Flush type latches

Claim 2

A tension adjuster for a latch having a handle movable between a position flush with a surrounding panel set in a surface structure and an angular position diverging from said panel wherein the extended end of the handle and corresponding portion of said panel forms an aperture exposing a limited area underlying the panel and exposing a panel frame, the latch also having a hook arm extending into said limited area, the tension adjuster comprising: a. a keeper engaging the hook arm and continuing therefrom; b. a mounting body secured to the panel frame and slidably receiving the keeper; c. a drive bar having a first connection with the housing and a second connection wsith the keeper wherein both connections between the drive bar, keeper and housing are screwthreaded and of opposite pitch whereby rotation in one direction increases tension on the hook arm, while rotation in the opposite direction reduces tension on the hook arm, the screwthreaded connections being of equal pitch whereby the drive bar remains essentially in a fixed position one of the connections being screwthreaded to effect reciprocal movement of the keeper upon rotation of the drive bar; and d. the drive bar having a turning socket extending into one end for receiving a turning tool inserted through said aperture.

Claim 3

A tension adjuster for a latch having a handle movable between a position flush with a surrounding panel set in a surface structure and an angular position diverging from said panel wherein the extended end of the handle and corresponding portion of said panel forms an aperture exposing a limited area underlying the panel and exposing a panel frame, the latch also having a hook arm extending into said limited area, the tension adjuster comprising: a. a keeper engaging the hook arm and continuing therefrom, the keeper being provided with a pair of parallel keeper shafts; b. a cross bar extending between and secured to the keeper shafts; c. a mounting body secured to the panel frame and slidably receiving the keeper the mounting body having a pair of bores receiving the keeper shafts; d. the mounting body and cross bar have coaxial screwthreaded bores of opposite pitch; e. a drive bar having a first connection with the housing and a second connection with the keeper and the drive bar having coaxial externally screwthreaded portions also of opposite pitch received in the screwthreaded bores, to effect longitudinal movement of the keeper shafts while maintaining the axis of the drive bar in an essentially fixed position; f. the drive bar having a turning socket extending into one end for receiving a turning tool inserted through said aperture.

Claim 4

A tension adjuster for a latch having a handle movable between a position flush with a surrounding panel set in a surface structure and an angular position diverging from said panel wherein the extended end of the handle and corresponding portion of said panel forms an aperture exposing a limited area underlying the panel and exposing a panel frame, the latch also having a hook arm extending into said limited area, the tension adjuster comprising: a. a keeper engaging the hook arm and continuing therefrom, the keeper being provided with a pair of parallel keeper shafts; b. a cross bar extending between and secured to the keeper shafts; c. a mounting body secured to the panel frame and slidably receiving the keeper the mounting body having a pair of bores receiving the keeper shafts; d. the mounting body and cross bar have coaxial screwthreaded bores of opposite pitch; e. a drive bar having a first connection with the housing and a second connection with the keeper and the drive bar having coaxial externally screwthreaded portions also of opposite pitch received in the screwthreaded bores, to effect longitudinal movement of the keeper shafts while maintaining the axis of the drive bar in an essentially fixed position; f. the drive bar having a turning socket extending into one end for receiving a turning tool inserted through said aperture.