techno craft co. List of Products and Services

- The tech band responds to the Ministry of the Environment's WBGT, combining heart rates by age group to conduct a more accurate heatstroke risk analysis. It also features an SOS signal for solo work and a mutual messaging function with management. Its wristwatch design makes it easy to use during work, ensuring notifications are not missed. - When employees working in remote locations face heatstroke or health risks, they will be notified to the administrator in real-time. Additionally, notifications can be sent to on-site managers, allowing for the prevention of labor accidents. - Heatstroke is automatically detected by the smartwatch sensor at hand, but employees can also manually send an SOS signal if they choose. - The solution of equipping employees with smartwatches and monitoring them through a management screen can be applied across various industries and sectors (transportation, construction, job sites, golf courses, forestry, agriculture, etc.). - In addition to the above examples, we can accommodate various other industries and sectors. We offer flexible plans, including outright purchase and rental options, so please feel free to contact us first.

In the construction industry, there is a lot of outdoor work, creating an environment with a high risk of heat stroke. To protect employee safety and prevent labor accidents, measures against heat stroke are essential. The TECHNO BAND responds to the Ministry of the Environment's WBGT and conducts more accurate heat stroke risk analysis by combining heart rates by age group. It also includes an SOS signaling feature for solo workers and a mutual messaging function with management, ensuring the safety of workers. 【Usage Scenarios】 - Monitoring heat stroke risk during work at construction sites - Alerts for heat stroke to raise awareness - Quick response through SOS signaling 【Benefits of Implementation】 - Reduction of labor accident risks due to heat stroke - Improvement of employee health management and safety - Enhancement of corporate image

The techno band determines the risk of heatstroke based on the rise in the heat index and heart rate. The risk of heatstroke increases, especially as one gets older. This is due to a decrease in the body's water content and a decline in muscle mass, which lowers the basal metabolic rate and weakens the ability to regulate body temperature. As the risk of heatstroke increases, the heart rate rises. The techno band assesses the risk of heatstroke based on the increase in heart rate by age group. For example, when the heat index is between 28 and 30, the heart rate risk by age group is as follows: 20s: 170 or above 30s: 165 or above 40s: 150 or above 50s: 145 or above 60s: 135 or above The techno band conducts risk assessments before heatstroke occurs using algorithms based on the heat index and age-specific heart rates.

Heat Stroke: Incidence by Industry The construction industry, which works outdoors, is easily affected by high temperatures and humidity. In the manufacturing industry, even indoors, the radiant heat from machinery and the high-temperature environment at work sites increase the risk of heat stroke. The transportation industry is also at high risk due to loading operations in the blazing sun and warehouse work. When the metabolic rate (workload) is high in high-temperature and high-humidity environments, the risk of heat stroke increases. Techno Band assesses the risk of heat stroke based on the increase in heart rate according to age groups.

In the manufacturing industry, automation is advancing through the incorporation of AI and robotics technology. However, some level of human monitoring and inspection is still necessary. This is especially true for "solo work," where a small number of people respond on-site during nights and holidays, making it important to confirm the health and safety of employees. TechnoBand can alert managers and other employees on the same site about health conditions, risks such as falls, and SOS (rescue requests) through its buddy function.

In preventing occupational accidents, the "buddy system" (pairing two people) is recommended for heatstroke measures at work sites for safety and welfare checks. However, due to labor shortages in construction, manufacturing, and logistics, the buddy system (mutual monitoring) is considered difficult to implement in practice. Technoband has implemented a "buddy function" that allows for mutual health and safety monitoring even when workers are apart on site. With the buddy function, alerts can be received among Technobands by setting up designated individuals to be notified in advance when heatstroke or health and safety risks arise. This enables quick welfare checks and rescue responses within the work site.

If the symptoms of heat stroke begin to appear and action is delayed, it can worsen and require emergency transport. The Ministry of Health, Labour and Welfare mandates that early detection of individuals at risk of heat stroke is essential. However, in work environments where monitoring by supervisors or a buddy system is not feasible, it is difficult to identify those at risk of heat stroke. At Technoband, if a supervisor receives an alert about someone at risk of heat stroke, they can check on that person's condition. In many work environments, it is often not possible to take out or use a smartphone, leading to situations where two-way communication is not possible. Therefore, a safety confirmation message can be sent to the Technoband being worn, and the worker who receives it can respond with messages such as "I am taking a break" or "I will take a break now" directly from their Technoband. By facilitating two-way communication in this way, we can prevent the worsening of heat stroke.

The location information of workers is necessary for health and safety management. In emergencies, such as heat stroke, falls, or SOS signals due to health issues, high-accuracy location information is required to quickly respond and rescue within a large area. TechnoBand incorporates high-precision GPS to identify the location of workers. Additionally, even in buildings with poor GPS reception, location measurement is possible using assistive GPS in areas with mobile signal coverage. Furthermore, the management system allows for the confirmation of the location information of all workers, enabling quick identification of those who can be dispatched for rescue.

〇 Relationship between Heat Stroke and Heart Rate When body temperature rises, the body dilates blood vessels and increases blood circulation to regulate temperature. However, as dehydration progresses, the amount of water in the blood decreases, leading to increased blood concentration and a thicker state. In such a condition, the heart rate rapidly increases, serving as an early sign of heat stroke. In this state, heat stroke can be prevented by hydrating and cooling the body. 〇 Key Points of the Revised Labor Safety and Health Regulations Effective June 1, 2025 1. To detect individuals showing abnormalities (those likely to suffer from heat stroke) as early as possible. 2. For those showing abnormalities, implement "early withdrawal from heat work," "early body cooling," "use of effective rest facilities," and "prompt transport to medical institutions (if there are unusual symptoms such as in fluid intake)." 〇 Measures to Prevent Severe Heat Stroke (Excerpt from the Ministry of Health, Labour and Welfare Safety and Health Subcommittee Materials) It is necessary to determine not uniformly based on WBGT or temperature values alone, but rather through a combination of "WBGT values," "work intensity," and "clothing conditions during work," etc. 〇 Techno Band Algorithm The algorithm can identify individuals at risk of heat stroke based on "WBGT values" and "work intensity" (age-specific heart rates).

The heat index (WBGT) is an indicator that shows the risk of heatstroke, calculated by incorporating three elements: temperature, humidity, and radiant heat (from sunlight and ground heat). Among these, the ratio of "humidity" is considered to be 70%, meaning that a high heat index (WBGT) also indicates high humidity. Even at the same temperature, a higher humidity level results in a higher heat index (WBGT). 〇 When humidity is high, the risk of heatstroke increases Even at the same temperature, higher humidity makes us feel hotter, and when humidity is high, sweat evaporates less easily, making it difficult for the body to regulate its temperature, leading to a buildup of heat in the body. When heat accumulates in the body, symptoms such as nausea, headaches, and dizziness can occur, which can lead to severe heatstroke. During the summer, it is important to check the heat index (WBGT) along with the temperature, to cool down the body and to stay hydrated regularly.

Characteristics of People Prone to Heat Stroke Age: Infants and young children with immature temperature regulation, and elderly individuals with diminished function. Body Type/Constitution: Overweight individuals with a lot of subcutaneous fat who tend to retain heat. Health Status: Dehydration: Individuals who have reduced body fluids due to hangovers or diarrhea. Chronic Illness: Individuals with diabetes, high blood pressure, heart disease, kidney disease, or mental disorders. Medication: Individuals taking medications that suppress sweating or have diuretic effects. Lifestyle: Lack of Exercise: Individuals who have difficulty sweating and struggle with temperature regulation. Not Acclimatized to Heat: Individuals who suddenly find themselves in a hot environment (those who have not undergone heat acclimatization). Others: When feeling unwell or experiencing lack of sleep.

In the warehouse industry, managing temperature and humidity is crucial due to poor ventilation, especially during the summer when the risk of heatstroke increases. Working in high-temperature environments can lead to decreased concentration and health issues among workers, potentially lowering work efficiency and increasing the risk of accidents. Heatstroke is more likely to occur in various individuals, such as the elderly with weakened temperature regulation, those with pre-existing conditions, people who are hungover, those taking medication, and individuals who are physically inactive. Our heatstroke prevention band analyzes heatstroke risk by combining WBGT and age-specific heart rates, and notifies managers and fellow workers on the same site, thereby reducing the risk of heatstroke and ensuring a safe working environment. 【Usage Scenarios】 - Warehouse work in high-temperature environments - Outdoor work such as forklift operation - Inbound and outbound operations 【Benefits of Implementation】 - Prevention of health issues among workers due to heatstroke - Maintenance and improvement of work efficiency - Strengthening of safety management systems - Reduction of labor accident risks

In the field of agriculture, there is always a risk of heatstroke due to long hours of outdoor work. Currently, there are many early morning tasks when temperatures are low, but during periods of high humidity or when the body is not yet acclimated to the heat (from May until the end of the rainy season), the possibility of heatstroke increases. Additionally, as the workforce in agriculture ages, the risk of heatstroke also rises, along with safety risks from accidents involving heavy machinery and illnesses. TechnoBand analyzes the risk of heatstroke by combining WBGT (Wet Bulb Globe Temperature) with age-specific heart rates. It also supports a safe working environment by providing SOS (rescue requests) for incidents like falls and displaying location information. 【Usage Scenarios】 - Outdoor agricultural work - Work in environments with a high risk of heatstroke - Health management of workers - Work involving tractors 【Benefits of Implementation】 - Early detection of heatstroke risk - SOS signaling and location confirmation in case of danger - Improved health management of workers - Maintenance and enhancement of work efficiency

Bathing assistance in nursing facilities needs to be conducted with consideration for the health status of the elderly, and the risk of heat stroke is also a critical issue to be aware of. In particular, bathing assistance in high-temperature and high-humidity bathrooms tends to make caregivers more susceptible to heat stroke due to sweating. This product has a high waterproof effect, making it suitable for use during bathing, thereby enhancing safety in bathing assistance. 【Usage Scenarios】 - Alerts for staff during bathing assistance - Management of vital data before and after bathing 【Benefits of Implementation】 - Early detection of heat stroke risks during bathing assistance, preventing accidents before they occur - Reduction of staff burden in bathing assistance - Improvement in the quality of bathing services

In forestry operations, the risk of heatstroke increases due to outdoor heavy labor and high-temperature, high-humidity environments. Safety management, including checking the well-being of workers involved in heavy machinery and high-altitude work, is also important. Special caution is needed for those whose body temperature regulation functions are immature or who are not accustomed to heat. Heatstroke can lead to decreased work efficiency and serious health issues. Our heatstroke prevention band analyzes the risk of heatstroke by combining WBGT and age-specific pulse rates, visualizing the risk to reduce heatstroke incidents and provide a safe working environment. 【Usage Scenarios】 - Forest logging and maintenance work - Afforestation work * In areas where signals do not reach, it is necessary to establish communication environments such as Starlink. 【Benefits of Implementation】 - Reduction in the number of individuals suffering from heatstroke-related health issues - Increased safety awareness and management, including well-being checks.

In the manufacturing industry, there are many tasks performed in high-temperature environments and outdoors, which increases the risk of heat stroke. Automation is also advancing, leading to an increase in solo work during holidays and nighttime. Therefore, employee health management is essential for maintaining productivity and ensuring a safe working environment. Heat stroke can lead to decreased concentration and health issues, potentially resulting in reduced work efficiency and labor accidents. Our product analyzes the risk of heat stroke by combining WBGT with age-specific heart rates, and the buddy function allows for monitoring between workers. It supports heat stroke prevention measures between managers and workers using the cloud. 【Usage Scenarios】 - Work inside factories - Outdoor construction work - Fall detection in warehouses, etc. 【Benefits of Implementation】 - Early detection of heat stroke risk - Safety confirmation for solo workers - Health management for workers - Reduction of labor accident risks

In the security industry, the health and safety management of security personnel is a critical issue. Particularly in outdoor operations during the summer at construction sites, where there is a high risk of heatstroke due to the presence of construction vehicles and pedestrian guidance, it is essential to accurately monitor the health status of security personnel. Although breaks are scheduled every hour, in the extreme heat, it is possible for security personnel to experience health issues such as heatstroke or dehydration in a short period. With TechnoBand, it becomes possible to monitor the health status of security personnel in real-time, allowing for the early detection of heatstroke risks and the implementation of appropriate measures. 【Usage Scenarios】 - Vehicle and pedestrian guidance security at construction sites - Personnel on outdoor patrols - Personnel during event security - Personnel managing traffic 【Benefits of Implementation】 - Prevention of accidents due to heatstroke - Thorough health management of personnel - Improved operational efficiency - Strengthening of the company's safety management system

In the construction industry, there is a lot of outdoor work, which creates a high-risk environment for health issues such as heatstroke. Additionally, safety management and rescue response are essential to prevent falls and injuries among workers. This product analyzes the risk of heatstroke by combining WBGT and age-specific heart rates, managing the risk of heatstroke while considering the characteristics of individuals who are more susceptible to it. Furthermore, it includes a messaging and response function between managers and workers to monitor the health and safety status of the workers. 【Usage Scenarios】 - Heatstroke risk management during work at construction sites - Health management of workers in outdoor-heavy environments - Reduction of labor accident risks due to heatstroke - Detection of falls during work and SOS signaling 【Benefits of Implementation】 - Early detection and countermeasures for heatstroke risk - Visualization of workers' health conditions - Sharing of workers' safety status among managers - Rapid rescue response in emergencies