18581437. RECHARGEABLE PORTABLE ULTRASOUND INSTRUMENT, POWER SOURCE CONTROL METHOD, AND PROGRAM simplified abstract (Konica Minolta, Inc.)
Contents
RECHARGEABLE PORTABLE ULTRASOUND INSTRUMENT, POWER SOURCE CONTROL METHOD, AND PROGRAM
Organization Name
Inventor(s)
Morio Nishigaki of Fujisawa-shi (JP)
RECHARGEABLE PORTABLE ULTRASOUND INSTRUMENT, POWER SOURCE CONTROL METHOD, AND PROGRAM - A simplified explanation of the abstract
This abstract first appeared for US patent application 18581437 titled 'RECHARGEABLE PORTABLE ULTRASOUND INSTRUMENT, POWER SOURCE CONTROL METHOD, AND PROGRAM
Simplified Explanation: The patent application describes a rechargeable portable ultrasound instrument that can both transmit and receive ultrasound waves for diagnosis. It includes different types of chargers, a power source controller, and a body for the instrument.
- The instrument has at least two chargers, each with a supercapacitor and a battery.
- A power source controller manages the charging and power supply operations for the instrument based on the type of charger used.
- The controller ensures efficient charging and power distribution to the instrument body.
Key Features and Innovation:
- Combination of supercapacitor and battery chargers for efficient power management.
- Smart power source controller for optimized charging and power supply operations.
- Portable design for on-the-go ultrasound diagnosis.
Potential Applications:
- Medical facilities for ultrasound diagnostics.
- Emergency medical services for quick assessments.
- Remote areas where access to traditional ultrasound machines is limited.
Problems Solved:
- Efficient power management for portable ultrasound devices.
- Flexibility in charging options for different environments.
- Enhanced usability and mobility for medical professionals.
Benefits:
- Improved accessibility to ultrasound diagnostics.
- Enhanced portability for medical professionals.
- Cost-effective and efficient power management.
Commercial Applications: Portable ultrasound devices with advanced power management capabilities can revolutionize medical diagnostics in various settings, including hospitals, clinics, and remote areas. The market implications include increased accessibility to ultrasound technology and improved patient care.
Questions about Rechargeable Portable Ultrasound Instrument: 1. How does the power source controller optimize charging and power supply operations? 2. What are the potential cost savings associated with using a rechargeable portable ultrasound instrument?
Original Abstract Submitted
A rechargeable portable ultrasound instrument for transmitting an ultrasound wave to a subject and receiving the ultrasound wave from the subject for ultrasound diagnosis includes: at least two chargers different in type, the chargers including a supercapacitor and a battery; and a power source controller that controls a charge operation to each of the two chargers and a power supply operation from each of the chargers to an instrument body of the rechargeable portable ultrasound instrument, wherein the power source controller controls the charge operation and the power supply operation in accordance with the type of each of the chargers as a charge target or a power supply target.
