A sun visor assembly for a vehicle that includes a mount configured to be connected to the vehicle. A guide rod having a first portion that includes a head and a second portion with a terminal end is operably coupled to the mount via the head. An impact point is at the terminal end of the second portion. The guide rod and the impact point are configured for use as a window breaker tool in a disassembled position. A visor is operably coupled to the guide rod in an assembled position and is rotatable about the guide rod from a first position to a second position. The visor includes a channel defined within the visor that is configured to receive the guide rod.

An invertible tapping block having first and second opposed sides each configured to be struck with an impacting member, and a web between the sides, the web having upper and lower support surfaces to which a handle is selectively attached, and the web including opposed projections, different from each other, and configured to engage different configurations of flooring planks.

A hand-held driver device, comprising a solid impact body, configured to provide a user a surface for driving fasteners, an adjustable strap attached to a top surface of the solid impact body for retaining the solid impact body on the user's hand, a pair of inextensible rings attached to the adjustable strap, the pair of inextensible rings laterally opposed to each other and configured to provide a secure attachment point between the adjustable strap and the solid impact body, an adjustment device attached to the adjustable strap for modifying the length of the adjustable strap, an insulating surface integral to the top surface of the solid impact body, which is configured to conform to the shape of the user's hand and provide impact protection to the user's hand during use of the hand-held driver device, and a sacrificial bottom surface integral to the solid impact body, which is configured to make contact with the fasteners.

A hand-held driver device, comprising a solid impact body, configured to provide a user a surface for driving fasteners, an adjustable strap attached to a top surface of the solid impact body for retaining the solid impact body on the user's hand, a pair of inextensible rings attached to the adjustable strap, the pair of inextensible rings laterally opposed to each other and configured to provide a secure attachment point between the adjustable strap and the solid impact body, an adjustment device attached to the adjustable strap for modifying the length of the adjustable strap, an insulating surface integral to the top surface of the solid impact body, which is configured to conform to the shape of the user's hand and provide impact protection to the user's hand during use of the hand-held driver device, and a sacrificial bottom surface integral to the solid impact body, which is configured to make contact with the fasteners.

A hammer (1) for use in shape processing of a silicon block is a hammer for crushing a silicon block so as to carry out shape processing with respect to the silicon block, the hammer including: a handle (10) made of a resin; and a hammer head (20) fixed to the handle (10).

A hammer (1) for use in shape processing of a silicon block is a hammer for crushing a silicon block so as to carry out shape processing with respect to the silicon block, the hammer including: a handle (10) made of a resin; and a hammer head (20) fixed to the handle (10).

This disclosure provides a multi-functional safety umbrella comprising a main pipe. An umbrella tail is fixedly disposed on an upper side of the main pipe, and a safety structure is disposed on a lower side of the main pipe. The safety structure comprises a safety hammer, and an umbrella head is disposed on an outside of the safety structure. The umbrella head is detachably connected with the safety structure. When the umbrella head and the safety structure is fixed together, the safety hammer of the safety structure is hidden in the umbrella head. A safety hammer structure is disposed at a lower position of the main pipe, and then the umbrella head is disposed on the outside of the safety hammer, so that without affecting the overall appearance and use of the umbrella, the safety hammer can be hidden.

This disclosure provides a multi-functional safety umbrella comprising a main pipe. An umbrella tail is fixedly disposed on an upper side of the main pipe, and a safety structure is disposed on a lower side of the main pipe. The safety structure comprises a safety hammer, and an umbrella head is disposed on an outside of the safety structure. The umbrella head is detachably connected with the safety structure. When the umbrella head and the safety structure is fixed together, the safety hammer of the safety structure is hidden in the umbrella head. A safety hammer structure is disposed at a lower position of the main pipe, and then the umbrella head is disposed on the outside of the safety hammer, so that without affecting the overall appearance and use of the umbrella, the safety hammer can be hidden.

A handheld titanium hammer including a handle with a transverse hoop at one end, and a hammer head inserted therein. The hoop at the front-facing edge includes a notch. The hammer head includes a flange with a nub and an intermediate portion with a downward facing sloped surface and a recessed bed. A wedge having an upward facing angular surface fits into the hoop from the back end and pushes against the sloped surface of the intermediate portion for a wedging action. The wedging action also lifts the bed into a flattened wall section of the hoop capturing it therein. The nub of the flange is captured within the notch in the hoop. A fastened secures the wedge and hammer head together inside the hoop.

A handheld titanium hammer including a handle with a transverse hoop at one end, and a hammer head inserted therein. The hoop at the front-facing edge includes a notch. The hammer head includes a flange with a nub and an intermediate portion with a downward facing sloped surface and a recessed bed. A wedge having an upward facing angular surface fits into the hoop from the back end and pushes against the sloped surface of the intermediate portion for a wedging action. The wedging action also lifts the bed into a flattened wall section of the hoop capturing it therein. The nub of the flange is captured within the notch in the hoop. A fastened secures the wedge and hammer head together inside the hoop.