Kyoritsu Electric Corporation List of Products and Services

We would like to introduce an information communication tool that delivers multimedia information to large monitors. Since information was conveyed using printed materials, it took time for the information to be communicated, and there was no way to relay large-scale advertisements or disaster occurrence information to many people at once. This system can automatically switch the information being delivered based on a time schedule. For example, it can be used as a tool for disseminating disaster information, displaying real-time information such as emergency earthquake alerts. 【Purpose of System Implementation】 <Information Dissemination> ■ We want to effectively utilize the visual effects of images and sounds in information communication. ■ We want to quickly display and switch materials. ■ We want to appropriately and efficiently disseminate information according to time and location in public transportation, public spaces, commercial facilities, etc. ■ In the event of a disaster where every second counts, we want to ensure that emergency information can be confirmed immediately. *For more details, please refer to the PDF document or feel free to contact us.

• Other information systems

Residents near the factory have occasionally lodged noise complaints, making it necessary to quickly identify whether the noise originates from within the factory. Due to the vast area of the factory premises, we considered implementing a system that allows for rapid response while keeping construction costs down. This system measures noise levels near the property boundary and transmits the data collected by the microphones to a central control room, enabling real-time assessment of the noise content and identification of the noise source. This will allow us to respond proactively before any noise complaints are received. **Purpose of System Implementation** - To determine whether the noise complaints are from our facility. - If the noise is from our facility, to identify the source and assist in equipment maintenance. - To monitor noise levels while operating. (Adjusting operational plans for night and day to ensure a community-friendly operation.) - Since the internal network wiring will be extensive, we would like to use wireless LAN or similar solutions. *For more details, please refer to the PDF document or feel free to contact us.*

• Other environmental analysis equipment

In recent years, during emergencies such as abnormal weather, it is necessary to grasp the situation more quickly, and it is essential to accurately understand the situation on-site (dam site, river). However, there has been a problem with the aging of the existing systems. This system is a remote monitoring system for dams and rivers, which collects various data from the existing telemetry and displays it on a computer screen. In the event of an alarm, it quickly notifies the responsible personnel via email or fax. Additionally, it can aggregate data and output reports as daily, monthly, and annual reports, and by installing surveillance cameras, it enables visual monitoring through images. 【Purpose of System Implementation】 ■ Improvement of Monitoring Accuracy - By confirming both data and images, it is possible to grasp the situation of dams and rivers more accurately. ■ Rapid Response in Emergencies - By sharing the same information between the site and the disaster prevention center, a quicker response is possible during emergencies. *For more details, please refer to the PDF document or feel free to contact us.

• Other security and surveillance systems

Until now, the equipment maintenance personnel have been regularly touring the various buildings within the factory. By aggregating data to a central PC via the PLCs installed in each building, we can eliminate these regular inspections while monitoring the operational status of the equipment in real-time and significantly reducing the workload through automation of report generation. This system captures alarm signals from the PLCs distributed across the factory's various sites and monitors alarm occurrences at regular intervals on a PC. If an alarm is triggered, it promptly notifies the equipment maintenance personnel via internet email to their mobile phones. Additionally, alarms can be viewed on the display units installed at the site. **Purpose of System Implementation** - **Reduction of Operational Load and Quick Response** - We want to reduce the regular inspections by the equipment maintenance personnel. - We want to respond quickly based on the alarm information notified via email. - **Centralized Monitoring** - We want to centralize the information dispersed across various factories and monitor it in real-time. - **Data Storage** - We want to record and display historical trends and automatically aggregate (and print) daily, monthly, and yearly reports. *For more details, please refer to the PDF document or feel free to contact us.*

• Other security and surveillance systems

Due to the inability to confirm production achievement numbers at the production site, workers were unable to grasp production delays, leading to instances where production was not completed within the target production time. Additionally, because abnormalities and failures at the production site could not be monitored in real-time, significant issues arose by the time they were noticed, resulting in wasted time and costs. This system enables real-time tracking of the day's production progress by displaying the planned production numbers, actual production numbers, and their discrepancies at the production site. [Purpose of Implementation] ■ Visualization of production achievement numbers and improvement of worker awareness - By recognizing production delays from the discrepancies between planned and actual production numbers, we aim to encourage improvements in work speed and complete production within the target production time. ■ Early detection of failures and abnormalities - We want to quickly respond to on-site troubles by monitoring abnormalities and failures occurring at the production site in real-time while remaining in the office. ■ Integration with higher-level systems - We aim to automatically receive data managed by higher-level systems for planned production numbers and incorporate it into the system without hassle in the office or production site. *For more details, please refer to the PDF document or feel free to contact us.

• Other security and surveillance systems

During the regular inspection (once a year), a full operation check was conducted. However, there were concerns about the valve sticking, and there have been instances where the valve could not operate, leading to the safety valve being activated. When conducting operational tests, it was necessary to clean the piping due to backflow from the outside air. As a result, we are currently performing operational tests and cleaning work before operation, but we wanted to reduce downtime. This system can prevent sticking of valves that are normally closed and confirm their operation. By operating the valve just before the piping line slightly opens, we can prevent sticking while simultaneously confirming whether the valve is in a state that allows it to operate. [Purpose of System Implementation] - To reduce cleaning work through operational tests and decrease downtime. - To prevent sticking by regularly operating the valve. - To identify any valve malfunctions before operation and take appropriate measures. *For more details, please refer to the PDF document or feel free to contact us.

• Other security and surveillance systems

The "Cable Shielding Effect Measurement System" is a system designed to evaluate the effectiveness of various shields. It automatically controls a spectrum analyzer and EMI clamp (test bench) from a computer to measure leakage from cables, comparing the measurement results of unshielded cables and multiple shielded cables. In addition to improving operational efficiency, it also provides benefits such as reducing the workload. 【Benefits of Implementation】 <Improvement of Operational Efficiency> ■ Increased operational efficiency by managing data collectively ■ More efficient operation of expensive equipment <Reduction of Workload> ■ Reduced burden on operators and managers *For more details, please refer to the related links or feel free to contact us.

• Testing Equipment and Devices

This system is a position control system for a multi-axis stage used to inspect substrates, allowing for the control of a multi-axis controllable stage (turntable) from a PC to perform inspections and evaluations of various products. It features an automatic origin detection function during initialization, enabling easy operation of multi-axis position control by defining home positions and various positions. By using various limit sensors in conjunction, it achieves more accurate position detection and various functions such as emergency stops outside the operating range. The applications are diverse when combined with other measurement system applications. 【Purpose of Implementation】 ■Reduction of Operational Load - It enables the processing of various tests collectively. ■Realization with Inexpensive Equipment - A system can be built using inexpensive PC boards. *For more details, please refer to the related links or feel free to contact us.

• Testing Equipment and Devices

This system is designed to measure and evaluate the electrical characteristics of semiconductor products such as diodes and transistors under varying temperature and humidity conditions using a constant temperature chamber. It automates measurements and digitizes data by controlling semiconductor parameter analyzers, constant temperature chambers, and various wiring switches via GP-IB from a computer. The introduction of this system leads to improvements in operational efficiency and a reduction in workload. 【Benefits of Implementation】 ■ Improvement in Operational Efficiency - Automation increases operational efficiency (unmanned operation is possible after the test begins) - Expensive equipment can be operated more efficiently ■ Reduction in Workload - Quick automatic measurement of a series of environmental controls enables energy savings - The time products are subjected to harsh environments is minimized *For more details, please refer to the related links or feel free to contact us.

• Testing Equipment and Devices

This product is a testing device that uses a simulated load device to measure motor performance characteristics. It employs a high-capacity servo motor that applies a simulated load to the test motor, measuring various data such as speed, torque, power, and temperature. By managing the data collectively, operational efficiency is improved, and with the autonomous driving function, the equipment can be operated efficiently, reducing the burden on operators and managers. Additionally, the introduction of various interlock circuits enables safe testing. 【Purpose of Introduction】 ■Reduction of Load - Minimize the burden on operators (such as the man-hours required for measurement and comparison) and create a system that does not depend on individual technical levels. - Aim for efficient operation of equipment. ■Reporting Function: Easily generate reports on motor performance. ■Safe Testing - Since it involves testing high-speed rotating bodies, we want to operate a device that is safe and accident-free. *For more details, please refer to the related links or feel free to contact us.

• Testing Equipment and Devices

This system is an "Electromagnetic Immunity Testing System" that evaluates the electromagnetic resistance of test samples when exposed to electromagnetic fields. It irradiates electromagnetic noise at specified frequencies and test levels, allowing for the assessment of malfunctions or degradation of customer products. Additionally, by using the G-TEMCELL, testing can be conducted safely without the need for an anechoic chamber. The test frequency ranges from 100 kHz to 3 GHz as standard, and AM, FM, and pulse modulation can also be applied. 【Features】 ■ Improvement of operational efficiency - By managing data collectively, operational efficiency is increased. - More efficient operation of expensive equipment. ■ Reduction of burden - Reduces the burden on operators and administrators. - Safety interlock circuits help prevent accidents in advance. *For more details, please refer to the related links or feel free to contact us.

• Testing Equipment and Devices

This system is designed to perform setting transmission, automatic control, automatic measurement, calculation processing, and report printing for air conditioner performance evaluation testing facilities. According to operating conditions, it controls the testing equipment and collects and stores measurement data at regular intervals. It has been introduced with the aim of improving the efficiency of control and measurement during air conditioner performance evaluation tests, preventing operator errors during testing, and enhancing test quality through consistently stable testing. 【Implementation Effects】 ■ Testing efficiency has improved as tests can be conducted in parallel. ■ Pre-registration of test settings has eliminated variability in testing by operators. ■ Reusing past test data has improved test quality. ■ Analysis of test results has become possible, aiding in the improvement of testing operations. *For more details, please refer to the PDF document or feel free to contact us.

• Testing Equipment and Devices

The "Testing & Environmental Data Measurement System" centrally manages the different test equipment data and environmental data for each product in the field of product evaluation and testing. The centrally managed data is displayed in real-time or historically in graphs specified by the user. This system is implemented with the objectives of "wanting to accommodate multiple test devices without changing the basic structure," "wanting to manage and display test data and environmental data collectively," and "wanting to compare specified data (for example, before and after adjustments) in addition to real-time and historical data." 【Effects of Implementation】 ■ Simplified the setup and procedures for measurements by switching test devices and standardizing client screens. ■ Reduced the time required to learn individual measurement software to a minimum. ■ Previously, comparisons were made by printing past graphs, but now it is easier to grasp performance changes as comparisons can be made on-screen. ■ It has become possible to print only the necessary data. *For more details, please refer to the PDF materials or feel free to contact us.

• Other measurement, recording and measuring instruments

The "state inspection device" is a device that consolidates multiple testers into one to reduce processes and evaluate products. It switches circuits for each tester used, measures resistance with a digital multimeter, and determines surge waveforms with a surge tester. The inspection results are displayed using lamps installed on the device. Due to the background of wanting to consolidate processes because "measuring with multiple testers involves many setups and is inefficient," and "working with high voltage is very dangerous, so we want to work safely," it has been introduced. 【Purpose of Introduction】 ■Reduction of operational burden 　・We want to conduct multiple tests at once. ■Work safely 　・We want to avoid touching high-voltage circuits. *For more details, please refer to the PDF document or feel free to contact us.

• Testing Equipment and Devices

In continuous thickness measurement, by using continuous thickness data instead of point thickness of the measured object, it becomes easier to determine the pass or fail status of the object's condition. This system is designed to measure thickness continuously, with the measurement target being sandwiched from above and below by displacement sensors. Since the measurement is taken from below, it can still be measured even if there is vertical movement. Additionally, the measurement amount from the displacement sensors is output as pulses and input into a high-speed counter unit of a sequencer. 【Measurement Method】 - Since 1 pulse equals 0.1 μm, the thickness is calculated by multiplying the pulse count by 0.1. - The signals from the upper and lower displacement sensors are processed to determine the thickness. - The measured object is sandwiched by rollers and fed at a constant speed by two stepping motors before and after the displacement sensors. - The stepping motor is activated by the measurement start button on the touch panel. - When the measurement is complete, the stepping motor stops. *For more details, please refer to the PDF document or feel free to contact us.

• Testing Equipment and Devices

The "Dielectric Strength and Power Consumption Testing Device" is an apparatus that conducts dielectric strength tests and power consumption tests on electric actuators, allowing for product evaluation. To accommodate a variety of workpieces, the voltage values for dielectric strength and the applied voltage settings for power tests, as well as the threshold settings for measurement values, can be pre-saved for each model. Previously, dielectric strength tests and power consumption tests were performed manually, with measurement values judged visually and data recorded by hand, leading to differences in tact time among operators. Although high voltage is used, the warning light only illuminated during the dielectric strength test to alert the operator, which raised some safety concerns. With the introduction of this product, automatic testing can be performed simply by pressing a button, and data can be saved, making the process more efficient. [Effects of Implementation] ■ Improvement in Work Efficiency - Automatic testing and data saving can be performed simply by pressing a button, making it efficient. ■ Safe Operations - An area sensor is installed, ensuring safety by preventing contact during dielectric strength testing. *For more details, please refer to the PDF document or feel free to contact us.

• Testing Equipment and Devices

The "Optical Power Logger" is a system that automatically measures the attenuation of optical cables. As background, we were considering the introduction of an automation system and the construction of a robust system that can operate 24 hours a day, using the measuring equipment we already own without purchasing new facilities. This system combines an optical power meter with a multi-channel multiplexer to record the characteristics of optical cables over long periods, while simultaneously recording the temperature of the test environment using a thermometer. By preparing two sets of measuring devices, it is possible to operate under two different conditions (test environments), allowing for the recording of characteristics under various situations while also using environmental testing machines. 【Benefits of Implementation】 <Improvement of Work Efficiency> ■ The adoption of FA computers allows for safe continuous operation over long periods. ■ Since it is automatically operated by software, daily checks can be reduced to about one or two times, contributing to a reduction in man-hours. ■ Numerical records are stored as electronic data, enabling accurate comparisons and judgments with digital values. ■ The shift to paperless recording through electronic data makes data storage and management easier. ■ Further software customization allows for the expansion of various functions. *For more details, please refer to the PDF materials or feel free to contact us.

• Other measurement, recording and measuring instruments

This system is a battery capacity testing machine that combines charging and discharging functions for industrial batteries. The background for the system's introduction is the need for charging/discharging functions for individual cells for the maintenance of batteries used in electric unmanned carts and similar applications. With the introduction of this system, the number of times to check the testing status through alarm functions and data logging has decreased, leading to a reduction in labor hours. Additionally, by setting up tests via a touch panel, testing has become smoother. 【Features】 ■ Settings necessary for charging and discharging tests can be easily configured from the touch panel. ■ It measures charging and discharging voltage, cell voltage, and temperature, allowing monitoring of the state transitions during charging and discharging. ■ Various conditions such as voltage/time/temperature can be selected for charging and discharging completion criteria. ■ Cell voltage and battery temperature during charging and discharging are recorded by a data logger. ■ The logged data is stored in the memory of the data logger itself. ■ The data can be replayed on a PC using a manufacturer-specific application. *For more details, please refer to the PDF document or feel free to contact us.

• Testing Equipment and Devices

The "Non-Rotating Torque Testing Device" is a system that allows for arbitrary adjustments of the testing environment using a constant temperature and humidity chamber. The applied torque can be selected manually or automatically, enabling stable torque testing through a non-rotating torque generation unit and a non-rotating torque converter. It has been introduced due to the need for "stable torque application in a non-rotating manner to improve testing accuracy" and "the ability to arbitrarily adjust the installation environment of the test subject to enhance testing efficiency." 【Effects of Introduction】 ■ Improvement in Work Efficiency - Stable torque application has become possible, improving testing efficiency. - The adoption of a small-capacity constant temperature and humidity chamber has shortened the stabilization time of the testing environment. ■ Improvement in Data Collection - The collection of testing data has been automated, enhancing the work efficiency of inspectors. *For more details, please refer to the PDF document or feel free to contact us.

• Other inspection equipment and devices

This product is a testing device designed for the load endurance testing of workpieces (test subjects). The background for the system introduction was the consideration of introducing new testing equipment and adding functional aspects due to the aging of existing equipment. By changing the jig at the tip of the cylinder, it can accommodate various shapes of workpieces. The workpiece is installed on the testing device, and a load (0 to 2000N) is applied by the cylinder. [Purpose of System Introduction] ■ Continuous Automatic Operation - We want to continuously operate the same motion pattern for a specified number of times. ■ Improvement of Testing Accuracy - We want to continuously measure the load of the cylinder during testing and visualize it. *For more details, please refer to the PDF document or feel free to contact us.

• Testing Equipment and Devices

The "Pipe Leak Testing Device" features a simple structure that allows for low-cost implementation and easy maintenance. It tests the airtightness of products using a digital panel meter or dedicated fixtures without going through a controller like a PLC. The results are communicated to the operator through sound (melody) and light (lamp). With its introduction, initial investment has been minimized, and it can flexibly accommodate various product types. Additionally, due to its simple structure, system maintenance has become easier. 【Background for System Introduction】 ■ We want to update due to the aging of existing testing equipment. ■ We want to implement the testing system with a minimal configuration and at a low cost. ■ We want to perform inspections of various product types with just a simple change of settings. *For more details, please refer to the PDF document or feel free to contact us.

• Other inspection equipment and devices

The "Maintenance Management System" is a solution designed to support maintenance operations for equipment and devices in manufacturing environments. The complexity of managing a wide variety of parts has made it difficult to carry out maintenance cycles properly, which is the background for the system's implementation. From "maintenance planning" and "maintenance performance" to "maintenance analysis," we provide comprehensive support for the entire lifecycle related to your maintenance needs, helping to improve and streamline maintenance operations. 【Benefits of Implementation】 ■ Improvement in the quality of equipment and devices ■ Reduction of workload and increased efficiency for your department ■ Understanding of the lifecycle of equipment and devices ■ Reduction of running costs through appropriate maintenance cycles *For more details, please refer to the PDF document or feel free to contact us.

• Software (middle, driver, security, etc.)

The background for the system implementation is that due to hose connection errors, liquid was sent to unintended locations, and product leakage occurred due to backflow from the source or destination, resulting in all of it being discarded and causing product loss. This system connects hoses between the source (20 ports) and the destination (20 ports), and during this process, it provides instructions and displays the type of product at the connection point. As a result of the implementation, connection errors have been significantly reduced, leading to a substantial decrease in product loss, and it was possible to construct a cost-effective waterproof picking system. Currently, we are ensuring compatibility by color-coding the connection hoses and attaching number tags. In the future, we are considering the installation of IC tags for hose recognition and setting connection limits to achieve even more reliable connections. 【Purpose of System Implementation】 ■ We want to build a system that reduces connection errors without making significant changes to the equipment. ■ In the future, we aim to ensure interlocks and prevent transfers if the connections are not made as instructed. *For more details, please refer to the PDF document or feel free to contact us.

• Software (middle, driver, security, etc.)

The background for the system implementation is that inspection records were handwritten on paper, leading to errors and illegible handwriting, which decreased operational efficiency. Additionally, the inspection data recorded on paper had to be re-entered manually into Excel inspection sheets, consuming time and effort. Moreover, multiple inspection sheets had to be prepared for inspection tasks, resulting in a waste of paper resources. The "Equipment Inspection Record System" is a system that supports daily equipment inspections and monthly meter readings. By switching from paper-based operations to the use of tablet devices, we aim to improve operational efficiency. 【Effects of Implementation】 ■ Simple operations through touch controls on tablet devices have increased work speed. ■ The camera function built into the tablet devices allows for recording images and videos. ■ There is no longer a need to prepare inspection sheets before inspection tasks, reducing preparation time loss. *For more details, please refer to the PDF document or feel free to contact us.

• Other measurement, recording and measuring instruments

The "Indoor Environment Display System" installs signboards and display lights at the entrance of production sites, allowing the indoor environment levels and operating conditions to be displayed on the signboards based on measurement data. As a result of its implementation, displaying the status at the room entrance has made it possible to effectively prevent unauthorized entry into restricted areas. Additionally, the signboard can scroll long messages, making it easy to read and eliminating errors caused by human judgment. 【Background of System Implementation】 - Previously, entry restrictions and operating status indications were done using hanging signs at the entrance. - With changes in production brands, it became necessary to impose entry restrictions based on the status of the production process. - There were multiple rooms in one corridor, which posed a risk of accidental entry. *For more details, please refer to the PDF document or feel free to contact us.*

• Software (middle, driver, security, etc.)

The "Quality Inspection Pass/Fail Judgment System" is a solution that inputs quality inspection data for product lots requested for quality inspection and performs pass/fail judgments. By managing inspection items and pass/fail judgment criteria as a master, it automates the pass/fail judgment for product lots or each inspection item, and the double-check function for approvals helps prevent the outflow of defective products. Quality inspection data is stored in a database and can be output to Excel. 【Purpose of System Implementation】 ■ Automation of Pass/Fail Judgment - We aim to improve work efficiency by automating the pass/fail judgment of quality inspections. ■ Prevention of Data Entry Errors - By minimizing the number of inputs, we reduce transcription errors. ■ Double Check - We perform a double check for approvals on quality inspections to prevent the shipment of defective products. ■ Maintenance - We want to respond flexibly and efficiently to changes such as adding varieties and modifying product specifications. *For more details, please refer to the PDF document or feel free to contact us.

• Software (middle, driver, security, etc.)

The "Quality Characteristic Monitoring System" is a solution that creates trend graphs from data such as equipment operating status and production results, supporting data analysis tasks. By detecting upper and lower limit exceedances and data variations, it is possible to provide alarm notifications through the activation of a patrol light or email alerts. As a result of its implementation, the manual tasks of data extraction, editing, and analysis have been automated, reducing the burden on workers. [Effects of Implementation] - By visualizing product quality, stable quality can be maintained, resulting in a reduced percentage of defective products. - By anticipating equipment failures and performing maintenance or replacements before breakdowns, equipment operating rates have improved. - The automation of data extraction, editing, and analysis tasks has reduced the burden on workers. *For more details, please refer to the PDF document or feel free to contact us.

• Software (middle, driver, security, etc.)

Agilent has contributed to the development of the metal element analysis industry for 60 years since commercializing atomic absorption spectrophotometers in 1957. In flame atomic absorption, the fast sequential function allows for the continuous analysis of all specified elements in a single analysis of each sample. By reducing the measurement time to half of the conventional duration, laboratory productivity is dramatically improved. 【Features】 ■ Unique fast sequential function ■ Continuous analysis of all specified elements in a single analysis of each sample ■ Measurement time reduced to half of the conventional duration ■ Dramatic improvement in laboratory productivity *For more details, please refer to the PDF document or feel free to contact us.

• Spectroscopic Analysis Equipment
• Analytical Equipment and Devices

The "AA240Z/280Z" is a device that employs Agilent's unique alternating Zeeman method for background correction, further enhancing the accuracy of background correction for high matrix samples. The temperature control of the graphite tube uses a unique dynamic feedback control method to improve reproducibility. With a CCD camera that monitors the injection state of the sample, the analytical accuracy can be further improved. 【Features】 ■ Designed with consideration for running costs ■ Reduces Ar gas consumption by 40% compared to conventional devices ■ The lifespan of the graphite tube is more than doubled ■ Unique temperature control allows for setting the drying temperature in 1°C steps ■ Standard measurement conditions for each element are stored, enabling the creation of measurement conditions for each sample *For more details, please refer to the PDF document or feel free to contact us.

• Spectroscopic Analysis Equipment
• Analytical Equipment and Devices

The "Agilent 630 FTIR" is a very compact spectrophotometer in B5 size, equipped with technology and intuitive operability. Its unique optical design enables high-sensitivity measurements, and by exchanging dedicated attachments, it can accommodate various applications. It is suitable not only for routine analyses such as QA/QC but also for research and development, as well as labs and universities that handle a wide range of samples. 【Features】 ■ Unique attachments that can be exchanged in seconds without the need for optical adjustments ■ Navigation of analysis procedures through software in Japanese ■ Robust optical mechanical system proven in the field ■ Excellent performance and reproducibility even in humid environments ■ Capable of reliably performing various analyses, starting with foreign matter analysis in food *For more details, please refer to the PDF document or feel free to contact us.

• Spectroscopic Analysis Equipment
• Analytical Equipment and Devices

The "1220 Infinity II LC" is an integrated system for routine HPLC designed for analytical and QA/QC laboratories. You can choose from four affordable "all-in-one" configurations. When changes are needed, system functionality can be enhanced through an upgrade path. Additionally, with the Walkup upgrade, you can switch to LC or LC/MS equipment suitable for multi-user environments. 【Features】 ■ Excellent consistency, robustness, and operability ■ Equipped with a diode array detector ■ A system that fits the needs of the lab ■ Can connect most "InfinityLab LC Series modules," significantly increasing flexibility *For more details, please refer to the PDF document or feel free to contact us.

• Analytical Equipment and Devices

The "Temperature Control Efficiency System" is a system that utilizes measurement data from thermal cameras in conjunction with image monitoring for alarms and control. It is implemented for the purpose of monitoring multiple areas with thermal cameras, as it is difficult to install thermometers in several locations. The benefits of implementation include the ability to "infer stirring unevenness inside the tank from the surface temperature of the tank." 【Effects of Implementation】 ■ The ability to infer stirring unevenness inside the tank from the surface temperature of the tank. ■ By comparing the average, maximum, and minimum values of the internal thermometer and surface temperature, unnecessary cooling (shower) cycles have been reduced. ■ By connecting a separate computer, thermal screens can also be monitored, making the temperature distribution clear at a glance. *For more details, please refer to the PDF document or feel free to contact us.

• Thermography

The "Human Detection Interlock System" installs human sensors and surveillance cameras in areas prohibited for entry during operation and in equipment with high noise levels, establishing interlock and monitoring functions during operation. It is introduced with the objectives of "wanting to ensure the safety of workers," "wanting to strengthen the safety awareness and rule compliance of operators," and "wanting to effectively utilize existing video and sensor signals in the control room system." 【Effects of Implementation】 ■ Eliminates sudden starts of operation (near misses) from the control room during on-site work. ■ Allows for confirmation of the presence of personnel (on-site workers) from the control room, making safety verification methods easier. ■ By installing human detection devices, on-site workers develop a stronger awareness of the "monitoring area," reducing unnecessary entry. ■ Combined with camera functions, it provides a double-check through visual observation and detection. *For more details, please refer to the PDF document or feel free to contact us.

• Surveillance Camera System

The "Wearable Wireless Notification System" uses a wearable device (wristwatch type) to issue alarm notifications and individual calls to on-site personnel. As a result of implementing this system, it has become possible to be aware of alarm activations even when away from the monitoring room, and by adopting a specific low-power consumption, we have been able to reduce running costs. Furthermore, with the re-notification function, there are no longer any missed notifications even if confirmation is not received within a certain time or if it is not confirmed in the monitoring room. 【Purpose of System Implementation】 ■ Reduce unnecessary external buzzer sounds and notify the appropriate personnel based on the type of alarm. ■ Make operations easier with a small number of people during nighttime and other times. ■ Eliminate troublesome wiring work by adopting a wireless system. ■ Consider re-notification to prevent forgetting to respond. *For more details, please refer to the PDF document or feel free to contact us.

• Other network tools

The "On-site Verification Authentication System" is a system that displays check items and random authentication codes on an operation monitoring display. The control system recognizes the on-site check as complete only after the authentication code is entered. This system has been implemented with the objectives of "preventing the formalization of checks, which had become merely a simple click," "although improvements in equipment are necessary in the future, we want to strengthen checks immediately," and "ensuring that important equipment is visibly marked for on-site verification." 【Background for System Implementation】 ■ Previously, checks were simplified to just clicking "OK" on the check items. ■ We want to introduce answer signals to each device, but many manual valves make immediate implementation difficult due to budget constraints. ■ We want to enhance workers' awareness of their tasks. *For more details, please refer to the PDF document or feel free to contact us.

• Process Control System

The "Image Poka-Yoke System" is a system designed to assist in distinguishing differences in product color and the installation status of optional parts by alternately displaying images of genuine products and production products in a multi-variety, multi-option production environment. By alternating the images of genuine and production products, it becomes easier to check for excess or shortage of options and to verify colors. 【Purpose of System Implementation】 ■ Easy checking of differences from genuine products - We want to implement a system that allows anyone, regardless of experience, to visually identify differences. ■ Easy adaptation to new products - We want to eliminate labor-intensive tasks such as teaching and adjustments. ■ Preservation of history - We want to ensure that logs of visual inspections and product images are reliably retained. *For more details, please refer to the PDF document or feel free to contact us.

• Process Control System

The "Simple Security System" provides basic security functions for control panels. By presenting an IC card for each worker at the control panel, it manages the permission for switch operations. (Unauthorized switches will not be activated even if operated.) Unlocking records are saved in the IC card reader and can be viewed on a PC or similar device. 【Purpose of System Implementation】 ■ Eliminate the need for key-based unlocking and locking operations for control panels to reduce the loss of keys and the management of lending. ■ Automatically keep a simple record of unlocking. ■ Utilize the IC cards that each worker already possesses (without incurring additional costs). *For more details, please refer to the PDF document or feel free to contact us.

• Software (middle, driver, security, etc.)

The "in-house broadcasting system" is a system that combines DCS and voice conversion packages, using broadcasting equipment interruption. It outputs registered voice messages (details of abnormalities and countermeasures) in response to alarms or event messages generated by the registered CENTUM DCS. Additionally, it suppresses unnecessary noise by interrupting the broadcasting equipment only during message output. This system reduces the workload of operators in the control room and enables reliable information transmission over a wide area. 【Purpose of System Implementation】 ■Increase in Work Efficiency - We want to eliminate the hassle of operators contacting relevant parties outside of remote locations every time an alarm occurs. ■Clarification of Information - By quickly sharing abnormal conditions within the building, we aim to appropriately allocate personnel and reduce the occurrence of defective products. *For more details, please refer to the PDF materials or feel free to contact us.

• Production Management System

The system allows for the input of product information (such as quality information) directly on-site in the manufacturing area using handwritten entries on a tablet PC. The entered product information can be referenced in real-time from designated locations (such as previous and subsequent processes) or from the administrator's computer, enabling an understanding of the current situation on the shop floor. Additionally, the use of a tablet PC allows for faster and easier data entry, contributing to a reduction in work time. 【Purpose of System Implementation】 ■ Understanding Quality Status - Immediately communicate product information that has occurred to previous and subsequent processes, enabling an understanding of the current production quality situation, such as what is happening, and allowing for prompt improvement measures. ■ Data Search - Reference various perspectives based on search criteria from the data stored in the DB server, displaying only the necessary product information. *For more details, please refer to the PDF document or feel free to contact us.

• Other information systems

The "Truck Scale System" is a product that centrally manages weighing reception information (items, vendors, weight, etc.) during truck entry and exit using a database. A reception card (with a barcode) distributed to delivery vendors is read during the weighing reception to ease the input operation. This allows truck drivers to perform weighing (entry and exit) reception operations independently, enabling the weighing station to be unmanned. Additionally, the automatic input of reception information using the reception card has reduced input errors. 【Purpose of System Implementation】 ■ Cost reduction and operational efficiency - Unmanned weighing station: Weighing reception tasks performed solely by truck drivers - Increased efficiency of reception tasks: Easing of input operations for weighing reception information through reception card scanning - Performance aggregation: Output of reports and higher-level delivery data from weighing performance data *For more details, please refer to the PDF document or feel free to contact us.

• Fixed-mount barcode reader

The system records entry and exit status by touching a display installed at the management location. Real-time monitoring is possible even from remote locations such as the control room, guard room, or distant sites. It can also accommodate situations where there are multiple entrances and exits at the management location or when entry and exit points differ. 【Features】 <Easy operation with just a touch> ■ Manages entry and exit at the management location using a touch panel display ■ Records entry and exit status by touching the display installed at the management location ■ Enables real-time monitoring from remote locations ■ Can handle cases where there are multiple entrances and exits at the management location or when entry and exit points differ *For more details, please refer to the PDF document or feel free to contact us.

• Entrance and exit control system

The "Access Control System (RFID)" detects approaching individuals (ID tags) and identifies their entry and exit from management areas as well as their locations. Since it uses wireless ID tags, there is no need for touch actions on authentication devices, allowing for real-time monitoring from remote locations such as management rooms, guard stations, or distant sites. By combining it with electric locks, it is possible to create a security room that can be unlocked without the hassle of presenting a card. 【Features】 ■ Achieves smooth access control hands-free ■ Determines entry (exit) when an ID tag approaches the ID reader on the entry (exit) side ■ Controls such as lighting a warning light when an ID tag is in the process of entering are also possible ■ Can manage entry and exit even when there are multiple entrances and exits in the management area *For more details, please refer to the PDF materials or feel free to contact us.

• Entrance and exit control system

We offer an "Underground Telephone System" suitable for communication in mines and work sites. Within the radio range of the telephone base station, our wireless telephone system allows for voice calls, enabling both internal and external calls from underground. We can also provide proposals that include fixed telephones within the facility. 【Features】 ■ Direct Inward Dialing (DID) function allows individual external calls to each terminal ■ Broadcasting of recorded audio sources and paging is possible through speakers installed in various locations ■ By connecting with metal lines, the base station/fixed telephone power is sourced from the exchange, eliminating the need for power underground ■ In the event of a power outage, calls can still be made using the emergency power supply of the exchange *For more details, please refer to the PDF document or feel free to contact us.

• Mobile phones, PHS, data communication cards

This system is a camera server with a built-in large-capacity HDD that can record and store video from up to 16 cameras. Compared to recording on a personal computer, which may have unreliable operation due to errors or OS updates, this dedicated device allows for long-term and stable recording. The storage period for camera footage is approximately two weeks, and footage that exceeds this period will be overwritten starting from the oldest data. 【Features】 <Clear Video Display> ■ The footage from cameras installed at various locations on-site can be displayed and operated on a single split screen. ■ The screen layout (number of splits/camera arrangement) can be freely changed at any time. ■ It is easy to switch between real-time video display and recorded video display using on-screen controls. ■ By connecting to the camera server via LAN, similar video displays can be accessed remotely. *For more details, please refer to the PDF document or feel free to contact us.

• Surveillance Cameras

Our company offers a "surveillance camera system" used for remote monitoring of work conditions at tunnels, land development, dams, roads, and rivers. Not only can you monitor footage within the worksite, but by connecting the cameras and monitoring PCs to the internet, you can also monitor footage from remote locations. As long as you are within the mobile phone signal range, you can use a communication unit to stream video, making it a cable-free system suitable for extensive site monitoring. 【Features】 - Installation of surveillance cameras within the worksite - Centralized monitoring of work conditions from offices, headquarters, and branches - Ability to monitor footage from remote locations by connecting to the internet - Video streaming possible using a communication unit within mobile phone signal range - Cable-free, suitable for extensive site monitoring *For more details, please refer to the PDF document or feel free to contact us.

• Surveillance Cameras