(Tape 1) Huge white-tailed buck backlit, drooling, trots and turns back towards camera 03:10:05 Huge buck, pose, CU, drooling 03:10:49 Huge buck and doe in breeding season 03:11:04 Huge buck tracking doe in rutting season 03:11:25 Huge buck backlit, pose, uses antler to pull down branch 03:13:13 Huge buck looks back 03:14:12 Doe bedded in woodland, gets up 03:15:21 doe walks into open - close up 03:16:31 Perfect buck with 10 point antlers, running behind trees
(Tape 1) 10 point perfect buck rubs antlers on tree 03:20:56 doe close up 03:21:59 10 point perfect buck in woodland 03:25:07 10 point perfect buck in woodland feeding, browsing uphill, looking alert
(Tape 1) Buck runs and jumps high 03:27:46 Buck runs with tail up 03:28:18 Buck in woodland - faces camera, goes up hilltop 03:29:09 buck with injured right front leg 03:29:19 Buck runs up hill 03:29:23 Buck in woodland 03:30:35 Buck & yellow maple leaves, feeding on leaves
(Tape 1) Texas bucks - tremendous fight as one chases the other through low brush on hilltop 03:32:30 Buck silhouetted against sunset 03:33:05 Buck on scrape - low light
(Tape 2) Two fights between two huge bucks in forest - one slowly approaches the other, they face off and clash antlers
(Tape 2) Bucks fight in water - shake off water
(Tape 2) Young buck feeds in brook - nice autumn color 03:39:10 Huge buck bedded - close 03:39:54 Huge buck in woodland 03:40:18 Huge buck in woodland 03:41:05 buck walks in and drinks from little creek 03:42:08 Buck's aggressive run at doe not in picture - close
Two documentary/sales films showing the history, development, manufacture and use of variable resistors, used in the manufacture of color TV sets and other electronic equipment. Focus in on CTS corporate seal. Dissolve to TV screen, distorted image. Superimpose titles and credits. Dissolve to rolls of copper metal. Dissolve to CU of a variable resistor in a hand. Dissolve to an aerial shot of the plant. Stop motion as variable resistor components are shown. A workman inspects the metal with a micrometer. Round rod is checked with a ring gauge. A hex rod is checked with a micrometer. Rockwell hardness tester checks for hardness. Return to 15 piece parts of the variable resistor. CU of the carbon element. A sign saying "KEEP OUT" hides the secret manufacturing of the carbon element. Sorting of the resistors for tolerance. Sorted resisitors stacked on rods. A sheet of black plastic is sheared, blanked on die cutting machine. Punch press operator checks for defectives. Two end terminals are shown. The terminals are formed from metal on high speed presses. CU of this operation. Inspector checks parts. Gauges, degreasing and plating in vats. Completed terminals. Checking solderability. Rivets are made on header machines. Micrometer checks. A can of rivets is emptied. Ground plate is shown and its strip manufacture on progressive dies in high speed presses. Automatic plating machines. CU of the finished parts. Threaded bushing or thimble fastens the unit to a TV set. High speed six spindle auto indexing auto screw machines turn out these parts. CU of the finished part falling off of the cutter. Bushings are checked with instruments. Finished bushing. The center connector is blanked from metal alloy, on dial feed punch press. ECU of the parts being gauged. Plating machine gives special finish. Noise-free contact surface. Checked for solderability. Finished parts are placed on a conveyor belt. CU of a metal shop plate to keep the unit from rotating. Blanked, formed, inspected and degreased. Plastic plate is formed. Metal contact arm is fixed. Blanked and formed from special alloy, progressive formation shown. Checking with gauges and special instruments. Bins of the parts. The shaft is made on Brown and Sharp automatic screw machine. Woman workers check the parts. Secondary operations. Flat milling of the shaft ends, and micrometer check. The autoplating bath. Finished parts are checked with gauges. Bins of shafts are placed on a conveyor. A C washer is blanked from aluminum. Finished parts. Plated cover is formed from strip in progressive die machine. Finished parts fall into a bin. CU of cleaning baths for plating. CU of beakers as a chemist analyzes the baths. Finished cover sent to assembly department. Switches at the end of the resistor are assembled in production lines. Bases and terminals are assembled on bumping jigs. Pivots are staked. Finger assemble the switch. Cams and springs are assembled and staked. Switch CU with cover. Hands assemble the units. CU of hands preparing die of dial feed stamping machines with customer code. Piece parts for sub assembly. Hands assemble the parts and the camera moves down the line to a finished part. Shaft and stop plate staking on a turntable. Finished parts. Operator carries tote box of parts. Final assembly line of many women in a row. Group leader inspects the order. He puts parts on the line. First is assembly of the base, elements and terminals. Bumper jog bumps the three parts tightly. Visual checking by women. Hands perform the manufacture. Thimble roll over machine operator. Ground plates and bushing are assembled. Riveted assemblies are fastened to bushing and ground plate. Center connector is inserted. Fingers fly. Shaft, drive arm, contact arm are assembled. Lubrication. C washer locks the assembled parts. Rows of finished parts on te lie and hands and machines complete the unit. Inspection department checks each resistor against the order, electronically and mechanically. Finished parts are packed in egg-crate cartons. Box is closed. Box is conveyed to warehouse. Stacks of parts are piled. Boxes are sealed by hand stapler, with ID data packed in each box. Montage repeats the intricate machinery of the manufacturing process. Nice rhythm established here with hands, parts, machines in motion. No narration this sequence, music only. Combination of skilled humans and intricate machinery. Delivery man loads batch of cartons on truck which pulls away from the CTS plant, aerial view of the plant, and The End.
Master 2015, Tape 2 MS 2 Male wood ducks (Aix sponsa) fighting in water. One chases the other away.
Master 2015, Tape 2 MS Canada goose (Branta canadensis) with 3 day old goslings swimming behind her. MS pair of Canada geese swimming; the goslings swim behind their mother. MS goslings swimming between the two adult geese.
Master 2015, Tape 2 MS male Canada goose (Branta canadensis) assuming threat posture; he thrusts his neck forward and holds it nearly flat against the water while aggressively calling (very low audio). The male swims near a female goose in the threat posture to chase off would be rivals.
Spruce grouse chick two weeks old calling from branch of spruce tree 02:25:46 Female spruce grouse in tree 02:29:16 Grouse chick CU
Female rock ptarmigan and chicks in grass, the young ones darting about in the midst of wildflowers 02:38:03 Male rock ptarmigan feeding, CU female 02:39:56 Male rock ptarmigan in grass, hides, feeds, camouflage
CU Head male rock ptarmigan, see red comb over eye 02:47:45 male rock ptarmigan - feathered, feeding on ground - zoom into claws 02:51:43 WS mountains and landscape, zoom into male rock ptarmigan who walks about in CU 02:56:41 CU head of male rock ptarmigan - see eyes from rear - eyes in the back of his head 03:00:00 male rock ptarmigan in flowers 03:04:45 CU head male rock ptarmigan looking at camera, then turning away
Female willow ptarmigan close (head) calling in road
Female Rock Ptarmigan and 6 week chicks 03:14:05 Female Rock Ptarmigan and 6 week chicks feed 03:16:59 Female Rock Ptarmigan and 6 week chicks eat bistort seeds, mother chases brood of chicks downhill
Female Rock Ptarmigan calls, chicks move downhill NOTE: TC CHANGES TO 00:00:11 AFTER 03:29:42 00:00:48 Female Rock Ptarmigan and flowers 00:01:02 Female Rock Ptarmigan and flowers
Ruffed grouse drumming, early morning, close up and WS on stone wall in forest - nice light as the sun comes up, and a very unusual and beautiful wing motion
CU Pheasant eggs hatching - small break in shell, and pecking from inside, but no part of chick is visible
Willow ptarmigan hen brooding chicks (5 days old) 00:21:38 CU chick walking to mother
Glaucous-winged gulls scavenging salmon scraps after bear has eaten in river
2 bears at top of falls, missing fish that jump in water 02:24:23 one bear catches a fish (salmon) and walks off 02:24:42 diver bear eating fish in water
Two bears atop waterfalls, one catches fish 02:58:45 CU bear scat on ground 02:59:11 bear fishing, plunging in water
Preview Cassette 221128 A Manufacture and use of Adlake windows. Fade in on the Adlake seal logo. Main title, Adlake logo. Cut to the front of the Adlake building, tilt down from the American flag to the door; aerial shot of the 10 acre plant, employing 600 people. Ground shot, pan of front; car goes by. Studio demonstration of windows, with men demonstrating various features of said windows: aluminum double hung window. A projected window and a reversible aluminum showing how window washers clean them from inside the building. Cut to a pan of the engineering department, many drawing boards with draftsmen. Adlake laboratory as window is tested for static air pressure and water pressure; water pours over window. CU of meter showing force applied. Engineers, grouped over a drawing board, study a blueprint; draftsman draws on the board. CU of Adlake decal on drawing. Pile of aluminum ingots. Opertaor at control console in the lab checks electronic analysis. Recorder logs the data on a paper roll. Molten metal poured into book-type molds to form billets. The billets are normalized and preheated. They go into the extruding press and the extruded aluminum emerges, a 30 to 40 foot extrusion from one billet on this press. Extrusions are then stretched on a hydraulic stretcher, inspected, cut to lengths. Racks of extrusions are heat-treated in large oven. CU of finished handles. LS of foundry making non-ferrous castings, pouring the molten metal into sand molds. Milling, drilling and machining shown. Brake presses fold sheets of metal. Weather stripping, high-pile stripping, is made on special rolling machines. Flash welding; sparks fly. Gas welding, with sparks. CU of bending of extrusion. Piercing and final machining. Workman inspects metal parts. A section is milled out. Windows dipped into vats for satin finish. Large anodyzing baths. Clear lacquer is applied with spray gun. Finished parts are sorted, sashes assembled, parts fitted and locked in ECU. Fitting weather-stripping, glazed beads, mounting of locks, safety anchors screwed on; riveting; installation of sash balances on double-hung windows; sub-assembly of outer frames; final assembly of projected and reversible types; pan of shop interior, windows in various stages. CU of a double-hung being assembled. Fixed windows are assembled. Adjustments and final inspections. The label is applied, with installation and glazing instructions. Application of the Adlake Quality seal. Packing in crates, display of catalogues, brochures, final summary of narrator and pan of many windows: schools, hospitals and office buildings. Parker Pen Company, Janesville, Wisconsin, then a City-County building, then the final Adlake Quality seal. Tilt up a skyscraper. The End.