FR2496448A1 - DEVICE FOR DETERMINING A PHYSIOLOGICAL PARAMETER OF A PATIENT - Google Patents

Abstract

A DEVICE INTENDED FOR DETERMINING THE HEART PARAMETERS OF A PATIENT INCLUDES IN PARTICULAR A DENSITOMETER PROCESSING CIRCUIT 24 CONNECTED TO AN EAR DENSITOMETER, AN ELECTROCARDIOGRAM PROCESSING CIRCUIT, CONNECTED TO ELECTROCARDIOGRAM PROCESSING CIRCUITS, A REAR ELECTROCARDIOGRAM CIRCUIT CONTROL 26, A VIDEO DISPLAY DEVICE 28 AND A PRINTER 30. THE DEVICE CALCULATES VARIOUS PARAMETERS BY THE JOINT USE OF THE ELECTROCARDIOGRAM AND DENSITOMETER SIGNALS. APPLICATION TO MEDICAL INSTRUMENTATION.

Description

The present invention relates generally to the devices

  electronic medical devices and more particularly it relates to devices for the control

  electronic cardiac activity.

  There are currently many systems for measuring cardiac activity parameters. A typical device is disclosed in U.S. Patent No. 3,815,583. This device uses photoelectricity to measure the heart rate of a patient. The device is attached to the patient's ear. A more advanced cardiac-eu photoelectric monitor is described in the patent

  U.S. 3,858,574. An oversight

  is described in U.S. Patent 3,920,004.

  patent describes a device for the measurement of

  blood flow and blood pressure.

  Systolic time intervals (STIs) are important parameters that are not measured in any of the aforementioned patents. Considerable work has been done

  on the use of ITS parameters for moni-

  twist for diagnostic purposes. The three parameters considered to be the most important are the pre-ejection phase (EPP), the left ventricular ejection time

  (TEVG) and the EPP / TEVG report. The EPP is the length of time

  re ventricular startciladépolarisation and the opening of the aortic valve. TEVG is the time during which the aortic valve is open. Chapter 6 of Progress In Cardiology, Vol. 1, entitled "The Systolic Time Interval as a Measure of Left Ventricular Performance in

  Man, "by Weissler, et al., Published by Lea and Febiger, Phi-

  Ladelphie, Pennsylvania, 1972, examines the determination and uses of the PPE, TEVG, and EPP / TEVG parameters in

  diagnosis of cardiac disorders. Weissler et al.

  recommend that ITS be graphically

  from electrocardiogram signals, phonocardiogram-

  me and arterial rhythm at the level of the carotid artery. The indicated process is of great medical importance but presents practical problems associated with the measurement process and

Calculation.

  In an attempt to solve the practical difficulties associated with the Weissler technique, the U.S.

  4,094,308 discloses an automated device for determining

  delete the PPE, TEVG and PPE / TEVG parameters using only the phonocardiogram input signal. Such a device is extremely complex because of the difficulties involved in achieving reliable signal processing.

acoustic input.

  The invention makes it possible to overcome the difficulties associated with the processing of the complex phonocardiogram, the

  that it does not use an acoustic input signal.

  The only input signals are the electrocardiographic signal.

  gram (ECG) and densitometer. Using these two input signals, the invention makes it possible to calculate the PPE, TEVG and PPE / TEVG parameters numerically and to display the results in both graphical and tabular form. By using an ear densitometer, the time errors associated with the placement of the carotid monitor sensor are considerably reduced.

  automation of the establishment functions of

  measurement, correlation of sensors and calculation of parameters, most operator

  are eliminated. The densitometer input signal is

  lysed accurately and conveniently by analogous differentiation

  digital correlation, with analysis of the signal and its derivative. The operator can easily select a graphical representation of the raw and processed data including both the atrial and the ventricular artificial stimulation data, if these data are

present.

  The invention will be better understood when reading

  the following description of an embodiment and in

  Referring to the accompanying drawings in which Figure 1 is a schematic representation

  of the device corresponding to the invention.

  FIG. 2 is a front view of the electronic module

  of the preferred embodiment of the invention.

  Figures 3a and 3b, arranged in the indi-

  shown in Figure 3, constitute a global synoptic

  the main components of the electronics module.

Picnic.

  Figure 4 is a diagram of the amplifier / dif-

Trustee 116.

  Figure 5 is an electrical diagram of the amplification

114.

  FIG. 6 is an electrical diagram of the circuit of

level control 134.

  Figure 7 is a circuit diagram of the control circuit

electrocardiogram 118.

  Fig. 8 is a circuit diagram of the control circuit

printer 140.

  Figure 9 shows the general format of the display menu, allowing the operator to observe the sensor input signals and make a selection in the menu.

  Figure 10 is a general flowchart of the micro-

main operating program.

  Figure It is a firmware flowchart

MAIN INTERRUPTION.

  Figure 12 is a detailed flowchart of the

MAIN gram.

  Figure 13 is a detailed flowchart of the

gram INTERRUPTIONECH.

  Figures 14a and 14b, arranged in the manner shown in Figure 14, are a detailed flowchart of the

MENU program.

  Figure 15 is a detailed flowchart of the

gramme WAITING INTRODUCTIO.

  FIGS. 16a-16c, arranged in the manner indicated in FIG. 16, constitute a flowchart

detailed SERVICEECG program.

  Figure 17 is a detailed flowchart of the

SERVICEDEN gram

  Figure 18 is a detailed flowchart of the

gram SERVICESTIM.

  Figures 19a and 19b, arranged in the manner shown in Figure 19, constitute a flowchart

of the SERVICEDETERM program.

  Figures 20a and 20b, arranged in the manner shown in Figure 20, constitute a detailed flowchart of the HALTEMENU program.

  Figure 21 is a detailed flowchart of the

AMPLITREKECG gram.

  Figure 22 is a detailed flowchart of the

DEPARTSAX gram.

  Figure 23 is a detailed flowchart of the

gramme MESUREECGDE T.

  Figure 24 is a detailed flowchart of the

STOPSAM gram.

  Figure 25 is a detailed flowchart of the

gram CALCULPARAME RE8S.

  Figure 26 is a detailed flowchart of the

gram EVALUATION.PARAURETRES.

  Figure 27 shows the format for the presentation

  tables of processed data.

  Figure 28 shows the format for the presentation

  as a table of raw data.

  Fig. 29 is a diagram of the sound generator 113. Fig. 30 is a diagram of the peak detector

stimulation 121.

  The preferred embodiment of the invention is described here in the context of a product of the Applicant

  called "device for determining the functional activity

  a patient, without penetration into the body "(still referred to as NIPPA) .This device uses a number of components that are available in the

  trade. Therefore, only a minimal description will be presented

  concerning these commercial components. The description

  ra basically on the elements and components of this device that do not exist in the trade and that are

  made expressly for the implementation of the invention.

  Figure 1 shows a schematic representation of the overall use of the NIPPA device. As can be seen, electrocardiogram leads are connected to the patient's right arm 10, at point 14, his left leg at point 18, his right leg at point 17 and his left arm at point 16. In addition, an ear densitometer is connected at point 12. Many works can be found on the market which describe the connection of the electrocardiogram sensors. U.S. Patent 3,815,583

  mentioned above describes the installation and use of

  of such an ear densitometer. The essence of the

  The description below deals with the electronic module.

  Schematically, the main components of the electronic module

  20 are the densitometer processing circuit 24, the electrocardiogram processing circuit 22, the sequencer circuit 26, the display device 28 and the printer 30. Each of these components will be considered in one order.

  slightly different, during the description. We see on

  FIG. 1 means for establishing the connections with the patient 10 and means for providing the interface

  with the operator via the display device

  ge 28 and the printer 30. It will be noted that no device

  entry point for the operator is obvious.

  However, as will be considered hereinafter, the display device 28 comprises means allowing the introduction

orders by the operator.

  FIG. 2 is a front view of the electronic module

  NIPPA, showing various characteristics of the

  c. The display device 28 is represented as the largest component on the front of the module. The cable 17 is the densitometer connection (see

  also Figure 1). The cable 19 is the electronic cable

  cardiogram (see also Figure 1). We use the

  tone 36 for the general reset of the device.

  Figures 3a and 3b are a block diagram of

  The universal processor 112 is of the Prolog brand, type 7801. It attacks a generator

  113 by a cable 111. The graphic display processor

  Chage 146 consists of four interconnected Matrox STD 256 devices. The alphanumeric display processor 148 is a Matrox STD 2480 device. The video mixer is described in the technical documentation of the firm.

  Matrox that comes with the graphics processor for display

  chage 146 and alphanumeric display processor 148.

  The output signal of the graphic display processor 146 is applied to the video mixer 150 by the cable 152. From

  similar way, the output signal of the alphanumeric processor

  The video display 150 is transferred to the video mixer 150 by the cable 154. The video mixer 150 then applies the combined video signal to the CRT 158 and to the printer 144 via the cable 156.

  cathode 158 is of the brand Ball Brothers, type TV90.

  The printer 144 is of the brand Axiom, type EX850. The cir-

  baked printer control 140 is connected to the printer.

  144 by the cable 142. The printer control circuit

  mantle 140 controls the manual buttons associated with the printer.

  144 mantle that allow paper advance, start,

  shutdown, interruption, etc. The control circuit of im-

  primante 140 thus constitutes the interface between the digital signals received from the input / output circuit 108

  cable 130, and the manual controls of the printer.

te 144.

  The STD 110 digital bus is the main

  digital signal distribution element in the

  20. The STD or standard digital bus corresponds to

  to a common protocol that is widely used throughout the computer industry. The various digital elements that are connected to the STD 110 digital bus are

  commercially available with the digital bus

  STD and they are simply connected as can be seen in Figures 3a and 3b. These devices include a universal synchronous / asynchronous transceiver (USART)

  104, a universal processor 112, a memory 106, a device

  input / output device 108, the graphic display processor

  chage 146, an analog-to-digital converter 132 and the alphanumeric display processor 148. The digital bus

  STD 110 allows mutual communication between all these

ments.

  The universal synchronous / asynchronous transmitter / receiver

  salt (USART) 104 is a dedicated input / output device that is used to define an interface between the RS-232C interface cable 102 and the STD digital bus 110, and it is a common element. The Intel component with the reference 8251A is characteristic of such a device. The input device for the operator, 100, is a touch input device from Carroll Manufacturing Co. This device consists of a matrix of photoelectric devices and light devices in a frame that is attached to the front of the cathode ray tube 158. The specialized logic of the input device for the operator,, detects an interruption of the transmission of the

  light inside this matrix and indicates the posi-

  interruption of the light beam to USART device 104 via cable 102. This interruption

  means that an operator has touched the cathode ray tube 158.

  The operator touches the tube under the effect of a request which

  addressed to him on the cathode-ray tube 158 and which

  It is in the form of pushbuttons which are drawn on the screen of cathode ray tube 158, as described below. The memory 106 contains a "read-only" part,

  or programmable and erasable read-only memory circuit,

  registering the programs necessary for the

  the NIPPA device. The "RAM" portion of the memory 106 is a Prolog memory, type 7701, which provides the temporary recording. The input / output device 108 is a Prolog device, type 7602 which provides eight input / output channels which are programmably addressable by the universal processor 112. The input / output channels of the input / output device 108 are connected from the

as shown.

  These channels apply control signals to the printer control circuit 140 via the

  cable 130, as explained above. Additional channels

  of the input / output device 108 carry the information

  control cable to the amplifier 114, through the cable 122, to the ax / amplifier / differentiator 116 by the cable 124, to the electrocardiogram control circuit 118 through the cable 126 and to the level control circuit 134 by the cable 128. z Densitometer input signals are received by

  the cable 17, as indicated above. Analogue information

  that brute is emitted to the amplifier 114 which amplifies the densitometer information, and to the amplifier /

  differentiator 116 which differentiates the information from densi-

  tometer and which applies the amplified derivative to the cable 119.

  The control cables 122 and 124 respectively make it possible to control the gain of the amplifier 114 and that of

  the amplifier / differentiator 116. The analogue information

  amplified, in the form of a density output signal.

  tometer, is applied to the analog / digital converter

  132 through the cable 117, the information of

  amplifier is applied to the analog converter /

digital 132 by the cable 119.

  The normal electrocardiogram input signal

  is received by the cable 119. The electronic processing circuit

  trocardiogram 120 consists of the electronic circuits

  of the Hewlett-Packard 1505A electrocardiograph system. The electrocardiogram control circuit 118 is

  a specialized element that applies information

  to the electrocardiogram processing circuit 120, under the effect of the control information received from the input / output device 108 by the cable 126. The electrocardiogram control circuit 118 can thus simulate signals operator input that the electrocardiogram processing circuit 120 would normally receive through

  manual switches. These operator input signals com-

  describe the mode of operation of the electrocardiogram processing circuit 120. They control the selection of the conductors, the initial gain and other associated input signals. The processed electrocardiogram analog data is output from the cable 136 to the level control circuit 134. The level control circuit 134 responds to the control information received from the input / output device 108 by the intermediate cable

  128 by controlling the level of electrocardiographic information

  gram that is emitted to the analog-to-digital converter

  138. Leads 19a, 19b, and 19c are also connected to the stimulus point detector 121 which locates the stimulation tips and the stimulators.

  signals to the universal processor 112 by the cable 123.

  The analog-digital converter 132 is a device of the firm Analog Devices type RTI-1225 which receives its control information via the digital bus STD

  , which provides its digital output signal through

  the STD 110 digital bus, and which receives its signals

  analog input as shown.

  Using the hardware elements described, the programs recorded in the "read only" portion of the memory 106, in association with the "RAM" portion of the memory 106 and the universal processor 112, respond to the input signals of operator and input signals to printer 144 and CRT 158. The analog data is received as the cable 17 and an electrocardiogram input signal by the cable 19. These signals are converted by the analog-digital converter 132

  and they are transferred into the memory 106 by the digital bus

  STD 110. It is considered that all the elements represented are conventional and readily available commercially.

  the exception of the amplifier 114, the amplifier / dif-

  tracer 116, of the electrocardiogram control circuit,

  118, the level control circuit 134, the sound generator 113, the stimulation point detector 121 and the printer control circuit 140. These elements are

  described below in more detail.

  FIG. 4 is a detailed circuit diagram of the amplifier / differentiator 116. As can be seen, the densitometer analog information is received by the cable 17, from a telephone jack which has a peak contact 200, a "ringing" contact 202 and a

  socket contact 204. The socket contact 204 is con-

  grounded as shown, and the tip contact 200 and the "ringing" contact 202 are used to provide an input voltage across the resistor 207 which has a value of the order of 12 k. 1A. The bias voltage is applied in the manner shown and is of the order of +5 V. As shown, this voltage is supplied via diodes 206 and 208 which reduce the supply voltage from of the light source and thus avoid discomfort for the patient. The raw analog voltage received that appears at

  terminals of the load resistor 207 is applied to the

  214 by the line 210. The capacitor 212 is

  the input and has a value of the order of 0.33 uF. The con-

  densifier 214, which has a value of 0.1 pF, transmits the signal which results from the voltage drop across the resistor 216 and which is of the order of 100 kiL. The input signal is applied to the operational amplifier 224 through resistor 218 which also has a value of 100 kSL. The positive input of the operational amplifier 224 is connected to the resistor 226 which has a

value of 51 kL.

  The reaction network shown comprises a resistor 220 of 1 MIL and a capacitor 222 of a value of 0.027 pF. The output of the operational amplifier 224 is connected to the operational amplifier 232 by a resistor 228 of 50 k.SL. The other input of the operational amplifier 232 is connected to a resistor 230 of

  47 k.SL. The reaction resistance 239 has a value of 1 MIL.

  The operational amplifier 224 and the operational amplifier

  232 are intended to provide the gain required by the other circuits, as well as to differentiate the input signal by means of the resistor / capacitor network which is

  represent. The gain control circuit 234 is a component

  current. The 3-bit digital input signal is

  applied by pins 4, 5 and 6 as shown.

  This three-bit input signal is used to control the gain communicated to the analog signal which is applied to the pin 15 by the capacitor 233 of a value of 4.7 P F. In this case, the analog signal is the derivative , produced by the amplifier, of the densitometer signal. The analog output signal of the gain control circuit 234 is transmitted through the pins 1, 2 and 16. The pins 2 and 3 are connected to ground as shown. The three-bit gain control signal that comes from the device

  input / output 108 is routed through the cable 124.

  The output signal of the control circuit of

  gain 234 is amplified by operational amplifier 240.

  The zener diode 238 limits the output signal of the gain control circuit 234. The feedback resistor 242 is

the order of 10 kXL.

  The variable resistor 244 allows attenuation

  manually during the initial setting of a

  tif particular. This is a maintenance type feature. The variable resistor 244 is also of the order of 10 kΩ. A 25 k resistor 254 transmits the signal to the operational amplifier 258. The positive input of the operational amplifier 258 is connected to the ground

  by a 256 resistance of 8 200 L. The polarization circuit

  for the operational amplifier 258 contains a

  resistance 248 which is of the order of 510 k-CQ. The potentiometer

  be 246 has a value of 50 kflet it is connected between

  voltage sources of +6 V and -6 V. The resistance of

  tion 250 has a value of 200 k & L and is connected

  series with a variable resistance 252 of 500 kAL. Here again

  re, the variable resistor 252 is intended to be used

  for adjustment and maintenance. The analog output signal

  logic of the amplifier / differentiator 116 is transmitted to the analog-to-digital converter 132 via the line 119,

as he is represented.

  Figure 5 is a detailed diagram of the amplification

  114. The input signal is received by the cable 210 as previously explained. The amplifier 114 has a

  function similar to that of the amplifier / differentiator

  with the exception that it applies the amplification

  tion and gain control to the densitometer signal itself.

  same, and not to the derivative of this sigr.al. The main elements

  The active components of the ampli fi er 114 are designed by the

  operational amplifiers 306, 312, 325 and 340. The cir-

  The gain control circuit 322 folds an electronically controlled coil to that of the gain control circuit 234. FIG. 4). The analog density signal is

  applied to the negative input of the processor amplifier.

  306 by a 1.0 pF 30GO capacitor and a resistor

302 of 130 kOa. The reaction to the part of the clamp of the operational amplifier 306 is carried out by means of a computer

  a resistance 304 of 2.7 MIL. The entry of the -

  operational fold 306 is connected to the ground p-ar

a 308 resistance of 120 kOL.

  The output of the operational amplifier 32C is connected to the negative input of the operational amplifier 312 by a resistor 310 of 51 ka. The resistor 314 of FIG.

  39 kCL connects to the ground the positive input of the amplifca-

  Operational amplifier 312. Operational amplifier 312 cc: -

  carries a reaction network comprising the resistor 316, which is of the order of 500 k.l_, and the capacitor 318 which

  is of the order of 2 nF. The output of the coaxial amplifier

  312 is connected to the gain control circuit 322

  through a resistor 320 of 10 k ...

  The zener diode 326 limits the output signal of the

  gain control circuit 322, as shown.

  The operational amplifier 328 receives the output signal

  of the gain control circuit 322 and the transme-

  operational indicator 340, through the

  tance 332 which has a value of 20 kf-1. Resistance 330, which establishes a feedback circuit, as shown, is 20 kSL. The positive input of the operational amplifier 340 is connected to a resistor 342 of a

  value of 18 k / t. The processor amplifier 340 is:

  Rated by a potentiometer 334 of a value of 50 k- through the resistor 335 of 10 kj.R. The offset set by the potentiometer 334 is intended to constitute a factory setting or maintenance. The fear reaction

  the operational amplifier 340 is effected by a resistor

  Fixed current 338, 200 klL, and a variable resistor 344

  500 klL. The frequency response of the amplifier

  Rational 340 is set by switches 348, 352, 356 and 360, as shown. Capacitors that are selectively switched on by the switches provide this variation. These capacitors bear the references 346, 350, 354 and 358. The output signal of the amplifier

  114 is transmitted on line 117 to the analogue converter

than digital 132.

  FIG. 6 is a circuit diagram of the level control circuit 134. The purpose of the level control circuit 134 is to enable selection of the gain of the electrocardiogram signal, via the cable 128, from the control device. input / output 108. This allows

  adjust the gain of the electrocardiogram signal by program.

  As shown in Figure 6, there are three separate and independent channels. The three channels are totally independent,

  except that the digital control input signal

  of gain is the same for each of the three channels. Similarly, the precise circuits of each of the channels are identical. For this reason, only the electrocardiogram channel 1 is shown. The level control circuit 442 of the electrocardiogram channel 2 is identi-

  that, like the level 444 control circuit of the

electrocardiogram channel 3.

  Analogue electrocardiogram data

  are received by the cable 136, from the processing circuit.

  Electrocardiogram 120. The electrocardiogram signal

  gram I is transmitted to the operational amplifier 404 by

  a resistor 400. The resistor 400 has a value of 100 kll.

  The positive input of the operational amplifier 404 is connected to a resistor 406 of 51 klL. Resistor 402 has a value of 100 kR and provides the reaction as shown. The filter 408 is a rejector filter at 50

  or 60 Hz, depending on the main power source.

  This filter is necessary because the electro-

  Diagram will be used by the universal processor 112, after conversion in digital form, instead of being used to attack a normal scrolling chart recorder

  which has the effect of attenuating the noise of the power supply

  tation. The resistor 410 has a value of 100 k.lL and it transmits the signal to the operational amplifier 414. The fixed resistor 412, with a value of 8 kfI, connects the positive input of the operational amplifier 414 to ground . The feedback network for the operational amplifier 414 comprises a resistor 416 of 220 k-DL and a capacitor 418 of 0.01 pF. The output of the operational amplifier 414 is connected to the gain control circuit 424 by a

resistance 420 of 10 kXL.

  The gain control circuit 424 is a device

  a commercially available type of analog gain control pulse, whose input corresponds to pin 15 and the output to pins 1, 2 and 3. The digital control input signal, which is a controlled signal, is applied by pins 4 and 5,

  as he is represented. The gain control signal pro-

  comes from the input / output device 108 via

  128. It should be noted that each of the three channels of elec-

  trocardiogram uses the same two-bit gain control signal. The output signal of the gain control circuit 424 is limited by a zener diode 426. The limited output signal is applied to the operational amplifier 428 as shown. The reaction resistance 430

has a value of 20 k.CQ.

  The output signal of the operational amplifier 428 is applied to the operational amplifier 436 by a resistor 432 of a value of 20 k.ft. The positive input of the operational amplifier 436 is connected to ground by a 434 resistance of 18 k..A. The feedback network for the operational amplifier 436 comprises a resistor 438 having a value of 82 klL, and an optional capacitor 440.

  As explained above, the communication circuit

  level 442 for the electrocardiogram channel 2 and

  the level control circuit 444 for the electronics channel

  cardiogram 3 have an identical structure. The output signal

  of the level 134 control circuit is transmitted to the

  analog to digital converter 132 by the cable 138.

  Figure 7 is a diagram that shows the structure

  and the operation of the electrocontrol circuit

  Diagram 118. As explained above, the electrocardiogram processing circuit 120 is constituted

  by the Hewlett-Packard device type 1505A which is a dis-

  Positive provided for manual control. To be able to control it by the universal processor 112, the electrocardiogram control circuit 118 is used.

  actual control commands received by the electrical control circuit.

  trocardiogram 118 come from the input / output device

  108 through cable 126. One of the functions of

  The electrocardiogram control circuit 118 is capable of converting these signals into signals that simulate manual actions. The AUTOINSTO signal is a signal that gives

  zero the digital circuit of the electrical processing circuit

  trocardiogram 120 during a change of conductors and other types of configuration changes. The signal comes from the input / output device 108 through the cable 126 and is inverted by the inverter 450 before being applied to the AUTO-INSTO input of the electrocardiogram processing circuit 120. The input signal test by

  push-button applied to the electronic processing circuit

  The cardiogram is transmitted by relay 454. We use a

  relay to absorb a current with the necessary intensity

  re. The relay 454 coil is attacked by a multivibrator

  controllable actuator 452, having a period of one second.

  This controlled astable multivibrator provides an alter-

  born of a half-second that simulates manual support on the push button calibration giving 1 mV. The 456 decoder

  is a type 1 out of 8 decoder which decodes a signal of

  three-bit clock from the input / output device 108, to control the sensitivity levels x0, 5, x1 and x2. These sensitivity controls correspond to the buttons

  manuals that are normally operated by the operator.

  Similarly, the decoder 458 is a decoder

  one of 8 types of decoder which decodes a 3-bit input signal from the input / output device 108 to provide signals for lead change and calibration. Note that the output signals are as follows: STATUS 1-2-3, STATUS AVR-AVL-AVF, STATUS V1-V2-V3, STATE V4-V5-V6, SPECIAL STATE and SELF-CALIBRATION STATUS. These signals correspond to the options of driver selection

  which would normally be done manually by the

  tor. The last function requested from the electrocardiogram control circuit 118 is to feed the electrocardiogram processing circuit 120. This is because

  in its normal configuration, the Hewlett-

  Packard type 1505A-has its own power supply. The regular

  Feeder 460 is of a common type and fills

this function.

  Fig. 8 shows a diagram of the printer control circuit 140. Like the electrocardiogram processing circuit 120, the printer 144 is intended for manual use. It therefore contains commands

  which would normally be operated by an opera-

  tor. So that these commands can be operated by

  the universal processor 112 via the device

  input / output 108 and the cable 130, the communication circuit

  The printer control 140 simulates the manual input signals.

  In this case, the problem is to absorb enough current for the manual control input signals. The four input signals that are needed are represented. These are: the resolution, the inversion of the image (allowing printing in black on white and in white on black),

  the advance of the paper and the printing order that makes

  start the operation of the printer. Each of these signals is provided by a relay that connects the input considered to ground. The relays used are relay 470, relay 472, relay 474 and relay 476. The coils are driven by successive conductors of cable 130 which are connected to input / output device 108. FIG. 29 is a diagram of FIG. sound generator 113. The sound generator 113 has the function of producing a sound which indicates to the operator that a signal introduced by the latter has been received. As can be seen in FIG. 3, the sound generator 113 is controlled directly by the universal processor 112, via a separate line 111. Turning to FIG.

  monostable multivibrator 170, of a period of one half

  second, provides a pulse of half a second on its output Q under the effect of an input pulse from the universal processor 112 by the line 111. The one-second half-second multivibrator, 170, is constituted typically by the component 74C221, associated with a resistor 172 and a capacitor 174 having a constant of

half a second.

  The controllable astable multivibrator 180 is

  Characteristically killed by an RCA circuit 4047. It operates at a frequency of 2.2 kHz which is determined by the capacitor 176 and the resistor 178. The inverted output is connected to the transistor 184 by a resistor 182 of 10 kAQ. The transistor 184 is a 2N3700 and its collector

  connected to an audiofrequency generator 186, from the

  than Panasonic Piezoceramic. Resistance 188 has a value of 1 k.L. It connects the generator 186 to the power supply

providing a positive voltage.

  Fig. 30 is a diagram of the stimulation peak detector 121. Although it is possible to locate the stimulation peaks with the universal processor 112, under the control of the software, the use of hardware

  specialized technology significantly improves efficiency.

  The stimulation peak detector 121 receives the electrocardiogram signals through the lines 19a, 19b and 19c of the cable 19, as shown. Returning to

  Figure 1 shows that these signals correspond respectively to

  in the right arm, left leg and right leg.

  These points are considered to give the most

  reliable for stimulation artifacts.

  A 180297 pulse generator 260 receives the electrocardiogram signals through through capacitors 280. The capacitor 278 has a value of 3.9 nF. Capacitors 274, 276, 282, 284, 286, 288 and 292 have values of 680, 100, 15, 2200, 100, 6800 and 22 nF, respectively. Resistors 290 and 294 have respective values of 10 kSL and 240 k-L. These components

  define pulse shaping parameters con-

  according to the instructions of the manufacturer.

  The operational amplifier 262 rectifies the received input signal. Resistor 261 has a value of 47 klL. The field effect device 264 is a 2N5669 that applies a

  threshold to the signal. The diode 263 provides the connection to ground.

  Transistor 266 is a Hewlett-Packard 1351 transistor whose coupling is provided by a photoelectric link, as shown. The digital output signal is extended by the monostable multivibrator 268 which is a 4098. The

  time constant is fixed at about 5 ms by the condensa-

  271 of a value of 0.22 μF and the resistor 269 of a value of 82 k.CL. Resistor 275 has a value of 4.7 k-fL and applies the 5 ms pulse to transistor 270.

  The output signal of transistor 270, type 2N3700, is used

  it is used to interrupt the universal processor 112 via line 123 (see also FIGS. 3a, 3b). Resistance

273 has a value of 47 kZL.

  Returning to FIG. 3, it can be seen that the hardware just described is integrated in the electronic module 20. It will be noted that the control of the complete device is always carried out via the universal processor 112 which provides control signals at a time

  via the STD 110 digital bus and the various access ports of the

  positive input / output 108. The introduction of information by the operator is carried out entirely by the device

  input for the operator, 100, which is the communication device

  touch control that has been described.

  The control technique used emerges more clearly from the examination of Figure 9. Figure 9 shows the general format of the menus that are used for the order

  by the operator. Note that the menu description 520 and

  the "pushbuttons" 526, 522 and 524 are drawn on the screen of the display device 28. The device receives

  actual operator order through communication with the

  touch input device, in the manner described

  above. The menu description 520 contains the questions

  or the basic description of the operator options. The

  Table A in the appendix shows the purpose of each of the ten menus and the inscriptions that would be displayed on each of the ten buttons SELECTION 1 to SELECTION 10. The examination of Figure 9

  shows that one can use all ten desired buttons

  526 or only a part of them. The two buttons located at the right end in FIG. 9 are the button 522 and the button 524. These are device level commands that are constant for each menu. Button 522 corresponds to the UNLOCKED TRACES function and button 524 corresponds to

the INTERRUPTION function.

  The upper half of the display device 28 shown in Figure 9 shows the analog information that is received and converted into digital form. Three electrocardiogram signals are seen which are the signal 500, the signal 502 and the signal 504. The densitometer signal

  506 and the derivative of the densitometer signal 508 are also

  presented. The legends relating to these analog signals

  Logic can be found in the left margin of the screen of the

  28. The designations of the electro-

  Diograms, ie ECG II 510, ECG III 512 and ECG I 514, are changed according to the conductors that are

  selected. The legends used for the signal den-

  sitometer, that is to say DENS 516, and for the derivative of

  densitometer signal, that is to say DERIV 518, are con-

  aunts. The general format of the display device screen

  The tab 28 shown in FIG. 9 is representative of most of the menus that are used in the NIPPA device. The output formats that will be described hereinafter

  details are exceptions to this general format.

  ral. Figure 10 is a very high level flowchart of the main treatment program. After power up or general reset, operation starts at the "start" step, 600. The various variables are initialized at step 602 and a mode is selected at

  step 604. The small loop represented at the level of the

  pe 604 is intended to ensure the selection of a mode. Once the selection is made, the treatment program

  is executed at step 606 and, when it is complete,

  When the command is received, the command returns to the mode selection step 604 to select another mode. Note that this is the general form for the main calculations performed by

the NIPPA device.

  Figure 1I, on the other hand, shows how

  interrupt processing. The interrupting step 608 corresponds to the interruption of level 7.5 of the universal processor 112. The program proceeds to this step every 4 ms under the effect of an internally generated INTERRUPT signal. Step 610 increments a timer that ensures

  the clock function for other programs.

  tif NIPPA. The basic interrupt rate of 4 ms establishes the overall time limits for the device. Step 612 determines whether an analog-to-digital conversion is necessary. It should be noted that this decision is taken every 4 ms because this part of the program is executed at each interruption. If an analogue-to-digital conversion is necessary, the introduction of the necessary information

  is done at step 614. The input multiplexer that

  that the analog-to-digital converter 132 is incremented in step 616 and step 618 determines whether all the input signals have been received. The existence of the input multiplexer of the digital analog converter 132 allows the passage

  between the ECG signals I - ECG II - ECG III - densitomere -

  it is derived from the densitometer. Five signals are introduced at each interruption of a period of 4 ms. Once it has been determined in step 618 that four sets of data

  have been received, the analogue information presented on the

  positive display 28 is updated in step 620 (see

also Figure 9).

  If step 612 determines that no analog conversion

  digital logic is necessary, the treatment of

  first step is performed in step 622 and an additional buffer ordering is performed in step 624. Step 626 determines whether a command processing

  operator is necessary or not. Returning to the figures

  3a and 3b, it can be seen that all operator commands are received from the USART device 104 and are placed on the STD digital bus 110. The USART device 104 receives serial operator commands in RS format -232C, from the input device for the operator, 100. By consulting the information provided by the firm Caroll Manufacturing Co. about the touch input device, it is determined that a given order is transmitted

  in the form of four separate bytes on the cable 102.

  Whenever the USART 104 device receives a multiplet,

  step 626 of Figure 11 determines that an order of operation

  tor, that is to say a multiplet of an operator command, is available, and the input operation is performed at step 628. The evaluation of these orders is carried out in the main program, as shown in Fig. 10. The two buttons on the right side of the display screen 28, in Fig. 9, which correspond to general level orders, are exceptions to this. Once the interrupt processing is complete,

  as shown in Figure 11, the exit is carried out at

eg 630

  After having described the overall structure

  NIPPA, we will now move on to an explanation

  detailed structure of the individual programs.

  The NIPPA firmware is divided into ten modules,

  as shown in Table B in the appendix. Each module

  takes a number of separate individual programs.

  Many of these programs perform functions

  easements of service are very simple and therefore will not be described in great detail.However, a number of programs are relatively complex and important for the operation of the NIPPA device, which means that

describe them in detail.

  Figure 12 shows a flowchart for the

  MAIN program 632. The MAIN 632 program is

  in the MAIN module, as shown in Table B. At the time of transition to MAIN PROGRAM 632,

  the various variables are initialized to element 634.

  A procedure call is made to element 636 and this call is directed to the EFFACESTT procedure, which clears the display. A procedure call is made to element 638 and is directed to the DEULXCARRES procedure that traces

  the two buttons on the right. As explained previously

  These buttons have a special importance because they correspond to orders at the general level of the device.

  which are constant for all menus. A procedure call

  is done in 640 to the procedure BOUTONSDREROITE

  by which the two buttons on the right receive a

  By returning to Figure 9, we recall that these two buttons are the button 522, which bears the legend DEBLOCAGE

  TRACES, and the button 524 which carries the INTERRUPT-

  TION. A procedural appeal is made again to the

  642, to call the DOUZECARRES procedure which traces

  the remaining buttons. The METU procedure is called for

  64 which effectively transfers the control of the program

  me in the program = EiZU. The output element 646 is shown in pecking because the control is

  transferred to the MENU procedure and that it should not be

  turn to the MAIN program 632 for the output function

tie.

  Figure 13 is a detailed flowchart of the

  INTERRUPTIONECH 648. This program is also

  in the MAIN module. INTERRUPTIONECH 648 is the main interrupt routine shown in Figure 11. However, Figure 13 shows the program in more detail. Element 650 increments the timer counter of the printer. This counter kept on

  time in 4 ms increments, because it is incremented

  at each interruption and interruptions

  produce with an interval of 4 ms. Element 652

  check a variable to determine if the presentation

  te on the cathode ray tube is or is not in the locked form

  or frozen. If not, element 654 accepts the information

  input from the analog-to-digital converter

  and the element 656 increments the multiplexer to the next input signal among the five possible input signals. Element 658 determines whether all five input signals have been converted and once all five have been converted, the element

  659 determines whether it is the fourth INTERRUPTIONECH.

  If so, he calls the MISEAJOUR procedure which

  updates the analogical information presented on the

  positive display 28. The MISEAJOUR procedure calculates an average of four successive samples for each trace, so that the display device 28

is updated every 16 ms.

  In the case where the element 652 determines that the presentation made on the cathode ray tube is fixed, this

  means that the treatment is now being executed.

  transfer or transfer to the printer of the information

  displayed on the display screen is in progress. The the-

  664 determines whether or not a transfer is in progress.

  If not, element 673 simply cleans the

  If a transfer is in progress, element 666 determines whether the output of the data is complete or not. If the output is complete, item 670 completes the output transfer. If element 666 determines that the transfer of

  data is not complete, element 668 continues the output.

  Once the determination of the output to the printer has been made, the element 674 determines whether the

  Buffer cleaning was done. In the case

  Firmative, element 676 calls the ADVANCE procedure that advances the paper. This is followed by a call from the

  the MENU procedure, by element 678. It should be noted that the

  further processing after element 78 is indicated by a dashed line. This is because the element 678 calls the MENU program and effectively transfers the command to the MENU program and it is not expected that an output of the INTERRUPTIO0TECG program will occur in the normal manner. The procedural appeal to the procedure

  MEU to element 678 means that a transaction has been completed

  and that a new operator order is required. If the element 674 determines that the cleaning of the buffer has not been completed, the element 68 determines whether or not an operator order byte is present in the buffer.

  USART 104. If a multiplet is found at this location

  placement, element 682 calls the IECUiJP-SART procedure,

  which introduces the multiplet. The exit takes place at

662.

  Figures 14a and 14b show a flowchart

  detailed for the program MEM J 684. This -progrse is in the module MEUTRUIJT, as shown in Table B. The procedure MENIU 684 is the program that controls the MAIN MENU, as shown in the first item of Table A. note on Table A that this is indicated by the SELECTION OF THE DESIRED PROCEDURE. The ten variable selection buttons allow the most level

  high selection for operator orders. In return-

  In figures 14a and 14b, it can be seen that these figures contain the logical elements necessary for the processing of this menu. Element 686 determines whether a change in

* menu must be done. If the answer is yes, the procedure

  hard ERASE is called at item 688 to clear the display. Element 690 calls the DEUXCARRES procedure which draws the two right-hand buttons. Element 692 calls the IDOUZECARRES procedure that traces the remaining 10 buttons, and the COMMANDSBUTTON procedure is called at element 694,

  to write the legend of the two right buttons.

  Element 696 calls the ERASE procedure which

  clears the menu description 520 from the display. The element

  698 writes the legend of the remaining ten buttons, i.e., the ten variable buttons 526, as indicated in the first entry of Table A. Item 700 calls the WAITTEINTRODUCTION procedure. This procedure retains the command of the universal processor 112 until

  complete order is received. This order is naturally introduced

  the program INTERRUPTIONECH 648 (see also

Figure 13).

  When an order has been received and validated, the

  command returns to element 702 for coding. As can be seen, the ten variable selection buttons are

  all defined on the menu. Therefore, a cor-

  respond to each of these ten buttons, as it is

  sented. For example, the element 704 corresponds to the button 1, the element 708 corresponds to the button 2, and so on

  for all ten buttons. Referring to the first

  first heading of Table A, we see that the button for

  lection 1 is defined as the ECG SETUP button. Returning to FIGS. 14a and 14b, we note that the element 706 calls the SERVICEECG procedure under the action

  button 1, and the order is transferred to this procedure.

  which in turn presents the ECG MENU. In a similar way

  button pressing 2 is called by

  element 710 the SERVICEDER procedure. Examining again

  table A, we see that the selection button 2

  is defined as the SET EAR EARS button.

  Button 3 causes item 714 to call the procedure

  SERVICESTIM that processes the pacing function menu.

  Pressing button 4 causes SERVICEDETERM to be called by item 718. This is

  the main processing menu and the associated programming

  performing the associated mathematical operations

to a cycle of determination.

  Pressing the bumpon 5 causes an ap-

  pel to the ONINSTO procedure by element 722, which

  It causes the signal AUTOINSTO for the electrocardiogram processing circuit 120. The element 724 produces a delay which is followed by a call to the OFFINSTO procedure by the element 726, which erases the AUTOINSTO signal. The purpose of pressing the button 5 is therefore to allow a special selection of configuration of conductors in the circuit

  electrocardiogram 120, and it is possible to use

  this selection for maintenance purposes or for

any other manual intervention.

  Pressing the button 6 causes a call to the SERVICESORTTIE procedure by the element 730. This causes the printer 144 to print the information on the display device 28. The press on the button 7 has element 734 call the procedure

  SERVICEFAC which allows to call an optional menu. The ap-

  button 8 is a request from

  the operator to print the contents of the screen of the

  This is achieved by a call to the procedure of RRAGEIMPRESSION by the element 738. The button 9 causes a call to the SERVICEDOIDES procedure by the element 742. This causes the output of a standard buffer module to the display device. Pressing the button 10 is a request made by the operator to advance the paper into the printer 144. This is done

  by appealing to the ADVANCE procedure by element 746,

  vi by a delay produced by the element 748, followed by a second call to the ADVANCE procedure, by the element 750. The first call to the ADVANCE procedure simulates the pressing of the paper advance button, the element 748 produces a delay which is equivalent to that which would exist in the case of the manual maneuver and the second call to the ADVANCE procedure simulates the loosening of the paper advance button. It will be noted in Figures 14a and 14b that there is no normal access to the MENU procedure 684. When a button is pressed, another menu is called, an operation is performed, and the program returns to element 700 to wait for a new order. The MENU 684 procedure

  order until the end of this

  by pressing one of the two right buttons, resulting in a corresponding change in the INTERRUPT PROCESSING program. The termination of the MENU procedure may also result from an abnormal output from one of the secondary menu processing subprograms. Figure 15 is a diagram of the procedure

  WAITTOINTRODUCTION 752. It should be noted that this is a sub-

  very simple program. It controls the input buffer module prepared by the INTERRUPTIONECH procedure 648 at element682 (see also Figure 13). Returning to Figure 15, we see that the buffer module is controlled at the element

  754. An introduction requires the presence of the four

  tiplets. The command remains at element 754 until all four bytes are present. The actual introduction is accomplished in the INTERRUPTION subroutine which explores the output of the USART 104 device all

  the 4 ms, as explained above. After receipt

  For all four bytes, element 756 determines whether the order is valid or not. This determination is made on the basis of the number of buttons defined for a

  special menu. In the general menu, in which the

  seems ten variable buttons are defined, any of the ten introductions is valid. However, as

  it can be seen in Table A, other menus defined

  feel a smaller number of buttons and the validity of the menu

  considered requires that the button on which you press cor-

  respects the button set for this menu. Once the

  756 has determined that the introduction is valid,

  element 758 and the command returns to the

calling program.

  Figures 16a - 16c show the SERVICEECG procedure 760 which is called by pressing the SELECTION button 1, for the MAIN MENU. Examination of Table A shows that the ECG MENU corresponds to item No. 2. Item No. 2 describes the purpose of the menu and indicates the legend.

  for each of the selection buttons. By returning to the

  16a - 16c, we can see that element 762 calls the

  ERASE procedure that deletes the description of the ten buttons

  The element 764 writes the legends associated with the electrocardiogram setup menu, which can be seen in item 2 of Table A. Referring to Figures 16a-16c, one can see

  element 766 expects an order by the appeal of the

  hard WAIT INTRODUCTION. As with the MAIN MENU, the

  ten buttons are all set for the SERVICEECG MENU.

  Therefore, an action is associated with the support on one

  any of the ten buttons. Button I causes the se-

  selection of ECG conductor configuration I, II, III.

  This is done by a call to the ONINSTO procedure by

  element 770, which invalidates the amplifi-

  Electrocardiogram input indicator 120 to avoid

  a change in conductors does not saturate the amplifier.

  Element 772 calls the SETUP procedure and issues the code

  of selection to the electrocardiogram control circuit

  118, through the input / output device 108. The OFFINSTO procedure is called to resume the electrocardiogram treatment. The ROTATION procedure is

  referred to in element 774 which records that the data

  The paths on the physical input cable correspond to the selected conductor configuration. The 776 element

  simply establishes the legends of the analog traces.

  An examination of Figure 9 shows that the legends are

  referenced 510, 512 and 514.

  Pressing button 2 requests the AVR-AVL-AVF setup. This is accomplished by a call to the ONINSTO procedure by item 780, a call to the SETUP procedure by item 782, a call to the OFFINSTO procedure, a

  call to the ROTATION procedure by element 784, and the writing

  again correct captions on the device

display 28, to the element 786.

  Pressing the SELECT 3 button causes a

  similar selection of VI-driver configuration

  V2-V3. Similarly, pressing button 4 causes

  the selection of V4-V5-V6 conductors and the support on the

  5 tones allows the selection of the special configuration of conductors. Note that these configuration procedures

  are all very similar and are accomplished in a

very similar.

  Pressing the 6 button causes an erasure

  of the digital part of the electronics processing circuit

  cardiogram 120. This is accomplished by a call for

  ONINSTO cedure to element 826, a delay to element 828

  and a call to the OFFINSTO procedure at element 830. The

  button 7 allows the operator to rotate

  the electrocardiogram traces that are analogous

  displayed on the screen of the display device 28. This

  cilite comparison of these traces with similar traces

  from the densitometer input. This rotation

  This is accomplished by keeping in memory the present position in a variable called ROTATION I. Element 834 decides whether or not this variable is equal to 1. If it is, configuration 2 is called at element 836 and the legends presented on the display device 28 are changed by the element 838 which calls the procedure ROTATIONTEXT. In the case where the element 834 finds that the variable ROTATION I is not equal to 1, the element 840 determines whether the variable ROTATION I is equal to 2. If it is, the element 842 goes to the configuration 3 and 844 calls the ROTATETEXT procedure to change the captions. Otherwise, element 846

select configuration 1.

  Buttons 8 and 9 are used to increase and decrease the gain of the electrocardiogram channels. support

  button 8 requests an increase in the gain of the elec-

  trocardiogramme. Element 852 determines whether the maximum gain has been reached. If so, item 858 indicates to

  the operator that the gain is currently at the maximum.

  If the gain is not maximized, the element 854 increments the gain value and the element 856 calls the procedure CHANGEGAIff to emit the gain change. As explained previously, in connection with FIGS. 1a and 3b, the gain change is transmitted from the input / output device 108 to the level control circuit 134, via the cable 128, in the form of a two-bit quantity, and to the electrocardiogram control circuit

  118, as an additional two-bit quantity.

  The level control circuit 134 uses this quantity

  two bits to control the gain of each of the three

  electrocardiograms. Pressing the 9 button produces

  similarly, a reduction in the gain of electro-

  diogramme. Element 862 determines if the minimum gain has been reached. If so, the operator is notified by a signal to the element 868. If the minimum gain has not been reached, the element 864 decrements the gain and the element 866 calls the procedure CHANGE1ENTTGAIN to transmit the gain. gain change to the level control circuit 134 and

  the electrocardiogram control circuit 118.

  We use the button 10 to bring back the order

  program after the electrocardiogram settings have been

  were made to me. Element 872 determines whether a determination cycle is in progress or not. If the cycle is not running, the command is transferred to the METU procedure

  876, which corresponds to a transfer of

  normal demand. If the determination cycle is in progress, the command is transferred by element 874 to the procedure

  HALTEMENU, which corresponds to a termination of an existing cycle

  both and facilitates the preparation of the menu. As we can

  see Figures 16a-16c, there is no normal output

  male from the SERVIC0ECG760 procedure. The command is either held by this procedure or returned by

  procedure calls to MENU or HALTEMENU.

  FIG. 17 is a flowchart relating to the SERVICEDEN 878 procedure. This procedure is in the ECGDET module, as shown in Table B. It is seen in Table A that this procedure is called by pressing the SELECT 2 button when we are in the MAIN MENU. The purpose of this procedure is to perform the settings related to the densitometer sensor in a

  similar to that used for the electrocardiogram.

  Element 880 calls the CLEAR procedure that clears the ten selection buttons. Element 882 writes captions on the first five selection buttons that this menu requires (see also Table A). Element 884 calls the WAITTEINTRODUCTION procedure that waits for a valid command. In this case, the valid order corresponds to a press on one of the first five buttons, that is to say the buttons SELECTION I to SELECTION 5. Pressing the button 1 requires an increase in the gain of the channel analogue of

  densitometer. The element 888indicatesilegainmaximaldu densito-

  meter has been reached. If not, the gain of this channel is incremented by the REGLAGEDEN procedure which is called

  890. Similarly, the support on the

  tone 2 causes a decrease in the gain of the analog densitometer channel. Element 894 determines whether the minimum gain has been reached. If not, 1 element 896 calls the

  REGLAGEDEN procedure which decrements the gain of the channel.

  The gain of the derivative of the densitometer signal is increased under the effect of the selection n 3, as shown. In a similar way, the gain of the derivative channel is decreased by the selection n 4. The selection

  n 5 allows the termination of the cycle and the support on the

  Election No. 5 causes element 912 to determine whether

  a cycle is in progress. If not, the normal order

  male is transferred to the MENU procedure by a call from element 914. However, if a cycle is in progress, element 916 calls the HALTEMENU procedure, which performs

  the call for the abnormal exit of the procedure.

  Figure 18 shows that the SERVICESTIM 918 procedure is not yet written. The PASECRITE procedure is

  called by the element 920 which indicates this fact to the opera-

  tor. Most of the treatment done by the

  NIPPA device takes place under the effect of a call for

  lasts to the SERVICEDETERM 924 procedure.

  table A, we can see that this procedure

  is called by selection n 4 from the MAIN MENU.

  Examination of Table B shows that this procedure is

in the module MENRUN.

  Considering Figures 19a and 19b, we see

  that element 926 determines whether a cycle is in progress at least

  considered. If the answer is yes, element 928 calls the RESTART procedure. As shown in Figures 19a-19b, this procedure is not available at this time. Element 930 calls the ERASE procedure which clears the ten-button selection. Element 932 writes the new captions on the buttons and provides

  also the description of the menu. Examination of Table A

  shows that heading 5 is produced at this time. We

  note that the menu description is SELECTIOEMRIE NOBRE

  D'INTERVALLES RR DESIRES. The buttons are respectively

  Legends 2, 5, 10, 20, 50, 100, 180 and 240. Note that only eight buttons are required. The command is then transferred by the element 954 to the procedure WAITTEINTRODUCTIONI waiting for the selection of the operator. Following the selection of the operator, element 936 calls the ERASE procedure which clears the

  ten selection buttons and any description. The element

  938 writes the new menu description and news

  captions on the buttons. We can see on table A

  Section 6 corresponds to this new menu. The

  The description of the menu changes to SELECTIOIQERIE CAI,! - ALPOUR DETECTION OF WAVE P, and the selection buttons 1, 2 and 3 are respectively assigned to the upper channel, the second channel and the composite value. The remaining seven buttons are not used. The order is then transferred again

  to the WAITTEINTRODUCTION procedure by element 940.

  Once the operator has made a selection

  validates desired options, 942 clears the

  selection tones and the menu description and the item

  944 writes the new menu description, and the

  Selection 1 is indicated in item 7 of Table A. Note that this menu simply allows the start of the determination cycle. The order is transferred to the procedure

  WAIT INTRODUCED by element 946 and the order of start

rabies is expected.

  Following the start command, element 948 calls the ERASE procedure again, which clears the

  and the menu description. Element 950 writes the following menu

  which is represented by item 8 of Table A.

  menu description becomesSEQUENUEENCOURS NUMBER OF INTER-

  VALLS DETECTES = -. This allows the program to update the number of intervals detected, as it progresses. The single selection button,

  that is, the selection button 1, which is used by

  puts the operator to stop the cycle.

  Element 952 calls the AMPLITREFECG procedure.

  The purpose of this procedure is to establish a range of

  for the electrocardiogram signal. Element 954 writes the number of cycles in the blank that is set

  in the menu description. Element 956 performs a

  Exploring the buffer module and element 958 calls the procedure SAISIEDONNEES. This procedure moves

  synchronize the analog data on the device of af-

  plate 28, during their exploration. Element 960 determines

  mine if analog data needs to be printed or

  no. If so, element 962 starts the

  144 by calling the IMPR procedure.

  Element 964 calls the AMPLITREFECG procedure again and element 966 calls the INITDETECTONDE procedure. This procedure initializes the search parameters for R-wave detection. The CALIBRATION procedure corresponds to a call made by element 968 which

  establishes a pulse rate window. A delay is

continuation defined by element 970.

  Element 972 calls the ERASE procedure which

  face the stop button. Element 974 presents the state to the operator. Element 976 calls the DEPARTSAM procedure

  which starts the treatment of the electrocardiogram signal.

  The MESUREECGDEN procedure is called by element 978 which

  establishes a correlation between the input signals of

  trocardiogram and densitometer.

  The main calculations are made by the

  CALCULPARAMETERS procedure which is called by element 980

  The calculated data is then evaluated by the procedure

  re EVALUATIONPARAMETRES which is called by element 982 Because this means that the calculations are

  completed, a new menu is prepared. The 984z element calls

  the ERASE procedure which clears the buttons in the

  menu entry and item 986 tells the operator that

  the sequence has been completed. Item 9 of Table A

  the menu that is produced. We see that the description of

  menu isSEQUENCAE AEE SELECT THE DISPLAY PROGRAM.

  Only three selection buttons are needed, giving the operator the choice between displaying data in tabular form, graphical data or raw data. Element 990 calls the WAITTEINTRODUCTION procedure and waits for the operator to select the output option. The elements 992, 996 and 1000 decode the output format selection that is made by the operator. If the operator has chosen the

  selection 1, the data are presented in the form of

  ble. Element 994 calls the procedure AFFICHAGETABLEAU.

  Figure 27 shows the data presented in the form of

  board. This format is considered below in a more detailed way.

  cut. Returning to FIGS. 19a-19b, it can be seen that selection 2 ensures the graphic presentation of the cycle data. The graphic presentation is created by the element

  998 which calls the GRAPHICAL DISPLAY procedure. The third

  The second selection corresponds to a presentation of raw data that is performed by the element 1002, with a call to the procedure AFFICHAGEDONNEESBRUTES. The exit is carried out

by the element 1004.

  Figures 20a and 20b show a flowchart

  of the HALTEMENU 1006 procedure. As it was

  previously mentioned, this procedure is used for

  abnormal selection of a determination or other processing operations. Element 1008 determines whether

  buttons were drawn or not. This determination is made

  by a simple indicator that is registered in the

  If it is determined that no button has been drawn, item 1010 calls the ERASE procedure which completely clears the display. Element 1012 then calls the DEUXCARRES procedure which draws the two right-hand buttons

  which correspond to general level functions. The the-

  1014 calls the DOUZECARRES procedure which traces the ten remaining variable selection buttons. Element 1016 calls the BOUTODSDEDR0] E procedure that writes captions

two right buttons.

  Element 1018 determines whether the current cycle has been completed or not. If not, the element 1020 calls the ERASE procedure to clear the buttons and the element 1022 writes on the display device 28 a menu which indicates to the operator that the cycle has been interrupted. In Table A, item 10 indicates the corresponding menu

  to an interrupted cycle. The menu description becomesSEQUERCE

  INTERROMP [ESELECT THE ACTION DESIRED. The element 1024

  writes the selection button legends, which are similar

  to the buttons used for the MAIN MENU, which offers maximum flexibility for operator options. If the element 1018 determines that the cycle has been completed, the element 1026 prepares the menu CYCLE ACHEVE, which corresponds to item 9 of Table A and which indicates to the operator that the current cycle has been completed. It should be noted that the buttons remain however the same, which offers

  maximum selection possibilities for the operator.

  Element 1028 transfers the command to the WAITTEINTRODUCTION procedure to wait for the input command given by the operator. Here again, the ten selection buttons are all defined for this menu, which means there are ten possible separate branches in the program. If the

  selection 1 is selected, item 1032 determines whether a

  this has been interrupted.If this has been interrupted, the

  1034 deletes the buttons and the 1036 element writes WAITING. Element 1058 calls the CALCULPARAMETRES procedure which calculates the data from what was introduced

  for the previous cycle. Element 1040 calls the procedure

  re EVALUATIONPARAMETRES which then evaluates the data.

  Element 1042 calls the procedure AFFICHAGETABLEAU which presents the data in tabular form. The selection 1

  corresponds to the DISPLAY OF RESULTS button which is indi-

  section 10, selection 1, of Table A.

  Selecting button 2 causes the user to dial

  1046 the SERVICEECG procedure that produces a menu

  electrocardiogram. The selection of button 3 is called

  similarly by the element 1050, the SERVICEDEN procedure which produces the densitometer menu and makes it possible to make adjustments to the densitometer channels. The selection button 4 has element 1054 call the

  RESTART procedure which corresponds to the

* start.As explained above, this function is not available at the moment. With selection button 5 the element 1058 calls the SERVICEDETERM procedure which performs the calculations on the data of the sequence. The selection button 6 causes a return to the MENU procedure, that is to say a return to the menu

MAIN.

  The selection 7 is a request to display raw data. Element 1066 calls the procedure AFFICHAGEDOImEESBRUTES. The selection 8 is a print request and causes the STARTUPIMPRESSION procedure to be invoked by element 1070. Element # 1074

  calls the SERVICEDO.1] US procedure under the effect of

  9. The resulting display corresponds to the set of

  standard data. The selection 10 is an INSTO request.

  This request is satisfied by element 1078 which

  the procedure ONINSTO. The 1080 element produces a delay

  which corresponds to the normal manual introduction by the

  tor. Element 1082 calls the OFFINSTO procedure. It can be seen that the HALTEMENU 1006 procedure is a very similar menu to the MAIN menu except that

  allows the recovery of partircuneskueine of interrup-

  stinks, which assumes that some data already exists

input into the buffer module.

  FIG. 21 is a flowchart relating to the AMPLITREFECG 1084 procedure. As shown in Table B, this procedure is in the PQRDD module. The element

  1086 initializes certain variables. The element 1088 determines

  mine if all the data has been explored. If they have

  have been explored, element 1090 gives the reference and the

  1092 provides the output to the calling routine.

  If element 1088 determines that all data

  have not been scanned, item 1094 increments the

  and element 1096 determines whether all the densitometer points have been explored. If they were, the order

  returns to element 1088. If all density points

  meter has not been scanned, element 1098 determines whether the present value is greater than the temporarily set reference. If not, the command returns to 1096 to determine if all the denitometer points have been scanned. If element 1098 determines that the value is greater, element 1100 sets a new temporary reference and returns the command to

  1096. The function of this procedure is to

blir a mobile reference.

  Figure 22 is a flowchart of DEPARTSAM procedure 1102. As can be seen in Table B, this procedure is in the PQRDD module. Element 1104 initializes certain variables. Element 1106 calls the LOOKUP procedure. This procedure locates the next R wave immediately. Element 1108 determines

  if the buffer module has been fully explored. If the

  Yes, element 1110 calls the SAISE procedure which unlocks the analog traces on the display screen and loads the next 8.5 seconds of data. Element 1112 calls the DEPARTSAM procedure

  which causes the repeated passage to the present procedure.

  Element 1114 determines whether the location of the R wave is valid. If the answer is no. element 1106 calls the LOOKUP procedure that locates the R wave

  next. If the location of the R wave is valid, the

  1118 records the location. Element 1120 calls

  again the procedure RESEARCHING, which locates the on-

next R.

  Element 1122 determines whether the buffer module has been fully explored. If the answer is yes, element 1110 calls the SAISIEDONNEES procedure that unblocks all analog traces again, and 8.5 seconds more are loaded into the buffers and display. The DEPARTSAM procedure is

  new called by the element1112. The exit from the

  hard takes place by element 1128.

  Figure 23 shows a detailed flowchart of the MESUREECGDEN 1130 procedure. This procedure establishes the

  correlation between electrocardiographic input information

  gram and densitometer. This procedure is in the PQRDD module. Element 1132 picks up the next R wave that was previously found by DEPARTSAM procedure 1102 (see also Figure 22). Element 1134 calls the STOPSAM procedure which finds the next R wave to ensure that a complete cycle exists in the buffer module. If there is no subsequent R wave, the procedure

  STOPSAL fills the buffer module and continues processing.

  Element 1136 then calls the procedure EMPLACE! ENTCRETER.

  This procedure defines the peak of the next R wave.

  Element 1138 then calls the procedure E.NPLACE? 1? TCRETEP

  which determines the location of the corresponding P wave.

  Element 1140 calls the MlTIAXDDEN procedure which determines

  the minimums and maximums of the derivative of the signal of the den-

  sitometer for the considered cycle.

  Element 1142 calls the procedure EMPLACEFIENTMINDDEN which determines the location of the minimum

  of the derivative of the densitometer signal in the con-

  flabbergasted. Element 1144 calls the procedure DATAPOINTS

  who finds the atrial pacing artifact. The the-

  1146 again calls the DATAPOINT procedure to find the ventricular pacing artifact. The element

  1148 determines whether all cycles have been processed, in

  if all R waves were found. In the ne-

  the treatment continues. Once all

  R waves have been found, the output is effected by

1150.

  Figure 24 shows the logical structure of the STOPSAM 1152 procedure. Element 1154 calls the LOOKUP procedure which locates the next R wave. Element 1156 determines whether all R waves have been found. Yes

  the end has not been determined, item 1164 issues the name

  detected which is written on the display device 28,

  in the blank space in the menu description, which

  indicates to the operator the progress of the treatment. As

  shown in item 8 of Table A, the description of

  menu indicates SEQUENCE IN PROGRESS NUMBER OF INTERVALS DETECTES =. The output is through element 1166. If element 1156 determines that the end has been reached, element 1158 calls the SAISE procedure, which unblocks the current analog trace and loads the next 8.5 seconds of information. . Element 1160 calls the

  DEPARTSAM procedure, which starts the processing of information

  electrocardiogram. Element 1162 calls again

  the STOPSAM procedure, to continue the treatment

Datas.

  The main determination calculations are

  Completed by the procedure CALCULPARAMETERS 1168. The figure

  shows a flowchart of this procedure. This procedure

  hard is in the MATH module. Element 1170 initiates

  reads various parameters. There are several international loops

  intended for use in a proceeding. The element 1172 determines whether or not the P wave of rank N is in the range. If not, element 1176 records a zero for P-Q and PR intervals of rank N. If found

  that the P wave of rank N is within the range, the

  1174 records the determined P-Q and P-R intervals.

  Element 1178 determines whether the first cycle is in progress

  treatment. If the answer is yes, element 1180 cal-

  the value of R to R only and the control is transmitted

to element 1194.

  For all cycles except the first one, element 1182 determines and records the RR interval, the phase of

  pre-ejection (PEP), the left ventricular ejection

  che (TEVG) and TEVG corrected for rhythm. To accomplish this, it determines that the EPP is the time at which the densitometer amplitude is at least minus the Q wave for that same cycle. It also determines that the TEVG corresponds to the point at which the derivative of the densitometer is at a minimum, minus the minimum of the densitometer. Element 1184 determines whether the RR value is too large. We will note

  that this would correspond to a very slow heart rate.

  If the RR interval is too large, the 1186 element applies

  a correction factor which represents the corre-

  maximum. Ceper., Ant, s; the PRR iiler- al is compri-s

  in item 18, use a correction factor

  tion is determined by: tit. 't. e internally. These correction factors are needed because of the retar

  between the moment when the elec-

  trocardiogram detected electrically in the region

  of the heart and the time at which the densitometer is located

  it records the coreSpon-ant e.

  Element 1190 determines the TEVG

  J, dividing it by the correction factor G and adorned it.

  Element 1192 determines the density amplitude as the maximum density of density on this core, minus the minimum densitometer amplitude for the same cycle. Element 1194 determines whether the N cycles have been completed. In the negative, the order returns to

  the élément172. Once all cycles have been completed,

  folds, the output is through element 1196.

  Figure 26 is a flow chart for

  the EVALUATION-PARPATRES 1193 procedure, which is a

  which is part of the 1ULtH module, as shown in

  Table B. This procedure elaborates the statistical information

  as a table for the raw data measured by the procedure described above. Element 1200 sets index K to 0. Element 1202 establishes a provisional value

  equal to the minimum PQ divided by the range of

  the increment of PQ divided by the sampling interval multiplied by the value -e K. This is done by the row cycle é. Element 120 determines whether all Pq have been evaluated. The element 1206 effects the index M. The element 1208 deletes the index N. The elector 1210 determines whether the interval PQ of rank N is less than the interval FQ of rank M. D.ns

  in the affirmative, element 1212 adds the amplitude of den-

  sitometer of rank N to the sum of

  densitometer for the cycle of Element 1 ''

  Addition of PPE of rank N to the rotating sum of ang 7 of PEP. Element 1216 adds the T'EtG of ruang N i to the sum of TEVG of rank M. Similarly, element 1218 adds the PPE / TEVG ratio of rank M to the sum

Tier M of the EPP / TEVG report.

  Element 1220 determines whether all cycles have been examined. If so, element 1222 determines whether all six M's have been tested. If not, the command returns to element 1208. Once all

  M have been tested, element 1224 determines the average

  n-rank of the densitometer amplitudes, the rank sum N of the PPEs, the rank sum N of the TEVGs, and the rank sum N of the PPE / TEVG ratios. Element 1226 determines

  if the N averages have all been calculated. In the nega-

  tive, the command returns to element 1224. Once

  all have been calculated, element 1228 normalizes

  all of the N PPE, densitometer amplitudes and TEVG.

  The output is through element 1230.

  Table B gives a list of all the programs

my, by module.

  Figure 27 shows the presentation format of the data in tabular form. This format indicates the cycle number as a beat number, on the left side. The columns on the right indicate the RR interval in milliseconds, the PQ interval in milliseconds, the PR interval in milliseconds, the PPE in milliseconds,

  the EPP / TEVG report, and the detection of stimulus artifacts.

  mulation of the atrium and ventricle.

  Figure 28 shows the format for the presentation

  raw data. Here again, the cycle number is in-

  diqué in the leftmost column. Raw data

  presented are results of intermediate calculations.

  These values correspond directly to the values produced

  in various programs of the NIPPA device. The first

  brick from the left is the reference level R to R. This allows the NIPPA program to establish a variable window for the determination of the interval R to R. Replacements of the R wave, the Q wave and the P wave are

  indicated below. They are followed by an indi-

  as regards the amplitude of the maximum densitometer. The minimum replacement value of the densitometer is followed by the minimum of the densitometer and the replacement value of the minimum of the derivative of the densitometer signal. These raw data values are used primarily for maintenance and testing. Those skilled in the art can see that the invention that has just been described in the context of the NTIPPA device is applicable to many other monitoring and determination devices. Such applications are easily deduced from the device

just described.

  It goes without saying that many other changes

  may be made to the device described and

  presented without departing from the scope of the invention.

ANNEX

TABLE A (Part One)

MENU DESCRIPTION

GOAL

SELECTION

SELECTION

  1) SELECT THE PROCEDURE PRIVACY MENU CONFIGURATION CONF] GURATION OF DEN

DESIREE OF ECG SITOIJETRE OF EAR

  2) ECG SETTING PROGRAM ECG SETTING SELECTION SELECTION

  SET BY NEEDS I-II-IIi AUR-AUL-AUF

  3) SETTING PROGRAM OF DENSITO-SETTING OF INCILEMENT DECREMENT

  METRE. ADJUST AS NEEDED DENSITOMETER DENSITOMETER DENSITOLELET 4) SELECT FORMAT BLACK PREPARATION ON WHITE ON NOIR

DESIRE WHITE PRINTER

  ) SELECT THE NUMBER OF DATA QUANTITIES 2 5

TERVALIES R-R DESIRES TO BE DETERMINED

  6) SELI CTION IE CHANNEL CHANNEL FOR WAVE P CHANNEL SECOND CHANNEL

DETECTION OF WAVE P SUPERIOR

  7) PRESS DEPARTURE FOR START-UP

LAUNCH THE SEQUENCE THE DETERMINATION

  8) SEQUENCE IN PROGRESS NUMBER INDICATION OF THE JUDGMENT OF THE

  OF INTERVALS DETECTES = PROGRESSION SEQUENCE

  9) SEQUENCE COMPLETE SELECT FORCE DATA SELECTION IN FORGEE

  DISPLAY PROGRAM FORMAT DESIRE ME OF GRAPHIC CHART

  ) INTERRUPTED SEQUENCE SELECTED ON SEQUENCE DISPLAYING ECG SETTING

  IIONNER THE ACTION DESIRED INTERRUPTED RESULTS

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MENU DESCRIPTION

SELECTION

SELECTION

SELECTION

SELECTION

  1) SELECT THE PROCEDURE OPTIONS PRINTING GIFT SET- ADVANCE

DESIREE NEES STANDARD PAPER

  2) ECG SETTING PROGRAM ROTATION OF INCREASE DECREASE OF CONTINUATION OF

  SETTING ACCORDING TO TRACE NEEDS OF PROGRAM GAIN GAIN

  3) DENSITO ADJUSTMENT PROGRAM -... ___

SET UP AS NEEDED

  4) SELECT THE FORMAT CONTINUE OF --- - -

DESIRE PUSIED

DESIRE PROGRAM

) SELECT THE NUMBER 180 240 _

INTERVALS R-R DESIRES

  6) SELECT THE CHANNEL FOR ..... _

THE DETECTION OF WAVE P

7) PRESS DEPARTURE FOR .. .....

LAUNCH THE SEQUENCE

  8) SEQUENCE IN PROGRESS NUMBER. . -. __

INTERVALLES DETECTES = __

  9) SEQUENCE COMPLETE SELECT ... .. _

THE DISPLAY PROGRAM

  ) SEQUENCE INTERRUPTED SELEC- PRESENTATION PRINT ENSEMBLE DE INSTO

  TAKING ACTION DESIRED OF DATA DATA

BRUTES STANDARD

  ## STR2 ##

(6) oaz [M I (o-

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5. MENRUN MODULE 2496448

1) STARTING LOW (3)

2) IIPR (3)

3) HALTEMEHU (5)

4) SERVICEFAC (7)

) MENU (9)

6) SERVICEDONNEES (10)

7) SERVICEDETERM (12)

6. ECGDEN MODULE

1 ') ONINSTO (1)

2) OFFINSTO (1)

3) ADJUSTMENT (1)

4) BLOCAGEGAIN (1)

) CHANGEGAIN (2)

6) ROTATIONTEXT (3)

7) ROTATION (3)

8) SERVICEECG (3)

9) REGLAGEDEN (7)

) REGLAGEDDEN (8)

11) SERVICEDEN (9)

7. MAIN MODULE

1) SERVICESORTIE (1)

2) READINGUSART (2)

3) MISEAJOUR (3)

4) INTERRUPTIONECH (6)

) PRINCIPAL PROGRAM (9)

8. INFINITE MODULE

1) GRAPHIC DISPLAY (1)

2) SERVICESTIM (1)

3) DEPARTSEQUENCE (1)

4) RESTART (1)

) SERVICESYSTEM (1)

6) CHARGEASCII (2)

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I.- * X

  ## EQU1 ## where <Cut <r (, r) -J ,, Ln-. Wr A -1 - h on - o N

- 'JL W CI' - _

J ,, 4

n hIt -f ;; Ft .. X.i W: ..: hc: z: w

X tt 'Ió 1-

CL uihS WL.J L, I- 'h',

F-h.I.W (V) (. ,, ", ...

hLW;)) WÀ óIU LJ WL'I 'z>

- [- SC

  This is the case in which it is possible to use the following methods:

1: 3 ':.:> >>

  ## EQU1 ## ## STR1 ##, ## STR1 ## ) I_IJJ CIL-XLi Li J J_h> _t

LU 1CI. C, tJL, i., W ,. .1 (1,., T.

te: ILVItQ h'IlQ Ci; C (A s11Ii

  The LI t (rCL: t, [,. <IJ * .Dvi tie iiL LU; vLt.

  oe 4, O, ar r1 -4 *. -4 -4: -l '> m c'. 1 oe o o z CN LUl r-, -4 '1'

_ v '1 ---

"> W O

_s ",> -r W # A0 tD ru X t- *!

* - LIJ '=' _ - II V

  a] ..- J O Vz <l> (: oe W fil 'r li, 0 D J> 0 c..x -.J <L Z s t- CU "t 1 E O t- (C)' V>

(4 Z) 1 = CI C X -

<C _-O C hJ-CI t- Ci ZIl, 1-I It

you; I LU. Z J I- Z ....

  ## EQU1 ## where: ## STR2 ## Z, C s0 Ia Z1 C) UI 11 = i-0 11 LL. 1- tlI- -J 4C Z - '3r i4 - E l l' Z

He Z) c: i- 9 this "W Z:> li-

  It is possible to use C <-> <<

ceL4 at t (A- <r :: v.

ls sth '/, 1' 0 V J> tw er CI

--shout. t -. <a rcci xlu F-

  ia Li41 _ L> O Z 4 lL0O7 <rt <C-ZtJ hJ- - - Z th a .. c> Z tJU

tj- _- "

have

here.

  D - - L g-CI Il CL_ l <i If * -i Lo ti, z k L: il

[L V; L

g ,. .- if, iiiLL

C. II LU.

N He, ", - -.

aI I [: a -

-C 'j. 44.

  ## EQU1 ## where: ## STR1 ##

O., z-4,...

  The CL L L ', R, R, R, R, R, R, R, R, R, R, R, R, R, R, R, R, R, R, R, R, C, R

at. Zr Ci. C> r (, C.

the eye; v U '; I. Cr

1, 1, 1.

cll 0. - * L - 1 * Ll V-

  <. U.) G.Il,: 4 (/.(.)3/ II, 3 -. <Ac &> I ': 1: w-%>. WJ Ca <-. "., I'. '(Tll (t; _. I.) (C, - '(3 _. t "baoz to cry w. LU

- 4

I

V 114

WZV

<: W

> <c X 0. _ fi StL t. VI C :: V

<r I I t1 + 'v t t% * -t -.

  ht - i - 'X ,; I and 11 ' C. 1 <- - r - /) '. 0 C t4 a: W l, s !, W Go _q Ill I "'

4 - - - - -

  And: ## STR2 ## wherein: ## STR1 ## OE LJ LL IZI: 11 CN'L tf & _ <C "Z Il LL: 1.1 - L & 1

44 -.) _ & U W, L '- U U ,,,

  IiC. fIl - * r.i--. (4 V) ## EQU1 ## where, in accordance with the present invention, it is possible to use the same method. ## STR1 ## ## STR1 ## ## STR1 ## ## STR1 ## ## STR1 ## Li. ## EQU1 ## t; v- -J Cl l s 1- Z Ci.

! 4 LUJ

t: C LI. Ill

W, "

  ## EQU1 ## where: ## EQU1 ## hl b, rt Ut II rz c) LZ rt:> o 0w

II L II

Gil. tU W [.t: 6-- '

I-C. tt F-

  Zu: ## EQU1 ## 7).

:, Z4 ',

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0 óJ 'L

BE O Q-

O UY> CI_

F-n-ta F-U

CC U F-

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w -, -. * - W. U

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-t ç "tlt.

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CL> tiLt: Ct ..

  # .r 7 - (e l- I- -J -J <r: - La '. (% "- 1 * - - <r te Lt. (AC:' ri.z Lt LtàU -.> lw 4- rs OR <r.Uh _ J r tes th (The-L4 L CE <: iZ -T LJ W hW 0 Z. .b "CZ Lu- <rtiF. UIu.i.lo-0wo Z> v tJ -CZ WW O WW / W - oe z <r -2 WaC r Jgtt-t

J-J I F-

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* 3 - CIC I LL W I CL:

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c.L <w c.

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t- -c: I t-

  a D ct 1-Li cL L4 LeI Z OtJi Qt.C: F tu Xi V There zZwcawva I --t "_ Ch t IW Li L C., .., _- bJ t, _.,. * w - ## EQU1 ## where: ## EQU1 ## where: ## EQU1 ## O, LWI, f. 'O VI LLL Ul (A

<I C F-. c-

C / i t-a c v .- 'E.' ceC> u ce.tQ <r

U "r.4 CtLa ..

  p M V ,; Ot: t: V 'C'GCt * <f a e. t f- Z wna-rwwC

F- 'C'.4wD ..

  ## EQU1 ## where ## EQU1 ##

- 4 r I CC QI <C hL.

  C4 Lt lC OWLL t 0 t Jt Z_ iE hl-W h h

I -J Lu: E.U ::.:.

t -: r- -,:, j; 4.

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  C. L-. At the beginning of the year

"CL & - \ L

C 1-4C; _I r ".>

* 40) - * 4

  t (JtV) * 'h- <rn x <: X h-W <l: W <CC 1 CJ - tiW

3: t :: _ J a. V) lT.

<- Jn C Vi L. - Me - 0. W [.-_

b-h-D ItOc L Z -

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(Z * Z

%: W-> -

>> X

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co, w t. C.Z LA z.j t ,, -

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X u W E L O WLA z Ll-- C ot W = 0 -

  WL% ", '(A li.> W E- <r VI 1, - <M $ 4 L..i M C É. (CWW> W WU W -D-W 0W WIJ-Zr w C cl z

  L = t! - Sm 0 t-tF t (A I t t t t t t t t t t t: -

ZZ C m "0 A I-- r, 'Li. I- a I-

  O _.W C, -. L -,. T L F-. L r E "" "" "" "" WW WW WW WW WW WW WW WW WW WW WW WW WW WW CL Z w Z cf, aCQ O-WF- * (C. Z. CL IO LIJ-Ct -t / ^ .F "; t. T. X. WI '" Z - W è.C Iz t- ## EQU1 ## where: ## EQU1 ##

  C.LL.JC_ LL>. W L tZ Z 0 CW EI t-i- - F-- W 4 i-

  W aD Ld iA. ## EQU1 ##

  ## EQU1 ## ## STR1 ##

  0, 1, 2, 3, 3, 3, 4, 4, 4, 6, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 6, 7, 7, 7, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4 ## EQU1 ## where ## EQU1 ## where ## EQU1 ## ## EQU1 ## WIP 41. WO 3 WJ-4 I tlC CL-tW L-t-L-t <L: W L <C L <L L-C

  44 L- to We 'fi 14- ht <C -J LI O tg Zb _ Izt tUi iLI Fll 1% 4 the! -

  tLtLtLtLtLtLtLtLtLtLtLtHLtLFlClLlLrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrnr

  W <: Z - W - F-. 1 - W W CL '. 9-tiZ WL - -.

  ## EQU1 ## where ## EQU1 ## where: ## EQU1 ##

  ## EQU1 ## where: ## STR1 ## FIG.

  cr CL tg <D W t D i W <cr O. tLt C <t-n. I W WJ Z W W W W

  CL - CL - CL - CL - CL. _I.f'C - - Jb (j) tL.U '4- _ _ L. F-

  (bJ <) LJ Z L.I V Ltel. "L L OJ I & (J V -

  4W, * <LWJtOW $ 4 * -Dbi * + ECLbl * Z = tiD Wi * tWlOW LL, b- oZ - * w4 <o w I -I A Z

_ =

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C.I CCUZF-L.J

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  in i., FJ The J-D Z <r CI. <r h- G ;, <r L <r> = W -J - LAI you> u _a -C ax

J i - O (J <t a <r h-

  w :. - C. - W W Wu - - ZC4 W <M 1j- cg:> = Z CL Y- W

4 .. Z-C.) 1 J (CL.

  (J j /> & 'IL> <r O4 $ 4 ObI $ J F- C. j-- C $'

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r- - J _J. J -

  t U U Li <<::::: C C C C C C C C C C C C C C C

h Ct tCt IL W The W -

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N 's E4. EJ 5>

C. C. d.

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J r-t-g - E- r-. r- t- E -

  ZL Ct: Ct Ct Ct: Cts Ct: Ct: Lt: t, - <1: a: <c sr <r; c sc ac t, _> IJ _t <_ _ L \%. * SQ '+, 4-J <r \ Z -JCZ 1 * Ld J The i iW LW -

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W: -WLI a..a "oa-? - C:, l =

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To ':: W W LJ.Z W

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W -, \ .J O W <LL * 1 <F. -

  ## STR1 ## ## EQU1 ##. ## EQU1 ##

W <r: -. T-WC4WDJ- W <rzW-

  Vb (fi CL: tJL. A C L Z VI_. C> L i - -

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  <r <T: WW.) Ch: W.-Z W -) <- r .: Wc-r ..: <..

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  ## EQU1 ## where: ## EQU1 ## where: ## EQU1 ## - tta: I '-C4 _._ U 1 (A. L, -F- ""

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C) \. -I --'--

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  O <a V La-II-- W (J a.:k-CL ZJQ: L- I-a-

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  ## EQU1 ##

  UI: B: DC DCa: C [e -WF-WW ILb-F-tF-La-J LUWM-IZ, at, W "-L: I- -,)" ZL-: - -. It is now known from W-CL 7CeZ WZO n WL M WJ. WC: O 2: Z> -j-. CL-CL0 W,:. aW I: F. ::] :: w c m: F ez Ow e <r D-N-C <1> -: t-i-t-.6-j-4a (JLJ zI

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  CgLLw 1oe CC tLtl z 0E z tZ (4 F- CZ tt WZ * 4 C _ tL IW ri) "J Lw Or, C c Z 6 U <r _, J o0 c-4: _ '% WL th Ltz Ltlt <!

0.,. J

  "C,. * .LF-o-z F-- W '" W: * J t2

-O "-:

(z Wt '(J

(tn t -! - <..

W F

  CL LWT- W L r4 rq W.> {, I c: J J-CY utl C-O - C C (h.0

F- -C. %. E-Z -

  CI -a -, 'U5 t l' ': Z tci CC L has tF- O J <. i; i- <, 3 W W <C t- $

I -. -W.q -

  ut 4 rW O 'I - Z w <Z c W tr i .: - c. c, tt} D, úL t Z s

cr 1 1- There. tt utl 7 ^ t-

  - - LJL I te Z tLti: t VL u C'L cJ and: .. JZ 'ZL WL_ W Pi l Ca L [-Ait Z _ (-, ri) (c), c: $ J u: _ - (-J i

## EQU1 ##

  ## STR2 ## wherein: ## STR2 ## V) Aul 'It ^ W, "Z oL'WW WKH WKH WKH WKH WKH WKH WKH WKH WKH

  CL .- [t-C Wa LtL tL 3 -L5 lC.J _ "1 -, -

  hi Cg F-tuL. ' ## EQU1 ## f-; C. rL L

C WLt V .: ', :: - af._WVI, I% .LIr.

  This is the case in which it is possible to use this method. t, UJ À - tg P, i: t,>. ## EQU1 ## VI Lia <rr I L iii>. * 4 i- (f r

CK 0 W

  974 W Lia this 9 r h- F-a W t.m -taf <r

a, a ..

0 The OE <Lie a ci 'tL. CL V. (I '

i L WI-- I F-

  tCO. ar W J VI - '% VI L h l _1 <E, -.I :: "W tr l Pl tA L -;" ## EQU1 ## ## STR1 ## ## STR1 ## ## STR1 ## LIt141 t-- - 1: 4 '"u-' ,, w -I> .. L, w '4.I.ta

C 'w <.i. r: <t -

c: ':' i- a- I- CL CC It

C (- P Lia t -E-1-Z '-: _ -

  IW5: _: z: - I - <r -> <<<<<<<<<<> <<<<<<<<<<<<<<<<<<<> C. I> z -r -r.r-I Z. (r a-r 1.i ci..1 CL-t.-L W L4 x l _ r - td (Ai

(.L., U1.14.1 (> _ Z

C 'u, - ut W \',: - -J J

DL - "QL 1-4 - F- LU W '0

  ## EQU1 ## W / t a) - c. Ux t. t- LI) L tL- Lt: ir i -J W CL: <c <r Wu W t4 - LI w <rW Z- Yes Ut Q ZL, t Wl s LFi- I1- W -. i Wj Wi cI C 4W

_ J Z., J CL

  (-: 1 I ,, i F- VI.- JLI X. _ tr e # L Vl "w J W ZO tI z CL, 'l.' - W1L 'C. C W W C L J

- 0 W..J

  ## EQU1 ## where: ## EQU1 ## C ## EQU1 ## K) L / L: LJ> Jt has r ".

: I,): L (A..1

  WC J-. t - [I .: t0., l - Or Z W <c: 1. o 0 Q Vn s F- CO CL Z O .. ('J CLL

He, - w w I.-

  LJ L d. HiC t - tc O O..J-- t r, AUt. ti- Ld L '; - I -'

O (C L t- tL - -

ZLU_ Ena lth-jit

-Z 0 s- m4 4 F - .. J t-

", See VI.

  r.O "0 C.-O t L i LLI _ - 11 tCl CL LJ hl J hi

-.C. 'tJ. - -

  % ,, - V), d Ca, - CL -.,. 1 I _CLLiJO t-WUt ', t

Ca i_ -tt W E U v f- W Ut-

0 T ut e t - tO 1 -

  V) - O> D 4t0 LI = t Éa-e L U7 UtC to Ltl 4L t t-- - of ó

IUD V ZCaC VaZ.J T-

z UIticr- in w w

- 7 0 CL *, Z - Z

  WtJ <CC tWt Lll CI * L * i x L & -J Z h. CC t: c z '

s - V- ha WtW- t- t-

X Z o o

OJ. H

z -I

V> +

Cr, 'LUL Ci' W ft-Lt

Z 2E

Gold _, _-

OR tt--

* TO-: 'U

-r / I L--

  * To ... I-t9-C. -T t W w 'Li hl ,, Li this V i fI - c CC / IlI I C ti lLt. (1C / XI [' J

t-VI C tl Cfi.1 W1t.

UlWt L - C tI F-

  c1. I--, ohhV. _I:, _ l LU -L-I h: L. -t

L h--. LL.

  w '-' (.1 l - tLL ú1. Z - t - L w = LA hi *, W Lu Z W - I--%. C 'ci: W ha

CL 41

f-

Z- I--

-.2 'tF-LA c. CCLCL. f

F. -l F-

Zs # - CCC Z. I! "'H. W. <R:

h-L I 1 '.-' .-

  ## EQU1 ## where ## EQU1 ## (r L. * - DL, "i + CC f- ZC Q hL - cC1- 'L h C E-. CL'.

AT. L .. i. (: CL -

  å Ju Ju '' Ce Ce Ce Ce Ce Ce Ce Ce Ce Ce Ce Ce Ce Ce Ce Ce Ce Ce Ce Ce Ce Ce Ce Ce Ce Ce Ce Ce. 4t <t4 * -Lt tt '' tL4AEtCL _f- Cl JÉ -l 1 - ** L ILI W

. ' - 1-CL (t: Of- f-

he said. I C 'C 1 -Z Zf

ti - '- ti u t-Ctc- ", - h-

  u 'Z t..Ir IL LUZ U the z To r q .; ## EQU1 ## where ## EQU1 ## where ## EQU1 ## o t: bed a CL Z aL CL aC

Lu (tl - Lu tl- Ft-

"$ - I- $ J W.C Z. I9- -.

* - * bt td I- J - CL F-YDD 1

e- _ ".

  % s0, -4 Jt-t1r I- 0dt <H oe, g- i (cè qz * ó WLii hl '* l Lice Ut' Aj Cf - tl * 0 CL> tj t-a. * L "+ uc bed IlJ _i .. - _- Q

IIJ l I- l -

  + * CLZ -, Lu 5 <: C el F. Ut -1 1 14L.W L V flow C 1 _Za.c J

(Z.-C.

  <.T_. tr: L 1- t t,,,,, 1 1 1 1 1 1 1 1,,,,::::::::::::::::::::: CL: ## STR2 ## wherein: ## STR2 ## 1C.iatIZ4t, te L ti 1 - ;: 1 hl1: tJi V Jfhl CC U * htt; 7aeL.L: 1. W 4 OLu 1 h.CL <L ^ WJ> WC> <W 1. 'UtM-Le L. "I..J to <. ## STR1 ## where: ## STR1 ## ## STR2 ## - _ _: J 1 vd _Jat To. -H, L-1, 1, 1, 1, -Z, *, * -, - I, t, t, Jh .. ## STR2 ## ## STR1 ## ## STR1 ## .ZL

l .. ww_ ..

<ICaIw ó1i <,. -

  WI-II) WIl II G -Ztd "tLZOr tl 'Ztat-o- -wwU c'U' C.1 F1a-Lu.- '1WCL <] 1L -.7

_-I: z]:> ... j f l W u L.Z ..

  ## EQU1 ## where: ## EQU1 ## L.Li, ILt.tZZ. (AL tea) trtLa ta-Ot ww tO -U - t'LIJ1

'-J' - _.4, - Z. '=

  w (4M Li [J wa 9J O W <o e Z a- * - F- a- ó

- * Lu -z <a, a -) <r.

b.I-V. oeI-> -I3. W IWW ', uLaqX

  Iaa yq%., 'A t.U <, ", (Z 4w (-w H' -

  z (4 <a - -T + lL I) -.- L uD. ## EQU1 ##

</ 1WWfi-W) - # Z-. E-i-11CL.1E -

  31wwF_w 44 mI_P w3. ' The lie.-Lez -

  LUC. ZZ i - iJ Z * -LU JLC - - N ai I-J -, J W W V O u. ## EQU1 ## where: ## EQU1 ## tcec u CL.-g Oi.Wi_ o-- - ou.Ldu.Lu.L LuJ W - 'OA Lt "O Li.ILi. uLà. -a -.-. There.Le- (aO * - a.Ce i-JCL Z ZI.L Le.LubCIL> - * - n-ZZLà.C'et: 2, - <a 4ZI: D La.Ua -: w .'ai II <az (.4 ## EQU1 ## where ## EQU1 ## where ## EQU1 ## - OZ Lu 'W "b tl W e) d" I "q (Q I-% - (0 Go ... (il.iJ - -) L j W, ul. 0- LA- L .. ## EQU1 ## where: ## STR1 ## where: ## STR2 ## ## EQU1 ## ## STR2 ## A ## EQU1 ## ## STR1 ## ## STR2 ## ## STR2 ## ## STR2 ## ## EQU1 ## where ## EQU1 ##, ## EQU2 ## el: It Lr 0j z 4-9 te # w V) reads Ld (O E- 0 çqm Lu C: 4 z LA_ uL as C. fJ, '-L -. C -J- u "_, - ra : C: Ooo-zoaUlm0l.rzc1

  9 :: 1.2) The "CEW 1 <C-XFIEL" CL -Te ZI 4C IL - / U0.cl.4 -I <E Lq 9'leI -il - (. Q tt /) C: I ( /) t. /.,.-

  I-. a --- * - a / d: z> - * - a -. L <<.wa wI E, <<] u F-, r '-.) IIO LO tu "-)' 9 t r4 -CLWqf L e -F _0 t4 Z /) -JtIC D 1- f Z'U. II J '! -, Lu l "T CLLL CL Lj -W rc za uW <a aZtc ... qa I' <z <<cZ

  [a] za-a-2-yl-4-a-wt "a <a <al <W <<<<<<<<<<<<<<<<<<<<<<<<<<

  LLI (le - teZC.,. ,,. Wà - ,,,, - f - IIW Z - L t LC.WC ...

  1-Lu f [5t (-Zt 4liWW1tl01t "'* X, 0 C:) t- Z L.0 V7eaLJ Vla The 0 4J 1 -

  ## STR1 ## wherein L is a compound of the formula ## STR1 ## tine, "I", "" "," "" "" "" "" "" "" "" "" "" "" "" "" "" "" "" "" "" "" "" "" "" "" "" "" "" "" "" " , * .- 0 F-) i _ <MG '' 3: -0t WZL.T * LI

  U :: _j 1-Ul - ,,, - 1WvA i L 1 (AC - -'r4fC-

a'I O0 no CYs o0 #A W Li z CL L

0 Ld 4-v L--

O W. J i-0F-

F - + - -

C F- - Z

  ## EQU1 ## ## EQU1 ## <2: L. c.) LL F-a. He 4Av L Z lJ. LL CL 11 <L TO - C a & V.t (4 W C - ut Q

F C Lc. O i C'-W Z-O -

-a L: Q-Z F L Wa -E- 'L

F_- 4L "W F-E: V, 0 OF-

  L. i-a: CIt. U.LL.U.I. -b.iZ i -

Q t ,; - J - V "S -" W V. L Li IN E-

  ## EQU1 ## ## STR1 ## ## STR1 ## ## STR2 ## Q, UZ CLU LLQJ LLQQ LLQJ LLQJLQJLQJLQJLQJLQJLQJLQJLQJLQJLQHU W U- F Za C 1- 1C-LC L-0 1CS-U1 OV), _ <(4 - W The LL I-WW WLI d (4-O C1 LU (l- <bA <b <<ZU <## STR1 ## where: ## STR1 ## wherein: ## STR1 ## ZZZZ r I Z Z l l l l l l ((((((((((((((((((

D t-

w z _

- * F-- 4

---- _. there

Z CL

> - 24.3

<To L.a.

1 --- x &

ú C, <'. i, ", q, -

> -0 whi

nO) h -

W-L i 0.CLu l r O c [t W Z I.C

FC C U 0 2- _

Q CI) Fi - - L sL.0 CI- -0 (.. J 14

CO 0 Z *. W:

  - tIa O i WI + L r> rW tC wt Sh 3 o ".." .. I V F- tL O) J Z OC Ql F

0i l. 'f': i '.

rDo - ct ::> î Lt - hi.

  hl i.i Ot - r 4 z | hl> i 1C [3.zû. ## EQU1 ## : -C. 1i Li

CL (O / Z)

tW (O F-> C4 "i.

  ## EQU1 ## ## STR1 ## Ltl Ft-i-i-i-i-i-i-i-i-i-i-i-i-i-i: ## EQU1 ## where: ## EQU1 ##

IT. C

Lh. Wi

:: F-

(4 Z

- * CL

  W- -W-F- M Oe t4 X. z QL> _ce C) hi fU

F- 'CW

1L: 1i F- ** 1.

WU O h 8 WC.I

At -CLa.

C.Lti O - :) U) -h

T-W i ll1-

1C i F- LCe> C-

L "C; ZXC <f-c DL

,, CC-18 -> W i.È-

  hl L1 - v t -: - r. CL CL. ## STR1 ## ## STR1 ## where ## STR1 ## wherein ## STR1 ## 4F-C lx LC-4 J :. hi a W Lai * 4.IllIoIl i oo-i-C i L C: (4 ... L _t - 3 A LU - - t

$ W W4 l. Z. 4 -

- -

a--% z o Xj

: at: -

Q C,

ace L W w 1. i. w m [J: .. There..f

CO F- F

i a (4- L i z *. <C-C '* o

^ L> - - IL

C L-C.LC. I I

F-LWL / A W

4i 0-a.

  - Lh CC ^.,. ## EQU1 ## L i ->. J 0 C: L - - ql U Lai W -w <.: h tg. Wi <r C1 {.. LtL C. tL Ct: W LAA c I- * Z LL; 1> -> LLI t-9 1l

C F L Z 1- LZ h A .. L-

  The use of this technology is a prerequisite for the use of the technology. W i 4 D LUt s AI:. $ H $ 4, $ 3, $ 3, 3, 3, 3, 3

_. Z C

_. o n h X - o-

C4 L.-J

> - W - '0 i - -Co Lw Ci ZW

_ t "Li '' -

I 2 "ht (this LaJ>

D I) .C4

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aW C ..

Co. "W C 't, d I-" O

CL-DO W

I - - 'Z)

> CL: 'W

  ## EQU1 ## where ## EQU1 ## D 1-1- w (% ZW Wr Z I / _

I-- E) - Z. (

dh O-.J-

  I, w g X (((z z z z z

l>: -. c I -, - e o -

  W IL -Eti IA -J 1st -J - -. t - 0 - 'CL z re <r "> glm çce

-, C Z

* 4: oeo t-E z i- LI-

you. Zt / 30 -. '' I uO; Z

THE. (A> i-Z N - * Z t-- D-

0 'ow- -Z- -' + -. I

z (Cf> WL. J -, - b ti- - 0 - .l ---.> L ..

  ## EQU1 ## ## EQU1 ## - - IL I -1 (W OxDi V - CI> W (---- O [- CL.- 1--0aa-e "m> r - (I; 1 -! - -C (> * ## EQU1 ## where: ## EQU1 ## where: ## EQU1 ## ## EQU1 ## ## where ## EQU1 ## (##. ##. ##. ##. ##. ##. ##. ##. ##. ##. ##. ##. ##. ##. ##. ##. ##. ##.

  ## EQU1 ## ## STR2 ## ## STR2 ##

  ## STR1 ## in which: ## STR2 ##

  ## EQU1 ## where ## EQU1 ## where ## EQU1 ## a 4 -ZkXIt J: reads fa:, 4 z.:- J 11CL_I -'trJ Z., I: 'f - C-4 ql ce: a3 CL This (A fJ, óLL - - Ai - & W

  ## STR2 ## wherein: ## STR2 ## wherein R 1 is ## STR2 ## "c &. t - WC I 1 f t-

  ## EQU1 ## where: ## STR2 ## ## STR2 ## .:, ((-, - c 'X) W

  ffi -lA iJ -, i ~ .- c <1C wz wu (- fn1-- Ir- 4I l UI tz,., o, iti. - #Atc I'IUI CL i --- 1- <- - aI .4 / f3, -

  ## STR5 ## The Cg. - it ..% '' EIt l9q Ct: Ct -I fi -f?. CL. ## STR2 ## where: ## STR2 ## to ## STR1 ## where: ## STR2 ## Here, there is a number of items that can be used to determine the number of items in the table. 'lr' 0 LLJIZCO

  o-1, o-1, o-1, o-1, o-1, o-1, o-1, o-1, o-1, o-1, o-1, o-1, o-1, n-1

  the * - - 'b, II "," a.:3 L uAL (.. W CL ó.Z J.,' uto '/>, & l-- <; and W

  ## EQU1 ## where: ## EQU1 ## where: ## STR2 ## -

  -. f> CL fr1 - Z CL & J t -.> 1- "& 4 Al cLi: - - I Lt4 L qe kl.it.tlIW rc 4 tZ w The 4 q.CL:DJZ 0 - C..l- - - Cf (A

  ## EQU1 ## where: ## EQU1 ##

  <-> JML Ar - ti4W r I 4 (A cun ZM iL U. =.,: Ul uu .: 2 - l. L -M- LJ ta: L61 -i% - Z C.- IW W (A tc , JN "<t4 = zz" L-xt - uzwo jt = iw Eioi:, - LxL.c to wn zC C "-LZ + r <Z IA LU b - W O- - WW ws E < C- LU or - 1z bO-

\ 0Z W 4-

V C / IWW <4

<4Wo I * <

EVb E-b- -

b F 1 -ZZ Z bt- <Zb- b- b- CC

Z <X <C W L O

-b-J M ZCz <

* 4 1..Z .. I

  i -_Lab-Wa 1- CL W & A l- LLI 1- W- - Wl- \

0 0- "

V) 0 - '-

<: n J tu L ^ O .-- 'la,'

<Z Z I - L

C0! W. I-.

- W fV "

4AWLI L .--

W - O 0'-: :)

I-I (A 0 LU C

Bed-.-

-0W - ,, - Z

  ## STR5 ## -:

a: 1) ----

DOWW Z-

1t t-O 1? <tOC 'L = <J-t <ff - J

Z> 4W W $ 4W: Z

  W hft tL. I I I W W W W W W z z z z z Ir Ir Ir Ir Ir Ir Ir Ir c c c c

-U.C to C Li t--

-w h - Wc tL '{- -

  - - Z W W. 0h Cà. in LUL -1 - I, (') IL ht Ld

1 '<, 3, -.) L I--

  Xu ::: t 1-W- -I D -IL) O X C lht- -oe hl. l Wt

eg IW -W Z W. - WU - "-

  Z hl-Q r r, lj I- U tb - tZ this CL. J- W- ... t ... W "i -'- Ut C r.-c '-J

  w <3 C z z -e W I-- '4 C: J 1- t- -

  ## EQU1 ## where ## EQU1 ## where ## EQU1 ##

  0W <C (f) 04 'ZJ C U L T - \ ZJ - 01 -1. Xt - t - Z 4 '* -

  The use of the present invention is as follows: ## EQU1 ## where: ## EQU1 ## where ## EQU1 ## , z. i- "f

  Ct C di zC hl I- Ld rx ia :. 0 t- 0 C ILAL-O- 6.1 ELt- -

  Dcr) hlUt-> tv f- (3 LU (qb CL f- W <f-o Ct -r. LAl A) I & l -

  ## EQU1 ## where: ## EQU1 ##, ## STR1 ##, ## STR1 ##, ## STR2 ## -w w w w:::::------------------------------- "-> - W h.

  O IAL 0CL W cr CL. '-1 LOf. I - I - - I Wl <;:,) ': - e) <e1-- -

  LcrJ r <) ZCe Wi t ki. h. - *: z I Ca. o% VI: - I L a> C4 f I-LJ Lr t-

  L WL LW LU -J ilWt JCL.C; _JWh LU <* e VoI * t- Ul - t -_ *. LJ 0 "I \ Z> oe: t 'I) t LL Li. L - a LL U LL LL F FF - C FUJ - JIJ l -, A. 4I4 Z <LLI W h, IU II, D 144I U 4I- It:> 3 f- tl it - W F- QI <1: LL CL has td aW i L, O. 'i It 0 $ 14 C; VI t- L. :) ## EQU1 ## where L is one of the following groups: ## STR5 ## ## EQU1 ## where: ## EQU1 ## where: ## EQU1 ## CI C I- aJJ C .: IL ..) "VI-CL .. -JW Ci - (/) Z <J -a" e U J k- CL 0 -J / 1 * J Wx ## EQU1 ## ## STR1 ## ## STR2 ## ## STR2 ## LUJIl II CL WLU WIc - LJ W LL Z O. LI t- -L A. A f-C - 'f-vL-IW. T / .... IW 40 <t-W> ::' I> ## EQU1 ## where: ## EQU1 ##: ## STR2 ##

  n - ZLd W C IhLU * a-c e.0 (O l F-CC a: cLrni i.J (if I-

  Im - '0 7..J Z, (7 J,?, L) [L. fi. Ca zq, (/ Lai ci "'. N) P' 'WZ CL1- -J (Z--" - WI. DT a Z ON <c if) LU i3 14i tI the 1: tat t -w 3 i - i * m id _ 0 t t t t t i t i QI LU u f- in tr ff L> at CLI * LW O_I 1 hY cLU I = -: UI -> OJ WLZO LU = OJ w I J1-0 ZO % Cr WO-b-% z) Z-t-oe -NZ t> NCe WCW <VMJ VJ -t- 'Z WW- F t-ZN hl W os w% O (' J o, -t1 4 - oE aL <wt E4 ...- nr O

I -.

LL? ', E- :, L_ ihó; -

- - C Y n 0 n t (-. - I_ 0 -1>

Z t C> CLLL I Z 4> -.

  ## EQU2 ## O. C (; - -, H: W -r 4 *> e-Y '2

  0 + W--. - t - <3 '- - X W CLCe 0 c-, J.

- C- tL +> i <w: -O J r -L-O2: L

n_ _- * .-, n: t * 1 [_ () ;, -

  <Ck. I-. ## EQU1 ## ## STR2 ## ## STR2 ## ^ <e "W * O.tL * n 1- iE t7WCi 4

  O l. TnCt- he '' 1 W. U 0,, n l. VI1 / CLL.rD r J-

<e CLW 1 <rEC <rb. <rXv.C <a W c -

  o-CLZ-4 erCi.-> CLWI UL> W ": O" EV: M a ..: s1eLe _t fLI: [thCL LI /1.f, LA- i W <-. L C J-: W + I'lf-1 'r Lt> t 14 Z: - <VtCL W: .I there, <V'> J W: L '

  -: Z I _Itl "- o - Z t" 4 - (If ú e ,,: E, l - J: L <: \ C UZ. C U L ') -

  It is also possible to use the following methods:

  ZtU49fA {4- The t-F-LA = ,: LJJVl t-z <C wCL -a: tas w1 1 O: '* L a' -

  ## STR1 ## where ## STR2 ## T1L :.

  M M a_1: Z FzJ :: at 11 4 1 i Z LF Z - 0 - L.J1L: d. You will be able to use this information in the following ways: ## STR1 ## tL C JV

  LJ'4Qw e - W4m & ZCi.4A411 f xzt |, tlj W'-o Lu lg 4I - C "EtoS * Z <C.J '4-

  ## EQU1 ## 4 ## STR2 ##

  ## EQU1 ## where: ## STR1 ##

  v IJ W-W W -b2WeI "a s) Z Z c4 o I" l. t: I4 * tJ <tr c -

  O F- e- e- &. e-Fe-I-e-O-O-C-O-C-S-c-S tr: W-t-s c. or x X - O. N "[- th '- ,; E Xt a zó,

OF- \ Uó this'.

  O L CorsZ0bJ a n-z a <a. ## EQU1 ##: ## STR2 ##

(/ 3 ILIJ-

I e-_ CJ The ri Ln O \

(: - \: C J: .I--

Ln <1: r-. hi m He] -

I * Wl W - \ cl--

  ## EQU1 ## where: ## EQU1 ## where ## EQU1 ## : W \ <r CL C. e- ". E It N [.. + n I - qO- 4 and ç> W> T4. <R <3; C.> Il To ->.

c H. 3c & ..

At W e-l wJ - -bJ: 4L

îc <C -

  z1 w Esc Esc I... 2 2 2 2 2 2,--------2 2 2 2 2 2 2 2 2 2 2 .3 .3 .3 .3 .3 .3 .3 .3 .3. o. iM o ... 4%

* -. ", Z

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  3i W '> e; oe <r + r4 D.-r-e (A + u'r Z <t'-

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% Z

ff O 4W n0 Laz W -J I-Z,

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  C iC,: j-: Lb -C: ttl ka LU It. ' tul tt <*: Ar * uLa La Lu L <r <r L, .C (s G-

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  ## EQU1 ## where: ## EQU1 ##

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  i> i F- 1>. Vl I-.B tt 'u N4> -> x F -) -> - [F-G1h ;, Z fL, ..c

  111 0 UI CL CL: '. <:: e i: :) :) in <: [e.

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  ILU ZL IL LUW LW U L LU (1) CLASS C.CI.H.

a, ú <W.:. c r <1-1 .: '- <C, -

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  ## EQU1 ## where ## EQU1 ## where ## EQU1 ##

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tiJ W td I: Q r- C_ * tLt ::

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i -

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  -t Ld: <ú D Ln * - "", UI.f CJD ze f4 uCJ..is. -o '' a

CL f4 o 1 -r.- - (ó 1.

Z, CL !, z, rn, CN, r.

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X- CIL>:. = CL_- -

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CCe <> J C>, J - - - - - - - -

  O) h D C O <C :: tw O 'tZ Q CL CC Q This CL This tI> O c>

  _CLJCL -JL-CL.J-JLJ J-J -J.-J -I.J ... J

  -JLJ VI -J -CC-A -J -J -J.C. <i.Crc Pà.L.A.-O.-OJUUU <. CL + .l ww al CL t g. INao t

I -., C

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ZC .. E- Z THE T- Z LLZL.I

  LaIdE + i tJ 11 l a - * .. CLZ> ZrL eZ, - b-t = I, -, <ctr,: -. Z: - f Ca CL CL C.> "., R.e", ...,

-Os.C tri O- *.

u-i fe IlP4.4 Qel-

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A.- ,. *., j ..'- ;.

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  I -J -I C I (CC -._> CC.J LL- L.

- I-i-t; Z4-tI-; tLa.J-Z> ZIJ-, a -

  ## STR2 ## and ## STR1 ## at. 3: JIULI L44J.I.J.L. WJLd W'x.a z ic t o _.r w_J _ z _ OCL U-UtLOe UUUUUUUU '' Wh'4 ce z IL- LaW t .c- oc o

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r <rI - o'-

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L - I r. _. c.

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f: Ca: C.

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X <C I. Lu. <L. b.

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J CD._

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W WsWCWW W: LiW-

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  <t <ta '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' "

Er <-

W I

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tJ. - rcC '_1 -

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(UN - W L, CL and t) tJ _1., W Lt L

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W-. LI ZI

W C

L-Z

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W. E

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CL CL

WUt W.

iL f 0 '-

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-I '-' Z

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I 1C-. b. tCl Dn [> -> CL.

  - b. U. CLD o.ce o Zc 4-in-t-C0 fu., +> Z z +,

t-Wt-gold: [- - Z ort-

  WL..W * W t- -t W W> i.> *. DO IW C 5 LitL>

O.-J = j O1 -JJ LL ..> Z Z D b.

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  I--, 1 - Z col --- J..iVA. L> nt. + fQ -). [V '-' i + 4-4ZUICi.- - s * CL.- - ".

  * W O * WCL "'= ... * - + * C> -L W W .... 4.'" - '-. + Lit Ci <LI - la. LU 4tCf. C.

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  - C * -C tZ.b.bU --- C CA tZ.tZ.b A 4 '* C., tZC.L t - 1, I -) CI - W - WJ Z> j - ## STR2 ## wherein: ## STR2 ## if C4 'Wo. O CL AC .. O_ The -I, -CA t4L &. -JW0 0 ... C>, O. 1Ch ..., CfCi WC ... 2.Ot ,,

  J - .. D Ut WJ - I - .. J - I.I. _.-- - I - .-- I, .J..I ..; 41

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S, .l1LSd1O.S33 = C0> d33SI4335lf.

  t (AN3NO) Y0 I (3dH) B0 CNIU) dH) = $ AH..lS'dOdS33 - / * 3119 ". A3N G1 s $ iuHúsl. $ iOt5D3 S13S S! *! 3djd13D3. d: ISAlrU fk. ff.i3LX3 SS-ad (-IM sG5-IV0l 3Y'V11: 3Q - - fOISNIAJO QN3! HJ; ON SlúLúSúO.d933 = (G) úfldúO / O01 18 OlSNI S13S * / f3) TGnd 3a33Od0 O: lSNIldO

$ 0 SNINO 4 N3

  ## EQU1 ## where: ## STR1 ## where: ## STR2 ##, ## STR2 ##, ## STR2 ##, ## STR1 ## ## STR1 ## wherein IV.Nd3..X3 (DSNSIH) 1; 3-z; 30dd: 3S3Y3! N ;, 43 "g d43 * A 31X3 3dC.130; dd; INH3 (WNd'D3OX3: 1) 3HZNlNIS lsIlIINS! Oa: N31S33 (SS) HISN3! 35Md 30) Hlú I3'idS tONO0 QN3

-I939 39NO0 GN3

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CL- - '

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a, C Iv.v - 0 zCO <AZi 2: 4 *

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t- -

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-C ... - <

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-J r. * -

  * - I z: to r- (J <rZ ZZW Q law tJ -. CL ae LaJ (fi CL D CD> Q a a: La (4Ci

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(1 N h- -

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0I- 1- 1- 1 ::,

h IuKl it IIJt: t- w wv tiJ <'Z

c;: r Z h1--

o '00ol - Z.

tlf I EZ :: 1 i-

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 ## STR1 ##

  ) e 0I IL. OLa LWa <r * - t (QU / r W LJ & WWLtJ -> r, '<rWwLLJ -; 1 -' '., GOG> QQa <Caa * WG> Q.ta <raa -C <> Q, C aa ## EQU1 ## where: ## STR2 ## aCZ '., <L LO), or I C'óLJ (FLn0I'W-W) W.-I. WI'I WIW this >>.:. a- I (.. CI -' i - LI) O

## STR5 ##

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  (At WbW (1. At (t-t <I C-: L 3 ''. At (As ("t 5" ', C' (U ..

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W .. \ ZI.) I

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<! >>>

G> G G> G> G> J WJC

  C t ue w u w u t ooo: _c ONa O C ') t.L

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\ NZ-IW L I z11 Io.

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> Z N - - C W LU W

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END ECGSERVICE;

SEJECT

DENSADJUST: PROCEDURE;

DENSGAINSVALUE = DENeGAIN;

CALL GAINSFORTSADJUST;

IF DENS5GAIN = 6 THEN CALL I

ELSE CALL MOVE (3,.

IF DENeGAIN = e THEN CALL 1

ELSE CALL MOVE (3,.

END DENSADJUST;

MOVE (3,. ('MAX'), OE9SAH);

), OE98AH);

MOVE t3, tMIN '), OE996N);

), OE99GH);

DsDEN-ADJUST: PROCEDURE;

D5DENSGAINSVPLUE = DSDENSGAIN;

CALL GAINI4-OFRTZADJUST;

  IF Dz: EN1 At = G THEs' CALL MOV- (3,. ('MAX'), OE9AAH); ELSE CALL h'OWE (3 .. (''), orEsA4H); IF D! DENSGAIN = e THEN CALL MOV- (3..t'MIN '). 0E9BiH);

ELSE CALL MCVE (3,. ('' CE9E3H);

  END DSDENr'DJUST; DENSSERVICE: PUBLIC RETENTION PROCEDURE;

CALL ERASE (44);

  CALL MOVE (44 .. ('DENSITOMETER SETUP PROGRAM ADJUST AS NEEDED:') STARTPOIN1

  CALL MOVE (12. ('DENSITOMETER')., E901H);

CALL MOVE (8, ... ('SIZE INC') OE SIH);

  CALL MOVE (12,. ('DEtjSITOMETER'), OE90EH); CALL MOVE (rsyze DEC'Y., '3SEH); CALL MOVE (10..V'DEIIV] T! VE'.oEEIPH); CALL MOVE t. ('SIZE IN' ,. eE'B '.); CALL nOVE (f,. ('DER1VIT7IVE') CE 22H !; CALL MOVE (3,. ('SIZE DEC'), OEg; 3S); AL.MOVE T .. ('CEN4T'UrE', OE ', 7H LL: r, \, (7 ,,. ('FRO' ^ ,, eE2: ^, H)

L MOVE (C, ('DENS')., OE3CH;

## EQU1 ##

DENSLOOP: CALL WAITFORTOUCH (S5;

DO CASE SQSVALUE;

/, 0 X /;

/ * 1 * / DO;

IF DENSGAIN <6 THEN Di

CALL DENPADJUST;

* EHD; / * 2 t DO; IF DENSGAIN> O THEN Di

CALL DENADJU'ST;

END; t / 3 * / DO;

IF DSDENSGAIN <G THEN

CALL DSDENSADJUST;

END;

/ * 4 * / DO;

IF DSDEN = RA! N> 0 THEN

CALL OF ADJUS; END;

ENSGAIN = DI: NSGAIN + I;

ENSGAIN DENSGAIN = -1;

DIDENSGAIN = DSDENeGAIN + I;

DSDEN; GAIN = DSDENSGAIN-1;

/ to S *? DO;

IF RUHúII4PPCG2ESS = 0FF THEN CALL

ELSE CALL MEW;

END

HALTSMENU;

END;

GO TO DENSLOCP; -

END DENSSERVICE;

END ECGDEN;

SPAGE ': II DTH (? O) PAGELENGTH (SE)

i,., H. DO; KART i Ibo; - ^

SNOLIST -

SINCLUDE (: FI: EXDEC.PLM)

SLIST PARAbIETERSeCALCULAT ON:

PRQEDURE REENTFANT PUPLIC;

DECLARE CORFACTOR BYTE;

  ECLARE COF.-eFACTORSTABLE (SS) BYTE DATA (-4, GS67.6s.7eo, 71,73,74,75,77.

3.79, $, 82.83, 87.8So89.

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  O CL; O. I-Z CL CL -C aZ t _. ## EQU1 ## where: ## EQU1 ## where: ## EQU1 ## (......... WU.Qh t: j The t) h Z LI co Co (M o rI y) bC -J LL w bW Ir 1- WZ (Pc. TL WnO \ w W: z- <r - * F wi -: 3 DoeF - tt '

I- CLCI,

  w V) 2: Z-s V) e SC (tLc z - O 01i -; :: "-WOw <C-h. W X LL

<cuco c.

b-OWW..I and cUJ <r i Lite

<: -

Z, -.. J

  This is the sum of the numbers of the characters that are given by the name of the name of the person. F I. zLt

S> WW- W

F CL1-

LX- '>

(W, - W oc.

  1 n Lc '<(Lai ó..J <C.I m <r III ti be.J. II.Wt.e l

L -I.J -1.J -

bZ. tL V> W L t <rr <r <1r

4su J J LI #J -

W W W We J 9 = CL. oJe, C

LL -QQQCL

  ## STR2 ## ## EQU1 ## ## EQU1 ## ## EQU1 ## _lt C. <1 LU IL Z Lu FL: 1- I- F- W 1z> L>%> LVF o1..D '4 LL CfILIW CL% l JL) -11 - V) I <r CC LI

C.:U><4b.<a- O-

FIF- 1.ZF- LJ ≥ LL

LA4 t t IL -

<L X V> Vl_ rn Cr

II -1 -IWLUl F- 1-

  Ca 2+ <4 + <4 <a <a <3 <<<<<<<<<<<<<<<<<<<<<<<<<<

-) - - W W LL W

z W CL

(4 L-

Za Lu

  <a tc t 'dm c_ fZ LLm -v l W W I' '1 1 TL TL TL TL TL,,,,

W F-CC; 4

  O z this a. ## EQU1 ## ## EQU1 ## Iq C.L L:> W fJJ Z.C e L l LL Ll. C ILOU TAL, <RZ IIFW 0 C. <J M .. Of Lt. <r (. 1u> Co <-4 '

--I VIL Ci> x U 1l It CL.

  This is the case in which the CL I V7 is located at the same time.

44LL etfla 4 -J - LL LL -.

  ## STR2 ## wherein R 1 is C 1 -C 6 R 4, C 1, C 1, C 1, C 1, C 1, C 1, C 1, C 1, C 1, C 1, C 1, C 1, C 1, and C 1 *. It is there. C, C; I fL

W C> C.t- L Z ') <' t úL. F-

L. F- L. I CI - CL. >: '.. I.

here and there. V) trs. til.

CL! -C L L L U U U U U;

iL - Q and: I_ LC ce -t '-z Z F-

  1 Co: 11, L..J Cb * '- ..' -C: L ': T.

L. I4C t.: .. f.r 1, I Lz4 :.

and Lt t / - C_t LU) iCl: LU.- VI

  ## STR5 ##

  <r Wcc CL: [i.l u..J LI9 Z (.) t .. --I (A /

  - - - - - & U / W 1LU Lu f .. LLI -

(CL WL, Ll 1 (to

  Y-Vf CL> LA L1, {J- * - r; The! -X ..

  LJ Va-CL Lut Ll'i a / f- fr l4 fIl. L. IL: eJ b.a 'a Lb. ## EQU1 ## where: ## STR1 ## W W this W hi C c t / j - d> r 44 c. LL WT IILd f> l. Xtf

CQ U Y

D iu C t-) CL C: 5: 't tr

Li L.) ..

L H LU W 1- rL. in rL

LU; -J-I-J

  LU LU LULUl Mi QQQ W 1- rtl Xs hZ Ds W-wz

F7 T- W

CL. 0 ce '(/) L -OI - z LAI.-.:b wz

W ZZ <F

O ': - /

  At -OC.:La, L.J L - .. i-- - LL I) tY _ w <a zoZ

- 'q: W 0 ,.

  - 'a: L-z cZ: W ..- W, * I-C..f LU 4t.t - <CL oe C'Lt "z> <r.wC4 _tmi - ..' C '- o0 iC. <CW

n12 1- MI ,.

  L. <'. (.L.C.U.G'a y, if, <: 1- w Cr -Po I-Z

L) Ct.II Il.WO -

LUzC) Cc \ n CI: .W

W.) -J t .: <41O.

W '.. 4 .. F.- E [-]

LL. '.W -

  tOC1- 'I t _ "?: C. To W' Ct 'W F- - o Co% 0 c <J 14r eu L.

-J 1- -J

- O -J a Q hl n M * tX ut-> izz

LU -O

01- LU LU

Lu O 1-

I LU

> 3 <r f

Z LL LLI

 X 0> mi O O-

4 P C.

tlCC V7) - <r VI W xoe <a wa <r4L

C .: t-

t..JQ C .:

LU LU Fc-

W LU Z bL

F-0 2

f- LU F-

## STR2 ## where ## EQU1 ##

Z -4

  - VI LUI I-z - J ê a. Lb. ## EQU1 ## I W - UtW V0 v It <r

: 3 :: O.

  ## STR2 ## 0 a. he v) Cs - o LLO _- f -I. t. LL 3 LL 3 LL 3 LL 3 LL 3 LL 3 LL 3 LL 3 LL 3 LL 3 LL 3 LL 3 LL 3 LL 3 LL 3 LL 3 LL 3 LL 3 LL 3 LL 3 LL 3 LL 3 LH 3 LL 3 LL 3 LL 3 LL 3 LH 3 LL 3 LL 3 LL 3 LL 3 LL 3 R 3 O W A t Z z W W W W R - CL CL

and 3EA: 'M'r-

1- Z) - I> IJAX--

  ## EQU1 ## ## EQU1 ## ## where ## EQU1 ## where: ## STR2 ## ## EQU1 ## ## EQU1 ## L, Js ta tut <z 4.-. CL + Z \ W The [dCs Z fol hL tY a r4 Ct L_ LIL rt Qi z tI * 'W h' L - -0 Z. 0-J. , ".>,. 4" Z-Z '' Z udz z LL zz ed LL ++ ft WU L. Vh +> \ tn hl WW

  à W W ((QL QL QL QL QL QL QL QL QL QL QL QL QL.

  Li.ZW zt a4 e C4 4.1 LUZ> 4.t1 - - -> L LaJW a + L0 r4 Mi (t <a CL U / 1 L. </ M- - te h tA 4 tLi LLIl LL11 kI, td It LL HL HJ WLTL ZE _ QCL CCL 4t I The LL tAY: z CWX L11 z>: - Z e to * w- <r - <az zL <ú aC "C w tL fi illl Z (Z Vh + 11 J 4 'tif1 44 JU t :: l WW Lh .. WL LZU ti tLa hLLa

- WZ C. Q W W WL D> W WL La -

  I C4 11i this Vfy via Li C4: Cc t <, k 0 M * 3 m Vi b *! itn - r4 1 Ifn tit - VI w, to V :: GI ULa..Z Cl Z C4eZ, Z La. <zZ ZZ <OWW OLL OWZLZL-Z- -DLZhlW-LL- W -epoel pQ -mW - 'aan, wp rrJ:; a J <r * ..- rew..J s 0W-tW1- <r hLa .. 4 D X J tY LL aG Ci. to.W W

G <J (4 F-

D-úLW r 0 X

> J F_- Q> W W

  4 JA) -WCa; 4 CL 61 WJD CL WCia aC 4.r this ce r WZZZ ZLWZ ZLR ZLRQ F-> -> óI This (-) WJaZIfoi - L1I 4r oeCa <ZtQa g

LL ICI * 4 1- CX. LJ

  i4F- ZL 1- W <ZQ LW:> J ZDx <C a- W m.li oe <r OWW <> (5w - La. z Cr. <z:> LW WLJ WL WLW - ## EQU1 ## where: ## EQU1 ##

W 44 4J 4J CL CL

  t J hlWhU t L (WI LL W ciZ Ww WWWWW <Z #A 4 = 11 n (4w The I-- W

F- <:

94 û:

W Cr X

D W

w W

C-). 1 '

CA z> L Ca LU

F-L L.

  ## EQU1 ## where: ## STR1 ## "-

O C "F IL.

C.after Fa LC ': W' -

  () He ".I 'To CI: [C: Ic Cr, Cai C ,. I- 1 -" #

C. LJ CL.

  -a t t- <a it: t1-W O'1l U 'FLa C: F' Ài. ## EQU1 ## ## STR1 ## ## STR1 ## (Affected DC:

* 4 X C: W, 0 4.

  Z _ 1 Xa <0 a There. t Z 11 Cl W. - 4 1lW o O0 the _e% 0 C

* W G

LJ) L .. i

W. L

W D W U G LL :: L rs: cc Co. W

4-. t-

w <f- f F-ztL

O WW

J L

!-- have --

0 <I

rw r-

z _jWt- e

I = 1 0CL.W

11a.w.Lw. t I-W: E = I t

I 3E: D

  CO 'D + n IJ II (A 401_E A w i..j.zuVf -II <- 1

t l W * t.x. 4WA.

  Z Ds: "u z El-W Yv0D, c aeoez \ zM W% 1z o) t Dk z 4 L. wF to

(ALU ZZ 11 Z

  EUE0.- c Z I) _La. Ztà 0 _.- 0 E * W1 0. t * -. Ca "-D4: Z.U Z;" ^ i

-. -4 Z-aX. ' - "

  * i z Ca Li this WW Ca. "ICII1 uC) L W.4tC4.l xM r z_ 0 re_. L x Li, a 4. D .:

  ## STR1 ## wherein: ## STR5 ##

  O oeC1c) H (t - zh II 'II' - '- I - qI. 10' f_l = _ Z -t "an;}: C, tCah> 'zz c a4'-JQ OWW *> ## EQU1 ## where: ## STR1 ## where: ## STR5 ## IJ o CL_Zn az (.1 CL. (.1C 1: n4; Cb @ QI h!

  X Y Z t Li: cZ cK = you: z CaLfZ f. tr ie - v -: .- t *.:. t-

  ## EQU1 ##. ## STR1 ## ## EQU1 ## where: ## EQU1 ##, ## STR2 ## ## EQU1 ## where: ## STR2 ##

  ## STR2 ## where ## STR2 ## where ## STR2 ##

  * CAw '-11 0Ce - _l1 * -> X S4XI' V 1 ilO: Eil ceW 4. * <X tI,>> -. XJ.

  ## EQU1 ## where: ## EQU1 ## where: ## EQU1 ##

  | O. -J!; W LZz- ..j, - .. U U D C, c-cJ | w -a Q.jt j-

  ## EQU1 ## j ,,, <iL _, J 1j ';'. , CILD,.,

  ## EQU1 ## where: ## EQU1 ## where: 2. d ,,>. D. WZ Cl C I WOC O 4.

  wZ1I P | zz; tf-j * C-xi -1.-. t._tN Il'-40 Oz, 3'4 Wt ,. tt - I ll WCA> "d II LU ZWW-

  ! I, Z. Z. Z. ## EQU1 ## where: ## STR1 ## ## EQU1 ## ## EQU0000 ## where: ## EQU1 ## ## EQU1 ## where: ## EQU1 ##, ## STR2 ##

  L, * oI: 'O:' .: ICi. "WeO Z .. {CII" II. C :: o l.x '; j' # D. / -

  * wD t 0 .. J l! "" o-L 3.WU. iWl.W-v> tO #wJ W! n>. 1, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 9, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 8, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 7, 9, 4, 4, 4, 4, 4, 5, 4, 4, 4 ## EQU1 ## where ## STR1 ## where ## STR1 ## ## EQU1 ## where: ## STR2 ## W0: P.JJdP9 ... J..JJJ, J *: W o J! .- Z <r f1 't-z W fi fi "' tL2t

WZ Wf-

  This is the case in which the following are described: ## EQU1 ## [## STR1 ## 1J44J: - CL.i..L il oci rL _ <r - "<> M <ú> ot el W a. L te p - z C lF tr u I-->: '1- Li itll z 91: h ..-, tll ,,! t '# LL -ai - t. - av O z [- bI O ti

c.

-: 2t. C-> Ce:

Lit.L <.

of. a 1-

r> lt- (A

U CU 1

  X F- Li> <r <r e "Ill cc i C> r LLl <<r Z -J cia: o h4J C i, - LU fi 1- X t-t W fLI IIi.J. -.

CJ> 4> 4

Li, IIi_,

-4 *. W q, .t.

## EQU1 ##

LU l1 1 LL.

> Q ... 4 C

The C> 1> 1 r

LL. O U W $

 1 - X W Z tJ. W di .:> j-t

41. The

r .., L n; '

Z II (.Z

0 ::. J _]

  CA tl .: 'I J> W C Ill <r It 0 LJe C> Z W i-o f ... z. I + * r- I Ld (..). R W-

h, r _ -

cI: -U!

zc> z- E-

your. C.> C 44.t t

ILa <c -

<CC (4

  J ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^.

II 01 I- &

i> '* CC LL Ul) t. D

L J C 'JV

  uhl I 4 Li cr --I- - L) cc1_1 WLi. J-1 W - 0 f C> W Z 1r w Ilo The f tJ I-- <r Z ai) II (AIl, _ ft oe o CLZ

I ,. W

  ., _. . CL - 0 t of t L.) Li-F-r C- .I.J - [1

Z. - LL. C

  This.' CLl [UJ CL il lf lL llll) L-lLlC tr C; ir ZI0t 'Iz

J., C L - 1L

C> f k e> There ...

  a. h. 1 :. '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' "

/ C) I.Y 111 CC U. 1.

  oe -; ## EQU1 ## where: ## EQU1 ##

Lz _Dl- ..

LL -

## STR2 ##

  (4 Ci U <,,, C: t & i <t-i-j --- tii (4. ,,) i

ZZ "1 F 'I

* F-Ot ht

,, '", 1 ó.J -J L, L

  -J l 1 0- to Qr Ct. Z <r CE zz J. rZ WUUoJ j.% Tll w L. LL n W "LJ r.

+,) LL

-CJ LsI F- b U -Ct:

1-- I- L, ..

  WWW (iF-hl LL! Ti- L L. a hl> ai.O, Lu: ud DO tW -JW The-3 kit Lj oJce t - L l - ci U -J Wi LU 0W - ') 0 U-rLuId0, t Vl l: tE <rF

W = OW _._

  -ZJ <. J., W ,. *,. J, J J. f I.d bd t ,. -J.J..J blA 0

U LI -

  tJ [d KI II Id jt CL. 4, p. , W, D, N, C, U4

z C: h t r <! h i.

  ## EQU1 ## where ## EQU1 ##

/ CCL ".): --F) t.

cif a t.tLiiC Z <3

LtJr, i * r, -iV O -

  Figure 1, Figure 1, Figure 1, Figure 1, Figure 1, Figure 1, Figure 1, Figure 1, Figure 1, Figure 1.

Ctl ,: r 1 4 CQ tL 'Ub 0 W- ;.

-O ': L .. F-'. I OIlI.

C. Z fi, Z CiL: -

[0004]

t.-i tifCCL t.1 0V -.)

O- C).) "(...- LL.U) I. F. C) -

  ## EQU1 ## where: ## STR1 ## where: ## STR1 ## ## EQU1 ##, ## EQU1 ##, ## EQU1 ##, ## STR2 ## -MZ i_t Cso O3 Z) w I in AQa CLr z \ tJ LtJ. -F b tJh i * W t Co 4- O 'C'tJ r N ci -1 o O l-z W OJ * _ z 7- ## EQU1 ## where: ## EQU1 ## W1 C 2: Uz- IL, Ln 2e-, 9_ (.p ó.) t Wb. - Lin IV) (I ii DU

0 0

This is the case of CJL. U h

DQ: + 1 *. '

Z 000

it * - OOOb.

@Z ':,. _l .. b.

UI) ILV

OWI ") 'I b.I b- - M

"<r <CLL.

(J-v (. U (J L r,! -.

_ iWtl aM In rO z Y n m C F- I

II 1II (lZ 0 (.J.

X.0le! -J _i L4 Q) 0 .. (To WWl '

WJ O - ("'IC' iVI.

  c, va, C4v, t WI, d (r N _ J U3t 11 11 A lllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllll Lit1,, 1.9-ci ci r z

lJ 0i4J 11 rZ. & C.

  ttnltlnltltlnlrnlrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrrn

WP.e_w (JC> C--

''A (AO '' "-0WQ f,

Z U O LIJ-O U WI Z ZIW.11

  w WWOntVvwW.-aQ: tJ of CK t it is this W j. C W -J oe w <

(A A-

<r C A VW

I _ Z

W WLF-C;

_. 1_ c4.J-.

  To I, I, W, I, I, I, I, I, I, I, I, I, I, I, I, W, W, I, I

-J) .- ;: 1LdZ- had W ': D>: in -' -.

  ## STR1 ## wherein R 1, R 1, R 1, R 1, R 1, R 1, R 1, R 2, R 1, R 3, R 3, R 3, R 3, R 3, R 3, R 3, R 3, R 3, R 4, R 4, R 4, R 4, R 4, R 4, R 4, R 4, R 3, R 4, R 4, R 4, R 4, R 4, R 4, R 4, R 4, R 4, R 4, R 4 '

CL. U% O ,, 3 Z-. -

tq (.5 - >> z, ", L i 1 1 _,

-1 "_u.Z _- tLIWZ-

CX - Ca. C-t ,, t [l. - ', n

Z <r W (ZL. [1: Z-14 L Cd.1 k 'i- -

  ## EQU1 ## where: ## EQU1 ##, ## STR2 ## + r44 ->>>>>>> <> <> <> <> <>> <> * Z c) = _ # uz Z * 1 CI, r.to m> tU. '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ## EQU1 ## where: ## EQU1 ## ol LU LU At At At La La-# # #>>>>> # # # # # # # # # # # # # # # # # # # toiz such W z (h Z z Z Wl O (h This tf D (hr. m W '"t4

7. I--) Z)

o W-

Ca W +

At, I-- k + [- - U-

13-.I) 0 (.9 I '

  oe L. '- W Q': I-Z. l W-CZ Il LALi e4 to o4 l =. ## EQU1 ## where ## EQU1 ## where ## EQU1 ## : Z.1L

W ± - J tid-

ZX- <Q 'J t

-I-T-WlLt-UtJ-

  O (L1 1- C.l1 talla (WQI <3 -DC rr_I- (l11 2.O- 'Wl I J .. 4.1- C & LU: ff 1 - tL Oh LU C> 7C> A * IL z ODDtL a..JWWZ P t. <C LLI. CL VI. Q C4 z W lt DW

N W

** C

  WCL <I Z ZO zo o- t - Lr) 0 L.) O 0 CI 'a .. Q O and C>

1- 1- Z

  aI Cl C} O W L4 (hn a ZD W Wan 1: r Cte ta wc <a: <W LU t.-J -I

"> (L {LO (-J

W & 4Z W W Wl. Q. r., R uW Ln LA

t I I '' ,, -

Wl Wl goes *

1 W

r .- .. r ... salts (ht. uW

read (hWCI (Ci -

03 l (hO QO v (W41 Wl

U

WtI.I is -C-W _m "Z, 2, (

Z D *. W, ul.

_ ty, QC 'wO.

  VJ tO 'tt' F L I C. D4 tl D a! z: VUM

V, V, 9, C

_0 (, J,: "" ",:.". "

  (.5).

. (D,!., '; &

  Cao.C0Lai OLUC C .., ', WI V' W II. LtLt IIC V): Z Ln 'c' Z 'There: tL W -, ,, you, z.

- ..,,,,.

_ Vt F CL. D- C- t

IOh -L L,.: - W n 'L t, - -

  tll '- el. It is the first time

  O o. "I!, OLUZ; LCL * -C" -, Us> 'I-

  ## EQU1 ## where ## EQU1 ## ## STR5 ## wherein: ## STR2 ## ## STR1 ##

  0fL ca vvQ *., .-. n XU Q X_ nX,) ,,,, LU_. '"" (._.

Las il I 'u0 7 0-

  He (-) (4i. (U, ft A _ (- $ t'lo tJLl 11 (.1C) te tt 1tIt tt1 t! UZ4 p pt0 - "v19 WU rI G, L, t> O" (.JO tt. Li * = 1; -............. 7, * The 0 There. 0 L) tL- Z - 'Z L: _ b, t, W ~ W W WWW LL-AI WW 6: I h - W. Co 4r crm -4 -4 -4 O0 La. J z N1 iLa Ir II W tZ t- .. * I-oDX aC: The .. To -... l La.1 I LalU t: Z ca V. -J m-lai

OLA if.

LUit W - It

<.. '/ "C-I V

Z M * IL tLU

* -u.c <.

  ## STR1 ## wherein: ## STR2 ## wherein: ## STR5 ## N3OeIdX33Gd: 3iALS; 311 ^ 313S3

! 3ASU & .4J UN4

!! VN; 3LX3 13-ir3DUd;: I1A3.3SHi.fld

-.A_3S53.N3

  FLYN13LX3 M-Δ3) Gdd: 3; JIA3S353 IS3 cN3 t.S'7dSId31. QN3

TI N 33XX 3 3NO330n :: A3dS [31St39.

  - NO3 &[.DY25; i _3Hd5 tN3 9UNI33úX3 3YNH3LX3d: NO ú 9NOgd3; 14 3 & 'td - UU3. lX3 3dnG3DOld NO IW4! HKNo.LOúM.LúVlq GN3 f3ûlt figdXYH 3dB933G! IU: 4a3úX3 (3N! IMAXV; 1) 3di; 330d: 3HONO.OJlúli3

3 35SS3 IN3

  ! ltqlY3NX3 (OSWSIHU) Odd: O3 3S '.: 5 3 fesNd3lX3 3YAt DVIM DNI> iSN 3dM33U 3 [98Nfd 31A OVIiúX3J1gN3 391JX3O fDIIgnd 3úAa 1D333S $ 39EMú 3UV933i lsIls f'AWldD3aX3: Ud) 3G; l31NIS

úSI9ONS

  ! OG: NAidN3W 8S) HIONl3D7Ud COS) H UIiM3! DdS e ú11

13 1AI Y

- ..; '- ..: HT = NF,

  : 393 HS -..... to 33N O1 = 1ZI'3'SZ'3Y - - NdZ: .I.A3 $ 2u -,; 33d.l 3 iPd9N3ad r ú, IN3 *. ## EQU1 ## where: ## STR1 ## where: ## STR2 ## . iD3: -: 'd;', $} A-9s: $ I., iESW3 N3! 91eI3.3 X3., 3dona3ZO.d: l3'l3úaI; $ d. ## EQU1 ## where: ## EQU1 ## where: ## STR1 ## where: ## STR3 ## where: ## STR2 ## ## STR5 ## wherein R 1 is N 2 O 3 N 3 O 3 3 M N 3 M 3 M 3 M 3 M 3 M 3 M 3 M 3 M 3 M 3 M 3 M 3 M 3 M 3 M 3 M 3 M 3 M 3 M 3 M 3 M 3 M 3 M 3 M 3 M 3 M 3 N 3 M N 3 M 3 M N 3 M 3 ## STR1 ##, ## STR1 ##, where: ## STR1 ## Z HH, ZZ, O, W, WC, ZZ, L, J, D, W, H, M, F, II, VI, 4, C4

Cuu If 'ct--: & (* I ..

D Wd

o * .i C r.

aQ CCL C.) QC-.

  ## EQU1 ## ## STR1 ##: ## STR1 ##

** From W ^ hs # - ', L.hl -f, D ,. <,, I.

  - <O N-b -agCt: ULfsr, d: .I> s x -. -

  Q a "4 (1J> O CruiL, C ... k-cka) O h Oe:

## EQU1 ##

  n V4O0 NCg tl_- -lc '_. 11u.l é - ,, C> Oh -

_- lf -_-. n CLa -q4f-h-I-W (LCI.

  ## STR1 ## where: ## STR2 ## i - Q DL1 10thl u L IF -h lw c'e; Q nh c. ,,:. 'cL *

a h E> -J_l Za Jl Zl k-t-

  JJ aa - jo os * .- Z E .. j Jf IZJJ Y ... JZ CCt: COO C <Z ZCt: 'aZ <rt: Z..O Ct: "FC Ch: C, [tZ (J- CL Q r WW aw CWaJQcrJ h h CL CL O L tJ: 3. -J <, ... dz J

7 (-W - -, - J

  1 hr. hr. hr. F. XIII. t:

ZC JhJ> :.

Z <1: 1ILI CL

  _, ", L .: rr, ZX c C zCn g-Fw *, z = s; h * X 1 s _1 * .1I OL) j LhX 1J C.; tC

: C / .a L t, .p Z t '"z', -

  C 5W <a Z C t: 1a i- --e. 1-I - I F. P CI. ## EQU1 ## xW. i (['- Z W - <n l- Ct: Wh X'., O'rt: *,

LL [C C C4t X e, e ZC.

  L. Z C. Lri 1 * W utlW - ,, c CDL --a WC C..WLjCe 0 mo C t * 1ua c: c "te :, t :, LU - '- - - W' .L - ## EQU1 ## ## STR1 ## ## STR1 ## ## STR1 ## 4. ## STR2 ## wherein W, L (C 1 -C 4), C-LC 2. ## EQU1 ## where: ## STR2 ## where: ## STR2 ## V) Cw-wt * IuCJN rq t: Wh c.VI is CL1- c- OZ-CL ,. k IL-hWWWWWW hJ - hf There WWW t Ih CLt t: This You Ci C '. : f CL ;: _ Z 1 L, _ h. ï z - J CL Lf h ik SX ....... (Acz O lj..II..Cc 7> -à Fl t 1l z _ Lil _ 1-1-1, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, and 4 Or J a: *: ors CO ur 0% a .. CL CL i-

F- 1-

Z Z _ o

w tt.

F-I_

  this Va W A LI <r Ir 0 -.i N w - _e L (X.I- h i LI) JM *. ## EQU1 ## where: ## STR1 ## ## STR2 ## ## EQU1 ## where: ## EQU1 ## _:::::::::)))) CL CL CL CL CL CL CL CL CL CL CL CL CL CL CL CL CL CL CL CL CL CL CL CL CL CL CL CL CLd - W: .1 ', -) CI he? F-, CIC L elu.l,

e .: D I - X E -. '> _) Z W y- <E1 ....

  ## STR2 ## wherein R 1 is a hydrogen atom, and R 1 rtu r4w Ld W! F.WrcCIC I

I r = M '0 .. .. ... 0 ..

1- cJ)

--I -.I., - I CD 0 C

  lm -J -J I'-I'-M '...' - -J -J - _- -. -. - -. - - -. - -J - - -J -1. J ara *: a.w y w. C ucr - r A A W W WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW WW (...)> >>>> (i> <r> rC4 >> Lẻ- 0 É Jae i - CJI o) CI.J.CI 00c) C) CD Ca nn WL WJnCI Z nZ

  OJJJJJJJJJJJJJJJJJJJJJJJ

F- ó:

  * .wui <r itCt Cij <r, c the [4 C 'z' 7, C LIT.T.j.r '., ", Cr <r C".,. a: '<1 -a Ir <r "r (X Ir a -X, <: u * Q - LU <L) UL) UUUUU: 1: - 0CL.J * - .. N" ts ^ Xr mw> ## EQU1 ## t90 oal)) 4: oooooooiccococ -. <r <<rD F Z F- <r <r b. <E Z j tr: Z <r <r <r <r <r <r <r Z <r <r.I. <r <> uJuwwQur.uww o Z <rF-e-u-uu-uu - uu, IJu C II (s) (Ci O4 uJ I: 1 nW - .II [

- 7 F- '

  - 1h 1- (/ Oz LU i C> Z <rr tLt tJ 'Z rl LjCJi O.40 To - .Z LF.-. Oe 0

4 WF-X-I tC _-

  ## EQU1 ## where ## EQU1 ## where ## STR2 ## I - (ELa.C

1- IL. - _4.OJJ "_ .., *

  1 - / CJC4 I J._JCL: ": '(JIwI O 11 C. II 0-' J - (4 'There is OWLU (LJ 1-- t 4 Wwu <r cd ZEr L : F-dt -fi LL 41_La W iC..t (c: Gzmi iîm> lILI t 'F-CL Il 11 thl il -J lip tI:', 'Il Il 4 <r> CW:' U (4t) V) a 'CL Tl <j>.>: V4tw C (J 4. (i (J) WLL (C rL LI The IOl u J h, a LV Wv <r On * --OûL- wi- - 0 ## STR2 ## wherein: ## STR1 ## - .. IJ _-1 O LLI CL

<r C> u Ow jMLaLaZLi <r F-

  fi Vt * G i: CV; W) wt Cl.i: 9C CL J -J This time C Wh - wEu4oC WW th CL t_ Ln iU J% c 4 Cl'_JIP-C <L F - < C <r: \\ 4., 4V't (* '* z W MZ-)' .O Cà. LF- (J * + + .- * Z - -. ,, trC <C.> Lm - L-4

  l. Ct6 * C -J_ _1. He-. J. j 1 <r <1 <- yarn - *. (el * Lf trt _ <11.

  ## EQU1 ##: ## EQU1 ## ## EQU1 ## where ## EQU1 ## \ 0 14r -t "<r! 4 P #A <1 c> <ri

I- C-

v i, 4a ce) .., <rW

Q> 6> IB. > C

  | 1411 o e It11 W (4W C> <r (4Wk --UDC> "(It W & W 4: 04 W 401 Lri O

WI- - Wl F- - o ti -.

  CI: 4 _ 14 oen U u o - -U U 0 1J W J - 40 - L W (Ji ci V) z

OO F-. zr- o t 0- t ot F Z W -

  ## EQU0000 ## where: ## STR1 ## ## STR1 ## f Z VI on

LI - W 0 * 4J -

0 W. 0 4C. NW- .. 2L4c <L <r "ZC. -1--

Z U, _1 "" .- J d-. Z uJ, -, -.

  <uW ZZ "c- <r * <'JW% .W \ oeO (UQ JW \ \ <JW \ oCO <L t W r 4 ..

r-s * <t.u zr <r-

C. O)

  CO O) m.-J W eCr! 6 "L e e 4 F - W WZ tl C <CW _X FW LW a - bW F- _l JF <tF - LUO - 'W LU --W <r <1: _>> -lC - CL z <J WF-M4> -U> WWW

C - WI - - W g4 F- FT-

  W -J F-> IJr.F-> x F-Cw> olJ QW_1 XLJ; C4 W

x D a f- w; "cm t m a -

W L. V> - 9- <0- - WL. W

  see Figure 3, Figure 3, Figure 4, Figure 3, Figure 3, Figure 3, Figure 3, Figure 3, Figure 3, Figure 3, Figure 4, Figure 3, Figure 3, Figure 3, Figure 3, Figure 3, Figure 3, Figure 3, Figure 3, Figure 3, Figure 3, Figure 3, Figure 3, Figure 3, Figure 3, Figure 3, Figure 3, Figure 3. ## STR2 ## ## STR2 ## ## STR2 ## ## STR2 ## ZA-44CLW D CL: n J hl hlt: 4.1 hl D Qt zo W

  Z h. was. >>> C> W: - You F -I W tif ** I-

  In this case, it is not possible to use it. CL. w z-J tJ F tif Wx tI

O t 4 Il * - 1I h 0 hl a "Qw F-

  -J 0 i-J Li biW you Wtul | W W, .tutl LU4 F-

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t4 _4 OJWLL LJ LJ LJ - LI -9 -

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Z> --- - - -

  ## EQU1 ## where: ## EQU1 ## where: ## EQU1 ##

LW -_> oc ">> o.

L WF L 0J * 0 lWJ..i L

C. U W 1

- WJ. ' - '> J -J

W -W J

  at. <a J -aa-letter ## EQU1 ## W (1) W 1, WW Lmd W, W <. _1 ... J_l. L..J o. Wr c "* r <r, Er er -r E <E

_ <J _ <J _J (J <J J _IJ

Co rr--I q N I tu </ W W

MMMM-J, to-> W

  <z: Asm L -r '-, aWI (,' "<D0 'WW L-s' C4 LU <-

r.-> oeCe'z :. -

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  f- tW. ## STR2 ## Z-J s ZOE-nLW ._-- ó /.'- 'r' ,. at:

0 W _J.-. a ,: - F-.- The W ,.

L o.7CC - fr o *.

  zot-o.w * t, c.zc. tn Wo Cl W U L.J W It-- W _. U

--J.J r.- 1 - _1 ....

J- -.-- -. L. -.

* 3 4 -: <I -:

U a: t4 U ",". t. > -

  oeN tlJ zw cJ t-r. ## EQU1 ##

t- W. a: J 11 -w J J <C.

  O O O U (((------------------- tL 1- W Z. W o

_. -.

Wi-Z * hzl -r "aZ t- tL 1 _! -;

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  ## EQU1 ## where ## EQU1 ## w <:, t - n, .tQ kd <C W 1W l..i ** tLWtZ Z D -tYW ï-

the .-, ta -

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LUO. <0> It <l o> CI'r.

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the "8 -4 b.

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O O r tL _.

4 It _O ts

Z. Z LLa.

  LW LL LLJJ, F - (._ zr * *. ::)

J- * J W W L

m '4Q. 4 II. IOI C rD.

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V) "Ca f) 4 * -> *:> LL O-

  O &sub2; O &sub1; &sub1; O &quot; ii-CL 0aL ** i: .. b.I: Z

  D- 'Z.L, J O .. (W C, J -D 4Z Z Z - () UC0 *.

  W z "ZD <rz" \ .. '%. Q: U: 0W. IU (tgo e-f tlW \ Cf \ UL I%. <RU <tJ tWt tJJ <1: tW tD-I,.% O 4, _- eD "ZC: CLL.e_, '4D -' ) T! -, lti t4 C-. 4 t 04 this c,., L F- .. IL.

U; Ld '(at..T?', Uthi "'Z" I L, -

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  Lf (Z L L-I) The F-1-I-I-I-I

  a-: rr zaL <..: 1 hitLti <A <ss / <tX ... *

<rqCaX'-i rj-at. zC> -Ca -

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W W E (J W W

(J -J :: D C. - z <r (.: F- uj (._)

CL> W

0 bt W -JZ). D O Cl 0 -

CL -

0 0 Lb F-ut :) Z 0 t bli L

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  CD ## STR1 ## ## STR2 ##

  ## STR1 ##

  o.:t 'tno * 1 C aG. s W Wi as. rS b1.

w L-aisW-LA. i - j '' - 'Z ....

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r _..... a _ * ...

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hl (/ l Ln Liri 0 C.1 The e

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  &Numsp; &numsp; &numsp; &numsp; &numsp;

## STR1 ##

  (/ n QQlJUQZtWWW UQUC.JQ -ZOL --1 * C '^ -ZetLi - \:' LI -: s Ci> R hl E * 4 \\ o - * - O s 4 <CL *: C'CiC '- XO LUJ 0 * faith ft a * O -1 0 * * "ú CL t there L-,' D * Lh

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CL> CL N

  o wt> Z O> W> t.Q CLLCI Me i Cl I- 0 Z. tL 'I-. ## EQU1 ## where: ## STR2 ## ## STR2 ## where: ## STR2 ## :> V <n- Ci Lai W1 CnIlN.L

e ':> C; t-LIt.tu '*. -

  e: CL is.E .. '. c>: X.c6: r e - Wh; ## EQU1 ## ## 1 ## EQU1 ## hl.4SN 'hWlAJC & Q 4- iC- L LI irb W C - I_ LU "<c) ZDZw> ZaL <p PP ûew LQI o -r 0% -4! tu" -4 1-i _ He - C LL LL.L, t4 il i, who 'WCZ -J 2: l., W 1. 4n ri w J tJ

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  This invention is in accordance with the following provisions of the present invention, which is incorporated herein by reference.

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) Ltn M - "

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J L ,. at-

  VI - <a, 3 i - W,% :: ZW FREEZESCRT = O; / úYN'liCHi NIhZES DATA ACQUISITION WITH SCOPE SWEUP / UNSPOT = 2e20H;

  CALL MOVE (4 .. ('WAIT'), STARTPOINT);

DO WHILE NEWBUFFPOINT = O;

END;

RETRACESFLAG = O;

DO WHILE RETRACEYFLAG <> OFFH;

END.

FREEZESCRT = OFFH;

UNSPOT = 4ESSH;

CALL REFERE: CEúA: PLITUDEZOFSECG;

CALL ERASE (30);

  CALL MOVE (29,. ('CALCULATION CYCLE, 1S SECONDS'),

CALL MOVE (4. ('STOP') OE9DeH).

CALL MOVE (3 .. ('RUN') OE9GH);

CALL MOVE (5. ('PRINT') 0E91H);

STARTPOINT);

  DO N = O TO NUMBERCF-eRECORDS-1; RECOPRD (N) .R - R - R-E m = e;

RECORD (N? ... E .... = _;

RECCRD (N) .VPAC E-LPG = O.

RECORD (N) .Q; STATUS = O;

END. CALL IF (CALL

DATPSACQUJISITION;

  (AUTOEPRINTENErLE = CFFH) AND (MARKINGSFLAG = O)) THEN CALL NOSDSPRINTSSTAR REFERENCESHL ITULDE! OFEECG; CARL INITIPLIZES't.AVES-ENSIN $;

CALL CALIBRATE;

  IF ((AUTOSPPINTSENArLE = OFFH) AtD (MARKINGSFLAG = 0)) THEN DO; DO WHILE FRINTSTITEOUT <33O; END; END;

CALL ERASE (48);

CALL MOVE (4,. ('RUN IN PROGPESS

MOVE (4.

MOVE (3,

MOVE (S.

  NUMBER OF INTERVALS DETECTED = '). STARTPOINT);

('SRPI'), OE21OH);

('RUt:'), trE8CE);

('PRINT') 3 OE910H3;

RRSREF = I;

RSLOC = O;

  CALL CA L CALL - z I- rc C- <c I .. w w l C / I -]> <n oeL 9- *. ta Ge z

(4. t-

  n Cl! W W Zr: CLàJ c tor ûE! ## EQU1 ## J N U LLW I> zCc C DC Ct j IL

L..J L O '=., S.

Z & Lu A (...:. R

IdW W0, r: -..... r.

cf) Z f C .. LO J '. -

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CL. J. - - - -

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LU *.

  ## EQU1 ## where ## EQU1 ## .JJJ _.4. _

c> <i- <J j 4j j. I.4.

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  qq tIMi% ihlltgIl C TO hLL. L. IL L. L .: 4I. C 0 Ct C,:. * ->. this CLC LC this UL. ## EQU1 ## where: ## EQU1 ## w. $ 4.) 4. + -. ({(O, ff Nf Lf I f Uc> a %% \% \\ z C. t- LU _ M o LU I- <! - O F - Lt4

W C

f- id C :, ta, "U

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<> ::. >> -

CL: C0 c, l c. 0 "LU" c. > To ol * X

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I cC A C A O. ICaC> HERE \% C% t.

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t 't-.

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N l t-Wj * J z r-

<1 t.1- = C n-

<1 :: C'C (14

LLCZ. z7Z, <C LI (e LU_

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  ## EQU1 ## C ## EQU1 ## ## STR2 ## 1, pj m - <zm1 L r <C Lr "N. c -J i O. ú ttLL o _ C, 'J, - o- _ (AÀ cn aLJ

This is the case of the sixteenth century.

eLA -) cn a '-

  W Cw o.w .. D c w o C i.ce..JcrA, - ó tc.,

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  j-t..Jx "-... J, V, 1 to 2 * ^. rcr <'^ v I. wt

k-W, L. - - ----- or 1'1.: -: -

  This is the case in which I (CI) -I (see Figure 1). h1 <r "4IWW & JW>>>>>>> I- w 0 I c 'ó ciócc <cx o ci o 3 co o4 cw NI J -yJJJJ jJ 6.tCtVi il ó ó <r ó za: < cc ó ó S S S S S S S Il Il Il Il Il Il Il Il Il Il Il Il Il Il Il Il 3 3 3 3 3 3 3 3 3 3 3 3 3 3. : Lt1is7.-1. =. T; d; 3 - X.:. 3. .t

- '-'> '.-T !, ú-1' - '3-' J

  97, Nd 3 -X 3 (3; Ag-1, AX]; 1, 3 '; 5 'ú.!; 1'

: 'I13

  ## EQU1 ## ## EQU1 ## ## EQU1 ## where: ## STR2 ## wherein: ## STR2 ## wherein: ## STR2 ## *, 3W: &fOî; D - ':: 3

: SI 1 ON3

  : 0 (I: 9d $) HLN3-13d C08HJ. '13DUd $ - f; - Hdl. * L Di IqAd l., K =! Nvic; .- S 3ll. ;;. -x fSS3-, Ja! ## EQU1 ## where: ## EQU1 ## where: ## EQU1 ## (SS) HI'dt N315 (OSn8) ## STR2 ##

TVELVESOUAFES: EXTERNAL FRICTION;

END 7WELVES'UARES;

RIGHTPUTTOI1: EXTERNAL FROCESSURE;

EtNLD RIGHTU1'TCoNf; sE, ECT

DECLARED

DECLARED

DECLARED

DECLAPE

DECLARED

  DASHEDIF) BYTE PUICIC DATA ('---'); DATAISETiINZPROGRESS BYTE EXTERNAL; ENDETE <T-rLA BYTE EXTERNAL; IDZFLCe EYTE EXTE21.-iL; TAELEfELECT EYTE EXTERNAL; LO: BTAPLE: PFPQCEtEDURE EXTERNAL;

* LONGSTABLE END;

DECLARE TE.XTS41 (57) BYTE DATA

  ('BEPT R-. Pg PR PEP D EC E TF -: _ 2' 5Si BYTE DATA C ~ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ TE: Tr43 11 DYTE DATA ('To t'): DECL AE TE: .TE! -I ,?) BYTE DATA

('PACE PFPCE'):

DISCLAVE INDIA: E - 'E;

DECLARE CDF (4 ') EYTE;

LVET CORR

NSEC LVET

PEP / QS ');

L.VET ');

  TABLEPDlSPLAY: PUBLIC RETENTING PROCEDURE;

DISPLAYSFLAG = O'FFH;

RAhlsDONE = O;

  IF TADLE SELECT = O THEN CALL LONGSTABLE;

ELSE DO; -

FREEZESCRT = OFFH;

ROIs = O; -

COLU14N = O;

  CUOP = OEOCee-H; CALL ERASEPOPPnDS; ChLL WRITE (.ASCI2gUFFER.4e);

CALL '.PITE (.CF: RF.Z!;.

CALL WRITE (.TEXTr41,97); -

  IF ID-FLAG = COFF THEN CALL WRITE (.TEXTS43,11);

CALL WRITE (.CRLF.2);

CALL WlRITEC.TEXT 542, 55);

  IF IDZFLA '= OFFH THEN CALL WRITE (.TEXTS44,13);

  If this is the case? J-.

(-

(..) C)

h. Li II>

*.,.READ

MU i l) + (4 W t -t +

LN4, '.t4 <* -

  C '> (0. + Ia.h + i + =: 7.> z c: J 6J I .. c i (P I

"., this -

*. 'r.tO xl _tJ 4. *. LU LO

4 * 4 * ft CL. W i-Ct.

  it. ## EQU1 ## - (, '"' K: UG * l:

W.I.L .. i..l. L ..... L.

: C: WXC:.:.: Ci

Z Z Z, W.:Z (-,

  a.C OC LC CL --a _ = t-J - -J -J -J -J tv hhhitilh hihil

* 1: E C -

  .L-1.1jlt-U O <r <r <tX <r <r *: <LLt.s

C U UTIJ UHTL J.-.

- 0 UW

r ,,, _.

lu fi w

Z Z t- l-. u h ..

r, r. tg rC L & _ i _ N N, .. ",; _

HE._- -.

-I Lt LaO X1

\ J N .. _I W.J. O

LU - - <.t -._

"-" hr.

Id W <_I.J.j J - P.t ti.

  -, Ji -J b. l Ld '. dCL (, Pc mG, ae L .. U, L. M (, -JL Ih 4 '' f 'U, ai: O t, it -1--' -, Cd * JZ t IU UJZ 'CJt' _ Ci btb LI _ - - td

L, IO Z '* [,. -. C "I O 1

: K ^ t -, ":.

  <hi .. ;; ... ruI. Z.4.1 z N i l - I'H. LI. ## EQU1 ## where ## EQU1 ## ## EQU1 ## wherein: ## STR1 ## ## STR2 ## ## STR2 ## ## STR2 ## where ## STR2 ## - 1, 1, 4, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 ## EQU1 ## wherein: ## STR1 ## ..::,,,,,,,,,,,,,,,,,,,,,,,,,,,, ## EQU1 ## W, W, W, W, _, _, _, _, _, _, _, _, _, _, _ W <'4 ".......

  ## STR2 ## wherein: ## STR2 ## wherein: ## STR2 ## ,,,,,,,,,,,,,,,,,,,,,, CL II., 1 W ZL bJ / aR s. A: hv ts. <T: Lg 't; g a lL tLS cL cc L (ft. Fl;; | n; ng TLi;: t; Ch' ## STR1 ## wherein ## STR5 ## JC JC C, aq. OX L..DTD:: 2: (D COt * -

  Ca 2 (O Ci P C4 u t4 LW "r WKW -. T, WE-W JCL f0zC.1 t.t-Z.C1 _o _L I- W

I. E: F-

W WWW z> DI >> DoOC>

J -J O J 41 O

  <r z_E <<J <W ci Li> W Lb z M X Lt Z ra t. Zb zb * "lo X z yr> YCL 14 / .t V) b" C tU 5-W k4 <V -Z Cu ctw <r <oe .. "'' 4. W0. ## EQU1 ## ## EQU1 ## ## STR1 ## ,, r ,. I-- - tn4 W Z. 'G ti l ó- _. ["-'. > latl.La The t ,. 4_J t. ## EQU1 ## where ## STR2 ## -t- .. _- t- F-t t> t- Fd J fiW tc

  C 'Z f W.OmoL L .. kt-> Z - Vb JCL LL 1hW J-

  This CD O- 'A44 0XfI Ui> <. This is the third time of the year. fo> <luW W a. C ll a. * ..- Z W mW.W., 'CLI' c: ,, J

  At i (: 1F-- t1 -J <'00-. J lNl _tà- - -

  LLUi <DUI W ub a teIs l z. ## EQU1 ## -C, t-.W. J Cg, r. I, -,,,,,,,,,,,,,,,,,,,,, ## EQU1 ## 1 (._, J4 Q * - / 4V JVUfLWLf..Ir 'ZJ, -J.'1 <h a'W <JCa, I'i O /' Z - It h iC: 'Wo% e or 0 % IC '-qi rs W E-E-W U L

AN.

+ OCW "+ + -W.

  CA t, 4 C4 this Q +++ a OC.4 <4L, and 4 I:, * L L t U ó - :::

LC D LC WW L L

Ld CO l. t C O '("C' .. t .. O ... _

-J..J:> .. J-I-.J -J ...

  ## EQU1 ## ## EQU1 ## where ## STR2 ## is a compound of the formula ## STR2 ## WI No. 4: l7 pa :: R wi

ZZZZZZZ ZZ

+ s -.-.

  LX> This W C This C Ct C C O G 'C, O C, C' 0 v * s <J <_j <j) 4D V Ci <j iLU W WL LL LD e1 nL

Cl O CL CC. C L 6U CL; 4 C>.

oj.s> D: Ds: s. ::.

JJ OJs J 1 J..1

- _JJ _J - J _J J..J

  o QUUUUUUU cAs ucjcU'juuu <G tL <r- Q. i-zT O J: q tz Z

LL CL

  a ...., .... _ .. _ ... a .... _. N. _ a> _ -.

  aa, a Cl '-4.C4d t U' .. U L U L LLRR, LL LL L L U L '. (. Al 0d 0 LL -, LU ## EQU1 ## where: ## STR1 ## hl. 'l Y t Z e: t4L ... ric N (. O z ,: +: rI t il +;' + .: +: 't:' + 7 + tL * h To

  lx9.4JC 5 .. E <i.S .... ICi-L4. -. jCiCL 'h,) - E. LIS Lii <ï-

  w.C.-........ C. Z ls s. II.'ACSl-aS .. G / - '-' - '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' '' " W LU 1J LItu LJ tl iL. I LL LL LLII C.4; ## STR2 ## ## STR2 ## ## STR2 ## The following is a list of the following: Z UiirEJ <t Cg '<aa <CS, IZ s 4LJ..JJ

: i / j C z $ uj:, .-- JCI .. '0: -. "

  o, -I o o .. 4. O% 4 'O o -J PQ t-hz W <r oL LUll lt: DCW -JO CL (C <r titr, <c <A C- trd It Z. W vt CI oce r Vb Read you Ot this tlt OXn. <A (. CiCiJ 0 L. m0>

<*> C1

  t. <A- <5> you ihE

L_LL:

  ## EQU1 ## where: ## EQU1 ##

F *. '.

o q r 'C,> (' i CD W

1- CD I CD C. C.> W

  at Lra h <r t9 Z W * 9 Ld e: i h w ws -Sc e hàCc Ws _

) -J- -F-

  O0r .... Z o:> 'r * -. hZI- r UJF-- t: D w Z w d - wd w

O --- 'CL' tJ -

  r- LdtW O W z N rc The r 'aD Ps aa U> JJO D _ w a a c. Creatless. iN. O w Z LL h. II z txl hl bLJ w _. This paper contains a number of examples from the United States of America, such as those of the United States, the United States, and the United States of America. 7 CtJ The tNCL CLO .. "CI _

LF-tL11 Z-O <C l-

  ## EQU1 ## tr-. ## EQU1 ## WC "W (j) - 1 Q. I LS o -> C L - I ht J 3 D 3 - Utl-C: -. O LU td z l 3- Ld Ur cr

  -J W il 4; 1: UlCL _l Lil V U F- 1- F..J.J, - h] El h -

  ## EQU1 ## where ## EQU1 ##

  U t.n I.V t Li. W a: l * .........,. t.I W t) ó. tJ tJ CJ Ld. Lo tCI W Ld

V. C,

  ## EQU1 ## where: ## EQU1 ## where ## STR2 ##

, IU, I, A-

CL W C (F,

F-WWW - '

(A-z l C LL LU lt tY t CL> i CLJ

O) I- OQWZ

tà CL. > w: b taJ

<EX t -

  t.W * 0 'L0 - W W (I-aJ-a' f) - [t- t - i

I F-Lcr. I '-: TF

AT*. n> F - Z W t

IT IS Lt-

At ... LU> -. (:,) VI

WVt <t CL Z -

  W LinWo W VI VI- C'tLWX tJCLd h -a J -W Ci: WU

fY '-c> .._> t- Z -

  u C ii Ci Ct (-. tL Ct CL 3tJ t- OL LL tW f44 (ALit

- D zL = n c h 4: 1 F-

  J Ct C: C: I: CL CL C t) <J J J <J <J J CJ -. WW W WaJW L J 6W OOOOOa OfX i W (., 'J LU F'- M X tu

(C Z

O-. ' tt:

IL -VIL

tt. r: W

W W _L J _ -

N ,, - h.L. X

_. 4 X * :: / .. W

  <L W V CIci: .J CC t -, LI V.I t.L _ Z t t t t W <CC CC. -J f4) F- h- F- 'iji wc "t X.X3> -C> tL I-.J t Wt. There L FA Ld

X -CL 'you

  - 1 = 1 = 1 1)) (1 / Cu W Cr. (F J F-C C Li "LtU tC4 Zu. IE Cil W Z I II: (A W

LId Z ar C /.'4 i .. h-

W 'Ce: a (tl t- LU) * C 4 t-

  LC.I Ll _ <1 ':: / -, tL., J% 4 t F- C TLI W - (*;) f C) .. O

Ii <I '-5 CL: .W - ,.

  CuC1 -! 1-, d Lú: C. (II - ttl 1 t- 4) CI r) t 2: O)

(ALINORM 9-140%) i.

  ## EQU1 ## ## STR1 ## where: ## STR1 ##

Ct F-C <c <c C. t i. CL ci.

  ## EQU1 ## ## STR1 ## ## STR2 ## ## STR2 ## <C <C -J-J / J _J.JJ <J _I _l V LI (W LW) r..J Il Il, j 4 fW t.) Lil WW UA Id LliI tu LiI WWW O. 4 4 > Q r4 6 O d ln Z n / w Ct- ILn 3 <w - F- a W - F - I - Q

W -....

1- F- <I _

> x - Cf.

W F- .;

UZ A

J II'W

- WL F-: CL t

-J _, _,:, -

The. v-i ó.) ": Li

w, IL, _% -I :.

Ift-C> l IL C, rJ M4> - CI

HE. % -1>. W /

  WIII III WT AT F-4. This tc. (..;) tL - r C t-l the eI C i: W 1L J t. * 1 Li. C <t cr L

J) <J <_J (, I,

  l CC w w Wi Wi Wi Wi Wi '' '' '' '' ',,,,,,,,,,,,

Ci. Cl.

  ## EQU1 ## where: ## EQU1 ##

>; > C X

t W WW

U): i -.-

44 44

(4 J.4

  ## STR2 ## ## STR2 ##

t) t J <.

  ## STR2 ## ## STR2 ## : 1 LLI _1> Ut 'Pt hl ciI i:] W WI W h ;.

F4. .J

f4 ... CL "'

:, C <C.5 ../ J., J, Z: lx :. -

  :. .1.D '.. <. ## EQU1 ## where: ## STR2 ##

ttl W LI.k aJ tO. f = W hl -

_J F- h- F - i- -W LU J F- F L W

n X X>. ', I-h XX J F--

Ct: L W hL b: tLt> X J WW F-> -

F-h WW X t4

& 0 L WWLI LLI W W W

Wu F-I-I-1 - / - (t.'tl-IF -t / i

V.> _> _>. - 1- 1 *>> V}.

ti t-- C - C) t J W ftl F-

vn _-4.'I: --I>> - I: "") _

F-44 i i. ## EQU1 ## (<eXtLC.wZ to C r C i l F t - t-- Li W> CC

X F-XX "- '- Z> ..> -' D

  LU LWWWWUHWLWHUWC.iW CAJ WW CL CI OC Cr 'L: CC: "CIC: û C t t t _ L L 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 t t t t t t t t t t t t t t t t t t t t t t W iid lUi WW WU td C oOOCiCI lOC.iOO cICI O0 o c- NO _r '% 0 01% "E- <' it-4 -i J <r The ... J Ltt O t-) ' . -) C Lh CC L, L t X Xl -> W e C.Ct> L CI: tXt t. t Lii Ce: Ld.La

- CJ F_ _L-

>: r>: i -> -

The LaTeL

>: L, _ 0I ,, -

(-4 C-3 F-) W

i: l G'l t-h;

L L 1C-t-L.

  Li e.w Q ['15. * i l t4 -... * "cc: Lu l- to * L.' CL L..JCi: ú_Ci: CL, read lCL C):., Co C :) U The tJ.; Hi t-JIV Lti haulitltLt h CL: CL IL: t '(C' LUCKLUCLI L 1, 1_1 Tlhwt4: 1 -i-t CL 'Lu f-).! Lii t- ht f - the "Lii C, lt4 I." L ill-1 Ii .: -I i (i ,: The. -I The i -i <C z. C ::

F-J J, Z

qr iCL .. t-

  iL.i: I I t t t

_> F - F- 1.X W

I- I- CLl 1- 't

F- W I-.

F't Liti-

Ill LIfl: '- Li.

Ct. 2i - * CL ItI

CL. - (L He: ó.

h: The. I 1- - Ci.

; 4 Z hL. -4 t-

  Bed 1 1.1Ll.1 t. I J Cz -4 td Ct Cg: (, lt i.

I. (.) J.III (II.

  Reads and reads the following information: (1) Lt (1) (1), (4) (C) The C-) z

_L: CL

1--

  w.-.- F- :. X L The TJG- D_> _ C. C) 1 W tIL The ii

4 "you.

  ## EQU1 ## where: ## STR2 ## JI i! ú *

O 0 CC I'-

  Gl 0 J-LfL Go..J lCe 'i la. Il C E r tiO- _: -1 The'

CCi4 Z- -, '.t, -

  J JJ.J Z L: C i M: r. C. Zs 11 <r <<r rt rt. aC-P-cf C zzz W w L li ii, Il ni tL CL The L-L :: \ -. -. : *: WW i- i- i- F- .i. he.:: . t C LU

x 2> t 'x *' iit - L7; J - -

ut 4 Him Li tu C i T r: I * 'iai

  - -J 0 Z L- Li Ci: L. The effect of this is that of . L - '_ ..: Lu. Xé X t - The CC ..; -' tl.Lei It L i C hi CL F ^ Ctu 4 'L5 W tk tF- i-'; 1- F - .: have

  (* Ct CL, - L. X 1, LL lI, t.1J>> ...

  LL.J.J. It is not possible to use this formula as follows: ## EQU1 ## where: ## STR1 ## The Co-ordination of the United Nations and the United States of America. This figure is taken from the following table: ## EQU1 ## and ## EQU1 ## *: 1 I CLC C C5 10): lg LU t 9) - C_Crri_ C L CLUTE and CLI ' LL, Ls f Lcc f tl lt scc 4c cc 4X IL <IL; L. :: C <<C lr _IJ _1 _J_l_t _l_I.I _1I ............

  .. 1J.I.JJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJ he Ill Lt LTAIL Li Ct; A C4 A A A C1 1 = A: iz 4e * e4 p A IC A C Co O0 C% eeu * <'J 2 Z..DTD: u a.

\ m.4 W

L L

U I 0 Fe óz I.

L L

W -J

this is the time of the day.

i- ti.

t- LU o tr- 4 W JIt CC C 2z X i

This cc.

Ln Cr <r tJ) t, t tL X to LU Ca

z O-

  Ci Tlc i- ti ú4X CiTLa La Ct: CL ni 'ci' tHt V4 f- o- Ct 'Lit 1- z Li. O ff - z D o (IL <rz CL: X i.- LU CA' itn you CV <r tL o '. m Ln f-z nI- z Ci 1 <rLCL. - this (UCL: CLa' L> - IL c

in LA.

z t <r

J.1: ,,:

CvCJ f - L Lut

Xt-

LaLa WXX The

-L L

*> f_ 1-

  rt>> <r r t - C LaL a LaU Ldt txttu ti. hi if '<r <C' Cr

J - _1

  The L LCi ACtuA <r-J <- * J <r <J CZ Z tY / 2 W c hWceh c- W F- L

Wl- Xl-

i-XWX

XL I.U

  xw W M V W ti ij LJ t. LLI Wi W. CL The

W1. (..j.

  <1 ú <r <rfZ <raa <<rU 1-z 2> L] WL: J Ldl ut 44>>; IlL W, tL tn W,:> 4a

r Cl: hJ t-

LJ W ILI W

  ac wc cc ww w w w w f f 4 4 4 4 4 4 4 4::::::::::::::::::::: C C C C C C C C C C C C o. W z, t, D

M VJ

  c> C i. h) C>, you i W z> <r 61W h f- MW uI h X VI h r

U Lw Z.> IF. Lu -

t 'f - W W, CL A O-

J-1 GM WA. IT.

ZI- -LI-ZIi. <Y CL C> rt-

  1. C <1 -LU It- C..C.h.-CL.'a.i it>: O W VX i C4 <-1 O n> 7 h4 IL -a i. W: * -. i c L -.1LM tL '. 1 .-. F

I. L L -L, a l l; 4 O :; I .. -

  WL. - * W WLUI-> p F..th C1 t-W Ca t; C4> 1- fi1; I_rz it-.1La; J ;; ## EQU1 ## r; CL <ZW 4 th V UU t X _I t-> C. Q L t bit'C <C _. CLI.C.L. Z h LU h Ln (J a ryCL Ws> W tif 1rv G2 î; s I l: ci

W D. CL CU CL. J Q D D> O V C

  :: Q 'L 0 (' p, 0 u 41l J JCr L. a <r

t-z-Q 2 <rLi ".u -

  l C -, - Z CL - -.K dW -J LI J W IV LLI.1 <tL n. ## EQU1 ## where: ## EQU1 ##

Z W w L l ó Z W w t - L t Ll: i-

  ## EQU1 ## where: ## STR1 ## Lu "C -e <l LI Q Xf C n W X V L: - W W

F-CL'J L. O. ') WC .. 1-W 4

  ## EQU1 ## This is the case in the world where it is possible to use the following methods: Li: K. ec ec WW WW WW Q Q Q Q Q W W W W ce ce ce ce ce ce ce ce ce * <* J -JJ * J ó..1..JC tC

UCU I-1 1L) Li U 4. 0 ul-as0.

  LWWWWWHWWWHWWHWWHWWHQWLQWHQWHQWHQWHQWHQWLQWHQWLQWHQWKHQWKHQWLQWLQWLQWLQWKHU u4X> -U. ki ceJ CK 'W Gz Lt- FC Cr i wXX Ut Cau, t 4 that C- II aJu

  D:> -ZZk - .. DTD: Lt IL W W <r ututi-L aLaLWa

(A tl V) CL Z>> r.

  k-0C _ ..) W a: tIJ'I E The _> _ in F _ _ mt CI Juk- <in CREE E: Z> -> Wb Oi (Il ^ and <4 44 W C4 = f- e Yth -c go z: z rJ> _: r- F: IJ IJ <: D: a <r 0t EWU x.Cm a VI J C.> W CL CL eh ua aan on <1 Z Li F- La t- X w Z.-ir CE t Jc c - L "'-J tLd

J..J aW Z -

  i] i] 3.rXWót J..J a k W W r- _: <: <r <rt *. ZLU XC ci ZXZJ iW t- V) tW The V) CL: Lt te 1 tLu: V) F- Ca td WL tWZ t-WL CJ v% D F- t- t- Ci X Ce (4 rL te> iC X Xi WW): 4 iLI4U tiJ h; (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) and (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (1) (b) (1) (b) (1) (b) (1) (b) (1) (b) (1) (1) lA: ç4 t- <r :: I: l i - ^ U4 I <3; 1 ^ -; 4 VI Lo tlI i tn

Ln J Cu ('J O J Ut t- 9-

_ _ _ _ -J tU 0 W _

(Ors tC) CU tif CJk - L t_ C-

  ## EQU1 ## where: ## EQU1 ## VI I Va ta ta ta (((((((())))))))))))))))))))))))))))))))))))))))))))))))) 'tL' This <r "<r <c <r <c <r <r <r

_I J _I J <J JJ U J J

  tlJ ta ta ll ta ta ln tlcnnqac n Q 1-4 6z Q -c <r z F-

-JW C J .->

1 tJ i :; . The

7 days] Lu W; this

C .. J "C W I -t- -

  tL: ç <<<F F F F 1 1 1 1 - - - - - - - - - - - X X X X X X X X X X X X X X IL IL IL IL IL IL IL IL IL IL IL IL.... tó) zi t (V1% t F-> t The (A CI) 4 ILa

O - X - YJ IJ L) LU L.J t -

  This is the case in which the following is described: ## EQU1 ## where: ## EQU1 ## 4 tL - tL oA> - "4 <E <C Ld '5 I L: a t = a W <r J a4 V)" en: 1> tF tJi r4' tJ u

<rI ;: t- C .. /. t.

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Claims (13)

REVENDICATIO-IS   1. Device for determining a physiological parameter of a patient, characterized in that it comprises! first means for generating a first signal representative of a quantity of blood in a portion of the patient; second means for generating a second signal representative of the electrical activity of an organ of the patient; and means (20) responsive to the first generation means and the second generation means for calculating the physiological parameter using the first signal and the second signal.   2. Device according to claim 1, characterized   in that the calculation means further comprise   means (116) that react to the first means of genera-   by differentiating the first signal.   3. Device according to claim 2, characterized   in that the second signal is an electrocardiographic signal. gram.   4. Device according to claim 3, characterized   in that the first generation means consist of in a densitometer.   5. Device according to claim 4, characterized   in that the densitometer is an ear densitometer.   6. Device according to claim 4, characterized   in that the calculating means further comprises: first means (114) operating in dependence of the densitometer so as to process the first signal; second means operating under the control of the means   differentiation so as to treat a derivative of the first   first signal; third means (120) functioning   dependent on the second generation means of   to process the electrocardiogram signal; a conver-   digital-to-digital weaver (132) operating under the control of the first processing means, the second processing means and the third processing means,   thanks to what the first signal, the derivative of the first   general and the electrocardiogram signal are converted into a digital representation; and a processor (112, 146, 148) which operates under the control of the converter   analogue-digital system, thanks to which digital representation   is converted into a physiological parameter.   7. Device according to claim 6, characterized   in that the calculation means furthermore comprise   means (144, 150, 158) that operate under the   processor to display the phy- siologique.   8. Device according to any one of the   1 to 7, characterized in that the physiological parameter   logic includes the pre-ejection phase.   9. Device according to any one of the   I to 7, characterized in that the physiological parameter   Siologic includes ventricular ejection time left.   10. Device according to claim 9, characterized   rised in that the physiological parameter further comprises the pre-ejection phase.   11. Device according to claim 10, characterized   in that the physiological parameter further comprises the ratio between the pre-ejection phase and the time left ventricular ejection.   12. Device according to claim 7, characterized   in that it further comprises means (121) which operate under the control of the third means of   treatment in order to identify a stimulus impulse lation.   13. Device according to any one of the   10 or 11, characterized in that it further comprises means which operate under the control of the third processing means so as to identify a stimulation pulse, which makes it possible to determine the   hemodynamic effects of stimulation.