초록 ▼

An enclosed ignition flare igniter that includes a housing and two slider assemblies. The housing includes a first portion and a second portion. The two slider assemblies are disposed within the housing; each slider assembly has an armed position and a safe position. The armed position allows confla

An enclosed ignition flare igniter that includes a housing and two slider assemblies. The housing includes a first portion and a second portion. The two slider assemblies are disposed within the housing; each slider assembly has an armed position and a safe position. The armed position allows conflagrant communication between an ignition device and flare grain, while the safe position does not. Each slider assembly includes an ignition portal portion, a tab portion, and a spring. The ignition portal portion and the tab portion are juxtaposed. The ignition portal portion includes an ignition portal for holding an ignition device, while the tab portion includes a spring bore for accepting the spring.

대표청구항 ▼

An enclosed ignition flare igniter that includes a housing and two slider assemblies. The housing includes a first portion and a second portion. The two slider assemblies are disposed within the housing; each slider assembly has an armed position and a safe position. The armed position allows confla

An enclosed ignition flare igniter that includes a housing and two slider assemblies. The housing includes a first portion and a second portion. The two slider assemblies are disposed within the housing; each slider assembly has an armed position and a safe position. The armed position allows conflagrant communication between an ignition device and flare grain, while the safe position does not. Each slider assembly includes an ignition portal portion, a tab portion, and a spring. The ignition portal portion and the tab portion are juxtaposed. The ignition portal portion includes an ignition portal for holding an ignition device, while the tab portion includes a spring bore for accepting the spring. rrounding and spaced away from the accelerometer sensor mechanism; and a plurality of strain-isolating suspension members positioned in the space between the accelerometer sensor mechanism and the outer frame and coupled between the accelerometer sensor mechanism and the outer frame, pairs of the strain-isolating suspension members positioned on opposite sides of the accelerometer sensor mechanism, each of the strain-isolating suspension members being formed in the substrate and comprising: a first thin and elongated flexure having first and second ends coupled to an inner wall of the outer frame, and a second thin and elongated flexure having first and second ends coupled to an inner wall of the outer frame opposite from the first flexure, a portion of the second flexure intermediate between the first and second ends being interconnected to the first flexure at a portion thereof intermediate between the first and second ends thereof. 35. The accelerometer of claim 34 wherein the first and second ends of the first flexure of each of the plurality of