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US Patent 11448735 LiDAR with malfunction detection

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Patent
Patent
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Patent attributes

Patent Jurisdiction
United States Patent and Trademark Office
United States Patent and Trademark Office
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Patent Number
114487350
Date of Patent
September 20, 2022
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Patent Application Number
158537150
Date Filed
December 23, 2017
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Patent Citations
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US Patent 10928487 System and method to perform a lidar scan within a time target
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US Patent 10302746 LIDAR system with vehicle-integrated beam guide
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US Patent 10408940 Remote lidar with coherent fiber optic image bundle
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US Patent 10564266 Distributed LIDAR with fiber optics and a field of view combiner
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US Patent 10578719 Vehicle-integrated LIDAR system
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US Patent 10591599 Laser range finder with enhanced utilization of a remote located mirror
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US Patent 10859678 Micromirror array for feedback-based image resolution enhancement
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US Patent 10908264 LIDAR with an adaptive high-intensity zone
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Patent Citations Received
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US Patent 11841439 Point cloud segmentation using a coherent lidar for autonomous vehicle applications
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US Patent 11656629 Detection of particulate matter in autonomous vehicle applications
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US Patent 11927814 Semiconductor photodetector array sensor integrated with optical-waveguide-based devices
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Patent Primary Examiner
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Yuqing Xiao
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CPC Code
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G01S 15/876
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G01S 17/46
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G01S 2015/938
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G01S 7/484
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G01S 7/4865
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G01S 7/52004
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G01S 7/52006
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G01S 7/521
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In one embodiment a LIDAR can comprise two similar photodetector arrays and a malfunction indicator circuit operable to generate a malfunction signal when a measure of difference between range data from similar directions reported by each of the photodetectors exceeds a threshold value. A challenge associated with LIDARs is malfunction detection and failsafe operation in the event of a malfunction. Embodiments provide for two photodetectors in a shared remote ranging subassembly to address the challenges of malfunction detection. The two photodetector arrays can each receive light reflections from overlapping angular ranges in one or more FOVs (e.g. transferred using CFOBs) and thereby function to provide redundancy and confirmation of reflection distances. Within embodiments a reflection splitter can serve to uniformly distribute laser reflections from a common field of view among two photodetectors, thereby providing each with a half-resolution image for range comparison.

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