MECHANICAL & INDUSTRIAL
Innovation in How Things Are Made
Valuable inventions do not always reside in the finished product. Manufacturing equipment, tooling, fixtures, assembly techniques, production processes, material handling, inspection systems, and quality-control technologies may themselves contain significant innovations.
We work with technologies involving manufacturing and production equipment, industrial machinery, tooling, automated processes, assembly systems, material handling, and related industrial technologies. Patentable innovation may arise from the machine itself, a manufacturing process, a particular tooling or fixture arrangement, or the interaction between equipment and the product being manufactured.
TIP: The process may be as valuable as the product. Consider the equipment, tooling, sequencing, and techniques that make production possible or more efficient.
Manufacturing technologies can also present an important patent-versus-trade-secret decision. Processes, operating parameters, techniques, and know-how maintained within a controlled manufacturing environment may sometimes be candidates for trade secret protection. We consider whether patent protection, trade secret protection, or a coordinated approach better serves the technology and the business.
MECHANICAL DEVICES & SYSTEMS
Protecting How the Parts Work Together
Mechanical inventions may involve machines, mechanisms, assemblies, tools, structures, fluid systems, fastening systems, moving components, and other physical technologies. Patentable innovation can reside in an individual component, but it frequently arises from the particular arrangement and interaction of multiple components.
We work to understand the forces, movements, connections, geometries, and operational relationships that make an invention function. This allows us to consider protection not only for the complete commercial product, but also for underlying mechanisms, subassemblies, and methods of operation that may represent broader inventive concepts.
TIP: Tell us why the parts are arranged that way. The engineering decisions behind a configuration may be more important than the individual components themselves.
Mechanical products also frequently change between prototype and production. Components may be consolidated, materials changed, geometries revised, or manufacturing constraints introduced. We consider alternative configurations and implementations during drafting so that the disclosure supports the underlying inventive concept without being unnecessarily limited to the first prototype.
ROBOTICS & AUTOMATION
Where Machines Sense, Decide, and Act
Robotics and automation bring mechanical systems together with actuators, sensors, electronics, control systems, and software. The innovation may reside in one of these elements, but it often arises from how they interact to perform a physical operation.
We work with technologies involving robotic mechanisms, automated equipment, actuators, end effectors, positioning systems, motion control, machine-vision integration, material handling, and industrial and commercial automation.
TIP: Focus on the interaction between sensing and action. How a machine detects conditions, makes adjustments, and physically responds may define the technical improvement.
Patentable features may involve how an object is detected, grasped, moved, positioned, processed, inspected, or otherwise manipulated. For integrated robotic systems, we focus on the particular mechanical relationships, sensing operations, feedback loops, control processes, and sequences that allow the machine to perform differently from conventional systems.
AUTOMOTIVE, TRANSPORTATION & MOBILITY
Innovation Designed to Move
Transportation technologies increasingly combine mechanical systems with electrical power, sensors, communications, controls, and software. Patentable technology may arise from vehicle components, propulsion and drivetrain systems, safety technologies, charging systems, controls, accessories, mobility devices, or supporting infrastructure.
We work with inventions involving automotive components, transportation systems, mobility technologies, vehicle accessories, and related products. The focus remains on the engineering problem being addressed and the particular structures, operations, and interactions used to solve it.
TIP: Look beyond the vehicle as a whole. Components, subsystems, controls, interfaces, and supporting infrastructure may each contain independently valuable innovations.
Transportation also naturally intersects with other technology areas. Electric vehicles may involve battery, charging, and power technologies, while connected and automated vehicles may incorporate sensing, communications, and software. For inventions crossing those boundaries, we consider the integrated technology and how its mechanical, electrical, and computing systems work together.
MARINE & MARITIME TECHNOLOGIES
Engineering for Life on the Water
Marine and maritime technologies present engineering challenges created by an environment where space, weight, power, corrosion, vibration, water quality, reliability, and communications can all affect how a product is designed and operated. Innovation may reside in the vessel itself, but it can also be found throughout the mechanical, electrical, communications, and onboard systems that make modern boats and yachts function.
Located in South Florida, we have experience working with companies developing products and technologies for boats, yachts, and the broader marine industry. That experience includes technologies ranging from vessel components and hull designs to onboard communications, refrigeration and ice-making systems, water filtration, desalination and reverse-osmosis systems, and other equipment designed specifically for marine environments.
TIP: Look beyond the vessel. Pumps, filtration systems, communications equipment, controls, appliances, and other onboard systems may contain independently protectable innovations.
Marine inventions frequently cross traditional engineering disciplines. A reverse-osmosis system, for example, may involve pumps, membranes, fluid paths, pressure regulation, monitoring, controls, and automated cleaning or maintenance processes. An onboard communications system may combine antennas, networking hardware, vessel electronics, software, and shore-based communications. Patentable innovation may arise from an individual component or from the particular way these technologies are integrated to address the constraints of operation at sea.
Vessel design can present additional opportunities for protection. Hull configurations, structural components, propulsion-related systems, storage and deployment mechanisms, marine accessories, and other vessel features may contain functional innovations appropriate for utility patent protection, while ornamental aspects of boats, components, and marine products may also warrant consideration for design patent protection.
We focus on understanding what was engineered specifically to make the technology work better in the marine environment. Whether the improvement concerns water production, communications, reliability, space utilization, efficiency, vessel performance, maintenance, or another operational challenge, those engineering decisions can form the foundation for meaningful patent protection.
HEAVY EQUIPMENT & MACHINERY
Engineering for Demanding Work
Heavy equipment and machinery present engineering challenges involving force, movement, durability, control, safety, and operation under demanding conditions. Innovation may reside in the overall machine, but it is often found in the mechanisms, attachments, implements, hydraulic systems, controls, and component arrangements that allow existing equipment to perform a task differently or more effectively.
We have experience working with innovations involving skid steers, construction equipment, agricultural and farm equipment, heavy machinery, and specialized attachments and implements for larger equipment. These technologies may incorporate mechanical linkages, hydraulic and pneumatic systems, lifting and positioning mechanisms, drive systems, couplings, mounting arrangements, interchangeable attachments, and other components designed to operate under substantial loads and repeated use.
TIP: The machine does not have to be new for the invention to be new. An innovative attachment, implement, operating method, or interaction with existing machinery may itself warrant patent protection.
Attachments and implements can be particularly valuable technologies. A new attachment may substantially expand the capabilities of an existing machine or provide a more efficient way to perform a particular operation. Innovation may arise from the attachment itself, how it connects to the machine, how power or hydraulic pressure is transferred, how the attachment moves or is controlled, or how the machine and attachment operate together.
Agricultural equipment can present additional innovation in how machinery is used to cultivate, treat, maintain, and harvest crops. We have worked with inventions involving methods of cultivation and harvesting in which the arrangement, movement, sequencing, or operation of machinery forms part of the technological solution. Patent protection may therefore extend beyond the physical equipment to methods of using that equipment to perform agricultural or industrial operations in a new and useful manner.
Modern construction and agricultural equipment also increasingly combines mechanical systems with electronics, sensors, software, and automated controls. Equipment may monitor position, load, pressure, terrain, crop conditions, operating conditions, or attachment status and use that information to modify operation. In these systems, the innovation may arise from the interaction between the physical machinery, its attachment, and the sensing or control technology.
We look at the machine, attachment, and method together to identify where the innovation resides and whether different aspects warrant protection. This can provide a broader strategy around not only what the equipment is, but how it is configured, how it operates, and how it is used to accomplish the underlying task.
AEROSPACE & AVIATION TECHNOLOGIES
Engineered for Flight
Aerospace and aviation technologies present demanding engineering challenges involving weight, strength, reliability, aerodynamics, vibration, temperature, environmental conditions, safety, and performance. Innovation may reside in an aircraft as a whole, but it is often found in the engines, mechanical systems, components, assemblies, onboard equipment, and supporting technologies that allow aviation systems to operate effectively.
Our experience spans a range of aerospace and aviation technologies, including aircraft engines and engine-related systems, structural and mechanical components, unmanned aerial vehicles and drones, onboard air and surface purification systems, control mechanisms, payload systems, mounting and deployment systems, and ground-support equipment. Patentable innovation may arise from a particular component, mechanical configuration, fluid or airflow path, treatment system, component arrangement, or interaction among multiple parts of a larger aircraft system.
TIP: Look beyond the aircraft as a whole. Engines, onboard equipment, components, environmental systems, payloads, and ground-support technologies may each contain independently protectable innovations.
Aircraft also contain numerous systems necessary to maintain the onboard environment and support passengers, crew, cargo, and equipment. Technologies involving air purification, surface treatment and purification, filtration, environmental control, fluid management, sanitation, and other onboard systems can present their own engineering challenges. Innovations may arise from adapting these technologies to aircraft constraints involving space, weight, airflow, power consumption, installation, maintenance, or operation within an existing aircraft architecture.
Aerospace innovation extends beyond equipment installed on the aircraft. Specialized tooling, manufacturing processes, inspection systems, maintenance and repair equipment, component-tracking technologies, and methods for installing, servicing, or replacing aircraft components can contain valuable inventions of their own. We consider these industrial technologies as part of the broader ecosystem required to manufacture, operate, and maintain modern aircraft.
Modern aviation also relies on software and data systems that support these physical assets. Our experience includes technologies involving aviation supply-chain management, component tracking, traceability, and record management, including systems using blockchain and distributed technologies. These systems can support the management and authentication of aircraft parts, maintenance information, and other assets as they move among manufacturers, suppliers, operators, and service organizations.
Aerospace technologies frequently cross engineering disciplines. An engine, purification system, aircraft component, or piece of ground-support equipment may incorporate sensors, electronics, communications, controls, and software in addition to its mechanical elements. We look at how those technologies operate together while maintaining the focus on the underlying physical equipment, industrial system, and engineering problem being solved.
