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In 1987, 13 European countries joined together in the Global System for Mobile Communication (GSM) to develop a common digital standard for wireless telephones Finland was one of the 13 Thus, Nokia was in and Motorola, an American company, was out Thanks to GSM, Europe s mobile system outpaced America s A Nokia phone placed the first GSM call in 1991 As of 1993, there were a million customers in the GSM network That was the year in which Motorola produced its first digital phone So the competition, Nokia versus Motorola, really began in 1993..

Figure 9.12 illustrates features of the General lock:

How does Nokia explain its success from 1993 on We find out in a New Yorker profile of Nokia s phone designer, Frank Nuovo, by Michael Specter. Here we learn that the leader in cell phones has always had more than a third of the market. In 1993, that was Motorola. In 2001, it was Nokia. Specter tells us, In fact, Nokia s sales are greater than those of its three closest rivals combined: Motorola, Ericsson, and Siemens. What happened The head of production, Eric Anderson, tells this story:19

100 key bitting for long wear (A). Master pins have a minimum length of 0.040 inch (B). Shorter pins tend to wedge in the chamber. Only two pins are standard (C). Pins and springs are made of corrosion-resistant alloy (D and E). The keyway is part of the security system (F). If requested, the factory supplies special identification for keys, cores, and cylinders (G).

Originally, we had one phone the phone Frank designed. And we tried to make it that one perfect phone. By 1993 . . . I realized that making one perfect phone wasn t going to work for us. We needed to make many perfect phones, and they needed to be different.

you should try to find out the design criteria for the well-pumping system. You might find that the water flow at the design peak demand is less than you require. The design criteria might be known by the seller or might be available through local health department records or the company that installed the system.

1-4 7

Here we have a creative insight on Anderson s part: Nokia needed a whole line of phones, not just one. But where did that insight come from Was it just his imagination Here is how Anderson explains it:

The Emhart (Corbin) High-Security Locking System uses rotating and interlocking pins (Fig. 9.13). The pins must be raised to the shear line and, at the same time, rotated 20 so the coupling can disengage (Fig. 9.14 and 9.15). Rotation is by virtue of the skew-cut bitting on the key (Fig. 9.16). Figure 9.17 illustrates the way the cylinder is armored. The pins are protected by hardened rods and a crescent-shaped shield.

There is a bar in Salo. Rikala, it s called. It s a seedy place, and Nokia engineers went there on Friday nights. They would get there and take their big phones off their belts, slap them down on the bar, and they would drink beer and eat peanuts until 4 A.M. Then one of the engineers would say, Oh my God, which is my phone How would they know They all had the same damn phone in the same color with the same ring.

There in the bar, the Nokia engineers first had the experience that other cell phone users around the world would later have: all cell phones looked alike. The scene at the Rikala bar, where a very high percentage of the customers had cell phones, looked like the future. But it wasn t an imaginary future, dreamed up in someone s head. It was the real future, right there in the Rikala bar. Anderson explains what the engineers did next:

Removable-core cylinders are increasingly popular. Figure 9.18 illustrates the Corbin cylinder, a type typical of most. To rekey the change key, follow this procedure: 1. Obtain a Corbin rekeying kit. The kit includes the necessary pins, gauges, and tools.

So they went out and painted the phones themselves with highquality car paint. It isn t so glamorous, but that s where the route to color and fashion phones began.

either direction to allow the joint to uncouple. (Emhart Corp.)