초록 ▼

A self-contained hazard marker which is easily deployed and highly visible. The hazard marker utilized an elevated collapsible illumination device which utilizes LEDs mounted to a flexible printed circuit board in a fashion that allows the circuit board to be formed into a tubular shape with the LED

A self-contained hazard marker which is easily deployed and highly visible. The hazard marker utilized an elevated collapsible illumination device which utilizes LEDs mounted to a flexible printed circuit board in a fashion that allows the circuit board to be formed into a tubular shape with the LEDs on the outer surface of the tube in a fashion that disperses the light in a 360 degree pattern. These LEDs can be illuminated in various patterns thereby producing various effects. They can produce a rotating light effect, a blinking light effect, a strobe effect and a simulated flare. The elevated illumination device is also collapsible into the body (protection chamber) of the marker in the event a vehicle is driven over the marker. The marker has a ramp shape to it that starts at ground level and extends to the top of the unit. This shape inherently prevents the unit from lateral movement when impacted. The unit also contains deployable securing devices which also prevent the marker from being moved horizontally from its operative position.

대표청구항 ▼

What is claimed is: 1. An Omni directional illuminated hazard marker comprising in combination: a base module; a removable waterproof battery module; an Omni directional light plug module; a double walled protection chamber; said Omni directional light plug module traversing between a protection ch

What is claimed is: 1. An Omni directional illuminated hazard marker comprising in combination: a base module; a removable waterproof battery module; an Omni directional light plug module; a double walled protection chamber; said Omni directional light plug module traversing between a protection chamber position, and an elevated operating position; each said module being constructed and arranged for cooperative assembly; wherein said base module is constructed and arranged for cooperative engagement with a protection module, thereby defining an annular region for receipt of said Omni directional light plug module; said waterproof battery module is constructed and arranged for cooperative engagement with a protection chamber module this engagement creates a double wall thickness in plastic in the module that provided an extreme weight load capability to said protection chamber and said base module within said annular region; said Omni directional light plug module being constructed and arranged for movement between said elevated operating position and said protection chamber position within said protection chamber when impacted, wherein said protection module includes a plurality of vertically aligned helix screw members circumferentially positioned along any outer surface of said protection module, said screw members are arranged in vertical columns, said columns being spaced from each other around the circumference of said outer surface of said protection module; said battery module includes a plurality of vertically aligned helix screw members circumferentially positioned along the inner surface of said battery module, said screw members are arranged in vertical columns, said columns being spaced from each other around the circumference of said inner surface of said battery module; said screw members of said modules are arranged so that said modules can be nested together and turned with respect to each other resulting in said modules being locked together this locking allows for the following; 1. double wall plastic thickness allowing extreme weight load capacity, this thickness could not be created without the double wall design using standards or practice in the plastic industry; 2. removable battery chamber allowing for replacement of spent batteries. 2. The Omni directional illuminated hazard marker of claim 1 wherein said battery module is arranged for cooperative assembly about a central axis, a battery chamber is removable and contains spring contacts as required to accomplish the required electrical connection to the light plug module. 3. The Omni directional illuminated hazard marker of claim 1 further comprising a unidirectional light plug being constructed and arranged for reciprocal engagement with a central region defined within said protection chamber; whereby said Omni directional light plug module reciprocates along a central axis within said central region between said first elevated operation position and a second collapsed protection position. 4. The Omni directional illuminated hazard marker of claim 3 further comprising said Omni directional light plug module, this module incorporates a magnetic reed switch that allows switch contact to be achieved when the light plug module is depressed into a protection chamber, thus eliminating the requirement for an external switch, the base model incorporates a counterpart magnet as required to close the reed switch. 5. The Omni directional illuminated hazard marker of claim 1 wherein light sources are LEDs. 6. The Omni directional illuminated hazard marker of claim 1 wherein light sources are activated in sequence. 7. The Omni directional illuminated hazard marker of claim 6 wherein said sequence simulates a flare. 8. The Omni directional illuminated hazard marker of claim 6 wherein said sequence simulates a rotating beacon. 9. The Omni directional illuminated hazard marker of claim 1 wherein light sources are activated simultaneously. 10. The Omni directional illuminated hazard marker of claim 1 wherein light sources are activated intermittently. 11. The Omni directional illuminated hazard marker of claim 1 further comprising a tubular shaped single flexible circuit board containing all light sources and ancillary electronics as required to operate the light sources. 12. The Omni directional illuminated hazard marker of claim 11 wherein said circuit board further includes means for energizing each light source in banks of lights simultaneously and intermittently thereby producing a visible light that appears to flash. 13. The Omni directional illuminated hazard marker of claim 11 wherein said circuit board further includes means for energizing light sources in banks of lights sequentially and intermittently thereby producing a visible light that appears to rotate. 14. An Omni directional illuminated hazard marker comprising in combination: a base module; a removable waterproof battery module; an Omni directional light plug module; a double walled protection chamber; said Omni directional light plug module traversing between a protection chamber position, and an elevated operating position; each said module being constructed and arranged for cooperative assembly; wherein said base module is constructed and arranged for cooperative engagement with a protection module, thereby defining an annular region for receipt of said Omni directional light plug module; said waterproof battery module is constructed and arranged for cooperative engagement with a protection chamber module this engagement creates a double wall thickness in plastic in the module that provided an extreme weight load capability to said protection chamber and said base module within said annular region; said Omni directional light plug module being constructed and arranged for movement between said elevated operating position and said protection chamber position within said protection chamber when impacted, wherein said Omni directional light plug module further includes a plurality of banks of light sources circumferentially arranged around said Omni directional light plug module; said banks of lights comprise a plurality of vertically disposed light sources, the placement creates a large viewing area associated with a high density light placement, wherein said marker contains a circuit board which; a connection to a source of power; a pulse width modulation boost current regulator connected to sources of light; light source drivers with variable current control; a PIC controller; a separate voltage regulator connected to said PIC controller; said PIC controller controlling via serial data top a light source current driver in a fashion that activate said light sources either sequentially or simultaneously in a desired pattern and a desired intensity; said PIC controller sensing a low battery condition and activating said light sources to indicate such condition; said PIC controller regulating the source of power when said source is other than batteries. 15. The Omni directional illuminated hazard marker of claim 1 wherein said modules are made of high impact plastic. 16. The Omni directional illuminated hazard marker of claim 4 further comprising: a sun shield attachable to said light plug module; said sun shield including a flag mounted thereon, and a top mounted handle for easy retrieval. 17. The Omni directional illuminated hazard marker of claim 4 further comprising: a lens; said lens being constructed and arranged to fit on top of said light plug module; said lens adapted to project light from said light plug module vertically upward. 18. The Omni directional illumination hazard marker of claim 1 wherein light sources are Zenon strobe tubes. 19. The Omni directional illumination hazard marker of claim 11 wherein said tubular shaped single flexible circuit board is curved into a tube shape to create a 360 degree array of LEDs around the circumference of the light plug module.