ムネカタインダストリアルマシナリー List of Products and Services

"Mieruka Online" is a web service that allows you to "view," "acquire," and "link" data from "Juuten Mieruka," which was previously only accessible via a recorder, through the internet. Using mobile devices or computers, you can check the filling and compaction status in real-time from anywhere. At the moment the data is sent, you can link the acquired data to any desired web service. 【Three Functions】 ■ Viewing Function: Simultaneous viewing on multiple devices / Site management function / Management function for filling and compaction completion times ■ Linking Function: Data linking ■ Acquisition Function: Progress confirmation / Data download / Sensor data aggregation function *For more details, please refer to the related link page or feel free to contact us.

"Mieruka Online" is a web service that allows users to "view," "retrieve," and "link" data from Juuten Mieruka, which was previously only accessible through recorders, via the internet. It enables the viewing of multiple recorders on a single screen. It allows for the centralized management of filling and compaction status using in-house systems or ICT management software. Additionally, it allows for the confirmation, analysis, and aggregation of sensor data from any location, making it easy to check sensor data results without the need for specialized visualization software. 【Features】 <Viewing Function> ■ Real-time confirmation of filling and compaction status from anywhere using mobile devices, etc. ■ Ability to view multiple recorders on a single screen ■ Completion times for filling and compaction are displayed for each channel *For more details, please refer to the PDF materials or feel free to contact us.

"Juuten Mieruka" is a concrete filling and compaction management system suitable for verifying filling and managing compaction in areas that are difficult to see. It can be used not only for concrete but also for grouts, mortars, underwater concrete, and more during placement. This document introduces the system configuration and overview of "Juuten Mieruka." We have included images and diagrams for easy understanding, so please take a moment to read through it. [Contents] - System Configuration and Overview - Overview of Sheet-Type Sensors *For more details, please refer to the PDF document or feel free to contact us.

This document introduces the principle of filling detection in the concrete filling and compaction management system "Juutenmieruka." The filling detection section consists of two electrodes arranged in parallel on the substrate. By applying an alternating voltage between the electrodes and monitoring the change in amplitude of the alternating voltage due to changes in electrical resistance between the electrodes, it determines the type of substance present between the electrodes (air, water, concrete). We have provided a clear explanation using diagrams, so please take a moment to read it. [Contents] ■ Principle of filling detection ■ Principle of compaction detection *For more details, please refer to the PDF document or feel free to contact us.

This document introduces the sensor specifications and application examples of the concrete filling and compaction management system "Juutenmieruka." It includes "sheet-type sensor specifications" and images showing "the installation of pinpoint sensors onto a pinpoint sensor hub," which can be applied to various concrete structures. We have provided clear explanations using images and diagrams, so please take a moment to read through it. [Contents] ■ Sheet-type sensor specifications ■ Ultra-thin pinpoint sensors ■ Sensor application examples *For more details, please refer to the PDF document or feel free to contact us.

This document introduces examples of monitor displays for the concrete filling and compaction management system "Juuten Mieruka." It includes monitor display examples for "when using dedicated filling detection sensors," as well as "when using filling and compaction management sensors" and "when using data recorders and sensors for freshwater." We have presented this information clearly using images and diagrams, so please take a moment to read it. [Contents] ■ Monitor display example when using dedicated filling detection sensors ■ Monitor display example when using filling and compaction management sensors ■ Monitor display example when using data recorders and sensors for freshwater ■ Data recording and import *For more details, please refer to the PDF document or feel free to contact us.

"MiERUKA Online" is a web service that allows real-time ICT management of filling status and compaction degree online. This document includes the "viewing function" of "MiERUKA Online," as well as the "linking function" and "data acquisition function." We have provided clear explanations using images and diagrams, so please take a moment to read through it. [Contents] ■ Web Service "MiERUKA Online" ■ MiERUKA Online [Viewing Function] ■ MiERUKA Online [Linking Function] ■ MiERUKA Online [Data Acquisition Function] *For more details, please refer to the PDF document or feel free to contact us.

This document introduces the site-specific implementation images of the concrete filling and compaction management system "Juutenmieruka." It includes implementation images for "mountain tunnels," as well as "bridges (superstructure)," "caissons," and "underwater concrete." We provide clear explanations using diagrams, so please take a moment to read it. [Contents] ■ Mountain Tunnels ■ Bridges (Superstructure) ■ Bridges (Substructure) ■ Caissons ■ Underwater Concrete *For more details, please refer to the PDF document or feel free to contact us.

This document introduces examples, proposals, and achievements of the concrete filling and compaction management system "Juutenmieruka." "Juutenmieruka" can be applied to various concrete structure construction projects and is also usable for mortar and grout injection. There are numerous usage achievements, including "new tunnel construction," "culvert installation," and "caisson construction." For more details, please refer to the PDF document. [Contents] ■ Application examples and proposals ■ Usage achievements (excerpt) *For more details, please refer to the PDF document or feel free to contact us.

The "Ekiatsumi Eruka LPMS100" is a monitoring system that stores data on water and oil pressure measured by pressure gauges in the cloud, allowing management and viewing through a browser. It can manage measurement data from up to 50 pressure gauges collectively, and the management screen displays pressure values color-coded for easy identification of abnormalities at a glance. Since the pressure gauge is battery-operated, it can be used in locations without power. It contributes to reducing the burden of safety management, such as measuring jack pressure during bridge bearing replacements. Available for rental starting from just one week, it can be used according to the required duration. 【Features】 ■ Switch between pressure (MPa) and load (t) display with a single button ■ Supports graph display of historical data ■ Capable of issuing alerts for values outside the set range (optional) ■ Supports displacement measurement using a dial gauge (optional) ■ Remote management online in bulk ■ Abnormalities can be identified at a glance ■ Operates for over six months on built-in batteries ■ Usable in locations where power supply is difficult to manage ■ Reduces manpower, promotes digital transformation, and enhances safety management! *For more details, please refer to the materials available for download in PDF format. Feel free to contact us with any inquiries.

"Juuten Mieru Ka + α" is a concrete curing management system that visualizes the estimation of concrete strength based on temperature measurement and cumulative temperature. It is equipped with a filling detection sensor that serves as a trigger for the temperature sensor to start measuring after detecting the concrete, allowing for accurate strength measurement. If a compaction detection sensor is added, it can also detect the degree of compaction. 【Features】 ■ Capable of measuring the temperature of concrete ■ Can estimate the strength of concrete based on cumulative temperature ■ Allows for monitoring display, visualizing the strength development ■ Includes a filling detection sensor as a trigger for starting temperature measurement ■ Enables accurate strength measurement by starting temperature measurement after detecting concrete ■ If a compaction detection sensor is added, it can also detect the degree of compaction ■ NETIS registration number: TH-180010-VE *For more details, please refer to the PDF document or feel free to contact us.

This document introduces the bridge repair work utilizing the liquid pressure monitoring system "Ekiatsumieruka." Bridges have complex structures and various types of repair work, and during jack-up operations, regular checks of clearance and pressure are conducted to ensure safety management during construction. Our product reduces the time spent on-site for checking pressure, load, and displacement data. Additionally, long-term trends can be understood through tables and graphs. [Contents] ■ About Ekiatsumieruka Repair Work ■ Overview of Ekiatsumieruka ■ Features of Ekiatsumieruka ■ Case Studies of Ekiatsumieruka Implementation on Site *For more details, please refer to the PDF document or feel free to contact us.

The "Ekiatsumieruka LPMS100" is a monitoring system that stores data on water pressure and oil pressure measured by pressure gauges in the cloud, allowing for management and viewing via a browser. It can manage measurement data from up to 50 pressure gauges collectively, and the management screen displays pressure values color-coded for easy identification of abnormalities at a glance. Since the pressure gauge is battery-operated, it can be used in locations without a power supply. It contributes to reducing the burden of safety management, such as measuring jack pressure during bridge bearing replacements. 【Case Study】 Previously, measurements were confirmed visually in an analog manner, which was time-consuming. There were also incidents involving workers due to environmental conditions and bad weather. However, by using this device, data can now be quickly and safely obtained without having to enter the installation site. It is available for rental starting from one week, allowing for use according to the required duration. *For more details, please refer to the materials available for download in PDF format. Feel free to contact us with any inquiries.

The "Ekiatsumieruka LPMS100 (NETIS Registration Number TH-220004-A)" is a monitoring system that stores data on water pressure and oil pressure measured by pressure gauges in the cloud, allowing management and viewing via a browser. It can manage measurement data from up to 50 pressure gauges collectively, making it easy to identify any abnormalities at a glance. Since it is battery-operated, it can be used in locations without power supply. It contributes to reducing the burden of safety management, such as measuring jack pressure during bridge bearing replacements. Furthermore, by combining it with optional items such as dial gauges and load cells, it can measure displacement and load in ways suitable for various sites. 【Features】 - Remote management of pressure, load, and displacement online - Color-coded display for easy identification of abnormalities - Alert email notifications for abnormalities to ensure site safety - Powered by an internal battery, eliminating the need to consider power supply arrangements - Available for rental, allowing use for the necessary duration - Capable of measuring displacement and load using dial gauges or load cells (optional) *For more details, please contact us or refer to the PDF download.

We would like to introduce field application examples of our liquid pressure monitoring system, "Ekiatsumieruka." In the case of replacing the supports of FKK's flat jacks, we installed our product in place of the previously used analog pressure sensor to measure the pressure. The load equivalent to two jacks was displayed on a PC. Additionally, there are examples of support replacement work for hydraulic jacks manufactured by Osaka Jack and Oxx Jack. [Case Overview (Partial)] <FKK Flat Jack> - Installed to measure pressure in place of the previously used analog pressure sensor - Displayed the load equivalent to two jacks on a PC <Osaka Jack Hydraulic Jack> - Used a pressure gauge mounting bracket, installed in the circuit - Connected a dial gauge to the pressure sensor device to simultaneously measure pressure (load) and displacement *For more details, please refer to the PDF materials or feel free to contact us.