Thirdly, many sensors could be integrated into capsules to monitor vital body signs such as temperature, blood pressure, electrocardiography (ECG), images of the GI tract.
The 12-legged endoscopic capsular microrobot features two sets of six legs integrated into the capsule.
Three sensors are integrated into the implantable capsule.
Testing the system while the crew capsule was integrated on a rocket during flight was the hardest test the New Shepard escape system had been through to date.
In this paper, we present the design of a low power and hardware efficient image compressor integrated circuit for wireless capsule endoscopy application.
This work presents a development system, based on Field Programmable Gate Array (FPGA), that was specifically designed for testing the entire electronics to be integrated in an endoscopic capsule, such as a camera, an image compression engine, a high-speed telemetric system, illumination and inertial sensors.
This work presents a flexible demo system, based on Field Programmable Gate Array (FPGA), that was specifically designed for testing all elements which have to be integrated in an endoscopic capsule, such as an image compression engine, a high-speed telemetric system, illumination system and inertial sensors.
This receiving coil could output electric power ranging from 206 mW to 1130 mW; integrated to an inchworm-like capsule robot, it could successfully power the robot to travel through the ex-vivo intestinal tract and capture satisfactory intestinal videos for diagnosis.
With the extreme demands on biodegradability and biocompatibility, biogenic capsules exhibit unique properties that can be integrated with special ligands or conjugated functional groups for the design of intelligent platforms, significantly enriching their functions and applications.
