Ultrasound-Enhanced Delivery of Substances Across Various Industries

This inventive concept leverages the core technology of ultrasound-enhanced delivery to expand into new applications and use cases, including agricultural pesticides, wood treatment, heavy crude oil processing, animal nutrition, and industrial surface cleaning.

The original patent focused on ultrasound-enhanced delivery of drugs for ophthalmic care, but its limitations can be overcome by applying this technology to other industries. For instance, in agriculture, pesticide effectiveness is hindered by soil and plant barriers, while in wood treatment, fungal decay is a significant concern. Similarly, heavy crude oil's high viscosity hinders transportation, and animal nutrition is often limited by poor nutrient absorption. Industrial surface cleaning also faces challenges in removing stubborn contaminants. This inventive concept addresses these problems by adapting the ultrasound-enhanced delivery technology to these new domains.

The new claims describe systems and methods for utilizing ultrasound energy to enhance the delivery of substances in various industries. For example, in agriculture, an ultrasound-generating device is coupled to a pesticide applicator, increasing the penetration of the pesticide into the soil or plant tissue. In wood treatment, ultrasound energy is applied to the wood product in conjunction with a fungicidal agent to prevent decay. Similarly, in heavy crude oil processing, ultrasound energy reduces the viscosity of the crude oil, allowing for more efficient transportation. In animal nutrition, ultrasound energy increases the absorption of nutrients by the animal when applied to the feed in conjunction with a nutrient supplement. Finally, in industrial surface cleaning, ultrasound energy enhances the cleaning effectiveness of a solution when applied to a surface.

The new claims introduce a novel application of ultrasound-enhanced delivery technology, expanding its scope beyond ophthalmic care to address specific problems in diverse industries. The inventive step lies in recognizing the potential of this technology to overcome barriers and limitations in these new domains, and in designing systems and methods that effectively integrate ultrasound energy with the specific requirements of each industry.

Alternative embodiments of this inventive concept could include variations in ultrasound frequency, intensity, and duration tailored to specific industry needs. Additionally, different types of substances could be delivered using this technology, such as fertilizers, biocides, or coatings. Furthermore, the ultrasound-generating device could be integrated into existing equipment or designed as a standalone unit.

This inventive concept has significant commercial potential across multiple industries, including agriculture, wood treatment, heavy crude oil processing, animal nutrition, and industrial surface cleaning. The market for these applications is substantial, with opportunities for partnerships, licensing, and product development.