Dean E. Peterson
Professional Counselors at Sycamore St Aquarius Program, Littleton, CO

4177469, Dec 4, 1979

Dec 8, 1977

5/858785

Dean M. Peterson - Littleton CO

Honeywell Inc. - Minneapolis MN

G01D 942, G01D 1524

346110R

A recorder using a carbon backed "self-developing" dry silver recording medium which is guided over a recording and developing path includes a pair of rollers one of which is connected to a ground potential and the other to a positive potential with the electrically conducting carbon coated side of the recording medium arranged to contact both of the rollers to enable electrical current to pass through the carbon backing to generate the heat required to develop the recording thereon. A third roller is arranged to contact the recording medium on the recording side and to press the carbon coated side against a second location on the ground roller to provide a second current conducting path between the positive potential roller and the ground roller. The electrical current is controlled in accordance with the speed of the recording medium to insure a proper developing time relationship at different recording medium speeds.

4139856, Feb 13, 1979

Apr 1, 1977

5/783547

Dean M. Peterson - Littleton CO
Paul A. Diddens - Denver CO

Honeywell Inc. - Minneapolis MN

G03G 1506, G03G 1702, G03G 2100

346163

An improved recorder for recording substantially simultaneously across the width of a relatively wide sheet of electrosensitive material has a fixed head made up of a laminar stack of recording styli or, as referred to herein, recording pins. Adjacent pins are offset from one another a distance sufficient to allow the passage of a purging fluid therethrough. The purging fluid conveniently may be supplied from a source of low pressure air.

4052714, Oct 4, 1977

Feb 2, 1976

5/654565

Dean M. Peterson - Littleton CO

Honeywell Inc. - Minneapolis MN

G03G 15048, G03G 1700

346155

A recording head for electrographic recording has a plurality of electrically conducting flat plate electrodes arranged in a side-by-side electrically insulated relationship on an electrically insulating common support bar. A recording end of each electrode has a recording pin which is offset with respect to a center line of the electrode while a terminal end of each electrode has an electrical connection terminal. An air plenum is formed between the support bar and the electrodes by an adjacent cavity in each of the electrodes to allow a supply of air to be supplied to each of the electrodes. An air passage is formed by a depression in a surface of each of the electrodes extending between the air plenum and an exterior surface adjacent to the recording pin. A pair of end plates are arranged to provide an air-tight seal with the ends of the stacked electrodes and to provide hose connection means for admitting air from an air source into the air plenum.

D254568, Mar 25, 1980

Dec 12, 1977

5/859885

John C. Mack - Littleton CO
Dean M. Peterson - Littleton CO

Honeywell Inc. - Minneapolis MN

D2401, D1004

D24 8

4020496, Apr 26, 1977

Nov 11, 1975

5/630794

Dean M. Peterson - Littleton CO
John C. Wittenberger - Littleton CO

Honeywell Inc. - Minneapolis MN

G03B 310, G03B 1320

354 25

A support for a camera automatic focusing system has two identical plates that form top and bottom covers of the support. The top plate has a plurality of spaced openings that are in alignment with identical spaced apart openings formed in said bottom plate. A pair of shafts are positioned to extend through a different pair of the aligned openings in the plates. A separate image transferring mirror and a focusing lever is mounted on each shaft between opposing flat surface portions of the cover plates. A separate washer is mounted about each of said shafts between a lower end of said mirror and its associated focusing lever. An image receiving module having a height greater than the combined height of the mirror and thickness of the washer allows each focusing lever to be moved freely for angular adjustment of the associated mirror. The module has aligned spaced apart bosses on its surfaces adjacent the cover plates. Additional pairs of aligned openings formed in the top and bottom cover plates are positioned in snug engagement with associated bosses on said module.

4225558, Sep 30, 1980

Sep 19, 1978

5/943705

Dean M. Peterson - Littleton CO
Joseph R. Skovrinski - Denver CO

Honeywell Inc. - Minneapolis MN

G01N 110, G01N 2124

422 72

A fluid test sample apparatus has a plurality of fluid test cells arranged on the periphery of a motor driven test cell tray. The fluids to be tested and respective reagents are introduced separately into corresponding test cells and are subsequently mixed in a reaction chamber for subsequent analysis by viewing the end product on the reaction through transparent walls of the reaction cell. The fluid samples and reagents are stored in separate radially displaced adjacent chambers and are mixed by a centrifugal force exerted thereon to force the fluids through the interconnecting internal passages in the tray into the reaction cell.

4075639, Feb 21, 1978

Oct 1, 1976

5/728565

Dean M. Peterson - Littleton CO

Honeywell Inc. - Minneapolis MN

G03B 708

354 25

A mechanism is provided for producing a dual scan of a scene containing an object to be automatically focused upon by the image producing means of an optical system. A first mirror is caused to sweep through a scene containing the object in a first direction and then back through the scene in the opposite direction. Radiation from the scene is presented to the range determining apparatus of an automatic focusing system which produces an output signal during the scan in the opposite direction which output signal is representative of the distance to the object. The output signal is used to stop the image producing means of the optical system in the desired position for proper focus.

4218421, Aug 19, 1980

Aug 18, 1978

5/935031

John C. Mack - Littleton CO
Dean M. Peterson - Littleton CO

Honeywell Inc. - Minneapolis MN

G01N 3316, G01N 3100, G01N 110

422 66

An apparatus for storing and dispensing a continuous band of medical reagent test strips is disclosed which includes chambers for the storage of used and unused portions of the continuous strip separated by barrier member to prevent cross-contamination there between. A substantially flat interim space is provided between the accesses to the chambers wherein tests may be run utilizing the samples in conjunction with the strips. Mechanical means is provided for advancing the band of medical test strips as necessary. The apparatus may be fabricated of suitable, moldable plastic material which may be discarded after the band of unused medical reagent test strips is exhausted.

4021821, May 3, 1977

Oct 1, 1976

5/728568

Dean M. Peterson - Littleton CO

Honeywell Inc. - Minneapolis MN

G03B 1318

354 25

A mechanism is provided for driving the scanning device of an automatic optical focusing system and for moving the primary optical element of such system to the desired focus position. A cam and cam follower arrangement is connected between a drive motor and the scanning device to cause the scanning device to sweep through a scene containing an object to be focused upon and to transmit radiation from such scene to the correlation optics of the system. The output of the correlation optics is processed to produce a signal indicative of the direction which the primary optical element must be moved in order to achieve the desired focus position. A bidirectional moving device is connected between the drive motor and the primary optical element and is operable in accordance with the signal to move the primary optical element in the proper direction.

4165512, Aug 21, 1979

Mar 29, 1978

5/891077

Dean M. Peterson - Littleton CO

Honeywell Inc. - Minneapolis MN

G01D 900, G01D 942, H05B 334

346 24

There has been provided, in accordance with the present invention, a recording system for light sensitive recording medium in which a latent image is developed by heating the photographic emulsion by means of a current passing through a conductive coating on the back of the record member. The record member is exposed to a light pattern to impose a latent image over a predetermined sheet length of recording medium. The recording medium is driven past the exposure station by a driving roller, a roller which may be the driving roller engaging the conductive back surface of the recording medium being grounded. The medium is driven past a shear mechanism to a clamp device. The clamp device grips the forward end of the record medium and serves as an electrode to pass an electrical current through the conductive back surface to the grounded roller to develop the latent image. The shear mechanism is then actuated to sever the sheet lengths. The clamp device then releases the severed sheets.