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FIGURE 9.3 Force analysis of a pinion. A, operating pitch circle; d, operating pitch diameter; np , pinion speed; , pressure angle; Wt , transmitted tangential load; Wr , radial tooth load; W, resultant tooth load; T, torque; F, shaft force reaction.

Audio input signals from the radio transceiver are fed to the touch-tone decoder as well as to the ISD2590 voice recorder chip via the voltage divider network formed by resistors.

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One of my early experiments in the iPhone ecosystem involved adapting the SQLite Books example code from Apple s site to work with my own data model. The example uses raw SQL and the SQLite C APIs and was relatively straightforward to adapt, but I found myself constantly having to drop out of Objective-C and my higher-level domain model thinking to think about SQL and C. That kind of context switching was costing me development brain cycles, so I set out to solve the problem. I ended up creating a higher-level framework that takes care of most of the raw SQL work by mapping to and from simple objects in my domain model. The framework makes it easy to create, find, save, and delete these objects while minimizing the amount of SQL that has to be written and maintained. It is based on the Active Record design pattern. In the Active Record pattern, each database table is represented by a class in your application. The individual instances of this class represent rows in the table. There are class methods for retrieving instances of these objects, and the instances themselves contain the methods responsible for deleting, saving, and updating themselves. This provides a simple and natural API for handling most data access needs and also allows for dropping down to custom SQL if you need to do something more complex. Here s an example of working with an Active Record object:

where nP = pinion speed in revolutions per minute (r/min). The power transmitted is P= Wtv 33 000 Wtv hp (9.9) kW

Many of the terms in the formulas that follow require lengthy discussions and considerable space to list their values. This material is considered at length in Chap. 10 and so is omitted here.

0 = send and receive DTMF 1 = send DTMF, receive call progress tone (DTMF bursts lengthened to 104 ms)

9.4.1 Pitting Resistance The basic formula for pitting resistance, or surface durability, of gear teeth is sc = Cp where sc Cp Wt Ca Cs = = = = = WtCa Cs CmCf Cv dF I

(9.10)

GroceryItem *bread = [[[GroceryItem alloc] init] autorelease]; bread.name = @"Bread"; bread.number = [NSNumber numberWithInt: 2]; [bread save];

contact stress number, lb/in2 (MPa) elastic coefficient, (lb/in2)1/2 [(MPa)1/2]; see Eq. (10.77) and Table 10.4 transmitted tangential load, lb (N) application factor for pitting resistance; see Table 10.3 size factor for pitting resistance; use 1.0 or more until values are established load distribution factor for pitting resistance; use Tables 9.5 and 9.6 surface condition factor; use 1.0 or more until values are established dynamic factor for pitting resistance; use Fig. 10.4; multiply v in meters per second by 197 to get feet per minute operating pitch diameter of pinion, in (mm) 2C/(mG + 1.0) for external gears 2C/(mG 1.0) for internal gears operating center distance, in (mm) gear ratio (never less than 1.0) net face width of narrowest member, in (mm) geometry factor for pitting resistance; use Eq. (10.24) with C = 1.0

Allowable Contact Stress Number. The contact stress number sc , used in Eq. (9.10), is obtained from the allowable contact stress number sac by making several adjustments as follows: sc sac CLCH CT CR (9.11)

output DTMF bursts of 52 or 104 ms output DTMF as long as enabled normal operating mode present test timing bit on pin 13 output dual (real DTMF) tones output separate row or column tones if above if above 1 select row tone 1 select column tone

See Ref. [10.1].

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To find all grocery items, you would use this:

TABLE 9.5 Load-Distribution Factors Cm and Km for Spur Gears Having a Face Width of 6 in (150 mm) and Greater

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