更新日： 集計期間:Sep 24, 2025～Oct 21, 2025
※当サイトの各ページの閲覧回数を元に算出したランキングです。
更新日： 集計期間:Sep 24, 2025～Oct 21, 2025
※当サイトの各ページの閲覧回数を元に算出したランキングです。
更新日： 集計期間:Sep 24, 2025～Oct 21, 2025
※当サイトの各ページの閲覧回数を元に算出したランキングです。
1～15 件を表示 ／ 全 28 件
Judgment of the quality of sound and vibration
● Detect abnormal sounds and vibrations of the measured objects on the line and determine their quality. ● Detect abnormal vibrations of the measured objects on the line using the attached pickup and determine their quality.
Developing a "next-generation judgment system" that does not rely on human sensory judgments or simple machine judgments! AI automatically determines the quality of sound and vibration more accurately.
Sound testing and product shipment inspection (for cracks and fissures), which have relied on the sensory judgments of skilled workers and simple machines, can now be automatically and more accurately assessed by AI. This eliminates the risk of human judgment, enhances work efficiency, improves productivity, addresses labor shortages, and reduces costs. Additionally, by combining this with the sound testing device developed by our company, it is possible to collect reproducible data without variation, regardless of who operates it. Furthermore, as the AI learns from the image pattern data of past good and defective products through deep learning algorithms, the accuracy of the assessments improves, enabling advanced judgments that surpass human recognition capabilities. We also offer "custom" systems tailored to various measurement needs of our customers, both hardware and software, so please feel free to consult or inquire with us. 【Measurement Examples】 ■ Product shipment sound testing ■ Infrastructure maintenance non-destructive testing ■ Medical and physiological analysis and research ECG analysis / fracture assessment, etc. *For more details, please refer to the PDF materials or feel free to contact us.
![[Measurement System Example] Sound Inspection AI Quality Judgment](https://image.www.ipros.com/public/product/image/c8c/2000601081/IPROS67690764746966579211.png?w=280&h=280)
AI automatically judges instead of skilled professionals! The more it learns from past data, the higher the judgment accuracy becomes.
The system converts sound and vibration data recorded by a tapping device into a single color image classified by frequency, time, and intensity using a proprietary auto-wavelet. By applying deep learning to this, it enables automatic judgment of sound and vibration AI. In the system, by initially training it with healthy and multiple unhealthy data, it can automatically classify as healthy, unhealthy 1, unhealthy 2, and make OK/NG judgments. Additionally, we also offer simple machine learning (ML) AI. 【Overview】 ■Issues - Variability among individuals - Time-consuming data sharing, organization, and analysis ■Solutions - Accurate judgments without variability - Easy data sharing, organization, and analysis through PC processing *For more details, please refer to the PDF materials or feel free to contact us.
Detect abnormal sounds during meat sliding to prevent the mixing of hard bones!
This document introduces examples of measurement systems that determine the presence of hard bone contamination in meat products. In many meat processing centers, all meat is inspected using soft X-rays to check for the presence of bone fragments. However, if bone fragments are embedded within fat, they cannot be distinguished. Our analysis shows that when bone fragments are sliced with a meat slicer, a specific frequency range (sound/vibration) changes. By attaching a vibration sensor to the bearing section of the rotating blade, we can capture this slight change in vibration and determine the presence of bone fragments through FFT 1/3 octave analysis. [Contents] ■ Overview ■ Examples of hard bone contamination detection in meat ■ Example configuration of hard bone contamination detection system in meat *For more details, please refer to the PDF document or feel free to contact us.
![[Case Study] Disaster Assessment System Supporting Safety and Security of Large-Scale Stadiums](https://image.www.ipros.com/public/product/image/6f2/2001251075/IPROS2604778566438815980.jpg?w=280&h=280)
By incorporating the insights of structural designers into the damage assessment, it becomes possible to quickly determine the continued use of buildings and issue evacuation instructions to customers.
**Overview** ■Purpose: Assessment of building integrity ■Category: Measurement, Earthquake Disaster Prevention ■Related Product: Nikken Sekkei Earthquake Damage Assessment System NSmos ■Scope of Provision: System design, complete equipment set, installation and adjustment, maintenance **Background and Issues** Tokyo Dome City, one of the largest entertainment complexes in Tokyo, attracts over 40 million visitors annually (FY 2019). Among its attractions, Tokyo Dome hosts a variety of major events throughout the year, including baseball games, concerts, and exhibitions. Tokyo Dome is designed and constructed under strict standards to withstand major earthquakes; however, immediately after a significant earthquake, this system was introduced to enable even non-experts to make quantitative assessments regarding the continued use of the building and to provide appropriate evacuation instructions to customers. **Provided System** By incorporating the knowledge of structural designers into the system, we provide the earthquake damage assessment system "NSmos," which can read the characteristics of each building and set optimal damage assessment values. This system allows for the assessment of continued use of the building within minutes after an earthquake, based on a five-level assessment result, enabling timely evacuation instructions for customers.
A video recording of just one minute makes people's emotions "visible"! It is a non-contact measurement system.
"Mental-Checker" is software developed from approximately 100,000 emotional analysis data points that measures mental states through emotional analysis. It can instantly quantify 16 items such as stress levels, aggression, and charisma, allowing for an understanding of the subject's condition. By regularly conducting analyses, it can help track emotional changes and predict health conditions, making it useful for daily health checks. 【Features】 ■ Automatic determination of mental state with just a one-minute measurement (No need to fill out questionnaires or checklists) ■ Non-contact measurement system (Measurements can be taken even when the camera is not visible) ■ Comparative analysis of changes in mental state through periodic measurements ■ Prediction of medical conditions through joint research with medical institutions *For more details, please refer to the external link page or feel free to contact us.
To reduce occupational accidents. Proposed as a tool for promoting safety and health management measures.
The Psychological and Behavioral Trait Assessment System "Field Power Series" is proposed as a new tool for promoting safety and health management measures for individuals in various workplaces. Based on the know-how cultivated through the development of driving aptitude tests by Denno Co., Ltd., it is the latest human error reduction system developed under the supervision of Professor Emeritus Yamashita and Professor Nishimatsu from Rissho University. For more details, please contact us or refer to the catalog.
The characteristics of workers, such as those working at construction sites, can be assessed on-site in about 10 minutes.
This is a simplified version of the psychological and behavioral characteristic assessment system "Field Power Series: Safety Power." It is ideal for training new entrants and sending out workers at construction sites! For more details, please contact us or refer to the catalog.
Housing Performance Indication System Grade Assessment System Homes-kun "Performance Check Sheet"
This is a grade determination system corresponding to the six items of the housing performance display system: "Safety during fire," "Reduction of deterioration," "Consideration for maintenance," "Air environment," "Sound environment," and "Consideration for the elderly and others." With comprehensive hyper-help, it navigates the performance evaluation check items in an easy-to-understand manner. Even those who are not design experts can smoothly determine grades. It can be widely used as a "housing performance evaluation tool" for various purposes, including new construction projects and the evaluation of existing homes during renovations.
Improvement of manufacturing efficiency and reduction of manufacturing costs! We will quickly and accurately perform the sorting process of products based on good and defective items.
The system automatically sorts the destination of products in the manufacturing site. Based on data from inspection equipment systems in the previous process and higher-level systems, it determines whether products are good or defective according to predetermined conditions and automatically decides the sorting destination on the manufacturing line. By quickly and accurately processing the sorting of products into good and defective categories, it can contribute to improving manufacturing efficiency and reducing manufacturing costs for customers. Previously, the inspection data for products, the determination of good and defective items, and the sorting operations were performed manually, which was time-consuming and became a bottleneck in the manufacturing process. The results for each product were recorded on paper, and the higher-level system was updated later through manual input. [Purpose of Implementation] - Reduction of human error and workload - Automation of the determination process to speed up the manufacturing site - Prevention of defective products from flowing into subsequent processes - Real-time updating of the determination results in the higher-level system for immediate tracking of defective product counts *For more details, please refer to the PDF document or feel free to contact us.*
Quickly confirm the damage situation of buildings during an earthquake! We support the improvement of disaster prevention capabilities for the buildings your company provides and manages.
Introducing the "Earthquake Measurement and Building Damage Assessment System using IoT Wireless Technology." The installation process is particularly simple, significantly reducing the time required for on-site setup. We achieve high reliability in wireless communication and high-precision acceleration measurement with easy installation at complex measurement points both indoors and outdoors, allowing for continuous use. 【Features】 ■ Strengths of our unique wireless transmission method: easy installation ■ Installation possible without the need for wiring ■ Simultaneous flooding eliminates the need for complex network settings ■ Communication is established immediately after power-on, allowing measurement to begin ■ Installation in high-rise buildings can be completed in one day *For more details, please refer to the PDF document or feel free to contact us.
Quickly assess the structural integrity of buildings after an earthquake! Manage the conditions of multiple locations all at once!
"Yurekan" is an earthquake monitoring system that instantly assesses the structural integrity of a building when it detects shaking and displays the results on an easy-to-understand diagnostic screen. All data analysis and processing are conducted on a cloud server, allowing building seismic intensity and integrity information to be received regardless of the device or location. Additionally, information from multiple buildings can be obtained centrally. [Features] ■ Instant display of building diagnostic results in an easy-to-understand format ■ No difficult technical terms or numbers are used; the degree of damage is represented by color ■ Easy integration with PCs and smartphones ■ Anyone can understand the condition of the building anytime, anywhere ■ The status of multiple locations can be managed collectively ■ Useful for early consideration of supply chain management during disasters *For more details, please refer to the PDF document or feel free to contact us.
Distinguishing whether it is genuine! A system is needed that allows consumers to verify visually before purchase and validate it worldwide.
Approaches to counterfeiting measures include making products have unique information to make forgery and duplication difficult, thereby proving that they are genuine products of the company. From the buyer's perspective, it is important to have a system that allows verification of the product's authenticity before purchase, as well as providing usage instructions and support methods not only on the back but also in other accessible formats. Additionally, for sellers, it is essential to be able to determine counterfeits, but it is also desirable to be able to conduct primary authenticity assessments and collaborate with distribution management. [Counterfeit Measures from the Buyer’s Perspective] ■ A system to verify the authenticity of the product before purchase ■ Usage instructions and support methods provided in more than just the back ■ Easy access for consumers and the provision of highly reliable information is required *For more details, please feel free to contact us.
AI assesses congestion levels in three stages and displays the information on digital signage and smartphones. By utilizing existing security cameras, implementation costs can be kept low!
Preventing crowding, it is gaining attention as a measure against the new coronavirus! In facilities and events where people gather, 'crowding' and 'close contact' are inevitably likely to occur. By introducing Social Distance AI, we can clearly display information through digital signage and smartphones! This allows us to avoid 'crowding.' The 'AI' in Social Distance AI not only stands for artificial intelligence but also carries various meanings such as 'love,' 'eyes,' and 'space.' Our goal is to provide a place where many people can enjoy themselves safely.
