The wireless probe B-ultrasound has achieved a great technological breakthrough in many aspects:
1) Realize the high integration and miniaturization of the product hardware circuit, and concentrate the host circuit into the probe. The entire probe-type B-ultrasound is only about 300 grams.
2) Realize the low power consumption design of the product. The low power consumption makes the probe not heat-generating even though it is fully sealed, and it can be used continuously for 3 hours with only a small cell phone battery inside the probe.
3) Realize the wireless transmission of ultrasound image information via Wifi, large-capacity, lossless, high-speed, and long-distance transmission to smart terminals such as tablets and mobile phones. This is achieved through a specially customized built-in Wifi.
4) Develop ultrasound software based on Apple, Android and Windows, run on smart terminals such as mobile phones, tablets, etc., to display, process, manage, and remote network transmission of received ultrasound image information.
Related concepts
Ultrasound
When the vibration of an object exceeds a certain frequency, that is, higher than the upper limit of human hearing threshold, people will not be able to hear it. Such sound waves are called "ultrasound."
Color Doppler
It is usually composed of probes (phased array, linear array, convex array, mechanical fan scan, three-dimensional probe, endoscopic probe, etc.), ultrasonic transmitting/receiving circuit, signal processing and image display. Using ultrasound Doppler technology and the principle of ultrasound echo, it is a device that collects blood flow movement, tissue movement information, and human organ tissue imaging at the same time. It is used for ultrasound imaging, measurement and blood flow movement information collection for clinical ultrasound diagnostic examination. The probe can be used in the esophagus, intravascular, intra-operative intra-human tissues, and/or for ultrasound navigation and other fields.
