New Pig Corporation

Other

Impact Products, LLC

Dane R Jackson

Brian Dennis Kratzer

R Douglas Evans

Anthony Scott Diminick

Mark S Woytowich

Donald J Staufenberg

Stephen A Dukes

Daniel Massam

Jeffrey C Gayer

John T Irwin

Robert J Starr

Robert James Hayes

Matthew A Romito

Matthew James Riley

Gregory R Harpster

Daniel J Gongloff

Justin L Stroup

Daniel A Silver

Michael James Verti

Multiple-can aerosol puncturing systems that are capable of puncturing multiple aerosol cans in a single operation are disclosed. A can holder with multiple chambers and a movable lid are used to contain the aerosol cans. A vertically movable actuation plate with multiple hollow puncturing pins is raised toward the can holder to puncture the lids of the aerosol cans. The heights of the puncturing pins may be staggered in order to puncture the lids sequentially during the same draining operation.

Systems for puncturing multiple aerosol cans

Multiple-tube stormwater filter socks may be used to mitigate stormwater environmental runoff of sediment, hydrocarbons and heavy metals. The stormwater filter socks comprise at least two tubes that are spaced apart by a separator web, and are filled with different types of absorbent media. The stormwater filter socks may be placed around the top grate of a storm drain chamber, and around other environmental runoff sources such as trash bins, roof downspouts and outdoor material stockpiles. The multiple-tube stormwater filter socks may be used to mitigate drips and spills of hydrocarbons such as motor oils, and may be used to contain zinc, copper, lead, chromium, cadmium and other heavy metals.

Stormwater filter socks with multiple separated tubes

Protective drain covers, include stiffening members at one end or at opposing ends to increase rigidity in one direction while leaving the other direction flexible. The increased rigidity in the one direction improves the ability to handle and accurately position the protective drain cover for use, while the flexibility in the other direction allows the protective drain cover to be rolled up for storage and future use. The stiffening member(s) can be used as hand-holds to assist in the placement of the heavy protective drain cover and then removal of protective drain cover after use.

Durable protective covers with stiffening rods for preventing spilled liquids from flowing into drains or holes

Portable collapsible fluid containment devices are disclosed comprising sidewall support braces that rotate from a collapsed generally horizontal position to a raised generally vertical position and lock into place. The sidewall braces may be attached to at least one sidewall of the containment device, and when raised support the sidewall in a fluid containment configuration. The sidewall braces comprise a base support leg, a sidewall support arm rotatably mounted on the support leg, and a locking tab for holding the sidewall support arm in the generally vertical position.

Collapsible fluid containment devices with locking sidewall braces

A repositionable fluid suction device is disclosed. The device includes a central body and a suction channel located on an underside of the central body extending at least partially around a periphery of the central body. A rim extends downward from the central body, and may define a portion of the suction channel. A fluid collection trough extends at least partially around the periphery of the central body to collect fluids that fall on the upper surface of the central body. The outermost peripheral edge of the suction device may comprise at least one concave portion extending radially inward toward the central body.

Repositionable fluid suction devices

Absorbent containment mats are disclosed. The mats include an upper absorbent layer, a lower liquid impermeable barrier layer, and a peripheral containment edge. The peripheral containment edge may have a lower profile than the absorbent layer. A pressure sensitive adhesive may be applied to the underside of the barrier layer. A durable porous layer may be provided over the absorbent layer.

Absorbent containment mats

A moppable floor mat is disclosed comprising a plurality of layers sharing a common peripheral boundary, the layers including an adhesive layer, a liquid impermeable layer, a high-traction layer, and a liquid absorbent layer. The adhesive layer is configured to be releasably adhered to a floor and capable of being mopped over without causing a movement of the moppable floor mat relative to a surface of the floor. The moppable floor mat further comprises a seal formed adjacent the peripheral boundary of the plurality of layers, wherein the seal is configured to form a fluid-tight barrier preventing liquids from exiting through the seal from the moppable floor mat.

Floor mat

An absorbent structure is provided which comprises a first outer layer, a second outer layer, a core layer positioned between the first outer layer and the second outer layer, wherein the core layer comprises a recycled cellulose material, and a core bonding agent.

Growing community of inventors

Port Matilda, PA, United States of America

Dane R Jackson