mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: an RF input point receiving RF signals in a plurality of bands of frequencies on a single-wire multi-switch home networking system; a signal processing circuit (380, 390) for processing said RF signals in said plurality of bands of frequencies, said signal processing circuit including an RF front end and a demodulator coupled in series; a high-pass filter coupled between said RF input point and a first input point of said RF front end for passing first signals having frequencies above or equal to an lower-end of a first band of frequencies; a band-pass filter coupled between said RF input point and a second input point of said RF front end for passing second signals (230, 240) within a second band of frequencies, said second band of frequencies are lower than said lower-end of said first band of frequencies; and a tunable trap circuit including a capacitor, an inductor, and a varactor diode coupled in series coupled between said first input point of said RF front end and a source of reference potential, said tunable trap exhibiting a sharp notch attenuation characteristic at a resonant frequency of said trap being adjusted in response to a control signal, wherein: said demodulator coupled to said trap circuit generates said control signal for reducing unwanted signals near said resonant frequency. an RF input point receiving RF signals in a plurality of bands of frequencies on a single-wire multi-switch home networking system; a signal processing circuit (380, 390) for processing said RF signals in said plurality of bands of frequencies, said signal processing circuit including an RF front end and a demodulator coupled in series; a high-pass filter coupled between said RF input point and a first input point of said RF front end for passing first signals having frequencies above or equal to an lower-end of a first band of frequencies; a band-pass filter coupled between said RF input point and a second input point of said RF front end for passing second signals (230, 240) within a second band of frequencies, said second band of frequencies are lower than said lower-end of said first band of frequencies; and a tunable trap circuit including a capacitor, an inductor, and a varactor diode coupled in series coupled between said first input point of said RF front end and a source of reference potential, said tunable trap exhibiting a sharp notch attenuation characteristic at a resonant frequency of said trap being adjusted in response to a control signal, wherein: said demodulator coupled to said trap circuit generates said control signal for reducing unwanted signals near said resonant frequency. said demodulator coupled to said trap circuit generates said control signal for reducing unwanted signals near said resonant frequency.
Rotary plow with pivoting support wheel for mounting on a plow frame of a rotary plow, wherein the plow frame comprising a plurality of mirror-inverted plow bodies (4, 4') lying opposite one another in pairs may be brought from a right-hand turning into a left-hand turning position by a rotation of nearly 180°, wherein a support wheel is pivotably mounted on the plow frame for depth limitation of the plow bodies (4, 4') by means of an arm, wherein the arm supporting the support wheel is limited in its pivot angle about a first axis at least approximately parallel to the ground surface or at least approximately running through the middle plane of the plow frame upon turning of the plow frame, and may be locked into a respective working position corresponding to the plow orientation following this rotation by a further device, wherein the movement of the arm takes place about the first axis in the direction of travel or is aligned forwards and describes a maximum angle (α) of 160°, wherein a second axis which is arranged in a plane running at least approximately perpendicular to the ground surface and at least approximately parallel to the direction of travel, wherein the second forwardly-inclined axis is arranged in front of the wheel contact point in order to form an intersection point with the ground surface, which forms an imaginary guide point, around which the support wheel 5 follows. characterized in that the arm or the support wheel is mounted to rotate about the second axis.
Method for operating an electromechanical steering system for a motor vehicle with a steering shaft, a control unit and a feedback actuator, which has an electric motor with a motor shaft and is designed to apply a torque to the steering shaft via a gearbox with a gear ratio, wherein at a point in time a first angle sensor is used to detect a rotation angle of the steering shaft as a first sensor value and a second angle sensor is used to detect a rotation angle of the motor shaft as a second sensor value, characterized in that the control unit checks whether the detected first sensor value and the detected second sensor value form a plausible pair of values based on a model stored in the control unit, which model takes into account at least the gear ratio as a parameter of the gearbox.
A display medium comprising a first layer, a second layer, and a third layer, wherein: a part or an entirety of the first layer, a part or an entirety of the second layer, and a part or an entirety of the third layer are stacked in a thickness direction in this order; the first layer is a layer that is capable of reflecting circularly polarized light having a rotation direction D1 and allowing to pass therethrough circularly polarized light having a rotation direction D2, which is a direction opposite to the rotation direction D1; the second layer is a phase difference layer; the third layer is a layer that is capable of reflecting circularly polarized light whose rotation direction is the rotation direction D1 and allowing to pass therethrough circularly polarized light whose rotation direction is the rotation direction D2; the first layer is a layer having cholesteric regularity; characterised in that the third layer is a layer containing resin flakes that have cholesteric regularity; and a value of Re /Re is 1.00 or more, a value of Re /Re is 1.000 or less, and Re is 300 nm or more and 1250 nm or less, wherein Re represents an in-plane retardation Re of the second layer at wavelength 400 nm, Re represents an in-plane retardation Re of the second layer at wavelength 560 nm, and Re represents an in-plane retardation Re of the second layer at wavelength 650 nm. a part or an entirety of the first layer, a part or an entirety of the second layer, and a part or an entirety of the third layer are stacked in a thickness direction in this order; the first layer is a layer that is capable of reflecting circularly polarized light having a rotation direction D1 and allowing to pass therethrough circularly polarized light having a rotation direction D2, which is a direction opposite to the rotation direction D1; the second layer is a phase difference layer; the third layer is a layer that is capable of reflecting circularly polarized light whose rotation direction is the rotation direction D1 and allowing to pass therethrough circularly polarized light whose rotation direction is the rotation direction D2; the first layer is a layer having cholesteric regularity; characterised in that the third layer is a layer containing resin flakes that have cholesteric regularity; and a value of Re /Re is 1.00 or more, a value of Re /Re is 1.000 or less, and Re is 300 nm or more and 1250 nm or less, wherein Re represents an in-plane retardation Re of the second layer at wavelength 400 nm, Re represents an in-plane retardation Re of the second layer at wavelength 560 nm, and Re represents an in-plane retardation Re of the second layer at wavelength 650 nm.
A controller for interfacing with an interactive application, comprising: a housing defined by a main body, a first extension extending from a first end of the main body, and a second extension extending from a second end of the main body, the first extension and the second extension for holding by a first hand and a second hand of a user, respectively; two vertically oriented joysticks positioned along a top surface of the main body; and a touch-sensitive panel defined on a first side surface of the main body, the touch-sensitive panel being situated between the extensions (14a, 14b) so that a user holding the controller by the extensions (14a, 14b) can use the touch-sensitive panel with a thumb of either hand; a tracking panel defined along a second side surface of the main body; and a light defined in the main body for illuminating the tracking panel. a housing defined by a main body, a first extension extending from a first end of the main body, and a second extension extending from a second end of the main body, the first extension and the second extension for holding by a first hand and a second hand of a user, respectively; two vertically oriented joysticks positioned along a top surface of the main body; and a touch-sensitive panel defined on a first side surface of the main body, the touch-sensitive panel being situated between the extensions (14a, 14b) so that a user holding the controller by the extensions (14a, 14b) can use the touch-sensitive panel with a thumb of either hand; a tracking panel defined along a second side surface of the main body; and a light defined in the main body for illuminating the tracking panel.
A subsea AC/AC power converter cell (2, 2a-i) comprising: a cell input connection comprising input terminals for at least two phases; input disconnector switches (11a-c) connected to respective input terminals of the input connection; a cell output connection having two terminals for providing output AC power of one phase; two output disconnector switches (13a-b) connected between the terminals of the cell output connection; a rectifier stage connected between the input disconnector switches (11a-c) and a DC bridge; a capacitor provided at the DC bridge; a synthesis stage connected between the DC bridge and the output disconnector switches (13a-b), the synthesis stage comprising a plurality of cell switches (32a-d) to synthesise output AC power; a cell controller configured to control the cell switches (32a-d) to provide a sinusoidal voltage on the output connection; and at least one disconnector input for receiving a signal external from the subsea AC/AC power converter cell to control the state of each one of the input disconnector switches (11a-c) and the output disconnector switches (13a-b). a cell input connection comprising input terminals for at least two phases; input disconnector switches (11a-c) connected to respective input terminals of the input connection; a cell output connection having two terminals for providing output AC power of one phase; two output disconnector switches (13a-b) connected between the terminals of the cell output connection; a rectifier stage connected between the input disconnector switches (11a-c) and a DC bridge; a capacitor provided at the DC bridge; a synthesis stage connected between the DC bridge and the output disconnector switches (13a-b), the synthesis stage comprising a plurality of cell switches (32a-d) to synthesise output AC power; a cell controller configured to control the cell switches (32a-d) to provide a sinusoidal voltage on the output connection; and at least one disconnector input for receiving a signal external from the subsea AC/AC power converter cell to control the state of each one of the input disconnector switches (11a-c) and the output disconnector switches (13a-b).
An image display apparatus characterized by comprising: motion vector detecting means for detecting a motion vector in a plurality of original frames along a time base, wherein the motion vector detecting means is configured to calculate a value for the reliability in the detection of the motion vector and is configured to increase the value of the reliability gradually in a period in which the motion vector is detected and, on the other hand, to decrease the value of the reliability gradually in a period in which the motion vector is not detected; video signal processing means (10-13,45) for performing, by using the detected motion vector, a predetermined video signal process to improve picture quality on the plurality of original frames; and display means for displaying a video image on the basis of a video signal subjected to the video signal process, wherein the video signal processing means (10-13,45) includes overdrive process means configured to perform an LCD overdrive process using the detected motion vector, and the overdrive process means is configured to perform the video signal process so that a degree of the LCD overdrive process rises as the value of reliability calculated by the motion vector detecting means increases and, on the other hand, a degree of the LCD overdrive process falls off as the value of reliability calculated by the motion vector detecting means decreases. motion vector detecting means for detecting a motion vector in a plurality of original frames along a time base, wherein the motion vector detecting means is configured to calculate a value for the reliability in the detection of the motion vector and is configured to increase the value of the reliability gradually in a period in which the motion vector is detected and, on the other hand, to decrease the value of the reliability gradually in a period in which the motion vector is not detected; video signal processing means (10-13,45) for performing, by using the detected motion vector, a predetermined video signal process to improve picture quality on the plurality of original frames; and display means for displaying a video image on the basis of a video signal subjected to the video signal process, wherein the video signal processing means (10-13,45) includes overdrive process means configured to perform an LCD overdrive process using the detected motion vector, and the overdrive process means is configured to perform the video signal process so that a degree of the LCD overdrive process rises as the value of reliability calculated by the motion vector detecting means increases and, on the other hand, a degree of the LCD overdrive process falls off as the value of reliability calculated by the motion vector detecting means decreases.
Method for producing a substantially closed container for guiding and/or storing gases and/or liquids, made of a thermoplastic material, the method comprising the following steps: in an injection mould having a first mould and a second mould which together provide a first injection moulding position with both at least one cavity for an upper shell and at least one cavity for a lower shell, at least one upper shell and at least one lower shell are produced in parallel in an injection moulding process; opening the injection mould, the at least one upper shell remaining in the first mould and the at least one lower shell remaining in the second mould; rotating at least one of the two moulds so that the concave inner sides of the shells (2, 3) are directed towards each other and closing the mould to a second injection moulding position so that the substantially congruent edge regions (7, 8) of the shells (2, 3) come into at least partially planar contact; injecting injection moulding material into a cavity between or adjacent to the edge regions (7, 8), forming a circumferential welding seam between upper part and lower part; opening of the injection mould and removal of the at least one container, characterized in that the position of the first mold relative to the second mold is arranged at a different height in the first injection molding position than in the second injection molding position when viewed in the closing direction. in an injection mould having a first mould and a second mould which together provide a first injection moulding position with both at least one cavity for an upper shell and at least one cavity for a lower shell, at least one upper shell and at least one lower shell are produced in parallel in an injection moulding process; opening the injection mould, the at least one upper shell remaining in the first mould and the at least one lower shell remaining in the second mould; rotating at least one of the two moulds so that the concave inner sides of the shells (2, 3) are directed towards each other and closing the mould to a second injection moulding position so that the substantially congruent edge regions (7, 8) of the shells (2, 3) come into at least partially planar contact; injecting injection moulding material into a cavity between or adjacent to the edge regions (7, 8), forming a circumferential welding seam between upper part and lower part; opening of the injection mould and removal of the at least one container, characterized in that the position of the first mold relative to the second mold is arranged at a different height in the first injection molding position than in the second injection molding position when viewed in the closing direction.
A communication-adapter mounting device for mounting a communication adapter that relays communication between an air-conditioning apparatus and an other apparatus, the communication-adapter mounting device comprising: a body into which the communication adapter is to be accommodated and from which the communication adapter is allowed to be removed; and a clip to mount the body to a housing of the air-conditioning apparatus, the body having a mounting hole (23A, 23B) for securing the communication-adapter mounting device to an installation location in which to install the communication adapter, the body having a clip holding mechanism (21, 23) to hold the clip and to allow the clip to be removed, the clip including a plate spring structure, the plate spring structure being shaped like a bent strip of thin plate and including a pair of pinching comprising a first pinching portion and a second pinching portion, the clip holding mechanism (21, 23) including a mounting plate that is provided to a first face of the body and that faces a first opening provided in the first face, the clip holding mechanism (21, 23) being configured to hold the clip in a state in which the first pinching portion of the clip is positioned between the mounting plate and the first opening, a surface of the first pinching portion that faces the second pinching portion is placed in contact with the mounting plate, and a surface of the first pinching portion that is opposite to the second pinching portion is placed in contact with the first face. a body into which the communication adapter is to be accommodated and from which the communication adapter is allowed to be removed; and a clip to mount the body to a housing of the air-conditioning apparatus, the body having a mounting hole (23A, 23B) for securing the communication-adapter mounting device to an installation location in which to install the communication adapter, the body having a clip holding mechanism (21, 23) to hold the clip and to allow the clip to be removed, the clip including a plate spring structure, the plate spring structure being shaped like a bent strip of thin plate and including a pair of pinching comprising a first pinching portion and a second pinching portion, the clip holding mechanism (21, 23) including a mounting plate that is provided to a first face of the body and that faces a first opening provided in the first face, the clip holding mechanism (21, 23) being configured to hold the clip in a state in which the first pinching portion of the clip is positioned between the mounting plate and the first opening, a surface of the first pinching portion that faces the second pinching portion is placed in contact with the mounting plate, and a surface of the first pinching portion that is opposite to the second pinching portion is placed in contact with the first face.
A varistor comprising: - at least two connection poles (34, 36); - a block having non-linear electric resistance whose value varies in relation to the voltage applied to the two connection poles (34, 36); - a conductive plate forming a contact electrode with the block, said conductive plate being arranged on a main face of the block and having a projecting part forming one of the connection poles; and - a covering of electrical insulation applied at least to the assembly formed by the main face of the block and the conductive plate arranged on said main face of the block, and wherein - said projecting part forming a connection pole emerges from the covering of electrical insulation and exhibits a soldering surface for its electric connection, said soldering surface extending above the level of the covering of electrical insulation; and - said projecting part forming a connection pole being part of one and the same part with the conductive plate is connected to the remainder of the plate over at least one half of its perimeter. - at least two connection poles (34, 36); - a block having non-linear electric resistance whose value varies in relation to the voltage applied to the two connection poles (34, 36); - a conductive plate forming a contact electrode with the block, said conductive plate being arranged on a main face of the block and having a projecting part forming one of the connection poles; and - a covering of electrical insulation applied at least to the assembly formed by the main face of the block and the conductive plate arranged on said main face of the block, and wherein - said projecting part forming a connection pole emerges from the covering of electrical insulation and exhibits a soldering surface for its electric connection, said soldering surface extending above the level of the covering of electrical insulation; and - said projecting part forming a connection pole being part of one and the same part with the conductive plate is connected to the remainder of the plate over at least one half of its perimeter.
A system for semi-active laser seeker synchronization, the system comprising: a laser target designator configured to emit a laser pulse signal (120, 122, 220, 222), wherein the laser pulse signal is synchronized to an external clock; a seeker synchronized to the external clock and configured to detect the emitted signal from the laser target designator, wherein the laser target designator and the seeker are each operatively connected to the external clock so as to separately synchronize the emission of the laser pulse signal and the detection of the seeker; and a launch platform configured to synchronize the laser target designator and the seeker; wherein the laser target designator, using a predetermined estimate for range, is configured to emit the laser pulse signal within a predetermined boundary around the target. a laser target designator configured to emit a laser pulse signal (120, 122, 220, 222), wherein the laser pulse signal is synchronized to an external clock; a seeker synchronized to the external clock and configured to detect the emitted signal from the laser target designator, wherein the laser target designator and the seeker are each operatively connected to the external clock so as to separately synchronize the emission of the laser pulse signal and the detection of the seeker; and a launch platform configured to synchronize the laser target designator and the seeker; wherein the laser target designator, using a predetermined estimate for range, is configured to emit the laser pulse signal within a predetermined boundary around the target.