Portable lamp comprising an improved locking mechanism

1. A headlamp comprising:

at least one light source;

an electrical power source,

a first state corresponding to at least one activated state in which the electrical power source is coupled to the at least one light source to generate a light beam;

a second state corresponding to a deactivated state wherein the electrical power source is not coupled to the at least one light source and no light beam is generated;

a third state (Lock) corresponding to a locked state in which the electrical power source is not coupled to the at least one light source and no light beam is generated;

a switching mechanism configured to receive at least a first and a second physical user input through at least one switching element;

a processor coupled to the switching mechanism and being configured to select one among said first, second and third states in response to said first and second physical user inputs;

wherein

the unlock of the headlamp is achieved through the use of different physical inputs, and wherein said switching mechanism further correlates a third physical user input different from said first and said second physical user input for switching of said third state (Lock) to said first state.

2. The headlamp according to claim 1 wherein said switching element is a button and said first physical user input is a short push and said second physical user input is a long push.

3. The headlamp according to claim 2 wherein the processor is configured to control a state change from the locked state to said activated state from the following one of physical user inputs:

a long push

a combination of four short pushes occurring within a predetermined time window.

4. The headlamp according to claim 1 wherein the headlamp includes a first and a second switching elements respectively corresponding to a first and a second button respectively located on the top and the side of the headlamp, each button providing the following two distinctive physical user inputs: a short push; a long push.

5. The headlamp according to claim 4 wherein the processor is configured to control a state change from the locked state to said activated state from one of the following physical user inputs:

a long push on each of the first button and the second button;

a combination of four short pushes occurring within a predetermined time window on the first button.

6. The headlamp according to claim 1 , wherein said headlamp is configured to provide a first activated state corresponding to a reactive lighting based on the control of the brightness in response to the sensing of the reflected light, and a second activated state corresponding to a constant lighting.

7. The headlamp according to claim 6 wherein the headlamp is configured to provide a third activated state corresponding to the generation of red light.

8. The headlamp according to claim 7 wherein the processor is configured to select said reactive lighting mode in response to a short push on said first button (top) with a cycling between different levels of intensity occurring in response to subsequent short pushes on said first button (top).

9. The headlamp according to claim 8 wherein the processor is configured to select said constant lighting mode in response to a short push on said second button (side) with a cycling between different levels of intensity occurring in response to subsequent short pushes on second first button (side).

10. The headlamp according to claim 9 wherein the processor is configured to select a red lighting mode in response to a long push on said second button (side) with a cycling between the following states in in response to subsequent short pushes on said second button (side):

fixed red

flashing red

storing into a flag register and OFF state.

11. A process for controlling the configuration of a headlamp comprising at least one light source, an electrical power source, wherein said process comprises the steps of:

providing a first state corresponding to at least one activated state in which the electrical power source is coupled to the at least one light source to generate a light beam;

providing a second state corresponding to a deactivated state wherein the electrical power source is not coupled to the at least one light source and no light beam is generated;

providing a third state (lock) corresponding to a locked state in which the electrical power source is not coupled to the at least one light source and no light beam is generated;

providing a switching mechanism configured to receive at least a first and a second physical user input through at least one switching element;

providing a processor coupled to the switching mechanism and being configured to select one among said first, second and third states in response to said physical user inputs;

wherein

the unlock of the headlamp is achieved through the use of different physical inputs, and wherein said switching mechanism further correlates a third physical user input different from said first and said second physical user input for switching of said third state (Lock) to said first state.

12. The process of claim 11 wherein said switching element is under the form of a button and said first physical user input is a short push and said second physical user input is a long push.

13. The process of claim 12 wherein the processor is configured to control a state change from the locked state to said activated state from the following one of physical user inputs:

a long push

a combination of four short pushes occurring within a predetermined time window.

14. The process of claim 11 wherein the headlamp provides a first and a second switching elements respectively corresponding to a first and a second button respectively located on the top and the side of the headlamp, and wherein the headlamp detects the following distinctive physical user inputs: a short push; a long push.

15. The process of claim 14 wherein the processor controls a state change from the locked state to said activated state from one of the following physical user inputs:

a long push on each of the first button and the second button;

a combination of four short pushes occurring within a predetermined time window on the first button.

16. The process of claim 11 , wherein said headlamp provides a first activated state corresponding to a reactive lighting based on the control of the brightness in response to the sensing of the reflected light, and a second activated state corresponding to a constant light beam.

17. The process of claim 16 wherein the headlamp provides a third activated state corresponding to the generation of red light.

18. The process of claim 17 wherein the processor selects said reactive lighting mode in response to a short push on said first button (top) with a cycling between different levels of intensity occurring in response to subsequent short pushes on said first button (top).

19. The process of claim 18 wherein the processor selects said constant lighting mode in response to a short push on said second button (side) with a cycling between different levels of intensity occurring in response to subsequent short pushes on second first button (side).

20. The process of claim 19 wherein the processor selects a red lighting mode in response to a long push on said second button (side) with a cycling between the following states in in response to subsequent short pushes on said second button (side):

fixed red

flashing red

storing into a flag register and OFF state.