Make equipment inspections easier! Announcement of the on-site Mojitori utilization seminar.

The introduction of Mojitori significantly reduces the workload and errors associated with the registration of large amounts of information.

◆Background In our company's Information Systems Department, we register serial numbers and MAC addresses in the device management table when procuring new PCs. However, due to the significant impact of input errors, careful handling has been required. Until now, we managed this with manual input for around 20 devices at most, but with a simultaneous replacement project for approximately 300 PCs, it became clear that the workload and risk of human error with the traditional method had reached an impractical level. Therefore, we decided to implement Mojitori to improve the situation. ◆Challenges - The risk of human error is high due to manual input, and the labor involved in careful entry is significant. - A sudden increase in workload necessitated a review of work efficiency. ◆Solution - By introducing Mojitori, we established a system that allows for the registration of device information through photo capture and automatic input. ◆Effects of Implementation - Automatic input reduced the chances of misreading and input errors. - Simply photographing the labels attached to the boxes reduced both the workload and psychological burden. - A team of five completed the registration of PC information for 300 units in about 1.5 to 2 hours. *For more details, please download the materials from the URL and contact us.*

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The introduction of Mojitori enables accurate aircraft management to be depersonalized.

♦Background At Daiohs Shikoku Co., Ltd., field personnel reported serial numbers and installation information attached to the equipment via chat and later transcribed this information into an Excel ledger after returning to the office. However, frequent errors due to manual input and missed reports were common. This led to difficulties for the management department in retrieving information later, as well as challenges in accurately grasping the number and types of installations. In light of this background, they were considering an operation to photograph serial numbers and automatically input them into kintone to improve operational efficiency and ensure accurate information management. ♦Challenges - There were occurrences of missed reports and input errors regarding serial numbers and installation information, resulting in inadequate equipment management. - The work was overly reliant on specific individuals and lacked standardization. ♦Solution - By introducing Mojitori, a system was established that allows for equipment management reporting through photo capture and automatic input. ♦Effects of Implementation - Input errors were reduced, achieving accurate equipment management. - A unified operational system was established across the company, reducing reliance on specific individuals. - The overall work time for the company was reduced by 160 hours per month. - The workload of receiving and disposal reporting, which had been concentrated in the management department, was distributed to the field, alleviating the burden on the management department. *For more details, please download the materials from the URL and contact us.*

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Automatically read step counts from images and reduce transcription work.

♦Background Our company has implemented a program that allows employees to earn rewards based on their average steps per month to promote health. Each month, participants in the program copy the step count screen from their personal healthcare apps, convert it into an image, and register it as evidence in the kintone app. However, since the person in charge visually assesses the results from images of step count screens that differ in format across various apps, it has required about four hours of labor each month. ♦Challenges - The step count screens that serve as evidence vary by individual. - There is a risk of oversight in verification since the person in charge checks visually. - The monthly burden on the person in charge is significant. ♦Solution - Introduced Mojitori. - Reviewed the app's structure to make it easier to apply. ♦Effects of Implementation - Since it can read different screens, we were able to improve operations without significantly changing the current process. - Automatic input has helped prevent human errors. - Reduced labor by 50 hours annually.

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The digitization of business card information has shifted from personal management to departmental management, resulting in an 80% reduction in operational costs.

♦Background At IP Power Systems Co., Ltd., employees and executives were individually managing paper business cards, leading to time-consuming searches for cards and potential information leakage risks due to loss. There were also concerns about insufficient sharing of customer information during handovers. They tried other business card management services, but found them to be multifunctional and not suitable for their operations, so they were looking for a way to share business card information within their existing kintone environment. ♦Challenges - Business cards were managed individually, so information was not shared. - There was a risk of potential information leakage due to loss in business card management. ♦Solution - By implementing Mojitori, the digitization of business card information and the efficiency of management were achieved. ♦Effects of Implementation - Business card information is now centrally managed by department, allowing for smoother handovers and information sharing. - Business card information can now be accessed from outside locations. - Additionally, operational costs were reduced by 80%. *For more details, please download the materials from the URL and contact us.*

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Achieving reduced human error risk and improved traceability through digitization from paper-based management.

♦Background At ISS Yamazaki Machinery, we are engaged in the task of cutting rod-shaped steel materials to lengths suitable for forging in our factory. In the process of cutting steel materials, we used to manually check information such as material type, diameter, and charge number (manufacturing number) visually, and manage it on paper cutting instruction sheets. Following incidents of non-conformance due to misidentification of steel material information on-site, we have been advancing business reforms aimed at supplementing visual checks and improving traceability. ♦Challenges - Misconceptions and misidentifications due to visual checks - Difficulty in investigating causes when foreign materials are mixed or non-conformances occur ♦Solution - Implemented a non-visual check function using kintone × Mojitori ♦Effects of Implementation - Supplemented visual check omissions through photo capture and automatic input - Strengthened evidence through photographic records and improved traceability - Expanded to other departments and factories, currently utilized in various operations

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Easily manage inventory and equipment inspections with AI-OCR! Read text from images and PDFs and save it directly to kintone.

☆New☆ Update Information 2024.12 Support for reading multiple lines has been added. 2024.10 [Major Update] PDF reading capability has been added. 2024.8 Search character specification is now possible with adjacent reading and bottom reading. 2024.6 Added "Bottom Reading" function that can read below specified characters. 2024.4 Mojitori can now be used without a camera. "Mojitori" is a kintone plugin that can extract characters arranged in a specific format from photos and PDFs. It improves work efficiency by reducing transcription tasks and preventing input errors. 【It shines in these situations!】 ■ Equipment management: Alignment with management numbers ■ Inventory management: Item input for stocktaking ■ Checking of product labels ■ Input of values during inspections ■ Business card information registration ■ Identity document registration For more details, please download the catalog below and contact us.

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We will be exhibiting at TECHNO×FRONTIER 2025 - the 40th Power System Exhibition. Please be sure to visit our booth. Our booth: West Hall 4, NO. 4-B25 Organizer: Japan Management Association https://www.jma.or.jp/tf/outline/power.html

■Title "Fundamentals and Key Points of Sensory Evaluation of Food: Procedures and Methods" Sensory evaluation of food is an essential evaluation technique for product development and quality control. This seminar will systematically explain the fundamentals of analytical sensory evaluation, focusing on taste and smell, including how to plan evaluations, select and train panels, evaluation methods such as discrimination tests, scaling methods, and characteristic profiling, as well as statistical analysis. Additionally, the latest insights and case studies useful in practice, such as odor detection, hedonic sensory evaluation, and validation through instrumental analysis and biometrics, will also be introduced. 【Knowledge Gained from the Seminar】 - Basics and implementation procedures of food sensory evaluation - Various methods of analytical sensory evaluation - Methods for selecting, training, and managing panels - How to apply this knowledge to product development and quality control 【Target Audience】 Researchers, developers, quality control, and product planning personnel from food manufacturers, as well as engineers and researchers planning to implement or introduce sensory evaluation.

■Title "Industrial Scale-Up of Separation Processes and Energy Saving in Process Industries - Utilizing Free Software Chemical Process Simulators and Pinch Technology -" In the industrialization of chemical processes, it is essential to balance the design of separation processes such as distillation, extraction, and adsorption with energy saving. This seminar will explain methods for scaling up separation processes, transitioning from bench tests to pilot tests, and will discuss points to consider and case studies of failures in industrialization. Additionally, participants will learn about chemical process simulation using the free software "COCO/ChemSep," as well as heat recovery and energy-saving design through pinch technology, and carbon recycling evaluation. 【Knowledge Gained from the Seminar】 - Industrialization techniques for distillation, extraction, and adsorption processes - Methods for scaling up separation processes - Process simulation using COCO/ChemSep - Energy-saving technologies utilizing pinch analysis 【Target Audience】 Researchers, developers, designers, and production technology personnel in the chemical and process industries, as well as engineers and researchers involved in industrialization and energy saving.

We will hold a webinar on the kintone plugin "Mojitori," which can extract text from photos and PDFs and convert it into data! 【Make Equipment Inspections Easier! On-Site Mojitori Utilization Seminar】 ◆ Seminar Overview The kintone plugin "Mojitori" allows you to convert text from photos, images, and PDF files into data and automatically input it into various fields in kintone. In this seminar, we will guide you through the setup of Mojitori, including a demonstration of capturing and registering equipment label information and inspection sheets on-site. If you need to fill out paper forms on-site and then manually transcribe them after returning to the office, why not reduce the burden of registration tasks that arise every time you visit multiple sites in a day? 【Recommended for】 - Those who record equipment label information for equipment management - Those who want to reduce transcription work for inspection sheets, etc. - Those who want to learn how to set up Mojitori 【Timetable】 - About the Mojitori plugin - How to set up the necessary Mojitori plugin - Operation demo (importing equipment label information and inspection sheets) - Available plans and usage fees - Q&A session We look forward to the participation of many people.

[Speaker] Naotatsu Otani, Senior Consultant, Power and Energy Division, Mitsubishi Research Institute, Inc. [Key Lecture Content] The new priority power supply rules, which will be gradually implemented in each area starting at the end of fiscal year 2026, will revise the order of output suppression for renewable energy. Under this structure, FIT sources will be subject to output suppression before FIP sources. This lecture will explain how the rule changes will affect the output suppression rates and sales revenue of FIT/FIP sources, considering the future increase in output suppression and the rise in FIP sources. Additionally, it will organize the revenue fluctuation factors that should be noted after the transition to FIP, including not only the output suppression avoidance effect but also market price linkage risks, sales price decline risks, and profile risks, highlighting the importance of quantitative analysis in business viability assessment and sales condition design. [Lecture Items] 1. Overview of the new priority power supply rules and implementation schedule 2. Changes in output suppression risks for FIT/FIP sources due to rule changes 3. Future outlook on output suppression rates 4. Expected sales opportunity losses during the continuation of FIT 5. Revenue fluctuation factors to consider after the transition to FIP 6. Q&A / Business card exchange