九州計測器 List of Products and Services

Features of MieruTIME OILMIST 1. Easy visualization of the spatial concentration distribution of oil mist and dust, as well as temperature and humidity 2. High data collection rate with LPWA multi-hop communication (easy installation) 3. Flexible customization to suit customer environments *Joint development with Chubu Electric Power Co., Inc. and Chubu Electric Power Miraiz Co., Inc.

• Other measuring instruments

Our company is collaborating with the Shikoku Research Institute to develop a wearable device called "Hydrogen Flame Visualization Smart Glasses" to visualize colorless and transparent hydrogen flames. This device allows for hands-free fire inspections and various research activities to be conducted efficiently. It is designed to confirm the presence, location, and scale of hydrogen flames, enabling rapid firefighting activities. It is a product that contributes to improving the safety of facilities handling hydrogen and aids in research related to hydrogen power generation and heating furnaces. 【Specifications of the "Hydrogen Flame AR Smart Glasses"】 *Test model for demonstration evaluation Frame rate: 10fps or higher Storage: 16GB External dimensions: 135×96×55mm Weight: 190g Power supply: USB-C DC5V *For more details, please refer to the materials available for download in PDF format. Feel free to contact us with any inquiries.

• Smart Glasses

We are jointly developing wearable AR smart glasses with the Shikoku Research Institute that can visualize hydrogen fires, which are normally colorless and transparent and thus not visible due to their lack of inherent light. As of October 2022, a prototype has been completed, and we are currently developing the product model. At the Shikoku Research Institute, you can actually ignite hydrogen and experience the "visualization" with the actual device. 【Features】 ■ Near-infrared filter for hydrogen flame detection ■ Hands-free structure that can be mounted on a helmet ■ High-definition AR module to enhance visibility *For more details, please refer to the materials. Feel free to contact us with any inquiries.

• VR/AR

The "Multi-Point Hydrogen Leak Monitoring Network System" is a system for safely operating odorless hydrogen pipeline supply, demonstrated in the hydrogen pipeline of Kitakyushu City. Wireless hydrogen sensors are installed in handholes. By combining with a "leakage hydrogen guidance cover," early leak detection is achieved. In the operation of odorless hydrogen, there is no need for the costs of odorization and deodorization. It contributes to the hydrogen supply chain by building a maintenance system that does not rely on human intervention. 【Components (excerpt)】 ■ Wireless, battery-operated IoT hydrogen sensors ■ Fiber optic hydrogen sensors ■ LPWA cloud network ■ Leakage hydrogen guidance cover *For more details, please download the PDF or feel free to contact us.

• others

Maintenance-free: Wireless hydrogen sensor Unmanned & labor-saving: LPWA cloud network Rapid hydrogen leak detection: Leak hydrogen induction cover Inspection port: Hand hole, etc. We propose a maintenance sensor system that has proven experience in Kitakyushu City’s hydrogen town and hydrogen pipelines, which can be implemented for the safe operation of hydrogen pipelines between industrial parks and coastal areas.

• Related Equipment

We provide a suitable testing environment to protect against electric shock during high voltage experiments with power electronics and power semiconductor devices. This high voltage test box is designed for safely conducting high voltage experiments on various semiconductor devices, including IGBTs, power MOSFETs, diodes, and transistors. This product was born from Professor Omura's passionate desire at Kyushu Institute of Technology to create a testing environment that prioritizes student safety in power device evaluation experiments. 【Features】 1. Complete door locking function: During high voltage tests of 100V or more, the door automatically locks, eliminating the risk of accidental opening. 2. Complete residual voltage discharge function: After testing, the residual voltage of the capacitors is fully discharged before the door is opened, ensuring safety. 3. Metal-insulated rack housing: A metal-insulated housing is adopted to provide high safety and minimize external influences. 4. Flexible response capability: It is possible to change to a tabletop box or connect boxes according to the scale of the experiment, accommodating various needs. *For more details, please download the PDF or contact us directly.

• Other measuring instruments

In preventing the spread of the novel coronavirus, it is effective to ensure ventilation to maintain CO2 levels below 1000 ppm, similar to building management regulations. By combining your CO2 sensors and data loggers with our monitoring software, multi-point remote monitoring becomes possible. Please consider our intuitive and easy-to-understand visual "safety and security" monitoring system.

• Weighing and counting machines
• IoT

This is an abnormal temperature monitoring system that can be installed with "1-Wire digital temperature sensors" inside each device, allowing for remote monitoring at multiple locations. By centrally managing temperature control remotely at each site, it enables appropriate preemptive actions against signs of thermal runaway, which can lead to cost reductions. Furthermore, it allows for synchronization and remote monitoring of various IoT sensor signals as "one measurement system." By controlling alerts for dust sensors and wind speed sensor signals, it supports the more precise operation of equipment. 【Features】 ■ Resistant to noise inside the device ■ Cost reduction through remote monitoring ■ Synchronization of temperature sensors with other sensors ■ Collected data is effective for preventive maintenance of equipment ■ Expected to enable appropriate air conditioning management for the entire data center *For more details, please refer to the PDF document or feel free to contact us.

• Other measuring instruments
• Facility Management System
• Analysis and prediction system

To eliminate the trade-offs of gas sensors, we have developed a sensor module for "hydrogen leak detection" that is highly sensitive and has excellent hydrogen selectivity. 【Features】 Hybrid Sensor Module (Trigger Sensor + Main Sensor = Hybrid Sensor Module) <Ultrasonic Hydrogen Gas Sensor (Trigger Sensor)> ■ High sensitivity (1,000 ppm) ■ High-speed continuous detection (captures instantaneous hydrogen) ■ Capable of detecting other gas concentrations as well <Alloy Thin Film Sensor (Main Sensor)> ■ Thin film of hydrogen-absorbing alloy that reacts only to hydrogen ■ Responds exclusively to hydrogen even in mixed gas environments ■ Detects hydrogen even in an oxygen-free environment *For more details, please refer to the PDF document or feel free to contact us.

• Other Hydrogen/Fuel Cells
• others

At Kyushu Measuring Instruments, we have developed a spatial temperature distribution measurement system that employs a 1-Wire method, allowing for efficient wiring in a single stroke to the target space using sensors capable of multi-point synchronous measurement. This enables us to propose spatial temperature distribution measurements that are not affected by noise emitted from plant equipment and other sources. This case study collection includes information on the measurement of spatial temperature distribution that we have resolved. [Contents] - Background of the measurement system development - Temperature distribution measurement from the floor (a case where reproducibility could not be achieved with conventional methods) - Temperature distribution measurement near the ceiling - Examples of measurement jigs tailored to the spatial conditions - Software that expresses spatial measurement data "more clearly" If you are interested, please download the PDF or contact us.

• Other measuring instruments

Even if you are using it in the correct way, if you are experiencing issues such as not getting measurement results or poor accuracy, why not reconsider the "jig" first? No matter how high-performance the measuring equipment is, if it is not used in the appropriate manner, you will not be able to achieve the desired results. We will listen to the measurement data you need and create a measurement system using suitable measuring instruments or custom jigs. We will maximize the performance of the measuring instruments and realize efficiency in research, development, and production processes.

• Other measuring instruments

Even if you are using it in the correct way, if you are experiencing issues such as no measurement results or poor accuracy, why not start by reviewing the "jigs"? No matter how high-performance the measuring equipment is, if it is not used in the appropriate manner, you will not be able to achieve the desired results. We will listen to the measurement data you need and create a measurement system using suitable measuring instruments or custom jigs. We will maximize the performance of the measuring instruments and realize efficiency in research, development, and production processes.

• Other measuring instruments

By irradiating seeds with infrared light and observing the reflection, it is possible to determine the presence or absence of lipids (ovules) necessary for germination. As shown in the right diagram, the distribution of lipids can also be visualized using an infrared spectral camera.

• Analysis and prediction system

This product was developed in collaboration with Nishi Nippon Gas Co., Ltd., Japan Gas Co., Ltd., and Miyazaki Gas Co., Ltd. with the support of the H29 fiscal year JGA project, and has been undergoing trial sales since the H30 fiscal year. Product PR: A detector that irradiates laser light inside pipes, measures the intensity of scattered light caused by welding mist, and identifies the presence or absence of mist.

• Other measuring instruments

High-precision spatial temperature measurement is optimal for identifying areas for improvement through the visualization of spatial temperatures in manufacturing sites and work environments. The key features of this product are portability and multi-point real-time measurement. For example, by utilizing break time for actual measurements, we can confirm heat accumulation in the space → consider improvements → verify effects, all within a limited time frame of "installation and removal," allowing us to share real-time measurement results "on the spot" with customers, leading to concrete proposals. Feature 1: The length of the sensor pole is adjustable. Feature 2: Wireless operation reduces errors caused by cable routing. Feature 3: The spacing between sensor poles can be set arbitrarily. We also offer tools for measuring large spaces as an option; please inquire for more details.

• Other measuring instruments

1. The input voltage from measuring instruments and sensors with analog output is wirelessly transmitted as data. 2. Logging of analog signals such as displacement, pressure, temperature, wind speed, humidity, and inclination wirelessly. 3. Integration from computation to analysis to report output using software.

• Other measuring instruments

We offer an "Organic EL Emission Characteristic Evaluation System" that combines a luminance meter, source measurement unit, and measurement fixtures. The source measurement unit allows the organic EL device to emit light at arbitrary intensity and timing, enabling the acquisition of measurement data necessary for material evaluation. The continuous automatic measurement function contributes to reducing evaluation labor time. 【Features】 ■ Controls the XY stage to support continuous automatic measurement ■ Capable of long hours of continuous operation ■ Equipped with an uninterruptible power supply to handle momentary power outages *For more details, please refer to the materials. Feel free to contact us with any inquiries.

• Organic EL light source

■ Connect and significantly reduce installation labor for hundreds of temperature (humidity) data points using 1-Wire. ■ Achieve simultaneous sampling and high-speed logging. ■ The "digital temperature sensor" is resistant to noise and enables high-precision logging and analysis. ■ Individual sensor IDs make management and control, which are complex in analog systems, easy. ■ Synchronization with other environmental sensors is also possible.

• Air conditioning
• Other measuring instruments
• Measurement and analysis equipment leasing and rental

Even in an anaerobic environment, detectors that can "visualize hydrogen" can be combined with a multi-channel synchronous measurement system to enable the confirmation of hydrogen gas behavior/distribution in space, supporting the construction of a safe hydrogen leakage detection system. The visualization of hydrogen gas in the target space allows for numerical confirmation of leaked hydrogen, aiding in the verification of optimal enclosures and shapes. It is also used to confirm the installation positions of commercially available hydrogen sensors. By feeding back actual measurement data to CDF and other formats, even more accurate analysis is possible. The advanced research institute of ISAS/JAXA has adopted our hydrogen visualization system in the development of next-generation rocket hydrogen engines.

• Other measuring instruments
• others

Detecting thickness variations in nanofiber non-woven fabric using transmitted light ○ Non-contact real-time high-speed measurement ○ 3D display of fiber surface shape ○ Interchangeable fiber sensors tailored to the target

• Other measuring instruments
• others

○ Intrinsically safe explosion-proof design that does not use electricity ○ Selective reaction only to hydrogen at 1000 ppm ○ Usable in an oxygen-free, reduced pressure environment ○ Easy connection to commercially available recorders (data loggers) ○ Easy integration as a hydrogen probe into existing equipment + modular use

• Other measuring instruments

A two-axis accelerometer measures the vehicle's vibrations during driving, while three cameras capture the driver's gaze, foot position, and the vehicle's forward view, providing a comprehensive evaluation of driving skills.

• Other measuring instruments
• others

By assigning the measured data from spatial/area measurements to spatial coordinate axes (XYZ axes), we visualize three-dimensional space and synchronize it with the time axis, creating an "intuitive and easy-to-understand" spatial representation. We provide a measurement expression that is "much more" understandable than before by overlaying measurement data on visible images or drawing data, and by rapidly calculating approximate values from measured values. 【Features】 ■ Real-time data observation (2D, 3D) is possible ■ Compatible with commercially available data loggers ■ Supports CSV data (offline) ■ Usable for detecting abnormal conditions ■ Proven results in the power, gas, and air conditioning equipment industries, as well as in universities and private research laboratories ■ Comprehensive reporting features Additionally, we will be exhibiting at the specialized exhibition 'SENSOR EXPO JAPAN 2024', which will be held at Tokyo Big Sight, East Hall 2, starting September 18, 2024 (Wednesday), focusing on sensors, controls, and their applied technologies, equipment, systems, and networks. We will have demo units on display, so you can view them at any time. We sincerely look forward to your visit. *For more details, please download the PDF or contact us directly.

• Other measuring instruments