PIPELINE CONSTRUCTION REPAIR EQUIPMENT

Brand	Owner	Address	Description
CROSE	CRC-EVANS PIPELINE INTERNATIONAL, INC.	7011 High Life Drive Houston TX 77066	pipeline construction and repair equipment; namely, pipe cleaning and priming machines; cleaning, priming and tape wrapping machines; pipe coating and wrapping machines; pipeline kettles; road boring machines; pipe bending machines; bending sets; pneumatic bending mandrels; hydraulic wedge type pipe bending mandrels; hydraulic plug mandrels; internal and external line-up clamps; cutting and beveling machines; beveling bands; pipe facing machines; hydraulic power units; augers; pipe cradles; pipe belts; pipe slings; track wheels; double jointing machines; coating plants; pipe lay barge machines; machines for automatic welding; hydrocleaning line travel coating removal machines; line travel abrasive blast cleaning machines; line travel multi-component coating machines; machines for removal of asbestos-containing coatings; and parts and components of the foregoing;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

The invention presents a computerized method for tracking equipment repair that begins by receiving an equipment identification of an item of equipment to be repaired from a user through a graphic user interface. The invention provides the user with a list of common problems for that item of equipment (and similar equipment) and a component hierarchy for the item of equipment. The invention allows the user to browse through multiple levels of the component hierarchy and select a major component, a minor component, or a subcomponent from the component hierarchy. The invention receives diagnosis input from the user optionally selecting one of the problems and/or a component from the component hierarchy and, in response, provides the user with detailed information regarding the problem or component selected by the user. Such detailed information comprises, for each direct subcomponent of the selected component (highest level if none selected), the number of failures, the probability of failure, the mean time between failures, the occurrence of the most recent failure for each component and the next expected failure, etc. Successful prior repairs for the same problem/component are presented including tool, date, time, technician, components involved and action taken. These successful repairs are linked to textual comments regarding the repair. Comments made for what is later determined to be an ineffectual repair are linked to the subsequent successful repair information.