$IP-CAMXLE-041
自動開閉ドローン傘システム · Submitted 3 min ago
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AI 3-Line Abstract
A precipitation-responsive autonomous canopy system comprising a capacitive rain sensor (10), motorized deployment mechanism (20), and Bluetooth communication module (30) for smartphone integration. The device enables hands-free umbrella actuation upon detecting rainfall above a threshold value. Novel contribution: integration of real-time precipitation sensing with consumer IoT connectivity in a portable folding form factor.
US PROVISIONAL PATENT APPLICATION · CAPXLE AI DRAFT v2.1 $IP-CAMXLE-041
Title of Invention
AUTONOMOUS PRECIPITATION-RESPONSIVE PORTABLE CANOPY SYSTEM WITH IoT CONNECTIVITY
Background of the Invention
Conventional umbrella designs require manual user operation, creating inconvenience during sudden precipitation events. The failure to anticipate rainfall results in users becoming wet before deploying the canopy, representing a significant unmet need in the consumer weather protection market estimated at $1.2B globally...
Summary of the Invention
The present invention provides a system comprising: (a) a capacitive precipitation sensor module calibrated to detect rainfall exceeding 0.5mm/hr; (b) a servo-motor canopy deployment mechanism with 340ms actuation time; (c) a BLE 5.0 communication interface for companion application integration; (d) a folding structural frame constructed from carbon-fiber composite rods...
Brief Description of Drawings
FIG. 1 is a perspective view of the deployed canopy assembly. FIG. 2 is a block diagram of the electronic control system.
⚠ Note: FIG. 3 referenced in Detailed Description (para. 0024) but no corresponding drawing found in submission.
FIG. 1 — Perspective View (AI-generated)
10 20 30
Detailed Description of Embodiments
Referring to FIG. 1, the autonomous canopy system 100 comprises a substantially dome-shaped canopy body 5 fabricated from 210T polyester with a waterproof polyurethane coating. The precipitation sensor 10 is disposed at the apex of the canopy and is electrically connected to the microcontroller unit 15 via a flexible PCB. Upon sensor activation, the MCU 15 transmits a deployment signal to servo motor 20 within 50ms. Referring to FIG. 3, the folding mechanism detail shows the hinge assembly comprising...
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AI Risk Assessment
02:00
Target Review Time
35 U.S.C. Risk Flags
✅
§101 Subject Matter Eligibility — Low Risk
Invention recites physical hardware elements (sensor, motor, Bluetooth module). Passes machine-or-transformation test. Not an abstract idea or natural phenomenon.
⚠️
§112 Written Description — Medium Risk
FIG. 3 is referenced in paragraph 0024 ("Referring to FIG. 3, the folding mechanism detail...") but no corresponding drawing was submitted. Recommend requesting FIG. 3 or removing the reference.
✅
§102 Prior Art (Preliminary) — Low Concern
3 potentially similar patents found. Highest similarity: US10,234,567 (68%). IoT + auto-deploy combination appears novel. Full FTO not performed at provisional stage.
✅
Public Safety & Ethics — Clear
No weapons, controlled substances, or human harm vectors detected. Standard consumer product application.
Similar Prior Art (AI Scan)
Top 3 Results
US10,234,567 Automatic umbrella with weather sensor 68%
US9,877,432 IoT-enabled personal weather device 41%
JP2021-123456 雨感知型自動傘開閉機構 35%
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IP: $IP-CAMXLE-041
Practitioner: Sarah K. Johnson (#65,421)
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