Automation and robotics is one of the fastest-moving and most heavily patented areas in all of technology. From precision actuators and automated manufacturing processes to autonomous vehicles, coordinated drone systems, and smart sensor networks, the field spans an enormous range of applications. The companies and inventors who protect their innovations early are the ones who can hold a defensible position when the market catches up.
As an Orange County patent attorney since 2004, with an engineering background, I understand the mechanical, electromechanical, and software components that automation inventions typically involve, and I can draft claims that cover both the hardware architecture and the underlying methods. Automation patents often need to address control systems, sensor integration, feedback loops, and edge-case behaviors. Getting the claim scope right across all of those layers takes experience with both engineering and patent strategy.
Do you have an automation or robotics invention you’d like to protect? Contact me, James Yang, for a free initial consultation. I work with inventors throughout Orange County, Los Angeles County, and across the United States.
I have helped inventors in the automation and robotics space secure patents on actuator mechanisms, automated manufacturing processes, autonomous inspection and response systems, sensor-driven vehicle control systems, and intelligent transportation platforms. Below are examples of granted and pending patents I have secured in this field.
My Experience in Automation & Robotics Patents
The following are examples of automation and robotics patents I have helped secure. Click any patent number to view the full record on Google Patents.
Granted: Patent No. US 8,261,625. A stepper actuator with an integrated braking mechanism. Stepper actuators are the workhorses of precision motion control: they move in discrete, countable steps rather than continuous rotation, which makes them ideal for applications that need to hold a specific position reliably. The braking mechanism locks the actuator in place when it’s not actively stepping, preventing back-driving from external forces and holding position without drawing power. That combination of precise stepping and passive braking is critical in robotic joints, automated valves, and positioning systems.
Granted: Patent No. US 7,409,757. An automated Z-pin insertion technique using universal insertion parameters. Z-pins are short reinforcing rods driven perpendicularly through composite laminates to provide through-thickness strength, the kind of 3D reinforcement that prevents delamination in aerospace and high-performance structural parts. This patent covers an automated insertion process that uses universal parameters to drive the pins into composite layups accurately and repeatably, removing human variability from a process where consistency directly affects structural integrity.
Granted: Patent No. US 7,479,056. An automated drill bit re-sharpening and verification system. Drill bits in production environments dull quickly and inconsistently, and a dull bit on a precision machining line causes scrap and downtime. This system automatically resharpens bits using one or more electronic optical assemblies and then verifies the geometry of the sharpened bit before it’s returned to service, closing the loop on quality control without requiring a human to inspect and judge each bit manually.
Granted: Patent No. US 10,293,790. A touchscreen-operated cruise control system for vehicles. Rather than dedicated stalk controls, this invention moves cruise control inputs to a touch interface — the driver sets and adjusts speed through the touch display. The patent covers the interaction design and control architecture that makes that possible, which has relevance both to standard automotive applications and to the broader shift toward software-defined vehicle controls.
Granted: Patent No. US 11,472,426. An automated windshield cleaning system that deploys a housing containing a spray bar, rotatable brush, and wiper blade across the full width of the windshield. Rather than the traditional oscillating wiper, this system runs a cleaning head on tracks above and below the glass, making it a fully automated surface cleaning mechanism that addresses the full-width coverage and simultaneous wash-and-wipe that traditional wipers can’t do.
Granted: Patent No. US 11,897,491. A continuation of the automated windshield system above, adding an active positioning system to the cleaning head. The deployment mechanism uses active positioning – rather than fixed-track geometry – to adapt to the surface being cleaned. Together with the prior patent, this builds a multi-claim family protecting both the core cleaning mechanism and the adaptive deployment architecture.
Granted: Patent No. US 11,645,922. An active shooter response system that uses a coordinated network of sensors and autonomous drones. The system collects data from distributed sensors throughout a facility, processes it at a base station, and deploys drones to respond. The automation layer that coordinates sensor inputs, decision logic, and drone dispatch is central to the claims.
Granted: Patent No. US 12,456,098. A transportation management system that automatically matches trucking vehicles to shipments. Each trailer carries a module with a microcontroller and memory holding shipping data; the system reads that data and handles carrier-to-cargo assignment without manual dispatch intervention. The automation of the matching and assignment process is the core inventive concept, removing the human bottleneck from fleet logistics.
Granted: Patent No. US 8,261,859. A self-propelled bicycle trailer that automatically adjusts its own motor speed based on real-time force feedback from a hitch gauge. The trailer continuously measures the push or pull force at the hitch point and modulates its motor output to minimize that force, meaning the trailer maintains its own speed autonomously relative to the bicycle, without the rider having to control it. This is a feedback-controlled autonomous system, just at a small scale.
Pending: Application No. US 20250376174. A crowdsourcing system for collecting data about vehicle capabilities and hazardous roadway conditions and automatically pushing recommended courses of action to trailing vehicles. As each vehicle in a network encounters a road condition, it contributes data that gets aggregated and used to generate recommendations for vehicles behind it — an automated distributed sensing and advisory system that scales with participation.
Pending: Application No. US 20250296548. A plug-in hybrid electric drive system that optimizes vehicle efficiency by automatically integrating an electric drive with an internal combustion engine. The control system determines when to draw from the electric drive, when to engage the IC engine, and how to transition between the two. The automation of that power management decision is the core of the invention.
Related Industries
- Electronics Patents
- Mechanical & Machinery Patents
- Communication Technology Patents
- Software & App Patents
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Ready to Protect Your Automation or Robotics Invention?
Whether you’ve developed a new actuator, an automated manufacturing process, an autonomous vehicle system, or any other automation technology, I can help you navigate the patent process from search to grant. Contact me for a free initial consultation.