmission locations; and transmitting (502, 703), by the potential interfering node, the data to the served receiver node during the one or more non-broadcast/multicast transmission locations, comprising transmitting the data to the served receiver node using the orthogonal beam.
A robotic system comprising: an instrument having an end effector, the instrument comprising: a first pulley configured to rotate about a pulley axis; a first jaw member connected to the first pulley by a first drive pin; a second pulley configured to rotate about the pulley axis; a second jaw member connected to the second pulley by a second drive pin; and a link providing a first pivot point about which the first jaw member can pivot and a second pivot point about which the second jaw member can pivot, wherein: rotation of the first pulley causes rotation of the first drive pin about the pulley axis, further causing the first jaw member to pivot about the first pivot point, rotation of the second pulley causes rotation of the second drive pin about the pulley axis, further causing the second jaw member to pivot about the second pivot point, and during rotation of the first pulley and the second pulley, the first drive pin can rotate past the second drive pin. a first pulley configured to rotate about a pulley axis; a first jaw member connected to the first pulley by a first drive pin; a second pulley configured to rotate about the pulley axis; a second jaw member connected to the second pulley by a second drive pin; and a link providing a first pivot point about which the first jaw member can pivot and a second pivot point about which the second jaw member can pivot, wherein: rotation of the first pulley causes rotation of the first drive pin about the pulley axis, further causing the first jaw member to pivot about the first pivot point, rotation of the second pulley causes rotation of the second drive pin about the pulley axis, further causing the second jaw member to pivot about the second pivot point, and during rotation of the first pulley and the second pulley, the first drive pin can rotate past the second drive pin. rotation of the first pulley causes rotation of the first drive pin about the pulley axis, further causing the first jaw member to pivot about the first pivot point, rotation of the second pulley causes rotation of the second drive pin about the pulley axis, further causing the second jaw member to pivot about the second pivot point, and during rotation of the first pulley and the second pulley, the first drive pin can rotate past the second drive pin.
An electric braking device for vehicle comprising: a rotating member fixed to a wheel of a vehicle; an electric motor disposed on a vehicle wheel side of the vehicle; a friction member which uses drive torque of the electric motor to press the rotating member and to generate braking torque on the vehicle wheel; a body power source disposed on a body side of the vehicle; and control means (CTL, DCC, and SWb) which uses at least one of the body power source and the vehicle wheel power source on the basis of a braking operation by a driver of the vehicle to drive the electric motor, characterized by a vehicle wheel power source disposed on the vehicle wheel side of the vehicle, wherein the vehicle wheel power source has an electric capacity corresponding to a braking operation performed twice or more starting with the braking operation at the maximum speed of the vehicle and finished with the braking operation at the stop of the vehicle and is charged with the body power source when non-braking is requested. a rotating member fixed to a wheel of a vehicle; an electric motor disposed on a vehicle wheel side of the vehicle; a friction member which uses drive torque of the electric motor to press the rotating member and to generate braking torque on the vehicle wheel; a body power source disposed on a body side of the vehicle; and control means (CTL, DCC, and SWb) which uses at least one of the body power source and the vehicle wheel power source on the basis of a braking operation by a driver of the vehicle to drive the electric motor, characterized by a vehicle wheel power source disposed on the vehicle wheel side of the vehicle, wherein the vehicle wheel power source has an electric capacity corresponding to a braking operation performed twice or more starting with the braking operation at the maximum speed of the vehicle and finished with the braking operation at the stop of the vehicle and is charged with the body power source when non-braking is requested.
A jaw assembly for a hand tool, the jaw assembly comprising: a movable jaw; and a fixed jaw, wherein a span defined between the movable jaw and the fixed jaw is adjustable, wherein each of the movable jaw and the fixed jaw includes an array of teeth defined by ridges that extend substantially parallel to each other, wherein the array of teeth on each of the fixed jaw and the movable jaw includes a first set of teeth having a first width and a first depth, and a second set of teeth having a second width and a second depth, wherein the first depth is less than the second depth and the first width is less than the second width; characterized in that the array of teeth on each of the fixed jaw and the movable jaw further comprise a third set of teeth having a third width and the first depth, wherein the third width is less than both the first width and the second width. a movable jaw; and a fixed jaw, wherein a span defined between the movable jaw and the fixed jaw is adjustable, wherein each of the movable jaw and the fixed jaw includes an array of teeth defined by ridges that extend substantially parallel to each other, wherein the array of teeth on each of the fixed jaw and the movable jaw includes a first set of teeth having a first width and a first depth, and a second set of teeth having a second width and a second depth, wherein the first depth is less than the second depth and the first width is less than the second width; characterized in that the array of teeth on each of the fixed jaw and the movable jaw further comprise a third set of teeth having a third width and the first depth, wherein the third width is less than both the first width and the second width.
A method of dispensing ice comprising the steps of: providing an ice dispensing system comprising: a rotatable barrel comprising a generally cylindrical body portion having an opening; an input chute having a first end coupled to and in fluid communication with an ice making machine and a second end in fluid communication with the opening in the barrel when the barrel is in a first position; an output chute in fluid communication with the opening of the barrel when the barrel is in a second position; a containment system positioned around a portion of the cylindrical body of the barrel; and a drive system coupled to the barrel for rotating the barrel between the first position and the second position, activating the drive system to rotate the barrel from the first position to the second position thereby causing the opening in the barrel to direct ice and capture a regulated amount of ice from the barrel; and dispensing the regulated amount of ice into the output chute when the barrel reaches the second position. providing an ice dispensing system comprising: a rotatable barrel comprising a generally cylindrical body portion having an opening; an input chute having a first end coupled to and in fluid communication with an ice making machine and a second end in fluid communication with the opening in the barrel when the barrel is in a first position; an output chute in fluid communication with the opening of the barrel when the barrel is in a second position; a containment system positioned around a portion of the cylindrical body of the barrel; and a drive system coupled to the barrel for rotating the barrel between the first position and the second position, a rotatable barrel comprising a generally cylindrical body portion having an opening; an input chute having a first end coupled to and in fluid communication with an ice making machine and a second end in fluid communication with the opening in the barrel when the barrel is in a first position; an output chute in fluid communication with the opening of the barrel when the barrel is in a second position; a containment system positioned around a portion of the cylindrical body of the barrel; and a drive system coupled to the barrel for rotating the barrel between the first position and the second position, activating the drive system to rotate the barrel from the first position to the second position thereby causing the opening in the barrel to direct ice and capture a regulated amount of ice from the barrel; and dispensing the regulated amount of ice into the output chute when the barrel reaches the second position.
A data transmission method comprising: segmenting or concatenating, by one or more processors, radio layer control, RLC, service data units, SDUs, to RLC protocol data units, PDUs, that fit within a size of a total size of RLC PDU(s) indicated by a lower protocol layer processor, each RLC PDU having a header and a data field; mapping, by the one or more processors, a single two bit field including a first bit and a second bit to the header for each of the RLC PDUs, wherein a number of bits included in the single two bit field is two regardless of a number of SDUs included in the data field; the first bit and the second bit indicating only (i) whether or not the data field of its corresponding RLC PDU begins with a segment of an RLC SDU, and (ii) whether or not the data field ends with a segment of an RLC SDU; transmitting, by a transmitter, a data packet including one or more of the RLC PDUs. segmenting or concatenating, by one or more processors, radio layer control, RLC, service data units, SDUs, to RLC protocol data units, PDUs, that fit within a size of a total size of RLC PDU(s) indicated by a lower protocol layer processor, each RLC PDU having a header and a data field; mapping, by the one or more processors, a single two bit field including a first bit and a second bit to the header for each of the RLC PDUs, wherein a number of bits included in the single two bit field is two regardless of a number of SDUs included in the data field; the first bit and the second bit indicating only (i) whether or not the data field of its corresponding RLC PDU begins with a segment of an RLC SDU, and (ii) whether or not the data field ends with a segment of an RLC SDU; transmitting, by a transmitter, a data packet including one or more of the RLC PDUs.
A composition comprising highly fluorinated elastomer gum derived from: (a) at least 30 mol % to no more than 65 mol % of tetrafluoroethylene monomer based on total moles of monomer incorporated; (b) more than 35 mol % to less than 50 mol % of one or more perfluorinated ether monomer of the formula based on total moles of monomer incorporated, wherein the perfluorinated ether monomer is selected from: CF 2 =CF(CF 2) b O(R f" O) n (R f' O) m R f where R f" and R f' are independently linear or branched perfluoroalkylene radical groups of 2-6 carbon atoms, m and n are independently an integer from 0 to 10 and R f is a perfluoroalkyl group of 1-6 carbon atoms, b = 0 or 1; and (c) 0.01 to 1 mol % of a compound of Formula based on total moles of monomer incorporated where Formula is: CF 2 =CF-(CF 2) a -(O-CF -CF 2) b -O-(CF 2) c -(O-CF -CF 2) d - e -(CF) f -CX=CY 2 wherein a is an integer selected from 0-2, b is an integer selected from 0-2, c is an integer selected from 0-8, d is an integer selected from 0-2, e is 0 or 1, f is an integer selected from 0-6; Z is independently selected from F or CF 3; A is F or a perfluorinated alkyl group; X is H or F; and Y is independently selected from H, F, and CF 3. (a) at least 30 mol % to no more than 65 mol % of tetrafluoroethylene monomer based on total moles of monomer incorporated; (b) more than 35 mol % to less than 50 mol % of one or more perfluorinated ether monomer of the formula based on total moles of monomer incorporated, wherein the perfluorinated ether monomer is selected from: CF 2 =CF(CF 2) b O(R f" O) n (R f' O) m R f where R f" and R f' are independently linear or branched perfluoroalkylene radical groups of 2-6 carbon atoms, m and n are independently an integer from 0 to 10 and R f is a perfluoroalkyl group of 1-6 carbon atoms, b = 0 or 1; and (c) 0.01 to 1 mol % of a compound of Formula based on total moles of monomer incorporated where Formula is: CF 2 =CF-(CF 2) a -(O-CF -CF 2) b -O-(CF 2) c -(O-CF -CF 2) d - e -(CF) f -CX=CY 2 wherein a is an integer selected from 0-2, b is an integer selected from 0-2, c is an integer selected from 0-8, d is an integer selected from 0-2, e is 0 or 1, f is an integer selected from 0-6; Z is independently selected from F or CF 3; A is F or a perfluorinated alkyl group; X is H or F; and Y is independently selected from H, F, and CF 3.
An insect monitoring and trapping device comprising: a base and a lid for covering the base, wherein the base and the lid are constructed to provide a trap interior and an insect opening for insects to access the trap interior; a peripheral wall of the base for the insects to climb over to enter the trap interior; a heating device provided within the trap interior for attracting the insects; and an adhesive surface provided within the trap interior for trapping the insects, characterized in that the peripheral wall has an interior surface that is a canted surface, whereas the canted surface is provided at an angle sufficient so that insects fall from a peripheral wall top surface onto the adhesive surface. a base and a lid for covering the base, wherein the base and the lid are constructed to provide a trap interior and an insect opening for insects to access the trap interior; a peripheral wall of the base for the insects to climb over to enter the trap interior; a heating device provided within the trap interior for attracting the insects; and an adhesive surface provided within the trap interior for trapping the insects, characterized in that the peripheral wall has an interior surface that is a canted surface, whereas the canted surface is provided at an angle sufficient so that insects fall from a peripheral wall top surface onto the adhesive surface.