Entertainment and information systems and related management networks for a remote video delivery system

• US 6,009,465 A
• Filed: 01/22/1996
• Issued: 12/28/1999
• Est. Priority Date: 01/22/1996
• Status: Expired due to Fees

• Current Assignee: Maximus Multimedia International, LLC
• Original Assignee: SVI Systems Inc.
• Inventors: Owens, Dennis M., Norcott, Alfred A., Decker, Donald E.
• Primary Examiner(s): Miller, John W.
• Application Number:
  US08/589,727
• Time in Patent Office: 1,436 Days
• Field of Search: 395/200.47-200.49, 348/6, 348/7, 348/8, 348/10, 348/12, 348/13, 455/3.1, 455/4.1, 455/4.2, 455/5.1, 455/6.1, 455/6.2, 455/6.3, 345/327, 709/217-219
• US Class Current: 725/82
• CPC Class Codes: H04H 20/61 for local area broadcast, e.g. instore broadcast
• CPC Class Codes: H04N 7/106 for domestic distribution
• CPC Class Codes: H04N 7/18 Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast

Abstract

A remote video delivery system transmits video and text from a hotel office to hotel rooms. A series of video players generates the video signals to modulators. The modulators transmit the signals on various frequencies. A system controller directs the signals from the modulators to the appropriate converter boxes within the rooms. An outside vendor runs a billing system to charge the guests for the video delivery without the need for involvement by the hotel staff.

Claims

1. A method for the controlled distribution of information and video signals wherein a remote central processing system may control the operations of multiple local installation systems, said method comprising the steps of:

providing a plurality of video monitors at various locations in a hotel, each of said video monitors being coupled to a coaxial cable through converters which controllably demodulate video signals present at certain carrier frequencies;

providing a plurality of video sources located at a central location at said hotel, said video sources providing video signals;

providing a plurality of modulators tuned so that each modulates any video signal present at an input to a particular carrier frequency for transmission over said coaxial cable;

selectively coupling one of said video sources to one of said modulators so that said video signals are modulated at the particular carrier frequency of the respective modulator, said modulated signals being transmitted over said coaxial cable to said plurality of said monitors;

transmitting control commands over said coaxial cable for receipt by particular converters associated with particular monitors, said converters responding to said control commands to controllably tune signals present at a particular carrier frequency;

receiving remote communication signals from a remote central processing system at a telecommunications port, processing said remote communication signals and performing certain functions including

transmitting certain control signals to said converters; and

transmitting signals to said remote central processing system based on said remote communication signal processing.

2. A method for the controlled distribution of information and video signals as recited in claim 1 wherein each of said converters stores in memory an identification code which identifies said converter.

3. A method for the controlled distribution of information and video signals as recited in claim 2 wherein said control commands transmitted by said system controller include a first identification portion which corresponds to the identification code stored by said converter and a second control code portion which directs said converter to perform a particular task.

4. A method for the controlled distribution of information and video signals as recited in claim 1 wherein said remote communication signals are received by said system controller and processed in parallel without disrupting any other transmission of video signals to said monitors.

5. A local installation system according to claim 1, said method further comprising the steps of receiving and storing payment information in memory associated with said system controller, periodically establishing a telecommunication link with a remote central billing system, and transmitting said stored payment information to said remote central billing system for further processing and posting against each user account.

6. A method for the controlled distribution of information and video signals as recited in claim 1 further comprising the step of:

receiving maintenance commands from a remote servicing terminal, responding to said maintenance commands by performing diagnostic tests and reporting results of said diagnostic tests to said remote servicing terminal.

7. An entertainment and information distribution system including a remote central processing system and a plurality of local installation systems, at least one of said local installation systems comprising:

a plurality of monitors at various locations in a hotel;

a plurality of video sources located at a central location at said hotel, said video sources providing video signals;

a plurality of modulators selectively coupled to said video sources and coupled to said monitors, said modulators tuned so that each respective modulator modulates any video signal present at its input to a particular carrier frequency;

a system controller coupled to said modulators and said video sources, said system controller selectively coupling one of said video sources to one of said modulators so that said video signals are modulated on the carrier frequency of the respective modulator and transmitted to said plurality of said monitors; and

a plurality of converters, each associated with one of said monitors, said converters receiving control commands from said system controller over a particular carrier frequency and controllably tuning signals present on other carrier frequencies in response to said control commands received from said system controller, said tuned signals being displayed on the monitor associated with the particular converter,

said system controller further including telecommunication ports which receive remote communication signals from said remote central processing system, said remote communication signals being processed by said system controller whereby said system controller performs certain functions including transmitting certain control signals to said converters at the direction of said remote central processing system, said remote central processing system thereafter receiving signals from said system controller in response.

8. A local installation system according to claim 7 wherein each of said converters stores in memory an identification code which identifies said converter.

9. A local installation system according to claim 8 wherein said control commands transmitted by said system controller include a first identification portion which corresponds to the identification code stored in the memory of the converter and a second control code portion which directs said converter to perform a particular task.

10. A local installation system according to claim 7 wherein said remote communication signals are received by said system controller and processed in parallel without disrupting any other transmission of video signals to said monitors.

11. A local installation system according to claim 7, said system further comprising a memory associated with said system controller which receives and stores payment information, said system controller periodically establishing a telecommunication link with a remote central billing system and transmitting said stored payment information for further processing.

12. A local installation system according to claim 7 further comprising:

a remote servicing terminal capable of communicating with said system controller and sending maintenance commands thereto, said maintenance commands initiating diagnostic tests to be performed by said system controller.

13. A local installation system according to claim 12 wherein said system controller reports results of said diagnostic tests to said remote servicing terminal.

14. A local installation system according to claim 7 further comprising:

a plurality of telephones and accessory devices coupled to said system controller, said system controller issuing cues to said plurality of telephones and receiving signals from said accessory devices in response to said cues.

15. A method for the controlled distribution of information and video signals wherein each of a number of local installation systems store billing information and periodically establish a remote telecommunication link with a remote vendor-operated billing system to transmit payment information for further processing, said method comprising the steps of:

providing a plurality of video monitors at various locations in a hotel;

providing a plurality of video sources at a central location at said hotel, said video sources providing video signals;

providing a plurality of menu generators at a central location at said hotel, said menu generators providing information relating to said video sources;

prompting a user associated with one of said video monitors to select a particular video source for viewing on said monitor;

directing said user to enter payment information utilizing a telephone accessory which is coupled to a system controller at a central location at said hotel;

receiving and storing said payment information in memory associated with said system controller;

periodically establishing a telecommunication link between said system controller and said remote vendor-operated billing system and transmitting said payment information to said remote vendor-operated billing system on a periodic basis for further processing and posting against each user account.

16. A method for the controlled distribution of information and video signals according to claim 15 wherein said telephone accessory includes a magnetic card reader which automatically reads credit information from a credit card.

17. A method for the controlled distribution of information and video signals according to claim 15 wherein said system controller automatically establishes said telecommunication link with said remote vendor-operated billing system.

18. A method for the controlled distribution of information and video signals according to claim 15 wherein said remote vendor-operated billing system automatically establishes said telecommunication link with said system controller.

19. A method for the controlled distribution of information and video signals according to claim 15, said method further including the steps of receiving remote communication signals from a remote central processing system and processing said remote communication signals whereby said system controller performs certain functions.

20. A method for the controlled distribution of information and video signals according to claim 19 wherein said functions performed by said system controller include transmitting control signals to converters associated with each of said monitors so that said converters will perform certain functions.

21. An entertainment and information distribution system including a remote vendor-operated billing system and a plurality of local installation systems, at least one of said local installation systems controllably providing information and video signals to users for a fee, at least one of said local installation systems comprising:

a plurality of monitors at various locations in a hotel;

a plurality of information and video sources at a central location at said hotel, said video sources providing video signals;

a plurality of menu generators at a central location at said hotel, said menu generators providing information relating to said information and video sources;

a system controller coupled to said menu generators, said information and video sources and said monitors, said system controller controlling said menu generators to prompt users associated with each respective monitor to select a particular video source to be displayed on their respective monitor, said system controller further directing said user to enter payment information utilizing a telephone accessory which is coupled to said system controller utilizing telephone lines;

memory associated with said system controller wherein said system controller receives said payment information from said telephone accessory and stores said information in said memory;

a telecommunications link established periodically between said system controller and said remote vendor-operated billing system, said system controller transmitting said payment information to said remote vendor-operated billing system on a periodic basis for further processing and posting against each user account.

22. An information and video distribution system according to claim 21 wherein said system controller automatically establishes said telecommunication link with said remote vendor-operated billing system.

23. An information and video distribution system according to claim 21 wherein said remote vendor-operated billing system automatically establishes said telecommunication link with said central system controller.

24. An information and video distribution system according to claim 21, said system further including telecommunication ports which receive remote communication signals from a remote central processing system, said remote communication signals being processed by said system controller whereby said system controller performs certain functions in accordance with said signals.

25. An information and video distribution system according to claim 21 wherein said functions performed by said system controller include transmitting control signals to converters associated with each of said monitors so that said converters will perform certain functions.