Advanced image processing technology is adopted to this monitoring sensor for medical and nursing purpose, to analyze images obtained by a high-performance infrared camera for vehicles utilizing irradiation of infrared LED, in order to consistently detect and provide information about the cared person when they “wake up” and “leave the bed”. It substantially reduces false reports, no reports, and ensures the reports do not slip through. In the nursing industry which has difficulties in securing human resources due to low birthrate and aging, this product will contribute in reducing the burdens on caregivers, and solve the labor shortage at facilities.
|Core Futec Co., Ltd.|
|Address||2F, KTS Bldg., 2-888 Shin Maruko Higashi, Nakahara-ku, Kawasaki-shi 211-0004, Japan|
Microscope developed through the manufacturer’s optical technology. Its very clear images make it easy to observe capillaries. Its optical zoom for a wide range of magnifications, from low to very high, does not require lens exchanges, which also makes it easy to observe capillaries on the whole body surface. Glare Proof observation is also possible with an optional cap (patent pending). Furthermore, it can easily be handled as it is small and lightweight. This product has already been utilized in a wide range of fields, including the medical, beauty, and health.
|GOKO Imaging Devices Co., Ltd.|
|Address||GOKO Bldg., 3-380 Tsukagoshi Saiwai-ku, Kawasaki-shi 212-0024, Japan|
This shower arm is to adjust the shower head to the position and angle to the preference of the user, and fix the shower head to a comfortable position. The position of the shower head can be pulled toward the user by 20 cm by only inserting this product in the existing shower holder, reducing the burden of raising and lowering the arm. It enables those who cannot move freely, due to symptoms such as rheumatism and arthralgia, to take showers without stress.
|Address||1-13-10 Watarida, Kawasaki-ku, Kawasaki-shi 210-0837, Japan|
This non-contact 3D measuring instrument is based on the light-section method where slit-like semiconductor laser scans an object and the reflected light is captured by a CCD camera to create a 3D shape. Since this product is a non-contact type, it is suitable for objects that are impossible to contact and whose shapes change as a result of contact and is mainly utilized in the anthropometric field.
|Hamano Engineering Co., Ltd.|
|Address||KSP R&D D building #339, 3-2-1 Sakado, Takatsu-ku, Kawasaki, Kanagawa 213-0012|
This cell phone-shaped, highly sensitive sound magnifier was designed from the viewpoint of the user under the concept of “Easy! Convenient! Only to hold it to hear well!” The sound magnifying function turns on simply by holding the product at the time of use. This product is used at the windows of public agencies and finance institutions.
|Ibuki Electronics Co., Ltd.|
|Address||2-24-8 Shimosakunobe, Takatsu-ku, Kawasaki, Kanagawa 213-0033|