Adjustable Header Brackets for Single-Person Stud Installation
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Solution Overview
Problem
Existing methods for installing a header or beam between spaced-apart studs require at least two people and often result in obstructions within the building framework, such as bracket protrusions, which hinder the installation of components like window assemblies.
Innovation Solution
A method and apparatus involving a pair of brackets with orthogonal slots allow a single person to connect an elongate building member to spaced-apart studs, ensuring a smooth surface without obstructions by enabling adjustment and secure fastening without protrusions, using slots for flexible positioning and leveling.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If traditional methods are used to connect a header between spaced-apart studs, then the connection can be achieved, but at least two people are required and the process is time-consuming
Solution Approach 1:
The patent introduces brackets as intermediary components that simplify the connection process. The brackets are pre-fixed to the studs and provide a mechanism for easily attaching the header, allowing a single person to perform the installation. The brackets act as mediators between the studs and the header, enabling straightforward connection without requiring multiple people to hold and position the header.
2Ease of operation
If traditional brackets are used for connection, then the structural connection is achieved, but bracket protrusions create obstructions that interfere with fitting window assemblies
Solution Approach 1:
The patent extracts the harmful protruding portions of traditional brackets and replaces them with a flush-mounted design. The brackets are configured to sit flush with the outer surface of the studs, eliminating protrusions that would obstruct the fitting of window assemblies. This extraction of the harmful geometric feature resolves the conflict between providing structural connection and maintaining clear space for building components.
3Manufacturing precision
If a header is connected to studs without adjustment mechanisms, then the connection is simple, but precise positioning and leveling are difficult to achieve
Solution Approach 1:
The patent incorporates adjustment mechanisms in the brackets that allow for dynamic positioning and leveling of the header. The brackets include features such as adjustable fasteners or movable connection points that enable precise positioning of the header relative to the studs. This dynamic capability allows installers to achieve accurate leveling and positioning while maintaining a relatively simple overall bracket design.
Data Source
AI summary
Bracket apparatus for use in connecting an elongate first building member to at least one second building member, said bracket apparatus including a first member, a second member and a connecting portion joining said first member and said second member, a slot located in either or both said first and second members, wherein, in use, the bracket apparatus is affixed to said at least one second building member and then loosely connected to a first end of the first building member through said slot and thereafter the position of the first building member is adjusted relative to said at least one second building member until a desired position is reached whereupon said bracket apparatus is securely fastened to said first building member. Also disclosed is a method of connecting the elongate first building member to a pair of second building members separated by a distance, the method including the steps of fixing a first bracket to one of said second building members and fixing a second bracket to the other one of said second building members, loosely connecting a first end of said first building member to said first bracket using a slot in said first bracket, positioning and fitting a second end of the first building member to said second bracket using a slot in said second bracket, said slot in said second bracket orientated differently to the slot in said first bracket, adjusting the first building member relative to said pair of second building members to a desired position, and securing the first building member to each of said first and second brackets.