Abstract: A tire traction with a brake system for frozen and wet pavement including an anti-slip assembly, a tire traction assembly, and an electronic assembly. Anti-slip assembly includes linear motion mechanisms coupled near to the vehicle's wheels, the mechanisms when deployed abuts against the frozen pavement, preventing the vehicle from slipping in an inclined street during black ice. Tire traction assembly includes a deployable mechanism with a set of wheels covered by a set of crawler belts, wherein traction peaks attached across the set of crawler belts allows the vehicle to improve traction when driving over frozen pavement. Electronic assembly includes a plurality of sensors that allows the anti-slip assembly and the tire traction assembly to be deployed and undeployed automatically, also an alarm is actuated to notify the user when a sensor has detected and activated one or both assemblies.

Abstract: A touch free elevator control panel including a button panel assembly, a secondary button panel assembly, an electrical assembly, and an elevator assembly is disclosed. These assemblies in conjunction with one another provide a simple touch free solution for everyday elevator use. Both the button panel assembly and secondary button panel assembly include motion sensors that can detect a user's proximity to a desired button. Thereby enabling a user to select a desired elevator function without having to actually touch a button on the panel. Included in the button panel assembly and the secondary button panel assembly is a code reader that is capable of scanning a code on a user's mobile device. The code reader affords the user an added layer of security by efficiently scanning a code produced by a user's mobile device to determine access to specific floors.