this is the most "mini" exhibit at the industrial expo, and everyone may use it
2024-09-26
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by wearing an eeg cap, you can use your mind to "control" your wrists, fingers, etc. to conduct rehabilitation training; by using additive manufacturing in drug development and production, even small pills can be "digitally customized"; relying on smart platforms, stroke screening can be "done" in 20 minutes... the 24th industrial expo, with the theme of "new quality leading digital empowerment", focuses on exploring new fields and new tracks.
magical "computer hat" can control both hands
in the past two years, the popularity of brain-computer interfaces has risen sharply. in march this year, neuralink, an american company, showed the first video of a patient with a brain-computer interface implant playing chess and games with his mind. at about the same time, professor hong bo's team at tsinghua university school of medicine used a semi-invasive brain-computer interface to help a high-level paraplegic patient drink water autonomously with his brain. however, these are all invasive brain-computer interfaces.
siyi intelligence, founded in zhangjiang hi-tech incubator in 2017, brought to this industrial expo a brain-computer interface soft hand function rehabilitation robot that had just obtained marketing authorization in november last year. it is also the first domestic product to obtain a medical device registration certificate and be clinically implemented.
the system integrates flexible drive and neuroscience technology to achieve brain-machine-muscle coordinated interaction. it does not require craniotomy or invasive trauma surgery. patients only need to wear an eeg cap to control their wrists and fingers with their minds to perform rehabilitation training, helping patients improve upper limb strength, speed, and accuracy and reshape upper limb function.
drugs can also be 3d printed
“can drugs be 3d printed?” “can a small piece of drug be designed with so many structures?” in the siemens partner co-creation ecological exhibition area, nanjing triad pharmaceutical technology co., ltd. brought the smallest product to the industrial expo - 3d printed tablets.
the staff of triassic demonstrated a petal-shaped drug that can "transform". this drug is developed based on triassic's 3d microstructure gastric retention technology platform. it looks like a capsule. after absorbing gastric juice in the body, it swells and unfolds into a petal shape, which is larger than the average diameter of the pylorus of about 2.2 cm. the tablet is retained in the stomach, prolonging the release time of the drug in the stomach and enhancing the efficacy of the drug. currently, triassic's gastric retention technology can reduce the frequency of drug administration from 3 times a day to once a day, thereby reducing the frequency of medication and alleviating the medication burden on patients.
in 2015, triumph applied additive manufacturing (3d printing) technology to drug development and production, providing end-to-end digital solutions for the long pharmaceutical chain. as one of the few pharmaceutical industry exhibitors at this ciif, triumph showcased the results of its cooperation with siemens in digital pharmaceutical technology and production solutions, covering digitalization of the pharmaceutical industry, digitalization of r&d and production, and data-driven development.
20 minutes to complete the early screening of stroke
stroke, commonly known as "stroke", is an acute cerebrovascular disease. it is like an invisible killer, silently threatening people's health. shanghai yiding intelligent technology co., ltd. brought the fully self-developed sail system human health intelligent auxiliary diagnosis and treatment technology and decision-making platform.
"in the past, we relied on doctors to manually interact and score to screen patients. the process was slow, and it might take one or two hours to screen a patient," said a staff member. now with this system, screening has become efficient and simple. you only need to enter some necessary information about the patient, and then follow the system's instructions to do cognitive, clock-drawing and gait tests, which can be completed in about 20 minutes. "compared with manual comparison screening by doctors, the accuracy rate is also greatly improved."
many visitors rushed to experience the gait test. simply input information, then walk in front of the machine for more than ten seconds and sit down. the system will capture your gait while walking, perform intelligent analysis, and feedback the data results in the form of a report within a few minutes.
author: shen qiusha
text: shen qiusha photos: provided by the interviewee editor: shen qiusha responsible editor: ren quan
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