project scene
Baumer Industrial Cameras Baumer cameras are high-performance, high-quality industrial cameras that can be used in various application scenarios, such as object detection, counting and recognition, motion analysis and image processing.
Baumer's 10 Gigabit cameras have excellent image processing performance and can transmit high-resolution images in real time. In addition, the camera features fast data transfer, low power consumption, easy integration, and high scalability.
The flying shooting function in Baumer industrial cameras is a function that captures high-speed moving images or high-speed processing processes by reducing the exposure time.
technical background
The fly-shot function in Baumer industrial cameras is a specialized function that captures multiple images in rapid succession.
This capability is especially useful in industrial environments where high-speed imaging is required, such as in production line quality control or inspection applications.
Through the flying mode, the camera can capture a series of images in rapid succession, so as to accurately analyze and measure the imaged object.
This capability is especially useful for capturing images of fast-moving objects or processes where traditional imaging methods may not provide accurate results.
The short exposure mode of the Baumer industrial camera , which can reach as short as 1us, can be effectively applied to the flying shooting mode.
code analysis
Baumer industrial cameras can use the traditional BGAPI SDK to turn on the short exposure mode, so that the minimum 1us flying mode can be set.
Open the short exposure mode through the corresponding command in the SDK, you can set the camera shutter value to 1us, so as to realize the flying shooting function
The code looks like this:
//C++模式
if(m_pDevice != NULL)
{
//关闭SequencerMode
m_pDevice->GetRemoteNode("SequencerMode")->SetBool(true);
//检查相机的短曝光模式是否存在
if(m_pDevice->->GetRemoteNodeList()->GetNodePresent("ShortExposureTime"))
{
//开启短曝光模式
m_pDevice->GetRemoteNode("ShortExposureTimeEnable")->SetBool(true);
//设置短曝光为1us
m_pDevice->GetRemoteNode("ExposureTime")->SetDouble(1.0);
}
}
//C#模式
if (pDevice != null)
{
//开启短曝光模式
pDevice.RemoteNodeList["SequencerMode"].Value = "false";
//检查相机的短曝光模式是否存在
if(pDevice.RemoteNodeList["ShortExposureTime"])
{
//开启短曝光模式
pDevice.RemoteNodeList["ShortExposureTimeEnable"].Value = "true";
//设置短曝光值为1us
pDevice.RemoteNodeList["ExposureTime"].Value = double.Parse("1");
}
}
Notice
There are many series of Baumer industrial cameras , and only the cameras whose firmware version is higher than or equal to Release2.1 have short exposure mode.
The requirements for the image of the industrial camera flying
The image requirements of the flying camera function of industrial cameras may vary depending on the camera model and specific application.
However, some general requirements may be included.
1. High resolution. The camera should have high pixels to capture clear images.
2. High frame rate. The camera should be able to capture images at a high frame rate to ensure fast and accurate measurements.
3. High sensitivity. The camera should be sensitive to light and be able to capture detailed images even in low light conditions.
4. Low noise. The camera should produce images with minimal noise to ensure accurate and reliable measurements.
5. Wide dynamic range. Cameras should have a wide dynamic range to capture scenes with a wide range of brightness levels.
6. Good color accuracy. The camera should have good color accuracy to ensure that colors are accurately represented in the image.
7. Advanced features. Cameras may have advanced features such as autofocus, autoexposure, and image stabilization to ensure high-quality images.
Advantages of industrial camera flying
The flying camera function is a high-speed image acquisition technology used in industrial cameras to capture images of fast-moving objects with high precision. The advantages of the flying shooting function include.
1. High-Speed Imaging - The Flying Shot feature captures images at very high speeds, making it suitable for applications involving fast motion.
2. High precision - Industrial cameras capture images with precise timing, allowing researchers and engineers to analyze the motion of objects very accurately.
3. Reduce Motion Blur--The flying shot function reduces the motion blur of moving objects, making the image clearer and available for detailed analysis.
4. Improve efficiency--The high-speed image acquisition of the flying camera function enables researchers and engineers to capture more images in a shorter time, improving overall efficiency.
5. Improve quality control - The flying camera function can be used for quality control in the manufacturing process, detecting defects in products and identifying areas for improvement.
Industrial application of flying camera
The "flying" function of industrial cameras is a function that can accurately locate and track high-speed moving objects.
Some use cases for this feature include:
1. Quality control in manufacturing. Flying cameras can capture high-speed images of products on an assembly line, ensuring they meet quality standards.
2. Sports analysis. Flying camera can track and capture the trajectory and actions of athletes in competitions and training.
3. Traffic monitoring. Flying cameras can be used to capture license plates and other identifying details of vehicles traveling at high speeds on highways or other roads.
4. Security monitoring. Flycams can track and capture the movement of individuals or objects in sensitive areas such as banks, airports or government facilities.
5. Scientific research. Flying cameras can be used in various scientific experiments, such as capturing the movement of particles or cells under a high-power microscope.
6. Entertainment industry. On-the-fly captures fast-moving stunts or action in movies, TV shows, or video games.