Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
This ranking is based on the number of page views on our site.
196～210 item / All 262 items
計測をもっと手軽に 計測をもっと快適に 誰でもGNSS測量ができる時代に
誰でもGNSS測量ができる時代に GNSS測量のエントリーモデルとして 「GEO WALKER」が登場しました！ ■簡単に高精度な測位 センチメートルレベルの高精度測位 ■専用端末不要 無料アプリをアンドロイド端末にインストール＊ ■測量観測手簿・記簿を自動生成 生成データをお使いのモバイル端末からメールなどで送信 ■防水設計 IP66 急な雨にも安心の防水設計 ■便利な乾電池仕様 連続9時間使用可能、予備電池で現場でも安心 ■傾斜補正機能搭載 内蔵センサーが傾きを検知しズレ量を計算 ■安心の日本製 ＊アプリはアンドロイド5.0以上のモバイル端末で動作します。
Capture customer feedback reliably! Operate smartly with ease!
●If calls overlap, they will be saved in memory, so you can focus during busy times without missing any calls, providing peace of mind. ●The number extinguishing can be set for a duration (5 to 98 seconds or infinite) and will turn off automatically. If you send a signal again while it is lit, it will blink four times to notify you of a duplicate call. ●Adding a send button or changing numbers can be done easily, allowing for immediate adjustments when rearranging desks or adding new setups. ●When you want to display different floors separately, you can set your preferred numbers by floor. ●You can use it immediately by plugging it into an outlet, and no wiring work is needed, so you can start using it from the day it arrives. ●If false alarms occur due to interference, they can be easily avoided with simple operations, so there is no concern about interference in the future.
Laser ultrasonic receiving device, capable of measuring the thickness and internal defects of objects non-contact and non-destructively.
- It can be installed near the target object with the fiber head attached, or placed on a stage for scanning. - It has a function to cancel external noise, making it easier to capture signals.
Introducing examples of the use of "network-type RTK" in the field of land and building surveying.
This document introduces examples of the use of a unique technology (JENOBA method) utilizing real-time data from electronic reference points in the field of land and house surveying with "network-based RTK." It includes examples of applications such as "initiatives for registration surveying," "boundary determination surveying," and "integration with land and house surveying." Compared to traditional static surveying, it demonstrates significant reductions in working time. 【Examples Included】 ■ Initiatives for network-based RTK registration surveying (Kumamoto Prefecture Land and House Surveyors Association) ■ Application of network-based RTK in boundary determination surveying (Land and House Surveyor Yoichi Suzuki Office) ■ Case of integration between land and house surveying and network-based RTK (Omura GPS Research Group) *For more details, please refer to the catalog or feel free to contact us.
Introduction of verification and case studies of "network-type RTK" in academic fields.
This document introduces the verification and academic application examples of a unique technology (JENOBA method) that utilizes real-time data from electronic reference points in the "network-type RTK." It includes examples such as "experimental verification of static surveying using network-type static and electronic reference points" and applications in "surveying investigations of large ancient tombs." It has been demonstrated that preliminary surveys do not require significant time or cost, allowing for immediate surveying work with preparations made the day before, showcasing benefits not only in general surveying but also in archaeological investigations. 【Published Examples】 ■ Experimental verification of static surveying using network-type static and electronic reference points (Urban Design Engineering Department, Osaka Institute of Technology, Surveying and Geotechnical Research Laboratory) ■ Application example of network-type RTK in the surveying investigation of large ancient tombs (Archaeology Research Laboratory, Okayama University) *For more details, please refer to the catalog or feel free to contact us.
Introducing other application examples of "network-type RTK."
This document introduces application examples of the "network-type RTK" that employs a unique technology (JENOBA method) utilizing real-time data from electronic reference points. It includes applications such as "measurement using the Mitsubishi Mobile Mapping System (MMS) high-precision mobile measurement device," as well as examples from the "unmanned rice planting machine system" and the "snow removal support system." 【Published Examples】 ■ Measurement case using the Mitsubishi Mobile Mapping System (MMS) high-precision mobile measurement device (Toyonaka City, Osaka Prefecture) ■ Example of network-type RTK utilization in the unmanned rice planting machine system (National Agriculture and Food Research Organization) ■ Application of network-type RTK in the snow removal support system (Tateyama Route Snow Removal Association) *For more details, please refer to the catalog or feel free to contact us.
Introducing examples of the use of "network-type RTK" in GNSS demonstration experiments.
This document introduces case studies from a GNSS demonstration experiment utilizing a unique technology (JENOBA method) based on real-time data from electronic reference points, specifically in the context of "network-type RTK." It includes information on the "multi-GNSS demonstration experiment," as well as the usefulness of "buggy surveying" and "network-type multi-GNSS delivery under adverse conditions." The high utility of multi-GNSS has been confirmed for further efficiency in extensive construction management surveying, especially under adverse conditions where the number of receiving satellites is often limited. 【Published Case Studies】 ■ Multi-GNSS Demonstration Experiment [Hokkaido Region] (Iwasaki Co., Ltd.) ■ Demonstration of Network-type GNSS Utilization through Buggy Surveying (Positioning Satellite Technology Co., Ltd.) ■ Demonstration Experiment on the Usefulness of Network-type Multi-GNSS Delivery under Adverse Conditions (Senar and Burns Co., Ltd.) *For more details, please refer to the catalog or feel free to contact us.
![[Example] Construction of a Surveying Work Manual](https://image.mono.ipros.com/public/product/image/489/2000389881/IPROS6741775461195698244.jpg?w=280&h=280)
Utilizing the single-point observation method of network RTK-GPS surveying in the field of geodetic surveying as public surveying!
We would like to introduce a case study by the City of Tondabayashi, Osaka Prefecture (in cooperation with Asahi Koyo Co., Ltd.) regarding the "Construction of a Surveying Work Manual," utilizing reference points (star measurement points) through network-type RTK single-point observation. To conduct third and fourth-class reference point surveys, which form the backbone of construction surveying, as public surveys, it is necessary to use higher-level national reference points or public reference points as known points. However, in areas where the density is not sufficiently developed for efficient use, there can be an excessive financial burden. As a result, these surveying works may not be applied to the Geospatial Information Authority of Japan as public surveys, and the surveying results have rarely been utilized beyond the specific construction projects. 【Solution】 - Developed a single-point observation method using network-type RTK-GPS in collaboration with Asahi Koyo Co., Ltd. in the field of geodetic surveying. - Received advice from the Geospatial Information Authority of Japan based on the application under Article 16 of the Public Survey Work Regulations. - Utilized the single-point observation method of network-type RTK-GPS surveying as public surveying in the field of geodetic surveying. *For more details, please refer to the PDF document or feel free to contact us.
![[Example] Application to Continuous Elevation Measurement of Mobile Bodies](https://image.mono.ipros.com/public/product/image/b8b/2000389892/IPROS7670738008254646651.jpg?w=280&h=280)
Introducing the application of FKP-GPS measurement and ultrasonic level meters for continuous elevation measurement of moving objects!
We would like to introduce a case study conducted by Shin Gijutsu Consulting Co., Ltd. on the Chitose River embankment, titled "Application of FKP-GPS Surveying and Ultrasonic Level Measurement for Continuous Elevation Measurement of Moving Bodies." The site is located between 7.0 km and 12.0 km of the first-class river Chitose River, which flows through Ebetsu City and Chitose and Eniwa Cities. To understand the condition of the construction reference surface of the embankment built on soft ground, continuous elevation measurements using moving bodies were conducted, along with a comparative verification against direct leveling surveys. The vehicle was equipped with a high-precision GPS receiver and an aerial level meter, obtaining coordinate values and indirect elevation values every second using the FKP method. Additionally, the comparison with direct leveling involved direct elevation observations at the points where the level meter sensor made contact. Comparative measurements were taken at 77 identical points over a 3 km section on both the right and left banks. [Results (excerpt)] ■ Comparison with direct leveling (KP standard) - Less than 5 cm: 68.8%, less than 10 cm: 97.4% ■ Comparison with existing reference point results - Maximum ΔX 0.022m, ΔY 0.013m, ΔH 0.022m - Standard deviation ΔX 0.010m, ΔY 0.007m, ΔH 0.010m *For more details, please refer to the PDF document or feel free to contact us.
![[Case] Flood Area Determination Business during Flooding](https://image.mono.ipros.com/public/product/image/839/2000389917/IPROS2991038921798678578.jpg?w=280&h=280)
Utilizing network RTK in flood area determination operations!
We would like to introduce a case study by Souya Surveying Co., Ltd. that utilized network-based RTK in the "Flood Area Determination Work." In this case, topographic surveys were conducted using the network-based RTK method to determine the flood areas during flooding. The survey involved measuring the positions and heights of open drainage and buried pipes in agricultural land. Traditionally, this would have been done using a total station and leveling equipment, but we conducted accuracy verification of the network-based RTK-GPS and proposed it to the client. The work proceeded smoothly without issues related to satellite conditions or overhead visibility, and we were able to complete it in about a month and a half. 【Benefits and Effects】 ■ Significant efficiency improvement ■ Only one set of receivers is needed for the work, making it very effective as an initial investment. *For more details, please refer to the PDF document or feel free to contact us.
![[Example] Positioning of drilling locations and elevation measurement associated with geological surveys.](https://image.mono.ipros.com/public/product/image/ef6/2000389955/IPROS4826327033931512351.jpg?w=280&h=280)
Observation of reference points using network RTK! The entire work was completed in 2 days.
We would like to introduce a case where Yamaguchi Land Survey Co., Ltd. utilized network-type RTK in "Boring position determination and elevation measurement associated with geological surveys." In this case, we were commissioned to determine the position and elevation of borings during a geological survey for a new road construction project. The survey area was nearly 10 km, with 20 separate survey points, making it likely that standard benchmark surveying and leveling would take more than 10 days to complete. Additionally, the points were located far from nearby triangulation points, which would require excessive labor for leveling. Due to these factors and requests from the client, we conducted the work using network-type RTK. 【Overview of Work】 1. Coordinate the survey points determined based on the outline planning map and conduct measurement work. 2. Conduct benchmark observations using network-type RTK. 3. Confirm the local position and elevation through coordinate calculations. *For more details, please refer to the PDF document or feel free to contact us.
![[Example] Topographic Survey](https://image.mono.ipros.com/public/product/image/654/2000389964/IPROS8167965822945476883.jpg?w=280&h=280)
Introducing examples of terrain surveying using network-type RTK!
We would like to introduce a case study by Shasoku Co., Ltd. that utilized network-based RTK in "topographic surveying." The site was a 9-hectare area of cultivated land and riverbed for topographic surveying. Approximately 1,000 points were surveyed per day, completing the work in three days. The majority of the surveying was conducted by one person (using network-based RTK), with supplementary measurements taken by two people (using total stations). [Results] - The observation conditions were good, with clear visibility and mobile phone communication. - There were no major troubles. - Compared to conducting the same survey using traditional methods, a speed increase of 1.5 times was achieved. *For more details, please refer to the PDF document or feel free to contact us.
![[Example] Installation of River Distance Markers](https://image.mono.ipros.com/public/product/image/280/2000389971/IPROS8770292310010570315.jpg?w=280&h=280)
Introducing observation examples of 75 Class 4 reference points in the topographic survey of rivers in Saga Prefecture!
We would like to introduce a case study by Kyushu Surveying and Design Co., Ltd. that utilized network-based RTK in the installation of river distance markers. In this case, network-based RTK was used to observe 75 fourth-class reference points during topographic surveying of rivers in Saga Prefecture. On-site checks of the observed values (closure) were conducted to confirm the consistency of the observations, and then calculations for the provisional and practical networks were performed back at the office to determine the coordinates. In the above-mentioned work (observation time only), it would typically take about two and a half days for work done with total stations, but by using network-based RTK, the work time was reduced to 7 to 8 hours, achieving a significant reduction in work time (with good visibility overhead). 【Benefits and Effects】 ■ Cost reduction compared to conventional reference point surveying (work can be done by one person). *For more details, please refer to the PDF document or feel free to contact us.
The transmission frequency is 162 to 169 MHz! The maximum transmission output is 25W, and it can be customized according to your requirements.
The "ST-160T" is an STL transmitter operating in the 160MHz band. The maximum transmission output is 25W and can be customized upon request. In case of temperature abnormalities, an alarm will be triggered if the temperature of the fins exceeds 80°C, and the operational status and alarm notifications can be checked on the LCD of the front panel. 【Features】 ■ Natural air cooling system ■ Operational status and alarm notifications can be checked on the LCD of the front panel ■ Maximum transmission output of 25W, customizable upon request *For more details, please refer to the PDF document or feel free to contact us.
It is possible to display three digits. This allows for separate settings by line even in large factories.
The 7-segment display will indicate numbers and letters to notify you of reception. There is no output terminal for the rotating light.
