mhurhangee/ep-ind-claims huggingface dataset:
An electrode configured for placement in contact with a surface of a patient's body, the electrode comprising: a conductive substrate having a first side that faces the patient when the electrode is placed in contact with the patient's body, the conductive substrate having a plurality of open spaces (8; 28; 38; 48; 58; 68) passing therethrough that pass through the first side of the conductive substrate, wherein the open spaces (8; 28; 38; 48; 58; 68) are distributed and sized to permit moisture on the surface of the patient's body to escape via the open spaces (8; 28; 38; 48; 58; 68) when the electrode is placed in contact with the patient's body; a dielectric material (2; 42) disposed on the first side of the conductive substrate so as to insulate the conductive substrate from the patient's body when the electrode is placed in contact with the patient's body; and an intervening filler (41; 41') located at the dielectric material (2; 42) to contact the surface of the patient's body when the electrode is placed in contact with the patient's body, wherein the intervening filler (41; 41') includes or is coated by a medication that prevents or relieves skin irritation or inflammation. a conductive substrate having a first side that faces the patient when the electrode is placed in contact with the patient's body, the conductive substrate having a plurality of open spaces (8; 28; 38; 48; 58; 68) passing therethrough that pass through the first side of the conductive substrate, wherein the open spaces (8; 28; 38; 48; 58; 68) are distributed and sized to permit moisture on the surface of the patient's body to escape via the open spaces (8; 28; 38; 48; 58; 68) when the electrode is placed in contact with the patient's body; a dielectric material (2; 42) disposed on the first side of the conductive substrate so as to insulate the conductive substrate from the patient's body when the electrode is placed in contact with the patient's body; and an intervening filler (41; 41') located at the dielectric material (2; 42) to contact the surface of the patient's body when the electrode is placed in contact with the patient's body, wherein the intervening filler (41; 41') includes or is coated by a medication that prevents or relieves skin irritation or inflammation.
A heat storage device for heating a catalyst arranged in an exhaust system of an internal-combustion engine of a vehicle, the heat storage device comprising: a reactor, arranged in the exhaust system, having a formed body chemically reacting with ammonia and generating heat; and an ammonia reservoir, connected to the reactor, for storing the ammonia; and being characterised in that the ammonia reservoir incorporates therein an absorbent physically absorbing the ammonia; and the ammonia reservoir has a heat-exchanging structure and is temperature controlled by heat exchange with an air. a reactor, arranged in the exhaust system, having a formed body chemically reacting with ammonia and generating heat; and an ammonia reservoir, connected to the reactor, for storing the ammonia; and being characterised in that the ammonia reservoir incorporates therein an absorbent physically absorbing the ammonia; and the ammonia reservoir has a heat-exchanging structure and is temperature controlled by heat exchange with an air.
Transmission actuator for a transmission, having (a) a split sensor (16, 36) which is designed to detect a shift position of a split stage rod, which is longitudinally movable in a split sensor measurement direction (R S), of the transmission, (b) a shift gate sensor which is designed to detect a shift gate rod position of a shift gate rod, which is longitudinally movable in a shift gate sensor measurement direction (R G), of the transmission, and (c) a gear sensor which is designed to detect a gear rod position of a gear rod, which is longitudinally movable in a gear sensor measurement direction (R N), of the transmission, characterized in that (d) two measurement directions (R S, R G) run substantially parallel and span a measurement direction plane, and (e) the third measurement direction (R N) forms an obtuse angle (γ) with the measurement direction plane. (a) a split sensor (16, 36) which is designed to detect a shift position of a split stage rod, which is longitudinally movable in a split sensor measurement direction (R S), of the transmission, (b) a shift gate sensor which is designed to detect a shift gate rod position of a shift gate rod, which is longitudinally movable in a shift gate sensor measurement direction (R G), of the transmission, and (c) a gear sensor which is designed to detect a gear rod position of a gear rod, which is longitudinally movable in a gear sensor measurement direction (R N), of the transmission, characterized in that (d) two measurement directions (R S, R G) run substantially parallel and span a measurement direction plane, and (e) the third measurement direction (R N) forms an obtuse angle (γ) with the measurement direction plane.
Module for a rotary drive of an electrical switch, wherein the rotary drive is operated using a rotary handle by way of the rotary handle moving a rotary shaft of the rotary drive between at least two switch positions, wherein the module can be mounted between the rotary drive and the rotary handle and comprises at least one auxiliary switch (110; 120), wherein the at least one auxiliary switch (110; 120), in the event of a rotational movement of the rotary handle, is switched anticipatorily before one of the switch positions is reached when the module is mounted between the rotary drive and the rotary handle, characterized in that the module comprises a cam disc and an operator disc coupled to the cam disc and a slotted guide is made in the cam disc and a pin running in the slotted guide is fitted to the operator disc, or a slotted guide is made in the operator disc and a pin running in the slotted guide is fitted to the cam disc. wherein the rotary drive is operated using a rotary handle by way of the rotary handle moving a rotary shaft of the rotary drive between at least two switch positions, wherein the module can be mounted between the rotary drive and the rotary handle and comprises at least one auxiliary switch (110; 120), wherein the at least one auxiliary switch (110; 120), in the event of a rotational movement of the rotary handle, is switched anticipatorily before one of the switch positions is reached when the module is mounted between the rotary drive and the rotary handle, characterized in that the module comprises a cam disc and an operator disc coupled to the cam disc and a slotted guide is made in the cam disc and a pin running in the slotted guide is fitted to the operator disc, or a slotted guide is made in the operator disc and a pin running in the slotted guide is fitted to the cam disc.
A cable guiding assembly comprising: a central part having a top surface, a bottom surface, a laterally inner surface and a laterally outer surface, the laterally inner surface having a plurality of central recesses forming central openings suitable for receiving a wind turbine power cable; an outer part surrounding the central part and having a top surface, a bottom surface, a laterally inner surface and a laterally outer surface, the laterally inner surface having a plurality of outer recesses forming outer openings suitable for receiving a wind turbine power cable, wherein an outer portion of the central part is configured to be attached to an inner portion of the outer part, such that the central part delimits the outer openings characterized in that the cable guiding assembly further comprises an inner part configured to be attached to an inner portion of the central part such that the inner part delimits the central openings. a central part having a top surface, a bottom surface, a laterally inner surface and a laterally outer surface, the laterally inner surface having a plurality of central recesses forming central openings suitable for receiving a wind turbine power cable; an outer part surrounding the central part and having a top surface, a bottom surface, a laterally inner surface and a laterally outer surface, the laterally inner surface having a plurality of outer recesses forming outer openings suitable for receiving a wind turbine power cable, wherein an outer portion of the central part is configured to be attached to an inner portion of the outer part, such that the central part delimits the outer openings characterized in that the cable guiding assembly further comprises an inner part configured to be attached to an inner portion of the central part such that the inner part delimits the central openings.
A copolymer comprising units derived from ethylene, units derived from tetrafluoroethylene, and units derived from other monomer i.e. a monomer other than ethylene and tetrafluoroethylene, wherein to the sum of the units derived from ethylene and the units derived from tetrafluoroethylene, the proportion of the units derived from ethylene is from 49 to 40 mol%, and the proportion of the units derived from tetrafluoroethylene is from 51 to 60 mol%, to all units in the copolymer, the proportion of the units derived from said other monomer is from 2.6 to 6.0 mol%, the melting point is at least 230°C, wherein the melting point is the temperature at the endothermic peak due to melting at the time when, by means of a scanning differential thermal analyzer, in an air atmosphere, 5 mg of a copolymer is heated to 300°C at 10°C/min., held for 5 minutes, then cooled to 150°C at 10°C/min., held for 5 minutes, and again heated to 300°C at 10°C/min, and the melt flow rate measured in accordance with ASTM D3159 under conditions of a temperature of 297°C and a load of 49 N, is from 1 to 15 g/10 min.
A method of stabilizing an insert in a recombinant vaccinia virus comprising identifying a run of 4 or more G or C residues in said insert, and making a silent mutation in said run so identified by substitution so that the length of the run is reduced.
Bus arrangement, comprising - a coordinator having a coordinator address; - a first subscriber having a first subscriber address; - a bus, which couples the coordinator to the first subscriber, characterised in that, the first subscriber is configured to receive an information message from the coordinator in a configuration phase, to extract the coordinator address from the information message, and to establish and store a safety address as a function of the first subscriber address and the coordinator address. - a coordinator having a coordinator address; - a first subscriber having a first subscriber address; - a bus, which couples the coordinator to the first subscriber, characterised in that, the first subscriber is configured to receive an information message from the coordinator in a configuration phase, to extract the coordinator address from the information message, and to establish and store a safety address as a function of the first subscriber address and the coordinator address.
Actuator for a control valve, where a plug of said actuator can be operated by fluidic actuation and alternatively by an operating mechanical device, wherein said actuator comprises a case having a longitudinal axis, a cylinder, an inner sleeve and an outer sleeve, wherein inside said case there is said cylinder, which, as a result of the fluidic actuation, can axially slide inside said case, wherein said cylinder has at least one support for a pin, wherein each of said pins can act on said inner sleeve by means of corresponding helical flutes formed in the inner sleeve in order to rotate said inner sleeve around the longitudinal axis of said case, while said outer sleeve constrains said pins to an axial translation and wherein the rotation of said inner sleeve acts on the plug of the valve, characterized in that said alternatively operating mechanical device can act by rotating said outer sleeve in such a way that said pins act on said helical flutes of the inner sleeve by rotating said inner sleeve, which acts on the movement of the plug.
A method, comprising: receiving map data descriptive of a parcel of land; receiving information indicative of at least one reference object physically or virtually located within the parcel, the reference object having corresponding information for defining boundaries for an exclusion area on the parcel associated therewith, the exclusion area defining an area to not be worked or entered by a robotic vehicle; determining the boundaries responsive to detection of the at least one reference object; and operating the robotic vehicle to remain outside or not perform work within the area defined by the boundaries, wherein the at least one reference object comprises a virtual pin virtually disposed on a graphical representation of the the parcel by an operator. receiving map data descriptive of a parcel of land; receiving information indicative of at least one reference object physically or virtually located within the parcel, the reference object having corresponding information for defining boundaries for an exclusion area on the parcel associated therewith, the exclusion area defining an area to not be worked or entered by a robotic vehicle; determining the boundaries responsive to detection of the at least one reference object; and operating the robotic vehicle to remain outside or not perform work within the area defined by the boundaries, wherein the at least one reference object comprises a virtual pin virtually disposed on a graphical representation of the the parcel by an operator.
A method for maintaining the track of a two-track vehicle with a steerable front axle and with one or several further steerable axles, in particular rear axles, arranged in different axle distances to the front axle, wherein in said method the following is performed in a continuous manner: - the steering angle (δ v (t)) of the front axle is detected and stored over time, - the yaw angle (Ψ(t)) of the vehicle relative to the earth, which changes while driving, is detected and stored over time, - the vehicle speed (v(t)) is detected, - for each further steerable axle, a time period (t n) is calculated from the vehicle speed (v(t)) and the distance l n of the respective further steerable axle to the front axle, according to the formula t n = l n / v t, for n = 1,2,..., N number of further steerable axles - for each further steerable axle, the change in the yaw angle (Ψ(t)) of the vehicle is determined within the time period (t n) assigned to the respective further steerable axle, - the steering angle (δ hn (t)) of each further steerable axle is continuously determined from the steering angle (δ v (t)) of the front axle after expiry of the time period (t n) assigned to the respective further steerable axle and from the change in the yaw angle (Ψ(t)) of the vehicle in said time period, according to the formula δ hn t = δ v t − t n − Ψ t + Ψ t − t n - the calculated steering angle (δ hn (t)) of the respective further steerable axle is continuously adjusted with an actuator on the further steerable axle. - the steering angle (δ v (t)) of the front axle is detected and stored over time, - the yaw angle (Ψ(t)) of the vehicle relative to the earth, which changes while driving, is detected and stored over time, - the vehicle speed (v(t)) is detected, - for each further steerable axle, a time period (t n) is calculated from the vehicle speed (v(t)) and the distance l n of the respective further steerable axle to the front axle, according to the formula t n = l n / v t, for n = 1,2,..., N number of further steerable axles - for each further steerable axle, the change in the yaw angle (Ψ(t)) of the vehicle is determined within the time period (t n) assigned to the respective further steerable axle, - the steering angle (δ hn (t)) of each further steerable axle is continuously determined from the steering angle (δ v (t)) of the front axle after expiry of the time period (t n) assigned to the respective further steerable axle and from the change in the yaw angle (Ψ(t)) of the vehicle in said time period, according to the formula δ hn t = δ v t − t n − Ψ t + Ψ t − t n - the calculated steering angle (δ hn (t)) of the respective further steerable axle is continuously adjusted with an actuator on the further steerable axle.
A robot comprising: a device manipulating section that turns ON and OFF a plurality of devices (50, 60, 70) that operate by receiving power from a power supply; a moving mechanism that moves the robot to respective areas in which the plurality of devices (50, 60, 70) are arranged; a map information holding section that holds map information showing the plurality of devices in association with the respective areas in which the devices are arranged; a movement control section that controls the moving mechanism to move the robot to the areas in which the devices (50, 60, 70) are arranged, based on the map information; a power value acquiring section that acquires a first total power value that is a power value before one of the devices is turned ON or OFF by the device manipulating section and a second total power value that is a power value after the device is turned ON or OFF, via a power sensor that measures a total power value supplied to the plurality of devices from the power supply; and a power consumption estimating section that estimates power consumption of the device based on the first total power value and the second total power value. a device manipulating section that turns ON and OFF a plurality of devices (50, 60, 70) that operate by receiving power from a power supply; a moving mechanism that moves the robot to respective areas in which the plurality of devices (50, 60, 70) are arranged; a map information holding section that holds map information showing the plurality of devices in association with the respective areas in which the devices are arranged; a movement control section that controls the moving mechanism to move the robot to the areas in which the devices (50, 60, 70) are arranged, based on the map information; a power value acquiring section that acquires a first total power value that is a power value before one of the devices is turned ON or OFF by the device manipulating section and a second total power value that is a power value after the device is turned ON or OFF, via a power sensor that measures a total power value supplied to the plurality of devices from the power supply; and a power consumption estimating section that estimates power consumption of the device based on the first total power value and the second total power value.
A delivery wire assembly for delivery of an occlusive device to a location in a patient's vasculature, comprising: a delivery wire conduit having a proximal tubular portion connected to a distal coil portion, and a conduit lumen extending through the proximal tubular portion and the distal coil portion; and a core wire disposed in the conduit lumen and having a distal end coupled to the occlusive device, wherein the distal coil portion of the delivery wire assembly comprises a plurality of coils (234, 236, 238) formed from coil wire which decrease in stiffness distally along the length of the distal coil portion of the delivery wire assembly, characterized in that a proximal-most coil wire of the plurality of coils (234, 236, 238) has one of a greater tensile strength, or a higher modulus of elasticity, or a higher lamination thickness than a distal-most coil wire of the plurality of coils (234, 236, 238). a delivery wire conduit having a proximal tubular portion connected to a distal coil portion, and a conduit lumen extending through the proximal tubular portion and the distal coil portion; and a core wire disposed in the conduit lumen and having a distal end coupled to the occlusive device, wherein the distal coil portion of the delivery wire assembly comprises a plurality of coils (234, 236, 238) formed from coil wire which decrease in stiffness distally along the length of the distal coil portion of the delivery wire assembly, characterized in that a proximal-most coil wire of the plurality of coils (234, 236, 238) has one of a greater tensile strength, or a higher modulus of elasticity, or a higher lamination thickness than a distal-most coil wire of the plurality of coils (234, 236, 238).
Use of a block copolymer which comprises at least a block A and a block B, wherein - the block A comprises monomer units derived from a compound selected from (meth)acrylic acid, a (meth)acrylic acid ester, a (meth)acrylamide, a vinyl aromatic compound, or any mixture thereof, - the block B comprises monomer units derived from a compound selected from a fluorinated (meth)acrylic ester having the following formula: H 2 C=CR 1 (C OR F-1) wherein R1 is H or methyl; and R F-1 is an organic residue containing a perfluorinated C 4-6 alkyl group, a fluorinated alpha-olefin having the following formula: H 2 C=CH(R F-2) wherein R F-2 is an organic residue containing a perfluorinated C 4-6 alkyl group, or any mixture thereof, as a dynamic surface tension reducing additive in a coating composition, ink composition or adhesive composition. - the block A comprises monomer units derived from a compound selected from (meth)acrylic acid, a (meth)acrylic acid ester, a (meth)acrylamide, a vinyl aromatic compound, or any mixture thereof, - the block B comprises monomer units derived from a compound selected from a fluorinated (meth)acrylic ester having the following formula: H 2 C=CR 1 (C OR F-1) wherein R1 is H or methyl; and R F-1 is an organic residue containing a perfluorinated C 4-6 alkyl group, a fluorinated alpha-olefin having the following formula: H 2 C=CH(R F-2) wherein R F-2 is an organic residue containing a perfluorinated C 4-6 alkyl group, or any mixture thereof, a fluorinated (meth)acrylic ester having the following formula: H 2 C=CR 1 (C OR F-1) wherein R1 is H or methyl; and R F-1 is an organic residue containing a perfluorinated C 4-6 alkyl group, R1 is H or methyl; and R F-1 is an organic residue containing a perfluorinated C 4-6 alkyl group, a fluorinated alpha-olefin having the following formula: H 2 C=CH(R F-2) wherein R F-2 is an organic residue containing a perfluorinated C 4-6 alkyl group, wherein R F-2 is an organic residue containing a perfluorinated C 4-6 alkyl group, or any mixture thereof,
Thermal battery including a storage vessel as well as an inlet pipe and an outlet pipe for a fluid, that are connected to a circulation circuit for said fluid, said thermal battery also including at least two shut-off valves placed on the inlet pipe and the fluid outlet pipe, respectively, in order to isolate the fluid contained in the storage vessel when the circulation circuit of said fluid is shut off, characterized in that said shut-off valves are automatic and in that they include: - an enclosure containing the fluid and including an inlet and an outlet for said fluid, - a float placed inside said enclosure that is moveable between: • an upper position in which the float floats and obstructs at least the fluid outlet when the circulation circuit for said fluid is shut off, and • a lower position in which the float is submerged and allows the fluid to flow between the inlet and the fluid outlet when the circulation circuit for the fluid is operational. - an enclosure containing the fluid and including an inlet and an outlet for said fluid, - a float placed inside said enclosure that is moveable between: • an upper position in which the float floats and obstructs at least the fluid outlet when the circulation circuit for said fluid is shut off, and • a lower position in which the float is submerged and allows the fluid to flow between the inlet and the fluid outlet when the circulation circuit for the fluid is operational. • an upper position in which the float floats and obstructs at least the fluid outlet when the circulation circuit for said fluid is shut off, and • a lower position in which the float is submerged and allows the fluid to flow between the inlet and the fluid outlet when the circulation circuit for the fluid is operational.