mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling a mobile terminal, the method comprising: displaying, via a display on the mobile terminal, a full image detected by a camera as a preview image in a first display portion; displaying, via the display, the same full image in a second display portion; zooming, via a controller on the mobile terminal, the full image displayed in the first display portion; displaying a zoom guide indicating a zoomed portion on the full image in the second display portion; recognizing, via a controller on the mobile terminal, at least first and second faces included in the full image; displaying an indicator indicating how many recognized faces in the zoomed image displayed in the first display portion are missing compared to the full image; receiving an input signal indicating a selection of the displayed indicator; and displaying, via the display, the missing face indicated by the selected indicator by shifting the zoomed image displayed in the first display portion according to the input signal, wherein the indicator is displayed on a side of the first display portion corresponding to a direction where the missing faces are located, and the indicator includes at least one of an image of a composition map, a missing face, an icon, textual information, a number and phonebook information. displaying, via a display on the mobile terminal, a full image detected by a camera as a preview image in a first display portion; displaying, via the display, the same full image in a second display portion; zooming, via a controller on the mobile terminal, the full image displayed in the first display portion; displaying a zoom guide indicating a zoomed portion on the full image in the second display portion; recognizing, via a controller on the mobile terminal, at least first and second faces included in the full image; displaying an indicator indicating how many recognized faces in the zoomed image displayed in the first display portion are missing compared to the full image; receiving an input signal indicating a selection of the displayed indicator; and displaying, via the display, the missing face indicated by the selected indicator by shifting the zoomed image displayed in the first display portion according to the input signal, wherein the indicator is displayed on a side of the first display portion corresponding to a direction where the missing faces are located, and the indicator includes at least one of an image of a composition map, a missing face, an icon, textual information, a number and phonebook information.
A removal device for removing pipe sections, wherein the removal device has: (a) a holding device with a loading edge, a holding area for holding the pipe sections and a loading area connecting the loading edge to the holding area, (b) a pivotable storage cassette for storing a plurality of pipe sections, wherein the storage cassette is arranged or can be arranged in front of the loading edge of the holding device and the storage cassette arranged in front of the loading edge is configured to be pivoted in front of the loading edge of the holding device by a pivoting angle (γ) of the storage cassette relative to a parallel of the horizontal, (c) a lifter for lifting the plurality of pipe sections out of the storage cassette, wherein the lifter is configured to be moved in front of the loading edge of the holding device in such a way that the lifter lifts the plurality of pipe sections onto the loading edge so that the plurality of pipe sections move along the loading area into the holding area, characterized in that, the holding device is arranged at a fixed angle of inclination (φ) in the removal device, and in that the holding device has a slide unit which delimits the speed of movement of the pipe sections along the loading area. (a) a holding device with a loading edge, a holding area for holding the pipe sections and a loading area connecting the loading edge to the holding area, (b) a pivotable storage cassette for storing a plurality of pipe sections, wherein the storage cassette is arranged or can be arranged in front of the loading edge of the holding device and the storage cassette arranged in front of the loading edge is configured to be pivoted in front of the loading edge of the holding device by a pivoting angle (γ) of the storage cassette relative to a parallel of the horizontal, (c) a lifter for lifting the plurality of pipe sections out of the storage cassette, wherein the lifter is configured to be moved in front of the loading edge of the holding device in such a way that the lifter lifts the plurality of pipe sections onto the loading edge so that the plurality of pipe sections move along the loading area into the holding area,
A pneumatic tire comprising: a tire carcass forming a toroid comprising a pair of sidewalls extending in a radial direction from a central opening and to a central portion extending laterally between the pair of sidewalls; a tire tread arranged annularly around the central portion and defining a ground-engaging side of the tire, the tire tread having a width (W 20) defined by a pair of opposing lateral sides of the tread and the ground-engaging side extending annularly around an exterior side of the tire. a tire thickness extending between the exterior side and an interior side of the tire; characterized in that said pneumatic tire further comprises: a flexible heat insulating layer attached to the tire at a location radially inward from the tire tread and opposite the tire tread relative the tire thickness, the heat insulating layer having a thickness(T 40), a length extending annularly and substantially around the tire,and a width (W 40) extending between the pair of opposing lateral sides of the tread, the heat insulating layer having thermally insulating properties configured to maintain at least a portion of the tire tread at or above a desired elevated temperature greater than a glass transition temperature for any such portion of the tire tread under normal tire operating conditions, the heat insulating layer s having a low thermal conductivity. a tire carcass forming a toroid comprising a pair of sidewalls extending in a radial direction from a central opening and to a central portion extending laterally between the pair of sidewalls; a tire tread arranged annularly around the central portion and defining a ground-engaging side of the tire, the tire tread having a width (W 20) defined by a pair of opposing lateral sides of the tread and the ground-engaging side extending annularly around an exterior side of the tire. a tire thickness extending between the exterior side and an interior side of the tire;
An apparatus comprising: a deformable protective housing comprising circumscribing deformable barrier side walls defining a variable volume internal hermetic chamber for housing an electronic component in a protected atmosphere, wherein the electronic component is configured for user-flexing and wherein the electronic component is an organic electronic component and/or is a display, a battery, a touch panel or a solar panel and/or wherein the electronic component is an organic light emitting diode display; and wherein the deformable protective housing is configured to allow deformation of the electronic component as a result of deformation of the deformable protective housing. a deformable protective housing comprising circumscribing deformable barrier side walls defining a variable volume internal hermetic chamber for housing an electronic component in a protected atmosphere, wherein the electronic component is configured for user-flexing and wherein the electronic component is an organic electronic component and/or is a display, a battery, a touch panel or a solar panel and/or wherein the electronic component is an organic light emitting diode display; and wherein the deformable protective housing is configured to allow deformation of the electronic component as a result of deformation of the deformable protective housing.
A fluorination process for the production of a fluoroolefin, comprising a preliminary activation stage which comprises contacting a fluorination catalyst, with a hydrogen fluoride gas flow before contacting the fluorination catalyst with an oxidizing agent-containing gas flow, said fluorination catalyst being subjected to a drying step before the preliminary activation stage, alternate reaction and regeneration stages, wherein the reaction stages comprise reacting a chlorinated compound with hydrogen fluoride in the gas phase in the presence of the fluorination catalyst to produce a fluorinated compound, and the regeneration stages comprise contacting the fluorination catalyst with an oxidizing agent-containing gas flow, said fluorination catalyst being a supported catalyst further comprising a co-catalyst selected from Co, Zn, Mn and Ni, in an amount from 1-10wt% of said fluorination catalyst; and the support is selected from AlF 3, prefluorinated activated carbon and fluorinated graphite.
A device for installing or removing a water meter comprising: a water meter receiving structure into which a water meter can be inserted, the water meter receiving structure 12) comprising a handle or having an attachment point configured to allow a handle to be attached thereto; and one or more retainers attached to the water meter receiving structure, each retainer comprising a biasing element and having a first position and a second position inward of the first position, characterised in that each biasing element urges its respective retainer towards the first position and each retainer is moveable into the second position through contact with the water meter as the water meter is inserted into the water meter receiving structure, thereby retaining the water meter in the water meter receiving structure during use. a water meter receiving structure into which a water meter can be inserted, the water meter receiving structure 12) comprising a handle or having an attachment point configured to allow a handle to be attached thereto; and one or more retainers attached to the water meter receiving structure, each retainer comprising a biasing element and having a first position and a second position inward of the first position, characterised in that each biasing element urges its respective retainer towards the first position and each retainer is moveable into the second position through contact with the water meter as the water meter is inserted into the water meter receiving structure, thereby retaining the water meter in the water meter receiving structure during use.
A wrapping arrangement for an agricultural round baler comprising: a support frame; a wrapping mechanism with at least one wrap material feeding means mounted on the support frame, said at least one wrap material feeding means including a supply of wrap material; and at least one wrap material clamp and cutting device with a cutting knife supported on a support frame member and the wrap material clamp and cutting device operably mounted in functional relation to the at least one wrap material feeding means; a clamp mechanism (36, 38, 40) mounted proximate to the at least one wrap material clamp and cutting device, said clamp mechanism (36, 38, 40) adapted to clamp the free end of the wrap material by a biasing clamping force for pre-positioning the wrap material for functional operation with the wrapping mechanism, characterized in that the clamp mechanism (36, 38, 40) is arranged for clamping a free end of the wrap material on the support frame member and in that the clamp mechanism (36, 38, 40) comprises a profiled resilient element (48, 54), and the profiled resilient element (48, 54) is mounted on the support frame member of the bale wrapping mechanism, wherein the profiled resilient element (48, 54) has a fixed end and a free end, distal from the fixed end, and the fixed end is fixedly mounted to the support frame member, wherein said profiled resilient element (48, 54), displaceable between an operative clamping configuration (A, C) and an operative de-clamping configuration (B, D). a support frame; a wrapping mechanism with at least one wrap material feeding means mounted on the support frame, said at least one wrap material feeding means including a supply of wrap material; and at least one wrap material clamp and cutting device with a cutting knife supported on a support frame member and the wrap material clamp and cutting device operably mounted in functional relation to the at least one wrap material feeding means; a clamp mechanism (36, 38, 40) mounted proximate to the at least one wrap material clamp and cutting device, said clamp mechanism (36, 38, 40) adapted to clamp the free end of the wrap material by a biasing clamping force for pre-positioning the wrap material for functional operation with the wrapping mechanism, characterized in that the clamp mechanism (36, 38, 40) is arranged for clamping a free end of the wrap material on the support frame member and in that the clamp mechanism (36, 38, 40) comprises a profiled resilient element (48, 54), and the profiled resilient element (48, 54) is mounted on the support frame member of the bale wrapping mechanism, wherein the profiled resilient element (48, 54) has a fixed end and a free end, distal from the fixed end, and the fixed end is fixedly mounted to the support frame member, wherein said profiled resilient element (48, 54), displaceable between an operative clamping configuration (A, C) and an operative de-clamping configuration (B, D).
A 5'-phosphorothiolate cap analog according to formula 1 wherein L 1 and L 2 are independently selected from the group comprising O and S, wherein at least one of L 1 and L 2 is not O; n = 0, 1, or 2; X 1, X 2, X 3 are independently selected from the group comprising O, S; R 1 is selected from the group comprising CH 3, C 2 H 5, CH 2 Ph, alkyl, or substituted alkyl; R 2 and R 3 are independently selected from the group comprising H, OH, OCH 3, OC 2 H 5, -COOH, N 3, alkyl, alkenyl or alkynyl; R 4 and R 5 are independently selected from the group comprising H, OH, OCH 3, OC 2 H 5, -COOH, CH 2 COOH, N 3, CH 2 N 3, alkyl, alkenyl, or alkynyl; Y 1, Y 2 are independently selected from the group comprising CH 2, CHCl, CCl 2, CF 2, CHF, NH, O; and B is a group according to formula 3, 4, 5, 6 or 7
An refrigerator comprising: a body in which a storage space is formed; a door configured to selectively open and close the storage space; one pair of rail guides (61, 62) fixed to both side walls of the storage space and having racks formed at upper sides thereof; one pair of rail assemblies (20, 30) configured to connect the door with the rail guides (61, 62); a shaft configured to connect the pair of rail assemblies (20, 30) with each other; one pair of pinions (51, 52) provided at both ends of the shaft, respectively, and moved in an engaged state with the racks when the door is inserted or drawn out; and a torsion prevention part installed at one of the pair of rail guides (61, 62) and configured to prevent torsion of the door, wherein the torsion prevention part comprises an idle gear having a hinge shaft rotatably inserted into the rail guide, and selectively engaged with the pinion, and an stretchable elastic support part connected to a lower end of the idle gear and the rail guide, characterized in that a guide part is formed at the rail guide, wherein the hinge shaft is movable forward and backward while being inserted into the guide part, wherein the refrigerator further comprises a repulsive force generation part installed at the idle gear and/or the rail guide and configured to generate a force which pushes forward the idle gear. a body in which a storage space is formed; a door configured to selectively open and close the storage space; one pair of rail guides (61, 62) fixed to both side walls of the storage space and having racks formed at upper sides thereof; one pair of rail assemblies (20, 30) configured to connect the door with the rail guides (61, 62); a shaft configured to connect the pair of rail assemblies (20, 30) with each other; one pair of pinions (51, 52) provided at both ends of the shaft, respectively, and moved in an engaged state with the racks when the door is inserted or drawn out; and a torsion prevention part installed at one of the pair of rail guides (61, 62) and configured to prevent torsion of the door, wherein the torsion prevention part comprises an idle gear having a hinge shaft rotatably inserted into the rail guide, and selectively engaged with the pinion, and an stretchable elastic support part connected to a lower end of the idle gear and the rail guide, characterized in that a guide part is formed at the rail guide, wherein the hinge shaft is movable forward and backward while being inserted into the guide part, wherein the refrigerator further comprises a repulsive force generation part installed at the idle gear and/or the rail guide and configured to generate a force which pushes forward the idle gear.
A system for determining an actual interferer transmitting an interfering signal comprising first frequency portions of the interfering signal in a predetermined frequency band of a useful signal, wherein the system comprises: an antenna module (110; 210) for receiving a transmitted radio signal to obtain a received radio signal comprising second frequency portions of the transmitted radio signal in the predetermined frequency band, an RF front-end (120; 220) for processing the received radio signal to obtain a preprocessed signal ( f), a signal demodulator (130; 230) for processing the preprocessed signal ( f) to obtain a compressed signal ( ŷ), a signal evaluator for identifying the actual interferer, characterized in that the signal evaluator is configured to determine for each possible interferer of the plurality of possible interferers coefficient information ( x) of said possible interferer based on representation information ( Ψ) of said possible interferer and based on processing information ( R, H, D), such that the coefficient information ( x) of said possible interferer and the representation information ( Ψ) of said possible interferer together indicate the preprocessed signal ( f), wherein the processing information ( R, H, D) and the preprocessed signal ( f) together indicate the compressed signal ( ŷ), wherein the signal evaluator is configured to determine a possible interferer of the plurality of possible interferers as the actual interferer based on the coefficient information ( x) of each of the plurality of possible interferers. an antenna module (110; 210) for receiving a transmitted radio signal to obtain a received radio signal comprising second frequency portions of the transmitted radio signal in the predetermined frequency band, an RF front-end (120; 220) for processing the received radio signal to obtain a preprocessed signal ( f), a signal demodulator (130; 230) for processing the preprocessed signal ( f) to obtain a compressed signal ( ŷ), a signal evaluator for identifying the actual interferer, characterized in that the signal evaluator is configured to determine for each possible interferer of the plurality of possible interferers coefficient information ( x) of said possible interferer based on representation information ( Ψ) of said possible interferer and based on processing information ( R, H, D), such that the coefficient information ( x) of said possible interferer and the representation information ( Ψ) of said possible interferer together indicate the preprocessed signal ( f), wherein the processing information ( R, H, D) and the preprocessed signal ( f) together indicate the compressed signal ( ŷ), wherein the signal evaluator is configured to determine a possible interferer of the plurality of possible interferers as the actual interferer based on the coefficient information ( x) of each of the plurality of possible interferers.
An electronic device comprising: a metallic plane comprising an opening; and a radiofrequency communication or energy transfer antenna made of a planar conductive winding, wherein the planar winding is placed within said opening, one of the two ends (32, 34) of the planar winding being directly connected to the metal plane which continuously surrounds the planar winding, the opening of the metal plane being adapted to receive a camera, a microphone, or a light sensor. a metallic plane comprising an opening; and a radiofrequency communication or energy transfer antenna made of a planar conductive winding, wherein the planar winding is placed within said opening, one of the two ends (32, 34) of the planar winding being directly connected to the metal plane which continuously surrounds the planar winding, the opening of the metal plane being adapted to receive a camera, a microphone, or a light sensor.
A herbicidal composition comprising a herbicidally effective amount of a) (±)-2-exo-(2-Methylbenzyloxy)-1-methyl-4-isopropyl-7-oxabicyclo[2.2.1]heptane, any of its individual enantiomers or any non-racemic mixture thereof (herbicide A) and (b) pethoxamid (herbicide B).
A self-recuperative burner comprising: a burner body having an exchanger; said exchanger comprises a first duct for the combustion air and a second duct for the flue gases; it further comprises at least one first flue gas discharge pipe; and an air inlet duct leading to a first annular chamber concentric to said at least one first flue gas discharge pipe; characterized in that said first annular chamber being connected also to a Venturi tube positioned inside said at least one first flue gas discharge pipe.
A tunneling magnetoresistance, TMR, near-field magnetic communication system, used for detecting alternating current, AC, and direct current, DC, magnetic fields generated by a near-field magnetic communication system, and converting magnetic signals into electrical signals received by an audio electroacoustic device, the TMR near-field magnetic communication system comprising: a first TMR sensor bridge for detecting a magnetic field; an analog signal circuit connected to an output of the first TMR sensor bridge, the analog signal circuit comprising a filter and an amplifier, the filter separating AC and DC electrical signals output by the first TMR sensor bridge, the amplifier amplifying the AC electrical signal, and an analog signal output transmitting the amplified AC electrical signal to the audio electroacoustic device; and a power circuit connected to the first TMR sensor bridge and the analog signal circuit, and a power input for providing power supply for the power circuit; the first TMR sensor bridge being a low-sensitive linear TMR sensor, a high-sensitive linear TMR sensor, or a non-linear TMR sensor. a first TMR sensor bridge for detecting a magnetic field; an analog signal circuit connected to an output of the first TMR sensor bridge, the analog signal circuit comprising a filter and an amplifier, the filter separating AC and DC electrical signals output by the first TMR sensor bridge, the amplifier amplifying the AC electrical signal, and an analog signal output transmitting the amplified AC electrical signal to the audio electroacoustic device; and a power circuit connected to the first TMR sensor bridge and the analog signal circuit, and a power input for providing power supply for the power circuit; the first TMR sensor bridge being a low-sensitive linear TMR sensor, a high-sensitive linear TMR sensor, or a non-linear TMR sensor.
A method for operating a hybrid collector solar system in which a heat transfer agent which is present in a buffer accumulator passes via a pump into a thermal solar collector of the hybrid collector in order to heat the heat transfer agent, wherein the pump is connected into a feed line, which feed line connects the buffer accumulator to the thermal solar collector, characterized in that the solar system is partially filled with heat transfer agent so that part of the solar system is not filled and so that the heat transfer agent is moved back and forth between the thermal solar collector and the buffer accumulator via the feed line in dependence on its temperature, thereby realizing an oscillating method of operation.