115
`United States Patent
`4,328,408
`[11]
`
` Lawson [45] May4, 1982
`
`
`[54] MICROPROCESSOR FOR OVEN CONTROL
`[75]
`Inventor:
`James A. Lawson, Dallas, Tex.
`
`[73] Assignee: Texas Instruments Incorporated,
`Dallas, Tex.
`
`OTHER PUBLICATIONS
`E. A. Torrero, “An Introduction to Microprocessors”,
`Electronic Design 9, pp. 58-62, 4/26/76.
`A. J. Weissberger, “Microprocessors Simplify Indus-
`trial Control”, Electronic Design 22, 10/25/75, pp.
`96-99.
`George D.Hanchett, “Turn-On Reset Pulse Circuits”,
`[21] Appl. No.: 729,053
`RCA Technical Notes, 3/28/73.
`;
`Primary Examiner—C. C. Shaw
`Oct. 4, 1976
`[22] Filed:
`[SY] Untt, C13 sacccsscsseseesseseesssesnsssenssason HOSB 6/68 DonaleoGeneWoneyaan Sharp; Richard L.
`[52] U.S. C1, oececcesesesesceeeseees 219/10.55 B; 219/506
`,
`[58] Field of Search.................. 219/10.55 R, 10.55 B,
`219/10.55 E, 506; 307/64, 296
`References Cited
`U.S. PATENT DOCUMENTS
`
`[56]
`
`8/1973 Hiroshima etal... 307/64
`3,753,001
`3,819,906 6/1974 Gould, Jr... sesesessseeeses 219/506
`3,982,141
`9/1976 Copeland ..........ccscsesseeees 307/296
`4,011,428
`3/1977 Fosnoughetal. ............006 219/506
`4,038,510 7/1977 White .......cssccscesceenss 219/10.55 E
`
`
`
`ABSTRACT
`[57]
`A microprocessor for oven control has a keyboard for
`data and instruction entry and a display for displaying
`desired data, including the oven duty cycle. The micro-
`processor incorporates a random access memory for
`storing data entered from the keyboard andalso incor-
`porates a read-only memory which controls the opera-
`tion of the microprocessor for its dedicated purpose.
`
`3 Claims, 12 Drawing Figures
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`Sheet 1 of 10
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`4,328,408
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`U.S. Patent
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`May4, 1982
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`U.S. Patent May 4, 1982
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`Sheet 2 of 10
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`4,328,408
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`U.S. Patent
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`May4, 1982
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`U.S. Patent May 4, 1982
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`1
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`4,328,408
`
`MICROPROCESSOR FOR OVEN CONTROL
`
`BACKGROUND OF THE INVENTION
`Field of the Invention
`This invention relates to oven controllers for control-
`ling temperature, duty cycle and time intervals. More
`specifically, it relates to a microprocessor whose func-
`tion is dedicated as an oven controller by a read-only
`memory.
`In the past, oven controllers have been simpleelectri-
`cal-mechanical devices consisting of a control for man-
`ually setting a temperature and another for setting a
`timer to sound an alarm when the desired time has
`elapsed. More sophisticated controllers permitted set-
`ting a time for the oven to start and a time for the oven
`to stop, automatically.
`With the advent of the microwave oven, the problem
`of controlling the operation became somewhat more
`complex. For example, the duty cycle of the magnetron
`which produces the microwaves for cooking should be
`one value for thawing and another for cooking a non-
`frozen item with a variance also required for the differ-
`ent kinds of items to be cooked. For example, to bake
`potatoes may require a different magnetron duty cycle
`than to bake a turkey. In prior art oven controllers, the
`duty cyle is manually controlled by simply referring to
`a cook book provided by the oven manufacturer to
`obtain a listed duty cycle and then simply setting a dial
`according to the listed duty cycle.
`More modern microwave oven controllers utilize
`solid state electronic techniques for the control. cir-
`cuitry, such circuitry dedicated to the particular pur-
`pose. Thatis, if a new function is desired, new circuitry
`must be designed and implemented to achieve that new
`function. The prior art has progressed to the point
`where time and duty cycle may be set to operate in a
`so-called time mode.
`:
`
`30
`
`BRIEF SUMMARY OF THE INVENTION
`
`40
`
`45
`
`In theinstant invention, not only a time modeis avail-
`able, but also a temperature mode. The temperature
`modeis a mode wherein the desired final temperature of
`the item to be cookedis set and all other operations then
`are automatic. For example, if the item is frozen, a par-
`ticular duty cycle of the magnetron must be selected,
`with the magnetron then shutoff for a period of time. A
`second magnetron duty cycle may then be selected for
`a specified periodof time and finally a third duty cycle
`of the magnetron maybeselected to bring the item to be
`cooked to the desired temperature. These particular
`functions are available through the use of a micro-
`processor controlled by a ROM.Thetime and tempera-
`ture of each of these cooking cycles is stored in a ran-
`dom access memory at three memorylevels. Thatis, at
`memory level 1,
`the thawing time and power level
`(magnetron duty cycle) is stored. At memory level 2,
`the second cooking period and powerlevel is stored.
`Finally, at level 3, the third cooking time and power
`level is stored. These parameters may be set by appro-
`priate commands entered through a capacitive touch
`plate. Alternately they are automatically sequenced by
`selecting the temperature mode,in conjunction with the
`use of a probe having a thermistor sensor inserted into
`the item to be cooked, by simply selecting the final
`internal temperature desired for the item to be cooked
`and at what power level cooking is to take place. To
`achieve more and/or different functions, the ROM is
`
`12
`
`2
`simply replaced so that the controller is extremely flexi-
`ble.
`The main object of this invention is to provide an
`oven controller with extreme versatility, capable of
`operating in a time modeor in a temperature mode.
`Anotherobject of this invention is to provide an oven
`controller whose repertoire of functions may bereadily
`augmented and/oraltered.
`Still another object of this invention is to provide a
`controller that is simple to operate, yet controls a com-
`plex sequence.
`These and other objects will become evident in the
`detailed description that follows.
`BRIEF DESCRIPTIONS OF THE DRAWINGS
`
`FIG.1 is a perspective of the oven assembly contain-
`ing the oven controller;
`FIG.2 is a front view of the capacitive touch panel
`for activating the controller;
`FIG.3 is an exploded view illustrating the relation-
`ship of the capacitive touch panel to the controller
`electronics;
`FIG. 4 is a schematic diagram of the electronics of
`the invention.
`
`DETAILED DESCRIPTION OF THE
`INVENTION
`
`FIG.1 illustrates an oven 20 having a controller with
`capacitive touch panel 21.
`FIG.2 illustrates in detail the various components of
`capacitive touch panel 21. Display 22, in this preferred
`embodiment,
`is a type TIL 373 manufactured by the
`assignee of this invention, Texas Instruments Incorpo-
`rated, P. O. Box 5474, Dallas, Tex., 75222. Display 22is
`used for displaying time of day, cooking time, tempera-
`ture, etc. Visual light emitting diodes (LED’s ) D16,
`D17 and D18 indicate three memory levels. LED’s
`D19-D29 indicate the duty cycle selected for operation
`of the oven magnetron. Pad 27 is to “select heat”, pad
`28is to “select time” (temp), pad 29 is to “clear entry”,
`pad 30is for “reset”, pad 31 is for “clock”, pad 32 is for
`“start”, pad 33 is for “memory”and pad 34is for “stop”.
`Pads 23 are for “numerical entry”.
`- FIG.3 illustrates the capacitive touch panel 21andits
`spatial relationship with logic board 40. Logic board 40
`contains the light emitting diodes D16-D29, display 22
`and integrated circuits 41.
`Referring now to FIG.4, the schematic diagram of
`the oven controller of this invention is shown. Primary
`winding T1of transistor 87 is connected to terminals 85
`and 86 across which an AC voltage is impressed. Varis-
`tor VRi is connected across primary T1. The second-
`ary of transformer T1 includesa first secondary wind-
`ing with taps forming secondary circuits T2, T3 and T4,
`and a secondary winding T5. Terminal 84 of the sec-
`ondary winding T2 is connected to the anode of diode
`D4, whose cathodeis connected to one terminal of fuse
`F1, the other terminal of fuse F1 being connected to the
`intersection of one end ofresistors R1 and R3 and one
`terminal of capacitor C6,,whose other terminal
`is
`grounded. The other end oftransistor R1 is tied to the
`collector of transistor Q3 whose emitter is connected to
`~—15 volts, and whose base is connected to ground
`through resistor R2. The cathode of Zener diode D5is
`connected to the other end of resistor R3 and to one
`terminal of capacitor C7, at which point a +62 voltsis
`developed for scanning the capacitive touch plate 21.
`
`12
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`nected through resistor R11 to ground and through
`resistor R12 to —15 volts as is the other input of com-
`parator 52. The output of comparator 51, which pro-
`vides a 60 Hertz square wave pulse for clocking pur-
`5 poses, is connected throughresistor R13 to ground and
`is also connected to pin 14 (input Fi) of capacitive
`touch keyboard interface 80. Capacitive touch key-
`board interface 80 is a TMS 1976 manufactured by
`Texas Instruments.
`Pin 3 (Rio) of microprocessor 66 is connected
`through resistor R81 to the anode of diode D13 and to
`one terminal of capacitor C13. One input of comparator
`54 is connected through resistor R86 to one terminal of
`capacitor C16 whose other terminal is connected to
`5 —15 volts. The one input of comparator 54 is also con-
`nected throughresistor R86 and throughresistor R87 to
`the outputof comparator 54, to the cathode of diode
`D13, to ground through resistor R83 and to the other
`imput of comparator 54 throughresistors R84 and R85.
`20 The connection between resistors R84 and R85 is con-
`nected to the other input of each of comparators 51 and
`52. The output of comparator 54 is also connected to
`the cathode of diode D14 whose anode is connected
`throughresistor R82 to pin 1 (Rg) of microprocessor 66
`25 and to one terminal of capacitor C11.
`Comparator 54, together with resistors R83-R85 and
`capacitors C16 and C17 form an oscillator whose output
`is applied to capacitors C11 and C13,respectively.
`Pin 1 (Rs) of microprocessor 66 is connected through
`30 resistor R82 to the anode of diode D14 whose cathode
`is connected to the cathode of diode D13. The anode of
`diode D14is also connected to one terminal of capacitor
`C11 whose other terminal is connected to the base of
`transistor Q4. The emitter of transistor Q4 is connected
`through resistor R16 to the anode of diode D7 and-to
`one terminal of capacitor C9 whose other terminal is
`connected to terminal 82. Capacitor C10 has one.termi-
`nal connected to input line terminal 82 and the other
`terminal connected through resistor R10 to the main
`40 terminal 2 of Triac SCR1. The gate Triac SCR1is con-
`nected to the collector of transistor Q4 and the other
`terminal of SCR1is connected to inputline terminal 82.
`The output-ofsilicon controlled rectifier SCR1 is used
`to supply power for an oven fan motor, lamp and fila-
`45 ment to terminal L1 through doorinterlock switch 92.
`The other terminal of capacitor C13 is connected to
`the base of transistor Q5 whose emitter is connected
`through resistor R18 to the anode of diode D7. The
`collector of transistor Q5 is connected to the gate of
`0 Triac SCR2 whose output is connected through magne-
`tron transformer 81 primary and through doorinterlock
`switch $2 to terminal L1.
`.
`Main terminal 1 of Triac SCR2 is connected to termi-
`nal 82 of the input line and to one terminal of capacitor
`5 C12 whoseother terminal is connected through resistor
`R88 to the main terminal 2 of SCR2.
`‘Temperature probe thermistor 53 is connected at one
`end to 0 volts and at the other through resistor R20 to
`one input of comparator 53, to one terminal of capacitor
`60 C14, whose other terminal is connected to 0 volts, and
`through resistor R21 ton — 15 volts. The other terminal
`of comparator 53 is connected through R22 to —15
`volts, and the output of comparator 53 is connected
`throgh resistor R29 to 0 volts and serves as one input to
`5 ANDcircuit 56 whose other input is connected to pin 2
`(Ro) of microprocessor 66. The output of AND circuit
`56 is connected to the anode of diode D9 whosecath-
`ode is connected to pin 6 (K2) of microprocessor 66 and
`
`3
`The other terminal of C7 is grounded. The anode of
`Zener diode D5 is grounded. Terminal 88 of secondary
`circuit T4 is connected to the cathode of diode D7 and
`terminal 89 of circuit T5 is connected to input terminal
`82. Capacitor C1 is connected from terminal 89 to
`ground.
`Terminal 85 of the secondarycircuit T2 is connected
`to the cathode of diode D1 whose anodeis connected to
`the anode of diode D2,
`this intersection providing a
`rectified, unregulated measurement of the amplitude of
`the input voltage. The cathode of diode D2 is con-
`nected to terminal 87 of the secondary circuit T4. Ter-
`minal 86 of secondary circuit T4 is connected to
`ground. Theintersection of the anodes of diodes D1 and
`D2 is connected to one terminal of capacitor C2 whose
`other terminal is grounded, to one end ofresistor R4
`and to the emitter of transistor Q1, which together with
`transistor Q2 forms a compound Darlington pair. The
`collector of transistor Q1 is connected to the emitter of
`transistor Q2 whosecollector is connected to the base
`of transistor Q1 and whose base is connected to one end
`of resistor R5 and to the anode of Zener diode D3
`whose cathode is connected to ground. The other end
`of resistor R5 is connected to the other end of resistor
`R4 and to one terminal of capacitor C3 whose other
`terminal is connected to ground. Thecollectorof tran-
`sistor Q1 is also connected to the cathodes of diodes
`D36 and D35, the anode of diode D36 supplying — 15
`volts, unregulated for activating display 22 driver tran-
`sistors Q6-Q9, speaker 70 driver transistor Q10, and
`LEDdrivertransistors Q13-Q16. The cathode of tran-
`sistor Q1 is further connected to one terminal of capaci-
`tor C4 whose other terminal is connected to ground.
`The anode of diode D35is connected to one terminal of
`capacitor C5 whose other terminal
`is connected to
`ground and to switch S1 which is connectedin series to
`the base of transistor Q3. The anode of diode D35
`supplies’ —15 volts, regulated.
`Theintersection of the anodes of diodes D1 and D2,
`where unregulated rectified voltage which is directly
`proportional to the AC line voltage is present, is con-
`nected to one end ofresistor R7 whose other end is
`connected to the intersection of one end ofresistor R6
`and one terminal of capacitor C8, the other end ofresis-
`tor R6 and the other terminal of C8 being connected to
`ground, Resistors R6 and R7 and capacitors C8 form an
`integrating circuit for integrating the unregulated volt-
`age. The intersection of resistors R7, R6 and capacitor
`C8 serves as one input to comparator 52. The other
`input of comparator 52 is connected to ground through
`resistor R11 and to —15 volts through resistor R12,
`thereby establishing a threshold voltage. The output of
`comparator 52 is connected through resistor R14 to
`ground and through resistor R15 to its other input,
`forming a Schmidt trigger. Comparator 52 (also com-
`parators 51, 53 and 54) are type LM 2901B “QuadSin-
`gle-Supply Comparator” manufactured by Raytheon
`Semiconductor, described in that company’s “Linear
`IC’s”, Pages 4-6 through 4-9, dated January, 1976. The
`output of comparator52 is inverted through inverter 55
`and connected to pin 9 (test) of microprocessor 66. In
`this preferred embodiment, microprocessor 66 is a TMS
`1000 manufactured by Texas Instruments Incorporated.
`The cathode of diode D2is connected to the cathode
`of diode D6, the anode of diode D6 being connected to
`one end of resistor R8 whose other end is connected
`through resistor R9 to ground andto one input of com-
`parator 51. The other input to comparator 51 is con-
`
`5
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`4,328,408.
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`6
`R65 to the base of Q11. Pin 23 of microprocessor 66 is
`connected throughresistor R66 to the base of transistor
`Qi.
`Pin 22 (Ri) of microprocessor 66 is cotinected to the
`anode of diode D11 whose cathode is connected to pin
`15 (RST)of capacitive interface 80. Pin 24 (R3) of mi-
`croprocessor 66 is connected to the anodeof diode D12
`whose cathode is connected to the cathode of diode
`DH.
`Transistors Q11 and Q12 andresistors R67 and R68
`are used in the selection process to select which particu-
`lar keyboard pad has been touched. The emitters of
`transistors Q11 and Q12 are connected together to — 15
`volts. The collector of transistor Q11 is connected to
`one column of keyboard pads on keyboard 21 and the
`collector of Q12 is connected to a second column of
`pads. The collectors of transistors Q11 and Q12 are
`connected respectivelythrough resistor R67 and resis-
`tor R68 to +62 volts.
`Pins 5 (C;)-pin 13 (Co) of capacitive interface 80 are
`connected to keyboard 21 to pads “Clear Entry” and
`“Reset”, “Start” and “Select Heat”, “Memory” and
`“Select Time”, “High Heat” and “Clock”, “0” and “5”,
`“1” and “6”, “2” and “9”, “3” and “8”, and ““4’’ and “9”,
`respectively. The selection of one pad ofthe pairof two
`is accomplished through the Q11-Q12 transistor cir-
`cuits.
`
`.
`
`—0
`
`15
`
`5
`to pin 2 (K2) of capacitive interface 80. Probe switch $3
`is connected at one endto 0 volts and at the other end
`through resistor R30 to —15 volts, to the input of in-
`verter 57 and through resistors R45 to pin 12 and R46to
`pin 13 of display 22. Resistors R31-R37are connected
`in parallel to —15 volts and in series through resistors
`R38-R44, respectively, to pins 16, 3, 6, 8; 10, 11 and 13
`of transistor array 62. Transistor array 62. is manufac-
`tured by RCA and is a type CA-3082—“General Pur-
`pose High Current N-P-N Transistor Array”. The other
`end of resistors R31-R37 are also connected to pins
`11-17 (O¢—Oo) of microprocessor 66. Resistors R23-R-
`36 are connected in parallel to the other input of com-
`parator 53 and their other ends are connected to pins
`17-14 of microprocessor 66. Resistor R27 is connected
`at one end to the common nodeofresistors R23~R26,
`through resistor R28 to 0 volts. Resistor R27 at the
`other end is connected to pin 28 (R7) of microprocessor
`66 and throughresistor R72 to —15 volts and through
`resistor R73 to the anode of diode D15 and to the input
`of inverter 72. Pin 2-of microprocessor 66 is connected
`through resistor R71 to —15 volts and to the input of
`inverter 71 whose output is connected to the cathodeof
`diode D15. The output of inverter 72 is connected
`through resistor R80 to the base of transistor Q16. Pins
`25, 26, and 27 are connected throughresistors R77-R79
`to the bases of transistors Q13, Q14 and Q15 and
`through resistors R74, R75 and R76 to — 15 volts. The
`einitters of transistors Q13-Q16 are connected to — 15
`volts, unregulated, and their collectors are connected to
`the cathodes of UED’s D16-D18, D26-D29, D22-D25
`and D19-D21,respectively. The anodes of LED’s D16,
`D21, D25 and D29 are connectediogetherinto pin 6 of
`display 22. The anode of LED’s D17, D20, D24 and |
`128 are connected togetherto pin § of display 22. The
`anodesof diodes D19, D18, D23 and D27 are connected
`together and to pin 4 of display 22. The anode of LED’s
`22 and 26 are connected together to pin 3 of display 22.
`Pins 14, 12, 9, 7, 4, 2 and 1 of transistor array 62 are
`connected through resistors R47-R53, respectively, to
`pins 6, 5, 4, 3, 8 and 9 of display 22. Transistors Q6-Q9
`have their collectors connected respectively to pins 10,
`11, 16 and 14 of display 22. Their emitters are hooked
`together to — 15 volts unregulated. The-bases of transis-
`tors Q6-Q9 are connected through R54-R57, respec-
`tively, through R58-R61,. respectively, to —15 volts,
`andto pins 24 (R3)-21 (Ro) of microprocessor 66. Pin 21
`of microprocessor 26 is also connectedthroughresistor
`
`Speaker70 is connected at one terminalto 0 volts and
`at the other through résistor R63 to the emitter of tran-
`sistor Q10 whose collector is connected to a —15 volt
`unregulated supply. The base of transistor Q10 is con-
`nected through resistor R62to the output of inverter.60
`which inverts the output. of AND circuit 59. AND
`circuit 59 has one input connected to pin 24 (R3) of
`microprocessor 66 and the other input to AND circuit
`59 is connected to pin 22 (R1 ) of microprocessor 66.
`Pins 5, 6, 7 and 8 (Ky,K2, K4, Kg) of microprocessor
`66 are connected to pins 1, 2, 3 and 4, respectively (Ki,
`Ko, Ka, Kg) of capacitive interface 80. Pins 14 (F)) and
`17 (Vref) of interface 80 are connected to the output of
`comparator 51 and to 0 volts through R69 and —15
`volts through R70; respectively.
`,
`A read-only memory: (ROM)controls the operation
`of microprocessor 66. The ROM has permanent instruc-
`tions set therein. The following listing represents the
`Page Address (PAD) in hexidecimal, the absolute ad-
`dress (LOC) in hexidecimal, and the objects code,
`in
`binary notation.
`
`:
`
`PAD
`
`033
`027
`
`OOF
`010
`O3A
`035
`028
`016
`O2C
`O18
`030
`021
`002
`005
`
`LOC’
`
`OBJECT CODE
`
`OOF. OLOL 1000
`OLD
`LO O11101
`
`10 O11L011
`03B
`OLO1 0100
`037
`10 900110
`029
`90100011 —
`OL6.
`02D 0100. 8111
`O18 O0001001
`032
`10 O1OLIL
`020 O111 9000
`001
`10 000101
`005 OO1LLOL OL
`00B
`10 010011
`014
`OOLLOL 00
`
`40
`
`45
`
`55
`
`60
`
`65
`
`PAD
`000
`O01
`003
`007
`OOF
`OlF
`03F
`03E
`030
`038
`037
`O2F
`O1F
`03C
`039
`
`LOC. ABJECT CONE
`003-0100 0000
`004
`00100011
`onc
`10 1LLLLI-
`OLC
`0101 0010
`O3C
`10 11L101
`O3F
`OOLOLLILI
` 03E£
`00000010
`039
`00001010
`036
`OOLLIL 00
`O2E
`00100001 —
`O1E
`00001010
`03D
`00001101
`038
`0101 0000
`031
`10 110011
`026
`10 110101
`
`14
`
`14
`
`

`

`008
`OL?
`O2€
`o1c
`038
`031
`023
`006
`00D
`018
`036
`02D
`O1A
`034
`029
`012
`024
`008
`oll
`022
`004
`009
`013
`026
`00C
`019
`032
`025
`OBA
`015 —
`O2A
`014
`028
`010
`920
`000
`001
`003
`007
`DOF
`OLF
`O3F
`03E
`93n
`038
`037
`O2F
`OLE
`032
`039
`033
`027
`OOF
`OD
`O34
`035
`023
`
`O2C
`O1F
`O3A
`030
`O21
`006
`000
`OLB
`034
`O2F
`OLg
`035
`028
`Olt
`025
`008
`012
`023
`007
`OOA
`013
`024 -
`OOF
`OLA
`033
`027
`
`7
`10 010011
`001110 00
`10 O1001L1
`OOLLLO OL
`10 010011
`00011100
`LO 000000
`OLOL LLOO
`10 101101
`00011000
`10 000000
`0101 1010
`10 100110
`00100011
`0100 1011
`00001001
`10 LOLO1O
`001110 01
`10 010011
`001100 O1
`OOLLLO 11
`10 OOL0LO
`00100100
`09001100
`00101011
`0101 0001
`10 000111
`10 000000
`00010111
`.LO 100101
`00011000
`OOLL1O O1
`10 111001
`0010000
`10 OLrdol1
`OOLOOOLL
`0100 LiL
`00001001
`‘10 111110.
`OOLLOL LL
`00010000
`10 010011
`001110 11
`10 O11111
`O00L01L1LO
`OOLLOO 11
`00100100
`00001100
`10 000000
`OO1LOL O1
`0100 1010
`00001100
`OOOLIILL
`LL OLLLOL
`00011100
`11 110110
`0190 LOLL
`
`058
`072
`060
`041
`045
`
`OAS
`
`8
`001110 O1
`10 100901
`00010000
`10 000000
`OO11OL OL
`00010111
`10 000000
`0190 1001
`0110 0000
`0100 OLLI
`OOLLLO OF
`LO 011000
`001110 L1
`LO 001000
`0110 0001
`0100 OO11
`0110 1010
`OLOO0 OOLO
`00010901
`OOLLLO OO
`10 119001
`OG1L10 10
`10 OOLLOL
`10 101110
`/ 001110 10
`10 O00100
`10 000110
`0110 0001
`0100 OOLL
`OLLO LOLO.
`OOOLLLILO
`10 111010
`0100 OOLO
`901101 Ll
`OOLIIL 10
`001101 11
`OOLILL OL
`OO1L101
`LIL
`OOLILIL Ll
`001101 11
`OOODLLIL
`10 011000
`0100 0000
`OOLL1II 10
`NOLOO00L
`OO1111 00
`00100000
`OLOL O110
`19 O00001
`ODOOILLLII
`0100 0000
`OOLLIL OL
`00100001
`OOLLIL OO
`900.100000
`0101 0110
`10 11loOll
`
`4,328,408
`
`O16
`02€:
`018
`030
`021
`002
`005
`008
`O17
`O2E
`OLC
`038
`031
`023
`006
`00D
`O13:
`036
`020
`O1A
`034
`029
`OL2
`024
`008
`O11.
`022
`004
`909
`013
`026
`0oc
`019
`032
`025
`O04
`O15
`O24
`014
`028
`OLO
`020
`000
`O01
`003
`007
`OOF
`O1F
`O3F
`O3E
`030
`038
`037
`O2F
`OLE
`03C
`039
`
`15
`
`20
`
`25
`
`30
`
`35
`
`40
`
`45
`
`30
`
`55
`
`60
`
`65
`
`15
`
`

`

`9
`OOOOILIL -
`0100 0900
`OOLLLL 11
`00100001
`OO1111 00
`00100000
`0101 0110
`10 OOLLLO
`O0001111
`0100 0000
`001111 00
`00100001
`OO1LLL 10
`0101 9001
`10 100011
`0100 1010
`00000011
`0100 9010
`OOLLOL 11
`OOOO1LLL
`00100000
`10 110000
`0100 9000
`OO1LLL 00
`00100001
`OOLLIL OL
`0101 0001
`10 100010
`0100 1010
`00000011
`0100 0010
`~oottor 1t
`00001111
`00100000
`10 OLLOLI
`0100 0000.
`OOLLLI OO
`00100001
`OOLLLE 11
`0101 OOO!
`10 101000
`0190 LOLO
`oo0000011
`0100 0010
`oollOl 11
`OJOOLLIL
`00100000
`10 010011
`oo0100L00
`00001100
`OO101011
`OOoOLLOL
`Oo00L101
`00001100
`00101100
`ooooLLor
`00001101
`90001109
`
`O8E*
`099
`0B3
`OB7
`OA9
`096
`OAD
`. 098
`OB2
`OA
`081
`085
`088
`094
`OAC
`09°F
`OBA
`080
`OAL
`085
`08)
`098
`084
`OAF
`099
`085
`OA8
`ool
`OAS
`088
`092
`0A3
`O87
`088
`093
`OA4
`O8F
`O9A
`083
`OAT
`089
`095
`OAB
`097
`OAA
`090
`OA2
`080
`oc3
`004
`occ
`oDc
`OFC
`OFF
`OFF
`OF9
`OF6
`OEE
`
`033
`027
`OOE
`01D
`O3A
`
`02B
`O16
`o2c
`OLs
`030
`021
`002
`005
`008
`017
`O2E
`O1LC
`038
`O3t
`023
`006
`ooD
`OER
`036
`020
`OLA
`034
`029
`O12
`024
`008
`O11L
`022
`004
`009
`OL3
`026
`ooc
`019
`032
`025
`OOA
`015
`O24
`014
`028
`010
`000
`001
`003
`007
`OOF
`O1F
`O3F
`O3E
`030
`038
`
`10
`00001001
`10 111001
`00010900
`10 000000
`‘00001000
`O00011L10
`0101 0000
`10 OO1LLOL
`0100 LELL
`001100 00
`L1 110110
`00010010
`90000101
`to 9000011
`00100100
`00011001
`00101011
`19 001000
`00011000
`OOLOLOLL
`10 OOLOLL
`OOOLLILO
`00101011
`10 900000
`00010011
`00101011
`10 000100
`0100 1111
`OOLLOO OL
`0100 OLOL
`O110 1ILL
`O110 1111
`oo0001lll
`00010010
`00000101
`10 000000
`OOLOOLOO
`ooorllil
`OOLOLOLL
`10 000100
`00010111
`OOLOLOLL
`10 000101
`OOOLILLO
`00101011
`10 OLOO1L
`OOOLOLLE
`OOLOLOLI
`LO 000000
`00000011
`OOLLIL DO
`00011010
`LL O1101L0
`10 011110
`o000d1 19D
`OoooOLIL
`0100 OLLI
`001110 00
`
`ODE
`OFD
`OFS.
`OF 1
`OE6
`OCE
`ODD
`OFB
`
`OE9
`ON6
`OED
`0D8
`OF2
`OED
`ocl
`oc5
`ocB
`on4
`OFC
`ODF
`OFA
`OFO
`OEL
`OCS
`ocd
`ooB
`OFS
`OEF
`ons
`OF5
`GEs8
`onl
`OE5
`ocs
`oD2
`OE3
`Oc?
`OCA
`003
`OE4
`OCF
`ODA
`OF3
`OET
`ocd
`oD5
`OEB
`OD7
`OEA
`000
`OE2
`oco
`OcC2
`103
`104
`Loc
`11C
`
`4,328,408
`
`037
`O02F
`OLE
`O3C
`039
`033
`027
`OOE
`OLD
`O3A
`035
`028
`016
`O2C
`O18
`030
`021
`002
`005
`008
`O1LT
`O2E
`OLC
`033
`O31
`023
`006
`ood
`O1B
`036
`0209
`OLA
`034
`029
`012
`024
`008
`O11
`022
`004
`009
`OL3
`026
`00C
`019
`032
`025
`OOA
`OLS
`O24
`O14
`028
`O10
`020
`900
`ool
`003
`007
`
`20
`
`25
`
`30
`
`40
`
`45
`
`30
`
`55
`
`60
`
`65
`
`16
`
`16
`
`

`

`OOF
`O1F
`O3F
`O3E
`03D
`038A
`Q37
`
`OLE
`03C
`.039
`033
`027
`OOE
`019
`Q3A
`035
`028
`O16
`02c
`018
`030
`021
`002
`005
`008
`O17
`O2E
`Oc
`038
`031
`023
`006
`005
`018
`036
`020
`OLA
`034
`029
`OL2
`024
`008
`oOLl
`022
`004
`009
`013
`026
`00c
`o1Lg
`032
`025
`DOA
`015
`O2A
`014
`028
`
`13C
`L3F
`
`139
`136
`12E
`LLE
`130
`138
`L3L
`126
`10E
`L1D
`138
`137
`129
`115
`12D
`1L8
`132
`120
`101
`105
`~ 108
`114
`l2c
`LLF
`13A
`130
`121
`105
`105
`118
`134
`L2F
`119
`135
`128
`lil
`L25
`L038
`Li2
`123
`107
`LOA
`113
`124
`10F
`LLA |
`133
`127
`109
`115
`128
`il?
`12A
`110
`122
`
`11
`
`10 111100
`OOLL1O LO
`Lo O101L1
`OO1LL1O LL
`10 101111
`001110 91
`id o1oill
`00010000
`10 900090
`0190 LOOL
`001110 00
`10 LOLI
`0110 1000
`0100 0010
`901110 OL
`10 100001
`001110 10
`to 000101
`OO1111 10
`0109 1910
`OoDLLLOO
`10 101010
`OO11L11 LL
`10 101100
`JOLLIIL OL
`LO LOLLOO
`9100 1001
`09100110
`10 O11010
`O11L 0000
`10 LOLLIIL
`NOLLOO 00
`OOO10111
`11 141010
`01900 0000
`00000011
`10 1OL111
`001110 10
`10 100190
`001100 10
`10 OLOLOL
`OOLLLIO O1
`10 000100
`001100 01
`10 O10101
`OOLLIO Lil
`10 LOLLIE
`001100 LL
`0100 O11
`OOL1IO OL
`10 010101
`0100 1011
`JOLLLO 10
`10 LOLLIIL
`0100 0000
`00101110
`OOLO1OL1
`0101 0010
`
`100
`102
`
`143
`144
`14C
`15C
`17¢
`LF
`17E
`179
`176
`16E
`15E
`17D
`178
`171
`166
`14E
`150
`L7A
`177
`169
`156
`16)
`158
`172
`160
`141
`145
`144
`154
`16°
`15F
`LTA
`170
`161
`
`14)
`158
`174
`16F
`159
`175
`168
`
`165
`148
`152
`163
`147
`14A
`153
`164
`14F
`15A
`173
`167
`
`12
`LO LOLOLO
`10 LOLILL
`
`0100 oO11
`OOLLIL 10
`00100001
`00101011
`OOL91011.
`OOLOLOLL
`OOLOLOLIL
`OOLLIL 00
`00000011
`00191100
`00101100
`00101100
`0101 0000
`10 000001
`00001111
`0109 1100
`OOLIIL OO
`00100001
`00101100
`90101100
`90191100
`00101100
`OOLLLA 1O
`00190000
`OOLOLOLL
`OO1OLOLL .
`0101 1111
`10 LOOLLL
`00001111
`OOLLAL 11
`00100001
`00101011
`00101011
`00101011.
`001111 90
`00000011
`00101100
`00101109
`0101 0000
`10 001011
`90001111
`9100 1010
`0110 0000
`0110 0000
`0110 0000
`ooo0000lL
`0100 1010
`001100 00
`JIIIOLLL
`10 OLOOLL
`10 100000
`001100 19
`oooo0olil
`10 110010
`10 100900
`
`4,328,408
`
`OLO
`020
`
`000
`001
`003
`O07
`OOF
`O1F
`O3F
`O3€
`030
`038
`037
`O2F
`OLE
`03C
`039
`033
`027
`OOE
`019
`O3A
`035
`028
`O16
`O20
`018
`030
`O2L
`002
`005
`008
`O17
`O2E
`o1c
`038
`O31
`023
`006
`oop
`018
`036
`029
`OLA
`034
`029
`012
`024
`008
`O11
`022
`004
`009
`013
`026
`ooc
`019
`
`20
`
`25
`
`35
`
`40
`
`45
`
`50
`
`35
`
`60
`
`65
`
`17
`
`17
`
`

`

`032
`025
`OOA
`015
`O24
`O14
`028
`O10
`020
`000
`ool
`003
`007
`OOF
`OLF
`03F
`O3E
`030
`033
`037
`02F
`OLE
`03C
`039
`033
`027
`DOE
`01D
`O3A
`035
`028
`016
`02C
`018
`030
`021
`002
`005
`OOR
`O17
`O2E
`O1C
`038
`031
`023
`006
`00D
`o1R
`036
`020
`OLA
`034
`029
`012
`024
`008
`011
`022
`
`149
`155
`168
`157
`164A
`150
`162
`140
`142
`183
`184
`18C
`19C
`182C
`1BF
`LBE
`1B9
`1B
`LAE
`LOE
`1B)
`188
`181
`1A6
`18E
`190
`188
`187
`1A3
`196
`LAD
`198
`1R2
`1A0
`181
`185
`188
`194
`LAT
`1L9F
`1BA
`189
`1Al
`LA6
`18D
`193
`1B4
`LAF
`199
`185
`LAB
`191
`1A5
`188
`192
`1LA3
`187
`18A
`
`13
`01100 OL
`OOODOLIL
`10 101910
`10° 100000
`00L100 11
`O01LOLOL1
`OO0COOL1L
`10 010001 .
`00001111
`0100 0001
`OO1LIL 10
`00101000
`OL11 1010
`10 010101
`0110 0900
`00101000
`001111 00
`0100 0011
`001110 10
`10 010110
`00011001
`11 000110
`00001110
`00101001.
`10 101011 —
`OLL1 O10!
`10 111010.
`10 101011
`0109 OLD1
`00001100
`OD0001L1
`OOL1LL 10
`OLOO 1001
`OLLL. L001
`10 010101
`0110. 0000
`00101000
`OLLL 1001
`10 010001
`0119 0000
`00101000
`0111 1010
`10 010001
`0101 LOLL
`10 LOOOO1
`0110. 0000
`9100 LLLL
`90101000
`10 O100L1
`OL00 O1LL
`00101000
`OLLI 0100
`10 010001
`OL10 1000
`0110 L111
`10 100010
`00000011
`OOODO1LLIL
`
`193
`LAG
`18F
`LOA
`183
`LAT
`189
`195
`LAB
`197
`LAA
`190
`1A2
`
`1c3
`104
`LCC
`10¢
`LFC
`1Fe
`1FE
`1F9
`LFS
`LEE
`1DE
`LFO
`LFS
`1Fl
`1E6
`1CE
`109
`1LFB
`LFT
`1E9
`106
`LED
`108
`LF2
`1E0
`icl
`1C5
`1CB
`1N4
`LEC
`LDF
`LFA
`1FO
`LEl
`1C5
`ic)
`L108
`LF4
`1lEF
`Ln9
`LFS
`1E8
`1DL
`LE5
`
`14
`ooo1l1OL
`10 000011
`0100 O111
`00101000
`OLLL 1001
`10 010001
`0119 9000
`0110 1000
`10 100010
`90000011
`oooollil
`00010000
`10 000000
`
`0100 OLI1
`OO1L1O 11
`10 111101
`OLLO GO00
`OOOLLOLO .
`11 110011
`00010000 ©
`10 900090
`0100 OOLL
`0110 0000
`001110 OL
`LO LILLLL
`0100 OLLL
`001110 10
`LO O1LLOL
`0110 0001
`00010001
`10 111001
`OL10 0001 ~
`0100 1011
`OOLLLO 10
`10 101110
`0100 1000
`00191000
`10 000100
`OLLL OLLO
`10 900100
`0100 O1L1
`0110 0101
`00010011
`10 000100
`0100 0000
`00100110
`10 OOLLOL
`0100 1990
`00101000
`10 000100
`0100 0100
`00100901
`O11 1000
`10 000100
`_OL1L OLOO
`10 010010
`10 000010
`
`4,328,408
`
`004
`009
`013
`026
`ooc
`019
`032
`025
`OGA
`OLS
`O2A
`O14
`028
`
`000
`001
`003
`00T
`OOF
`OLF
`03F
`O3E
`030
`038
`037
`O2F
`OLE
`03C
`039
`033
`027
`OOE
`OLD
`034
`035
`028
`016
`02C
`018
`030
`021
`002
`005
`008
`O17
`O2E
`OLC
`038
`031
`023
`006
`00D
`018
`036
`020
`OLA
`034
`029
`
`20
`
`25
`
`30
`
`35
`
`40
`
`45
`
`50
`
`60
`
`65
`
`18
`
`18
`
`

`

`012
`024
`008
`O11
`022
`004
`009
`013
`026
`ooc
`O19
`032
`025
`OOA
`015
`O2A
`014
`028
`010
`020
`000
`001
`003
`007
`OOF
`OLF
`O3F
`O3E
`03D
`03B
`037
`O2F
`OLE
`03C
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