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Structural member making

Subclass of:

029 - Metal working

029592000 - METHOD OF MECHANICAL MANUFACTURE

Patent class list (only not empty are listed)

Deeper subclasses:

Class / Patent application numberDescriptionNumber of patent applications / Date published
029897200 Vehicular structural member making 71
029897300 Static structure, e.g., a building component 42
029897100 Restoring existing member, e.g., reinforcing, repairing 5
20090158591CLADDING FOR FATIGUE CONTROL - A method of manufacturing an oilfield component includes analyzing a first model of the oilfield component, identifying at least one region in the oilfield component susceptible to fatigue failure at a selected loading condition, constructing the oilfield component from a base material, and selectively reinforcing with a clad material the at least one region susceptible to failure.06-25-2009
20130067746METHOD AND DEVICE FOR REMOVING A SLEEVE FROM A BORE - A method of removing a metal sleeve from a bore formed in one or more elements is disclosed. The sleeve may be a cold-expanded sleeve secured within the bore by means of an interference fit. The method includes removing material from the internal surface of the sleeve by means of cutting along a line to a depth less than the thickness of the sleeve, and subsequently urging the sleeve from the bore.03-21-2013
20080282545METHOD FOR ADDING A BLAST RESISTANT CARGO HOLD LINER - The invention is an explosive resistant liner, located inside an enclosed space, and made from a blast resistant material. The liner is preferably constructed inside the enclosed space, consisting of lay-up, curing and assembly steps utilizing a collapsible tool. The invention is particularly applicable to blast protection for aircraft cargo holds.11-20-2008
20100005661POST-TENSION STRAND REPAIR METHOD AND APPARATUS - Embodiments include but are not limited to apparatuses and systems for post-tension strand repair. A post-tension strand repair apparatus may include two or more guiding legs, each guiding leg including a strand guide configured to engage a strand end, wherein the two or more guiding legs are coupled to allow the strand guides to be drawn toward each other and thus urge the strand ends toward each other. Other embodiments may be described.01-14-2010
20120246937METHOD FOR ENHANCING THE FATIGUE LIFE OF A STRUCTURE - An apparatus and method adapted to enhance the structural performance of a desired connection and provide a readily perceivable indication of predetermined limitations having being reached prior to actual failure of a connection. A method for enhancing structural performance of a desired structure by preventing fracture propagation.10-04-2012
029897150 Grille making 1
20100107414METHOD AND APPARATUS FOR MANUFACTURING GRATING - The present invention provides a method of manufacturing a grating. The method of the present invention includes fitting a plastic deformable lateral member (05-06-2010
Entries
DocumentTitleDate
20090288296METHOD FOR MAKING BACKLIGHT MODULE FRAME - An exemplary method for making a backlight module frame includes: providing a pair of metallic strips that are spaced apart, and a plurality of elongated metallic sheets; continuously welding the elongated metallic sheets to connect with the pair of the metallic strips one by one to form a plurality of connected semi-manufactured frames corresponding to the subsequent backlight module frame; and pressing the connected semi-manufactured frames one by one to form a plurality of backlight module frames continuously. It is convenient for the backlight module frames to be mass-produced.11-26-2009
20090049693METHOD FOR MANUFACTURING A THREE DIMENSIONAL FRAME STRUCTURE FOR USE AS A CORE STRUCTURE IN A SANDWICH CONSTRUCTION - A method is provided for manufacturing a three dimensional frame structure that can be used as a core structure in a sandwich construction. Furthermore, a frame structure is provided for a sandwich construction, which frame structure has been manufactured in accordance with the method. In the method, a two dimensional lattice structure is made from bar-shaped linear semi finished products, in which structure the semi finished products intersect at defined points of intersection; the bar-shaped linear semi finished products are connected at the points of intersection and are softened by locally applying heat to the lattice structure in each case along three non-intersecting (imaginary) straight lines. In order to impart a three dimensional shape to the lattice structure a force (F) is introduced into the lattice structure along the middle one of the (imaginary) straight lines to which heat has been applied, wherein, as a result of deformation of the lattice structure, the introduced force F is deflected into pairs of tensile forces acting in the semi finished products, as a result of which the lattice structure is pulled into a third dimension, along the middle (imaginary) straight line to which heat has been applied.02-26-2009
20090077808MODULAR ASSEMBLY - The invention is a modular assembly of modular objects for autonomously executing a variety of tasks. The modular assembly consists of a modular object called a platform, one or more modular objects called modules which are mounted to the platform in accordance with a modular assembly system, and a modular bus system for distributing electrical power and electrical signals among the modular objects in the modular assembly. The modular assembly system utilizes modular object fasteners (MOFs) and MOF-accommodating features of modular objects for facilitating the attachment of a plurality of modular objects to one another thereby creating a modular assembly in any one of a variety of configurations, an MOF being activatable when object attachment surfaces associated with two modular objects are superimposed and two object attachment points on the object attachment surfaces coincide.03-26-2009
20120240406METHOD OF ASSEMBLING A PORTABLE SUPPORT STRUCTURE - A method of assembling a portable support structure is disclosed. The method includes positioning a first platform member, then securing a first support member to the first platform member, and then securing a second platform member to the first platform member to form a continuous platform surface. The method includes positioning a plurality of platform members to form a first continuous platform surface, then securing a support member to at least one of the plurality of platform members. The method includes forming a continuous surface from a plurality of platform members, the plurality of platform members including one or more female connectors, aligning one or more male connectors with the one or more female connectors, and engaging the one or more male connectors with the one or more female connectors.09-27-2012
20090144983WINDOW COMPONENT NOTCHING SYSTEM AND METHOD - A system and method for producing window components using polymer based, metallurgy based, extruded, injection molded, or wooden lineal material. The lineal material is notched at intervals calculated to include a stretch treatment and folded to form window components such as window sashes, frames, and the like. Internal reinforcing members may be welded within the joints formed by folding at the notches. The notching system and method provide low cost, highly reliable, low defect production of multi-sided window components from a continuous piece of lineal material.06-11-2009
20110179647LIGHTWEIGHT STRUCTURAL BUILDING ELEMENT - A system and method of manufacture providing reinforced structurally functional load-bearing members, including but not limited to using thermoplastic materials, such as High Density Polyethylene (HDPE), reinforced such as with an aluminum alloy or carbon fiber core element. Among its possible uses, the present invention has application for provision of structural support members, such as an illustrative I-joist product having a vertical center member preferably comprising HDPE, and top and bottom flanges having structurally meaningful reinforcement. The center member and flanges preferably comprising HDPE provides a relatively hard, durable, substantially weather-resistant structure.07-28-2011
20130199045EQUIPMENT FOR USE IN CORROSIVE ENVIRONMENTS AND METHODS FOR FORMING THEREOF - A method for forming structural equipment employed in sulfur containing environments such as oil refineries and the like. In one embodiment, the method comprises: providing a steel composition containing up to 0.35% of C, 0.30 to 3.5% Si, up to 1.2% Mo, up to 1.35% Mn, up to 5% Al, less than 12.0% Cr, balance of Fe and unavoidable impurities; forming a structural component conforming to prevailing industry standards with respect to design, fabrication, inspection and testing, metallurgical and mechanical properties. The structural equipment has a corrosion rate of less than 15 mpy. In one embodiment, the equipment is formed from a steel composition has a carbon equivalent of less than 0.63, requiring no post weld heat treatment (“PWHT”). In another embodiment, the CE is less than 0.45, requiring no preheat nor PWHT.08-08-2013

Patent applications in class Structural member making

Patent applications in all subclasses Structural member making