Device for actuating a remotely positioned spring-biased latch

Claim 2

In combination, a remotely positioned, spring-biased latch mechanism and actuating means therefor comprising a control cable, a sheath surrounding the control cable actuator means, one end of the control cable connected to actuator means, a plastic housing, a plastic shuttle slidably mounted in the housing, means on the housing for attaching the sheath of the control cable, means for attaching the other end of the control cable to the shuttle, thereby biasing the shuttle in a direction of the actuator means, a wall on the shuttle inclined in respect to the attached control cable, a push button, a push button stem attached to the push button, means slidably mounting the push button stem in the housing and through an opening in the shuttle, an inclined wall on the push button stem, said inclined wall mating with the inclined wall on the shuttle, whereby when the push button is depressed, the shuttle is cammed laterally to actuate the actuator means.

Claim 3

The combination, as defined in claim 1, wherein all of the components are formed on plastic.

Claim 4

The combination, defined in claim 2, wherein the push button stem, housing and the shuttle are formed of dissimilar plastics.

Claim 5

In combination, a remotely positioned latch mechanism and actuation means therefor comprising a control cable, a sheath surrounding the control cable; actuator means; one end of the control cable connected to said actuator means; a plastic housing; a plastic shuttle slidably mounted in the housing; a spring biasing the shuttle toward the actuator means; means on the housing for attaching the sheath of the control cable; means for attaching the other end of the control cable to the shuttle, thereby biasing the shuttle in a direction of the actuator means; a wall on the shuttle, said wall on the shuttle inclined in respect to the attached cable; a push button; a push button stem attached to the push button; means for slidably mounting the push button stem int eh housing and through an opening in the shuttle; an inclined wall on the push button stem, said inclined wall on the push button stem mating with the inclined wall on the shuttle, whereby when the push button is depressed, the shuttle is cammed laterally against the urging of the spring.

Claim 6

In combination, a remotely positioned latch mechanism and actuation means therefor comprising a control cable, a sheath surrounding the control cable; actuator means; one end of the control cable connected to said actuator means; a plastic housing; a plastic shuttle slidably mounted in the housing; a spring biasing the shuttle toward the actuator means; means on the housing for attaching the sheath of the control cable; means for attaching the other end of the control cable to the shuttle, thereby biasing the shuttle in a direction of the actuator means; a wall on the shuttle, said wall on the shuttle inclined in respect to the attached cable; a push button; a push button stem attached to the push button; means for slidably mounting the push button stem int eh housing and through an opening in the shuttle; an inclined wall on the push button stem, said inclined wall on the push button stem mating with the inclined wall on the shuttle, whereby when the push button is depressed, the shuttle is cammed laterally against the urging of the spring.

Claim 7

The combination, as defined in claim 1, including a flange on said housing for mounting the device to a solid structure.

Claim 8

The combination, as defined in claim 1, further including a bezel surrounding the button and slidably mounted in the housing whereby the distance between the button and the top of the bezel may be varied.