The present invention is an ergonomic safety work mat which includes a modular ergonomic wooden platform with a synthetic tapered marginal border. The purpose of this invention is to provide occupational workers with a therapeutic, forgiving work surface to protect them from the health risks of working, walking and standing on a concrete floor or common anti-fatigue mat used in many factories today. The wooden platform is raised off the floor to offer suspension, thus promoting a spring effect for absorbing and returning compression force resulting in reduced stress loads and compression force for people who work, walk or stand fort extended periods of time. This product is modular in design so that the tapered borders of separate modular sections connect for a snug fit. The vertical edges of the wood sections also have connection points that provide a leveling effect and further enhance the fit of the module sections.

One aspect of the invention provides an extruded, polymeric underlayment pad including: a substrate; a first plurality of at least four intersecting ridges extending perpendicularly from a first side of the substrate; and a second plurality of at least four intersecting ridges extending from a second side of the extruded polymeric substrate.

One aspect of the invention provides a pad including: a substrate; a first plurality of parallel ridges extending from a first side of the substrate, the first plurality of parallel ridges terminating in longitudinal alternating bevels; and a second plurality of parallel ridges extending from a second side of the substrate.

A mat comprises a first surface and an opposing second surface. The first surface includes a first lugged cleaning area and a second lugged cleaning area in which a plurality of lugs project from the first surface. A drain region is disposed between the first and second lugged cleaning surfaces. The drain region includes at least one drain communicating with the second surface. The mat may optionally further include a removable and replaceable brush disposed in the drain region. The second surface may include a channel formed in the second surface that communicates with the drain.

A mat comprises a first surface and an opposing second surface. The first surface includes a first lugged cleaning area and a second lugged cleaning area in which a plurality of lugs project from the first surface. A drain region is disposed between the first and second lugged cleaning surfaces. The drain region includes at least one drain communicating with the second surface. The mat may optionally further include a removable and replaceable brush disposed in the drain region. The second surface may include a channel formed in the second surface that communicates with the drain.

A shoe bottom cleansing apparatus includes an inner layer having a compression molded material, a cover coupled to the inner layer and having a microfiber, and a lower layer coupled to the cover and defining a lower surface of the shoe bottom cleansing apparatus. The lower surface is configured to contact the ground surface and has an anti-slip material. A plurality of cleansing portions define an upper surface of the shoe bottom cleansing apparatus opposite the lower surface. Each groove of a plurality of grooves is disposed between adjacent cleansing portions of the plurality of cleansing portions.

A shoe bottom cleansing apparatus includes an inner layer having a compression molded material, a cover coupled to the inner layer and having a microfiber, and a lower layer coupled to the cover and defining a lower surface of the shoe bottom cleansing apparatus. The lower surface is configured to contact the ground surface and has an anti-slip material. A plurality of cleansing portions define an upper surface of the shoe bottom cleansing apparatus opposite the lower surface. Each groove of a plurality of grooves is disposed between adjacent cleansing portions of the plurality of cleansing portions.

A shoe or cleat cleaning and transport unit structured as a box providing a storage cavity, in which a cleaning tray is removably positioned and resting on support structure whereby the tray is elevated above the box floor to provide a debris collection receptacle space between the floor and the tray, wherein the tray is formed with multiple upstanding brush or other mud scraping structure bordered by debris exit ports extending through the tray and opening into the debris collection space between the tray and the box floor.

A shoe or cleat cleaning and transport unit structured as a box providing a storage cavity, in which a cleaning tray is removably positioned and resting on support structure whereby the tray is elevated above the box floor to provide a debris collection receptacle space between the floor and the tray, wherein the tray is formed with multiple upstanding brush or other mud scraping structure bordered by debris exit ports extending through the tray and opening into the debris collection space between the tray and the box floor.

There is provided a dust suction apparatus comprising: a base; a side frame wherein the base and frame defines a dust suction space; a dust suction panel disposed in the dust suction space; and a dust-collection device air-communicated with the dust suction panel, wherein the dust suction panel includes a plurality of dust suction panel modules, wherein the dust suction panel modules are mounted in the dust suction space in a modular fashion to allow the plurality of dust suction panel modules to be removed individually.