Modular illumination device
A modular illumination device having an electronics assembly, an inner body portion extending from a first end to a second end and defining an interior cavity, wherein the inner body portion is formed so as to accept the electronics assembly within the cavity; a head assembly removably attached or coupled to the first end of the inner body portion; a tail cap portion removably attached or coupled to the second end of the inner body portion, wherein the tail cap portion includes a button assembly having a depressible button; and at least one body sleeve extending from a first end to a second end and defining an interior cavity, wherein the body sleeve is formed so as to accept the inner body portion within the cavity of the body sleeve and to be assembled between the head assembly and the tail cap portion.
1. A modular illumination device, comprising:
a unitary pushbutton rotary encoder, wherein the pushbutton rotary encoder comprises a unitary button that is depressible and rotatable, wherein rotation of the pushbutton rotary encoder does not generate axial movement of the pushbutton rotary encoder, wherein the unitary button is depressible along and rotatable about the same axis, and wherein if the unitary button is partially depressed and rotated in a predetermined direction the unitary button is prevented from being fully depressed until the unitary button is rotated in a rotational direction opposite the predetermined direction;
a switching circuit, a battery compartment formed so as to accommodate one or more batteries, a negative battery contact, a positive battery contact, a light source, and a light driver circuit that acts as a controller to control various output patterns and on/off functions of the light source, wherein the pushbutton rotary encoder, the switching circuit, the negative battery contact, the positive battery contact, the light source, and the light driver circuit are electrically coupled such that manipulation of the pushbutton rotary encoder can cause the light source to illuminate in a pattern as determined by the light driver circuit;
an inner body portion extending from a first end to a second end and defining an interior cavity;
a head assembly removably attached or coupled to the first end of the inner body portion;
wherein the unitary button, the switching circuit, the battery compartment, the negative battery contact, the positive battery contact, the light source, the light driver circuit, and the head assembly are attached or coupled together so as to form a unitary assembly;
a tail cap portion removably attached or coupled to the second end of the inner body portion, wherein the tail cap portion comprises a rotatable and depressible button, wherein the rotatable and depressible button interacts with the pushbutton rotary encoder, and wherein rotation of the rotatable and depressible button does not generate axial movement of the rotatable and depressible button relative to an axis of the inner body portion; and
at least one body sleeve extending from a first end to a second end and defining an interior cavity, wherein the body sleeve is formed so as to accept the inner body portion within the cavity of the body sleeve and to be assembled between the head assembly and the tail cap portion.
2. The modular illumination device of claim 1 , wherein the head assembly comprises at least some of a bezel, a reflector, a glass or other lens, and a retaining ring.
3. The modular illumination device of claim 1 , wherein the head assembly is permanently affixed to the inner body portion.
4. The modular illumination device of claim 1 , wherein the head assembly is formed as an integral portion of the inner body portion.
5. The modular illumination device of claim 1 , wherein the tail cap portion is permanently affixed to the inner body portion.
6. The modular illumination device of claim 1 , wherein the tail cap portion is formed as an integral portion of the inner body portion.
7. The modular illumination device of claim 1 , wherein one or more appropriately sized O-rings are positioned between certain components of the modular illumination device.
8. The modular illumination device of claim 1 , wherein rotating a rotatable portion of the rotatable and depressible button to a discrete position selects a distinct functional mode of the modular illumination device and wherein depressing a depressible portion of the rotatable and depressible button activates the selected functional mode.
9. The modular illumination device of claim 8 , wherein rotation of the rotatable and depressible button adjusts the intensity of the light source.
10. The modular illumination device of claim 8 , wherein the various functional modes of the modular illumination device are implemented as the output of a high current MOSFET acting as a microprocessor controller.
11. The modular illumination device of claim 1 , wherein rotating the pushbutton rotary encoder to a discrete position selects a distinct functional mode of the modular illumination device and wherein depressing the pushbutton rotary encoder activates the selected functional mode.
12. The modular illumination device of claim 11 , wherein rotation of the pushbutton rotary encoder adjusts the intensity of the light source.
13. The modular illumination device of claim 1 , wherein the light driver circuit comprises an integrated circuit.
14. The modular illumination device of claim 1 , wherein the light driver circuit comprises a high current MOSFET.
15. The modular illumination device of claim 1 , wherein depressing the rotatable and depressible button of the tail cap portion a predetermined number of times within a given time period selects a distinct functional mode of the modular illumination device.
16. The modular illumination device of claim 1 , wherein depressing the rotatable and depressible button of the tail cap portion for a predetermined period of time within a given time period selects a distinct functional mode of the modular illumination device.
17. The modular illumination device of claim 1 , wherein the light driver circuit can be programmed and/or reprogrammed via a direct or indirect linked connection to a programming and/or reprogramming device.
18. The modular illumination device of claim 1 , wherein the light source comprises at least one Light Emitting Diode that is capable of emitting visible or non-visible coherent laser light, or visible or non-visible non-coherent wavelength light.
19. The modular illumination device of claim 1 , wherein the light source comprises at least one incandescent illumination device that is capable of emitting visible or non-visible coherent laser light, or visible or non-visible non-coherent wavelength light.
20. The modular illumination device of claim 1 , wherein the light source comprises at least one Light Emitting Diode and at least one incandescent illumination device, wherein the at least one Light Emitting Diode and the at least one incandescent illumination device are capable of emitting visible or non-visible coherent laser light, and/or visible or non-visible non-coherent wavelength light.
21. The modular illumination device of claim 1 , wherein the inner body portion and the body sleeve include cooperating alignment means such that, once engaged, the body sleeve does not rotate with respect to the inner body portion.
22. The modular illumination device of claim 1 , wherein the exterior of the body sleeve includes at least one surface preparation, textured portion, protrusion, intention, groove, flat portion, mounting assembly, clip, rail, grip, or anti-rotation feature.
23. A modular illumination device, comprising:
an electronics assembly, wherein the electronics assembly comprises at least some of a unitary pushbutton encoder, wherein the pushbutton rotary encoder comprises a unitary button that is depressible and rotatable, wherein rotation of the pushbutton rotary encoder does not generate axial movement of the pushbutton rotary encoder, and wherein the unitary button is depressible along and rotatable about the same axis;
a battery compartment formed so as to accommodate one or more batteries, a negative battery contact, a positive battery contact, and a light source, wherein the pushbutton rotary encoder, the switching circuit, the battery compartment, the negative battery contact, the positive battery contact, the light source, and the light driver circuit are combined as an individual unit to form the electronics assembly, wherein the pushbutton rotary encoder is a unitary button that is depressible and/or rotatable, wherein the pushbutton encoder, the negative battery contact, the positive battery contact, and the light source are electrically coupled such that appropriate manipulation of the pushbutton encoder can cause the light source to illuminate, and wherein if the light source is on and a voltage source is unable to maintain the light source at a desired illumination level, the light driver circuit controls the light source to flash on at the desired illumination level and off for several microseconds;
an inner body portion extending from a first end to a second end and defining an interior cavity, wherein the inner body portion is formed so as to accept the electronics assembly within the cavity of the inner body portion;
a head assembly removably attached or coupled to the first end of the inner body portion;
wherein the unitary button, the switching circuit, the battery compartment, the negative battery contact, the positive battery contact, the light source, the light driver circuit, and the head assembly are attached or coupled together so as to form a unitary assembly;
a tail cap portion removably attached or coupled to the second end of the inner body portion, wherein the tail cap portion comprises a rotatable and depressible button, wherein the rotatable and depressible button interacts with the pushbutton encoder, and wherein rotation of the rotatable and depressible button does not generate axial movement of the rotatable and depressible button relative to an axis of the inner body portion; and
at least one body sleeve extending from a first end to a second end and defining an interior cavity, wherein the body sleeve is formed so as to accept the inner body portion within the cavity of the body sleeve and to be assembled between the head assembly and the tail cap portion.
24. The modular illumination device of claim 23 , wherein the exterior of the body sleeve includes at least one surface preparation, textured portion, protrusion, intention, groove, flat portion, mounting assembly, clip, rail, grip, or anti-rotation feature.
25. A modular illumination device, comprising:
an electronics assembly, wherein the electronics assembly comprises at least some of a unitary pushbutton rotary encoder, wherein the pushbutton rotary encoder comprises a unitary button that is depressible and rotatable, wherein rotation of the pushbutton rotary encoder does not generate axial movement of the pushbutton rotary encoder, and wherein the unitary button is depressible along and rotatable about the same axis, and wherein if the unitary button is partially depressed and rotated in a predetermined direction the unitary button is prevented from being fully depressed until the unitary button is rotated in a rotational direction opposite the predetermined direction;
a switching circuit, a battery compartment formed so as to accommodate one or more batteries, a negative battery contact, a positive battery contact, a light source, and a light driver circuit that acts as a controller to control various output patterns and on/off functions of the light source, wherein the pushbutton rotary encoder, the switching circuit, the battery compartment, the negative battery contact, the positive battery contact, the light source, and the light driver circuit are combined as an individual unit to form the electronics assembly, wherein the pushbutton rotary encoder is a unitary button that is depressible and/or rotatable, and wherein the pushbutton rotary encoder, the switching circuit, the negative battery contact, the positive battery contact, the light source, and the light driver circuit are electrically coupled such that appropriate manipulation of the pushbutton rotary encoder can cause the light source to illuminate in a pattern as determined by the light driver circuit;
an inner body portion extending from a first end to a second end and defining an interior cavity, wherein the inner body portion is formed so as to accept the electronics assembly within the cavity of the inner body portion;
a body sleeve extending from a first end to a second end and defining an interior cavity, wherein the body sleeve is formed so as to accept the inner body portion within the cavity of the body sleeve;
a head assembly removably attached or coupled to the first end of the body sleeve;
wherein the unitary button, the switching circuit, the battery compartment, the negative battery contact, the positive battery contact, the light source, the light driver circuit, and the head assembly are attached or coupled together so as to form a unitary assembly; and
a tail cap portion removably attached or coupled to the second end of the body sleeve, wherein the tail cap portion comprises a rotatable and depressible button, wherein the rotatable and depressible button interacts with the pushbutton rotary encoder, and wherein rotation of the rotatable and depressible button does not generate axial movement of the rotatable and depressible button relative to an axis of the inner body portion.
26. The modular illumination device of claim 25 , wherein the exterior of the body sleeve includes at least one surface preparation, textured portion, protrusion, intention, groove, flat portion, mounting assembly, clip, rail, grip, or anti-rotation feature.