GILBERT KIVENSON
Engineers in Woodland Hills, CA
License number
Pennsylvania PE007013L
Category
Engineers
Type
Professional Engineer
Address
Address
2
Woodland Hills, CA 91303
Pennsylvania
Pennsylvania
Personal information
See more information about GILBERT KIVENSON at radaris.comName
Address
Phone
22030 Wyandotte St, Canoga Park, CA 91303
22030 Wyandotte, Crest Park, CA 91303
Professional information
Catapult Construction
US Patent:
4411248, Oct 25, 1983
Filed:
Nov 27, 1981
Appl. No.:
6/325224
Inventors:
Gilbert Kivenson - Canoga Park CA
International Classification:
F41B 700
US Classification:
124 20R
Abstract:
A construction for compact catapults is described. An elastic cord is mounted and placed in tension by threading it through a number of grooved reels. The reels are rotatably fastened to capstans and thereby to a handle-equipped base. When a U-shaped pellet is hooked over a portion of the elastic cord, drawn back and then released, high acceleration forces are transferred to the pellet which then issues from the catapult.
Counterfeit Detector For Paper Currency
US Patent:
4187463, Feb 5, 1980
Filed:
Apr 20, 1978
Appl. No.:
5/898376
Inventors:
Gilbert Kivenson - Canoga Park CA
International Classification:
G07O 700
US Classification:
324228
Abstract:
A detector apparatus for counterfeit paper currency comprising a clamp and torsion pendulum assembly for holding a note to be tested, a moveable magnetic field source mounted so that it can be brought into contact with the note and then withdrawn, and indicating means for detecting and measuring deflection of the note.
Level Sensor For Stored Fluids And Particulate Material
US Patent:
4157036, Jun 5, 1979
Filed:
Feb 17, 1978
Appl. No.:
5/878678
Inventors:
Gilbert Kivenson - Canoga Park CA
International Classification:
G01F 2322
US Classification:
73290R
Abstract:
A level sensing system for fluids and particulate material comprised of an immersed rotating body, an arrangement for measuring the resistance to rotation encountered by said body and a compensating method for reducing the effect of extraneous variables whereby said resistance varies primarily with changes in level. Output devices and controls attached to read and act from said resistance measurements can thus be calibrated in terms of fluid and particulate material levels in various storage vessels.