作者: 金科伊尔

WipFrag

WipFrag 4 FAQ!

We’ve put together some FAQs for WipFrag 4 image acquisition based on questions from our customers.

我已经购买了 WipFrag 软件,但对如何正确获取要与该软件一起使用的照片有一些疑问?

For accurate fragmentation analysis with WipFrag, follow these key guidelines when capturing images:
Proper Scaling – Use a scale object (e.g., a known-sized object) in each image to ensure accurate measurements unless using auto-scaling.
Good Lighting – Avoid shadows and overexposed areas to maintain clear rock particle visibility.
Correct Angle & Distance –Stand at any distance where the biggest particle occupies 20% of the image.
Sufficient Coverage – Capture multiple images to represent the entire fragmentation distribution, avoiding overly distant shots. WipFrag has the merging feature to help combine all the images in a single result.
High Resolution – Use a good-quality camera to ensure sharp images with clear particle edges.
The expert photographers and software designers here at WipWare have put together a helpful and insightful document correctively named “The Sampling and Analysis Guide”.
This document is available in the Products and Services section of the WipWare website (download here: https://wipware.com/wp-content/uploads/2021/06/Sampling-and-Analysis-Guide-2021.pdf)


什么时候拍摄户外素材的最佳时间?

Avoid capturing images early in the morning or late in the evening, as the low sun creates long shadows around particles, particularly oversized ones. This can make it difficult to identify an EDP and increase manual editing time.
For optimal results, take images late in the morning or early in the afternoon, especially on overcast days. The even lighting during these times produces soft, uniform shadows, making EDP detection easier and significantly reducing the need for manual adjustments.


What is False positive in Image analysis?

A false positive occurs when your analysis contains either a fusion or disintegration error. A fusion error happens when two or more particles are mistakenly merged into one, while a disintegration error occurs when a single particle is incorrectly fragmented into multiple pieces.


What is the recommended way to manually edit analysis on WipFrag?

We recommend that you first use the deep learning EDP.
To improve the particle delineation, activate the edit assist tool, to show you the 50 biggest particles.
1、当您发现解体错误时,您有两种选择:
a. Use the ‘Lasso Delete & Outline’ tool (Tool No. 5) to trace around the entire particle. This tool will delete any net within the shape you drew and will draw net along the line you traced.
b. Use the ‘Block Delete’ tool to quickly delete unnecessary net without deleting the net that is correctly surrounding the particle. This can usually be faster than tracing the entire particle using ‘Lasso Delete & Outline’.
Rocks showing edge detection
c. When you find a fusion error, use the ‘Free Draw’ tool to draw a line along missing edges.
Simply repeat the above until satisfied.


WipWare 如何促进对其独特产品的培训?

WipWare goes above and beyond to ensure that not only customers, but any individual or company who may show interest in a WipWare product has the utmost training and confidence when it comes to utilizing our extensive line of photoanalysis systems. WipWare offers free training to individuals, companies, colleges, and universities interested in learning about our products. We recently conducted on-campus workshops for mining students at Queen’s University (Kingston), Laurentian University (Sudbury), and ÉTS University (Montreal). In addition to in-person sessions, we provide virtual training and have a library of training videos available for easy access.Mining students in photo learning WipFrag
For more information about WipWare training please contact support@wipware.com


Can WipFrag 4 be used for simple Drill and Blast simulation?

Yes. WipFrag 4 has a module called BlastCast using KCO model for simulation of blast parameters. This model used both controllable and uncontrollable parameters to predict PSD.

The easiest way to obtain particle size distribution data from a photograph is to download WipFrag 4 on your mobile device. Simply open the app, capture an image of the material, analyze it using WipFrag’s advanced processing tools, and receive accurate size distribution results within minutes.


How can I analysis large blasting with WipFrag 4?

There are two methods for analyzing large blasts using WipFrag 4. The first method involves using drone images, where the software generates an orthomosaic from UAV-captured images. orthomosaic image of blasted rock with generated blue net around the particles
The second method allows you to capture multiple images and merge them within WipFrag 4, providing an average result across all images for a comprehensive analysis.


Can I compare multiple blast results on WipFrag 4?

Yes, select all blast images in the WipFrag workspace, click the three dots in the upper corner, and choose “Merge and View Chart” to display the PSD. The software will present all blast PSDs on a single chart for easy comparison.

For more information about WipFrag, please visit our YouTube channel. Tutorial videos are available on a variety of WipFrag topics.

专题会议

Trade Show Season is Upon Us Again

WipWare Inc. kicked off our 2025 trade show season with the 国际炸药工程师学会 (ISEE) 会议.

This conference was held in Cherokee North Carolina from January 21-26th . 

PDAC and CIM

Next on the trade show season journey will be the 加拿大勘探者与开发商协会 (PDAC) 大会 in Toronto, Ontario. The location is at the Metro Toronto Convention Centre March 2-5th. WipWare is proudly a part of the 北安大略矿业展 located in the Trade Show North Exhibition.

We will be attending The Canadian Institute of Mining, Metallurgy and Petroleum (CIM) Convention in Vancouver, British Columbia.

We will be at Booth #1 in the NOMS Pavilion 6501N from May 4-7th.

Fragblast 2025

We are very excited to be participating in Fragblast 2025 with our Value-Added Reseller Alper Onen with Elite Enerji Sistemleri AS

Come and visit Alper and our WipWare team at his booth April 7-10th in Antalya Turkiye.

This is an important international scientific platform where companies share the latest developments in blasting and explosive engineering. The primary goal of the symposium is to share scientific research in the field of blasting with the industry, practical applications and experiences in the industry with the academic community, and to encourage a deeper understanding of all aspects of explosive-rock interactions.

We are excited to be presenting a paper at Fragblast 2025 as well.

We look forward to fruitful exchanges of theoretical and practical experience.

EFEE世界大会

The 13th World Conference on Explosives and Blasting will be held in the city of Krakow from September 20-23rd ICE. The EFEE世界大会 on Explosives and Blasting is one of the key international blasting events, drawing attention from explosives users, manufacturers and drilling equipment operators, as well as researchers and professionals involved in the construction and mining industry.

We are excited to be attending this excellent conference showcasing our products and services as well as presenting a paper at the conference.

公司

Social Media Connections with WipWare

Thumbs up technology chip image

Are you looking for our social media connections and information about WipWare’s products and services? Well look no further. There are several places you can find out all about us.

For WipFrag information, you can connect with our technical specialist Blessing (Giant Miner). Blessing posts interesting and informative articles about WipFrag. He is also available to assist you with any questions or schedule WipFrag training and seminars.

Giant Miner’s social media connections: Facebook, Instagram, LinkedIn, X

Also, we have our website to provide you with information about our products and services:

WipWare Photoanalysis Systems logo

Home Page – Find all the links you need to navigate our website. This includes documents to download, products, services, events and newsfeed.

WipWare's Solo 6 logo

Solo™ 6 Conveyor Analysis System analyzes material on conveyor belts in real-time to automate your process. Establish quality control and improve safety, efficiency and throughput without disrupting production.

WipWare's Reflex 6 logo

Reflex™ 6 Vehicle Analysis System focuses on acquiring high quality images that are processed onboard. Designed for use on moving HD, LHD and railcar vehicles at the primary crusher without disrupting production. Laser triggering capabilities to sense the location of the truck before capturing images. Provides real-time telemetry to your control system, data historian or automatic daily reporting.

WipWare's WipFrag 4 logo

WipFrag™ 4 Image Analysis Software provides instant PSD analysis of digital images. Collect images at the muckpile after a blast, a closer up sample of a stockpile, a laboratory sample or drone/UAV images. With auto-scaling capabilities, WipFrag 4 is safe, cost effective and the most accurate fragmentation analysis tool in the world.

Also, you can make social media connections with WipWare on our social media pages.

For additional information, events taking place and product information:

WipWare: Facebook, Instagram, LinkedIn, X YouTube.

公司

Effect of Excessive Burden Distance on Blasting Result – Part 3

orthomosaic image with heat map colours

Blast Design

What are the causes of Excessive burden in blast design and how to identify blast fragmentation that result from excessive burden or other ill blast design using WipFrag 4.

Starting with this quote from Singh et al. (1998), the mentioned that “Drilling errors are frequent but undesirable occurrences in mining operations and are composed of collaring, alignment, trajectory and length errors. Improved drilling accuracy has tremendous monetary benefits in terms of optimum fragmentation, reduced dilution, higher ore recoveries and less need for redrilling.”

Poor Drilling Operations Result

Going forward, the large effect of poor drilling operations on excessive burden creation necessitates a comprehensive assessment of blasting practices. Each mine requires a robust methodology for bore hole and blasting result assessment as this is essential for improving the predictability and overall efficiency of mining operations.

Considering the heterogeneous state of rock mass and the varying conditions of human operators and drilling machinery, below are some of the factors that contribute to excessive burden distance in blast design:

Factors that Contribute to Excessive Burden Distance in Blast Design

1. Rock Mass Variability: Differences in rock strength, density, and structure can lead to uneven excessive burden creation.

2. Blast Hole Deviation and accuracy: The deviations in drill holes from their intended (design) paths due to rock anisotropic characteristics can create inconsistencies in burden and spacing (Bradley, 1975).

3. Explosive Distribution: Considering the explosive energy per meter along borehole wall, Uneven distribution or incorrect loading of explosives can lead to improper energy release, affecting burden distance at detonation.

4. Rock Mass Discontinuities: The Presence of joints, faults, and fractures can also influence blast outcomes, causing uneven burden distribution.

5. Blasting Practices: Variations in blasting techniques and practices, including timing and sequence, can impact burden and fragmentation.

6. Equipment Performance: Drilling Equipment Wear and tear, maintenance issues, and technological limitations are one of the well known factor that affects drilling precision and blast outcomes.

7. Human Factors: Operator skill, experience, fatigue, and adherence to procedures play a significant role in achieving accurate drilling and blasting.

8. Environmental Conditions: Weather, ground conditions, and water presence can affect drilling performance and blast effectiveness.

One of the significant evidence of blasting with excessive burden distance is having oversize accumulation in blast result along throw path.

The video attached shows how to assess this using WipFrag 4 software:

In the Part 4 of this article, I will discuss some of the ways to avoid excessive burden effect on blasting fragmentation.

Follow and share: https://www.facebook.com/GiantMiner

#WipFrag#miningindustry

Missed Part 1 and 2? Here you go:

Part 1: Effect of Excessive Burden Distance on Blasting Result – Part 1

Part 2: https://wipware.com/effect-of-excessive-burden-distance-on-blasting-result-part-2/

公司

什么是最适合我的应用的材料分析系统?

为确保您获得适合您特定应用的最佳材料分析系统,我们的团队将直接与您合作,帮助确定您的需求。我们提供解决方案 您的 工业:采矿、采石场、骨料、林业、农业、粗煤应用、炸药等等。

今天仍然使用手动筛分技术,但有更好的方法。使用 WipWare 系统,可以进行自动数据处理。我们的系统易于安装且完全自主,24-7 全天候运行。他们是 方便使用的 允许用户跨多个设备访问数据: Windows、iOS 和安卓. 和他们的 坚固的设计, 它非常适合工作温度范围为 -40°C 至 +80°C 的工业环境。

用一个 通用框架设计,我们的 Solo 6 系统将安装在所需的任何传送带尺寸上。此外,框架带有一个 集成高效光源 以获得用于材料分析的最佳图像。更好的是,我们所有的系统都使用 WipFrag 作为人机界面 (人机界面)并且不需要许可证。

最大尺寸或颜色检测系统

您是否正在寻找最大尺寸或颜色检测?有时越简单越好。跟我们 Solo 6 和 Reflex 6 基本材料分析系统,您可以选择最适合您的。无论您需要在粗碎机上还是在输送机上使用该系统,我们的基本系统产品线都是专门针对基于最大粒度或材料颜色差异的材料而设计的。

显示相机和框架设计的输送机分析系统

There are two options available for our Solo 6 Conveyor Analysis System: Solo 6 Basic and Solo 6 Complete.

PSD Analysis – Complete system

Alternatively, you may be looking for full PSD analysis to measure real-time particle size, shape distribution, volume and colour differentiation of unconsolidated material. Our Complete product line provides this option, unlocking the full potential of our material analysis systems.

There are two options available for our Reflex 6 Vehicle Analysis System: Reflex 6 Basic and Reflex 6 Complete.

vehicle analysis system. camera mounted inside a box with a turret frame

我们的材料分析系统可以帮助处理的流程:

  • 破碎机间隙控制
  • 检测屏幕破损
  • 基于颜色的排序
  • 污染/稀释检测
  • 通过颜色检测不规则
  • 25个用户定义的尺寸
  • 优化SAG吞吐量
  • 优化破碎机产量
  • 初级破碎机超大尺寸检测

我们努力为客户提供 PSD 分析、颜色分类或超大尺寸检测的最佳技术。

联系我们 今天或联系我们在世界各地的 VAR 来回答您的任何问题。

WipFrag

WipFrag 4 支持无人机图像

WipFrag 4 现在允许我们的用户在 3rd 方软件或单个无人机图像之间进行选择,以创建 GeoTIFF 正射镶嵌图像进行分析。

为了在软件中创建您自己的正射镶嵌图,我们集成了 ODM(开放无人机地图)功能。借助这项新功能,您可以拍摄不需要昂贵的第三方软件的单个无人机图像并创建自己的 GeoTIFF 文件。

如果您已经拥有第三方软件并想要创建 GeoTIFF 正射镶嵌图像以上传到 WipFrag 4,只需使用无人机和第三方飞行路径软件拍摄图像即可创建 GeoTIFF 正射镶嵌图像。

除了 WipFrag,我们还推荐特定的 DJI 产品和飞行路径软件,例如 Drone Deploy 或 Pix4D。将飞行路径软件产品与无人机结合使用,您可以生成 3D 剖面图、库存量、高程热图和我们最喜欢的 GeoTIFF 正射镶嵌图像。

在决定使用无人机时,以下是一些规格和相机建议。

  • 优质相机(> 6 兆像素静止图像)
  • 良好的飞行时间(>25 分钟适用于大多数应用)
  • 可向下观察的云台(垂直于地面)
  • 能够进行自主任务规划和飞行的 iOS 界面
  • 良好的飞行速度(>40mph/65kph 需要抗风)
  • 良好的工作范围(>4mi/6.4km 有助于坑内环境)
  • 自动避碰和返航功能
  • 价格合理且易于找到零件/配件
  • 全球定位系统和格洛纳斯

WipFrag 获取 GeoTIFF 正射镶嵌无人机图像并创建详细的爆炸碎片测量值。无人机软件将图像拼接在一起并创建高分辨率、更大的图像。无人机软件对齐照片以保持比例并创建地球表面的精确表示。

无人机正射影像不需要爆炸桩上的比例参考,因为 GeoTIFF 正射影像中嵌入了比例参考,而且 WipFrag 4 Windows 软件具有处理这些大型数据集的增强功能。

WipFrag 4 还为您提供了使用的选项 我们的 邮件碎片服务 它还支持 GeoTIFF Orthomosaic 图像.无人机图像提交与标准MailFrag图像提交相同。一架无人机图像分析需要 9 个图像分析学分。

请访问我们的 网站 有关更多信息 WipFrag 4 和我们的 邮件碎片 在线图像分析服务。

我们很乐意提供额外的支持和详细的建议。随时给我们发电子邮件 support@wipware.com.还提供远程培训课程。

For a tutorial on how this new ODM feature works, click 这里

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