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[Case Study] Infection Control! Waiting for Consultation in a Car - One-Touch Call Notification System
Wait in your car for your appointment to prevent infection. You will be called by a bell when it's your turn.
We would like to introduce a case where our call bell "One-Touch Call" was implemented in an otolaryngology hospital. We received inquiries about wanting to improve the anxiety patients feel about visiting the hospital. It was used with the expectation of preventing hospital-acquired infections for both patients and staff, allowing patients to visit the hospital with peace of mind. 【Case Study】 ■ Purpose of Use - To ensure that patients can visit the hospital with peace of mind. - To reduce the workload of staff. ■ Before Implementation - Patients were anxious about visiting the hospital due to fear of hospital-acquired infections. - Staff would go to call patients waiting in their cars as their turn approached. ■ After Implementation - It became easy to call patients waiting in their cars or outside. - It became possible to avoid overcrowding in the waiting room. ★ Usage Situation 1. The "One-Touch Call Receiver" is handed to the patient at the reception. 2. Patients wait in their cars until their turn. 3. When it's their turn for examination, they are called using the "One-Touch Call Transmitter." *For detailed specifications of the product and other case studies, please refer to the link below.
basic information
★The basic components of the one-touch call system are: - Receiver - Transmitter - Charging stand There is also a relay device for area expansion. Additionally, there is a system that displays numbers on the monitor screen. ★The radio wave reach distance is approximately 150 meters in line of sight. ★The type of radio wave is a specific low-power 429MHz band that has received national certification. It can be used safely in medical settings. We also offer demo unit rentals and radio wave testing, so please feel free to contact us.
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Applications/Examples of results
For more details, please feel free to contact us.
Detailed information
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Tomato Tomato farmers in Kumamoto Prefecture have started using red LEDs as supplemental lighting in areas with poor sunlight conditions in greenhouses, allowing them to achieve growth similar to areas with good sunlight conditions. Currently, farmers in Aichi Prefecture are also conducting ongoing tests for implementation.
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Strawberry Among producers who cultivate varieties that require supplemental lighting, many use incandescent bulbs of 40W to 60W, but some have started switching to fluorescent lights. In the results of the lighting tests we conducted at testing institutions and producer fields, fluorescent lights showed different light quality compared to incandescent bulbs, resulting in an inability to maintain the revival of the plants and yielding weak effects. For producers in mountainous areas with poor sunlight conditions, utilizing 9W red LEDs as supplemental lighting has significantly increased yields.
