Tire deflation device
A tire deflation device includes (1) a component having a plurality of bores, (2) a plurality of spikes removably insertable into the plurality of bores and (3) a keeper within each among the plurality of bores, the keeper being configured to contact a sidewall surface of a spike among the plurality of spikes and to exert force upon the sidewall surface. In an embodiment, the tire deflation device includes (a) a component including a bore in a material, the bore including a receiving region, a sidewall surface and a base surface, (b) a channel extending from the sidewall surface into the material, (c) a keeper having a first section housed within the channel and a second section which extends past the sidewall surface into the receiving region, and (d) a spike removably insertable into the bore.
1. A tire deflation device comprising:
a component including a bore in a material, the bore comprising:
a receiving region;
a sidewall surface; and
a base surface;
a channel extending from the sidewall surface into the material;
a keeper having a first section housed within the channel and a second section which extends past the sidewall surface into the receiving region; and
a spike removably insertable into the bore;
wherein the keeper is configured such that at least a portion of the second section retracts into the channel upon insertion of the spike into the receiving region.
2. The tire deflation device of claim 1 wherein the keeper comprises a metal.
3. The tire deflation device of claim 2 wherein insertion of the spike into the receiving region disposes the spike between the first lateral segment and the second lateral segment of the keeper.
4. The tire deflation device of claim 2 wherein the keeper is configured such that upon insertion of the spike into the bore at least a portion of the first segment retracts into the first lateral portion of the channel, and at least a portion of the second segment retracts into the second lateral portion of the channel.
5. A tire deflation device comprising:
a component including a bore in a material, the bore comprising:
a receiving region;
a sidewall surface; and
a base surface;
a channel extending from the sidewall surface into the material, the channel comprising a base portion across the base surface of the bore, a first lateral portion extending from the base surface toward an outer surface of the material, and a second lateral portion extending from the base surface toward the outer surface of the material;
a keeper having a first section housed within the channel and a second section which extends past the sidewall surface into the receiving region, the keeper comprising a base segment and a first lateral segment and a second lateral segment, the base segment being housed within the base portion of the channel and disposed between the first lateral segment and the second lateral segment, wherein the first lateral segment comprises a first bend disposed at a first distance from the base surface and wherein the second lateral segment comprises a second bend disposed at a second distance from the base surface, wherein the keeper comprises a first end and a second end and wherein the first end is closer to the first lateral channel portion than the first bend, and the second end is closer to the second lateral channel portion than the second bend, at least prior to insertion of a spike into the receiver region; and
a spike removably insertable into the bore.