All language subtitles for S01E07 - Kayaks; Safety Boots; Electronic Signs; Cereals (576p AMZN WEB-DL x265 Garshasp)_track3_[eng]
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--captions by vitac--
Www.Vitac.Com
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00:00:05,137 --> 00:00:08,103
Captions paid for by
Discovery communications, inc.
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Narrator:
Today on "How it's made"...
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Kayaks -- we'll tip you off
To how they're made.
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Safety boots --
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00:00:33,586 --> 00:00:38,000
We'll walk you through
The manufacturing process.
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Electronic signs --
A sign of the times.
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And cereal --
We're milking this one big time.
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00:00:52,655 --> 00:00:54,517
In days gone by,
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Kayaks were made of wood
And animal skin
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00:00:57,379 --> 00:01:00,344
And used by people
Who hunted to survive.
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00:01:00,344 --> 00:01:02,655
Fast-forward to today,
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And you'll see that kayaks
Have updated their image.
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Now they're marvels
Of molded plastic
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00:01:08,724 --> 00:01:12,655
Coveted by sports enthusiasts
Far and wide.
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00:01:15,000 --> 00:01:17,034
A kayak is formed
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00:01:17,034 --> 00:01:19,827
By the melting of plastic
On a mold of nickel.
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00:01:19,827 --> 00:01:21,965
This mold is made
In two parts --
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An upper and a lower section.
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00:01:26,758 --> 00:01:29,517
The surface of the mold
Is perfectly smooth
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00:01:29,517 --> 00:01:33,172
And has a mirror finish that
Guarantees an excellent luster.
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00:01:36,413 --> 00:01:39,758
The graphics are laid on
The mold before molding begins.
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00:01:39,758 --> 00:01:42,517
This way, they're
Well-impregnated in the plastic.
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00:01:42,517 --> 00:01:45,586
It's an operation that requires
Quite a bit of dexterity
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00:01:45,586 --> 00:01:48,206
Because, contrary
To self-adhering stickers,
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00:01:48,206 --> 00:01:50,344
These graphics
Can't be lifted off
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If they haven't been
Well-positioned.
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This is the yellow powder
They're going to melt --
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Linear polyethylene.
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It comes in several colors.
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The amount of powder
To be melted
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Is determined by the kayak model
To be made.
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00:02:08,724 --> 00:02:10,931
At the same time,
In other molds,
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00:02:10,931 --> 00:02:13,758
They're going to fabricate
Other parts of the kayak,
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Such as the baggage
Compartment cover,
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The central support,
And the seats.
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The polyethylene is poured
Into the mold,
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00:02:20,862 --> 00:02:24,275
Which is then closed.
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00:02:24,275 --> 00:02:27,310
All the other molds
Are closed, as well.
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00:02:32,724 --> 00:02:34,689
Before entering the oven,
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The molds are securely closed
With clamps
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To avoid any loss
Of polyethylene.
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The kayak mold
Is put onto a transporter
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And placed facing the oven.
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Because of the large dimensions
Of the craft,
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The oven had to be custom-made.
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The whole kayak goes in.
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00:02:57,206 --> 00:03:02,448
The oven is 23 feet long and has
A diameter of about 6 feet.
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00:03:02,448 --> 00:03:05,793
The polyethylene melts
At 550 degrees.
50
00:03:12,655 --> 00:03:15,689
To completely distribute
The powder throughout the mold,
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00:03:15,689 --> 00:03:17,655
It pivots on several axes.
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It turns on itself
53
00:03:19,068 --> 00:03:21,586
While the oven oscillates
30 degrees
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Towards the front and rear.
55
00:03:22,862 --> 00:03:25,965
This procedure is termed
"Rock 'n' roll"
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00:03:25,965 --> 00:03:28,310
And lasts 19 minutes.
57
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Cooking is now over,
And the mold exits the oven.
58
00:03:33,655 --> 00:03:37,413
But the plastic has to cool
In order to solidify.
59
00:03:41,551 --> 00:03:44,931
To do this, they place the mold
In this cooling chamber.
60
00:03:44,931 --> 00:03:48,310
It must not be cooled
Too quickly or it deforms.
61
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A 16-foot kayak
62
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Can lose up to 6 inches
Of its length.
63
00:03:58,827 --> 00:04:02,275
Now the cover of the mold
Is lifted off.
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00:04:14,482 --> 00:04:19,000
Then they unmold the cover
And the other small parts.
65
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The kayak is finally unmolded.
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Now they can proceed
To machining it.
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While inspecting the kayak,
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They remove any plastic ridges
Left by the joint
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00:04:38,241 --> 00:04:40,448
Between the two halves
Of the mold.
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00:04:40,448 --> 00:04:42,241
They now move to finishing.
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00:04:42,241 --> 00:04:45,862
This begins with the screwing on
Of carrying handles.
72
00:04:48,827 --> 00:04:52,034
Here, they cut the opening
For the baggage compartment.
73
00:04:54,344 --> 00:04:57,068
And then
They install the trimming.
74
00:05:02,413 --> 00:05:04,758
The central support
Is positioned.
75
00:05:04,758 --> 00:05:06,413
It plays an important role
76
00:05:06,413 --> 00:05:09,482
Because it links the bottom
And top portions of the craft.
77
00:05:13,689 --> 00:05:15,068
All that remains now
78
00:05:15,068 --> 00:05:17,586
Is to finish
The baggage compartment.
79
00:05:17,586 --> 00:05:20,827
They attach fasteners,
Then put the cover in place
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00:05:20,827 --> 00:05:23,482
And hold it down
With a retaining strap.
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Finally, the kayak is packaged,
Ready for delivery.
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This company makes 12 kayak
Models of various dimensions.
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Narrator: here's a lesson
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We hope you won't have to learn
The hard way.
85
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Drop a hammer on the job,
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And you might have a few
Broken toes to show for it.
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Enter the sturdy work boot.
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Lace on a pair,
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And chances are,
Your feet will survive
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Even your klutziest moments.
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00:06:14,344 --> 00:06:16,413
Work boots are made from cowhide
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That has undergone both mineral
And finishing tanning.
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A waterproofing treatment
Completes the preparation.
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Let's follow the process.
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This machine is a shaver.
96
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It evens up the hide
And opens its pores
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00:06:30,448 --> 00:06:33,310
Before it receives
Other appropriate treatments.
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00:06:33,310 --> 00:06:36,172
They treat the hides
In this retanning drum.
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00:06:36,172 --> 00:06:39,275
Water, coloring products,
And retanning products
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00:06:39,275 --> 00:06:43,655
Are at temperatures
Varying from 90 to 180 degrees.
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00:06:45,689 --> 00:06:48,206
Hides are removed
From the retanning drum.
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00:06:48,206 --> 00:06:51,103
The leather will then
Be vacuum-dried for 2 minutes
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00:06:51,103 --> 00:06:53,862
At a temperature of 160 degrees.
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00:06:53,862 --> 00:06:57,689
Then, the hide will be hung
For 24 to 48 hours.
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00:06:59,689 --> 00:07:03,103
Here, the hide is stretched
On a vacuum-drying plate.
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00:07:03,103 --> 00:07:06,000
It's evened out
To get rid of any creases.
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00:07:11,172 --> 00:07:14,103
A hide measures
Almost 22 square feet.
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00:07:14,103 --> 00:07:16,551
They'll need about
4 square feet of leather
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To make a boot.
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They begin cutting
The boot parts.
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This punch,
With the help of a press,
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Cuts the different pieces
Of leather.
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They also cut
Brown fabric pieces --
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The interior lining of the boot,
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Made from a foam base
And woven polyester fibers.
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00:07:39,137 --> 00:07:43,551
This paring machine thins
The edges before they're sewn.
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During the cutting,
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Each piece of leather
Is identified by its size.
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00:07:54,896 --> 00:07:57,448
They now begin assembly
Of the boot.
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00:07:57,448 --> 00:08:01,344
The two sides of the boot are
Sewn together on this machine.
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00:08:03,413 --> 00:08:05,896
Now the front part of the boot
Is assembled.
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00:08:05,896 --> 00:08:10,206
Excess leather
Is progressively cut away.
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00:08:10,206 --> 00:08:13,137
The eyelets -- made of steel,
Brass, or aluminum --
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00:08:13,137 --> 00:08:14,482
Are then positioned.
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00:08:16,931 --> 00:08:19,206
Here, they attach
A foot mount on a form
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00:08:19,206 --> 00:08:21,758
With tiny nails called tacks.
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00:08:24,172 --> 00:08:26,206
The last is placed in the boot
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00:08:26,206 --> 00:08:30,000
To facilitate
The assembly of the front part.
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00:08:30,000 --> 00:08:31,758
This carding machine
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00:08:31,758 --> 00:08:34,965
Removes any unevenness
At the level of the lining
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00:08:34,965 --> 00:08:38,310
Before proceeding
To the next step.
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00:08:38,310 --> 00:08:41,551
They now install
The tempered-steel toe cap.
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00:08:41,551 --> 00:08:43,344
The lining is pulled.
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00:08:43,344 --> 00:08:47,034
They insert the cap
And fix it well in place.
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00:08:52,103 --> 00:08:54,551
The leather is folded
Beneath the boot,
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The bottom secured with a tack,
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00:08:56,689 --> 00:08:59,000
And the sides fastened
With hot glue
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On this seat and side
Lasting machine.
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00:09:01,482 --> 00:09:04,275
The boot front is now finished.
140
00:09:04,275 --> 00:09:08,206
We get a good view of
The application of the hot glue.
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00:09:12,793 --> 00:09:14,965
At this stage,
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00:09:14,965 --> 00:09:18,172
They remove the last
Installed at the beginning.
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00:09:18,172 --> 00:09:19,827
It's no longer needed.
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00:09:23,379 --> 00:09:25,724
Now the sole will be installed.
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00:09:25,724 --> 00:09:27,689
The heel core is of pine.
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00:09:27,689 --> 00:09:29,689
It's put onto the sole,
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00:09:29,689 --> 00:09:32,034
Which will soon be secured
Into place.
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00:09:32,034 --> 00:09:35,068
Here, they proceed
With machining
149
00:09:35,068 --> 00:09:37,448
And welding of the rubber sole
To the boot tip.
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00:09:37,448 --> 00:09:39,448
It's called vulcanization,
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00:09:39,448 --> 00:09:42,620
Done at a temperature
Of 330 degrees.
152
00:09:42,620 --> 00:09:45,103
And the sole
Is solidly installed.
153
00:09:48,931 --> 00:09:51,344
This machine sands the edges
Of the sole
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00:09:51,344 --> 00:09:53,724
To eliminate
Any vulcanization residue.
155
00:09:53,724 --> 00:09:56,965
They also apply a sealant.
156
00:09:56,965 --> 00:10:01,000
They now place an insole
Inside the boot.
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00:10:05,758 --> 00:10:09,965
Here, they install the laces
And stitch on the labels.
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00:10:15,655 --> 00:10:19,206
The boots now leave
For the packaging area.
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00:10:21,448 --> 00:10:22,793
Building a pair of boots
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Required no less than 123
Different fabrication steps,
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Including packaging.
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Each pair needs 330 feet
Of nylon, cotton,
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And polyester threads
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And over 10 square feet
Of thick and rugged leather.
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Narrator: take a stroll
Down tokyo's downtown drag,
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And you'll get
The distinct impression
167
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That neon is passé.
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00:10:55,448 --> 00:10:59,344
Today, electronic signs
Are all the buzz --
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Futuristic miracles of light,
Color, and animation
170
00:11:03,379 --> 00:11:07,482
That make the world
Their matinee screen.
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00:11:07,482 --> 00:11:10,517
Digital electronic signboards
172
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Are sometimes used
As giant television screens
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Or to post written messages.
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They come in different sizes --
From a few feet
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00:11:18,068 --> 00:11:20,241
All the way up to many thousands
Of square feet.
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00:11:20,241 --> 00:11:23,000
The creation of a sign
Starts with plans
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00:11:23,000 --> 00:11:25,034
Drawn by engineers
And architects.
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00:11:25,034 --> 00:11:27,344
Hundreds of plans
Are created by computer,
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00:11:27,344 --> 00:11:29,000
Among other methods,
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And require between two days
Or even a month of work.
181
00:11:32,206 --> 00:11:33,724
Millions of tiny lights,
182
00:11:33,724 --> 00:11:36,379
Or light-emitting diodes
Called elements,
183
00:11:36,379 --> 00:11:38,137
Make up the screen's surface.
184
00:11:38,137 --> 00:11:41,448
These elements are made
Of germanium, gallium nitrate,
185
00:11:41,448 --> 00:11:44,758
And silicon semiconductors
Covered with plastic.
186
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These elements have to be placed
So as to form a matrix.
187
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Each of the 20 machines
At this plant
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00:11:51,517 --> 00:11:56,137
Can install and solder
1,500 elements an hour.
189
00:11:56,137 --> 00:11:59,758
Lighting up an element requires
Only 10 to 20 milliamps,
190
00:11:59,758 --> 00:12:04,655
And they last
For about 150,000 hours.
191
00:12:04,655 --> 00:12:07,103
All the wires are placed
Behind the matrix
192
00:12:07,103 --> 00:12:09,517
In the different
Electrical connections.
193
00:12:09,517 --> 00:12:11,965
This conceals everything
Behind the sign
194
00:12:11,965 --> 00:12:14,172
And shelters it
From the weather.
195
00:12:14,172 --> 00:12:17,931
Depending upon the distance from
Which the sign will be seen,
196
00:12:17,931 --> 00:12:21,551
Spaces between the elements
Vary from 1/10 of an inch
197
00:12:21,551 --> 00:12:23,724
To several inches.
198
00:12:23,724 --> 00:12:26,965
A workman now makes
The electrical connections.
199
00:12:26,965 --> 00:12:29,517
The wires have to be
Solidly connected
200
00:12:29,517 --> 00:12:33,000
To resist shaking caused by
Movement of the signboard.
201
00:12:34,724 --> 00:12:36,827
The matrices
Must operate together
202
00:12:36,827 --> 00:12:38,275
And require controllers,
203
00:12:38,275 --> 00:12:41,206
Which send information
From one to the other.
204
00:12:41,206 --> 00:12:44,310
Thus, each group controls
Its own image.
205
00:12:45,896 --> 00:12:48,758
Each matrix has
To be electrically powered
206
00:12:48,758 --> 00:12:53,931
And integrated to its own 5-volt
Element-illuminating connector.
207
00:12:59,655 --> 00:13:02,965
Sometimes the matrices
Are made up in two pieces --
208
00:13:02,965 --> 00:13:06,000
One supporting the elements and
The other having the components.
209
00:13:06,000 --> 00:13:08,655
In this case,
It simply requires
210
00:13:08,655 --> 00:13:11,000
Two cards to establish
The contact.
211
00:13:15,793 --> 00:13:18,310
Now they connect
The information cable
212
00:13:18,310 --> 00:13:21,310
That lights up
And extinguishes the elements.
213
00:13:21,310 --> 00:13:23,310
Each matrix
Has two connectors --
214
00:13:23,310 --> 00:13:25,586
One that supplies
The electric current
215
00:13:25,586 --> 00:13:28,413
And the other that carries
The sign's information.
216
00:13:28,413 --> 00:13:32,517
Here, they verify
The functioning of each matrix.
217
00:13:32,517 --> 00:13:35,241
Then, they can begin
To join matrices together
218
00:13:35,241 --> 00:13:37,931
To construct the signboard.
219
00:13:37,931 --> 00:13:40,172
We see here
All the colors assembled
220
00:13:40,172 --> 00:13:42,241
As they will be on the screen.
221
00:13:44,379 --> 00:13:46,724
The boards
Are sometimes installed outside
222
00:13:46,724 --> 00:13:48,793
And are thus vulnerable
To the weather.
223
00:13:48,793 --> 00:13:50,724
That's why they put on
This rubber strip,
224
00:13:50,724 --> 00:13:52,310
Which waterproofs it.
225
00:13:54,482 --> 00:13:57,206
The matrices
Are now assembled together.
226
00:14:00,758 --> 00:14:04,758
Then, 10 matrices are joined
To make up a module.
227
00:14:10,137 --> 00:14:13,724
At this stage, they insert
The signboard conductor.
228
00:14:21,000 --> 00:14:22,724
Then the wires are connected.
229
00:14:22,724 --> 00:14:25,000
These wires transmit
Electric current
230
00:14:25,000 --> 00:14:27,689
And all the information
Relating to the sign.
231
00:14:30,620 --> 00:14:33,689
The elements require
A very low-voltage current --
232
00:14:33,689 --> 00:14:35,034
About 5 volts.
233
00:14:35,034 --> 00:14:37,724
Each module is then provided
With its own converter
234
00:14:37,724 --> 00:14:40,275
To maintain a steady voltage.
235
00:14:42,551 --> 00:14:44,413
Then all the modules
Are assembled
236
00:14:44,413 --> 00:14:45,965
In the signboard support.
237
00:14:45,965 --> 00:14:47,965
And the many electrical
Connections
238
00:14:47,965 --> 00:14:50,137
Linking the different modules
Are made.
239
00:14:54,896 --> 00:14:56,965
This gigantic signboard
240
00:14:56,965 --> 00:15:01,034
Is a composition of 35 modules
And 12 matrices.
241
00:15:05,620 --> 00:15:08,275
The signboard
Is almost finished.
242
00:15:08,275 --> 00:15:10,551
They now check the color,
The luminosity,
243
00:15:10,551 --> 00:15:12,551
And the resolution
Of the screen.
244
00:15:18,206 --> 00:15:22,344
The signboard is made of 120,000
Electrical light diodes
245
00:15:22,344 --> 00:15:25,172
And took nearly
3 months of work.
246
00:15:25,172 --> 00:15:27,827
Each year,
This company constructs
247
00:15:27,827 --> 00:15:30,034
Hundreds of digital signboards
248
00:15:30,034 --> 00:15:34,000
Requiring about 100 million
Lighting elements.
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00:15:44,793 --> 00:15:47,620
Narrator: if you aren't the type
To rise at the crack of dawn
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00:15:47,620 --> 00:15:50,275
And wolf down
A hearty breakfast,
251
00:15:50,275 --> 00:15:52,586
Chances are you eat a bowl
Of cereal
252
00:15:52,586 --> 00:15:54,655
Or a granola bar on the fly.
253
00:15:54,655 --> 00:15:57,758
One of the best ways to beat
The early-morning blahs,
254
00:15:57,758 --> 00:16:01,551
The goodness of cereal
Now comes in as many forms
255
00:16:01,551 --> 00:16:04,137
As our fast-paced
Lifestyles demand.
256
00:16:10,275 --> 00:16:13,620
Our breakfast cereals were born
Out of the religious beliefs
257
00:16:13,620 --> 00:16:15,379
Of the seventh-day adventists.
258
00:16:15,379 --> 00:16:16,931
The seventh-day adventists
259
00:16:16,931 --> 00:16:20,551
Are vegetarians who, in 1860,
Founded a sanatorium
260
00:16:20,551 --> 00:16:22,827
Where patients
Were fed only cereals --
261
00:16:22,827 --> 00:16:25,931
Wheat flakes invented
By dr. John harvey kellogg.
262
00:16:25,931 --> 00:16:28,965
His brother, william keith,
Saw a promising future
263
00:16:28,965 --> 00:16:32,310
And built the first flakes
Factory to market the product.
264
00:16:32,310 --> 00:16:34,689
His success
Would later be imitated
265
00:16:34,689 --> 00:16:36,862
By the famous
Charles william post
266
00:16:36,862 --> 00:16:39,551
Of post cereals.
267
00:16:48,586 --> 00:16:50,655
The making of
Frosted corn flakes
268
00:16:50,655 --> 00:16:52,310
Starts in this cooker.
269
00:16:52,310 --> 00:16:56,827
The corn kernels are cooked here
For 2 hours and 20 minutes.
270
00:16:58,827 --> 00:17:02,000
Then the corn kernels
Are ground up.
271
00:17:04,068 --> 00:17:07,000
They're ground up
By this endless worm screw.
272
00:17:07,000 --> 00:17:09,965
It also determines
The number of pounds of kernels
273
00:17:09,965 --> 00:17:12,206
Needed to make up
A cereal recipe.
274
00:17:12,206 --> 00:17:16,068
The ground corn is next dried
In a dryer unit,
275
00:17:16,068 --> 00:17:18,034
An important step
Before they're cooked.
276
00:17:18,034 --> 00:17:20,551
To give them
Their nice, flat shape,
277
00:17:20,551 --> 00:17:23,275
The corn kernels are crushed
In the flake roller.
278
00:17:23,275 --> 00:17:25,965
Two rollers
Turn opposite to each other,
279
00:17:25,965 --> 00:17:27,379
And the kernels fall
280
00:17:27,379 --> 00:17:29,827
Into the constricted space
Between them.
281
00:17:29,827 --> 00:17:33,241
The flakes fall
Onto this conveyor,
282
00:17:33,241 --> 00:17:35,689
And the next step
Will be cooking.
283
00:17:40,206 --> 00:17:42,965
The flakes arrive
At the cooking oven.
284
00:17:42,965 --> 00:17:47,137
They're shaken to make sure
They will be uniformly browned.
285
00:17:47,137 --> 00:17:50,931
The flakes exit the oven
Well-browned.
286
00:17:50,931 --> 00:17:54,241
They then fall into this chute
287
00:17:54,241 --> 00:17:57,586
And head in the direction
Of the next step.
288
00:17:57,586 --> 00:18:00,103
This vibrating conveyor
Sorts the flakes
289
00:18:00,103 --> 00:18:03,275
And retains
Only the right-sized ones.
290
00:18:03,275 --> 00:18:05,034
This drum mixes the flakes
291
00:18:05,034 --> 00:18:07,620
And sprays them
With a sweet solution
292
00:18:07,620 --> 00:18:10,931
Boiling at 445 degrees.
293
00:18:10,931 --> 00:18:13,517
The sweet solution is dried,
294
00:18:13,517 --> 00:18:16,620
And a rake uniformly spreads out
The frosted flakes
295
00:18:16,620 --> 00:18:18,000
On the canvas.
296
00:18:20,689 --> 00:18:23,206
Now they add in vitamins.
297
00:18:23,206 --> 00:18:26,655
The cereals are placed
Into this rotating drum.
298
00:18:26,655 --> 00:18:30,310
The vitamins are sprayed onto
The flakes by a series of jets.
299
00:18:33,758 --> 00:18:35,758
The cereals are now finished,
300
00:18:35,758 --> 00:18:38,862
And they head
Toward the packaging site.
301
00:18:38,862 --> 00:18:41,241
This packager
Fills the bags with cereal.
302
00:18:41,241 --> 00:18:44,482
It handles
Between 40 and 45 bags a minute
303
00:18:44,482 --> 00:18:47,586
Before they head off
For final packaging.
304
00:18:47,586 --> 00:18:49,827
This plant doesn't only
Make cereals.
305
00:18:49,827 --> 00:18:51,655
It also makes soft cereal bars.
306
00:18:51,655 --> 00:18:53,965
This kneader
Mixes the ingredients --
307
00:18:53,965 --> 00:18:56,482
Oat flakes, rice, and syrup.
308
00:18:56,482 --> 00:18:59,862
The preparation is mixed
Twice a minute.
309
00:18:59,862 --> 00:19:01,137
When well-mixed,
310
00:19:01,137 --> 00:19:03,965
The preparation is poured
Into a large container.
311
00:19:03,965 --> 00:19:07,000
They will now proceed
With the molding of the bars.
312
00:19:19,931 --> 00:19:23,793
The contents of the bin
Are emptied onto a conveyor.
313
00:19:26,068 --> 00:19:28,724
And the mixture is spread out.
314
00:19:32,586 --> 00:19:36,034
Here, they add chocolate chips
To the mixture.
315
00:19:39,103 --> 00:19:42,206
The mix is compressed
To the desired bar thickness
316
00:19:42,206 --> 00:19:43,896
By this roller.
317
00:19:46,931 --> 00:19:49,482
The bar separator
Then divides the mix
318
00:19:49,482 --> 00:19:51,931
Into 35 equal strips.
319
00:19:54,827 --> 00:19:58,896
And then a guillotine cuts
The bars to their proper length.
320
00:20:03,448 --> 00:20:05,827
The bars continue circulating.
321
00:20:05,827 --> 00:20:08,068
This equipment
Is used to line up the bars
322
00:20:08,068 --> 00:20:10,689
And make
The packaging process easier.
323
00:20:15,000 --> 00:20:18,103
Side by side,
The bars are turned here
324
00:20:18,103 --> 00:20:20,482
So that they run
One behind the other.
325
00:20:22,482 --> 00:20:26,586
This roller applies a delicious
Caramel fondant to the bars.
326
00:20:28,758 --> 00:20:32,241
This caramel fondant
Then cools and sets.
327
00:20:36,551 --> 00:20:39,482
They're now at
The final stage of production --
328
00:20:39,482 --> 00:20:41,206
Coating with chocolate.
329
00:20:41,206 --> 00:20:44,620
About 400 pounds of chocolate
Are needed for the bar recipe.
330
00:20:48,793 --> 00:20:52,034
Now finished, the bars
Are ready for packaging.
331
00:20:55,586 --> 00:20:58,793
This machine
Individually bags the bars.
332
00:21:03,655 --> 00:21:06,689
Finally, they proceed
With the packaging.
333
00:21:06,689 --> 00:21:09,551
These tasty bars will be
Enjoyed by children,
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00:21:09,551 --> 00:21:12,275
As well as adults.
335
00:21:18,103 --> 00:21:20,379
If you have any comments
About the show,
336
00:21:20,379 --> 00:21:23,172
Or if you'd like to suggest
Topics for future shows,
337
00:21:23,172 --> 00:21:25,482
Drop us a line at...
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