Internet video receiver

• US 20100043046A1
• Filed: 07/06/2009
• Published: 02/18/2010
• Est. Priority Date: 07/07/2008
• Status: Abandoned Application

• Current Assignee: Julian Frank Jr. Fields, Shamir Sen-Gupta, Shondip Sen
• Original Assignee: Julian Frank Jr. Fields, Shamir Sen-Gupta, Shondip Sen
• Inventors: Sen, Shondip, Fields, Julian Frank JR., Sen-Gupta, Shamir
• Application Number:
  US12/459,664
• Publication Number:
  US 20100043046A1
• Time in Patent Office: Days
• US Class Current: 725/133
• CPC Class Codes: H04N 21/44016 involving splicing one content stream with another content stream, e.g. for substituting a video clip
• CPC Class Codes: H04N 21/4622 Retrieving content or additional data from different sources, e.g. from a broadcast channel and the Internet web site content organization and management for information retrieval from the Internet G06F16/958; transmission by internet of broadcast information H04H60/82; stock exchange data over packet-switching network H04L12/1804; push services including data channel over packet-switching network H04L12/1859
• CPC Class Codes: H04N 21/4782 Web browsing , e.g. WebTV
• CPC Class Codes: H04N 21/6125 involving transmission via Internet transmission by internet of broadcast information H04H60/82
• CPC Class Codes: H04N 21/812 involving advertisement data advertising per se G06Q30/02
• CPC Class Codes: H04N 7/17318 Direct or substantially direct transmission and handling of requests

Abstract

An Internet Video Receiver (IVR) is an appliance for delivering content from the Internet for viewing on a television screen or other device. The major contribution that we have made is to shift the position where advertising is merged with content in the delivery of television services. Previously, content was delivered by a single service provider through a closed medium to many clients. The content and advertising was preselected by the service provider at the server side and delivered to the television on the client side with limited customization for individual viewers. With an IVR, the user can choose content from many independent suppliers from the Internet which is merged with independently supplied advertising in the IVR at the client side. Merging content with advertising in the IVR at the client side provides a new method for delivering a customized television service that can be tailored to individual viewers. Statistical information about content that has been viewed using the IVR is collected at the client side and is sent to destinations on the server side independently of the content and/or advertising suppliers. All information crossing the client/server boundary between the IVR on the client side and independent services on the server side in either direction are transactions for which a fee can be charged.

Claims

1. An Internet Video Receiver (IVR) apparatus disposed on a one (Client) side of a communication boundary, said apparatus comprising:

a) a TV media interface configured to interface with a digital [GMS1]connection common to a plurality of local digital devices disposed on the Client side of said boundary, said local digital devices comprising;

i) a digital television display;

ii) a DVD player;

iii) an intermediate device that has a separate digital port adapted to connect to a separate digital device;

b) A digital network interface adapted to retrieve multiple items of digital media content from any of a plurality of independent sources, said independent sources comprising;

i) independent Server side sources, said independent Server side sources disposed on the opposite (Server) side of said communication boundary, said independent Server side sources comprising;

(i) one or more digital networks, comprising;

1. the Internet;

2. one or more WANs;

3. one or more LANs;

4. one or more computers each having a digital connection compatible with [GMS2]said network interface[GMS3];

ii) independent Client side sources, wherein said independent Client sides sources comprise;

(1) local sources stored in an memory disposed within said IVR;

(2) local sources stored on local area networks disposed on said client side of said boundary;

c) a digital media merging means for merging at least two of selected ones of said retrieved digital media content items into a merged digital output item and delivering said merged digital output item through said TV media interface;

.

d) A Virtual File System (VFS) means for accessing, retrieving and storing said retrieved multiple digital content items in a VFS format, wherein said VFS is compatible with said independent Server side sources, and further, wherein said VFS is compatible with said TV media interface;

e) A Function Control[GMS4] means for controlling IVR functions, said IVR functions comprising;

(1) Selection of said digital media content items to be retrieved from said independent Server side sources,

(2) Selection of said digital media content items to be merged by said digital media merging means;

(3) Selection of said merged digital output to be delivered;

(4) Selection of recipients to receive said delivery of said merged digital output;

f) Whereby two independent types of digital media content from at least two of said independent sources can be independently retrieved, jointly merged and delivered to a connected TV through said TV media interface.

2. The IVR as set forth in claim 1, including;

a) Statistics means for monitoring and gathering playback statistics related to digital media content delivered to said TV media interface.

b) Communication from said Statistics means to said network interface, wherein connection is made available to said independent Server side sources for exchanging requests and responses to and from the IVR;

i) Wherein said requests and responses include requests from and responses to said independent Server side sources including Statistics User servers

ii) Wherein said Statistics means delivers statistical information derived from said playback statistics upon request from selected ones of said Statistics User servers.

3. The IVR as set forth in claim 1, wherein said IVR enables selection and merging of at least two different ones of said independent server side digital media content for delivery of said merged digital media to said digital TV interface.

4. The IVR as set forth in claim 3, wherein said independent server side digital media content server side sources comprise:

a) media content providers;

b) message media providers;

c) advertising media providers;

d) email notification message providers,[GMS5]

e) whereby, said IVR delivers a merged digital media signal comprised of two or more of digital media content server side sources to a connected digital TV receiver.[GMS6]

5. The IVR as set forth in claim 4, wherein one of said at least two independent server side digital media content overlay the other.

6. The IVR as set forth in claim 1, comprising:

a) an electronic memory;

b) one or more data processors[GMS7];

c) one or more data buses communicating with said memory, said data processor, said network interface and said TV media interface.

7. The IVR as set forth in claim 6, in which said memory comprises;

i) a single address space;

ii) a partitioned memory, including more than one address space.

8. The IVR as set forth in claim 6, in which said memory is comprised;

(1) volatile memory;

(2) non-volatile memory.

9. The IVR as set forth in claim 6, in which said electronic memories are configured to store information comprising:

(1) media data;

(2) program code;

10. The IVR as set forth in claim 6, in which said IVR is comprised of;

i) one or more microprocessors;

ii) a dedicated logic processor;

iii) one or more FPGAs;

iv) Hardwired logic

v) A combination of separate monolithic ICs;

vi) A single System on a Chip (SoC).

11. The IVR as set forth in claim 1, in which said network interface comprise

a) a serial digital interface;

b) a parallel digital interface;

12. The IVR as set forth in claim 1[GMS8], in which said IVR comprises:

a) an Integrated IVR disposed entirely within one of said local digital devices;

wherein said digital connection of said TV media interface is also adapted to interface with others of said local digital devices.

13. The IVR as set forth in claim 1, in which said network interface comprise

a) a wired connection, comprising:

i) Ethernet IEE 802.3.

b) A wireless connection comprising;

i) Wi-Fi;

ii) Wireless USB;

iii) Ultra Wide Band (UWB);

iv) Bluetooth;

v) IEEE 802.11

vi) A wireless broadband Digital Subscriber Line (DSL);

vii) A Wireless Cable Modem;

viii) A Wireless Terrestrial connection.

14. The IVR as set forth in claim 1, in which said TV media interface comprises a physical connector, said connector comprising:

a) a Universal Serial Bus (USB) connector;

b) a Secure Digital (SD) memory card connector;

c) a CableCARD connector;

d) a Peripheral Component Interconnect (PCI) connector;

e) an Inter-Integrated Circuit (I²C) connector;

f) A Serial Peripheral Interface (SPI) bus.[SS9]

15. The IVR as set forth in claim 1, in which said network interface communicates with said independent Server side sources across said communication boundary, with communication protocols comprising:

a) Transmission Control Protocol/Internet Protocol (TCP/IP);

[SS10]

b) Hypertext Transfer Protocol (HTTP);

c) Real-Time Streaming Protocol (RTSP).

16. The IVR as set forth in claim 1 comprising:

a) monetizing means for monetizing the playing of video advertisements, wherein said playing of video advertisements means comprise;

i) pausing video being viewed,

ii) playing an advertisement,

iii) resuming play of video being viewed.

17. The IVR as set forth in claim 1 comprising:

a) monetizing means for monetizing transactions of information crossing said communication boundary in either direction to or from said IVR,

i) wherein said monetizing means comprise;

ii) a plurality of accounts for tracking said transactions of information, said accounts comprising;

(1) local storage accounts stored in local memory disposed within said IVR;

(2) remote storage accounts stored in remote memory accessible through said digital network interface,

iii) whereby a fee can be charged for ones of said tracked transactions;

18. The IVR as set forth in claim 17 wherein;

i) said transactions of information comprise[GMS11];

(1) accessing a single item of content by a user of the IVR;

(2) rendering an advertisement by an advertiser each time said advertisement is rendered by said IVR;

(3) access of statistical information from said IVR by a statistics user;

(4) recommendations to a user of said IVR based on said user'"'"'s usage history

(5) transfer of a notification from a server to a user, in which said notification comprises;

(a) an email from said server to said user;

(b) an instant message from said server to said user;

(c) a notification message to an individual user from sender of said notification message, in which said notification message, said notification message comprising;

(i) a discount coupon that is displayed to said individual user;

(d) a charitable donation given by a user of the IVR in response to a message received by said user.

19. An Internet Video Receiver (IVR) apparatus disposed on a one (Client) side of a communication boundary, said apparatus comprising:

a) a TV media interface configured to interface with an analog input connector common to a plurality of local analog devices disposed on the Client side of said boundary, said local analog devices comprising;

i) a analog input television display;

ii) other analog input media devices;

b) A digital network interface adapted to retrieve multiple items of digital media content from any of a plurality of independent sources, said independent sources comprising;

i) independent Server side sources, said independent Server side sources disposed on the opposite (Server) side of said communication boundary, said independent Server side sources comprising;

(a) one or more digital networks, comprising;

(i) the Internet;

(ii) one or more WANs;

(iii) one or more LANs;

(iv) one or more computers each having a digital connection compatible with said network interface;

[GMS12]

ii) independent Client side sources, wherein said independent Client sides sources comprise;

(1) local sources stored in an memory disposed within said IVR;

(2) local sources stored on local area networks disposed on said client side of said boundary;

c) a Codec for compression/decompression of received digital media adapted to convert said received digital media into a compressed/decompressed media format compatible with said local analog device interface;

d) a digital media merging means for merging at least two of selected ones of said retrieved digital media content items into a merged digital media item and delivering said merged digital output item as said received digital media to said Codec;

e) A Virtual File System (VFS) means for accessing, retrieving and storing said retrieved multiple digital content items in a VFS format, wherein said VFS is compatible with said independent Server side sources, and further, wherein said VFS is compatible with said TV media interface;

f) A Function Control[GMS13] means for controlling IVR functions, said IVR functions comprising;

(1) Selection of said digital media content items to be retrieved from said independent Server side sources,

(2) Selection of said digital media content items to be merged by said digital media merging means;

(3) Selection of said merged digital output to be delivered;

(4) Selection of recipients to receive said delivery of said merged digital output;

g) Whereby two independent types of digital media content from at least two of said independent sources can be independently retrieved, jointly merged and simultaneously delivered to a connected analog input TV through said TV media interface.

20. The Internet Video Receiver (IVR) apparatus as set forth in claim 19, further comprising:

a) an analog input interface adapted to connect to an external source providing input analog media [GMS14];

b) an A/D converter disposed within said IVR, communicating with said analog input interface to receive said input analog media and convert it to an intermediate digital media presented to said Codec as said received digital media.