mhurhangee/ep-ind-claims huggingface dataset:
Device for treating weeds by means of microwaves, the device comprises a holder provided with at least two ends, wherein the holder is configured to be held by a user by one end and wherein an antenna system is attached to the other end, which is configured for guiding microwaves out into a zone to be treated, characterized in that the device further comprises the following components: - a portable portion configured to be secured to the body of a user; wherein the portable portion comprises a housing within which a microwave generator is arranged, and a power supply for supplying power to said generator; - a transmission line configured for transmitting the microwaves from the microwave generator to the antenna system. - a portable portion configured to be secured to the body of a user; wherein the portable portion comprises a housing within which a microwave generator is arranged, and a power supply for supplying power to said generator; - a transmission line configured for transmitting the microwaves from the microwave generator to the antenna system.
A switching mode power supply, comprising: a transformer having a primary winding and a secondary winding to supply power to a load; a feedback circuit that generates a feedback signal that varies in relation to the load on the secondary winding; a switching circuit coupled to the primary winding to control current flow through the primary winding; and a controller (201, 202, 205-210) configured to control a switching frequency of the switching circuit and to limit a current (I M1) flow through the primary winding by causing the switching circuit to suspend current (I M1) flow through the primary winding when the current (I M1) reaches a peak current limit (Vir) that is set based on the feedback signal, wherein when the switching regulator is in a burst mode, the peak current limit (Vir) becomes lower as the load becomes lighter and the peak current limit (Vir) is set based on an equivalent frequency (f eq), and the equivalent frequency (f eq) is obtained by recording switching cycles (Ts) with switching pulses and switching cycles (Ts) without switching pulses in a switching time (XTs, YTs) thereby avoiding a frequency range of below 20kHz for the equivalent frequency (f eq). a transformer having a primary winding and a secondary winding to supply power to a load; a feedback circuit that generates a feedback signal that varies in relation to the load on the secondary winding; a switching circuit coupled to the primary winding to control current flow through the primary winding; and a controller (201, 202, 205-210) configured to control a switching frequency of the switching circuit and to limit a current (I M1) flow through the primary winding by causing the switching circuit to suspend current (I M1) flow through the primary winding when the current (I M1) reaches a peak current limit (Vir) that is set based on the feedback signal, wherein when the switching regulator is in a burst mode, the peak current limit (Vir) becomes lower as the load becomes lighter and the peak current limit (Vir) is set based on an equivalent frequency (f eq), and the equivalent frequency (f eq) is obtained by recording switching cycles (Ts) with switching pulses and switching cycles (Ts) without switching pulses in a switching time (XTs, YTs) thereby avoiding a frequency range of below 20kHz for the equivalent frequency (f eq).
An inkjet ink comprising a radiation-curable (meth)acrylate monomer, an N-vinyl amide, an acyl phosphine oxide UV photoinitiator and a carbamodithioic acid or a salt or thioester thereof.
A rotor which includes a rotation shaft, a series of shaped rotor blades arranged along the whole or part of the length of the rotation shaft, said blades extending parallel to a plane orthogonal to rotation axis; said series of shaped rotor blades contains at least one level of shaped rotor blades; each level contains at least two shaped rotor blades equally spaced about said shaft; said shaped rotor blades are connected to the rotation shaft by means of one of their ends; said shaped rotor blades being characterized in that: a) the shaped rotor blade comprises at least one reversal point of the thrust to the fluid, said reversal point divides said shaped rotor blade into at least two elements (4 and 5) which extend radially with respect to one another, so that each element has a direction of thrust in the opposite direction with respect to the other, b) the circumferential section of each element forms a standard NACA four-digit airfoil shown as Digit 1, Digit 2, Digit 3 and Digit 4, in which: i. the parameters m, p, and t range radially along the direction of extension of the shaped rotor blade, ii. the chord length c that connects the leading edge with the trailing edge of said profile varies radially along the direction of extension of the shaped rotor blade, iii. the chord has an inclination α with respect to the plane orthogonal to the rotation axis that varies radially along the direction of extension of the shaped rotor blade. a) the shaped rotor blade comprises at least one reversal point of the thrust to the fluid, said reversal point divides said shaped rotor blade into at least two elements (4 and 5) which extend radially with respect to one another, so that each element has a direction of thrust in the opposite direction with respect to the other, b) the circumferential section of each element forms a standard NACA four-digit airfoil shown as Digit 1, Digit 2, Digit 3 and Digit 4, in which: i. the parameters m, p, and t range radially along the direction of extension of the shaped rotor blade, ii. the chord length c that connects the leading edge with the trailing edge of said profile varies radially along the direction of extension of the shaped rotor blade, iii. the chord has an inclination α with respect to the plane orthogonal to the rotation axis that varies radially along the direction of extension of the shaped rotor blade. i. the parameters m, p, and t range radially along the direction of extension of the shaped rotor blade, ii. the chord length c that connects the leading edge with the trailing edge of said profile varies radially along the direction of extension of the shaped rotor blade, iii. the chord has an inclination α with respect to the plane orthogonal to the rotation axis that varies radially along the direction of extension of the shaped rotor blade.
Pressing tool for producing composite fibre components having a first tool portion and a second tool portion which is movable relative thereto, wherein the two tool portions (11, 12) form, in the closed state of the pressing tool, a forming cavity for receiving a semi-finished fibre product which is intended to be formed and have a tool surface (11a, 12a) which delimits the cavity, wherein at least one of the tool surfaces comprises at least two adjacent and mutually inclined surface portions (14, 15, 16) which are connected to each other by means of a curved transition portion (21, 22), wherein the curved transition portion (21, 22) has at least one channel-like recess (18, 19) which faces the cavity, characterized in that the at least one channel-like recess (18, 19) extends from an end (21', 22') of the curved transition portion, which end adjoins the first surface portion (14, 15), as far as an end (21", 22") of the curved transition portion (21, 22), which end adjoins the second surface portion (15, 16).
A synergistic herbicidal composition comprising (a) a compound of the formula: or a C 1-4 alkyl or benzyl ester of formula or a sodium, potassium, magnesium, or ammonium salt of formula and (b) at least one compound, or an agriculturally acceptable salt, carboxylic acid, carboxylate salt, or ester thereof, selected from the group consisting of glufosinate-ammonium, glyphosate dimethylammonium, glyphosate isopropylammonium, glyphosate trimesium, glufosinate, and glyphosate.
A calibration device for a lane keeping assist system, comprising: a support apparatus, wherein the support apparatus comprises a horizontal graduated scale; a laser, wherein the laser is configured to be mounted on the body of an automobile and to emit a laser beam to the horizontal graduated scale; and a pattern board, wherein the pattern board is mounted on the support apparatus and is configured to attach an alignment pattern, wherein the pattern board is detachably mounted on the support apparatus and comprises an attaching board configured to attach the alignment pattern; characterized in that the attaching board is a rectangular magnetic board, configured to attach a magnetic fabric having the alignment pattern by a magnetic attraction force. a support apparatus, wherein the support apparatus comprises a horizontal graduated scale; a laser, wherein the laser is configured to be mounted on the body of an automobile and to emit a laser beam to the horizontal graduated scale; and a pattern board, wherein the pattern board is mounted on the support apparatus and is configured to attach an alignment pattern, wherein the pattern board is detachably mounted on the support apparatus and comprises an attaching board configured to attach the alignment pattern;
Discharging circuit for discharging a high-voltage DC link of a vehicle, wherein the high-voltage DC link comprises a DC link capacitor, across which there is a high voltage (U_H); wherein the discharging circuit is configured to take the high voltage (U_H) as a basis for adjusting the level of a discharge current (I_D) through the discharging circuit characterized in that the discharge current (I_D) through the discharging circuit continuously becomes larger as the high voltage (U_H) falls if the high voltage (U_H) is below a lower operating voltage value (U_BU). wherein the high-voltage DC link comprises a DC link capacitor, across which there is a high voltage (U_H); wherein the discharging circuit is configured to take the high voltage (U_H) as a basis for adjusting the level of a discharge current (I_D) through the discharging circuit characterized in that the discharge current (I_D) through the discharging circuit continuously becomes larger as the high voltage (U_H) falls if the high voltage (U_H) is below a lower operating voltage value (U_BU).
Method for monitoring a working environment of a movable device (2, 2a, 2b) using a monitoring apparatus, wherein the working environment comprises a working zone and at least one protection zone (5a - 5i), wherein the movable device (2, 2a, 2b) is located in the working zone during its normal operation; comprising: inputting, by a user, a multiplicity of convex polytopes (7a - 7e) into the monitoring apparatus, wherein the convex polytopes (7a - 7e) correspond to zones in which the movable device (2, 2a, 2b) is located during normal operation; determining a convex polytope shell by the monitoring apparatus, wherein the convex polytope shell completely encloses the multiplicity of convex polytopes (7a - 7e) such that a volume of the convex polytope shell is minimal; and determining the at least one protection zone (5a - 5i) by forming a difference between the convex polytope shell and the input by the monitoring apparatus, wherein the method furthermore comprises: determining whether the movable device (2, 2a, 2b) is located completely within the determined polytope shell; and only performing a first safety measure if it is determined that the movable device (2, 2a, 2b) is not located completely within the determined polytope shell. inputting, by a user, a multiplicity of convex polytopes (7a - 7e) into the monitoring apparatus, wherein the convex polytopes (7a - 7e) correspond to zones in which the movable device (2, 2a, 2b) is located during normal operation; determining a convex polytope shell by the monitoring apparatus, wherein the convex polytope shell completely encloses the multiplicity of convex polytopes (7a - 7e) such that a volume of the convex polytope shell is minimal; and determining the at least one protection zone (5a - 5i) by forming a difference between the convex polytope shell and the input by the monitoring apparatus, wherein the method furthermore comprises: determining whether the movable device (2, 2a, 2b) is located completely within the determined polytope shell; and only performing a first safety measure if it is determined that the movable device (2, 2a, 2b) is not located completely within the determined polytope shell. determining whether the movable device (2, 2a, 2b) is located completely within the determined polytope shell; and only performing a first safety measure if it is determined that the movable device (2, 2a, 2b) is not located completely within the determined polytope shell.
An oven comprising: a case; a cooking chamber formed inside the case; and a door installed at one side of the case to open and close the cooking chamber, wherein the door includes: an outer plate forming appearance; an inner plate spaced apart from the outer plate by a predetermined distance and being in contact with the cooking chamber; and a door display module disposed between the outer plate and the inner plate to display predetermined information on the outer plate, characterized in that the door display module is provided as a projection module for projecting a predetermined image having the predetermined information on the outer plate. a case; a cooking chamber formed inside the case; and a door installed at one side of the case to open and close the cooking chamber, wherein the door includes: an outer plate forming appearance; an inner plate spaced apart from the outer plate by a predetermined distance and being in contact with the cooking chamber; and a door display module disposed between the outer plate and the inner plate to display predetermined information on the outer plate, characterized in that the door display module is provided as a projection module for projecting a predetermined image having the predetermined information on the outer plate. an outer plate forming appearance; an inner plate spaced apart from the outer plate by a predetermined distance and being in contact with the cooking chamber; and a door display module disposed between the outer plate and the inner plate to display predetermined information on the outer plate, characterized in that the door display module is provided as a projection module for projecting a predetermined image having the predetermined information on the outer plate.
Combustion engine including at least one engine casing making it possible to define a guide housing in which at least one crankshaft is guided in rotation about an axis of rotation V and lubricated by a lubricating fluid, said at least one engine casing being of the "dry" type, such a combustion engine including: • a reservoir of lubricating fluid separated from said at least one engine casing, • at least two pumps (7, 8) forming a coaxial pump train and making it possible to pump a mixture formed by the lubricating fluid and gases at least at said at least one engine casing, said at least two pumps (7, 8) each including an inner lobed rotor (17, 18) and an outer lobed rotor (27, 28), said inner lobed rotor (17, 18) being movable in rotation about a first axis of rotation R1 and said outer lobed rotor (27, 28) being movable in rotation about a second axis of rotation R2 parallel to said first axis of rotation R1, each inner lobed rotor (17, 18) of said pump train being driven in rotation by a common drive shaft moving in rotation about said first axis of rotation R1, each outer lobed rotor (27, 28) of said pump train being driven in rotation by an inner lobed rotor (17, 18) of said pump train and said pump train being mounted in a cylindrical bore of said at least one engine casing, said cylindrical bore including an axis R coinciding with said second axis of rotation R2 and distinct from said first axis of rotation R1, and • at least one pipe for fluidly connecting said at least one engine casing, said at least two pumps (7, 8) and said reservoir of lubricating fluid, characterised in that said common drive shaft includes a driving inner shaft and a hollow outer shaft driven by said inner shaft, said inner and outer shafts being arranged coaxially with respect to each other. • a reservoir of lubricating fluid separated from said at least one engine casing, • at least two pumps (7, 8) forming a coaxial pump train and making it possible to pump a mixture formed by the lubricating fluid and gases at least at said at least one engine casing, said at least two pumps (7, 8) each including an inner lobed rotor (17, 18) and an outer lobed rotor (27, 28), said inner lobed rotor (17, 18) being movable in rotation about a first axis of rotation R1 and said outer lobed rotor (27, 28) being movable in rotation about a second axis of rotation R2 parallel to said first axis of rotation R1, each inner lobed rotor (17, 18) of said pump train being driven in rotation by a common drive shaft moving in rotation about said first axis of rotation R1, each outer lobed rotor (27, 28) of said pump train being driven in rotation by an inner lobed rotor (17, 18) of said pump train and said pump train being mounted in a cylindrical bore of said at least one engine casing, said cylindrical bore including an axis R coinciding with said second axis of rotation R2 and distinct from said first axis of rotation R1, and • at least one pipe for fluidly connecting said at least one engine casing, said at least two pumps (7, 8) and said reservoir of lubricating fluid,
A voice recognition method of a mobile terminal in connection with a server, the method comprising: receiving a user's voice; providing the received voice to a first voice recognition engine provided in the server and a second voice recognition engine provided in the mobile terminal; acquiring first voice recognition data as a result of recognizing the received voice by the first voice recognition engine when the received voice is provided to the first voice recognition engine; acquiring second voice recognition data as a result of recognizing the received voice by the second voice recognition engine; estimating a function corresponding to the user's intention based on at least one of the first and the second voice recognition data; calculating a similarity between the first and the second voice recognition data when personal information is required for the estimated function; and selecting either one of the first and the second voice recognition data based on the calculated similarity, wherein the method is further comprising: ignoring the second voice recognition data when personal information is not required for the estimated function. receiving a user's voice; providing the received voice to a first voice recognition engine provided in the server and a second voice recognition engine provided in the mobile terminal; acquiring first voice recognition data as a result of recognizing the received voice by the first voice recognition engine when the received voice is provided to the first voice recognition engine; acquiring second voice recognition data as a result of recognizing the received voice by the second voice recognition engine; estimating a function corresponding to the user's intention based on at least one of the first and the second voice recognition data; calculating a similarity between the first and the second voice recognition data when personal information is required for the estimated function; and selecting either one of the first and the second voice recognition data based on the calculated similarity,
A cardiopulmonary resuscitation, CPR, device for enhancing the delivery of CPR to a patient, the device comprising: a patient side for engagement with the chest of the patient; and a user side for engagement with the hands of a user delivering CPR to the patient, wherein one or more of the surface of the patient side and the surface of the user side is at least partially formed of a material with variable contact characteristics configured to be controlled so as to regulate the lateral force distribution profile at the one or more of the surface of the patient side and the surface of the user side from a force applied to the device by the user and transferred through the device to the patient. a patient side for engagement with the chest of the patient; and a user side for engagement with the hands of a user delivering CPR to the patient, wherein one or more of the surface of the patient side and the surface of the user side is at least partially formed of a material with variable contact characteristics configured to be controlled so as to regulate the lateral force distribution profile at the one or more of the surface of the patient side and the surface of the user side from a force applied to the device by the user and transferred through the device to the patient.
A method of treating an inorganic surface comprising applying to the surface an aqueous solution consisting essentially of water and at least one ionic organosilicon compound selected from the formula: wherein: Y is RO where R is an alkyl radical of one to four carbon atoms, (CH 2 CH 2 O) n OH where n has a value of one through ten, (CH 3 OCH 2 CH 2 O or (CH 3 CH 2 OCH 2 CH 2 O); a has a value of zero, one and two; R' is a methyl or ethyl radical; R"is an alkylene group containing one to four carbon atoms; R''', R"" and R v are alkyl groups containing one to twenty two carbon atoms, wherein at least one such group is larger than eight carbon atoms, -CH 2 C 6 H 5,-CH 2 CH 2 OH, -CH 2 OH, or -(CH 2) x NHC R vi wherein x has a value of from two to ten and R vi is a perfluoroalkyl radical having one to twelve carbon atoms; and X is chloride, bromide, fluoride, iodide, acetate or tosylate; and wherein said aqueous solution comprises between 0.1 and 10 weight percent of said ionic organosilicon compound. Y is RO where R is an alkyl radical of one to four carbon atoms, (CH 2 CH 2 O) n OH where n has a value of one through ten, (CH 3 OCH 2 CH 2 O or (CH 3 CH 2 OCH 2 CH 2 O); RO where R is an alkyl radical of one to four carbon atoms, (CH 2 CH 2 O) n OH where n has a value of one through ten, (CH 3 OCH 2 CH 2 O or (CH 3 CH 2 OCH 2 CH 2 O); a has a value of zero, one and two; R' is a methyl or ethyl radical; R"is an alkylene group containing one to four carbon atoms; R''', R"" and R v are alkyl groups containing one to twenty two carbon atoms, wherein at least one such group is larger than eight carbon atoms, -CH 2 C 6 H 5,-CH 2 CH 2 OH, -CH 2 OH, or -(CH 2) x NHC R vi wherein x has a value of from two to ten and R vi is a perfluoroalkyl radical having one to twelve carbon atoms; and X is chloride, bromide, fluoride, iodide, acetate or tosylate; and wherein said aqueous solution comprises between 0.1 and 10 weight percent of said ionic organosilicon compound.