CUSTOMIZABLE TORCH

• US 20110122609A1
• Filed: 08/25/2008
• Published: 05/26/2011
• Est. Priority Date: 08/23/2007
• Status: Abandoned Application

• Current Assignee: Wise Innovations Technologies SARL
• Original Assignee: Wise Innovations Technologies SARL
• Inventors: Dahlin, Flemming
• Application Number:
  US12/674,681
• Publication Number:
  US 20110122609A1
• Time in Patent Office: Days
• US Class Current: 362/184
• CPC Class Codes: F21L 4/027 the light sources being a LED
• CPC Class Codes: F21V 23/04 the elements being switches safety devices F21V25/00
• CPC Class Codes: F21V 29/74 with fins or blades
• CPC Class Codes: F21Y 2115/10 Light-emitting diodes [LED]

Abstract

The present invention provides a compact, portable light sour-ce (1), preferably sized to be readily hand-held, for illuminating an object, several objects, or areas for human use and/or machine operation. The function of the portable light source (1) is controlled by a first microprocessor (51) located inside the portable light source. The first microprocessor (51) is externally accessible either through a direct link to an external control unit (54) or through a link involving one or more other microprocessors located in accessible positions of the portable light source. The function can hence be customized by the user himself to any given situation making the portable light source especially suitable for professional use, i.e. for security, police and military use.

Claims

1. A portable torch comprising

a case having a first end and a second end, and a first cap having a transparent area,

illumination means having an illumination area comprising at least one light emitting unit (LEU) arranged to emit light through the transparent area of the first cap,

a power source comprising a battery holder,

means for activating said power source,

at least a first microprocessor comprising means for controlling the functionality of the torch, means for communicating with at least one external control unit, and means for storing received program settings and data from said external control unit

wherein the functionality of the torch is determined by the settings and programs of said first microprocessor.

2. A portable torch according to claim 1, wherein the outer parts of said first cap or said releasably locked head are made in a material that exhibits a low thermal conductivity

3. A portable torch according to any of claims 1-2, further comprising a second microprocessor comprising communicative means for communicating with said first microprocessor and communicative means for communicating with at least one external control unit, and wherein the first microprocessor furthermore comprises means for communicating with other microprocessors, and means for storing received program settings and data from said other microprocessors,

4. A portable torch according to any of the preceding claims, wherein said first cap is replaced by a releasably locked head, wherein said releasably locked head comprises rotation preventing means that essentially prevents rotation of the releasably locked head relative to the case around the longitudinal axis of the case when the releasably locked head is locked onto said case.

5. A portable torch according to any of preceding claims, further comprising a removable cover encasing at least the transparent area of said first cap or said releasably locked head providing means for arranging means for altering the optical properties of a light beam emitted out through the transparent area of said first cap or said releasably locked head

7. A portable torch according to any of the preceding claims further comprising a heat sink arranged to transport heat from the light emitting units or said light emitting diodes, wherein said heat sink comprises a central part of a first material, and at least one peripheral part of a second material, and said first material is different from said second material.

9. The portable torch according to any of preceding claims 5-8, wherein said means for altering the optical properties comprises at least one optical element for diffusing said light beam and/or for reducing the intensity of said beam.

10. The portable torch according to any of preceding claims 5-9, wherein said means for altering the optical properties comprises at least one optical element for changing the hue and/or the colour and/or the temperature of said beam.

11. The portable torch according to any of preceding claims 5-10, wherein said cover comprises means for protecting the transparent area of said releasably locked head

12. The portable torch according to any of the preceding claims wherein

said releasably locked head or said first cap sealingly covers the first open end and said second cap sealingly covers the second open end

said means for activating said power source operatively associated with said case comprises one or more switch buttons sealingly arranged on the case.

13. The torch according to any of preceding claims, wherein said means in said first microprocessor for communicating with said at least one external control unit comprises means for wired communication, such as a suitable console, parallel cables, serial cables, and USB cables.

14. The torch according to any of preceding claims, wherein said means on said first microprocessor for communicating with said at least one external control unit comprises means for wireless communication, such as a Bluetooth connection, radio signals, WiFi, and Infrared communication.

15. The torch according to any of preceding claims, wherein said second cap and/or said case provide means for connecting said first microprocessor to said external control unit.

16. The portable torch according to any of preceding claims, wherein said means in said at least a first microprocessor for communicating with other microprocessors such as said second microprocessor, comprise means for wired communication using a cable and/or wire suitable for communication between two units.

17. The portable torch according to any of preceding claims, wherein said means in said at least a first microprocessor for communicating with other microprocessors such as said second microprocessor, comprise means for wireless communication such as a Bluetooth connection, radio signals, WiFi, and Infrared communication

18. The portable torch according to any of preceding claims, wherein said communicative means in said second microprocessor for communicating with said first microprocessor and/or said at least one external control unit, comprise means for wired communication using a cable and/or wire suitable for communication between two units.

19. The portable torch according to any of preceding claims, wherein said communicative means in said second microprocessor for communicating with said first microprocessor and/or said at least one external control unit, comprise means for wireless communication such as a Bluetooth connection, radio signals, WiFi, and Infrared communication.

20. The portable torch according to any of preceding claims, wherein transmitters and/or receivers that are used to establish a wireless link between said at least a first microprocessor and a second microprocessor and/or between said at least one external control unit and said second microprocessor are located off said at least a first microprocessor and a second microprocessor.

21. The torch according to any of preceding claims, wherein said second cap and/or said case provide means for connecting the second microprocessor to the external control unit.

22. The torch according to any of preceding claims 3-21, wherein said second microprocessor is located in said releasably locked head.

23. The torch according to claim 22, wherein said means for connecting the second microprocessor to the external control unit comprise means for connecting said releasable locked head comprising the second microprocessor to a console equipped with means for connecting to the external control unit.

24. The torch according to any of the preceding claims, wherein at said at least first microprocessor comprises a non-volatile memory such as an EPROM or an EEPROM.

25. The torch according to any of claims 3-25, wherein at said second microprocessor comprises a non-volatile memory such as an EPROM or an EEPROM.

27. The torch according to any of preceding claims, wherein at said first microprocessor and said second microprocessor comprise means for communicating when the torch is turned on, thereby providing means for an adjustment of the functionality of said first microprocessor and thereby the torch based on data and program instructions stored in said second microprocessor.

28. The torch according to any of preceding claims 4-28, wherein said rotation preventing ensures that the rotation of the releasably locked head around the longitudinal axis of the case is below 10°

, preferably below 5°

, more preferably below 2°

, more preferably below 1°

.

29. The torch according to any of preceding claims 3-29, wherein said rotation preventing means of the head interacts with rotation preventing means of the case and/or rotation preventing means of the inner torch assembly.

30. The torch according to any of claims 3-29, wherein said rotation preventing means of the releasable locked head comprise at least one hole extending parallel to the longitudinal axis of the case, where at least one solid rod anchored in the inner torch assembly and extending parallel to the longitudinal axis of the case can be inserted in said at least one hole, and wherein the diameter of said at least one hole essentially is identical to the diameter of said at least one rod.

31. The torch according to any of claims 3-30, wherein said releasably locked head comprises a front ring, a turn ring, and a middle ring, wherein said turn ring comprise means for attaching said rods to the ring.

32. The portable torch according to any of the preceding claims, wherein the illumination means comprises at least three LEDs arranged and the heat sink is connected to the diode area through a central thermally conducting rod.

33. The portable torch according to any of the preceding claims, wherein the central rod includes at least a part of the battery holder.

34. The portable torch according to any of the preceding claims, wherein the battery holder comprises at least two pins connected to a central pin.

35. The portable torch according to any of the preceding claims, wherein the LEDs are arranged on a support with socket means for providing electrical power between the power source and the LEDs.

36. The portable torch according to any of the preceding claims, further comprising control means for maintaining a substantially constant light output from the illumination means.

37. The portable torch according to claim 36, wherein the control means includes feedback means for measuring temperature of LEDs and means for regulating light intensity of the LEDs.

38. The portable torch according to any of the preceding claims, wherein the control means are capable of activating the power supply to the illumination means independent from activating the power supply to the second battery-driven device connectable to the second cap.

39. The portable torch according to any of the preceding claims, wherein a cap comprising a diode area of the battery-driven device is connectable to the second cap.

40. The portable torch according to any of the preceding claims, wherein the battery-driven device connectable to the second cap may be a flash light, a second torch, a coloured light, an ultraviolet light, an infrared light, and/or a Global Positioning System.

41. The portable torch according to any of the preceding claims, wherein the control means includes means for monitoring the device connected to the second cap.

42. A modular kit, said kit comprising at least one portable torch as defined in any of the claims 1-41, and at least one second battery-driven device, wherein said second battery-driven device is capable of being connected to the portable torch.

43. The modular kit according to claim 42, wherein the portable torch is capable of functioning as a battery-tank for a second battery-driven device.

44. The modular kit according to any of the preceding claims 42-43, wherein a second cap of the portable torch comprises means for connecting the at least one second battery-driven device.

45. The modular kit according to any of the preceding claims 42-44, wherein the power source of the portable torch supplies power to the illumination means of the portable torch and to the second battery-driven device connectable to the portable torch.

46. The modular kit according to any of the preceding claims 42-45, wherein the control means are capable of activating the power supply to the illumination means of the portable torch independent from activating the power supply to the second battery-driven device connectable to the portable torch.

47. The modular kit according to any of the preceding claims 42-46, wherein a cap comprising a diode area of the battery-driven device is connectable to the second end of the portable torch.

48. The modular kit according to any of the preceding claims 42-47, wherein the second battery-driven device connectable to the portable torch may be a flash light, a second torch, a coloured light, an ultraviolet light, or an infrared light.

49. The modular kit according to any of the preceding claims 42-48, wherein the control means includes means for monitoring the device connected to the portable torch.

50. A device, said device being adapted for connecting to a portable torch as defined in any of the claims 1-49, wherein the device is adapted for communicating with an external control unit through a communicative means of the torch.

51. The device according to claim 50, wherein the portable torch is capable of functioning as a battery-tank for the device.

52. The device according to any of the preceding claims 50-51, being a Global Positioning System.

53. The device according to any of the claims 50-52, wherein the device is controlled through a first and/or a second microprocessor of the torch.

6. A portable torch according to any of the claims preceding claims wherein said at least one light emitting unit (LEU) comprises at least one light emitting diode (LED) arranged to emit light out of the first open end and through the transparent area of the first cap or said releasably locked head.

8. A portable torch according to any of the claims preceding claims, wherein said second end is open and covered by a second cap.

26. The torch according to any of claims the preceding claims, wherein said external control unit comprise an interactive tool, such as a personal computer.