Wildcat Manufacturing Company

Other

Astec Industries, Inc.

Terex Corporation

Westfalia Technologies, Inc.

Hot Mix Mobile, LLC

Mobile Concepts, Inc.

Mobil Concepts, Inc.

Boris Fridman

Jerry L Warlow

J Donald Brock

Daniel Labell

David E Pierce

A mobile asphalt production machine which includes support for different asphalt concrete recipes including a plurality of aggregate storage bins which work on combination with a fines or sands storage bin. The individual bins have separated feeding chutes to the mixing trough. The machinery also includes a removable pan at the elevator transfer station to accommodate changeover from one grade aggregate material to another. Further, a controller is provided which delivers appropriate ingredients while also measuring process parameters to adjust various input requirements. Further, a dust and particulate recapturing system is provided which recycles particulate matter back into the ribbon of mixed material with a binding agent.

Mobile asphalt concrete production machine

A portable screening trommel having a chassis, at least one wheel assembly at a rear portion of the chassis, a hopper for receiving a material, a rotary trommel being chain driven at a discharge end and which receives the material from a feed conveyor beneath the hopper, a first product conveyor extending from a rearward end of the chassis to a forward end and feeding a rotatable stacking conveyor, and a second product conveyor receiving material from within the trommel and being rotatable between an operating position and a traveling position. The stacking conveyor is positioned at the forward end of the chassis and is rotatable between a first operating position and a second traveling position.

Portable screening machine

A portable telescoping stacking conveyor for stockpiling bulk particulate materials includes a primary conveyor frame, a secondary conveyor frame, an undercarriage and a base frame having a king pin for engagement with a tow vehicle. The front end of the primary conveyor frame is pivotally mounted to the base frame. The secondary conveyor frame of the portable telescoping stacking conveyor has a left secondary top chord and a right secondary top chord. The secondary conveyor frame is receivable by the primary conveyor frame and moveable with respect thereto between a retracted position and an extended position. The primary conveyor frame is arranged, configured and adapted to support the secondary conveyor frame only by supporting the left secondary top chord and the right secondary top chord.

Portable telescoping stacking conveyor

A pallet and conveyor system for loading pallets onto a transport vehicle is described. The conveyor system has a first and a second conveyor which positions the pallets between the conveyors and maintains the pallets in upright orientation. The conveyor defines an upper conveyance track and a lower conveyance track which may be placed on the bed of a transport truck. The pallets maintained in the conveyor system are easily loadable on the truck and can be captured without operator lifting by the conveyor system. The pallets may be forked from any direction and provide a stabilization device for maintaining the cargo within the pallets.

Pallet and conveyor system for loading onto transport

A portable screen includes a conveyor which has a working position in which it extends out the end of the chassis, swivels, raises and lowers, and has a storage position in which it folds flat against the side of the chassis.

Portable conveyor with swivel and fold

An improved mounting system for mounting a forklift on a carrier vehicle where the forklift includes a frame, a mast connected to the frame, and a fork carriage having a pair of forks extending therefrom. The fork carriage is adapted to be vertically displaceable on the mast and laterally extendable relative to the mast. The carrier vehicle includes a mounting end with at least one fork receiver adapted to receive the pair of forks therein and to allow complete lifting of the forklift off of a ground surface by vertically displacing the fork carriage. At least one hook is attached to either the mast of the forklift or the mounting end of the carrier vehicle, and an engagement bar is secured to the other of the mast or the mounting end. The engagement bar is sized to be received within the at least one hook to thereby securely mount the forklift to the mounting end of the carrier vehicle. In one embodiment the at least one hook is two hooks rigidly attached to base portions of the mast. In another embodiment, the engagement bar is adapted to be laterally extendable from the mounting end.

Vehicle mounted forklift mounting system and a forklift and carrier using the same

A compact, programmable palletizer and method for forming at least one layer of packages on a pallet, comprising a rigid frame, an infeed conveyor positioned adjacent the frame for conveying successive packages into the palletizer, and a rollerbed assembly mounted on the frame and positioned juxtaposed the infeed conveyor for receiving successive packages from the infeed conveyor. The rollerbed assembly is formed on a single horizontal plane and is movable between an advanced position and a retracted position. The palletizer further includes a fixed back stop positioned adjacent the rollerbed assembly and rigidly connected to the frame for preventing the packages conveyed onto the rollerbed assembly from moving beyond a predetermined position thereon, and a sweeper arranged adjacent the rollerbed assembly and the fixed back stop for positioning the package in a predetermined position on the rollerbed assembly by rotating, displacing and squaring the package thereon.

Growing community of inventors

York, PA, United States of America

Boris Fridman