A fire sensor integrated with a wire creates a wide-ranging fire alert area / New product with fire detection wire (with fire push button).

A fire sensor integrated with a wire creates a wide-ranging fire alert area / New product: fire detection line (with fire push button).

■Features of Fire Detection Wire (with Fire Push Button) 1. By simply pulling out and wiring the fire detection wire (with fire push button), the fire detection circuit is completed, creating a fire alert area. The fire detection wire (with fire push button) can be rolled up and moved to the necessary location for wiring. 2. Anyone can wire the fire detection wire (with fire push button) by pulling it out. 3. The fire detection wire (with fire push button) can be wired in places at risk of fire or arson, such as buildings, industrial machinery, and the grounds or buildings of temples/shrines, allowing for fire alert areas ranging from small to large. 4. The fire detection wire (with fire push button) can be wired in outdoor and indoor large facilities, such as forests near residences, parks, public facilities, and event venues, enabling response to extensive fire alert areas. 【Notes】: Features of Fire Detection Wire 1. It is an eco-friendly technology product with zero standby power due to its switching function. 2. The shape memory alloy has permanent memory, is rust-free, and retains its shape once activated. 3. The operation is a physical action that does not require power, ensuring no malfunctions and allowing for swift and precise use over many years. 4. Direct temperature sensing (temperature detection) can be done without measurement instruments. 5. The fire detection wire can be used for indoor/outdoor wiring. 6. It is a non-reset type that allows for confirmation after activation.

• Other commercial buildings and service facilities
• Facility Design

A fire memory sensor integrated with electric wires / New fire detection wire launched.

■Features of Fire Detection Wires 1. By extending the wiring, the fire detection circuit is completed, creating a wide area for fire alert. 2. Wiring in buildings under construction, ships being built, aircraft, and vehicles completes the fire detection circuit. 3. Wiring around the exterior of residential garages, storage sheds, and warehouses completes the fire detection circuit. 4. Wiring in the precincts of temples/shrines and in livestock buildings completes the fire detection circuit. 5. Direct temperature sensing and signaling can be achieved through physical operation without the need for power sources or measuring devices. 6. When the surrounding temperature reaches the set temperature (80°C), the two wires short-circuit to sense the temperature and send a signal. 7. Wiring similar to that of electrical equipment can be done, and it can be used for both indoor and outdoor wiring. 8. Utilizing the softening of the wire and the recovery of shape memory alloys, the two wires short-circuit to sense the temperature and send a signal. 9. It is an eco-technology product with zero standby power due to its switching function. 10. The shape memory alloy has permanent memory, is rust-free, and once activated, it retains its state permanently, allowing for long-term use. 11. This product meets the performance standards of type 1 fixed temperature detectors as specified by fire safety regulations. 12. It is a non-resettable type that allows for confirmation after activation (once activated, it cannot be reactivated; the activated location must be deleted and reconnected).

• Imported houses and log houses
• Facility Design

New product of fire memory sensor integrated with a combination of electric wires and shape memory alloy.

This product is a fire memory sensor with a set temperature of 80°C. It integrates a shape memory alloy attached in a coil shape to a wire. When the surrounding temperature reaches 80°C, the wire softens, and the shape memory alloy constricts the wire (restoring it), creating a short circuit between the two wires to generate a temperature sensing signal (80°C). It is designed to be installed in equipment or locations at risk of fire, alerting the surroundings through alarms and preventing fires in advance, while also providing daily monitoring of fires with an eco-friendly technology product that has zero standby power for its switching function. It is a non-resettable type that allows for confirmation of a fire after activation. This product meets the performance standards of a fixed temperature type detector (Type 1) as specified by fire safety regulations (120 seconds). Set temperature: 80°C. ■ Contact information regarding this matter: 2-2-8 Minami Tsutsujigaoka, Kameoka City, Kyoto Prefecture, 621-0847 Space Works Contact: Wada wadakame@siren.ocn.ne.jp TEL: 0771-25-3430 / FAX: 0771-25-4932

• Facility Design

Eco technology utilizing the restoration of shape memory alloys and the softening of electric wires / New product of temperature memory sensors

■Features of Temperature Memory Sensor 1. It operates through a physical action that does not require power supply or measuring instruments, allowing direct temperature sensing and signal generation. 2. The operation allows direct temperature detection through physical action, and the circuit configuration can be simple and low-cost. 3. When the surrounding temperature reaches the set temperature (80°C), the two wires short-circuit to sense the temperature and generate a signal. 4. It can continuously monitor various abnormal temperatures. 6. This product integrates shape memory alloy with electric wires. Set temperature (80°C). 7. It utilizes the softening of the wire and the recovery of the shape memory alloy to short-circuit the two wires, sensing the temperature and generating a signal. 8. It is an eco-friendly technology product with zero standby power due to its switching function. 9. The shape memory alloy has permanent memory and is rust-free, maintaining its state permanently once activated. 10. This product meets the performance standards of fixed temperature detectors type 1 (120 seconds) as specified by fire safety regulations. 11. It is a non-resettable type that allows confirmation after activation. ■Contact Information for Inquiries 2-2-8 Minami Tsutsujigaoka, Kameoka City, Kyoto Prefecture, 621-0847 Space Works Contact: Wada wadakame@siren.ocn.ne.jp TEL: 0771-25-3430 / FAX: 0771-25-4932

• Facility Design

New product: Temperature memory sensor (with terminals) that detects abnormal temperatures before fire in various industrial equipment.

■Features of Temperature Memory Sensor (with terminals) 1. Capable of detecting abnormal temperatures inside various distribution boards, control panels, and operation panels (set temperature 80°C). 2. Capable of detecting abnormal temperatures inside industrial equipment and electrical devices. 3. Operates through physical action without the need for power supply or measuring instruments, directly sensing temperature and generating signals. 4. The operation allows for direct temperature detection through physical action, with a simple circuit configuration that can be produced at a low cost. 5. When the surrounding temperature reaches the set temperature (80°C), the two wires short-circuit to sense the temperature and generate a signal. 6. Capable of routinely monitoring various abnormal temperatures, ensuring reliable and safe maintenance management. 7. A product that integrates shape memory alloy with a terminal attached to the wire (set temperature 80°C). 8. A simple, easy-to-use product with good accuracy, featuring eco-friendly technology with zero standby power due to its switching function. 9. The shape memory alloy has permanent memory, is rust-free, and retains its state indefinitely once activated, allowing for long-term use. 10. A product that meets the performance standards of fixed temperature type detectors (Type 1, 120 seconds) as specified by fire safety regulations. 11. Non-resettable, allowing for confirmation after activation (once activated, it cannot be reactivated; the activated location must be removed and reconnected).

• Power distribution and control panels
• Facility Design

New product of temperature sensing wire integrated with multiple temperature memory sensors.

■Features of Temperature Sensing Wire 1. It can directly sense temperature and generate signals through physical operation without the need for power supply or measuring instruments. 2. When the surrounding temperature reaches the set temperature (80°C), the two wires short-circuit to sense the temperature and generate a signal. 3. It allows for routine monitoring of various abnormal temperatures, ensuring reliable and safe maintenance management. 4. It can detect abnormal temperatures in various devices early, preventing equipment damage and fires. 5. By simply extending the wiring, it can provide extensive monitoring of abnormal temperatures. 6. It can be wired similarly to electrical equipment wiring and can be used for both indoor and outdoor wiring. 7. It is a product that integrates a large number of shape memory alloys at regular intervals along the extended wire. 8. Utilizing the softening of the wire and the recovery of the shape memory alloy, it senses temperature by short-circuiting the two wires and generates a signal. 9. It is a simple, easy-to-use, and accurate eco-technology product with zero standby power due to its switching function. 10. The shape memory alloy has permanent memory, is rust-free, and retains its function indefinitely once activated, allowing for long-term use. 11. It is a product that meets the performance standards of fixed-temperature type detectors as specified by fire safety regulations (120 seconds). 12. It is a non-resettable type that allows for confirmation after activation (once sensing is activated, it cannot be reactivated; the activated location must be deleted and reconnected).

• Facility Design

A new product for temperature sensing (70℃) that can directly sense temperature and signal through a physical operation without the need for power.

■Features of Temperature Sensing Wire (70℃) 1. It can directly sense temperature and generate a signal through physical operation without the need for power supply or measuring instruments. 2. When the surrounding temperature reaches 70℃, the two wires short-circuit to sense the temperature and generate a signal. 3. It allows for the collective monitoring of various abnormal temperatures on a daily basis, ensuring reliable and safe maintenance management. 4. It can detect abnormal temperatures in various devices early, preventing equipment damage and fires. 5. By simply extending the wiring, it enables extensive abnormal temperature monitoring. 6. It can be wired similarly to electrical equipment wiring and can be used for both indoor and outdoor wiring. 7. It is a product that integrates a large number of shape memory alloys at regular intervals along the extended wire. 8. Utilizing the softening of the wire and the recovery of the shape memory alloy, it senses temperature by short-circuiting the two wires and generates a signal. 9. It is a simple, easy-to-use, and highly accurate eco-technology product with zero standby power due to its switching function. 10. The shape memory alloy has permanent memory, is rust-free, and retains its function indefinitely once activated, allowing for long-term use. 11. It is a product that meets the performance standards of fixed temperature detectors type 1 (120 seconds) as specified by fire safety regulations. 12. It is a non-resettable type that allows for confirmation after activation. (Once activated, it cannot be reset. The activated location can be deleted and reconnected.)

• Facility Design

Hotron Inc. has launched its new product, the "Vehicle Count Sensor CCS3"! This product is a ceiling-mounted sensor that combines infrared and radar technology. It reliably detects vehicles in both directions with a single unit, accommodating traffic during congestion and vehicle passing, thus achieving efficient occupancy management in large parking lots. Additionally, it can be utilized for exit warning purposes in addition to vehicle counting, contributing to the safe and smooth operation of parking facilities. 'Features' - Improved detection performance against changes in road surface during rainy weather by using both infrared and radar. - Equipped with IP67 waterproof and dustproof performance, making it effective even in salt damage areas. - Various settings can be configured from a dedicated app (for Android devices), with current settings easily visible at a glance. - The base dimensions are the same as the previous model "CCS2," allowing for smooth replacement of existing equipment. *For more details, please refer to the product information, catalog download, or contact us.*

The signing methods for electronic contracts (party type and witness type) are directly linked to the strength of their legal effectiveness. In this article, we will outline the reasons why the more stringent "party type" has been difficult to popularize until now. ---【Conclusion of this article】-------------------------------- • There are two signing methods for electronic contracts: "witness type" and "party type," which differ in the strictness of identity verification. • The main reasons why the party type has not spread are the three factors of "effort, cost, and the structural risk of entrusting a private key." • However, with the spread of public personal authentication (JPKI) using My Number cards, these three barriers are beginning to crumble. -------------------------------------------------------- The full text of the article can be accessed from the "Related Links."

Seven Corporation has started offering the "SeveNavi AI Cleaning Diagnosis Service," which supports the organization and improvement of cleaning challenges in manufacturing environments. Organizing cleaning challenges with AI and visualizing the next steps In manufacturing cleaning, various factors need to be considered, including the material of the object, type of dirt, adhesion state, currently used cleaning agents, working time, safety, and equipment conditions. On the other hand, there are also several challenges faced on-site, such as: - Unable to determine if the current cleaning method is appropriate - Wanting to reduce cleaning time and labor - Concerns about the safety of cleaning agents and their impact on materials - Wanting to compare with another cleaning method but unable to set test conditions - Not being able to utilize past cases and knowledge for improvement activities SeveNavi organizes information such as the object, dirt, current cleaning methods, and site photos using AI, clearly presenting the applicability of cleaning methods, points of caution, missing information, and how to proceed with comparative testing. If you have any challenges regarding reviewing current cleaning methods, comparing new cleaning methods, or reducing cleaning time and labor, please feel free to consult with us.

An online seminar will be held for design, purchasing, and DX promotion personnel considering the introduction or switch to new CAD systems, featuring the DWG-compatible 2D CAD "ARES." Participants can review content directly related to business improvement, including a comparison of features and performance with AutoCAD, automation using the CAD-specific AI "A3," automatic generation of DWG drawings from BIM data, and new ways of working in the cloud. ■ Date and Time: September 17, 2026 (Thursday) 13:30 - 15:00 ■ Format: Online (with archive viewing available) ■ Participation Fee: Free ■ Recommended for: - Those considering switching from AutoCAD - Those interested in AI utilization and automation in CAD operations - Those looking to streamline collaboration with BIM - Those seeking an environment where drawings can be edited regardless of location As a viewing benefit, a free "ARES Trinity Utilization Manual" (worth 6,000 yen) will be provided. Additionally, if you apply through the URL in the related links, our company, Keynos Logic, will consistently support you from post-seminar implementation considerations to estimates and support after operation begins. If you are interested in ARES, feel free to start by participating in this seminar.

On August 28, 2026 (Friday), I participated in the "AMD Embedded Computing Summit Tokyo 2026" and showcased a "Gesture Demo" as a partner of AMD. The demonstration introduced a configuration that combines gesture recognition using OpenCV, status reporting with LLM, and one-axis motor control using INtime 7.2 and RSI-ECAT, enabling collaboration between AI, image processing, and real-time control on a single PC. We presented a next-generation PC-based industrial control system that integrates AI, image processing, and real-time control on one PC. <Overview of Demo Participation> https://www.mnc.co.jp/INtime/AMDxINtime/AMDEcsTokyoResults.html <Actual Demo Video> https://youtu.be/JmZke75_y0s <AMD CPU + INtime RTOS Introduction Page> https://www.mnc.co.jp/INtime/AMDxINtime/amdxintime.html #PC #RealTimeOS #IndustrialPC #AI