Ilc Dover Ip, Inc.

Ilc Dover, Inc.

Other

Grayling Industries, Inc.

Ilc Dover Lpp

Tony Ray McKee

Randy R Sullinger

Adam Michael Sadkowski

David Phillip Cadogan

Donald R Cohee

Charles Ralph Sandy

Steven M Lloyd

Craig R Scheir

David S Burnham

Lewis R Dickerson

Jonathan Michael Hinkle

Jeffrey Lewis Roushey

John Kun Hung Lin

John K Folke

Scott Lester Davidson

Ralph Olav Elgesem

Mitch A Mankosa

Wayne A Fearn

Thomas Joseph Edwards

Steven Michael Lloyd

A liner L has a liner body () with a front wall (), rear wall (), bottom wall (), a top wall (). The top wall also includes a tubular excess liner material or chute () located close to the rear wall and which includes a filling fitment () with a fitment cap (). The liner also has a cylindrical, hose content inlet/outlet port or bottom fitment (). The liner may include a gap-filler or filler strip () of foam material extending outwardly from a position closely adjacent the outlet fitment. The filler strip is mounted to the front wall directly over and closely adjacent the outlet fitment. The filler strip may taper so that at least a majority of the strip's longitudinal length or height so as to increase in its lateral width as it approaches the outlet fitment, thereby increasing the material volume of strip material.

Flexible container liner wringing device and liner

A liner (L) has a liner body () with a front wall (), rear wall (), bottom wall (), a top wall (). The top wall also includes a tubular excess liner material or chute () located close to the rear wall and which includes a filling fitment () with a fitment cap (). The liner also has a cylindrical, hose content inlet/outlet port or bottom fitment (). The liner may include a gap-filler or filler strip () of foam material extending outwardly from a position closely adjacent the outlet fitment. The filler strip is mounted to the front wall and/or top wall. The filler strip may taper so that at least a majority of the strip's longitudinal length or height so as to increase in its lateral width as it approaches the outlet fitment, thereby increasing the material volume of strip material.

A liner () includes a liner base () and a cradle () which is used in conjunction with a conventional intermediate bulk container (). The liner base has a bottom wall (), a top wall () opposite the bottom wall, and four side walls () extending between the bottom wall and top wall. The four side walls include a front wall (), a rear wall (), and two oppositely disposed end walls (). The top wall includes a top opening fitment (). The front wall includes a dispensing opening fitment (). The liner lifting cradle includes a bottom panel (), two oppositely disposed end panels (), and a rear panel (). The end panels have an elongated terminal end () which includes a reinforced mounting hole (). The rear panel has an elongated terminal end () which includes a grommet () defining a reinforced mounting hole ().

Liner with lifting cradle

A liner L has a liner bodywith a front wall, rear wall, bottom wall, a top wall. The top wall also includes a tubular excess liner material or chutelocated close to the rear wall and which includes a filling fitmentwith a fitment cap. The liner also has a cylindrical, hose content inlet/outlet port or bottom fitment. The liner may include a gap-filler or filler stripof foam material extending outwardly from a position closely adjacent the outlet fitment. The filler strip is mounted to the front wall directly over and closely adjacent the outlet fitment. The filler strip may taper so that at least a majority of the strip's longitudinal length or height so as to increase in its lateral width as it approaches the outlet fitment, thereby increasing the material volume of strip material.

A liner wringing device () is disclosed for use with a container liner. The wringing device includes a housing () with an internal cavity which houses the mechanical components of the wringing device. The housing defines a central liner compression channel (). The internal components include a bottom support plate () with a central openingaligned along the central channel. The wringing device also includes a drive assembly () formed by four elastomeric rollers () positioned so that the peripheral contact surfaces () are aligned generally tangentially with the central channel. The four rollers are each mounted to a drive shaft/axle which includes bevel gears which are meshed so that all four rollers rotate in simultaneous, synchronic rotation through the actuation of a pneumatic air gear motor ().

Flexible container liner wringing device

A liner sump dispensing system () is disclosed which is used in conjunction with a liner () and an intermediate bulk container (). The liner sump dispensing system includes a liner cassette () and a tilting device (). The liner cassette is mounted to the bottom of the liner. The tilting device includes a tray () and a reciprocating pneumatic arm () having a pneumatic cylinder () and a piston rod () pivotally coupled to a rear end () of the tray. The tray has a trapezoidal shaped floor () and a pair of inclined wings () extending upwardly along an incline from the floor. A L-shaped mounting flange () adapted to be coupled to the top end of the container is coupled to the end of the pneumatic cylinder opposite from the tray. The actuation of the pneumatic cylinder tilts the tray to tilt the liner bottom end.

Liner sump dispensing system

A novel design and construction method for the creation of a Deployable Flexible Flood Mitigation Device manufactured from textile and membrane materials. The Flexible Flood Mitigation Device comprises a textile/membrane panel configured to be movable between an opened position and a closed position, wherein in the closed position, the panel forms a barrier against flood water; and a spool that is manually or electrically operated is used to move the panel from the closed position to the opened position. The spool can also be eliminated and the panel can be manually folded for storage. The Flexible Flood Mitigation Device can be configured for use in many applications including subway tunnels, vehicular tunnels, stairwells, ventilation shafts, and other openings that can be threatened by flooding. It can be used in any orientation (vertical, horizontal or at an angle with respect to gravity), and can stop fluids approaching from either side. It can also be shaped to fit any opening. Although its primary use is flood mitigation, the device is also applicable to containment of smoke from fire, chemical or biological agents, or other transient media.

Deployable flexible flood mitigation device

An economical and reliable system for the contained transfer of particulates by means of a series of transfer containers facilitates the particulate transfer without either exposure of the operating personnel and the environment to the particulate, or environmental contamination of the particulate itself. The system employs a multiple o-ring canister assembly which can be attached to either the discharging port or charging port of a piece of processing equipment. The canister has a series of circumferential o-ring grooves which allows the attachment of a series of individual transfer containers. In a charging mode, once the particulate is charged to the processing equipment, a first transfer container is collapsed and a second transfer container is placed in the next o-ring groove, thereby containing the remaining contaminated section of the first transfer container. The first transfer container is removed through a bag-out sleeve which is an integral part of the second transfer container. The process is repeated in a stepwise fashion by moving to the next groove in the canister until the process equipment is completely charged in a particulate contained manner.

System for the contained transfer of particulates

A bioprocess container consists of a flexible container, placed inside a heat exchanger. By providing a disposable agitation device inside the sealed container, a filled container can be stirred without having to open the container. Possible agitation elements include traditional stirrers, rotating magnetic rods, bladder devices integral with the structure of the container, as well as different devices for manipulating the shape of the sealed container. Finally, a containment disk is used to ensure that the magnetic rod is maintained in the magnetic field.

Growing community of inventors

Millsboro, DE, United States of America

Tony Ray McKee