Toy dart
The invention relates to a dart head for a toy dart, comprising a body having a hollow stem portion integrally formed with and longitudinally extending from an enlarged, hollow head portion; the head portion and the stem portion being fluidly connected, with the head portion defining at least one first transverse internal head dimension, and the stem portion defining at least one first transverse internal stem dimension; wherein the at least one first transverse internal head dimension is larger than the at least one first transverse internal stem dimension. The invention also relates to a toy dart comprising a dart body connectable with the dart head as described, and a method of manufacturing the dart head as described.
1. A dart head for a toy dart, comprising:
a body having a hollow stem portion integrally formed in a single, continuous piece with and longitudinally extending from an enlarged, hollow head portion; the head portion and the stem portion being fluidly connected, with the head portion defining at least one first transverse internal head dimension, and the stem portion defining at least one first transverse internal stem dimension; wherein the at least one first transverse internal head dimension being larger than the at least one first transverse internal stem dimension;
wherein at least the hollow stem portion of the body is formed of a resilient material, said material being sufficiently resilient to enable the hollow stem portion to be inflated by a fluid to define at least one second transverse internal stem dimension which is larger than the first transverse internal head dimension.
2. The dart head according to claim 1 , wherein the hollow head portion of the body is formed of the same resilient material as the hollow stem portion, such that the hollow head portion is inflatable by a fluid to define at least one second transverse internal head dimension which is larger than the first transverse internal head dimension.
3. The dart head according to claim 2 , wherein the hollow head portion and the hollow stem portion, once inflated, are resiliently restorable to their uninflated dimensions, when the fluid is released.
4. The dart head according to claim 1 , wherein the fluid comprises a pressurized gas.
5. The dart head according to claim 1 , wherein the hollow head portion is resilient such that, upon impact on a surface, the head portion is adapted to resiliently deform to thereby increase area of contact between the head portion and the surface.
6. The dart head according to claim 1 , wherein the body is formed of a resilient polymeric material.
7. The dart head according to claim 1 , further comprising an insert adapted to be received at the hollow stem portion of the body.
8. The dart head according to claim 7 , wherein the insert is partially hollow.
9. The dart head according to claim 7 , wherein the insert comprises a weight member.
10. A toy dart comprising a dart body connectable with the dart head in accordance with claim 1 .
11. The toy dart according to claim 10 , wherein the dart body is formed of at least one foam material.
12. The toy dart according to claim 10 , wherein the dart body is partially hollow.
13. The toy dart according to claim 10 , wherein the dart body is adapted to receive the stem portion of the dart head to thereby connect with the dart head.