Perfection in Machinery

Anticipating future function precedes the initial idea to create a machine. Plans and specifications are drawn. From these a series of prototypes are constructed. A final prototype is deemed perfect of it’s type. Therefore called ‘The Perfect Prototype’.

 All perfect machines are an exact copy of their Perfect Prototype.

 If the Plans, Specifications and Perfect Prototype of a mass-produced machine are unavailable, perfection can be approximately ascertained by 1. Re-combining the best parts from as many functioning copies as possible. 2. Reverse engineer a damaged copy. 3. Re-imagine wanted function. Produce new parts to provide that function.

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 Perfection of machines dictate the integrity befitting their internal and external functions.

 Perfection of machines’ functions proves perfection of machines’ design.

 Machines malfunction in correspondence to their departure from perfection of design.

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 Machines that perform functions are assemblies of discrete parts.

 Discrete parts are composed of the designed material, in the designed shape, and in designed tolerance..

 Perfection is maintained only if discrete parts remain composed of the designed material, remain in their designed shape, and stay in their designed tolerance.

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 Self-repair can be a internal function of machines.

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 Whether organic or man-made machine, the demarcation between the elements/materials of any machine, and it’s discrete parts, can be ascertained.

 Though very difficult to ascertain, human bodies do have a demarcation line wherein materials, cells etc, are on one side, and discrete parts on the other.

 Human bodies demonstrate by their internal and external functions, which include self-repair, and being constructed of discrete parts, that they are machines.

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 The service of machines is totally concerned with keeping machines as

close as possible to their designed material of parts, designed shape of parts, and tolerance between parts.

 Without the original plans, specifications, Perfect-Prototype and service manual it is difficult to accurately service any machine; be it metal or biological.

 Where are the original plans, specifications, Perfect Prototype and service manual of human bodies?

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 Design of man-made machines evolve in series of types from simplicity and low-precision, i.e. horseless carriage, to complex and high-precision, i.e. F.1. racing car. TRUE EVOLUTION.

 Biological machines are originally complex and high-precision, i.e. no series of types. NO-EVOLUTION.

 Copyright Dr. Bryyon Lambert D.O.[Fr] [ret] Anatomical Engineer 2019