Abstract: The automotive hazard light system is a signaling system configured for use with a vehicle. The automotive hazard light system mounts on the inferior side of the vehicle. The automotive hazard light system automatically deploys by releasing itself from the vehicle, moving a distance away from the vehicle, and deploying a hazard signal. The automotive hazard light system subsequently retracts to a position underneath the vehicle. The automotive hazard light system comprises a cart, a control circuit, and a power circuit. The cart contains the control circuit and the power circuit. The cart moves the automotive hazard light system away from the vehicle and retracts the automotive hazard light system towards the vehicle. The control circuit controls the movement of the cart and the operation of the hazard signal. The power circuit provides the electrical energy required to operate the automotive hazard light system.

Abstract: A hammer includes a handle and a head. The handle has a bottom end and an upper portion. The head is disposed on the upper portion of the handle and has a striking surface at one end thereof. The head includes a bell and a chamfer disposed along edges of the strike surface. The bell tapers so as to be reducing in diameter as it extends away from the chamfer.

Abstract: A hammer includes a handle and a head. The handle has a bottom end and an upper portion. The head is disposed on the upper portion of the handle and has a striking surface at one end thereof. The head includes a bell and a chamfer disposed along edges of the strike surface. The bell tapers so as to be reducing in diameter as it extends away from the chamfer.

Abstract: A hammer includes a handle and a head. The head is disposed on an upper portion of the handle. The hammer includes an overall length dimension. A ratio of the overall length dimension to the surface area of the striking surface of the head is less than 11.0. The head also includes a striking surface at one end thereof and a head weight. The head may be integrally formed with the upper portion of the handle, wherein a ratio of the head weight to the surface area of the striking surface of the head is less than 16.25. The head may alternatively be mounted on the upper portion of the handle, wherein a ratio of the head weight to the surface area of the striking surface of the head is less than 14.0. The head can have a ratio of radial measurements that is less than 1.0.

Abstract: A hammer includes a handle and a head. The head is disposed on an upper portion of the handle. The hammer includes an overall length dimension. A ratio of the overall length dimension to the surface area of the striking surface of the head is less than 11.0. The head also includes a striking surface at one end thereof and a head weight. The head may be integrally formed with the upper portion of the handle, wherein a ratio of the head weight to the surface area of the striking surface of the head is less than 16.25. The head may alternatively be mounted on the upper portion of the handle, wherein a ratio of the head weight to the surface area of the striking surface of the head is less than 14.0. The head can have a ratio of radial measurements that is less than 1.0.