Tomoko Maeda

Title: Tomoko Maeda: Innovations in Electric Mobility and Bone Research.

Introduction

Tomoko Maeda is an inventor associated with patent work spanning electric-vehicle technology and biomedical research. Based in Osaka, Japan, she has 2 patents listed in the information provided. Her work reflects applications in both practical vehicle diagnostics and methods for studying bone-related diseases.

Latest Patents

One patent, “Information processing system for electric two-wheeled vehicle, electric two-wheeled vehicle, electric equipment unit, and key for electric two-wheeled vehicle,” describes a system for diagnosing vehicle failures. The vehicle’s host unit obtains failure information from an electric equipment unit while battery power is supplied. A terminal retrieves that information through non-contact communication and sends it to a server, which performs the diagnosis. The approach is intended to make failure diagnosis easier, more convenient, and immediate.

Another patent, “Methods for isolation of osteoclast precursor cells and inducing their differentiation into osteoclasts,” concerns isolating precursor cells and culturing them to produce osteoclasts. The described methods include culturing peripheral blood or joint fluid without cytokines for one to three weeks, followed by differentiation without accessory cells. The resulting cells can be used to screen potential treatments for metabolic bone diseases.

Career Highlights

The supplied information associates Maeda with Shionogi Company Limited and Panasonic Intellectual Property Management Co., Ltd. The two patents described here illustrate a range of technical interests, from electric two-wheeler diagnostics to cell-based research relevant to metabolic bone disease.

Collaborations

The listed coworkers are Takashi Ishimura and Susumu Fukushima. Their names are provided as collaborators, though specific roles or contributions are not detailed in the supplied information.

Conclusion

Tomoko Maeda’s listed inventions address distinct challenges in vehicle maintenance and biomedical research. Together, they demonstrate how patent innovation can support both more accessible electric-vehicle diagnostics and methods for investigating potential treatments for bone diseases.