Sonar mount

• US 8,094,520 B2
• Filed: 09/17/2010
• Issued: 01/10/2012
• Est. Priority Date: 09/18/2009
• Status: Active Grant

• Current Assignee: Reason Bradley
• Original Assignee: Reason Bradley
• Inventors: Bradley, Reason
• Primary Examiner(s): Lobo, Ian
• Application Number:
  US12/884,745
• Publication Number:
  US 20110069586A1
• Time in Patent Office: 480 Days
• Field of Search: 367/165, 367/173
• US Class Current: 367/173
• CPC Class Codes: G10K 11/006 Transducer mounting in underwater equipment, e.g. sonobuoys

Abstract

A sonar mount allows accurate and precise alignment of a sonar head to a boat. A tilt mechanism allows the sonar head to be lifted to a position that is substantially parallel to the boat'"'"'s deck, thus facilitating placement of the boat on a trailer without the need to remove the sonar head from the boat.

Claims

1. A tiltable mount, comprising:

a base having an attachment mechanism for securing said mount to a vehicle surface;

a clamp mechanism, secured to said base;

a cross tube, coupled to said clamp mechanism, wherein said clamp mechanism comprises a mechanism that is operable to release said cross tube to establish any of a selected Z direction and pitch adjustment, and said clamp mechanism is operable to secure said cross tube to maintain said Z direction and/or pitch established adjustment during operation of said mount;

a Z tube, coupled substantially perpendicular to an axis of said cross tube at an end of said cross tube;

an equipment mount positioned at at least one end of said Z tube;

a Z tube coupling mechanism for effecting said coupling of said Z tube to said cross tube, wherein said Z tube coupling mechanism is operable to release said Z tube to establish any of a selected Z direction and yaw adjustment, and said Z tube coupling mechanism is operable to secure said Z tube to maintain said established Z direction and/or yaw adjustment during operation of said mount; and

a tilt mechanism associated with said clamp mechanism that is operable to release said cross tube for rotation about said cross tube axis to effect tilting of equipment mounted to said equipment mount, said tilt mechanism further comprising a lock mechanism that is operable to secure said cross tube at a selected position;

wherein said clamp mechanism maintains said established cross tube Z direction and/or pitch adjustment relative to said tilt mechanism during operation thereof.

2. The tiltable mount of claim 1, said clamp mechanism further comprising:

a first clamp plate having an aperture formed therethrough for receiving said cross tube;

a second clamp plate having an aperture formed therethrough for receiving said cross tube;

a collet positioned substantially between said first clamp plate and said second clamp plate and having an aperture formed therethrough for receiving said cross tube; and

a fastening mechanism for selectably forcing said first clamp plate and said second clamp plate together to cause said collet to clamp said cross tube securely against movement of said cross tube relative to said clamp mechanism, and for selectably releasing said first clamp plate from said second clamp plate to cause said collet to release said cross tube and permit movement of said cross tube relative to said clamp mechanism.

3. The tiltable mount of claim 1, said tilt mechanism further comprising:

a ring associated with said clamp mechanism, said ring comprising a plurality of notches formed therein about a circumference thereof;

wherein said clamp mechanism is secured to said cross tube in an established, fixed relation thereto;

a bushing having an aperture formed therethrough for receiving said cross tube, said aperture having a sufficient diameter to permit free rotation of said cross tube therein;

a release mechanism comprising a lever actuated pawl that is selectably operable to engage said pawl with a selected one of said notches in said ring to prevent rotation of said cross tube within said bushing, and that is operable to disengage said pawl from said notches to permit free rotation of said cross tube within said bushing to effect tilting of equipment associated with said Z tube.

4. The tiltable mount of claim 1, further comprising:

an enlarged bolt head associated with an end of said cross tube opposite to an end associated with said Z tube;

said bolt head having a profile that engages with a lift tool;

wherein said lift tool is operable to rotate said cross tube when said cross tube is released by said tilt mechanism.

5. The tiltable mount of claim 1, said base further comprising:

a fixed plate that is configured for attachment to said vehicle surface; and

a mount plate associated with said clamp mechanism and said tilt mechanism;

a fastening mechanism that selectably secures said mount plate to said fixed plate and that allows separation of said mount plate from said fixed plate; and

a key mechanism for maintaining alignment between said fixed plate and said mount plate when said mount plate is affixed to said fixed plate after removal therefrom.

6. The tiltable mount of claim 5, said base further comprising:

a hinge that allows mount plate to rotate about 90 degrees from said fixed plate;

wherein said mount is tiltable into said vehicle.

7. The tiltable mount of claim 1, wherein said vehicle is a vessel.

8. The tiltable mount of claim 1, further comprising:

a release mechanism comprising a breakaway actuated pawl that is selectably operable to engage said pawl with a selected one of said notches in said ring to prevent rotation of said cross tube within said bushing, and that is operable to disengage said pawl from said notches to permit free rotation of said cross tube within said bushing if sufficient force is applied to said cross tube to effect a breakaway release of said pawl.