インタコンポ 東京本社、大阪支店、長野支店、横浜事業所 Official site

We have published a technical column titled "How to Choose Camera-less Monitoring" (A4, 4 pages, with illustrations). When considering monitoring devices, the discussion often revolves around "whether to use a camera or not," but what truly matters is the perspective of what you want to notice in that location. This document organizes the differences between three methods: camera, millimeter-wave radar, and mat/load-based systems, and summarizes how to choose based on suitability for different locations. [Contents] - There are three main types of monitoring methods (Camera / Millimeter-wave radar / Mat/load-based) - Quick reference table of differences between methods (What can be detected / Installation and environment / Usability / Privacy) - Choosing based on scenarios (Falls at night / Toilet and changing room / Confirming presence in living spaces, etc.) - Three common decision points that can cause confusion on-site, and three frequent mistakes - Five items to check during selection This document organizes the general trends for each method. Since the actual feasibility and specifications vary by product, if you let us know the location and what you want to notice, we can assist you with choosing the right option.

We handle TFT LCD modules from WINSTAR for use in display sections of devices. 【We receive inquiries in the following situations】 - Wanting to update the display section of measuring instruments or control panels - Looking for LCDs to incorporate into industrial equipment - Searching for a supplier that can accommodate small quantities 【We can assist with】 - Selecting sizes and interfaces that meet application and enclosure conditions - Confirming pin assignments and arranging samples - Developing custom products and embedded systems - Selling in small lots We also handle OLED (organic EL) modules from the same WINSTAR company. Please consider these as well for devices that want to take advantage of their thinness, low power consumption, and wide viewing angles. Please check the specific specifications in the manufacturer's datasheet. We also accept requests for quotes only.

We are accepting inquiries for demonstrations and on-site evaluations of the non-camera monitoring sensor "MotionCatch" for owners and management companies of senior housing, service-equipped senior housing, and rental apartments. 【We can assist with the following inquiries】 - I want to establish a system for checking the safety of single residents. - I want a mechanism to be alerted when there is "no movement for an extended period." - I don't want to install cameras, but I want to understand the situation in the living space. 【Features of MotionCatch】 - Detects human movement non-contact using millimeter-wave radar and AI. - No cameras used and no video recording. It respects the privacy of residents. - Simply install on walls or ceilings. No wiring work is required (USB power supply and Wi-Fi). - Notifications of detected information are sent to the management company's PC or smartphone. - The detection range of one unit is approximately 6m x 4m, making it suitable for monitoring on a "room-by-room" basis rather than the entire floor. We accept inquiries for retrofitting existing properties, confirming installation conditions, and trial implementations (PoC). *No video is recorded. This is a product to support monitoring and is not a medical device.

We handle EEMB's 3.7V high-capacity lithium polymer batteries (Li-Po). With high energy density, they can secure a lot of power even in limited spaces, and their thin and lightweight pouch structure enhances design flexibility for devices. In addition to our standard lineup, we also accommodate custom dimensions and shapes, as well as custom designs for battery packs. 【Applications】 - Smartphones, tablets - Medical devices, card readers - Control devices, smartwatches - Power tools, IoT devices, etc. The nominal voltage is 3.7V. We have obtained various safety standards and certifications such as UN38.3 (transport), IEC/EN62133, UL1642, PSE, CE, KC, ISO9001/14001, and REACH (the applicable scope varies by product). If you let us know your intended use and environment, we can suggest specifications that meet your requirements.

We have published a technical column titled "Differentiating Between Primary and Secondary Batteries" (A4, 4 pages, with illustrations). When choosing batteries, it is common to think that "being rechargeable is better," but what really matters in practice is whether to maintain the equipment through replacement or through recharging. This document organizes the differences between the two based on the direction of the reaction and summarizes a method for selecting based on application. [Contents] - Quick reference table of differences (charging/maintenance methods/amount of electricity lost during storage, etc.) - Selection method based on reverse lookup from applications (not used for long periods/daily charging/large current needed for short durations/difficult to replace when integrated) - Three common decision points that can cause confusion on-site and three frequent mistakes - Five items to check during selection (operating environment/current output/transportation and labeling regulations, etc.) This document organizes the general trends by type. Since specific specifications vary by product, please let us know your application and usage environment, and we will assist you in consulting on part numbers that meet your conditions.