mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless electronic device , comprising: a ground plane ; a cellular antenna (250; 810, 820); a millimeter wave, mmW, antenna array (410; 910) coupled to a surface of a radiating element of the cellular antenna (250; 810, 820), the radiating element of the cellular antenna (250; 810, 820) being a radiating element for signals transmitted or received by the cellular antenna (250; 810, 820); an mmW circuit attached to the surface of the cellular antenna (250; 810, 820) and coupled to the mmW antenna array (410; 910), the mmW circuit (420; 920) comprising circuit logic for feeding signals to mmW antennas (412; 912) of the mmW antenna array (410; 920); and a grounding element (450; 950) extending between the ground plane and the cellular antenna (250; 810, 820), wherein the grounding element (450; 950) further comprises a power trace to provide power from circuitry on the ground plane to the mmW circuit . a ground plane ; a cellular antenna (250; 810, 820); a millimeter wave, mmW, antenna array (410; 910) coupled to a surface of a radiating element of the cellular antenna (250; 810, 820), the radiating element of the cellular antenna (250; 810, 820) being a radiating element for signals transmitted or received by the cellular antenna (250; 810, 820); an mmW circuit attached to the surface of the cellular antenna (250; 810, 820) and coupled to the mmW antenna array (410; 910), the mmW circuit (420; 920) comprising circuit logic for feeding signals to mmW antennas (412; 912) of the mmW antenna array (410; 920); and a grounding element (450; 950) extending between the ground plane and the cellular antenna (250; 810, 820), wherein the grounding element (450; 950) further comprises a power trace to provide power from circuitry on the ground plane to the mmW circuit .
Electronic arrangement , comprising a photodiode and a transimpedance amplifier , characterized in that the electronic arrangement is selectively switchable into a photocurrent measurement mode and into a temperature measurement mode, wherein - in the photocurrent measurement mode - an anode terminal of the photodiode is connected to a first input of an operational amplifier of the transimpedance amplifier , - a cathode terminal of the photodiode is connected to a second input of the operational amplifier , and - a first bias voltage terminal of the electronic arrangement is connected to the first input and the anode terminal , and - in the temperature measurement mode - the anode terminal is connected to an earth terminal of the electronic arrangement , - the cathode terminal is connected to the second input of the operational amplifier , and - the first bias voltage terminal is connected to the first input and is disconnected from the anode terminal . - in the photocurrent measurement mode - an anode terminal of the photodiode is connected to a first input of an operational amplifier of the transimpedance amplifier , - a cathode terminal of the photodiode is connected to a second input of the operational amplifier , and - a first bias voltage terminal of the electronic arrangement is connected to the first input and the anode terminal , and - an anode terminal of the photodiode is connected to a first input of an operational amplifier of the transimpedance amplifier , - a cathode terminal of the photodiode is connected to a second input of the operational amplifier , and - a first bias voltage terminal of the electronic arrangement is connected to the first input and the anode terminal , and - in the temperature measurement mode - the anode terminal is connected to an earth terminal of the electronic arrangement , - the cathode terminal is connected to the second input of the operational amplifier , and - the first bias voltage terminal is connected to the first input and is disconnected from the anode terminal . - the anode terminal is connected to an earth terminal of the electronic arrangement , - the cathode terminal is connected to the second input of the operational amplifier , and - the first bias voltage terminal is connected to the first input and is disconnected from the anode terminal .
On an artificial spacecraft installable system for the detection of space debris objects, wherein the system comprises at least one detection device, a switching device , a measuring electronics and an on-board computer having a memory device, the detection device comprises at least one planar antenna , wherein the planar antenna comprises on its surface a sandwich structure of two conductive layers, which are separated via a non-conductive layer, wherein on the two conductive layers electrical tension can be applied and at least the outer conductive layer is mechanically changeable through the impact of a space debris object, wherein due to the mechanical change of the at least outer conductive layer at least one of their electrical parameters is being changed, wherein this change is measurable and wherein via this change the impact of a space debris object can be determined.
A rib for an aircraft wing, said rib comprising a pair of opposing outer skins , the opposing outer skins spaced apart along an axis perpendicular to the plane of the rib so as to define an internal space there-between, said rib further comprising a plurality of internal reinforcement members extending across the space and connecting the pair of opposing outer skins , wherein an internal reinforcement member has a stepped or tapered cross-section such that a portion of the reinforcement member between the opposing outer skins has a smaller cross-section than portions adjacent to the opposing outer skins.
Variable-geometry timepiece display mechanism comprising at least one resilient hand which comprises a first drive pipe integral with a first end of a flexible strip , and a second drive pipe integral with another end of said flexible strip , and which comprises a display index or tip which, in an unstressed free state of said resilient hand wherein both said first pipe and said second pipe are not subjected to any stress and are remote from one another, is remote from said first pipe and from said second pipe , the operating position of said resilient hand being a stressed position where said first pipe and said second pipe are coaxial to one another about an output axis (D), said display mechanism comprising first means for driving said first pipe about said output axis (D), and second means for driving said second pipe about said output axis (D), said first drive means and second drive means being arranged so as to deform said flexible strip , by varying the angular position of said second pipe relative to the angular position of said first pipe about said output axis (D), and so as to vary the radial position of said display index or tip relative to said output axis (D), whereby said first drive means and/or said second stressing means comprise an accelerator or decelerator device, which is arranged such that it accelerates, or stabilises the speed of, or slows down at least said first pipe and/or said second pipe over at least part of the angular travel thereof, characterised in that said accelerator or decelerator device comprises a device with a first differential gear on the drive gear train of said first pipe and/or a second differential gear on the drive gear train of said second pipe, and at least one cam forming an input of a said differential gear .
A closure assembly comprising: - a collar having an outer surface , an inner surface , and a flat annular protrusion extending laterally inward from said inner surface and defining the area of a central opening , and - a flexible membrane having a peripheral surface area, wherein the flat annular protrusion overlaps the peripheral surface area of the flexible membrane , the latter extending beyond the area of the central opening , thus closing the same, characterized in that the flat annular protrusion embeds said peripheral surface area of the flexible membrane . - a collar having an outer surface , an inner surface , and a flat annular protrusion extending laterally inward from said inner surface and defining the area of a central opening , and - a flexible membrane having a peripheral surface area,
A system for controlling cornering of a vehicle, the system comprising: a power train comprising an engine and a transmission ; a suspension system connected to a driving wheel , wherein the driving wheel is configured to receive power from the power train ; a data detector configured to detect a lateral acceleration and a displacement of an accelerator pedal; and a vehicle controller configured to: determine whether a cornering control condition is satisfied based on the lateral acceleration; when the cornering control condition is satisfied, calculate a sport index (SI) based on the displacement of the accelerator pedal and a predetermined displacement; set operating modes of the power train and the suspension system based on at least one of the sport index (SI) or the lateral acceleration; said vehicle controller being characterized in that it is further configured to: calculate a modified displacement by adding the displacement of the accelerator pedal and the predetermined displacement; and calculate the sport index (SI) based on the modified displacement. a power train comprising an engine and a transmission ; a suspension system connected to a driving wheel , wherein the driving wheel is configured to receive power from the power train ; a data detector configured to detect a lateral acceleration and a displacement of an accelerator pedal; and a vehicle controller configured to: determine whether a cornering control condition is satisfied based on the lateral acceleration; when the cornering control condition is satisfied, calculate a sport index (SI) based on the displacement of the accelerator pedal and a predetermined displacement; set operating modes of the power train and the suspension system based on at least one of the sport index (SI) or the lateral acceleration; said vehicle controller being characterized in that it is further configured to: calculate a modified displacement by adding the displacement of the accelerator pedal and the predetermined displacement; and calculate the sport index (SI) based on the modified displacement. determine whether a cornering control condition is satisfied based on the lateral acceleration; when the cornering control condition is satisfied, calculate a sport index (SI) based on the displacement of the accelerator pedal and a predetermined displacement; set operating modes of the power train and the suspension system based on at least one of the sport index (SI) or the lateral acceleration; said vehicle controller being characterized in that it is further configured to: calculate a modified displacement by adding the displacement of the accelerator pedal and the predetermined displacement; and calculate the sport index (SI) based on the modified displacement. calculate a modified displacement by adding the displacement of the accelerator pedal and the predetermined displacement; and calculate the sport index (SI) based on the modified displacement.
A combustor mounting structure (400; 500; 600; 700; 800; 900; 1000; 1100; 1200) for a gas turbine engine , the combustor mounting structure comprising: a shell portion (326; 402; 502; 602; 702; 802; 902; 1002; 1102; 1202) defining an outer ring arranged at an outer radius relative to a central axis; a combustor connection element (320; 404; 508; 608; 708; 808; 908; 1008; 1108; 1208) defining an inner ring arranged at an inner radius that is less than the outer radius relative to the central axis; and a plurality of struts (328; 406; 506; 606; 706; 806; 906; 1006; 1106; 1206) extending radially between and connecting the shell portion (326; 402; 502; 602; 702; 802; 902; 1002; 1102; 1202) to the combustor connection element (320; 404; 508; 608; 708; 808; 908; 1008; 1108; 1208), wherein one or more flow apertures are defined between the shell portion and the combustor connection element in a radial direction and between adjacent struts of the plurality of struts in a circumferential direction; characterised in that : each strut of the plurality of struts (906; 1006) extends radially inward from the shell portion (902; 1002) and includes at least one convolution proximate the shell portion and then extends in the radially outward direction and in the axially forward direction and then to the combustor connection element. a shell portion (326; 402; 502; 602; 702; 802; 902; 1002; 1102; 1202) defining an outer ring arranged at an outer radius relative to a central axis; a combustor connection element (320; 404; 508; 608; 708; 808; 908; 1008; 1108; 1208) defining an inner ring arranged at an inner radius that is less than the outer radius relative to the central axis; and a plurality of struts (328; 406; 506; 606; 706; 806; 906; 1006; 1106; 1206) extending radially between and connecting the shell portion (326; 402; 502; 602; 702; 802; 902; 1002; 1102; 1202) to the combustor connection element (320; 404; 508; 608; 708; 808; 908; 1008; 1108; 1208), wherein one or more flow apertures are defined between the shell portion and the combustor connection element in a radial direction and between adjacent struts of the plurality of struts in a circumferential direction;
A SIRPα immunoglobulin fusion protein comprising: (i) an IgV extracellular domain of signal regulatory protein alpha (SIRPα) or a SIRPα variant comprising an amino acid sequence at least 80% identical (a) to residues 3-115 of SEQ ID NO:6, (b) to residues 3-114 of SEQ ID NO:8 or (c) to residues 1-115 of SEQ ID NO:190, wherein the SIRPα variant comprises a modification to an amino acid at one or more positions corresponding to positions 6, 27, 31, 37, 54, 56, 66 or 72 of SEQ ID NO:6, SEQ ID NO: 8 or SEQ ID NO:190, wherein the modification is a substitution selected from the group consisting of: V6I; V27I; A27I; 131R; I31T; Q37W; Q37H; E54P; H56P; S66Q; L66Q; and M72R; and (ii) an immunoglobulin molecule or portion thereof that binds to a surface antigen on a disease promoting cell. (i) an IgV extracellular domain of signal regulatory protein alpha (SIRPα) or a SIRPα variant comprising an amino acid sequence at least 80% identical (a) to residues 3-115 of SEQ ID NO:6, (b) to residues 3-114 of SEQ ID NO:8 or (c) to residues 1-115 of SEQ ID NO:190, wherein the SIRPα variant comprises a modification to an amino acid at one or more positions corresponding to positions 6, 27, 31, 37, 54, 56, 66 or 72 of SEQ ID NO:6, SEQ ID NO: 8 or SEQ ID NO:190, wherein the modification is a substitution selected from the group consisting of: V6I; V27I; A27I; 131R; I31T; Q37W; Q37H; E54P; H56P; S66Q; L66Q; and M72R; and (ii) an immunoglobulin molecule or portion thereof that binds to a surface antigen on a disease promoting cell.
An image forming apparatus , comprising: an image forming unit configured to form an image using a plurality of consumables; an input unit configured to receive an input of information designating a consumable to be used for forming the image; and a control unit configured to selectively display information about other candidates of consumables to be used for forming the image based on the information input to the input unit, characterized in that the control unit is configured to selectively display a color of each of the candidates of consumables to be used for forming the image with improved contrast amongst the candidates of consumables based on the designated consumable, and the consumables include sheet or developing agent. an image forming unit configured to form an image using a plurality of consumables; an input unit configured to receive an input of information designating a consumable to be used for forming the image; and a control unit configured to selectively display information about other candidates of consumables to be used for forming the image based on the information input to the input unit, characterized in that the control unit is configured to selectively display a color of each of the candidates of consumables to be used for forming the image with improved contrast amongst the candidates of consumables based on the designated consumable, and the consumables include sheet or developing agent.
A mass and/or ion mobility spectrometer comprising: a first device comprising a channel arranged and adapted to accommodate a biopsy sample, wherein said biopsy sample comprises a sample of tissue having a longitudinal length, wherein the composition of said sample of tissue varies or changes along said longitudinal length, and wherein said longitudinal length corresponds to the depth within a tissue, wherein said biopsy sample comprises a biopsy core which results from inserting a biopsy needle into a patient, wherein said channel is arranged such that said biopsy sample can be inserted into said channel together with said biopsy needle; a second device arranged and adapted to generate analyte ions from said biopsy sample together with said biopsy needle within said first device, wherein said second device is arranged and adapted to generate first analyte ions from a first position along the longitudinal length of said biopsy sample at a first time, and to generate second analyte ions from a second different position along the longitudinal length of said biopsy sample at a second different time; and an analyser arranged and adapted to analyse said analyte ions. a first device comprising a channel arranged and adapted to accommodate a biopsy sample, wherein said biopsy sample comprises a sample of tissue having a longitudinal length, wherein the composition of said sample of tissue varies or changes along said longitudinal length, and wherein said longitudinal length corresponds to the depth within a tissue, wherein said biopsy sample comprises a biopsy core which results from inserting a biopsy needle into a patient, wherein said channel is arranged such that said biopsy sample can be inserted into said channel together with said biopsy needle; a second device arranged and adapted to generate analyte ions from said biopsy sample together with said biopsy needle within said first device, wherein said second device is arranged and adapted to generate first analyte ions from a first position along the longitudinal length of said biopsy sample at a first time, and to generate second analyte ions from a second different position along the longitudinal length of said biopsy sample at a second different time; and an analyser arranged and adapted to analyse said analyte ions.
An LED lighting circuit for detecting individual LED failure, comprising: a lighting unit comprising a plurality of LEDs (307, 309, 311,) connected in series; a plurality of LED sensors each associated with a respective one of the LEDs, each LED sensor comprising a PNP transistor , a collector resistor and a base resistor , the resistance values of said base resistor and collector resistor being adapted to ensure that the corresponding transistor is ON during normal operation of the corresponding LED ; and a lighting unit status signal generator coupled to the plurality of LED sensors configured to provide a status signal indicating a fault when any individual LED is short circuited, the status signal being determined by the operation of a NPN transistor (329,) of the LED lighting circuit and biased by a collector resistor and a base resistor ; characterised in that the PNP transistors of the LED sensors are connected in series to provide a first current path through the base resistor of the NPN transistor , thus providing a control output to the NPN transistor , and wherein some of the LED sensors comprise a diode configured to ensure that the corresponding PNP transistor of the corresponding LED sensor is OFF when the corresponding LED is shorted. a lighting unit comprising a plurality of LEDs (307, 309, 311,) connected in series; a plurality of LED sensors each associated with a respective one of the LEDs, each LED sensor comprising a PNP transistor , a collector resistor and a base resistor , the resistance values of said base resistor and collector resistor being adapted to ensure that the corresponding transistor is ON during normal operation of the corresponding LED ; and a lighting unit status signal generator coupled to the plurality of LED sensors configured to provide a status signal indicating a fault when any individual LED is short circuited, the status signal being determined by the operation of a NPN transistor (329,) of the LED lighting circuit and biased by a collector resistor and a base resistor ; characterised in that the PNP transistors of the LED sensors are connected in series to provide a first current path through the base resistor of the NPN transistor , thus providing a control output to the NPN transistor , and wherein some of the LED sensors comprise a diode configured to ensure that the corresponding PNP transistor of the corresponding LED sensor is OFF when the corresponding LED is shorted.
A shaving system comprising: - a razor cartridge including a blade unit , and a handle connection structure having a first magnetic element , and - a handle having a cartridge connection end having a magnet mounted to the handle and an ejector button which is movable by a user between a first position and a second position, characterized in that - the ejector button has a second magnetic element , wherein - when the razor cartridge is attached to the handle and the ejector button is in its first position, the second magnetic element of the ejector button is positioned between the magnet of the handle and the first magnetic element of the razor cartridge , - when a user moves the ejector button to its second position, magnetic attraction between the magnet and the first magnetic element is reduced such that the razor cartridge is unattached from the handle , and - when a user releases the ejector button at its second position, magnetic attraction between the magnet and the second magnetic element moves the ejector button to its first position. - a razor cartridge including a blade unit , and a handle connection structure having a first magnetic element , and - a handle having a cartridge connection end having a magnet mounted to the handle and an ejector button which is movable by a user between a first position and a second position, - the ejector button has a second magnetic element , wherein - when the razor cartridge is attached to the handle and the ejector button is in its first position, the second magnetic element of the ejector button is positioned between the magnet of the handle and the first magnetic element of the razor cartridge , - when a user moves the ejector button to its second position, magnetic attraction between the magnet and the first magnetic element is reduced such that the razor cartridge is unattached from the handle , and - when a user releases the ejector button at its second position, magnetic attraction between the magnet and the second magnetic element moves the ejector button to its first position. - when the razor cartridge is attached to the handle and the ejector button is in its first position, the second magnetic element of the ejector button is positioned between the magnet of the handle and the first magnetic element of the razor cartridge , - when a user moves the ejector button to its second position, magnetic attraction between the magnet and the first magnetic element is reduced such that the razor cartridge is unattached from the handle , and - when a user releases the ejector button at its second position, magnetic attraction between the magnet and the second magnetic element moves the ejector button to its first position.