Video-monitor/recording/playback system
View Patent ↗The invention relates to a stand-alone video recording, playback and Monitoring system. It has network switches, non-volatile storage devices, IP cameras, video servers, and NTSC cameras. The system uses communication channels that are WAN/LAN based and can be hard-wired or wireless.
1. A stand-alone, WAN/LAN IP based video-monitoring/recording/playback system comprising:
a centralized server machine having an internal web server engine, a user account management system, and a built-in network video recorder (NVR);
a non-volatile storage device for archival of digital video frames;
a network switch/access point and/or router for interconnecting the components including at least the server and IP devices including at least IP cameras or IP video servers;
an architecture such that viewing and management consoles, external hard drives, and cameras reside locally on the internal subnet of the system, or on any remote network connected to the system using the WAN or internet;
a set of HTML pages that are exported to a connecting browser for viewing, playback, and system management whereby all remote access is effected using standard browsers without remote client software, further comprising means for overlapping recording files so that any two time sequential files contain the same replicated video at the end of the first file that exists at the beginning of the second file.
2. A stand-alone, WAN/LAN IP based video-monitoring/recording/playback system comprising:
a centralized server machine having an internal web server engine, a user account management system, and a built-in network video recorder (NVR);
a non-volatile storage device for archival of digital video frames;
a network switch/access point and/or router for interconnecting the components including at least the server and IP devices including at least IP cameras or IP video servers;
an architecture such that viewing and management consoles, external hard drives, and cameras reside locally on the internal subnet of the system, or on any remote network connected to the system using the WAN or internet;
a set of HTML pages that are exported to a connecting browser for viewing, playback, and system management whereby all remote access is effected using standard browsers without remote client software;
wherein the system is fully incorporated into a suitcase supporting three to nine IP cameras, that can be instantaneously deployed.
3. A stand-alone, WAN/LAN IP based video-monitoring/recording/playback system comprising:
a centralized server machine having an internal web server engine, a user account management system, and a built-in network video recorder (NVR);
a non-volatile storage device for archival of digital video frames;
a network switch/access point and/or router for interconnecting the components including at least the server and IP devices including at least IP cameras or IP video servers;
an architecture such that viewing and management consoles, external hard drives, and cameras reside locally on the internal subnet of the system, or on any remote network connected to the system using the WAN or internet;
a set of HTML pages that are exported to a connecting browser for viewing, playback, and system management whereby all remote access is effected using standard browsers without remote client software; and
an array of independent hardware i/o devices whose inputs and outputs can be received and driven from the server to function as if in a “wired OR”, “wired EXCLUSIVE OR”, “wired AND”, or any other logical assignment as configured in the centralized server.
4. The system according to claim 3 further comprising hardware I/Os that can be driven to cause an event triggering mechanism based on logical relationships between the I/Os, time/date, and sequence of occurrence of events.
5. The system according to claim 4 further comprising a mechanism to implement a guard duty detection circuit, and via software and hardware monitor and report guard duty activity.
6. A stand-alone, WAN/LAN IP based video-monitoring/recording/playback system comprising:
a centralized server machine having an internal web server engine, a user account management system, and a built-in network video recorder (NVR);
a non-volatile storage device for archival of digital video frames;
a network switch/access point and/or router for interconnecting the components including at least the server and IP devices including at least IP cameras or IP video servers;
an architecture such that viewing and management consoles, external hard drives, and cameras reside locally on the internal subnet of the system, or on any remote network connected to the system using the WAN or internet;
a set of HTML pages that are exported to a connecting browser for viewing, playback, and system management whereby all remote access is effected using standard browsers without remote client software;
an enterprise class, distributed, relational database server that is integrated as part of the overall system enabling complex functionality, scalability, and maintainability; and
an array of independent i/o devices whose inputs and outputs can be received and driven from the server to function as if in a “wired OR”, “wired EXCLUSIVE OR”, “wired AND”, or any other logical assignment from a single point setup and managed by the database.
7. The system according to claim 6 further comprising hardware I/Os that can be driven to cause an event triggering mechanism based on logical relationships between the I/Os, time/date, and sequence of occurrence of events all of which are setup via the database.
8. The system according to claim 7 further comprising a mechanism to implement a guard duty detection circuit, and via software and hardware monitor and report guard duty activity.
9. A stand-alone, WAN/LAN IP based video-monitoring/recording/playback system comprising:
a centralized server machine having an internal web server engine, a user account management system, and a built-in network video recorder (NVR);
a non-volatile storage device for archival of digital video frames;
a network switch/access point and/or router for interconnecting the components including at least the server and IP devices including at least IP cameras or IP video servers;
an architecture such that viewing and management consoles, external hard drives, and cameras reside locally on the internal subnet of the system, or on any remote network connected to the system using the WAN or internet;
a set of HTML pages that are exported to a connecting browser for viewing, playback, and system management whereby all remote access is effected using standard browsers without remote client software;
a wireless access point for connecting wireless video servers and wireless IP cameras;
wherein the system is fully incorporated into a suitcase supporting three to nine IP cameras, that can be instantaneously deployed.