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Easily layout business labels with smart devices.
By installing an app on smart devices such as smartphones and tablets, you can easily create and print business labels. The application allows you to add text, images, barcodes, and QR codes according to your needs, and print the label image displayed on the device's screen directly.
![[Video Instruction Manual Creation AI Tool] DIVE](https://image.mono.ipros.com/public/product/image/2117150/IPROS2630816013996801517.png?w=280&h=280)
Are you spending time and costs on technology transfer and standardization of work on-site?
✔ It takes time to train new employees ✔ Paper manuals are hard to understand ✔ Remote support and audit responses are inefficient Are you experiencing these challenges in your workplace as well? With DIVE, you can start technical succession and standardization of work "from today" using the free version. Moreover, by utilizing the employee training management features, you can smoothly implement audit measures for ISO9001 and ISO14001. The strength of DIVE lies in the fact that it is not just a "video manual creation tool." You can convert videos shot on-site directly into procedural documents, visualizing understanding at each step. Training records are automatically accumulated, allowing skills that tend to become personal to be preserved as "organizational assets." Additionally, since it can be accessed immediately from smartphones and tablets, workers can easily access the correct procedures without confusion, directly reducing variations in quality and human errors. It enhances on-site capabilities and allows for a comprehensive update of education, quality, and audits. That is the greatest value of DIVE.
This is a software for creating binaural transmission path synthetic sounds that can handle individual transmission paths, transmission path groups, and total noise playback and editing.
Prognoise enables the creation of binaural or monaural synthetic sounds (airborne and structure-borne sounds) for one or more listeners based on the transfer functions and excitation signals (time history data measured in actual operating conditions). Individual transfer functions (e.g., mount transfer, apparent mass, acoustic transfer functions) are integrated and assigned to the corresponding input signals. The corresponding time history signals can be identified, analyzed, and made audible for each node in the model.
