Miniature High Definition Camera System

• US 20150229813A1
• Filed: 02/11/2014
• Published: 08/13/2015
• Est. Priority Date: 02/11/2013
• Status: Abandoned Application

• Current Assignee: Oran Jacob Isaac-Lowry
• Original Assignee: Oran Jacob Isaac-Lowry
• Inventors: Isaac-Lowry, Oran Jacob
• Application Number:
  US14/178,256
• Publication Number:
  US 20150229813A1
• Time in Patent Office: Days
• US Class Current: 1/1
• CPC Class Codes: H04N 23/51 Housings
• CPC Class Codes: H04N 23/55 Optical parts specially adapted for electronic image sensors; Mounting thereof

Abstract

A miniature high definition camera system which converts parallel data to serial data at the camera and then back to parallel data at a remote digital video recorder to avoid signal attenuation issues known to occur with parallel data transmitted across data cables in excess of about 3 centimeters.

Claims

1. A miniature camera system comprising, a camera module which converts light into serial data, said camera module comprised of, at least, one lens arranged to direct light onto a photo-detector of a video sensor affixed to a printed circuit board, and integrated circuitry to convert parallel data to serial data.

2. The miniature camera system of claim 1, further comprising a data cable, said data cable having a plurality of conducting wires affixed to component terminals on said printed circuit board of said camera module wherein each said conductor is arranged to received and communicate a single channel of serial data from said integrated circuitry from said camera module.

3. The miniature camera system of claim 2, further comprising an audio-visual data recording device, said audio-visual data recording device arranged to receive said serial data communicated by said data cable from said camera module, said audio-visual data recording device comprised of, at least, integrated circuitry affixed to a printed circuit board to convert received serial data to parallel data and to compress said parallel data, and a digital data recorder to receive said compressed parallel data and store said data on computer readable media.

4. The miniature camera system of claim 3, wherein said digital data recorder possesses an HDSC card writer.

5. The miniature camera system of claim 3, wherein said data cable is a mini-HDMI audio-visual cable connected to said printed circuit board in said camera by soldering wire conductors directly to component terminals.

6. The miniature camera system of claim 5, wherein said audio-visual data recording device possesses a female mini-HDMI connector to receive said HDMI audio-visual cable.

7. The miniature camera system of claim 3, wherein said audio-visual data recording device possesses a female micro-USB connector for direct data transfer.

8. The miniature camera system of claim 3, further comprising a microphone.

9. The miniature camera system of claim 8, wherein said digital data recorder receives data from said microphone via a female audio jack that receives a male connector of said microphone.

10. The miniature camera system of claim 3, further comprising a data recording device harness to retain said data recording device, wherein said harness may be removably affixed to a person or object.

11. The miniature camera system of claim 10, wherein said harness receives said data recording device in a tensioned snap-fit arrangement.

12. The miniature camera system of claim 2, further comprising an audio-visual data transmitting device, said audio-visual data transmitting device arranged to receive said serial data communicated by said data cable from said camera module, said audio-visual data transmitting device comprised of, at least, integrated circuitry affixed to a printed circuit board programmed to convert received serial data to parallel data and programmed to compress said parallel data, and a wireless transmitter to broadcast said compressed parallel data.

13. The miniature camera system of claim 12, wherein said wireless transmitter utilizes a communications protocol selected from the group consisting of Bluetooth, Wireless HD, Cellular, IEEE 802.22, Wi-Fi, and UWB.

14. The miniature camera system of claim 2, further comprising a camera housing joined to a camera mount by a ball and socket joint.

15. The miniature camera system of claim 2, further comprising a camera housing affixed to a camera mount having at least one top mounting arm to extend over a nose bridge of an eyewear frame and at least one bottom mounting arm to extend beneath said nose bridge of said eyewear frame wherein said top and said bottom mounting arms are tensioned so as to secure said camera housing to said nose bridge when affixed to said eyewear.

16. The camera mount of claim 15, wherein said data cable is secured to an upper rim on said eyewear by at least one cord clip.

17. A device to protect a wearable camera lens comprising, a series of lens shields which act to prevent debris from reaching the camera lens, wherein said lens shields are assembled to be progressively removed during use.

18. The device of claim 17, wherein said wearable camera lens is affixed to the bridge of a pair of jockey goggles and said lens shields are individually affixed to a the bridges of progressively nested goggles.

19. The device of claim 18, wherein said lens shields are composed of material with a refractive index of about 1.3 to about 1.7.

20. The device of claim 19, wherein said lens shields have Abbe numbers above 35.

21. A camera mount for mounting a miniature camera on the bridge of a pair of eyewear comprising, a camera housing and at least one top mounting arm and at least one bottom mounting arm, wherein said mounting arms engage said glasses and are tensioned about said bridge.

22. The camera mount of claim 21, wherein said camera mount and said camera housing are joined by a key and keyway connection.

23. The camera mount of claim 22, wherein said key is substantially T-shaped and is received into a keyway.

24. The camera mount of claim 23, wherein said key is affixed to a key support arm having a support mount and having a stepwise progression to substantially a 90°

angle from said key support arm to said key.

25. A camera mount for affixing a miniature camera to a helmet, comprising a camera housing, a mount flange to affix the mount to said helmet, at least two flexible support arms extending laterally in an arcuate shape to affix said camera mount to said mount flange, and reinforcement ribs to affix said support arms to said mount flange so as to inhibit vertical movement of the camera housing.

26. The camera mount of claim 25, wherein said camera is in wired communication with an audio-visual recorder affixed within said helmet behind a layer of padding.

27. A gun barrel camera mount comprising a camera housing, a band to encircle said barrel within a circumference of said band, and a support to affix said camera housing to said band.

28. The gun barrel camera mount of claim 27, wherein said band is of a variable circumference.

29. The method of miniaturizing a camera by running a parallel-to-serial conversion of data generated by said camera, transmitting said serial data over a plurality of serial channels to a remote recording device where said data is converted back to its former parallel format prior to compression and storage.