Waveguide quick disconnect clamp

1. A waveguide quick disconnect clamp comprising

a. a first arm having

i. a first end,

ii. a second end,

iii. a jaw pivotally connected to said first arm second end, and

iv. a threaded nut pivotally connected to said first arm first end;

b. a second arm having

i. a first end,

ii. a second end, and

iii. a jaw pivotally connected to said second arm second end, said second arm second end being pivotally connected to said first arm intermediate said first arm first and second ends; and

c. an adjustment screw having

i. a first end,

ii. a second end, and

iii. a threaded portion therebetween, said adjustment screw first end pivotally engaging said second arm at a point intermediate said second arm first and second ends, and said adjustment screw threaded portion being threadedly received by said first arm threaded nut;

wherein each of said first and second arm jaws has a generally flat engaging face defining two generally parallel elongated sections and a waveguide receiving recess therebetween.

2. The waveguide quick disconnect clamp according to claim 1 , wherein said adjustment screw further comprises a handle affixed to said adjustment screw second end.

3. The waveguide quick disconnect clamp according to claim 1 , wherein said second arm further comprises a bend section intermediate said second arm first and second ends, and a thrust bearing pivotally connected to said second arm bend section, said thrust bearing pivotally engaging said adjustment screw first end.

4. The waveguide quick disconnect clamp according to claim 1 wherein

a. said first arm further comprises:

i. a first member;

ii. a second member shaped substantially identical to said first arm first member and being spaced apart and rigidly connected to said first member;

iii. at least one bushing positioned intermediate said first arm first and second members, and

at least one connecting pin rotatably received in said at least one bushing and rigidly connecting said first arm first member to said first arm second member;

wherein said at least one first arm bushing spaces said first arm first and second members apart from each other; and

b. said second arm further comprises:

i. a first member;

ii. a second member shaped substantially identical to said first arm first member and being rigidly connected to said first member;

iii. at least one bushing positioned intermediate said second arm first and second members,

iv. at least one connecting pin rotatably received in said at least one bushing and rigidly connecting said second arm first member to said second arm second member

wherein said at least one second arm bushing spaces said second arm first and second member apart from each other.

5. A waveguide quick disconnect clamp comprising:

a. a first arm having a first end, a second end and a bend region therebetween;

b. a second arm having a first end, a second end and a bend region therebetween, said second arm first end being pivotally connected to said first arm at a pivot point intermediate said first arm first end and said first arm bend region;

c. a first jaw pivotally connected to said first arm second end and having a U-shaped face defining a waveguide receiving recess;

d. a second jaw pivotally connected to said second arm second end and having U-shaped face defining a waveguide receiving recess;

e. an adjustment screw having a first end, a second end, and a threaded portion between said first and second ends, said screw first end being pivotally connected to said second arm bend region; and

f. a nut pivotally connected to said first arm first end and having threads, said thread engaging said adjustment screw threaded portion;

wherein rotation of said nut in a closing direction forces said second arm to pivot about said pivot point such that said second jaw approaches said first jaw, and

wherein rotation of said nut in an opening direction opposite said closing direction forces said second arm to pivot about said pivot point such that said second jaw moves away from said first jaw.

6. The waveguide quick disconnect clamp according to claim 5 wherein said adjustment screw further comprises a handle affixed to said adjustment screw second end.

7. The waveguide quick disconnect clamp according to claim 5 wherein said first arm further comprises a first member, a second member, and at least one spacing pin,

said first arm first member having a first end, a second end, and a bend section, and

said second arm first member having a first end, a second end, and a bend section,

wherein said second arm further comprises a first member, a second member, and at least one spacing pin,

said second arm first member having a first end, a second end, and a bend section, and

said second arm second member having a first end, a second end, and a bend section,

wherein said first arm first and second member second ends pivotally support said first arm jaw,

wherein said second arm first and second member second ends pivotally support said second arm jaw,

wherein said first arm first and second member bend sections are rigidly connected by one of said at least one first arm spacing pins, and

wherein said first arm first and second member second ends pivotally support said nut, wherein said second arm first and second member second end are pivotally connected to said first arm at said pivot point, and

wherein said first arm first and second member bend sections pivotally support a thrust bearing.

8. The waveguide quick disconnect clamp according to claim 5 wherein said thrust bearing pivotally supports said screw first end.

9. A waveguide quick disconnect clamp comprising:

a. a first arm further comprising a first member, a second member shaped identically to said first arm first member and being rigidly connected to said first arm first member, at least one connecting pin rigidly connecting said first arm first member to said first arm second member and at least one bushing overlying said at least one connecting pin between said first arm first and second members,

wherein said at least one first arm bushing spaces said first arm first and second member apart from each other, and

wherein each of said first arm first and second members has a first end, a second end and a bend region therebetween;

b. a second arm further comprising a first member, a second member shaped identically to said second arm first member and being rigidly connected to said second arm first member, at least one connecting pin rigidly connecting said second arm first and second members and at least one bushing overlying said at least one connecting pin between said first arm first and second members,

wherein said at least one second arm bushing spaces said first arm first and second member apart from each other,

wherein each of said second arm first and second members has a first end, a second end and a bend region therebetween; and

c. wherein said second arm first and second member first ends are pivotally connected to said first arm at a pivot point intermediate said first arm first end and said first arm bend region;

d. a first jaw pivotally connected to said first arm first and second member second ends and having a U-shaped face defining a waveguide receiving recess;

e. a second jaw pivotally connected to said second arm first and second member second ends and having U-shaped face defining a waveguide receiving recess;

f. an adjustment screw having a first end, a second end, and a threaded portion between said first and second ends, said screw first end being pivotally connected to said second arm first and second member bend regions; and

g. a nut pivotally connected to said first arm first and second member first ends and having threads, said nut threads engaging said adjustment screw threaded portion;

wherein rotation of said nut in a closing direction forces said second arm to pivot about said pivot point such that said second jaw approaches said first jaw, and

wherein rotation of said nut in an opening direction opposite said closing direction forces said second arm to pivot about said pivot point such that said second jaw moves away from said first jaw.

10. A radio frequency system comprising:

a. a radio frequency device having at least one waveguide extending therefrom, said waveguide having

i. a transmission channel defining a first end and a second end, said first end coupled with said radio frequency device, and

ii. at least one flange defining a central transmission portal and a plurality of threaded mounting holes spaced about said transmission portal, said at least one flange being attached to said waveguide transmission channel second end;

b. at least one waveguide quick disconnect clamp having

i. a first arm defining a first end and a second end,

ii. a second arm defining a first end and a second end, said second arm second end pivotally engaging said clamp first arm at a position intermediate said first arm first and second ends,

iii. a first jaw pivotally connected to said clamp first arm first end and having a plurality of spaced apart mounting holes,

iv. a second jaw pivotally connected to said clamp second arm first end and having a plurality of spaced apart mounting holes,

v. a nut pivotally connected to said first jaw second end,

vi. a screw having a threaded portion and a handle, said threaded portion pivotally engaging said second arm at a point intermediate said second arm first and second ends, said threaded portion being in driving engagement with said nut; and

wherein said first jaw of one of said at least one waveguide quick disconnect clamps connected to said radio frequency device waveguide flange by a plurality of fasteners.