mhurhangee/ep-ind-claims huggingface dataset:
Appliance for receiving radio frequency signals, usable in particular for the management of uplink signals, comprising at least an input port of a radio frequency input signal (S IN), at least an amplification unit connected to said input port,at least an output port connected to said amplification unit and at least an adjustable analog notch filter (F n) operatively connected to said amplification unit, the appliance being characterized in that it comprises: - at least a detection unit for detecting the interference frequency (f i) of at least a disturbance signal of said radio frequency input signal (S IN), wherein said detection unit comprises at least a spectrum analyzer configured to receive at input said radio frequency input signal (S IN) and configured to return at output the spectral characteristics of said radio frequency input signal (S IN) and monitoring means operatively connected to the output of said spectrum analyzer and configured to determine said interference frequency (f i) based on said spectral characteristics of the radio frequency signal (S IN), and; - at least an adjustment unit operatively connected to said adjustable analog notch filter (F n) and to said detection unit and able to adjust the central frequency of said adjustable notch filter (F n) on said interference frequency (f i), - wherein said adjustable analog notch filter (F n) is arranged upstream of said low noise amplifier for eliminating strong interference in said radio frequency input signal (S IN) or said adjustable analog filter (F n) is arranged downstream of said low noise amplifier to limit the Noise Figure of said radio frequency input signal (S IN). - at least a detection unit for detecting the interference frequency (f i) of at least a disturbance signal of said radio frequency input signal (S IN), wherein said detection unit comprises at least a spectrum analyzer configured to receive at input said radio frequency input signal (S IN) and configured to return at output the spectral characteristics of said radio frequency input signal (S IN) and monitoring means operatively connected to the output of said spectrum analyzer and configured to determine said interference frequency (f i) based on said spectral characteristics of the radio frequency signal (S IN), and; - at least an adjustment unit operatively connected to said adjustable analog notch filter (F n) and to said detection unit and able to adjust the central frequency of said adjustable notch filter (F n) on said interference frequency (f i), - wherein said adjustable analog notch filter (F n) is arranged upstream of said low noise amplifier for eliminating strong interference in said radio frequency input signal (S IN) or said adjustable analog filter (F n) is arranged downstream of said low noise amplifier to limit the Noise Figure of said radio frequency input signal (S IN).
Use of a positive electrode active material in an alkaline secondary battery for enhancing the capacity recovery rate after deep discharge, as defined in the description, the positive electrode active material comprising a base particle comprising a nickel hydroxide particle containing Mn in solid solution and a conductive layer comprising a Co compound and covering a surface of the base particle, wherein an X-ray absorption edge energy of the Mn detected within 6500 to 6600 eV in measurement with an XAFS (X-ray Absorption Fine Structure) method is 6548 eV or higher and wherein a content of the Mn is 0.1% by mass or more and 2.0% by mass or less based on a quantity of the nickel hydroxide.
An apparatus (100; 300; 400; 500) for estimating body temperature, the apparatus comprising: a sensor (110; 310; 410; 810) configured to obtain spectra through a plurality of light paths of an object; and a processor (120; 320; 420; 820), characterised in that the processor is configured to: obtain (620; 720) a temperature slope between temperatures corresponding to the plurality of light paths, based on the spectra of the plurality of light paths and a reference spectrum measured at a reference temperature, and estimate (630; 730) the body temperature of the object based on the temperature slope, wherein the temperature slope is a change of mean temperatures between the respective paths. a sensor (110; 310; 410; 810) configured to obtain spectra through a plurality of light paths of an object; and a processor (120; 320; 420; 820), characterised in that the processor is configured to: obtain (620; 720) a temperature slope between temperatures corresponding to the plurality of light paths, based on the spectra of the plurality of light paths and a reference spectrum measured at a reference temperature, and estimate (630; 730) the body temperature of the object based on the temperature slope, wherein the temperature slope is a change of mean temperatures between the respective paths. obtain (620; 720) a temperature slope between temperatures corresponding to the plurality of light paths, based on the spectra of the plurality of light paths and a reference spectrum measured at a reference temperature, and estimate (630; 730) the body temperature of the object based on the temperature slope, wherein the temperature slope is a change of mean temperatures between the respective paths.
Electrical control device for controlling the drive of a passenger transport system which can be switched between load operation and idle operation, which passenger transport system is designed as an escalator or moving walkway and has a three-phase drive motor; the electrical control device at least comprising: • a three-phase mains voltage connection for supplying a three-phase mains voltage (U N); • a frequency converter which can be controlled at least with regard to the frequency of its three-phase output voltage (U AC1, U AC2, U AC3); • a controllable switching device having a load operation switching state, in which the three phases (U 2, V 2, W 2) of the drive motor can be coupled to the three phases (R, S, T) of the mains voltage connection, and an idle operation switching state (B 1), in which the three phases (U 2, V 2, W 2) of the drive motor can be coupled to the three phases (U 1, V 1, W 1) of the frequency converter in such a way that the drive motor is supplied with the three-phase mains voltage (U N) in the load operation switching state and with the three-phase output voltage (U AC1, U AC2, U AC3) of the frequency converter in the idle operation switching state (B 1), characterized in that the frequency converter is supplied via at least one phase (R, S, T) of the three-phase mains voltage connection and a neutral conductor of the mains voltage connection. • a three-phase mains voltage connection for supplying a three-phase mains voltage (U N); • a frequency converter which can be controlled at least with regard to the frequency of its three-phase output voltage (U AC1, U AC2, U AC3); • a controllable switching device having a load operation switching state, in which the three phases (U 2, V 2, W 2) of the drive motor can be coupled to the three phases (R, S, T) of the mains voltage connection, and an idle operation switching state (B 1), in which the three phases (U 2, V 2, W 2) of the drive motor can be coupled to the three phases (U 1, V 1, W 1) of the frequency converter in such a way that the drive motor is supplied with the three-phase mains voltage (U N) in the load operation switching state and with the three-phase output voltage (U AC1, U AC2, U AC3) of the frequency converter in the idle operation switching state (B 1),
A rock shoe to be joined to an end of a reinforced concrete pile on the worksite by means of joint members, the rock shoe comprising a box, into which the end of the pile is insertable, and a clamping ring arranged around the box for clamping the box against sides of the pile, characterized in that rock shoe comprises a bottom plate, to a front surface of which a point part has been attached, and to which bottom plate the box is attached, and wherein joint members have been fastened to the bottom plate for fastening the rock shoe to a joint part at the end of the pile.
An apparel item comprising: at least one panel of material having an inner-facing surface and an outer-facing surface; and one or more foam ink nodes located on the inner-facing surface of the panel of material; characterized in that at least a portion of the foam ink nodes comprises a perforation extending through the foam ink nodes and the panel of material to form a fluid communication path from the inner-facing surface of the apparel item to the outer-facing surface of the apparel item.
An anti-ragging impeller comprising: a hub; and plural, elongate blades extending from the hub, each one of the blades being formed of sheet metal and having a curved leading edge, a curved trailing edge, and a roll radius characterised in that each elongate blade has a trailing edge that defines a helix. a hub; and plural, elongate blades extending from the hub, each one of the blades being formed of sheet metal and having a curved leading edge, a curved trailing edge, and a roll radius characterised in that each elongate blade has a trailing edge that defines a helix.
A system comprising a near-field communication controller; a near-field communication antenna (L_ant) electrically coupled to the near-field communication controller; and a near-field communication front end circuit coupled between the near-field communication antenna (L_ant) and the near-field communication controller, wherein the near-field communication front end circuit comprises a sensing capacitor (C_sense) configured to function as a serial capacitance in a matching circuit of the near-field communication front end circuit, the sensing capacitor (C_sense) is further configured to additionally function as a capacitive proximity sensor, and the near filed communication controller is configured to function as a near-field communication controller and to additionally perform capacitive sensing functionalities. a near-field communication controller; a near-field communication antenna (L_ant) electrically coupled to the near-field communication controller; and a near-field communication front end circuit coupled between the near-field communication antenna (L_ant) and the near-field communication controller, wherein the near-field communication front end circuit comprises a sensing capacitor (C_sense) configured to function as a serial capacitance in a matching circuit of the near-field communication front end circuit, the sensing capacitor (C_sense) is further configured to additionally function as a capacitive proximity sensor, and the near filed communication controller is configured to function as a near-field communication controller and to additionally perform capacitive sensing functionalities.
Connection element for mounting onto a printed circuit board, having: - a number of connection pins (111, 112, 113, 114, 115, 116, 121, 122, 123, 124, 125, 126) which each extend along a longitudinal direction, and - a housing in which the connection pins (111, 112, 113, 114, 115, 116, 121, 122, 123, 124, 125, 126) are contained, characterized in that at least one of the connection pins (111, 112, 113, 114, 115, 116, 121, 122, 123, 124, 125, 126) has a stabilization rod (119, 129) which extends through the housing transverse to the longitudinal direction. - a number of connection pins (111, 112, 113, 114, 115, 116, 121, 122, 123, 124, 125, 126) which each extend along a longitudinal direction, and - a housing in which the connection pins (111, 112, 113, 114, 115, 116, 121, 122, 123, 124, 125, 126) are contained,
A windscreen wiper device for cleaning a windshield of a vehicle, comprising: a wiper strip extending in a longitudinal direction; at least one carrier element in engagement with said wiper strip for operatively supporting and biasing said wiper strip into a predetermined configuration; an at least two piece connecting device (40, 140) operatively coupled to said at least one carrier element and including a main piece with a bearing surface shaped for receiving and operatively supporting an end of a hook style wiper arm and a door piece pivotably coupled to said main piece and wherein said door piece is pivotable between an open position for allowing attachment and detachment between said connecting device (40, 140) and the wiper arm and a closed position for securing the wiper arm into engagement with said windscreen wiper device; wherein said door piece is pivotably coupled to said main piece about an axis that extends in said longitudinal direction; wherein said door piece includes a retaining surface spaced a predetermined distance from and facing said bearing surface of said main piece when said door piece is in said closed position for trapping a portion of the hook-shaped end of the wiper arm between said retaining surface and said bearing surface to secure the wiper arm into engagement with said windscreen wiper device, the windscreen wiper device being characterised in that said retaining surface on said door piece is on a tongue that extends generally downwardly when said door piece is in said closed position. a wiper strip extending in a longitudinal direction; at least one carrier element in engagement with said wiper strip for operatively supporting and biasing said wiper strip into a predetermined configuration; an at least two piece connecting device (40, 140) operatively coupled to said at least one carrier element and including a main piece with a bearing surface shaped for receiving and operatively supporting an end of a hook style wiper arm and a door piece pivotably coupled to said main piece and wherein said door piece is pivotable between an open position for allowing attachment and detachment between said connecting device (40, 140) and the wiper arm and a closed position for securing the wiper arm into engagement with said windscreen wiper device; wherein said door piece is pivotably coupled to said main piece about an axis that extends in said longitudinal direction; wherein said door piece includes a retaining surface spaced a predetermined distance from and facing said bearing surface of said main piece when said door piece is in said closed position for trapping a portion of the hook-shaped end of the wiper arm between said retaining surface and said bearing surface to secure the wiper arm into engagement with said windscreen wiper device, the windscreen wiper device being characterised in that said retaining surface on said door piece is on a tongue that extends generally downwardly when said door piece is in said closed position.
A vehicle-mounted device having a touchscreen, comprising a controller configured to separately display a first image displaying an operation unit that is operated for air conditioning in a vehicle interior or temperature adjustment of pieces of equipment and a second image displaying image information different from the first image on the touchscreen, wherein the vehicle-mounted device has a first pattern and a second pattern as a display pattern for separately displaying the first image and the second image, and the controller switches between the first pattern and the second pattern, characterized in that the second pattern has a smaller display region for the first image and a larger display region for the second image than the first pattern. a controller configured to separately display a first image displaying an operation unit that is operated for air conditioning in a vehicle interior or temperature adjustment of pieces of equipment and a second image displaying image information different from the first image on the touchscreen, wherein the vehicle-mounted device has a first pattern and a second pattern as a display pattern for separately displaying the first image and the second image, and the controller switches between the first pattern and the second pattern,
A cloth treating apparatus comprising: a main cabinet having a first housing space for housing cloth therein and a water spray unit for supplying steam to the first housing space; at least one supplementary cabinet having a second housing space for housing the cloth therein; and a control unit for controlling a water supply unit to supply the steam to the first housing space or the second housing space, selectively, wherein the main cabinet and the supplementary cabinet are installed adjacent to, or spaced from, each other, characterized in that the control unit is configured to determine cloth treatment priorities of the main cabinet and the supplementary cabinet according to required steam rates of the first housing space or the second housing space. a main cabinet having a first housing space for housing cloth therein and a water spray unit for supplying steam to the first housing space; at least one supplementary cabinet having a second housing space for housing the cloth therein; and a control unit for controlling a water supply unit to supply the steam to the first housing space or the second housing space, selectively, wherein the main cabinet and the supplementary cabinet are installed adjacent to, or spaced from, each other, characterized in that the control unit is configured to determine cloth treatment priorities of the main cabinet and the supplementary cabinet according to required steam rates of the first housing space or the second housing space.
A heads-up display for a vehicle comprising: a multiplicity of modules, each said module having; a solid state emissive pixel array imager; and a concave mirror disposed to collimate, magnify and reflect an image generated by the solid state emissive pixel array imager toward a vehicle windshield to form a virtual image that is viewable within an eye-box segment; the multiplicity of modules being disposed so that the eye-box segments combine to provide the heads-up display having a collective eye-box that is larger than the eye-box segment of each module, the collective eye-box being located at a nominal head position of a vehicle's driver; each module being configured and positioned to form the respective virtual image of said image at the same position from the vehicle windshield and each module with its respective eye-box segment being positioned at an exit pupil of the respective module such that adjacent eye-box segments of the multiplicity of modules overlap and combine to form a split exit pupil eye-box, whereby image information presented to the vehicle's driver within the collective eye-box is an angularly multiplexed view of the virtual image extending over a collective angular field of view. a multiplicity of modules, each said module having; a solid state emissive pixel array imager; and a concave mirror disposed to collimate, magnify and reflect an image generated by the solid state emissive pixel array imager toward a vehicle windshield to form a virtual image that is viewable within an eye-box segment; a solid state emissive pixel array imager; and a concave mirror disposed to collimate, magnify and reflect an image generated by the solid state emissive pixel array imager toward a vehicle windshield to form a virtual image that is viewable within an eye-box segment; the multiplicity of modules being disposed so that the eye-box segments combine to provide the heads-up display having a collective eye-box that is larger than the eye-box segment of each module, the collective eye-box being located at a nominal head position of a vehicle's driver; each module being configured and positioned to form the respective virtual image of said image at the same position from the vehicle windshield and each module with its respective eye-box segment being positioned at an exit pupil of the respective module such that adjacent eye-box segments of the multiplicity of modules overlap and combine to form a split exit pupil eye-box, whereby image information presented to the vehicle's driver within the collective eye-box is an angularly multiplexed view of the virtual image extending over a collective angular field of view.
A tool for repairing an out-of-round component, the tool comprising: a base including a first arcuate member; a second arcuate member; and a linear actuator coupling the second arcuate member to the base, wherein the linear actuator moves the second arcuate member between a retracted position out of engagement with the out-of-round component and an extended position in which the first arcuate member and the second arcuate member engage an interior surface of the out-of-round component in an opposing relationship to force the out-of-round component into a more round state compared to an initial state of the out-of-round component; characterized by a plurality of rollers embedded in a surface of each of the first and second arcuate members that engages the interior surface of the out-of-round component in the extended position. a base including a first arcuate member; a second arcuate member; and a linear actuator coupling the second arcuate member to the base, wherein the linear actuator moves the second arcuate member between a retracted position out of engagement with the out-of-round component and an extended position in which the first arcuate member and the second arcuate member engage an interior surface of the out-of-round component in an opposing relationship to force the out-of-round component into a more round state compared to an initial state of the out-of-round component; characterized by a plurality of rollers embedded in a surface of each of the first and second arcuate members that engages the interior surface of the out-of-round component in the extended position.
A method for modulating an immune response comprising contacting in vitro a cell expressing B7-4, which is a protein ligand for PD-1 comprising the amino acid sequence shown in figure 3 or 4 or a protein having at least 50 % amino acid identity with the full-length B7-4 amino acid sequence shown in figure 3 or 4, or an immune cell expressing PD-1, which is the receptor for B7-4, with an agent selected from the group consisting of B7-4, a protein comprising an extracellular-domain of B7-4, PD-1, and anti-B7-4 antibodies, that modulates the interaction of B7-4 with PD-1 to thereby modulate the immune response.