JIPテクノサイエンス List of Products and Services

In the autumn of 2016, the national pavement inspection guidelines designated the inspection targets, making measures against the aging of road pavements an urgent issue. Are you facing challenges such as "the inspection range is broad and visual checks have limitations," "it's difficult to secure a budget for road repair work," "investigations using specialized vehicles are extremely expensive," or "unable to respond quickly to reports from residents"? 'DRIMS' is a system that uses the accelerometer of a smartphone to convert surface irregularities into a high-precision international index (IRI) and visualize it on a map. Furthermore, by utilizing AI for image analysis, it is possible to calculate crack rates and understand the causes of surface damage. This allows for the near-real-time monitoring of the condition of a wide road network, including residential roads, achieving advanced road management and reducing inspection costs. 【Features】 ■ Improve accuracy by identifying the characteristics of the measurement vehicle during initial setup ■ Achieve high IRI estimation accuracy regardless of where it is installed inside the vehicle ■ All smartphone-mounted devices and communication equipment are provided on loan, no need to purchase equipment ■ High-precision surveys are possible through a combination of options for damage extraction and crack rate calculation ■ Road surface conditions are clearly visible on the web, enabling map-based management *For more details, please download the PDF or feel free to contact us.

Utilizing a dedicated mobile app, patrol information such as road damage, fallen objects, and drainage issues can be registered. By sending the data to a web system, the location, condition, treatment details, and photos of the inspection points can be easily shared. *The catalog is available from the "Urban Development Database Site" (https://kensetsu.ipros.jp/product/detail/2000568291).

Chojuro/BG strongly supports the development of long-term maintenance plans for road bridges. 'Inspection Data Collection' It is possible to read drawings (in DXF and JPEG formats). You can create damage diagrams with easy operations that feel like drawing. 'Information Management' Accumulated data can be easily searched, displayed, and edited. It is possible to register and view image data (in JPEG format) such as photos and drawings. 'Business Plan Development' LCC calculations and budget simulations can be performed based on pre-set deterioration curves and countermeasure costs. Deterioration curves can be adjusted based on inspection results. *The catalog is available from the "Urban Development Database Site" (https://kensetsu.ipros.jp/product/detail/1324934001).

Kyo Shirou supports inspection work in accordance with the bridge inspection guidelines. It allows for the efficiency of work to be improved without changing the current workflow of regular inspections. It consists of three support systems: creation of development diagrams, creation of deformation diagrams, and creation of reports. The method for creating development diagrams can be selected from three options: simple input, detailed input, and importing external files (DXF, JPEG format). With simple mouse operations, component number diagrams and element number diagrams can be created in a short time. It is easy to input inspection information as you can sketch the damage situation with a drawing-like feel. *The catalog is available from the "Urban Development Database Site" (https://kensetsu.ipros.jp/product/detail/1324934002).

"Chōjūrō/AG" is a support system for formulating functional preservation plans for agricultural water facilities, in accordance with the "Guidelines for Extending the Lifespan of Agricultural Water Management Facilities." It allows for the setting of multiple deterioration models, and users can freely configure the timing of countermeasures, construction methods, and post-measure recovery levels, enabling the creation of diverse scenarios. Based on functional diagnosis results, it strongly supports the formulation of functional preservation plans through various features, including the creation of multiple functional preservation scenarios, selection of countermeasures according to deterioration mechanisms, calculation of functional preservation costs over arbitrary evaluation periods, and the ability to adjust the timing of countermeasures. [Features] ■ Ability to set multiple deterioration models and create diverse scenarios ■ Capability to plot deterioration curves for each facility and group ■ Ability to calculate functional preservation costs for each facility and group ■ Adjustment of countermeasure timing possible after execution of calculations *For more details, please refer to the PDF materials or feel free to contact us. The PDF materials are available from the "Urban Development Database Site" (https://kensetsu.ipros.jp/product/detail/2000626418).

"Michinosuke" is a road structure management support system. It consists of an inspection support module for each facility, an information management system that manages specifications and inspection results for all facilities, and a project planning system that enables the formulation of plans. It also supports the output of various documents in accordance with the "General Inspection Implementation Guidelines (Draft)" and "Periodic Inspection Guidelines (Draft)," thereby improving the efficiency of on-site inspection work, streamlining document creation, and reducing labor in project planning. [Features] ■ Centralized management of information for multiple facilities as a road facility ledger ■ Improved inspection efficiency using a field input system ■ Support for document creation for general inspection and periodic inspection tasks, and management of inspection history ■ Formulation of maintenance management plans for road facilities *For more details, please refer to the PDF materials or feel free to contact us. The PDF is available from the "Urban Development Database Site" (https://kensetsu.ipros.jp/product/detail/2000626421).

"Chōjūrō/FP" is a support tool that allows for a consistent process from various inspections to ledger creation, and further from deterioration prediction to the formulation of functional maintenance plans, in accordance with the "Guidelines for Developing Functional Maintenance Plans (Draft)." The "Information Management System" is a facility ledger system that accommodates various fishing port facilities, including outer structures, mooring, and transportation facilities, allowing for easy search, display, and editing of accumulated data. By enabling efficient collection of inspection data, rapid database construction, LCC calculation across multiple scenarios, and budget simulations, it strongly supports the formulation of functional maintenance plans. 【Features】 ■ Information Management System - A facility ledger system that accommodates various fishing port facilities, including outer structures, mooring, and transportation facilities - Capable of centralized management of facility information for multiple fishing ports, not just one, with standard map functionality - Allows for easy search, display, and editing of accumulated data *For more details, please refer to the PDF materials or feel free to contact us. The PDF materials are available from the "Urban Development Database Site" (https://kensetsu.ipros.jp/product/detail/2000626437).

"Chojuro / GT" is a support system for formulating long-term maintenance plans for river gates. By simply selecting the type of facility (roller gate, slide gate, lift gate, pump), corresponding components can be easily registered, and it is also possible to add components that are not listed. Based on diagnostic results, it robustly supports the formulation of long-term maintenance plans with various functions, including creating countermeasure scenarios for multiple facilities and equipment, calculating lifecycle costs for arbitrary evaluation periods, and changing the timing of countermeasure implementation. [Features] ■ Input of facilities and components - By simply selecting the type of facility (roller gate, slide gate, lift gate, pump), corresponding components can be easily registered. - It is also possible to add components that are not listed. *For more details, please refer to the PDF materials or feel free to contact us. The PDF materials can be obtained from the "Urban Development Database Site" (https://kensetsu.ipros.jp/product/detail/2000626445).

"Chojuro/HB" is a support tool that allows for a consistent process from various inspections in accordance with the "Guidelines for Creating Maintenance Management Plans for Port Facilities" to the creation of a port facility ledger, and further to deterioration prediction and the formulation of maintenance management plans. The "Maintenance Management Plan Formulation System" corresponds to the preventive maintenance plans formulated for each port, enabling budget leveling simulations that take into account the importance and condition of the facilities. By facilitating efficient inspection data collection, rapid database construction, accommodating various deterioration models, calculating LCC, and conducting budget simulations, it strongly supports the formulation of maintenance management plans. 【Features】 ■ Port Facility Ledger System - A facility ledger system that accommodates various port facilities, including outer structures, mooring, and port transportation facilities. - Not only can it manage facility information for a single port, but it can also centrally manage information for multiple ports, with a standard map function included. - Accumulated data can be easily searched, displayed, and edited. *For more details, please refer to the PDF materials or feel free to contact us. The PDF is available from the "Urban Development Database Site" (https://kensetsu.ipros.jp/product/detail/2000626454).

"Chōjūrō / PK" is a support system for formulating long-term maintenance plans for park facilities in accordance with the "Guidelines for Formulating Long-Term Maintenance Plans for Park Facilities (Draft)." By creating a database of the health assessment and evaluation results of park facilities and setting and inputting planning conditions, it enables cost comparisons between preventive maintenance and reactive maintenance scenarios, calculates LCC (Life Cycle Cost) by park and facility, and generates report files in accordance with Forms 0 to 3 of the Guidelines for Formulating Long-Term Maintenance Plans for Park Facilities (Draft). It allows for centralized management of all facilities under the management of facility managers, including parks and park facilities that are not subject to the long-term maintenance plan. 【Features】 ■ Realization of database for park facilities ■ Ability to view inspection history and output health assessment forms ■ Input of inspection results on-site using tablets ■ Formulation of long-term maintenance plans for park facilities ■ Output of forms in accordance with the Guidelines for Formulating Long-Term Maintenance Plans for Park Facilities (Draft) *For more details, please refer to the PDF materials or feel free to contact us. The PDF materials are available from the "Urban Development Database Site" (https://kensetsu.ipros.jp/product/detail/2000626564).

Dianzu is a tablet application that can streamline various tasks at bridge inspection sites. By collaborating with Chojuro/BG and Hashishiro, it allows for the integration of specifications and past inspection results, significantly improving the efficiency of inputting inspection results on-site. Features: - Efficiency in on-site work through collaboration with Chojuro/BG and Hashishiro By integrating with Chojuro/BG and Hashishiro, users can input inspection results while checking specification information and past inspection results, greatly enhancing on-site work efficiency. - Intuitive operability and diverse input methods The tablet app features intuitive operability. Users can choose from three input methods: "handwriting," "voice," and "selection." - Adoption of new technologies It is possible to measure damage dimensions using LiDAR sensors. Additionally, it allows for the display of drawings in real space using AR. Furthermore, an AI-based damage assessment function is also under development. *For more details, please refer to the PDF materials or feel free to contact us. The PDF materials can be obtained from the "Urban Development Database Site" (https://kensetsu.ipros.jp/product/detail/2000738908).

Our Long-Life Series products, which support the development of longevity (functional maintenance) plans for various civil engineering structures, include a function for creating deterioration curves. This is a package software that can be used in various fields without depending on specific facilities or structures. It allows for the estimation of deterioration prediction formulas based on various theories. You can input data into a simple dedicated Excel sheet, and after analysis, you can view the deterioration curve tables and graphs on the screen, with the option to output them to an Excel file.