Traffic-light timed advertising center

• US 5,150,116 A
• Filed: 04/12/1990
• Issued: 09/22/1992
• Est. Priority Date: 04/12/1990
• Status: Expired due to Term

• Current Assignee: Innovative Traffic Systems, LLC
• Original Assignee: Harold B. West
• Inventors: West, Harold B.
• Primary Examiner(s): Crosland, Donnie L.
• Application Number:
  US07/509,286
• Time in Patent Office: 894 Days
• Field of Search: 340/928, 340/925, 340/905, 340/944, 340/929, 340/908.1, 11/11, 40/447, 40/452, 40/453
• US Class Current: 340/928
• CPC Class Codes: G08G 1/095 Traffic lights
• CPC Class Codes: G09F 13/00 Illuminated signs; Luminous advertising G09F9/00, G09F11/00 take precedence; control of displays in general using static means to present variable information G09G
• CPC Class Codes: G09F 13/0472 Traffic signs
• CPC Class Codes: G09F 2023/0025 on containers

Abstract

A traffic light timed advertising center includes an advertising display device, such as an electronic message center or other visual display device for displaying alpha-numeric and symbolic advertising messages, in which the advertising messages can be made selectively visible and invisible to drivers, is positioned adjacent a traffic control signal device having alternative signal phases for sequentially stopping and permitting the flow of traffic. A display control device, including an electronic control signal, coordinates the advertising display device with the traffic control signal device to make the advertising message invisible to drivers at selected times, particularly during transitions of the traffic control signal device from one signal phase to another, during a particular phase, and for predetermined time intervals before or after the transition from one phase to another, as desired or appropriate to display the advertising message only during times of the traffic control signal device phases when drivers'"'"' attentions to the advertising message will not adversely affect the drivers'"'"' attentions to required driving functions.

Claims

1. A variable message advertising display apparatus combined with a traffic control signal device positioned adjacent a street, comprising:

a traffic control signal device consisting of multiple sets of traffic lights each facing a direction of traffic and each having a first phase for stopping the flow of traffic and a second phase for permitting the flow of traffic on the street;

a variable message advertising display means mounted adjacent to each of said multiple sets of traffic lights of the traffic control signal device in line of sight visible to drivers and passengers of vehicles in the flow of traffic being controlled by the traffic control signal device, said advertising display means being capable of displaying an advertising message and of having said advertising message made selectively visible and invisible to the drivers and passengers of the vehicles;

display control means connected to said advertising display means and to said traffic control signal device for automatically and selectively actuating and deactuating the advertising display means such that the advertising message is made visible and invisible, said display control means comprising digital logic gates connected to a flip-flop multivibrator for actuating and deactuating said advertising display means as a function of the phase of operation of the corresponding set of traffic lights; and

electronic programming means connected to said display control means and said advertising display means for automatically and selectively changing the advertising message according to a predetermined display schedule chosen by a user.

2. The advertising display apparatus of claim 1, wherein said display control means is coordinated with the traffic control signal to actuate the advertising display means in such a manner as to make the advertising message invisible during transitions from one phase of the traffic control signal to another.

3. The advertising display apparatus of claim 2, wherein said display control means is coordinated with the traffic control signal to delay actuation of the advertising display means for a predetermined time interval after transition of the traffic control signal from one phase to another so as to keep the advertising message invisible to drivers for said predetermined time interval before it is made visible after the transition.

4. The advertising display apparatus of claim 2, wherein said display control means is coordinated with the traffic control signal to actuate the advertising display means to make the advertising message invisible a predetermined time prior to a transition of the traffic control signal from one phase to another.

5. The advertising display apparatus of claim 2, wherein said display control means is coordinated with the traffic control signal to actuate the advertising display means to make the advertising message visible only during a portion of a signal phase of the traffic control signal and invisible for the beginning portion of that phase and for the ending portion of that phase.

6. The advertising display apparatus or claim 3, wherein the actuation of the advertising display means is delayed for a predetermined time interval at the beginning of said first phase of the traffic control signal.

7. The apparatus of claim 1, wherein said traffic control device is an integral part of said variable message advertising display, so that a traffic control signal merely constitutes an additional message on said variable message advertising display.

8. A variable message apparatus, electrically connected to and synchronized with a traffic control device, for displaying an alpha-numeric and symbolic display for disseminating information to oncoming traffic, comprising a display visibility means automatically controlled in such a way that the alpha-numeric and symbolic display may at times be visible and at other times may be effectively made invisible, and wherein said display visibility means is electronically programmed in such a way that the alpha-numeric and symbolic display may be automatically and selectively changed according to a predetermined display schedule chosen by a user.

9. The apparatus of claim 8, wherein said display visibility means is tied to the traffic control device in such a manner that when the traffic control device has restricted a flow of traffic, the alpha-numeric and symbolic display is made visible, and when the traffic control device permits the flow of traffic the alpha-numeric and symbolic display is effectively made invisible.

10. The apparatus of claim 8, wherein the traffic control device is a fixed traffic light for the control of vehicular traffic located at a specific site along a roadway.

11. The apparatus of claim 8, wherein the traffic control device is a mobile traffic light for the temporary control of vehicular traffic.

12. The apparatus of claim 8, wherein the traffic control device is a railroad crossing gate.

13. The apparatus of claim 8, wherein the alpha-numeric and symbolic display is generated by a programmable electronic message center and the display visibility means is derived from activating and deactivating the message center, such that the display is made visible by activating the message center and the display is made invisible by deactivating the message center.

14. The apparatus of claim 13, wherein the traffic control device is an integral part of the electronic message center such that a traffic control signal merely forms as an additional display on the message center.

15. The apparatus of claim 8, wherein the display visibility means includes positioning the alpha-numeric and symbolic display behind at least one shutter, such that the display is made invisible by placing the shutter across and in front of the display and the display is made visible by at least partial remove of the shutter from a position across the front of the display.

16. The apparatus of claim 8, wherein the display visibility means includes locating the alpha-numeric and symbolic display on a rotatable cylinder of regular multi-side cross-section, such that the display is made invisible by rotation of said rotatable cylinder to a blank surface and the display is made visible by rotation of said rotatable cylinder to a non-blank surface.

17. A method of displaying a variable alpha-numeric and symbolic message on a variable-message advertising display comprising the steps of:

electrically connecting the display to and synchronizing it with a traffic control device; and

programming the display in such a way that the alpha-numeric and symbolic display may be automatically and selectively changed according to a predetermined display schedule chosen by a user.

18. The method of claim 17, including the additional step of fitting the display with a display visibility means such that alpha-numeric and symbolic display may at times be visible and at other times may be effectively made invisible.

19. The method of claim 18, wherein the display visibility means is tied to the traffic control device, such that when the traffic control device has restricted a flow of traffic, the alpha-numeric and symbolic display is made visible, and when the traffic control device permits the flow of traffic the alpha-numeric and symbolic display is effectively made invisible.

20. The method of claim 18, wherein the alpha-numeric and symbolic display is generated by a programmable electronic message center and the display visibility means is derived from activating and deactivating the message center, such that the display is made visible by activating the message center and the display is made invisible by deactivating the message center.

21. The method of claim 20, wherein said traffic control device is an integral part of said variable message advertising display, so that a traffic control signal merely constitutes an additional message on said variable message advertising display.

22. The method of claim 18, wherein the display visibility means includes positioning the alpha-numeric and symbolic display behind at least one shutter, such that the display is made invisible by placing the shutter across and in front of the display and the display is made visible by at least partial removal of the shutter from a position across the front of the display.

23. The method of claim 18, wherein the display visibility means includes locating the alpha-numeric and symbolic display on a rotatable cylinder of regular multi-sided cross-section, such that the display is made visible by rotation of said rotatable cylinder to a blank surface and the display is made visible by rotation of said rotatable cylinder to a non-blank surface.

24. An apparatus for a traffic-control-signal variable message advertising display combination for use adjacent a street, comprising:

an electronic message center, including a two-dimensional array of a plurality of light-producing elements, each of which can be turned on and off separately, said two-dimensional array being capable of forming alpha-numeric advertising messages and graphic symbols constituting traffic control signals comprising a first phase for stopping the flow of traffic and a second phase for permitting the flow of traffic on the street;

a programmable microprocessor connected to said electronic message center for automatically activating the sequence of traffic control signals for said first and second phase of traffic flow and for controlling the display of any desired set of alpha-numeric advertising messages in a variety of display formats by actuating said plurality of light-producing elements according to a predetermined sequence chosen by a user; and

a sequential network connected to said electronic message center and to said programmable microprocessor for automatically enabling and restricting the activation of said plurality of light-producing elements to particular light phases of the traffic control signals.

25. The advertising display apparatus of claim 24, wherein said sequential network actuates said programmable microprocessor in such a manner as to make the advertising message invisible during transitions from one phase of the traffic control signals to another.

26. The advertising display apparatus of claim 24, wherein said sequential network delays actuation of said programmable microprocessor for a predetermined time interval after transition of the traffic control signals from one phase to another so as to keep the advertising message invisible to drivers for said predetermined time interval before it is made visible after the transition.

27. The advertising display apparatus of claim 25, wherein said sequential network actuates said programmable microprocessor to make the advertising message invisible a predetermined time prior to a transition of the traffic control signals from one phase to another.

28. The advertising display apparatus of claim 25, wherein said sequential network actuates said programmable microprocessor to make the advertising message visible only during a portion of a signal phase of the traffic control signals and invisible for the beginning portion of that phase and for the ending portion of that phase.

29. The advertising display apparatus of claim 25, wherein the actuating of said programmable microprocessor is delayed for a predetermined time interval at the beginning of said first phase of the traffic control signals.