Webinar for Manufacturing Industry: "Is Your Patrol Really Safe? Unnoticed Heatstroke and Manager's Risk Progressing Simultaneously"
A webinar for the manufacturing industry will be held on the theme of "unnoticed heatstroke" and "manager's risk." While patrols and visual checks are common heatstroke countermeasures in manufacturing sites, they create "unseen times" where rapid temperature/humidity changes or health deterioration cannot be immediately detected. This webinar will explain how to build a "quickly noticeable" system using remote monitoring and immediate alerts from temperature/humidity sensors, reducing manager burden and risk. It will focus on easy-to-install sensors that require no construction, introducing specific implementation methods and case studies without stopping site operations.
📋 Article Processing Timeline
- 📰 Published: April 13, 2026 at 18:00
- 🔍 Collected: April 13, 2026 at 16:35
- 🤖 AI Analyzed: April 16, 2026 at 17:17 (72h 42m after Collected)
Details and participation application here
■There are "unnoticed times" that cannot be filled by patrols and visual checks.
In manufacturing sites, heatstroke countermeasures are often carried out through patrols, visual checks, and paper-based record management. However, human-based checks inevitably create "unseen times," during which rapid temperature and humidity changes or health deterioration cannot be immediately grasped. Furthermore, in large indoor spaces, the patrols themselves become a significant burden, creating a new problem where the managers conducting the checks are exposed to heatstroke risk.
■Towards a system that "notices immediately" with remote monitoring and instant alerts.
As a solution to these issues, remote monitoring and instant alerts using temperature and humidity sensors are attracting attention. By visualizing on-site environmental data in real-time and notifying instantly when a dangerous state is reached, a mechanism that "notices immediately even without being on-site" can be realized. By operating without relying on patrols and paper management, the burden and risk on managers are reduced, enabling prompt initial response and preventing serious accidents.
■Easy installation without construction, starting without burdening the site.
This seminar will explain "realistic heatstroke countermeasures that can be started immediately" in an easy-to-understand manner, incorporating specific implementation methods and case studies tailored to manufacturing sites. In particular, it will focus on "easy-to-install sensors that require no construction" that can be introduced even in large indoor environments where power supply and wiring work are difficult, introducing key points for implementation without stopping site operations. We will convey concrete measures to achieve remote monitoring and instant notification while suppressing installation effort and cost.
■Organizer/Co-organizer
Zenneck Communication Inc.
Maspro Denkoh Corporation
■Cooperation
Open Source Utilization Research Institute Co., Ltd.
Majisemi Co., Ltd.
Details and participation application here
Majisemi will continue to hold webinars that "are useful to participants."
Past seminar public materials and other recruiting seminars can be viewed here.
Majisemi Co., Ltd.
3F Shiodome Building, 1-2-20 Kaigan, Minato-ku, Tokyo 105-0022
Inquiries: https://majisemi.com/service/contact/
■There are "unnoticed times" that cannot be filled by patrols and visual checks.
In manufacturing sites, heatstroke countermeasures are often carried out through patrols, visual checks, and paper-based record management. However, human-based checks inevitably create "unseen times," during which rapid temperature and humidity changes or health deterioration cannot be immediately grasped. Furthermore, in large indoor spaces, the patrols themselves become a significant burden, creating a new problem where the managers conducting the checks are exposed to heatstroke risk.
■Towards a system that "notices immediately" with remote monitoring and instant alerts.
As a solution to these issues, remote monitoring and instant alerts using temperature and humidity sensors are attracting attention. By visualizing on-site environmental data in real-time and notifying instantly when a dangerous state is reached, a mechanism that "notices immediately even without being on-site" can be realized. By operating without relying on patrols and paper management, the burden and risk on managers are reduced, enabling prompt initial response and preventing serious accidents.
■Easy installation without construction, starting without burdening the site.
This seminar will explain "realistic heatstroke countermeasures that can be started immediately" in an easy-to-understand manner, incorporating specific implementation methods and case studies tailored to manufacturing sites. In particular, it will focus on "easy-to-install sensors that require no construction" that can be introduced even in large indoor environments where power supply and wiring work are difficult, introducing key points for implementation without stopping site operations. We will convey concrete measures to achieve remote monitoring and instant notification while suppressing installation effort and cost.
■Organizer/Co-organizer
Zenneck Communication Inc.
Maspro Denkoh Corporation
■Cooperation
Open Source Utilization Research Institute Co., Ltd.
Majisemi Co., Ltd.
Details and participation application here
Majisemi will continue to hold webinars that "are useful to participants."
Past seminar public materials and other recruiting seminars can be viewed here.
Majisemi Co., Ltd.
3F Shiodome Building, 1-2-20 Kaigan, Minato-ku, Tokyo 105-0022
Inquiries: https://majisemi.com/service/contact/
FAQ
What is the main theme of this webinar?
It is about remote monitoring and immediate alert systems to solve "unnoticed heatstroke" and "manager's risk" in the manufacturing industry.
What are the features of the heatstroke countermeasures introduced in the webinar?
It is a remote monitoring and immediate alert system using temperature and humidity sensors that can be easily installed without construction, allowing for implementation without stopping site operations.