mhurhangee/ep-ind-claims huggingface dataset:
A laundry treating apparatus comprising: a cabinet provided with a receiving space in which laundry is received; a supply unit (71, 72) for supplying at least one of the air and water into the receiving space; a presser provided in the receiving space to pressurize the laundry so as to remove a wrinkle of the laundry; and a clamp unit provided below the presser to pressure and fix the laundry before pressurizing the laundry by using the presser, characterised in that the clamp unit comprises: a first support unit provided to be fixed into the receiving space, supporting the laundry; a first left clip provided at a left end of the first support unit, pressurizing and fixing a left end of the laundry together with the first support unit; and a first right clip provided at a right end of the first support unit, pressurizing and fixing a right end of the laundry together with the first support unit, wherein the first support unit is formed of an elastic material to have an elastic force, and wherein the first left clip and the first right clip detachably pressurize and fix a left end and a right end of the laundry respectively using the elastic force so as not to pressurize a sewing line provided at a center of the laundry. a cabinet provided with a receiving space in which laundry is received; a supply unit (71, 72) for supplying at least one of the air and water into the receiving space; a presser provided in the receiving space to pressurize the laundry so as to remove a wrinkle of the laundry; and a clamp unit provided below the presser to pressure and fix the laundry before pressurizing the laundry by using the presser, characterised in that the clamp unit comprises: a first support unit provided to be fixed into the receiving space, supporting the laundry; a first left clip provided at a left end of the first support unit, pressurizing and fixing a left end of the laundry together with the first support unit; and a first right clip provided at a right end of the first support unit, pressurizing and fixing a right end of the laundry together with the first support unit, a first support unit provided to be fixed into the receiving space, supporting the laundry; a first left clip provided at a left end of the first support unit, pressurizing and fixing a left end of the laundry together with the first support unit; and a first right clip provided at a right end of the first support unit, pressurizing and fixing a right end of the laundry together with the first support unit, wherein the first support unit is formed of an elastic material to have an elastic force, and
Switched voltage converter having galvanic isolation by means of a transformer and having closed-loop control adjustment of an output voltage (U An) from an input voltage (U E) to a setpoint value predefinable to one of a number of setpoint values (U A1 =10V, U A2 =15V, U A3 =20V, U A4 =25V) and having at least one semiconductor switch controlled by a PWM device on the input side, and having at least one rectifier on the output side, having a closed-loop and/or open-loop controller with at least one setpoint/actual value comparator, characterised by a frequency-controlled setpoint value changeover means (30, 30a, 30'a, 30b), which as a function of a changeover of an adjustable operating frequency (f an) of the PWM device from a first frequency (f a1 =50kHz), which is associated with a first (U A1 =10V) of the setpoint values, to a second frequency (f a2 =60kHz), which is associated with a currently selected second (U A2 =15V) of the setpoint values, changes over a division ratio of a voltage divider to which the set output voltage (U An) is applied, wherein the setpoint/actual value comparator generates a control signal (S R) from a deviation of a voltage value (U T), determined from the division ratio, from a reference value (U R) of a reference voltage, said control signal (S R) being guided via a galvanically isolating element and supplied to the PWM device for closed-loop control adjustment of the output voltage (U An) to the setpoint value (U A2 =15V) associated with the currently set frequency (f a2 =60kHz) of the PWM device.
A portable apparatus for clamping workpieces to be processed, for example pipes or profiles to be shortened by means of a hand-held circular saw, comprising a lower clamping section and an upper clamping section which are movable relative to one another between a clamping position and a release position, wherein the relative movement of the two clamping sections (13, 15) is compulsorily guided by a mechanical connection between the two clamping sections (13, 15), characterized in that the upper clamping section is configured for the support and straight-line guidance of a portable hand-held electric tool with which a workpiece is processed that is clamped in the clamping position between the two clamping sections (13, 15) using the inherent weight of the electric tool. comprising a lower clamping section and an upper clamping section which are movable relative to one another between a clamping position and a release position, wherein the relative movement of the two clamping sections (13, 15) is compulsorily guided by a mechanical connection between the two clamping sections (13, 15), characterized in that the upper clamping section is configured for the support and straight-line guidance of a portable hand-held electric tool with which a workpiece is processed that is clamped in the clamping position between the two clamping sections (13, 15) using the inherent weight of the electric tool.
A harvesting device to harvest a target growing on a plant, the harvesting device comprising: an upper harvesting ring which has a ring part adapted for a part of the target to be inserted through; a lower harvesting ring which has a ring part adapted for a part of the target to be inserted through, and is disposed below the upper harvesting ring; and a driving mechanism adapted to change a relative position of the upper harvesting ring and the lower harvesting ring, characterized in that the harvesting device is configured so that, when a target is harvested by said harvesting device, in a state where a part of the target is inserted through the upper harvesting ring and the lower harvesting ring, the driving mechanism is arranged to move the upper harvesting ring in a direction away from a plant on which the target is grown, or is arranged to move the lower harvesting ring in a direction toward the plant, so that the lower harvesting ring comes into contact with a peduncle of said plant. an upper harvesting ring which has a ring part adapted for a part of the target to be inserted through; a lower harvesting ring which has a ring part adapted for a part of the target to be inserted through, and is disposed below the upper harvesting ring; and a driving mechanism adapted to change a relative position of the upper harvesting ring and the lower harvesting ring, characterized in that the harvesting device is configured so that, when a target is harvested by said harvesting device, in a state where a part of the target is inserted through the upper harvesting ring and the lower harvesting ring, the driving mechanism is arranged to move the upper harvesting ring in a direction away from a plant on which the target is grown, or is arranged to move the lower harvesting ring in a direction toward the plant, so that the lower harvesting ring comes into contact with a peduncle of said plant.
Cooking appliance, comprising at least one processing chamber, at least one door that seals the processing chamber at least in part, and at least one conveying device for water, characterised in that the conveying device is drivably coupled to the door such that the conveying device takes in the water by means of a movement of the door, and in particular by means of the door being opened or closed, and transfers the water to a container by means of a further movement of the door, in particular by means of the door being closed or opened.
A drive machinery for an elevator, the drive machinery comprising a rotatable drive sheave for driving plurality of ropes of the elevator, and a motor (m) for rotating the drive sheave; the drive sheave comprising a drive sheave body rotatable around a rotational axis; plurality of rim arrangements mounted on the drive sheave body side by side in direction of said rotational axis, each said rim arrangement defining a circular outer rim for transmitting traction to a rope, said circular outer rims being coaxial with each other, characterized in that the diameter (d1,d2) of the circular outer rim of one or more of said rim arrangements is individually adjustable without changing diameters of the rims of the other rim arrangements for enlarging or reducing the turning radius of a rope passing around the circular outer rim in question, wherein said drive sheave comprises an adjusting means (10,20,30,40,50,60) for individually adjusting the diameter of the circular outer rim of each of the one or more adjustable rim arrangements, wherein said adjusting means (10,20,30,40,50,60) are electrically controllable. a drive sheave body rotatable around a rotational axis; plurality of rim arrangements mounted on the drive sheave body side by side in direction of said rotational axis, each said rim arrangement defining a circular outer rim for transmitting traction to a rope, said circular outer rims being coaxial with each other, characterized in that the diameter (d1,d2) of the circular outer rim of one or more of said rim arrangements is individually adjustable without changing diameters of the rims of the other rim arrangements for enlarging or reducing the turning radius of a rope passing around the circular outer rim in question, wherein said drive sheave comprises an adjusting means (10,20,30,40,50,60) for individually adjusting the diameter of the circular outer rim of each of the one or more adjustable rim arrangements, wherein said adjusting means (10,20,30,40,50,60) are electrically controllable.
A method of wireless communication performed by a user equipment, UE, comprising: receiving, during one or more time units up to a first time, a configuration to provide a positioning state information, PSI, report; measuring, after the first time up to a second time, one or more positioning reference signal, PRS, transmissions; and transmitting, at a third time after the second time, the PSI report on an uplink physical channel, the PSI report including measurements of the one or more PRS transmissions, wherein a length of time between the second time and the third time is greater than a timing requirement Z'. receiving, during one or more time units up to a first time, a configuration to provide a positioning state information, PSI, report; measuring, after the first time up to a second time, one or more positioning reference signal, PRS, transmissions; and transmitting, at a third time after the second time, the PSI report on an uplink physical channel, the PSI report including measurements of the one or more PRS transmissions, wherein a length of time between the second time and the third time is greater than a timing requirement Z'.
A process for producing 2,6-di-tert-butyl phenol, comprising reacting a phenol with a C 4 raffinate stream containing (a) isobutylene, and (b) 1-butene and/or 2-butene under reaction conditions, including a reaction temperature ranging from 70° C to 130° C, that selectively react the isobutylene with the phenol to produce the 2,6-di-tert-butyl phenol, wherein less than 3% by weight of the 1-butene and 2-butene present in the C 4 raffinate stream is reacted with the phenol and wherein the molar ratio of isobutylene to phenol ranges from 1.8:1 to 2.8:1.
A steam turbine comprising: an exhaust casing enclosing multiple blade stages arranged in an axial direction, wherein the multiple blade stages comprises a hot portion of blade stages and a cold portion of blade stages, characterised in that the exhaust casing comprises a first chamber communicable with the hot portion of blade stages, and a second chamber connectable to the cold portion of blade stages, wherein the first chamber is separated from the second chamber via a partition, wherein the cold portion of blade stages is located in the direction of steam flow and arranged after the hot portion of blade stages, the steam turbine further comprising an insulation means for thermally insulating the first chamber from the second chamber, wherein the insulation means is arranged on at least one surface of the partition.
A display, comprising a backlight comprising an array of light sources and an array of substantially lambertian reflectors, wherein each reflector surrounds one of the light sources, characterised in that the reflectors comprise a reflector having a structure shaped to contain the light originating from a light source surrounded by the reflector within a solid angle relative to the light source and re-reflect, within the solid angle, light originating from the light source surrounded by the reflector and reflected back toward the backlight from a panel of the display.
An amorphous fluorine-containing resin composition comprising amorphous fluorine-containing resin dissolved in alkoxy perfluoroalkene, wherein the perfluoroalkene portion of said alkoxy perfluoroalkene has from 5 to 8 carbons.
Pressure limiting device in a hydraulic section for clutch actuation, which pressure limiting valve is arranged in a fluid-conducting line and has at least one pot-shaped orifice body which can be moved axially in a central housing bore (1.1) of a housing and, in a bottom part (3.1), has a central orifice bore (3.2) and at least one bypass opening (3.3) which is spaced apart radially by the said central orifice bore (3.2), it being possible for the orifice body which is loaded by a spring to be moved axially between a housing closure and a stop face (1.2) of the housing, which housing closure has a central through bore (2.1) and is received in the housing bore (1.1), the orifice bore (3.2) and the bypass opening (3.3) being flowed through by the fluid first of all during the engagement of the clutch, and it being possible, if a predefined volumetric flow is exceeded, for the orifice body to be brought into contact with the housing closure counter to the force of the spring, in such a way that the at least one bypass opening (3.3) is closed and the orifice bore (3.2) is flowed through by the fluid, characterized in that the orifice body is guided axially on an outer wall (2.2) of the housing closure, and a bearing element is arranged between the housing and the bottom part (3.1) of the orifice body, by means of which bearing element a seal and/or a compensation of unevennesses/oblique positions on the housing and/or on the orifice body can be realized.
A wireless data transceiver device for communication comprising: an enclosure (120, 1025); a flexible antenna component (215, 510, 1015); and communication circuitry (240, 520, 1005) for generating and receiving signals, said communication circuitry comprising a transmitter, wherein said communication circuitry is in electrical communication with said antenna component and said communication circuitry and said antenna component are within said enclosure, wherein said device is an active real time location and identification device; characterized in that said antenna component comprises a loop antenna; said device comprises conductive plates (230, 235), said plates being plates of a capacitor, coupling said antenna component to the communication circuitry; the output of said transmitter comprises a differential, balanced output; the device further comprises a matching network for matching the impedance of the antenna component to the output of the transmitter; and in that the matching network comprises mirrored pi-networks. an enclosure (120, 1025); a flexible antenna component (215, 510, 1015); and communication circuitry (240, 520, 1005) for generating and receiving signals, said communication circuitry comprising a transmitter, wherein said communication circuitry is in electrical communication with said antenna component and said communication circuitry and said antenna component are within said enclosure, wherein said device is an active real time location and identification device; characterized in that said antenna component comprises a loop antenna; said device comprises conductive plates (230, 235), said plates being plates of a capacitor, coupling said antenna component to the communication circuitry; the output of said transmitter comprises a differential, balanced output; the device further comprises a matching network for matching the impedance of the antenna component to the output of the transmitter; and in that the matching network comprises mirrored pi-networks.
A composite comprising graphene, a metalloprotein and a conjugated porous organic polymer, wherein said conjugated porous organic polymer comprises a repeat unit derived from a monomer of formula: wherein A is an aromatic ring or ring system; Z 1 is alkynyl; Z 2 is alkynyl; ----- is a bond which may be present or absent; each Y is independently selected from alkynyl, halide, OH, OTf, CHO, COR, COOR, COOH, NH 2, NHR, NR 2, CONH, CONHR wherein R is C 1-8 alkyl, OH, phenol, halide, aryl or heteroaryl; and n is an integer between 1 and 4. A is an aromatic ring or ring system; Z 1 is alkynyl; Z 2 is alkynyl; ----- is a bond which may be present or absent; each Y is independently selected from alkynyl, halide, OH, OTf, CHO, COR, COOR, COOH, NH 2, NHR, NR 2, CONH, CONHR wherein R is C 1-8 alkyl, OH, phenol, halide, aryl or heteroaryl; and n is an integer between 1 and 4.
A method of preventing or combating Mycosphaerella fijiensis fungal infection in a plant or plant material, which method comprises applying Trichoderma atroviride SC 1 to the plant, plant material, or the locus of the plant.
Extractor hood comprising a viewing hood, wherein the viewing hood has an at least partially circumferential frame with at least one inwardly directed flange in the lower region, at least one glass cover fastened non-detachably to the frame and at least one suction compartment, wherein the frame bounds the suction compartment in the viewing hood at least toward the sides and the glass cover covers at least one part of the suction compartment, the at least one flange is arranged in the lower region at a distance from the lower edge of the frame, a lower protrusion of the web of the frame is formed, the at least one glass over is attached to the lower side of the lower flange and wherein the lower side is made of glass except for the edge of the frame which projects into the lower side of the viewing hood.
A method for deep roll peening a workpiece surface, the method comprising deep roll peening a workpiece surface by moving the workpiece along a feed path through multiple groups of opposed rollers (22a, 22b, 24a, 24b, 26a, 26b, 28a, 28b) that are arranged in series, wherein each group of opposed rollers (22a... 28b) includes a rim that defines a workpiece engagement surface that exerts a deep roll peening force on the workpiece, characterised in that: the workpiece engagement surfaces of the opposed rollers (22a... 28b) of each of the groups are spaced apart from each other by a gap, and the groups are arranged in series such that the gaps together define a feed path for receiving a workpiece into serial contact with the workpiece engagement surfaces.
A method, comprising: • individually modulating each of a plurality of air traffic control, ATC, signals to respectively encode segments of an overlay message among the plurality of ATC signals, thereby generating a plurality of overlay-modulated ATC signals, wherein the overlay message comprises one of broadcast data and/or data for an intended recipient; and • transmitting each of the plurality of overlay-modulated ATC signals thus transmitting the overlay message by transmission of the plurality of the overlay-modulated ATC signals; characterized in that • the overlay message comprises a plurality of data segments, the number of data segments of the plurality is equal in number to the number of signals comprising the plurality of ATC signals; and • each signal of the plurality of overlay-modulated ATC signals is the respective ATC signal overlay-modulated with a respective data segment of the overlay message, such that the overlay message comprises the concatenation of the plurality of data segments. • individually modulating each of a plurality of air traffic control, ATC, signals to respectively encode segments of an overlay message among the plurality of ATC signals, thereby generating a plurality of overlay-modulated ATC signals, wherein the overlay message comprises one of broadcast data and/or data for an intended recipient; and • transmitting each of the plurality of overlay-modulated ATC signals thus transmitting the overlay message by transmission of the plurality of the overlay-modulated ATC signals; • the overlay message comprises a plurality of data segments, the number of data segments of the plurality is equal in number to the number of signals comprising the plurality of ATC signals; and • each signal of the plurality of overlay-modulated ATC signals is the respective ATC signal overlay-modulated with a respective data segment of the overlay message, such that the overlay message comprises the concatenation of the plurality of data segments.
Method for controlling a vehicle system of a vehicle set up for carrying out an automated driving operation, wherein the vehicle is localised and wherein the vehicle system is enabled for activation depending on a result of the localisation, characterised in that - the vehicle is localised using at least two different localisation methods (LML, LMG), wherein the at least two localisation methods (LML, LMG) include at least one landmark-based localisation method and a localisation method based on at least one global navigation satellite system, and - the vehicle system is only enabled for activation if it has been confirmed by means of each of the localisation methods (LML, LMG) used that the vehicle is on a route section approved for the automated driving operation. - the vehicle is localised using at least two different localisation methods (LML, LMG), wherein the at least two localisation methods (LML, LMG) include at least one landmark-based localisation method and a localisation method based on at least one global navigation satellite system, and - the vehicle system is only enabled for activation if it has been confirmed by means of each of the localisation methods (LML, LMG) used that the vehicle is on a route section approved for the automated driving operation.
Injection device with an advancing rod, moveable relative to the injection device or relative to a holder of the injection device only in the distal direction, with at least one holding or arresting area, in particular a toothing, for the disconnectable holding of the advancing rod on or in the injection device or the holder, characterised by a coupling element envisaged on the advancing rod for positioning the advancing rod relative to a dosing element, in particular for fixing the axial position of the advancing rod relative to the dosing element for producing a disconnectable connection, or one that is difficult to disconnect, between the advancing rod and the dosing element during or after a dispensing process, for preventing further dose dispensation, wherein several different counterstops or recesses (6a, 6b, 6m, 6n) are envisaged on the dosing element, which form one or more counterstops or engagement positions for the coupling element of the advancing rod.
A polynucleotide encoding an ornithine transcarbamylase protein comprising an amino acid sequence of SEQ ID NO:4 and having OTC enzymatic activity, wherein the polynucleotide is an mRNA comprising a sequence of SEQ ID NO: 221, wherein T is substituted with U.