Abstract: Assays, kits, and methods that target and/or detect the presence of bovine respiratory complex (BRD)-associated pathogens in a sample. These assays, kits and methods can be portable and capable of providing fast (within 45 minutes) and accurate (at least 96%) results in the field, eliminating the need for a laboratory and other complex equipment.

Abstract: The present invention discloses a system for an autonomous, dynamic cleaning system for photovoltaic panels and a method thereof. The system comprises an autonomous solar bot (100) for cleaning PV panels (202) in a solar plant (200), where the solar bot (100) is capable of re-orientation, dynamic path-tracing as well as predictive cleaning. The solar bot (100) comprises specialized mecanum wheels for enabling enhanced movement across the PV panels (202). The invention also provides a system and method for a solar plant cleaning system (300) which uses drones (204) to transport the solar bot (100), and which can be controlled through fleet control via an IoT dashboard (426). Further, the IoT dashboard (426) may also be used for solar plant management.

Abstract: The present disclosure is drawn to methods of preparing a saliva sample for loop-mediated isothermal amplification (LAMP) detection of a pathogen target. In some embodiments, such methods can include providing an amount of saliva from a test subject, and diluting the saliva in water to a degree that reduces a buffering capacity of the saliva while maintaining a sufficient concentration to allow for detection of the pathogen target.

Abstract: A method and a system for measuring various physical parameters of a subject by a user using a wearable diagnostic device which comprises of an apparel with a modular sensor matrix disposed in it. The modular sensor matrix is configured to enable a user to measure physical parameters of the subject. The apparel also has display visual display unit disposed on it, which is configured to exhibit measured physical parameters of the subject.

Abstract: The invention discloses an automatic surface cleaning vehicle for photovoltaic (PV) panels (102) that is capable of moving on the surface of the said panel. The system comprises of a surface cleaning device (816) mounted on a retractable supporting frame which is collectively called as an Unmanned Autonomous Vehicle (UAV) (101). The invention provides for an automatic cleaning system that also collects data about the amount of dust accumulated on the surface of the photovoltaic panel (102) and details of any damage found on the surface. A motor driving circuit is further comprised in the unmanned, autonomous vehicle (101) to control direction and motion of the unmanned, autonomous vehicle (101).