People who are troubled by urinary incontinence look at this wearable device
Urinary incontinence is a rather complicated problem. In particular, the disease usually makes people feel ashamed and can't lift their heads. Data from the US Centers for Disease Control and Prevention (CDC) show that urinary incontinence has a higher incidence in older people: more than half of Americans over the age of 65 have urinary incontinence. However, urinary incontinence does not only threaten the health of the elderly. Whether male or female, young or old, anyone has the possibility of urinary incontinence. At present, we do not have many means to manage such diseases. Usually, patients choose to use adult diapers or undergo surgery. Jean Rintoul wants to provide other solutions for patients with chronic urinary incontinence. Retur is the CEO of Lir Scientific, which produces a new wearable device called Brightly. At present, the market size of adult diapers has reached 17 billion US dollars, and Brightly equipment hopes to hit this market. Brightly looks like a belt and has a built-in biosensor that can observe the expansion of the bladder in a non-invasive way. It can send a warning to the user's smartphone via Bluetooth technology, and remind the user in advance that it is time to urinate. "We want to help patients with chronic urinary incontinence recover some dignity and independence," said Retur. "President has worked for many wearable devices companies, including Intel's use of EEG technology to develop brain-computer interface devices. Basis and Emotiv. In addition to its unique use, Brightly appears to be quite different from general wearables for other reasons. Silicon Valley startups often target target users to wealthy young people in their 20s and 30s, which has been widely criticized by society. Compared to young people, the market for chronic urinary incontinence, which is dominated by the elderly, is much less attractive to startups. Even so, Retul is firmly committed to this cause and is working hard to provide services to these patients. More importantly, she chose to address the problems caused by chronic medical illnesses rather than using wearable devices to make it easier for consumers. So Retul may slowly solve a problem that few other technology companies can't solve: making wearables really useful. Useful wearable device A few years ago, Retur began to participate in the medical programming marathon and began reading peer review studies. She hopes to find a new medical wearable device that combines advanced technology with an excellent concept. Bioelectrical impedance spectrum technology can emit weak electrical signals to the human body, and then use electrical signals to detect subtle changes in organ tissues in the human body through non-invasive methods. After studying this technique carefully, Retul had inspiration. She said: "I found that the bladder can be easily observed using bioelectrical impedance spectrum technology, because the bladder itself is a large balloon made of conductive material. The electrical signals of the bladder are different each time it expands and contracts." Ritu's father had prostate cancer, and this experience made her begin to pay attention to urinary incontinence. In general, patients who have undergone surgery for prostate cancer are at higher risk of developing urinary incontinence. After being determined to solve the problem of urinary incontinence, she found two colleagues who had met in the HAX project (the hardware startup incubator project, which was launched simultaneously in San Francisco and Shenzhen). They completed the development of prototype equipment in China, and then began looking for volunteers to conduct equipment testing. Currently, Lir Scientific temporarily sets the price of Brightly at $400. This price seems a bit expensive, but it is much cheaper than the ultrasound equipment used in hospitals (selling for tens of thousands of dollars). And the equipment used in the hospital is very cumbersome, far less than Brightly.
It can be used for surgical operations, patient treatment; epidemic prevention and inspection in public places; disinfection in virus-contaminated areas; and can also be widely used in military, medical, chemical, environmental protection, transportation, epidemic prevention and other field
By setting a protective collar, the neck of the operator can be kept warm and protected. The provision of a hand guard is helpful for the surgical staff to temporarily place their hands in the hand guard while waiting during the operation, which plays a protective role and is more in line with the principles of aseptic operation and occupational protection. surgical gown,disposable surgical gown,personal protection,medical equipment Shanghai Rocatti Biotechnology Co.,Ltd , https://www.ljdmedicals.com
By setting the shrinking cuffs, it is beneficial to make the cuffs fit the wrists, prevent the cuffs from loosening, and prevent the gloves from slipping off during the operation and the operator's hands are exposed to the gloves.
The design of the new humanized protective surgical gown has been improved in the key areas of the gown. The forearm and chest area are double-thickened, and there are handguards in front of the chest and abdomen. By arranging reinforcing sheets (double-layer structure) in key areas, it is beneficial to improve the water-permeability of surgical gowns and improve safety.
