Other

Safe Parking Limited

Geltech Solutions, Inc.

James Bowmer Story

Victor Dale Trotter

Frederic M Newman

Jonathan V Huseman

Kasia L Robnett

Joseph Coleman McDowell, Jr

Michael Corbett Story

Peter J Cordani

Jesse J Lee

Steven K Stout

Edward G Kleiman

Daniel Jordan Reece

Sean Patrick Laney

Meredith K Peeler

Juan Carlos Acevedo

Charles Jefferson Fritts

Michael C Story

Matthew E Struzziero

Marc A Gerth

Len Keith Averyt

Christopher Corbett Story

Reagan G Bullock

Kevin A Vaughn, Ii

Dwayne David Miller

The instant invention relates to an apparatus and method for enhancing the fire extinguishing properties of water for use with fire fighting aircraft. The apparatus and method includes the steps of, and equipment for, transferring media into a holding tank in aircraft; filling a reservoir hopper with water in the aircraft; calculating the amount of media to be added to the reservoir; drawing the calculated amount of media into the reservoir to form an enhanced fire fighting admixture while the aircraft is in flight, wherein the admixture is offloaded by a controlled discharge for use in fighting forest fires.

Amphibious aircraft fire fighting enhancement

Example workover vehicles for removing and installing sucker rods and tubing of completed wells include a mast having a distinctive spatial relationship with various equipment of the vehicle. The mast has a series of vertical corner posts or weight bearing derrick legs that define the mast's horizontal footprint. In some examples, a tubing storage rack is situated mostly within the footprint while a rod storage rack is mostly beyond the footprint. A robot traveling vertically along the mast transfers rods and tubing between the well and the appropriate storage rack. In some examples, the rod storage rack pivots between an extended operative position and a retracted transport position. In some examples, a robotic jib transfers rods or tubing to and from a lay-down storage area. Some example robot jibs are movable to a fully deployed position for normal operation and a stored position within the mast's footprint for vehicle transport.

Dual rack mast for a well servicing vehicle

A method for handling water and oil automatically monitors and schedules the trucking of waste water between a disposal site and multiple well sites. In some examples, the method automatically detects the presence of a tanker truck at a well site and/or at the disposal site and records the truck's arrival and departure times. In some examples, the method monitors the changing level of waste fluid collected in a waste fluid storage tank at the well site and thereby determines the volume of waste fluid transferred from the tank to the truck. In some examples, the method also estimates the volume of waste fluid transferred from the well bore into the tank while the truck is withdrawing fluid from the tank. In some examples, the method automatically generates and posts online billing information and regulatory reports associated with waste water trucking, waste water disposal and oil reclaiming.

Water handling system

A mechanism for moving vehicles within a vehicle parking structure comprises a lift platform which can be moved vertically and laterally to positions in register with one or more transfer rooms through which vehicles enter and leave the structure and a selected parking space of the structure. A vehicle transfer mechanism is carried on the platform and includes four self-powered tractors carrying lift arms that can be driven off the platform to engage the tires of a vehicle and to transfer that vehicle onto the platform for transportation between a transfer room and a parking space. The tractors, when deployed, pass outside the vehicle tires with the lift arms folded and can then be operated to extend the arms in a way that engages the tires and lifts the vehicle.

Automatic parking structure

An example robotic method for disassembling and removing a well string (e.g., a string of sucker rods or tubing within a wellbore) involves a computer controlled track and trolley system. Movement of multiple trolleys, carriages, shuttles, articulated arms and other hardware is orchestrated in a manner that minimizes cycle time and thus reduces the overall time for removing the entire well string. In some examples, upper and lower robots travel along and share a first set of tracks while an upper trolley mechanism and a main trolley travel along and share a second set of tracks. In some examples, the two sets of tracks are mounted vertically to a mast, wherein the mast is part of a workover vehicle.

Robotic disassembly method at a well site

The present invention as disclosed herein is an improved vehicle parking structure and method for using the same. The vehicle parking structure provides for the automated storage and retrieval of vehicles in response to user inputs. In one aspect, the vehicle parking structure comprises one or more transfer rooms in which a vehicle operator may deposit and later retrieve a vehicle, a plurality of parking spaces of either fixed or variable dimensions, and one or more vehicle transporters used to move vehicles from the one or more transfer rooms to the plurality of parking spaces. The one or more vehicle transporters are in turn each preferably comprised of one or more vertical stabilizers, one or more tractors, one or more lifts, a lifting platform, and a dolly. The vehicle transporters move the lifting platform and dolly so that the dolly may be positioned to access a vehicle located in a transfer room or parking space.

Growing community of inventors

Highland Village, TX, United States of America

James Bowmer Story