Protective headgear with impact diffusion
A protective headgear includes, for example, a headgear body that is wearable on a head of the wearer having a top slot in a top portion of the headgear body, wherein the top slot runs from a front portion of the headgear body that covers a forehead of the wearer to a back portion of the headgear body that covers a back of the head of the wearer. A top piece slidably attaches to the headgear body to cover the top slot, wherein the top piece diffuses energy from an impact to the protective headgear by sliding within the top slot. Other embodiments are disclosed.
1. A protective headgear comprising:
a headgear body configured to be wearable on a head of a wearer, the headgear body having a top slot in a top portion of the headgear body, wherein the top slot has a first end at a front portion of the headgear body configured to cover a forehead of the wearer, and wherein the top slot has a second end at a back portion of the headgear body configured to cover a back of the head of the wearer;
a first shock absorber connected to the headgear body at the first end of the top slot;
a second shock absorber connected to the headgear body at the second end of the top slot; and
a top piece comprising a panel of constant width and having a curvature conforming with the curvature of the headgear body, wherein the top piece slidably attaches to the headgear body along opposing edges of the top piece to engage edges of the top slot via a tongue and groove configuration, wherein a first end of the top piece engages the first shock absorber and a second end of the top piece engages the second shock absorber, wherein the top piece diffuses energy from a front impact to the protective headgear by a first sliding motion of the top piece within the top slot in a first direction that compresses the first shock absorber and wherein the top piece diffuses energy from a rear impact to the protective headgear by a second sliding motion of the top piece within the top slot in a second direction that is opposite the first direction, wherein the second sliding motion of the top piece compresses the second shock absorber, wherein the first shock absorber converts a portion of the first sliding motion of the top piece into heat and wherein the second shock absorber converts a portion of the second sliding motion of the top piece into heat.
2. The protective headgear of claim 1 wherein the top piece includes a first plurality of grippers that protrudes from the top piece and converts motion of an object causing the front impact into the first sliding motion of the top piece and wherein the top piece includes a second plurality of grippers that protrudes from the top piece and converts motion of an object causing the rear impact into the second sliding motion of the top piece.
3. The protective headgear of claim 2 wherein the first plurality of grippers and the second plurality of grippers each include a plurality of flexible chevrons.
4. A protective headgear comprising:
a headgear body configured to be wearable on a head of a wearer, the headgear body having a top slot in a top portion of the headgear body, wherein the top slot has a first end at a front portion of the headgear body configured to cover a forehead of the wearer, to and wherein the top slot has a second end at a back portion of the headgear body configured to cover a back of the head of the wearer;
a first shock absorber connected to the headgear body at the first end of the top slot;
a second shock absorber connected to the headgear body at the second end of the top slot; and
a top piece comprising a panel of constant width and having a curvature conforming with the curvature of the headgear body, wherein the top piece slidably attaches to the headgear body along opposing edges of the top piece to engage edges of the top slot via a tongue and groove configuration, wherein a first end of the top piece engages the first shock absorber and a second end of the top piece engages the second shock absorber, wherein the top piece includes a plurality of flexible chevrons for converting motion of an object causing an impact into one of a plurality of sliding motions of the top piece, wherein the plurality of sliding motions of the top piece include: a first sliding motion of the top piece within the top slot in a first direction that compresses the first shock absorber and a second sliding motion of the top piece within the top slot in a second direction that is opposite the first direction, wherein the second sliding motion of the top piece compresses the second shock absorber, wherein the first shock absorber converts a portion of the first sliding motion of the top piece into heat and wherein the second shock absorber converts a portion of the second sliding motion of the top piece into heat.