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Cars.kif
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Cars.kif
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;; Ontology of cars and car parts
;; Access to and use of these products is governed by the GNU General Public
;; License <http://www.gnu.org/copyleft/gpl.html>.
;; By using these products, you agree to be bound by the terms
;; of the GPL.
;; Author: Adam Pease, Articulate Software, apease [at] articulatesoftware dot com
;; We ask that people using or referencing this work cite our primary paper and book:
;; Niles, I., and Pease, A. 2001. Towards a Standard Upper Ontology. In
;; Proceedings of the 2nd International Conference on Formal Ontology in
;; Information Systems (FOIS-2001), Chris Welty and Barry Smith, eds,
;; Ogunquit, Maine, October 17-19, 2001. See also http://www.ontologyportal.org
;; Pease, A., (2011). Ontology: A Practical Guide. Articulate Software Press,
;; Angwin, CA. ISBN 978-1-889455-10-5.
(=>
(instance ?C Combustion)
(exists (?O)
(and
(instance ?O Oxygen)
(resource ?C ?O))))
(documentation InternalCombustionEngine EnglishLanguage "The internal combustion
engine is an engine in which the combustion of a fuel (normally a fossil fuel)
occurs with an oxidizer (usually air) in a combustion chamber. In an internal
combustion engine, the expansion of the high-temperature and high -pressure
gases produced by combustion apply direct force to some component of the engine.
This force is applied typically to pistons, turbine blades, or a nozzle. This
force moves the component over a distance, transforming chemical energy into
useful mechanical energy.
The term internal combustion engine usually refers to an engine in which
combustion is intermittent, such as the more familiar four-stroke and two-stroke
piston engines, along with variants, such as the six-stroke piston engine and
the Wankel rotary engine. A second class of internal combustion engines use
continuous combustion: gas turbines, jet engines and most rocket engines, each
of which are internal combustion engines on the same principle as previously
described.
The internal combustion engine (or ICE) is quite different from external
combustion engines, such as steam or Stirling engines, in which the energy is
delivered to a working fluid not consisting of, mixed with, or contaminated by
combustion products. [from Wikipedia]")
(=>
(instance ?I InternalCombustionEngine)
(hasPurpose ?I
(exists (?F ?C)
(and
(instance ?F Fuel)
(instance ?C Combustion)
(instrument ?C ?I)
(resource ?C ?F)))))
(=>
(instance ?I InternalCombustionEngine)
(hasPurpose ?I
(exists (?C ?M ?P)
(and
(instance ?C Combustion)
(instance ?M Motion)
(part ?P ?I)
(patient ?M ?P)))))
(subclass FuelVapor GasMixture)
(termFormat EnglishLanguage FuelVapor "fuel vapor")
(documentation FuelVapor EnglishLanguage "A mixture of a gas (often &%Air)
and fuel, typically produced intentionally in &%Engines for the purpose of
&%Combustion.")
(=>
(instance ?FV FuelVapor)
(exists (?F)
(and
(instance ?F Fuel)
(part ?F ?FV))))
(subclass EngineCycle Motion)
(documentation EngineCycle EnglishLanguage "A complete cycle of &%Engine
phases, including a repeat of the first phase. In a &%FourStrokeEngine
this means intake, compression, combustion, exhaust and back to intake.")
(subclass ContinuousCombustionEngine InternalCombustionEngine)
(documentation ContinuousCombustionEngine EnglishLanguage "An &%Engine, such as
used in a &%Rocket where &%Combustion is continuous, rather than intermittent,
as in a modern automobile gas engine.")
(subclass Turbine InternalCombustionEngine)
(subclass IntermittentCombustionEngine InternalCombustionEngine)
(documentation IntermittentCombustionEngine EnglishLanguage "An &%Engine, such
as found in a modern &%Automobile, in which &%Combustion is not continuous,
as in a &%Rocket, but rather a rapid series of small &%Explosions.")
(subclass FourStrokeEngine IntermittentCombustionEngine)
(externalImage FourStrokeEngine "http://upload.wikimedia.org/wikipedia/commons/d/dc/4StrokeEngine_Ortho_3D_Small.gif")
(termFormat EnglishLanguage FourStrokeEngine "four stroke engine")
(documentation FourStrokeEngine EnglishLanguage "&%InternalCombustionEngines based on the
four-stroke (Otto cycle) have one power stroke for every four strokes
(up-down-up-down) and employ spark plug ignition. &%Combustion occurs
rapidly, and during combustion the volume varies little (constant
volume). They are used in cars, larger boats, some motorcycles, and
many light aircraft. They are generally quieter, more efficient, and
larger than their &%TwoStrokeEngine counterparts. [from Wikipedia]")
(=>
(instance ?FSE FourStrokeEngine)
(exists (?C)
(and
(instance ?C EngineCylinder)
(part ?C ?FSE))))
(=>
(instance ?FSE FourStrokeEngine)
(hasPurpose ?FSE
(exists (?I ?CM ?CB ?E ?I2)
(and
(instance ?I FourStrokeIntake)
(instance ?CM FourStrokeCompression)
(instance ?CB FourStrokeCombustion)
(instance ?E FourStrokeExhaust)
(instance ?I2 FourStrokeIntake)
(eventLocated ?I ?FSE)
(eventLocated ?CM ?FSE)
(eventLocated ?CB ?FSE)
(eventLocated ?E ?FSE)
(eventLocated ?I2 ?FSE)
(meetsTemporally ?I ?CM)
(meetsTemporally ?CM ?CB)
(meetsTemporally ?CB ?E)
(meetsTemporally ?E ?I2)))))
(subclass FourStrokeEngineCycle EngineCycle)
(termFormat EnglishLanguage FourStrokeEngineCycle "four stroke engine cycle")
(documentation FourStrokeEngineCycle EnglishLanguage "The &%Processes that
occur in a &%FourStrokeEngine. Such a cycle necessarily includes each instance
of one of the four strokes, in sequence, followed by another intake stroke.")
(=>
(instance ?F FourStrokeEngineCycle)
(exists (?E)
(and
(instance ?E FourStrokeEngine)
(eventLocated ?F ?E))))
(=>
(instance ?FSE FourStrokeEngineCycle)
(exists (?I ?CM ?CB ?E ?I2)
(and
(instance ?I FourStrokeIntake)
(instance ?CM FourStrokeCompression)
(instance ?CB FourStrokeCombustion)
(instance ?E FourStrokeExhaust)
(instance ?I2 FourStrokeIntake)
(subProcess ?I ?FSE)
(subProcess ?CM ?FSE)
(subProcess ?CB ?FSE)
(subProcess ?E ?FSE)
(subProcess ?I2 ?FSE)
(meetsTemporally ?I ?CM)
(meetsTemporally ?CM ?CB)
(meetsTemporally ?CB ?E)
(meetsTemporally ?E ?I2))))
(subclass FourStrokeIntake Motion)
(termFormat EnglishLanguage FourStrokeIntake "four stroke intake")
(documentation FourStrokeIntake EnglishLanguage "In this cycle of a four
stroke engine, air and vaporized fuel are drawn in.")
(=>
(and
(instance ?F FourStrokeIntake)
(instance ?C EngineCylinder)
(instance ?I InternalCombustionChamber)
(equal ?C (HoleHostFn ?I))
(eventLocated ?F ?C))
(exists (?FV ?M)
(and
(instance ?M GasMotion)
(instance ?FV FuelVapor)
(subProcess ?M ?F)
(destination ?M ?I)
(patient ?M ?FV))))
(subclass FourStrokeCompression Motion)
(termFormat EnglishLanguage FourStrokeCompression "four stroke compression")
(documentation FourStrokeCompression EnglishLanguage "In this cycle of a four
stroke engine, fuel vapor and air are compressed and ignited.")
(=>
(and
(instance ?F FourStrokeCompression)
(instance ?C EngineCylinder)
(instance ?I InternalCombustionChamber)
(equal ?C (HoleHostFn ?I))
(eventLocated ?F ?C))
(holdsDuring
(EndFn (WhenFn ?F))
(attribute ?I Pressurized)))
(subclass FourStrokeCombustion Motion)
(termFormat EnglishLanguage FourStrokeCombustion "four stroke combustion")
(documentation FourStrokeCombustion EnglishLanguage "In this cycle of a four
stroke engine, fuel combusts and piston is pushed downwards.")
(=>
(and
(instance ?F FourStrokeCombustion)
(instance ?C EngineCylinder)
(instance ?I InternalCombustionChamber)
(equal ?C (HoleHostFn ?I))
(eventLocated ?F ?C))
(exists (?CO)
(and
(instance ?CO Combustion)
(subProcess ?CO ?F))))
(subclass FourStrokeExhaust Motion)
(termFormat EnglishLanguage FourStrokeExhaust "four stroke exhaust")
(documentation FourStrokeExhaust EnglishLanguage "In this cycle of a four
stroke engine, exhaust is driven out. During the 1st, 2nd, and 4th stroke
the piston is relying on power and the momentum generated by the other pistons.")
(=>
(and
(instance ?F FourStrokeExhaust)
(instance ?C EngineCylinder)
(instance ?I InternalCombustionChamber)
(equal ?C (HoleHostFn ?I))
(eventLocated ?F ?C))
(exists (?E ?M)
(and
(instance ?M GasMotion)
(instance ?E Exhaust)
(subProcess ?M ?F)
(origin ?M ?I)
(patient ?M ?E))))
(subclass TwoStrokeEngine IntermittentCombustionEngine)
(termFormat EnglishLanguage TwoStrokeEngine "two stroke engine")
(documentation TwoStrokeEngine EnglishLanguage "Engines based on the
two-stroke cycle use two strokes (one up, one down) for every power
stroke. Since there are no dedicated intake or exhaust strokes,
alternative methods must be used to scavenge the cylinders. The most
common method in spark-ignition two-strokes is to use the downward
motion of the piston to pressurize fresh charge in the &%Crankcase,
which is then blown through the &%Cylinder through ports in the
cylinder walls. [from Wikipedia]")
(subclass TwoStrokeEngineCycle EngineCycle)
(termFormat EnglishLanguage TwoStrokeEngineCycle "two stroke engine cycle")
(documentation TwoStrokeEngineCycle EnglishLanguage "The &%Processes that
occur in a &%TwoStrokeEngine. Such a cycle necessarily includes each instance
of one of the strokes, in sequence, followed by another intake stroke.")
(=>
(instance ?F TwoStrokeEngineCycle)
(exists (?E)
(and
(instance ?E TwoStrokeEngine)
(eventLocated ?F ?E))))
(=>
(instance ?T TwoStrokeEngineCycle)
(exists (?I ?C ?TT ?I2)
(and
(instance ?I TwoStrokeIntake)
(instance ?C TwoStrokeCompression)
(instance ?TT TwoStrokeTransfer)
(instance ?I2 TwoStrokeIntake)
(subProcess ?I ?T)
(subProcess ?C ?T)
(subProcess ?TT ?T)
(subProcess ?I2 ?T)
(meetsTemporally ?I ?C)
(meetsTemporally ?C ?TT)
(meetsTemporally ?TT ?I2))))
(=>
(instance ?I IntermittentCombustionEngine)
(hasPurpose ?I
(exists (?E ?M)
(and
(instance ?E Explosion)
(instance ?M Motion)
(eventLocated ?E ?I)
(eventLocated ?M ?I)
(causes ?E ?M)))))
(subclass Piston Artifact)
(termFormat EnglishLanguage Piston "piston")
(documentation Piston EnglishLanguage "A piston is a component of
reciprocating engines, reciprocating pumps, gas compressors and
pneumatic cylinders, among other similar mechanisms. It is the
moving component that is contained by a cylinder and is made gas-
tight by piston rings. In an engine, its purpose is to transfer
force from expanding gas in the cylinder to the crankshaft via a
piston rod and/or connecting rod. In a pump, the function is
reversed and force is transferred from the crankshaft to the
piston for the purpose of compressing or ejecting the fluid in the
cylinder. In some engines, the piston also acts as a valve by
covering and uncovering ports in the cylinder wall.")
(externalImage Piston "http://upload.wikimedia.org/wikipedia/commons/thumb/d/d4/Piston.gif/73px-Piston.gif")
(subclass EngineCylinder Artifact)
(documentation EngineCylinder EnglishLanguage "A single cylinder of
an &%Engine block and its associated components.")
(subclass InternalCombustionChamber HoleRegion)
(termFormat EnglishLanguage InternalCombustionChamber "internal combustion chamber")
(documentation InternalCombustionChamber EnglishLanguage "The &%HoleRegion that
is part of a &%Cylinder in which &%Cumbustion occurs, forcing gases to
expand and expelling the piston, to generate power.")
(=>
(instance ?E EngineCylinder)
(exists (?H)
(and
(instance ?H InternalCombustionChamber)
(equal ?E (HoleHostFn ?H)))))
(subclass Crankcase HoleRegion)
(documentation Crankcase EnglishLanguage "A &%HoleRegion in an &%InternalCombustionEngine
where the &%Piston rods join with the &%Crankshaft.")
(=>
(instance ?E Engine)
(exists (?C)
(and
(instance ?C Crankcase)
(equal ?E (HoleHostFn ?C)))))
(subclass Crankshaft Shaft)
(documentation Crankshaft EnglishLanguage "The output of the effort of a &%Engine. It is a
rotating rod that transfers power to other &%Devices.")
(typicalPart Crankshaft IntermittentCombustionEngine)
(typicallyContainsPart Crankshaft IntermittentCombustionEngine)
(typicalPart Crankshaft Crankcase)
(typicallyContainsPart Crankshaft Crankcase)
(typicalPart Piston EngineCylinder)
(typicallyContainsPart Piston EngineCylinder)
(relatedInternalConcept typicallyContainsPart typicalPart)
(=>
(and
(instance ?C Crankshaft)
(instance ?I IntermittentCombustionEngine)
(part ?I ?C))
(hasPurpose ?C
(exists (?E ?R)
(and
(instance ?E Explosion)
(instance ?R Rotating)
(patient ?R ?C)
(eventLocated ?R ?I)
(causes ?E ?R)))))
(instance Vacuum InternalAttribute)
(termFormat EnglishLanguage Vacuum "vacuum")
(documentation Vacuum EnglishLanguage "An area of space in which does not
contain any matter.")
(=>
(and
(instance ?X Region)
(attribute ?X Vacuum))
(not
(exists (?O)
(and
(instance ?O Object)
(located ?O ?X)))))
(instance PartialVacuum RelationalAttribute)
(termFormat EnglishLanguage PartialVacuum "partial vacuum")
(documentation PartialVacuum EnglishLanguage "An area of space which is at
a lower pressure than surrounding regions.")
(=>
(attribute ?X PartialVacuum)
(exists (?O ?G ?P1 ?P2 ?PM)
(and
(instance ?O SelfConnectedObject)
(instance ?G Region)
(not
(equal ?G ?X))
(connected ?X ?O)
(connected ?G ?O)
(measure ?G (MeasureFn ?P1 ?PM))
(measure ?X (MeasureFn ?P2 ?PM))
(instance ?PM UnitOfAtmosphericPressure)
(greaterThan ?P1 ?P2))))
(instance Pressurized RelationalAttribute)
(termFormat EnglishLanguage Pressurized "pressurized")
(documentation Pressurized EnglishLanguage "An area of space which is at
a higher pressure than surrounding regions.")
(=>
(attribute ?X Pressurized)
(exists (?O ?G ?P1 ?P2 ?PM)
(and
(instance ?O SelfConnectedObject)
(instance ?G Region)
(not
(equal ?G ?X))
(connected ?X ?O)
(connected ?G ?O)
(measure ?G (MeasureFn ?P1 ?PM))
(measure ?X (MeasureFn ?P2 ?PM))
(instance ?PM UnitOfAtmosphericPressure)
(greaterThan ?P2 ?P1))))
(subclass Spark ElectricTransmission)
(termFormat EnglishLanguage Spark "spark")
(documentation Spark EnglishLanguage "An electric charge that moves from point to
point across an &%Air gap, rather than travelling through a solid conductor.")
(subclass Lightning Spark)
(=>
(instance ?S Spark)
(exists (?E ?G)
(and
(instance ?E Electricity)
(patient ?S ?E)
(instance ?G Substance)
(attribute ?G Gas)
(eventLocated ?S ?G))))
(subclass SparkPlug ElectricalComponent)
(termFormat EnglishLanguage SparkPlug "spark plug")
(documentation SparkPlug EnglishLanguage "A device, used to ignite &%Fuel,
that generates a &%Spark.")
(=>
(instance ?SP SparkPlug)
(hasPurpose ?SP
(exists (?S)
(and
(instance ?S Spark)
(instrument ?S ?SP)))))
(=>
(instance ?SP SparkPlug)
(hasPurpose ?SP
(exists (?S ?C)
(and
(instance ?S Spark)
(instrument ?S ?SP)
(instance ?C Combustion)
(causes ?S ?C)))))
(subclass TwoStrokeIntake Motion)
(termFormat EnglishLanguage TwoStrokeIntake "two stroke intake")
(documentation TwoStrokeIntake EnglishLanguage "The portion of a two stroke engine
cycle where the piston moves into the combustion chamber creating a partial vacuum
in the crankcase that draws fuel into the crankcase.")
(=>
(and
(instance ?E EngineCylinder)
(instance ?I InternalCombustionChamber)
(instance ?P Piston)
(instance ?T TwoStrokeIntake)
(holdsDuring ?T
(located ?P ?E))
(equal ?E (HoleHostFn ?I))
(eventLocated ?T ?E))
(hasPurpose ?P
(holdsDuring ?T
(partiallyFills ?P ?I))))
(=>
(and
(instance ?TSI TwoStrokeIntake)
(instance ?C Crankcase)
(eventPartlyLocated ?TSI ?C))
(holdsDuring ?TSI
(attribute ?C PartialVacuum)))
(subclass TwoStrokeCompression Motion)
(termFormat EnglishLanguage TwoStrokeCompression "two stroke compression")
(documentation TwoStrokeCompression EnglishLanguage "The portion of a two stroke engine
cycle where combustion occurs, forcing the piston out of the combustion chamber,
and the fuel mixture is compressed in the crankcase.")
(=>
(and
(instance ?TSC TwoStrokeCompression)
(eventLocated ?TSC ?E)
(instance ?E TwoStrokeEngine))
(exists (?C)
(and
(instance ?C Explosion)
(during ?C ?TSC)
(eventLocated ?C ?E))))
(subclass TwoStrokeTransfer Motion)
(termFormat EnglishLanguage TwoStrokeTransfer "two stroke transfer")
(documentation TwoStrokeTransfer EnglishLanguage "The portion of a two stroke engine
cycle where the combustion chamber is opened to the crankcase and the exhaust. This
allows the exhaust to vent, and the pressurized fuel mixture to enter the combustion
chamber. The piston is most fully removed from the combustion chamber at this point.")
(=>
(and
(instance ?E EngineCylinder)
(instance ?C Crankcase)
(instance ?P Piston)
(instance ?T TwoStrokeTransfer)
(holdsDuring ?T
(located ?P ?E))
(equal ?E (HoleHostFn ?C))
(eventLocated ?T ?E))
(hasPurpose ?P
(holdsDuring ?T
(partiallyFills ?P ?C))))
(=>
(and
(instance ?T TwoStrokeTransfer)
(instance ?C EngineCylinder)
(instance ?I InternalCombustionChamber)
(equal ?C (HoleHostFn ?I))
(eventLocated ?T ?C))
(exists (?E ?M)
(and
(instance ?M GasMotion)
(instance ?E Exhaust)
(subProcess ?M ?T)
(origin ?M ?I)
(patient ?M ?E))))
(subclass Brake Device)
(termFormat EnglishLanguage Brake "brake")
(documentation Brake EnglishLanguage "Any device that is designed to slow and stop
the &%Motion of an object. This include brakes on wheeled vehicles as well as
rock climbing equipment that uses friction to slow decent when rappelling.")
(=>
(instance ?B Brake)
(hasPurpose ?B
(exists (?D)
(and
(instance ?D Decelerating)
(instrument ?D ?B)))))
(subclass VehicleBrake Brake)
(subclass ParkingBrake VehicleBrake)
(termFormat EnglishLanguage ParkingBrake "parking brake")
(documentation ParkingBrake EnglishLanguage "A kind of brake chiefly designed to prevent
motion from occuring in a stopped vehicle, although it can be used to slow a
vehicle that is in motion. Most other types of brakes are designed to be used
intermittently to slow a vehicle, or only temporarily to keep a vehicle stationary, while
the driver is applying the brake. In contrast, most parking brakes employ some sort of
ratcheting system so the parking brake may remain active even when the driver is not
applying force to a braking actuator, or even being present in the vehicle.
Typically, it is implemented as a &%DrumBrake in most modern passenger vehicles.")
(typicallyContainsPart ParkingBrake DrumBrake)
(=>
(and
(instance ?P ParkingBrake)
(instance ?V Vehicle)
(holdsDuring ?T1
(attribute ?P DeviceOn))
(part ?P ?V))
(hasPurpose ?P
(holdsDuring ?T1
(not
(exists (?T)
(and
(instance ?T Translocation)
(patient ?T ?V)))))))
(subclass WearingFrictionSurface Device)
(termFormat EnglishLanguage WearingFrictionSurface "wearing friction surface")
(documentation WearingFrictionSurface EnglishLanguage "A device designed to cause friction
and exhibit a particular process of wear. This includes items such as brake pads and
match striking surfaces on a matchbox.")
(=>
(instance ?S WearingFrictionSurface)
(hasPurpose ?S
(exists (?F)
(and
(instance ?F Friction)
(resource ?F ?S)))))
(subclass BrakeShoe WearingFrictionSurface)
(documentation BrakeShoe EnglishLanguage "A &%WearingFrictionSurface that is designed
to press against a rotating &%BrakeDrum to cause vehicle braking.")
(termFormat EnglishLanguage BrakeShoe "brake shoe")
(typicalPart BrakeShoe DrumBrake)
(subclass DrumBrake VehicleBrake)
(documentation DrumBrake EnglishLanguage "A &%Brake in which a &%BrakeShoe presses
against a rotating &%BrakeDrum to cause vehicle braking.")
(termFormat EnglishLanguage DrumBrake "drum brake")
(=>
(instance ?B BrakePad)
(hasPurpose ?B
(exists (?F ?BR)
(and
(instance ?F Friction)
(resource ?F ?B)
(instance ?BR BrakeRotor)
(patient ?F ?BR)))))
(=>
(and
(instance ?BP BrakePad)
(instance ?BR BrakeRotor)
(instance ?R Rotating)
(patient ?R ?BR)
(instance ?F Friction)
(resource ?F ?BP)
(patient ?F ?BR))
(not
(patient ?R ?BP)))
(=>
(instance ?B BrakeShoe)
(hasPurpose ?B
(exists (?F ?BD)
(and
(instance ?F Friction)
(resource ?F ?B)
(instance ?BD BrakeDrum)
(patient ?F ?BD)))))
(=>
(and
(instance ?BS BrakeShoe)
(instance ?BD BrakeDrum)
(instance ?R Rotating)
(patient ?R ?BD)
(instance ?F Friction)
(resource ?F ?BS)
(patient ?F ?BD))
(not
(patient ?R ?BS)))
(subclass DiscBrake VehicleBrake)
(termFormat EnglishLanguage DiscBrake "disc brake")
(typicalPart BrakePad DiscBrake)
(documentation BrakePad EnglishLanguage "A &%WearingFrictionSurface
that presses against a &%BrakeRotor to cause vehicle braking.")
(subclass BrakePad WearingFrictionSurface)
(subclass BrakeRotor Device)
(documentation BrakeRotor EnglishLanguage "A rotating &%Metal disc
that is pressed upon by a &%BrakePad to cause vehicle braking.")
(typicalPart BrakeRotor DiscBrake)
(typicallyContainsPart BrakeRotor DiscBrake)
(subclass BrakeDrum Device)
(documentation BrakeDrum EnglishLanguage "A rotating surface that is
pressed on by the &%BrakeShoe.")
(typicalPart BrakeDrum DrumBrake)
(typicallyContainsPart BrakeDrum DrumBrake)
(subclass BrakeCaliper Device)
(documentation BrakeCaliper EnglishLanguage "A &%Device assembly that
presses a &%BrakePad against a &%BrakeRotor.")
(typicalPart BrakeCaliper VehicleBrake)
(subclass BrakePedal Device)
(termFormat EnglishLanguage BrakePedal "brake pedal")
(documentation BrakePedal EnglishLanguage "A brake pedal is a device inside
a vehicle that has the purpose of being pushed to activate the bakes of the
vehicle. Although normally pushed with the foot, this concept also covers
handicapped-accessible devices mounted on the steering column that can be
activated by pressing with the hands or fingers.")
(=>
(instance ?BP BrakePedal)
(hasPurpose ?BP
(exists (?PU)
(and
(instance ?PU Pushing)
(destination ?PU ?BP)))))
(=>
(and
(instance ?BP BrakePedal)
(instance ?P Pushing)
(instance ?V Vehicle)
(destination ?P ?BP)
(eventLocated ?P ?V)
(part ?BP ?V))
(hasPurpose ?BP
(exists (?FS ?F)
(and
(instance ?FS WearingFrictionSurface)
(instance ?F Friction)
(instrument ?F ?FS)
(causes ?P ?F)))))
;MSv: Commented out because of domain inconsistency - doesn't fit parent's domain Object
;(subrelation systemPart part)
;(=>
; (instance ?S PhysicalSystem)
; (exists (?P)
; (hasPurpose ?S ?P)))
(subclass AutoSuspensionSystem PhysicalSystem)
(termFormat EnglishLanguage AutoSuspensionSystem "auto suspension system")
(documentation AutoSuspensionSystem EnglishLanguage "A system, typically consisting of
&%Springs and &%Shocks that couples the &%Wheels or &%Axles of a &%RoadVehicle to the rest of the
body, and serving to dampen the effect of uneven road surfaces on the occupants or cargo.")
(subclass WireSpring Spring)
(typicallyContainsPart Spring AutoSuspensionSystem)
(typicallyContainsPart AutoSuspensionSystem Automobile)
(typicalPart AutoSuspensionSystem Automobile)
(instance physicalAmplitude SpatialRelation)
(instance physicalAmplitude BinaryPredicate)
(domain physicalAmplitude 1 Tremor)
(domain physicalAmplitude 2 LengthMeasure)
(format EnglishLanguage physicalAmplitude "the amplitude %1 is %n %2")
(documentation physicalAmplitude EnglishLanguage "A relation between a periodic motion and the
distance between the physical extremes of the period.")
(=>
(and
(physicalAmplitude ?T ?L)
(patient ?T ?O))
(exists (?P1 ?P2 ?T1 ?T2)
(and
(during ?T1 (WhenFn ?T))
(during ?T2 (WhenFn ?T))
(holdsDuring ?T1
(located ?O ?P1))
(holdsDuring ?T2
(located ?O ?P2))
(distance ?P1 ?P2 ?L))))
(=>
(and
(physicalAmplitude ?T
(MeasureFn ?L ?U))
(instance ?U UnitOfLength)
(patient ?T ?O))
(not
(exists (?P1 ?P2 ?T1 ?T2 ?L2)
(and
(during ?T1 (WhenFn ?T))
(during ?T2 (WhenFn ?T))
(holdsDuring ?T1
(located ?O ?P1))
(holdsDuring ?T2
(located ?O ?P2))
(distance ?P1 ?P2
(MeasureFn ?L2 ?U))
(greaterThan ?L2 ?L)))))
(subclass Damper Device)
(termFormat EnglishLanguage Damper "damper")
(documentation Damper EnglishLanguage "A &%Device designed to lessen or to remove a &%Tremor from
a &%PhysicalSystem. Examples include a car's air shocks, or rubber and fluid-filled
foundation mounts for buildings in earthquake-prone areas.")
(externalImage Damper "http://upload.wikimedia.org/wikipedia/commons/2/2b/Damped_spring.gif")
(=>
(and
(instance ?E Motion)
(instance ?T Tremor)
(instance ?D Damper)
(patient ?T ?O)
(part ?D ?O)
(causes ?E ?T)
(instance ?U UnitOfLength)
(holdsDuring (WhenFn ?E)
(physicalAmplitude ?T
(MeasureFn ?A1 ?U)))
(holdsDuring (ImmediateFutureFn ?E)
(physicalAmplitude ?T
(MeasureFn ?A2 ?U))))
(greaterThan ?A1 ?A2))
(instance dampingRatio BinaryPredicate)
(domain dampingRatio 1 PhysicalSystem)
(domain dampingRatio 2 RealNumber)
(format EnglishLanguage dampingRatio "the damping ratio of %1 is %n %2")
(documentation dampingRatio EnglishLanguage "(dampingRation ?SYSTEM ?NUM) is a measure
of to what degree a system is free to oscillate or not. In an overdamped system ?NUM
is greater than 1. The system returns (exponentially decays) to equilibrium without
oscillating. Larger values of the damping ratio signify a return to equilibrium more slowly.
In a critically damped ?NUM equals 1. The system returns to equilibrium as quickly as possible
without oscillating. This is often desired for the damping of systems such as doors.
In an underdamped system 0 < ?NUM < 1. The system oscillates (at reduced frequency compared
to the undamped case) with the amplitude gradually decreasing to zero. Finally, in an
undamped system ?NUM is 0. The system oscillates at its natural &%resonantFrequency.
[adapted from Wikipedia].")
(=>
(and
(dampingRatio ?P ?R)
(greaterThan ?R 0)
(instance ?T Tremor)
(patient ?T ?P)
(instance ?U UnitOfLength)
(holdsDuring ?T1
(physicalAmplitude ?T
(MeasureFn ?A1 ?U)))
(holdsDuring ?T2
(physicalAmplitude ?T
(MeasureFn ?A2 ?U)))
(during ?T1 ?T)
(during ?T2 ?T)
(earlier ?T1 ?T2))
(greaterThan ?A1 ?A2))
(instance resonantFrequency BinaryPredicate)
(domain resonantFrequency 1 PhysicalSystem)
(domain resonantFrequency 2 PhysicalQuantity)
(format EnglishLanguage resonantFrequency "the resonant frequency of %1 is %n %2")
(documentation resonantFrequency EnglishLanguage "The natural resonancy frequency of a
system. A system that is undamped or underdamped will oscillate at this frequency, at
least for a while, after a force is applied.")
(relatedInternalConcept resonantFrequency dampingRatio)
(subclass Automobile PhysicalSystem)
(subclass AutomobileShock Damper)
(termFormat EnglishLanguage AutomobileShock "shock")
(typicalPart AutomobileShock AutoSuspensionSystem)
(documentation AutomobileShock EnglishLanguage "A &%Damper that is part of a modern &%RoadVehicle's
&%AutoSuspensionSystem. It may include various kinds of fluids that have the effect
of being a &%Damper on &%Motion.")
(=>
(instance ?A AutomobileShock)
(hasPurpose ?A
(exists (?C)
(and
(instance ?C Automobile)
(part ?A ?C)))))
(=>
(and
(instance ?A1 Automobile)
(instance ?A2 Automobile)
(instance ?S1 AutomobileShock)
(part ?S1 ?A1)
(not
(exists (?S2)
(and
(instance ?S2 AutomobileShock)
(part ?S2 ?A2))))
(dampingRatio ?A1 ?R1)
(dampingRatio ?A2 ?R2))
(greaterThan ?R2 ?R1))
(typicalPart AutomobileShock Automobile)
(typicallyContainsPart AutomobileShock Automobile)
(=>
(and
(instance ?AS AutomobileShock)
(instance ?C Compressing)
(instance ?H HoleRegion)
(attribute ?F Fluid)
(equal ?AS (HoleHostFn ?H))
(contains ?AS ?F)
(patient ?C ?AS))
(exists (?T)
(and
(instance ?T Transfer)
(objectTransferred ?T ?F)
(path ?T ?H)
(causes ?C ?T))))
(subclass LeafSpring Spring)
(documentation LeafSpring EnglishLanguage "A type of spring found in &%Trucks
and older &%Automobiles, and is designed to minimize the transmission of shocks
to the frame of a &%LandVehicle from hitting imperfections in a road surface.
They are typically arranged into a group of layers that provides stronger resistance
when the shock encountered is greater.")
(externalImage LeafSpring "http://upload.wikimedia.org/wikipedia/commons/6/63/Leafs1.jpg")
(termFormat EnglishLanguage LeafSpring "leaf spring")
(typicalPart LeafSpring AutoSuspensionSystem)
(=>
(instance ?L LeafSpring)
(attribute ?L LongAndThin))
(=>
(and
(instance ?L LeafSpring)
(part ?L ?RV)
(instance ?RV RoadVehicle))
(modalAttribute
(exists (?L2)
(and
(instance ?L2 LeafSpring)
(part ?L2 ?RV)
(not
(equal ?L ?L2))
(meetsSpatially ?L ?L2)))
Likely))
(subclass FuelFilter Filter)
(termFormat EnglishLanguage FuelFilter "fuel filter")
(documentation FuelFilter EnglishLanguage "A fuel filter is designed to remove impurities
from &%Fuel.")
(=>
(instance ?FILTER FuelFilter)
(hasPurpose ?FILTER
(exists (?REMOVE ?FUEL ?NONFUEL ?SOLUTION)
(and
(instance ?REMOVE Removing)
(part ?FUEL ?SOLUTION)
(instance ?FUEL Fuel)
(not
(instance ?NONFUEL Fuel))
(patient ?REMOVE ?NONFUEL)
(part ?NONFUEL ?SOLUTION)
(origin ?REMOVE ?SOLUTION)
(instance ?SOLUTION Solution)
(instrument ?REMOVE ?FILTER)))))
(subclass AirFilter Filter)
(termFormat EnglishLanguage AirFilter "air filter")
(documentation AirFilter EnglishLanguage "An air filter is designed to remove
&%Solid impurities from &%Air.")
(=>
(instance ?FILTER AirFilter)
(hasPurpose ?FILTER
(exists (?REMOVE ?AIR ?NONAIR ?MIX)
(and
(instance ?REMOVE Removing)
(part ?AIR ?MIX)
(instance ?AIR Air)
(not
(instance ?NONAIR Air))
(attribute ?NONAIR Solid)
(patient ?REMOVE ?NONAIR)
(part ?NONAIR ?MIX)
(origin ?REMOVE ?MIX)
(instance ?MIX Mixture)
(instrument ?REMOVE ?FILTER)))))
(subclass AirIntake Tube)
(termFormat EnglishLanguage AirIntake "air intake")
(documentation AirIntake EnglishLanguage "A &%Tube that channels &%Air on a
&%path ultimately into an &%Engine.")
(=>
(instance ?AI AirIntake)
(hasPurpose ?AI
(exists (?A)
(and
(instance ?A Air)
(contains ?AI ?A)))))
(=>
(instance ?AI AirIntake)
(hasPurpose ?AI
(exists (?A ?E ?T)
(and
(instance ?A Air)
(instance ?E Engine)
(instance ?T Transfer)
(origin ?T ?AI)
(destination ?T ?E)
(patient ?T ?A)))))
(subclass GasTank FluidContainer)
(termFormat EnglishLanguage GasTank "gas tank")
(documentation GasTank EnglishLanguage "A &%Container in a &%Vehicle designed to
hold a &%Liquid &%Fuel for use in its &%Engine. Note that this does not include
container such as portable fuel tanks that may be used to carry gas, but which
do not directly supply an engine.")
(=>
(instance ?GT GasTank)
(hasPurpose ?GT
(exists (?F)
(and
(instance ?F Fuel)
(contains ?GT ?F)))))
(=>