Abstract: The present invention relates to the use of imaging for non-invasive and non-contact measurement of respiration rates and body temperature. The invention uses a combination of visible imaging, thermal imaging, and machine learning to monitor respiration rate and body temperature. One of the embodiments of the invention allows the invention to be mounted on an articulating arm for use in hospital settings. Another embodiment of the invention allows the invention to be easily portable for use in mobile applications. Further embodiments allow the system to be used remotely making it very applicable for use in isolation or for remote locations.

Abstract: The present application discloses a method for creating an album in real-time by an application, the application is running on an electronic device, within the electronic device's camera screen, A text journal bar will be shown on the screen as long as the application is in the camera mode. The text bar added within the mobile camera, alongside the photo and video function, allows the application to be able to contribute alongside each other within camera mode in a true real-time population of an album, digital, and photo. This method provides a way of adding the text journal bar for text entries to the camera mode function to overcome the existing issues such as forgotten thoughts, milestones, and meaningful sentiments lost due to having to add text entries via another window or function of an application.

Abstract: The present application discloses a method. for creating an album in real-time by an application, once selecting the titled album; entering camera mode in the application. Text function bar shown within camera mode; ability to contribute personalized text entry while in camera mode before and after captured if needed; capturing the at least one media. Photo, video or text entry, via the application; showing the at least one media with text entries by the application; and automatically, self-populating, in real time, directly into selected album. All entries will have date and time under each entry to ensure the accuracy. In addition, application allows user to invite additional contributors to contribute and capture directly, into the same album at the same time. When the album is finalized, the album may automatically include date of the first and last entry on cover and spine of album, alongside the title.

Abstract: The present application discloses a method for automatically creating an album by an application, comprising selecting the album and titling in the application; capturing at least one media, photo and or video via the application; texting for the at least one media in a journal bar while reviewing the at least one media at same time; and automatically, self-populating, in real time, directly into the album. All entries will have date, time and location stamped under each entry to ensure the accuracy. In addition, the present application allows the user to invite one or more additional contributor to the selected album. All contributor entries will self-populate in real time and chronologically alongside all entries made to the selected album. When the album is finalized, the album may automatically date, on the cover and spine of the album, alongside the title with the date of the first and last entry.

Abstract: This invention provides a method for automatically creating a photo album, the method comprising the steps of selecting a pre-designed photo album template alleviating the need for any other design work by a user, the photo album template comprising one or more pages of the photo album; automatically capturing a plurality of images, videos and text journaling in one or more pages of the photo album within the photo album template chronologically and in real time and having the time, date and optional location stamped under each entry; adding image and metadata associated with the plurality of images to the one or more pages of the photo album chronologically; and storing a completed photo album on a storage media.