Release date: 2009-09-28
In 2009, Matsushita Electric Co., Ltd. introduced an innovative robotic solution called the "Robotic Bed," designed to seamlessly transition between a bed and a wheelchair. This versatile device allows users to shift from a lying position to a seated one, enabling greater independence and mobility while reducing the physical strain on caregivers. The system is particularly beneficial for elderly or disabled individuals who require assistance with daily transfers.
Traditional methods of moving from a bed to a wheelchair often involve manual lifting by caregivers, which can be both physically demanding and risky for the user. There's also the potential for falls during the process, leading to fear and hesitation among users. To address these challenges, Matsushita developed a robot that not only supports safe transitions but also empowers users to operate the device themselves, promoting confidence and autonomy in their daily lives.
The Robotic Bed features advanced control technology that ensures smooth and secure transitions between bed and wheelchair modes. For instance, when switching from a bed to a wheelchair, the system automatically reconfigures its components, ensuring stability and comfort throughout the process. When used as a wheelchair, the robot is equipped with obstacle detection and avoidance systems, enhancing safety during movement within the home environment.
To make the device more user-friendly, especially for those unfamiliar with robotic interfaces, Matsushita integrated a conversational interface that simplifies the transformation process. Additionally, the wheelchair mode includes an intuitive controller, making it easy for users to navigate and manage the device. The system also allows for seamless communication between the bed and wheelchair functions, offering a more cohesive and efficient experience.
The design of the mattress is adaptable, adjusting based on whether the device is being used as a bed or a wheelchair. As a bed, it helps users turn over comfortably and prevents shifting during rest. The system also includes a smart "Robotic Canopy" interface, which connects to home appliances and security cameras, providing additional convenience and peace of mind. The display unit can adjust its position depending on the user's posture and even pops up when the wheelchair is separated from the main unit.
Matsushita Electric Co., Ltd. is actively involved in the "Life Support Robot Utility Project" under the Japan New Energy and Industrial Technology Development Organization (NEDO). The company aims to contribute to the development of standardized safety protocols for such robots through ongoing research and innovation. Furthermore, the robot was showcased at the 36th International Welfare Machine Exhibition, held from September 29 to October 1, 2009, at the Tokyo International Exhibition Center. This event highlighted Matsushita's commitment to improving quality of life through cutting-edge assistive technology. Shanghai Medical Device Industry Association
As customers have higher and higher requirements for animal reproduction and animal disease diagnosis and treatment, traditional diagnostic methods such as visual inspection, stethoscope listening, thermometer inspection, and percussion and hammering can no longer meet the needs of animal husbandry production and veterinary clinics. Today, B-ultrasound is playing a big role in human medical diagnosis, and in the future, B-ultrasound will also play a role in animal medicine. We should promote the use of veterinary ultrasound scanner step by step according to the actual situation, popularize the knowledge of the use of veterinary ultrasound scanner, take this as an opportunity, and use it as a ladder to improve the level of veterinary practice in our country.
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Mianyang United Ultrasound Electronics Co., Ltd , https://www.uniultrasonic.com