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EasyMonitoring2 automatically reads and records meter data simply by installing a network camera in front of the meter that needs monitoring, without requiring any additional actions. It eliminates the cumbersome tasks of visual checks, recording in ledgers, and re-entering data into Excel, thereby streamlining operations. Since it continuously monitors with a network camera, it eliminates the need for patrols and can obtain data as frequently as every few seconds to determine if there are any abnormalities. To eliminate the need for patrols, EasyMonitoring2 not only has a meter reading function but also possesses various features to identify valve positions, water leaks, turbidity, and other conditions typically checked visually. **Advantages of EasyMonitoring2** - Easy and quick implementation - A system configuration that is self-contained within the facility - Compatible with various network cameras - No operational costs due to a one-time purchase package - Supports condition checks for flames, liquids, and more - Utilizes deep learning (AI) *For more details, please refer to the PDF materials or feel free to contact us.*

The "Equipment Monitoring Cloud" is a system that allows for the monitoring of facilities such as substations and dams in mountainous areas using mobile networks and network cameras. Regular meter readings and lamp checks are conducted, and immediate notifications are sent in case of abnormalities. By eliminating the need for travel for inspections, costs are reduced, and frequent automated checks enable quick responses to any issues that arise. 【Mechanism of the Equipment Monitoring Cloud】 Image processing for the Equipment Monitoring Cloud is performed in the cloud, eliminating the need for image processing systems like PCs. It can be implemented with just one camera. You can start using it simply by placing the camera and connecting it to the internet. There is no need for network settings such as VPN/port forwarding, so there are no hassles during the setup process. 【Features】 ■ No installation costs ■ Start immediately by just placing the camera ■ Automatic monitoring of facilities in mountainous and remote areas *For more details, please refer to the related links or feel free to contact us.

We would like to introduce a case that was inquired about by an industrial equipment system manufacturer with whom we have previously done business. When the red light is on, it triggers an alert; the panel meter sends an alert at 10% below the set value, and the analog meter has a system that triggers alerts based on their respective settings. They were considering a setup where a camera is connected via wired LAN to a computer, which in turn is connected to a Patlite to sound an alarm. By using the "Meter Reading" function of EasyInspector, we were able to make determinations at two locations in 0.35 seconds. 【Software Used】 ■EasyInspector The current 'EasyInspector2' control panel and ControlPanel package [Meter Display Reading] can be inspected with 'EasyMonitoring2'. *For more details, please refer to the related links or feel free to contact us.

The industrial machinery manufacturer has requested to automate the monitoring of underground tank meters. Monitoring the meters, even on-site, requires manual checks in rain or snow, which is time-consuming and labor-intensive. Image inspection can help improve productivity in such cases. Since the reading of the underground tank meter could not be done with the usual meter reading function, a method based on the number of lit lamps was used, allowing for threshold determination as shown in the attached document. (For example, if 4 lamps are lit, it can be read as 40%, and if 6 lamps are lit, as 60%.) Thresholds can be set for each frame, allowing for configurations such as defining a certain percentage as an abnormal value. Using the "Meter Reading" function of EasyInspector, five inspection frames could be evaluated in 0.52 seconds. [Software Used] EasyInspector (formerly EasyInspector) The current 'EasyInspector2' CP (Control Panel) package [Meter Display Reading] can be inspected with 'EasyMonitoring2'.

There was an inquiry about wanting to remotely check the analog instruments in the factory. ■ Indoor Meters For indoor analog meters, I believe reading them is possible. However, if inspections are to be conducted at night, it is necessary to maintain consistent brightness between day and night. ■ Outdoor Meters Outdoor meters will likely require lighting. Additionally, even with lighting, there may still be variations in brightness and shadows between day and night. It seems necessary to install something to enclose the meter or a roof-like structure for the meter. Another reason why reading outdoors is difficult is due to power supply issues. By using EasyInspector's "Meter Reading" function, it was possible to read measurement values from one location. Regarding the difference in light intensity, the image on the right can be read, but the left image is misreading a different part as the needle, resulting in an incorrect judgment. Creating a stable imaging environment for reading is crucial.

We received inquiries from an electronic equipment manufacturer regarding the display lights and meter readings of various control devices. We have decided to set up and report on six types of reading functions. The two images on the left and right utilize the "meter reading function." For the other three images, we determine pass or fail based on whether the color is detected when lit or not. However, I believe there is variability in how the lighting hits the upper and lower parts of the meter, so I think that illuminating the lower part, which tends to be darker, with bar lighting or similar would reduce misdetections. Regarding the other image we received, reading was possible with the image you provided. Additionally, some minor adjustment for misalignment is possible, but fixing the camera is essential.

Checking equipment located at a distance involves the hassle of moving and the risk of accidents during transit. Additionally, it is often difficult to check frequently, and it requires considerable effort for recording and management. ■ Control panel lamps, instruments, and switches ■ Monitoring pressure, temperature, voltage, and valves in the plant ▼ Automatic monitoring, recording, and early abnormality detection using network cameras An image processing system using network cameras can automatically read and record various equipment and meters located at a distance. By allowing for frequent checks, it enables the early detection and response to abnormalities. Furthermore, not only can it read meters, but it can also automatically detect abnormalities such as valve orientation, leaks, and turbidity of treated water through AI image processing. It can also be applied to sensory judgments that require human confirmation, comprehensively realizing the concept of "no need to go check" for patrol inspections.

EasyMonitoring, released in 2018, has been renewed alongside the image processing software "EasyInspector," and was re-released last autumn as EasyMonitoring2. Over the past year, we have introduced features that our customers have appreciated and new capabilities that have been added. With the addition of AI features... It has become possible to detect objects even in environments where monitoring was previously difficult due to significant changes. - Detection with stable accuracy even outdoors - Changes in brightness (trained in advance with images from various times of day and patterns) - The positions where objects appear are varied and different each time Each object can be identified and detected, allowing us to determine "where and what" has been detected. - Detection is acceptable or not based on specific areas Objects are detected with a sense close to that of the human eye. - Relative learning of objects with individual differences (animals, insects, agricultural products, foreign substances, etc.) - Detection of areas that cannot be judged solely by color (RGB) variations or roughness.

This is an inquiry regarding meter reading inspections from the road management company. Meter verification has become a significant burden across various industries. The ability to easily implement a system that monitors remotely and only intervenes when an error occurs can greatly enhance operational efficiency. 【Inspection Settings and Results】 Based on the images you provided, we were able to make a determination using EasyInspector. The left image uses the "Meter Reading" function, while the right image shows a live image (top) and a detected image (bottom) using the "OCR Pro" function, both enlarged. The tact time is 0.05 seconds. The recording method can be saved in CSV and image formats. The current 'EasyInspector2' CP (Control Panel) package allows for meter display reading inspections with 'EasyMonitoring2'.

This is an inquiry regarding the monitoring of manufacturing machines from manufacturers of drive recorders and car navigation systems installed in automobiles. We have received six images for monitoring, and we are inquiring about the appropriate settings for each reading. Our company website offers a free trial of the inspection software. The suitability of the inspection software varies depending on the work, so please feel free to contact us if you have any questions. 【Inspection Settings and Results】 For three of the six images, we are using the "Specified Color Presence Inspection" function to detect the color when illuminated, and we determine pass or fail based on whether it is detected or not. For two images, we are using the "Meter Reading Function," but we believe there may be variations in the way light hits the upper and lower parts of the meter, so illuminating the lower part, which tends to be darker, with bar lighting or similar methods may reduce false detections. For one image, reading is possible with the image you provided. Some minor adjustment for misalignment is possible, but fixing the camera is essential.

The sensor manufacturer was considering automating the monitoring of digital 7-segment meter readings. 【Inspection Settings and Results】 By using the "Meter Reading" feature of EasyInspector, it was possible to read the red meter captured in monochrome. The readings for the other two colors were also completed without any issues in 0.14 seconds. While you were considering EasyMonitoring for the above readings, I believe it would be fine for periodic monitoring purposes. However, if you are looking to operate with triggers during inspections, it would be more suitable to build a system that combines EasyInspector with multiple industrial cameras. 【Software Used】 Software Used: EasyInspector (formerly EasyInspector) Current 'EasyInspector2' CP (Control Panel) package [Meter Display Reading] Inspections can be performed with 'EasyMonitoring2'.

By attaching cameras to the devices or equipment you want to monitor, the following can be achieved: ■ The monitored objects can be processed for images at regular intervals, allowing for the determination of normal/abnormal conditions and the recording of read values for each instrument, similar to human patrols. ■ The latest images and historical data of the monitored objects can be checked anytime from terminal devices within the LAN. ■ In the event of abnormal detection, images can be sent via email to multiple smartphones, and outputs can be triggered through buzzers or lamps. ■ A large number of cameras (from a few to about 100; for more, please consult us) can be set up, with multiple (from one to several dozen) reading and confirmation points configured within the images of each camera. ■ It supports socket communication with SCADA and is equipped with an interface that considers compatibility with existing production systems.

This is a request for consultation on "remote reading" of meters from a company engaged in improving water quality and ground conditions through numerical analysis. Since imaging conditions outdoors can be unstable due to factors like time of day and weather, it is crucial to establish a stable imaging environment. 【Inspection Settings and Results】 By using EasyInspector's "meter reading" function, we were able to determine two locations. In the left image, we were able to read the values, but it is necessary to verify what results will occur when the image points to values other than "2" or "8," or when the shape of the contents changes. The right image has a reading function for a rod-shaped meter, but in this case, the color difference is not very clear, resulting in a stringent setting value. If the brightness changes slightly, it is likely that the reading location will change. With some adjustments to the lighting, we might be able to relax the conditions a bit more.

In a manufacturer contributing to society through various data analyses, our inspection equipment from Company 7 is also utilized for meter readings. This pertains to a project involving the reading of a 7-segment display installed in a distribution board. 【Inspection Settings and Results】 By using the "Meter Reading" function of EasyInspector, it was possible to read the numbers displayed on two distribution boards. The image that is enlarged allows for the reading itself to be feasible. However, the image showing the entire view lacks sufficient quality for reading. Even in the readable image, the color is marginal, and I believe that with slight adjustments to the brightness, more stable readings could be achieved. 【Software Used】 Software used: EasyInspector710 The current 'EasyInspector2' CP (Control Panel) package can inspect the digital 7-segment display reading.

Recently, there has been an abundance of inexpensive network cameras available, which has allowed our EasyMonitoring2 system (a system that collects images from network cameras for tasks such as meter reading) to be implemented at a lower cost. However, this has also brought about certain issues. Specifically: - Most cameras have become of a type that does not allow lens replacement. - The predominant lenses are those designed to cover a wide area, which often results in significant image distortion (similar to fisheye lenses). Due to these trends, it has become challenging to capture images of meters from a distance using inexpensive cameras. Since the EasyMonitoring2 system connects to a large number of cameras, there is a demand for compact and affordable options. Therefore, we decided to test a method that allows for capturing images of meters even with low-cost cameras. *For more details, please refer to the related link (blog).

This time, we used a PTZ camera with the aim of capturing multiple locations with a single camera. A PTZ camera is one that has the following mechanisms: Pan: to move the camera horizontally Tilt: to move the camera vertically Zoom: to zoom in (optically changing the angle of view). (Images are a general representation of PTZ cameras.) Let's quickly check the field of view. *For more details, please refer to the related link (blog).