Overview & preparation | Qnbot Docs Center

Documentation notice

This manual describes the features, interface states, and standard operating procedures of Qnbot Studio. Delivery specifics such as the system version, hardware specifications, network ports, installer names, and permission policies are governed by the official release notes, the contractual technical annex, and the version actually delivered.

Item	Content
Product name	Qnbot VetraGlove Pro desktop application / Qnbot Studio
Document type	Product description and user operation manual
Intended audience	Device operators, algorithm and simulation engineers, testers, field support, and administrators
Document version	V1.0
Applies to	The official Qnbot Studio release and later compatible versions
Interface examples	The account, device SN, version number, model names, and dates shown in the screenshots are illustrative data

Important notice: This manual does not replace device safety specifications, developer interface documentation, or the acceptance documents of a specific delivery project. Before performing a system update, a firmware update, or a calibration data deletion, confirm that the current task has stopped and that the necessary backups exist.

Product overview

Qnbot Studio is the desktop application for Qnbot VetraGlove Pro data gloves. It handles account sign-in, device discovery and activation, left- and right-hand connection, motion calibration, model selection, live simulation display, log recording, and software resource maintenance.

Core value

Unified glove management: identify the device name, serial number, left/right-hand attribute, and connection state.
User motion baseline: improve motion-mapping consistency through an independent 8-step gesture calibration for each hand.
Simulation targets: select human-hand, skeleton-hand, trackball, and various robotic-hand models, and assign an input source to each view.
Visual verification: observe how multiple models respond to the glove motion side by side in a single interface.
Maintenance and traceability: manage calibration files, algorithm packages, system versions, and Debug history.

Typical workflow

Stage	Action	Success criterion
1	Sign in to the platform	The device connection page opens
2	Detect/activate devices	The target left- or right-hand device is selectable
3	Confirm connection	The selected device enters the connected state
4	Gesture calibration	All 8 steps are completed
5	Select a model	At least one simulation model is selected
6	Start simulation	The model view responds to the input source in real time
7	Record/maintain	Logs are traceable and the application exits safely after the task ends

Terminology

Term	Description
Desktop application	The computer software that runs Qnbot Studio.
Data side / input source	The range of glove data driving a model; options include both hands, left hand, and right hand.
Calibration	Mapping the sensor data of a specific user and a specific left- or right-hand device onto a standard gesture baseline.
Algorithm package	The computational resource package provided for a specific robotic hand or mapping target.
Debug recording	Diagnostic data used to troubleshoot serial, glove, calibration, retargeting, output, and buffer issues.

Before you begin

Delivery checklist

Qnbot VetraGlove Pro data gloves, receiver/cable, and the accompanying power supply or charging accessories.
The Qnbot Studio installer and the model algorithm packages required by the project.
An account issued by Qnbot; for account issues, follow the login page instructions or contact info@qnbot.com.
If the project includes custom robotic models, a developer interface, or offline update packages, confirm the corresponding delivery files as well.

Environment and connection checks

Install the delivered version on a supported computer. Operating system, GPU, driver, and disk requirements are governed by the release notes for that version.
Connect the glove receiver or USB cable, turn on the gloves, and confirm that the battery level is sufficient.
Close other glove applications, debugging tools, and older desktop applications that may occupy the same device or serial port.
Confirm that the network is available. Sign-in, device activation, algorithm package downloads, or system updates may require access to the delivery environment.
Before first use, reserve enough space for calibration so that the wrists and fingers can complete the illustrated poses naturally.

Recommended order: sign in → detect devices → activate inactive devices → select the left/right hand → confirm connection → complete calibration → select a model → start simulation.

Safety & data

Do not unplug the gloves or receiver, or close the software, during simulation or an update.
Re-calibration overwrites the previous record for the same device/gesture; after deleting a calibration you may need to repeat the entire workflow.
Debug Raw recordings can grow quickly and contain raw runtime data; store and transfer them according to the project's data management requirements.
Wearing the device must not cause pressure, pain, or restricted movement; stop immediately if discomfort occurs.

Figure 3-1 Account and password sign-in screen

Start Qnbot Studio and open the sign-in page.
Enter the account and password that were issued to you.
On a trusted dedicated computer you may select "Remember account"; this is not recommended on shared computers.
Click "Sign in". After successful verification you enter the device connection workflow.

Sign-in failure: first check the account spelling, letter case, network connection, and system time. If sign-in keeps failing, do not guess passwords repeatedly; contact the account administrator or follow the on-screen instructions to reach technical support.