9 results about "Contagious disease" patented technology

This invention provides an adjustable curved sheath surgical robot, comprising a carriage, an adjusting arm, and an adjustable curved sheath electric control mechanism. A moving component is located at the bottom of the carriage for moving the adjustable curved sheath surgical robot; a lifting component is located on the carriage, the output end of which is connected to the head end of the adjusting arm for driving the adjusting arm to rise and fall. The end of the adjusting arm is connected to the adjustable curved sheath electric control mechanism, and the adjusting arm has a rotation joint and a pitch joint for driving the adjustable curved sheath electric control mechanism to rotate and pitch. The adjustable curved sheath electric control mechanism is used to install and operate the adjustable curved sheath. This invention replaces traditional manual surgery with an electrically controlled adjustable curved sheath surgical robot, which can reduce the burden on doctors and reduce the risk of transmission of lung infectious diseases.

The present invention provides an aqueous solution composition capable of rapidly preventing, alleviating or eliminating symptoms of acute respiratory diseases by applying a hypertonic aqueous solution composition containing molecular iodine to all parts of the eyes, oral cavity, nasal cavity, and respiratory tract. The present invention provides a hypertonic aqueous solution composition containing molecular iodine, which can prevent and eliminate acute respiratory infectious diseases such as cold, flu, and COVID-19, and can rapidly alleviate or eliminate runny nose and nasal congestion caused by allergic and non-allergic rhinitis.

A system and method that enables users to provide authenticated medical records (e.g., vaccination records, viral anti-body test results, etc.) to a third-party (e.g., a venue) to gain access to the third-party is provided. In this way, the third party may confirm that the user is sufficiently immune to a particular disease (e.g., COVID-19) and may thereby minimize the threat of the user introducing the contagious disease to the third party. The system includes a biometric data recognition system that authenticates the identity of a user, a medical records acquisition system that acquires the medical records of the authenticated user, and a system for the displaying or otherwise providing the medical records to the third-party for review. The system also includes a system identification card that includes the user's contact information, alphanumeric characters associated with the user's driver's license number, medical records of the user, and other elements.

The disclosure relates to laminate structures to cover or protect substrates or surfaces. The laminate structure comprises a support layer and a self-sterilizing / antimicrobial layer comprising a sulfonated polymer, capable of killing microbes within minutes and for an extended period of time. The sulfonated polymer has a sufficient degree of sulfonation to kill in less than 120 minutes at least 90% of microbes in contact with the surfaces, and for extended protection of the surfaces for at least one month. The laminate structure is particularly suitable for protecting high-touch surfaces such as door knobs, touch-screens, tables, as well as for use with facemasks, face shields, or as self-sterilizing wraps for surgical instruments and supplies. The laminates can also be used as garments or to cover / protect personnel having contagious diseases, etc., to decrease the transmission of microbes.

The invention discloses a method for intelligently regulating and controlling a negative pressure isolation hood based on multi-modal filtering, relates to the technical field of medical protection equipment, and solves the problems of sudden pollution response lag, filter screen failure protection interruption and poor man-machine adaptability caused by single parameter regulation and control of a traditional isolation hood. Isomerous data inside and outside the hood are synchronously collected through a multi-mode sensing unit; inputting the data into a dynamic decision model, fusing an environment safety coefficient, a filtering efficiency attenuation curve and a user comfort evaluation function, and generating an optimal negative pressure threshold in real time; the power of a stepless frequency conversion fan is adaptively adjusted, the lower limit of negative pressure is maintained to be higher than-25 Pa when the aerosol concentration suddenly increases, the fluctuation amplitude is controlled when breathing is abnormal, the service life is predicted according to the pressure difference change rate of a filter screen, and the power is compensated in advance; and parameters are controlled through a closed-loop feedback mechanism, fault diagnosis is started, and a standby strategy is switched. The method is used for prevention and control of infectious diseases, can improve the sudden pollution response speed, prolongs the service life of the filter screen, and remarkably improves the wearing comfort.

Provided are compounds and methods of treating diseases caused by a Coronaviridae virus such as SARS-CoV-2, SARS-CoV, and MERS-CoV coronaviruses by administering nitrogen-containing heterocyclic compounds. SARS (Severe Acute Respiratory Syndrome), MERS (Middle East Respiratory Syndrome), and, particularly, COVID-19 are highly contagious diseases with high mortality rate responsible for tens of millions of infections and almost two million deaths around the globe.

An auscultation device that can be used for telemedicine consultations and real-time telemedicine monitoring. The digital stethoscope includes a detector of analog acoustic signals from the patient and a data processing system implemented via a secure encrypted web-protocol and accessible via the user interface of a progressive web-application on a portable computing device of the patient / physician with connected headphones. The acoustic signal detection device comprises a sequentially connected audio microphone, an analog signal pre-amplifier, an ADC, a microcontroller, and a battery. The microcontroller combines the signals from the ADC and the device status signals into a single packet and transmits it wirelessly to the data processing system. The software processing is carried out on the physician's or patient's device. An increase in the quality / speed of signal processing is achieved with reduced power consumption and with the possibility of safe auscultation of patients with highly contagious diseases, e.g., COVID-19.

A method for visualizing and supporting a contextual diagnostic decision for contagious diseases is provided. The method includes receiving, from a diagnostic instrument, information regarding a sample cartridge, including a location data and a risk factor, the sample cartridge including multiple test assays for diagnosing multiple infectious diseases. The method also includes selecting a test assay for reporting a diagnostic result, instructing the diagnostic instrument to run the test assay from the sample cartridge, receiving, from the diagnostic instrument, a first data set when the test assay is completed, and assessing a diagnostic result based on the first data set. A system and a non-transitory, computer-readable medium storing instructions to cause the system to perform the above method are also provided.