Line scan variable speed sampling and coordinate reconstruction development
- Development Scope
- Encoder sampling, speed change handling, line position correlation and image scaling correction
- Project Inputs
- Encoders, motion curves and reference scales
Camera and Imaging Modules
Line-scan Acquisition Module Integration
Build acquisition, motion-encoder coordination and scanned-image output around a selected line-scan camera for the equipment motion process.
Scope and project conditions
Build acquisition, motion-encoder coordination and scanned-image output around a selected line-scan camera for the equipment motion process.
The scope starts at camera image output and motion-signal input; the host equipment supplies the established imaging conditions.
Development and delivery process
Requirements and interfaces
Camera interface, line rate, encoder signals, motion speed and scan width.
Design and implementation
Build acquisition, motion-encoder coordination and scanned-image output around a selected line-scan camera for the equipment motion process.
Integration and validation
Check correspondence between encoder counts and image lines, duplicated or missing lines, scan scale and start-stop recovery.
Versioned delivery and handover
Acquisition module, encoder interface, line-image assembly software and image records.
Inputs for project assessment
Camera interface, line rate, encoder signals, motion speed and scan width.
Also describe the current equipment, intended changes, available test environment and acceptance owner. Share drawings, SDKs and samples through the agreed confidential process.
Deliverables and version records
Project delivery
Acquisition module, encoder interface, line-image assembly software and image records.
At project kickoff, agree prototype quantities, source-file scope, build environment, third-party components and handover method. Deliverables identify their hardware and software revisions for maintenance and future changes.
Validation and acceptance
Service-specific checks
Check correspondence between encoder counts and image lines, duplicated or missing lines, scan scale and start-stop recovery.
Define the configuration, test objects, operating conditions and decision method before testing. Acceptance records include the setup, raw evidence, issue resolution and retests; performance values come from the corresponding test conditions.
Project questions
What is included in the delivery?
Acquisition module, encoder interface, line-image assembly software and image records.
What needs to be agreed before the project starts?
The scope starts at camera image output and motion-signal input; the host equipment supplies the established imaging conditions.
Equipment R&D and supporting development projects
Development Tasks That Can Be Commissioned Separately
TDI camera speed matching and data acquisition development
- Development Scope
- Commercial TDI camera parameters, line frequency linkage, acquisition and mismatch diagnosis
- Project Inputs
- TDI camera protocols, motion platforms and interface bandwidth
Related Engineering Services
Related machine and instrument development
This technology can be used as a component of the following equipment projects, and the research and development scope, input conditions and division of responsibilities of the complete machine shall be confirmed respectively.
- Development of online visual inspection equipment for battery pole pieces
- Development of line scan inspection equipment for film and metal coils
Project enquiry
xuzhiyang0928@gmail.com
Discuss your hardware project
Line-scan Acquisition Module Integration
Describe the equipment, existing hardware, camera and interfaces, target requirements, prototype quantity and delivery scope.
+86 13910119357xuzhiyang0928@gmail.com