A lightweight plastic baton includes a hollow cylindrical body which telescopically supports a flexible cylindrical plastic baton shaft. One or more slideways support and concentrically center the baton shaft within the hollow body. A flashlight having a strobed light operating mode is coupled to the baton body to provide a less than lethal deterrent to a potential assailant. A radially movable elastic switch cover is mounted substantially flush with the outer surface of the flashlight to prevent inadvertent actuation of one of several selectable flashlight operating modes.
1. A baton comprising:
a hollow baton body;
a baton shaft comprising a polymeric material and at least partially telescopically disposed within said hollow baton body; and
a slideway provided between said hollow body and said baton shaft comprising at least one axial groove and at least one guide member extending into and movable along said at least one axial groove, said guide member comprising a rotatable guide member which self aligns within said at least one axial groove as said shaft slides within said hollow baton body.
2. The baton of claim 1 , further comprising a flashlight coupled to said hollow baton body.
3. The baton of claim 2 , wherein said flashlight comprises a strobed light operating mode.
4. The baton of claim 1 , wherein said hollow baton body comprises a plastic material.
5. The baton of claim 1 , wherein said baton shaft comprises a plastic material.
6. The baton of claim 1 , further comprising a plastic tip coupled to said baton shaft.
7. The baton of claim 6 , wherein said plastic tip comprises a hollow cylindrical plastic tip.
8. The baton of claim 6 , wherein said plastic tip has an outer diameter of about 3 centimeters.
9. A baton, comprising: a hollow baton body; a baton shaft comprising a polymeric material and at least partially telescopically disposed within said hollow baton body, said baton shaft having a front end portion; a hollow tip comprising a rubber or polymeric material attached to said front end portion of said shaft with said front end portion of said shaft fitted within said hollow tip; and at least three slideways provided said hollow body and said baton shaft each comprising an axial groove and a guide member extending into said axial groove, said slideways being circumferentially disposed at nine, twelve and three o′clock positions around said hollow body and said baton shaft.
10. The baton of claim 9 , wherein said hollow baton body and said baton shaft are formed of a plastic material.
11. The baton of claim 10 , wherein said plastic material comprises a nylon material.
12. The baton of claim 9 , further comprising a flashlight coupled to said baton body and wherein said flashlight comprises a flashlight body and an elastic radially movable switch cover provided substantially flush upon said flashlight body and an on-off switch provided within said flashlight body.
13. The baton of claim 12 , wherein said on-off switch is radially spaced apart from said elastic switch cover without contacting said switch cover.
14. A method of using a baton having a hollow body provided with a radial flange serving as a grip stop and a textured hand grip portion, and baton shaft comprising polymeric material and at least partially telescopically disposed within said hollow body, and a flashlight coupled to said hollow body, said flashlight comprising a switch cover positioned adjacent an on-off flashlight switch, and at least three slideways provided said hollow body and said baton shaft each comprising an axial groove and a guide member extending into said axial groove, said slideways being circumferentially disposed at nine, twelve and three o'clock positions around said hollow body and said baton shaft; wherein said method comprises:
gripping said flashlight around said hand grip portion;
locating said switch cover using said radial flange and said hand grip to position a finger or thumb over said switch cover;
turning on said flashlight with said switch cover and said on-off flashlight switch;
shining the flashlight on a person with the baton shaft in a retracted position within the hollow body;
extending the baton shaft from the hollow body with a downward movement of one's forearm and wrist; and
shining the flashlight in a person's eyes with the baton shaft extending from the hollow body by lifting one's forearm in and wrist upwardly.
15. The method of claim 14 , wherein the flashlight has a strobed light operating mode and said shining the flashlight in a person's eyes further comprises shining a strobed light in the person's eyes.
16. A baton, comprising:
a hollow body having a radial flange serving as a grip stop and a textured hand grip portion adjacent said radial flange;
a baton shaft comprising a polymeric material at least partially telescopically disposed within said hollow body; and at least three slideways provided said hollow body and said baton shaft each comprising an axial groove and a guide member extending into said axial groove, said slideways being circumferentially disposed at nine, twelve and three clock positions around said hollow body and said baton shaft;
a flashlight coupled to said hollow body;
an on-off switch cover provided on said flashlight;
an on-off switch carried by said flashlight adjacent said on-off switch cover; and
wherein said grip stop and said textured hand grip portion serve as a tactile locator to position a user's hand on said flashlight such that a user's finger or thumb is positioned over said switch cover when said user's hand grips said textured hand grip portion adjacent said grip stop.