Abstract There is shown an infant car seat having a seat, back and sides. Support stands are connected to a plate member within compartments on either side of said seat which are in turn, pivotally connected to the side members of the seat. These plate members have an arcuate upper face with internal teeth extending downwardly therefrom. Buttons are spring biased within each of the compartments and extend through the upper walls thereof. The button has an extending portion which includes a compartment wherein the spring is placed between the upper section of the compartment and the pivot retaining means in order to bias the button upwardly. The upper portion of the button compartment contains teeth which mate with the teeth of the plate. The seat may be adjusted to various positions by depressing the buttons on either side of the seat and rotating the seat about the pivot point. The seat also contains two recesses, one on either side of the upper face of the side of the seat, which accept the auto seat belt when the seat is facing in the rearward direction in the automobile. The pivot point and the auto seat belt slots are so selected that the resulting vector force of the dynamic force and load and the retaining force of the seat belt is in a downward direction through the pivot point.
In a baby carrier and car seat having a seat, back and sides; tilting, supporting and locking devices on opposite sides of said seat, each of said tilting and locking mechanisms comprising a compartment secured to said side; a plate member having a peripheral arcuate flange; means for pivotally mounting said plate member to said side and within said compartment; a support stand secured to said plate member and pivotable therewith; a plurality of teeth depending from the inner side of said arcuate flange; a depressable button member adjacent said plate member and extending upwardly through said compartment; a plurality of teeth on said button member of a configuration so as to nest with said teeth on said plate member; and spring means within said compartment for biasing said button member in a direction so as to cause said teeth to mesh.
Claim 2
Dependent Claim
142 words
In a baby carrier and car seat having a seat, back and sides; tilting, supporting and locking devices on opposite sides of said seat, each of said tilting and locking mechanisms comprising a compartment secured to said side; a plate member having a peripheral arcuate flange; means for pivotally mounting said plate member to said side and within said compartment; a support stand secured to said plate member and pivotable therewith; a plurality of teeth depending from the inner side of said arcuate flange; a depressable button member adjacent said plate member and extending upwardly through said compartment; a plurality of teeth on said button member of a configuration so as to nest with said teeth on said plate member; and spring means within said compartment for biasing said button member in a direction so as to cause said teeth to mesh.
Claim 3
Dependent Claim
22 words
The baby carrier and car seat of claim 1 further comprising slot means in said sides for accepting an auto seat belt.
Claim 4
Dependent Claim
52 words
The baby carrier and car seat of claim 2 wherein said means for pivotally mounting said plate and said slot means are located in a position relative to each other such that the combined vector force of impact and load force and retaining force passes substantially through the point of pivotal mounting.