IoT door device that gently accompanies and watches over in private rooms of nursing homes, care facilities, and medical facilities.
IoT door devices suitable for nursing home private rooms, care facilities, medical facilities, etc. (Assembly and customization are supported) *We are looking for partner companies for collaboration (we provide the platform and assembly) - Devices are pre-installed inside the door. - You can check the situation inside without opening the door. - Select the commander on the touch panel display. (Settings suitable for the room, such as indoor temperature and humidity, ON/OFF for lights, fans, humidifiers, warm air heaters, etc., can be configured; you can check and set the indoor environment.) - By using an authentication card, you can assign usage permissions. - If sensors are installed on the door, it is also possible to control various devices' ON/OFF based on door opening and closing (face recognition and automatic locking can also be collaborated on). - By utilizing other sensors such as light, pressure, temperature and humidity sensors, and mat sensors, you can check the presence or absence of movement of people in the room. - If speakers are installed, music can be played automatically according to the time, or announcements can be made. - Notifications to staff rooms and email notifications are also possible. - It can prevent individuals from unknowingly going outside. - Utilizes neural network algorithms.
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basic information
Items integrated into the door: - Compact PC (Windows) or tablet (11-12 inches) equipped with platform cyber Jizo - Display in the case of PC integration - Window glass that becomes transparent or opaque with ON/OFF - IW relay device - IW plug device Options: - Felica card (authentication) - FAN, humidifier, LED light, webcam, various sensors, door sensor switch, mat switch, etc. If playing music, a small speaker - Customization is available as needed.
Price information
Essential items required for each door (totaling ¥300,000 or more) (excluding door development, design, and manufacturing): - Platform electronic jizo installer single - IW relay device - IW plug device - Small PC + display - Window glass that can become transparent or opaque Other various devices, electrical products, authentication cards, various sensors, etc. (optional)
Delivery Time
※Time required to develop and manufacture the door for the system/device.
Applications/Examples of results
It was just developed in 2020 (patent 6688524), and right after it was exhibited at Tokyo Care Week 2020, the COVID-19 infection spread, and it has been left as is, so there are no results. The "Cyber Door (trademark 6415436)" is suitable for private rooms in nursing homes, and a sliding door is preferable. If only the opening and closing sensors and switches are used, it can also be utilized for the restroom doors of each facility. (In this case, the Cyber Door itself is not used, and a small PC containing the platform Cyber Jizo is installed nearby.) Of course, if there is a restroom in each room and the door is not opened or closed for several hours, it can be set up to notify the staff from the Cyber Door. It can also be applied to those who require full nursing care, thereby reducing the workload of the staff as much as possible.
Detailed information
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Cyber Door Brochure Cover
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"Cyber Door" (Patent Granted) Brochure Mechanism of Settings & Automation
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Diversity and Expandability of the Cyber Door
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Company information
The "Platform Cyber Jizo" is an IT platform equipped with a unique "nervous system algorithm" (patented) that simplifies programming, which is often perceived as difficult, by modularizing software, allowing anyone, not just experts, to easily engage in it. Today, programming classes have started as early as elementary school, and information engineering is included in university entrance exams. But what about the generations that are already in the workforce? Learning programming from scratch while managing work is, after all, not very realistic. Cyber Jizo addresses this issue by utilizing pre-modularized information components called SEED, allowing users to learn programming while customizing their experience. It enables the free configuration of business efficiency improvements, including the creation of original teaching materials, bug prevention common in programming, and file management, making it useful for IT personnel training within companies, as well as suitable for programming education and algorithm development in businesses and schools. We will strive to ensure that the "Platform Cyber Jizo" contributes to enhancing Japan's economic power, technological capabilities, and IT education.