1. Image Acquisition: an imaging board receives signals from different types of imaging equipment such as X-rays, CT scans, MRIs and ultrasounds. It can convert these signals into digital images for diagnosis and analysis by doctors and technicians.
2. Image Recording: The image board can save the acquired digital images in internal memory or transmit them to a computer or server over a network. This allows physicians and technicians to access and view these images at any time for subsequent diagnosis and treatment.
3. Image processing: The image board can perform various processes on the acquired images, such as enhancement, filtering, and adjusting contrast and brightness. These processes can help doctors observe and analyze images more clearly in order to make accurate diagnoses.
4. Image transmission: The image board can transmit image data over a network, enabling doctors and technicians to access and ****enjoy these images from different locations. This remote transmission feature facilitates consultation and remote diagnosis between specialists.
5. Image storage: The image board can save acquired images in internal memory for long-term storage and backup. In this way, hospitals and clinics can create an image database that facilitates the retrieval and review of patient image records at any time.
6. Image Printing: The image board can output acquired images to a printer as a hard copy for viewing and saving by doctors and patients. This printing feature facilitates communication and exchange between the doctor and the patient.
The image board is a device used to receive and convert image signals generated by imaging equipment such as X-rays, CT, MRI and so on. It is mainly characterized by high sensitivity, high resolution and low noise, and is capable of accurately capturing and transmitting image information.