A versatile lever-type decking and plank removal tool for more efficiently prying floor-boards from deck foundations and floor-joists to which they are nailed. The decking and plank removal tool uses an adjustable demolition head having an offset inverted hook to tear off any deck board in any configuration in seconds with a minimum of effort, allowing the user to remain completely upright for the entire process. An optional vibratory-assist module is also disclosed.

A floor stripping machine for removing floor covering from a floor surface includes a base, a motor secured to the base, a rear wheel arrangement driven by the motor, and a blade assembly. The blade assembly is secured to a remaining portion of the machine and has a removable clamp with a cutter. The machine has a forward downward sloping angle, a low center of gravity, and is obstruction free for mounting by an operator. The blade assembly may include a dovetail for a variety of tool heads. One example of a blade has a base flange, a pair of side flanges with forward leaning angles, and a hook in between each side flange and the base flange.

Demolition tools are presented including: a handle having a proximal end and a distal end, where the handle includes a reinforcing gusset mechanically coupled with the prying head, and where the handle further includes at least three bends along a handle length; a prying head disposed along the distal end of the handle, the prying head including at least two tines mechanically coupled with a cross frame; and a striking head mechanically coupled with and disposed along at least one end of the cross frame.

A powered tile breaker has an adjustable frame and the frame is further comprised of a handlebar member, a foldable shaft, a base member, and wheels. The base member holds a chiseling assembly which comprises a main electric motor located inside a motor casing. The motor powers a chisel member. The chiseling assembly is angularly adjustable by way of an actuator member which consists in a secondary electric motor driving a piston. The piston has one end rotationally connected to the base member, and the actuator member is rotationally connected to a lever member which extends from the chiseling assembly and which connects at a pivot point.

An uncoupling mat includes a flexible plastic layer (2) made of film-like plastic with structuring that defines indentations (6) provided with undercuts (5) on the first side (4) and cavities (8) positioned between the indentations (6) on the opposite second side (7). A fleece or fabric (3) is securely connected to the second side (7) and covers the cavities (8). A cross-section of the indentations (6) in at least some corner regions (10) increases towards the first side (4).

An industrial floor scraper equipment shield having an industrial floor scraper assembly, a front shield assembly, a fastening assembly, a wedge shield assembly, and a side shield assembly is disclosed herein. The industrial floor scraper assembly includes a ride on floor scraping vehicle that has hydraulic hoses that are used to power and operate the scraper blade. The shields of the aforementioned assemblies are mounted to the front and sides of the industrial floor scraper, said shields are attached to said industrial floor scraper using said fastening assembly. Thereby covering the previously exposed hydraulic hoses and create a debris deflecting shield. Wherein the shield helps prevent the hydraulic hoses from being damaged by any flying sharp debris.

A ride-on floor machine, including: a frame including a lower frame portion; a drive system carried by the frame; and a blade control system carried by the lower frame portion, the blade control system including: a blade holder pivotably attached proximate a front end of the lower frame portion; and a linear actuator coupled to the blade holder at a first end and coupled to the lower frame portion at a second end, wherein the actuator extends along a center line parallel to the lower frame portion and is operative to move between an extended position where the blade holder is in an up position and a retracted position where the blade holder is in a down position.

A tile removal assembly includes a tool that has a handle and a head attached to the handle. The head has a claw portion extending laterally away from the handle and a chisel portion extending laterally away from the handle in an opposite direction from the claw portion. The claw portion has a thickness that is sufficiently thin to facilitate the claw portion to flex when the head is swung toward a tile is bonded to a hard floor surface. In this way the claw portion can travel between the tile and the hard floor surface to facilitate a user to drive the claw portion beneath the tile without requiring the user to swing the tool with a high degree of accuracy. The chisel portion has a thickness that is sufficiently thick to inhibit the chisel portion from flexing thereby facilitating the chisel portion to pry a fixed object.

A demolition device support has an elongated body that includes a base frame, a base frame support member, and an upper support member. The base frame is fixedly attached to the base frame support member, which is pivotably connected to the upper support member by a hinge. A handle extension member is mounted at the upper end of the body, and includes a mount for receiving handlebar. A collar is mounted at the lower end of the body, and is configured to receive a portion of the housing of a demolition device. The demolition device support is used to support a demolition device in an ergonomic and efficient position during use of the demolition device.

A fulcrum prybar includes a shaft portion extending along a first axis, a curved prying portion affixed to a first end of the shaft portion, and a fulcrum portion affixed to the curved prying portion. The fulcrum portion includes two rectangular portions fused together to form an obtuse angle or a right angle cross section. One of the two rectangular portions is oriented such that it is flush with a horizontal surface while the prybar has partially raised an object from the same or another horizontal surface.