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  3. シスメット 本社/福岡県北九州市 ・東日本営業所/埼玉県入間市 ・北日本営業所/北海道札幌市
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シスメット 本社/福岡県北九州市 ・東日本営業所/埼玉県入間市 ・北日本営業所/北海道札幌市

capital3200Ten thousand
number of employees24
addressFukuoka/Kokura Minami-ku, Kitakyushu-shi/2-8-11 Tokuriki Shinmachi
phone093-965-1033
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last updated:Jan 08, 2025
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【Useful Weather Information】What is the Föhn Phenomenon?

The exclusive meteorologist of Sysmet Co., Ltd. will provide easy-to-understand explanations of weather-related terms and the characteristics of the weather for each season!

The Föhn phenomenon refers to "the phenomenon where humid air rising from the windward side of a mountain crosses the summit and descends on the leeward side as warm, dry air." For more details, please download the PDF.

  • Temperature and humidity measuring instruments

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[ZEROSAI Implementation Case] Local Development Bureau - Sediment Control Dam Reconstruction Project

Utilizing rain forecasts for measures against guerrilla downpours and linear precipitation zones! Achieving weather digital transformation (DX) using ICT!

We will introduce examples of the implementation of the disaster prevention system ZEROSAI (Zero Sai) (NETIS registration number QS-150021-VE) in civil engineering and construction work in the construction industry. It can be utilized not only for safety measures but also for creative ideas and technical proposals. 【Challenges on Site】 - Due to increased water levels in the upstream areas affecting work, it is necessary to manage the schedule considering the weather conditions, and to have measures in place for sudden rainfall such as guerrilla rainstorms and linear precipitation zones. - In the event of work stoppage due to severe weather or rising temperatures, it is necessary to submit the situation at that time as supporting documentation. For more details, please visit our website or download the PDF.

  • Data Logger

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[Digital Jellyfish Case Study] Private Company Offshore Wind Power Construction

Observe pinpoint wave heights and make rapid decisions to halt operations! Achieve DX of weather and ocean conditions using ICT!

We will introduce a case study of the "Digi-Jellyfish" (NETIS registration number QSK-170002-VE). The data from the "Digi-Jellyfish" can be viewed alongside wave height and wind speed forecasts, as well as typhoon information, using "Compass PLUS" (NETIS registration number QSK-210001-VE). It can be utilized not only for safety measures but also for creative ideas and technical proposals. Challenges on Site: Key Points for Evaluation - There are many people involved on site, and it is necessary to grasp oceanographic information and manage processes quickly. - It is necessary to observe wave heights during cable laying and issue instructions to halt work if needed. - It is essential to understand significant wave heights across the entire work area. - Submission of documentation to the client is required. *For more details, please refer to the PDF materials or feel free to contact us.

  • Data Logger

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[Compass PLUS Implementation Case] Hokuriku Regional Development Bureau Coastal Beach Nourishment Project

Centralized management of on-site sea condition forecasts, weather observation information, and camera footage! Achieving weather digital transformation using ICT!

This is a case study introducing the implementation of 【Compass PLUS】 (NETIS registration number QSK-210001-VE). It can be utilized not only for safety measures but also for creative ideas and technical proposals. Challenges on-site: Key points for evaluation 【Operating Environment】 Install 【N Sensors】 and 【Web Cameras】 on-site to check the marine weather forecast and meteorological observation information along with the camera footage within 【Compass PLUS】. Additionally, install a 【Disaster Prevention Light】 above the office to share information with workers on-site. 【Purpose of Implementation】 〇 Understanding weather and marine conditions is essential for construction near the coast. 〇 Marine forecast information, meteorological observation data, and camera footage can be viewed on the same site. 〇 The 【Disaster Prevention Light】 is used to raise awareness of weather disaster prevention among on-site workers. 〇 When adverse weather prevents access to the site, use the 【Web Camera】 to remotely check the situation on-site.

  • Data Logger

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[ZEROSAI Case Study] NEXCO Concrete Structure Repair Work

Quality control of concrete through process management based on weather forecasts! View linear precipitation zones and typhoon information together! Achieving weather digital transformation using ICT!

Introducing a case study of the disaster prevention system for natural disasters, ZEROSAI (Zero Sai) (NETIS registration number QS-150021-VE). It can be utilized not only for safety measures but also for creative ideas and technical proposals. 【Challenges on Site】 - Quality control of concrete is necessary. - Along with temperature management, it is essential to conduct rainfall prediction and observation for managing the concrete pouring process. - Measures need to be taken against sudden strong winds. - Notifications should be sent via LINEWORKS when exceeding standard values.

  • Data Logger

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[ZEROSAI Implementation Case] Private Company - Solar Power Plant Construction Project

Centralized management of on-site weather and camera footage in the cloud! View linear precipitation zones and typhoon information together!

Introducing examples of the implementation of the disaster prevention system ZEROSAI (Zero-Sai) (NETIS registration number QS-150021-VE) in civil engineering and construction work in the construction industry. It can be utilized not only for safety measures but also for creative ideas and technical proposals. 【Challenges on Site】 - There is a distance from the site office to the actual site, requiring personnel to move to confirm the site conditions. - During earthworks, it is necessary to accurately understand weather conditions due to the risk of soil flow.

  • Data Logger

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[ZEROSAI Implementation Case] Oita Prefecture Disaster Recovery Construction

Share weather information and camera footage from the mountain area of concern with all workers' smartphones and PCs! Achieve weather digital transformation (DX) using ICT!

This is an introduction to the case study of the natural disaster prevention system ZEROSAI (NETIS registration number QS-150021-VE). It can be utilized not only for safety measures but also for creative ideas and technical proposals. 【Challenges on Site】 - Due to being a hot spring town in the mountains, the weather conditions are harsher compared to urban areas, and general weather information is insufficient. - When typhoons or linear precipitation zones occur, roads become flooded, making it difficult to even reach the site. - There are also inns nearby, and it is necessary to encourage local residents to evacuate.

  • Data Logger
  • Wind Speed/Volume Meter

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[ZEROSAI Implementation Case] Superstructure Construction of 〇〇 Bridge

A site with no obstructions nearby, where strong winds and sudden heavy rain are a concern; sharing information in conjunction with digital signage.

We will introduce examples of the implementation of the disaster prevention system ZEROSAI (registration number QS-150021-VE) in civil engineering and construction work in the construction industry. It can be utilized not only for safety measures but also for creative ideas and technical proposals. 【Challenges on Site】 - There are no shielding objects around the site, so strong wind countermeasures must be taken with a sense of urgency during work. - Accurate judgment of work feasibility is necessary for effective project management. - We also want to enhance the image among local residents.

  • Data Logger

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[Compass PLUS Implementation Case] Airport Port Development Bureau Caisson Installation Work

Utilizing new features and combining them with wind speed forecasts, we continuously monitor real-time observation values. Achieving the digital transformation of weather and ocean conditions using ICT!

Introducing a case study of 【Compass PLUS】 (NETIS registration number QSK-210001-VE). It can be utilized not only for safety measures but also for creative ideas and technical proposals. Challenges on-site: Key points in evaluation 【Challenges on-site】 〇 There are no obstructions, and wind speed must be strictly managed during crane operations, necessitating the installation of caissons. 〇 Due to crane operations, it is essential to grasp not only the predicted wind speed but also the observed values. 〇 When the operational standard value is exceeded, information must be shared simultaneously across the entire site.

  • Data Logger
  • Wind Speed/Volume Meter

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[Example of ZEROSAI Implementation] Wind Protection Measures During Crane Operations in Construction Work

Utilize pinpoint forecasts on-site to avoid the dangers of sudden heavy rain! Achieve weather digital transformation using ICT!

We will introduce examples of the implementation of the natural disaster prevention system ZEROSAI (registration number QS-150021-VE) in civil engineering and construction work in the construction industry. It can be utilized not only for safety measures but also for creative ideas and technical proposals. Challenges on site: Key points of evaluation [Operational Environment] - Install the N sensor near the site office to manage rainfall and wind speed. - Use real-time wind speed values observed by the N sensor to make decisions on stopping crane operations. - Issue a work stoppage directive when the real-time rainfall observed by the N sensor exceeds the threshold value. [Purpose of Implementation] - Due to the proximity to the sea and the lack of obstructions, the wind speed often exceeds the work stoppage threshold of 10 m/s two to three times a day. It is essential to understand wind conditions because there is a rule that crane operations must absolutely stop when the wind speed reaches 10 m/s or more. - When performing concrete pouring or painting work, operations cannot proceed if it rains, so it is crucial to predict, observe, and timely grasp the situation regarding rainfall.

  • Data Logger

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[ZEROSAI Implementation Case] NEXCO Road Construction

Utilize pinpoint forecasts on-site to avoid the dangers of sudden heavy rain! Achieve weather digital transformation using ICT!

We will introduce a case study of the natural disaster prevention system ZEROSAI (NETIS registration number QS-150021-VE). It can be utilized not only for safety measures but also for creative ideas and technical proposals. Challenges on Site: Key Points for Evaluation [Operating Environment] - Install the [N Sensor] on site to conduct real-time observations of rain, wind, temperature, and humidity. Additionally, set up a [Web Camera] to allow the site office and staff to check the conditions at the construction site using their smartphones. Since there is no power supply on site, a solar power generation system will be installed. [Purpose of Introduction] - In the event of a sudden heavy rain during construction, it is difficult to respond quickly on site, so it is necessary to avoid risks such as sediment runoff and landslides in advance. - Sediment runoff also negatively affects the quality of cut and fill soil, so it is essential to predict the occurrence of heavy rain in advance and take countermeasures.

  • Data Logger
  • Wind Speed/Volume Meter

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【Examples of ZEROSAI Implementation】 Road Improvement and Disaster Recovery Work in the 〇〇 Area

Remote monitoring of rainfall and camera footage on the cloud! Centralized management of typhoon and linear precipitation zone information! Achieving weather digital transformation using ICT!

We will introduce a case study of the natural disaster prevention system ZEROSAI (NETIS registration number QS-150021-VE). It can be utilized not only for safety measures but also for creative ideas and technical proposals. Challenges on-site: Key focus points for evaluation [Operational Environment] Install [N sensors] and [Web cameras] at the top of the slope on-site. This allows for monitoring the entire site from above. Additionally, since there is no power supply on-site, operations will be conducted using solar power equipment. [Purpose of Implementation] - The slope is 10 meters high, and due to the unstable ground after the earthquake, monitoring rainfall is essential. - A tool for centralized management of linear precipitation band information and weather forecasts is necessary. - If it rains, going to the site itself becomes dangerous, so remote monitoring is required.

  • Data Logger
  • Wind Speed/Volume Meter

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[Product Useful Information] Concrete Curing Management Low Temperature Email Notification

Automatic notifications to eliminate information leaks! Business chat, ICT, DX, typhoon, linear precipitation zone, disaster prevention, creativity and ingenuity, technical proposals, IT, civil engineering, architecture.

In winter, there are often situations where measures such as halting construction or implementing concrete curing strategies are necessary when temperatures fall below the standard. With 【ZEROSAI】, the email notification feature and the 【business chat integration】 function allow for automatic notifications via email or business chat when temperatures below the standard are predicted. For example, by setting this threshold to 3°C, notifications will be sent to the registered email address if a forecast predicts temperatures below 3°C up to 24 hours in advance. 【Received Email (Reference)】 The site name is "Sakaiminato," and it is set to send an email when the forecast predicts temperatures below 6°C within 12 hours. On January 11 at 16:10, a forecast was issued by the disaster prevention panel. Please refer to the attached image for details.

  • Thermo-hygrometer
  • Recorders
  • Wind Speed/Volume Meter

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【Product Useful Information】 Compass PLUS Convenient Ways to Use Forecast Distribution Maps

Display the distribution of wave height, period, wave direction, wind speed, wind direction, and particle lines all at once on the map! Ocean conditions, wave height, typhoon, severe weather risk, DX, ICT, remote monitoring.

Introducing the convenient features of 【Compass PLUS】 that can visualize ocean conditions. Please make use of it for ocean condition DX. Convenient Feature: Forecast Distribution Map The forecast distribution map displays the distribution of wave height, period, wave direction, wind speed, and wind direction on a map, along with particle lines. It shows animations every 3 hours for up to 72 hours ahead and every 12 hours for up to 10 days ahead. - Coastal Wave (CWM): Displays every 3 hours from the latest initial value to 72 hours later - Global Wave (GWN): Displays every 12 hours from the latest initial value to 264 hours later

  • Other environmental analysis equipment

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[Example of Technical Proposal Utilization] XX Line Road Improvement Project Rainfall Measures Guerilla Rainstorm

Cloud management of weather information automatically triggers alarms to ensure safety.

■On-site Issues: Key Points in Evaluation During the construction period, sudden weather changes such as guerrilla rainstorms typical of mountainous areas are anticipated. ■Proposal (Example) Therefore, we will introduce the 【Natural Disaster Prevention System ZEROSAI】, which integrates pinpoint weather forecasting and observation on-site with centralized management in the cloud and emergency alerts on electronic display boards. Using the 【N Sensor】, we will monitor real-time rainfall, wind speed, and heat index (WBGT) at the site, allowing data to be monitored on PCs and smartphones. *For more details, please visit our website or feel free to contact us.

  • Data Logger

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【Weather Helpful Information】Why is mountain weather so changeable?

A dedicated meteorologist from Sysmet will clearly explain weather-related terms and the characteristics of the weather for each season!

As we approach the latter part of October, the climate has completely begun to feel like autumn. Many people might be taking advantage of the pleasant weather to engage in sports or travel, right? On my days off, I enjoy hiking with friends as a hobby. One topic that often comes up is "mountain weather is unpredictable," and this time I would like to explain the reasons behind that.

  • Temperature and humidity measuring instruments
  • Other measurement, recording and measuring instruments

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[Product Useful Information] Free consultation service by a weather forecaster.

Professionals in meteorology who are active on the front lines will answer your questions. Linear precipitation zones, typhoons, DX, ICT, remote monitoring.

Sysmet Co., Ltd. has dedicated meteorologists as a private weather company. *Japan Meteorological Agency, Weather Forecasting Business License No. 51 Customers who are subscribed to our services, [ZEROSAI] and [Compass PLUS], can utilize free telephone consultation services provided by our meteorologists. In line with the forecasts from [Disaster Prevention Board] and [Compass PLUS], professionals in the field of meteorology will answer your questions. *This service is limited to customers who have contracted with Sysmet. For more details, please contact us.

  • Other environmental analysis equipment
  • Other measurement, recording and measuring instruments

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[Weather Helpful Information] What is radiative cooling?

We will provide easy-to-understand explanations of meteorological terms and the characteristics of weather by season! Radiative cooling, DX, ICT, remote monitoring.

As autumn deepens, the morning and evening chill becomes more severe day by day. During this time, you often hear the phrase "the cooling will be severe due to radiative cooling" in weather forecasts, don't you? This time, I would like to talk about that "radiative cooling."

  • Temperature and humidity measuring instruments
  • Other measurement, recording and measuring instruments

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[Weather Helpful Information] What exactly is a "front"?

We will provide easy-to-understand explanations of meteorological terms and the characteristics of weather by season! Linear precipitation zone, typhoon, DX, ICT, remote monitoring.

We will provide useful information about the weather, incorporating explanations from our company's meteorologists! The mornings and evenings have become cooler, and the season is gradually becoming more comfortable! Since the temperature differences can be quite drastic, please take care of your health. Now, in the previous discussion, we talked about "What is the autumn rain front?" but this time, I would like to talk about what a "front" actually is. In meteorology, a "front" refers to the boundary line (front surface) that forms when cold air (a mass of cold air) collides with warm air (a mass of warm air) and comes into contact with the ground.

  • Other environmental analysis equipment
  • Other measurement, recording and measuring instruments

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[Weather Helpful Information] What is the autumn rain front?

We will provide easy-to-understand explanations of meteorological terms and the characteristics of weather for each season!

We will provide useful information about the weather, incorporating explanations from our meteorologists! The peak of midsummer has passed, and in Kitakyushu, it has become unnecessary to use air conditioning at night. Autumn is finally approaching, and it seems to be becoming a more comfortable season, doesn't it? Now, this time, I would like to introduce the "autumn rain front," which has been frequently mentioned in the news recently! Please check the details from the link below! https://product.sysmet.jp/kishou/k_119.html

  • Other environmental analysis equipment
  • Other measurement, recording and measuring instruments

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Technical Proposal Utilization Example: XX Dam Main Construction - Rainfall Measures

Rainfall measures, prevention of muddy water and sediment runoff, response to sudden guerrilla downpours, measures against linear precipitation zones, technical proposals, creativity and ingenuity, ICT, DX, remote monitoring.

■On-site Issues: Key Points in Evaluation (Example) Proposals for construction methods that consider the surrounding environment ■Proposal (Example) Utilize the 【Natural Disaster Prevention System ZEROSAI】 to manage pinpoint weather forecasts for 17 days ahead at a 500m mesh on-site, along with continuous cloud-based management of weather observation data and information on warnings and advisories issued by the meteorological agency. Install 【N Sensors】 on-site to utilize observation data to improve the accuracy of heat index (WBGT) and wind speed predictions. Additionally, use 【Disaster Prevention Lights】 and 【Three-color Indicator Lights】 to continuously display weather information and provide phased alerts to workers. *For more details, please visit our website or feel free to contact us.

  • Other environmental analysis equipment

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Examples of Utilizing Technical Proposals: New Facility Civil Engineering (Construction)

Countermeasures against sudden guerrilla downpours and linear precipitation zones.

■On-site Issues: Key Points in Evaluation Example: "The ○○ area is sometimes hit by sudden guerrilla rainstorms. How can we implement daily weather measures to detect heavy rain in advance and take preemptive actions?" ■Example of Proposal Introduce the natural disaster prevention system ZEROSAI (NETIS registration number QS-150021-VE). Install 【N Sensors】, 【Disaster Prevention Lights】, and 【Three-color Signal Lights】 on-site. *For more details, please visit our website or feel free to contact us.

  • Other environmental analysis equipment

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[Compass PLUS Case Study] Caisson Installation Work - Crane Operation Wind Resistance Measures

There must be no obstructions, and wind speed must be managed rigorously. Technical proposals, creativity and ingenuity, marine conditions DX, safety measures during crane operations.

Utilizing the new features of 【Compass PLUS】, we will continuously monitor real-time wind speed observations along with wind speed forecasts. Additionally, we will share the same information with workers through the 【Disaster Prevention Light】 to achieve visibility across the entire site. 【Operating Environment】 〇 There are no obstructions, and we must manage wind speed rigorously during crane operations while performing caisson installation work. *For more details, please visit our website or feel free to contact us.

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[ZEROSAI Case Study] Measures Against Heavy Rain and Torrential Rain - Reconstruction of Sediment Control Dams

Even in areas with poor radio wave conditions, operations are conducted in a LAN environment as a countermeasure against heavy rain and sudden downpours.

【Operating Environment】 Weather observation devices, such as the N sensor and battery-operated water level gauge, are installed upstream at the site to monitor rain, wind, temperature, humidity, and water levels in real-time. Additionally, disaster prevention lights are installed upstream, midstream, and downstream to continuously display weather information at the site, providing intuitive awareness of the weather conditions to the workers. 【Operating Method】 - Rainfall data observed by the N sensor installed at the site is extracted in CSV format and used as supporting documentation. - Long-term forecasts (up to 17 days ahead) and ultra-short-term forecasts (every 5 minutes for the next hour) from the disaster prevention panel are utilized for project management. - Weather information is continuously communicated to the workers using the disaster prevention lights installed at the site. *For more details, please visit our website or feel free to contact us.

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【ZEROSAI Case Study】 Concrete Structure Repair Work

Repair work under the expressway, technical proposal, creativity and ingenuity, concrete placement quality management.

【Operating Environment】 N sensors are installed on-site to observe rain, wind, temperature, and humidity in real-time. Additionally, since there is no power supply on-site, operations are conducted using solar power equipment. 【Purpose of Introduction】 - Since work is being carried out within scaffolding, it is necessary to manage the temperature and humidity inside the scaffolding rather than the outside air temperature. Therefore, only a hygrometer is installed inside the scaffolding to manage the quality of the concrete. - To quickly share information with workers via email notifications. - To utilize observation data as supporting documentation. 【Operating Method】 - A hygrometer with built-in communication functions is installed in the designated slab area to collect real-time observation data, thereby managing the quality of the concrete within the scaffolding. - Project management is conducted by utilizing forecast data from long-term, short-term, and ultra-short-term perspectives. - In the event of exceeding the standard values of weather forecasts and N sensor observation values, email notifications are sent to workers to alert them for prompt action and preemptive measures. - Observation data can be output as PDF files for daily and monthly reports, which can be directly used as supporting documentation.

  • Wind Speed/Volume Meter
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[Case Study] Ministry of Land, Infrastructure, Transport and Tourism Order Coastal Beach Nourishment Project

Beach nourishment project on the coast facing the Sea of Japan.

The Comprehensive Weather and Ocean Conditions Portal Site Compass PLUS (NETIS Registration Number QSK-210001-VE) can be utilized not only for safety measures related to weather and ocean conditions at construction sites but also for technical proposals. Traditionally, rainfall, significant wave height, wind speed WBGT, and other ocean and weather forecast information were managed by separate systems. However, by introducing Compass PLUS, centralized management has become possible. [Operating Environment] - A site with a high shared coefficient facing the Japan Sea in the Hokuriku region. [Operating Method] - Adopted as a centralized management system for weather and ocean information to assist in project management and technical proposals. - Weather observation data is used as evidence when work cannot be performed due to severe weather. [Purpose of Introduction] - Understanding weather and ocean conditions is essential for construction near the coast. - It allows viewing ocean forecast information, weather observation data, and camera footage on the same site. - The "Sand Prevention Light" was introduced to raise awareness of weather disaster prevention among workers on site. - The "Web Camera" was introduced to remotely check site conditions when access is not possible due to severe weather. *For more details, please visit our website or feel free to contact us.

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Example of Technical Proposal Utilization: Construction Work for ○○ Drainage Pumping Station

Prevent contact accidents with cranes and sheet piles caused by the scattering of materials due to strong winds and the swaying of barges due to waves.

■On-site Issues: Points of Focus in Evaluation (Example) "This construction involves the installation of sheet piles using a crane-equipped barge. It is necessary to prevent accidents involving the crane and sheet piles due to material scattering from strong winds and the swaying of the barge caused by waves during the construction period."

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[ZEROSAI Case Study] Solar Power Plant Construction and Development Work

Shared weather information and camera footage of the rain in the mountain area with all workers' smartphones and PCs at the worksite. Technical proposal and creative ingenuity.

【Operating Environment】 Install 【N Sensor】 and 【Web Camera】 on the top of the embankment at the site, centrally managing weather information and camera footage in the cloud. Since there is no power supply at the site, operations are conducted using a solar power storage system. A fixed-point camera is installed in front of the site office for security measures. 【Purpose of Implementation】 〇 There is a distance between the site office and the site, requiring personnel to move to check the site conditions. Therefore, 【ZEROSAI】 is implemented to view real-time weather conditions and make decisions without going to the site. 〇 By having site workers view the 【Disaster Prevention Board】, the same information is shared, and actions are taken with a unified awareness. 〇 Simultaneously using weather information and the 【Web Camera】 allows for understanding the situation even when not present at the site. 【Operational Method】 〇 The 【Disaster Prevention Board】 has no limit on the number of users, allowing for information sharing with partner companies while managing the schedule based on real-time weather information. 〇 During construction interruptions, data for the day can be extracted on a daily report basis, which can be used as justification for the client. 〇 During embankment construction, caution is needed regarding the inflow of soil, so both short-term and long-term forecasts are monitored for proper curing.

  • Wind Speed/Volume Meter
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【ZEROSAI Case Study】 Prefectural Order Construction Work Strong Winds Typhoon

Construction work near the coast affected by strong winds: Proposal for technology to prevent material scattering, creativity and ingenuity.

Due to the proximity of the sea and the lack of obstructions, we utilized 【ZEROSAI】 to implement measures against strong winds during crane operations. 【Operating Environment】 In this site, located along the coast, strong winds frequently exceed 10 m/s two to three times a day. There is a rule that crane operations must absolutely stop when wind speeds exceed 10 m/s. We installed the 【N Sensor】 near the site office to manage rainfall and wind speed, which helped in safety measures and project management. 【Purpose of Implementation】 〇 To make decisions on stopping crane operations by monitoring real-time wind speeds, as well as to make project decisions based on weather forecasts. 〇 When performing concrete pouring or painting work, operations cannot proceed if it rains, so timely weather information through predictions and observations is essential for project management and determining work feasibility.

  • Wind Speed/Volume Meter
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[ZEROSAI Case Study] NEXCO Order Excavation and Embankment Work

Mainly engaged in excavation and slope construction to create new roads. There are challenges in addressing abnormal weather conditions such as heavy rainfall in recent years. Technical proposals and creative ideas.

【Operating Environment】 Install the [N Sensor] on-site to observe rain, wind, temperature, and humidity in real-time. Additionally, since there is no power supply on-site, operations will be conducted using a solar power system. 【Purpose of Introduction】 〇 In the event of a sudden heavy rain during construction, it is difficult to respond quickly on-site, so it is necessary to avoid dangers to workers from landslides and mudflows in advance. This system is introduced to manage the construction process based on prior weather forecasts. 〇 The mudflow caused by sudden heavy rain can also negatively impact the quality of the cut-and-fill work, so this system is introduced to ensure quality. 〇 It is essential to implement measures to predict and respond to localized heavy rain in advance.

  • Wind Speed/Volume Meter
  • Temperature and humidity measuring instruments
  • Data Logger

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【Disaster Prevention Board Usage】 Temperature Management During Concrete Pouring

Using pinpoint weather forecasts from disaster prevention boards for process management during concrete pouring!!

The "Disaster Prevention Board" can manage pinpoint weather forecasts with a 500m mesh in the cloud. It can be utilized for process management during concrete pouring. Examples: - Based on tomorrow's forecast showing an average daily temperature below 4°C, preparations were made for heating measures. - The forecast history is retained and submitted to the client as evidence. - An "N Sensor" was installed on-site to manage temperature in real-time.

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[Example of Technical Proposal Utilization] Port Pier Improvement Project - Wave Height Management

Centralized management of wave height predictions and observations in the cloud - Technical proposals - Creativity and innovation - ICT - Remote monitoring - Significant wave height - Port construction - Marine construction - Ocean conditions - Civil engineering - Marine construction

■On-site Issues: Key Points in Evaluation (Example) "The construction area has no barriers, so when the easterly winds begin, swells can arrive in a short time, raising concerns about the potential for work stoppage. Additionally, during nighttime operations, the surrounding conditions cannot be visually confirmed, and relying solely on general sea condition information may delay the decision to halt work, making it difficult for the work fleet to retreat." ■Proposal (Example) Introducing the Comprehensive Weather and Sea Condition Portal Site Compass PLUS (NETIS Registration Number QSK-210001-VE) and the Buoy-type Small Wave Height Observation Device Digi-Jellyfish (NETIS Registration Number QSK-170002-VE) *For more details, please visit our website or feel free to contact us.

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[Case Study of Digital Jellyfish] Trial Construction with Weather Risk Settlement Type Wave Height Observation

Design change request to the client based on the data observed with the digital jellyfish.

We will introduce a case study of the small wave height observation device, Digi-Jellyfish, NETIS registration number QSK-170002-VE. [Operating Environment] - The location within the construction area most affected by waves and swells - Trial construction with a risk settlement model for severe weather *For more details, please refer to the PDF or feel free to contact us.

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[Useful Information] Battery-powered water level gauge: Easy relocation to appeal to clients!!

Introducing the benefits of battery-operated water level gauges! Easy relocation enhances the image for clients! Also serves as material for technical proposals and creative ideas!

The battery-operated water level gauge is an option for the 【Disaster Prevention System ZEROSAI】 with NETIS registration number QS-150021-VE. It has achieved easy installation and relocation compared to conventional products. Traditional water level gauges required a 100V commercial power supply or a solar power system. As the name suggests, the battery-operated water level gauge runs on batteries, allowing for installation anywhere as long as there is a 4G connection. It can be easily relocated to prevent flooding when river water levels are expected to rise rapidly or before a typhoon! The observed information can be centrally managed along with various weather data for comprehensive situational awareness. Unlike traditional models, which made relocation and removal difficult due to the solar power systems, this gauge allows for easy relocation and removal, enhancing the image for clients! It also serves as a great promotional tool for technical proposals and creative ideas! Please feel free to download the materials and make use of them.

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Usage example: Railway construction work - Contact accidents due to swinging loads in strong winds.

Usage examples: Wind protection measures during crane operations, prevention of material scattering, prevention of contact accidents.

The natural disaster prevention system ZEROSAI (Zero-Sai) NETIS registration number QS-150021-VE can be utilized not only for safety measures related to weather at construction sites but also for technical proposals. Here are examples of how ZEROSAI can be used in construction railway work. Challenges at the site: Key points of evaluation 1. "Due to the long construction area, it is difficult to monitor key locations on-site from the office." 2. "There are concerns about the occurrence of contact accidents due to swinging loads during strong winds." *For more details, please visit our website or feel free to contact us.

  • Data Logger

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Collaboration between disaster prevention boards and "direct": Sharing weather information at construction sites.

Pinpoint weather forecasts for construction sites can now be checked on "LINE WORKS," instantly notifying about sudden changes in weather information on-site.

The disaster prevention system ZEROSAI, registered under NETIS number QS-150021-VE, has become compatible with the direct service provided by L is B. In construction sites such as civil engineering and building projects, notifications can be sent via direct when dangers like heavy rain or strong winds approach. All stakeholders can share weather information on LINE WORKS, preventing oversights and enabling smooth information sharing and instructions. ■ Notification of exceeding the standard values for weather forecasts from the disaster prevention panel ■ Notifications of exceeding standard values observed by the N sensor installed at the site ■ Notifications of advisories, warnings, and special warnings issued by the Japan Meteorological Agency ■ The above information is notified on the direct bulletin board and chat, and can be viewed on smartphones, tablets, and computers. *For more details, please refer to the PDF document or feel free to contact us.

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[Example of Technical Proposal] Construction Work: Measures Against Strong Winds During Crane Operations to Prevent Material Scatter

Examples of Utilizing Technical Proposals: Measures Against Strong Winds During Crane Operations in Construction Work

The natural disaster prevention system ZEROSAI (Zero-Sai) NETIS registration number QS-150021-VE can be utilized not only for safety measures related to weather at construction sites but also for technical proposals. Here are examples of how ZEROSAI technology can be applied in construction work. Challenges at the site - Key points to focus on during evaluation: 1. What considerations should be made when performing material lifting operations during strong winds? 2. What measures should be taken to prevent material scattering during strong winds? 3. How can one understand and respond to the approach of rain clouds and strong winds, especially during typhoons, which often bring sudden heavy rain and strong winds? Examples of proposals: *For more details, please visit our website or feel free to contact us.*

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[Example of Technical Proposal Utilization] Ministry of Defense Ordered Construction Heavy Rain and Strong Wind Countermeasures

The natural disaster prevention system ZEROSAI can be utilized not only for on-site safety measures but also for technical proposals.

The natural disaster prevention system ZEROSAI can be utilized not only for safety measures on-site but also for technical proposals. Here are examples of how ZEROSAI's technical proposals have been used in construction projects ordered by the Ministry of Defense. Challenges on-site: Key points of evaluation 1. What considerations should be made when conducting material lifting operations during strong winds? 2. What measures should be taken to prevent material scattering during strong winds? 3. Given the frequent typhoons and sudden heavy rain or strong winds, how can we understand the approach of rain clouds and strong winds and take appropriate measures? *For more details, please visit our website or feel free to contact us.

  • Data Logger

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[Examples of Utilizing ZEROSAI Technology Proposal] River Channel Excavation External Work

Examples of Utilizing Technical Proposals: River Channel Excavation and External Construction - Centralized Management of Weather and Water Level Information at the Site.

The natural disaster prevention system ZEROSAI (Zero-Sai) NETIS registration number QS-150021-VE can be utilized not only for safety measures related to weather at construction sites but also for technical proposals. In river construction, it is crucial to establish a system that allows workers to evacuate quickly in the event of abnormal water discharge. We would like to introduce a case study of the implementation of "water level measures for river construction" as a theme in technical proposals. *For more details, please visit our website or feel free to contact us.

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Examples of Utilizing Technical Proposals: Wind Resistance Measures in Bridge Superstructure and Substructure Construction

Examples of Technical Proposal Utilization: Wind Resistance Measures in Bridge Superstructure and Substructure Construction

The natural disaster prevention system ZEROSAI (Zero Sai) NETIS registration number QS-150021-VE can be utilized not only for safety measures related to weather at construction sites but also for technical proposals. In bridge construction, it is crucial to understand strong wind speeds and rainfall forecasts when performing crane operations to prevent the scattering of crane materials and equipment. We will introduce a case study of implementation at a site where "strong wind countermeasures" is the theme of the technical proposal. *For more details, please visit our website or feel free to contact us.*

  • Wind Speed/Volume Meter

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Disaster prevention board integrates with business chat! Visualizing weather information at construction sites!

The disaster prevention board has integrated with LINEWORKS, direct, Wowtalk, and Microsoft Teams.

The "Disaster Prevention System ZEROSAI" (Zero-Sai), which is part of the NETIS registration number QS-150021-VE, includes a "Disaster Prevention Board" that allows for the management of weather forecast and observation information for construction sites in the cloud. It has been integrated with notification functions in various business chats, enabling instant information sharing during sudden weather changes at construction sites. The business chats that have been integrated are as follows: LINEWORKS direct Wowtalk Microsoft Teams Previously, notifications were only sent via email when weather information exceeded threshold values, but now notifications will also be sent through your business chat to prevent information leaks.

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Unique river construction utilization method! Unified management of upstream rainfall forecasts and on-site water levels!

For the construction industry: Innovative ideas and technical proposals! Centralized management of weather information and site water levels in the cloud!

Are you facing any of these troubles? The water level at the construction site rises rapidly due to rainfall in the upstream area during river construction. We manage weather forecasts and water level observations separately, making it difficult to issue evacuation instructions promptly. The challenges you are facing can be solved with Sysmet Co., Ltd.'s [Natural Disaster Prevention System ZEROSAI]. - Pinpoint weather forecasts for multiple upstream river areas - Centralized management of water levels at the construction site observed with [battery-operated water level gauges] on a dedicated website [Disaster Prevention Board]. *For more details, please visit our website or feel free to contact us.

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[Useful Information] Battery-operated water level gauge achieves cost reduction without the need for power!

I will introduce the advantages of battery-operated water level gauges.

The battery-operated water level gauge is an option for the 【Disaster Prevention System ZEROSAI】 with NETIS registration number QS-150021-VE. It has achieved significant cost reductions compared to conventional water level gauges. As the name suggests, the battery-operated water level gauge runs on batteries, allowing for installation anywhere as long as there is a 4G connection. There is no need to prepare a power source, and installation by customers can be done easily, resulting in substantial cost savings. 【Features】 ■ Continuous monitoring of water levels 24/7, with cloud access to water levels every 10 minutes at the shortest ■ Can be installed in locations without power ■ Can be centrally managed with weather forecasting and rainfall observation from 【ZEROSAI】 and 【Compass PLUS】, along with danger notifications via electronic display boards ■ Can send alerts in conjunction with business chat applications when threshold values are exceeded, including LINE WORKS direct, WowTalk, and Microsoft Teams *For more details, please refer to the PDF materials or feel free to contact us.

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Civil Engineering River Construction Battery-operated Water Level Gauge Cloud Management Combined with Weather Forecasting

Civil engineering plays a significant role in safety measures, creativity, technical proposals, and disaster prevention in river construction projects!

The battery-operated water level gauge is an option for the "Disaster Prevention System ZEROSAI" with NETIS registration number QS-150021-VE. It eliminates the need for the conventional 100V power supply or solar power systems, achieving significant cost reductions. It can be easily installed anywhere with 4G communication coverage. Information can be centrally managed in the cloud along with various weather data. When river water levels are likely to rise rapidly due to typhoons or sudden heavy rain, it allows for easy relocation or removal to prevent flooding. **Features** - Continuous monitoring of water levels 24/7, with cloud access to water levels every 10 minutes at the shortest. - Can be installed in locations without power supply. - Can be centrally managed in conjunction with weather forecasting and rainfall observation from "ZEROSAI" and "Compass PLUS," as well as danger notifications on electronic display boards. - Can send alerts via business chat when threshold values are exceeded, integrating with LINE WORKS direct, WowTalk, and Microsoft Teams. *For more details, please refer to the PDF document or feel free to contact us.*

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Weather Information Utilization Self-Check Sheet

Quantifying the utilization of weather information! Let's score based on the responses and consider measures!

In this checklist, by answering all 11 questions, you can quantify your company's utilization of weather information during localized heavy rain and quickly identify issues. The diagnostic items include "understanding of weather," such as "I don't really understand what the signs of sudden heavy rain like linear precipitation zones are," and "information gathering," such as "I don't have a habit of checking weather information." We also provide detailed explanations of the issues for each item (what is not understood) and the diagnostic results, so please download it and make use of it. 【Contents】 ■ How to use ■ Diagnostic section *For more details, please refer to the PDF document or feel free to contact us.

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