referring to the drawings , fig1 shows the display portion 14 of a medicament regime control device 10 . the device 10 is received in a housing or casing 12 . ( fig2 ) of generally rectangular shape . the housing 12 may be provided with strap attachment anchors 16 of known design , for the attachment of a strap 20 ( fig2 a and 2b ) to the device 10 . push buttons 22 are provided at each side of the housing to permit displayed messages to be switched off when read . a single push button may be employed but it is simplest to the user to have two such buttons 22 . such buttons also may be employed to alter time and date displays . the display portion includes a plurality of liquid crystal displays which display selected information in accordance with information programmed into the device 10 , as discussed in greater detail below . the liquid crystal displays ( lcds ) are activated in response to control signals generated by a microcontroller 51 forming part of the device 10 ( discussed in greater detail below ) and which are received by the display portion 14 via upper and lower contact pads 33 and 34 . the displays are divided into a first row 24 of four side - by - side individual displays and a second row 26 of four side - by - side individual alpha - numeric lcd displays , each of which is programmed to display numerals or selected alphabetic letters . a third row 28 of four side - by - side individual displays and a fourth row 30 of four side - by - side individual displays also are provided in alignment with the respective individual displays of the first and second rows 24 and 26 , each of which is programmed to display selected and different alphabetic letters , generally from a to d ( row 28 ) and j to m ( row 30 ). a message bar 32 also is provided on the display face 14 for the display of supplementary messages or a patient &# 39 ; s initials in the time mode ( fig3 a , 3c - 3k ). as shown in fig1 b and 2b , the device 10 is of planar , generally sandwich - type construction having a metal back 35 connected to an acrylic lens 42 via screw 37 , the lens 42 being snap fit connected to frame 36 . a piezo - electric element 38 is mounted on the back 35 and is separated from a printed circuit board 39 via spring contacts 40 . the printed circuit board 39 houses all of the electronic components , including the display portion 14 , microcontroller 51 ( discussed in greater detail below ), infrared data link 76 ( also discussed in greater detail below ), etc . the display portion 14 is mounted above printed circuit board 39 and separated therefrom via a spacer 40 . the basic structure of the lcd display portion 14 comprises first and second layers of glass 35 and 36 , and an intermediate layer of nematic liquid , along with suitable electrodes for causing programmable molecular twisting of the nematic fluid structure , in a well known manner . as indicated above , the electrodes are connected to the microcontroller 51 on printed circuit board 39 via connectors 33 and 34 . in fig2 b , the interconnection between the electrodes 33 , 34 and the circuitry of printed circuit board 39 is via a ribbon cable 41 . turning now to fig4 and 6 , various embodiments of portable medication and prompter carrying devices ( hereinafter referred to as portable medication managers ), are shown . in fig4 and 5 , a double row device is shown comprising seven compartments 43 for storing medication to be dispensed , and a further compartment 44 for storing the medicament regime control device 10 of the present invention . each of the compartments 43 and 44 includes an undercut locking slot 48 for receiving the lip portion 45b of the corresponding lid 46 , and a further slot 47 receiving a flexible hinge portion 48 of the lid 46 . as shown with reference to fig4 c , the underside of the lid 46 includes an inner skirt 49 on all four sides which fits down inside of each compartment 43 , 44 . furthermore , a locking tab is provided for locking the lid 46 in place over the associated row of compartments . as shown in fig4 a and 4d , an additional chamfered slot 54 is provided for access to compartment 44 , and through which the function button 22 of device 10 protrudes . the slot 54 is chamfered to facilitate finger depression of the button 22 . the lid 46 preferably has letters a - d or j - m stamped thereon , for identifying the medication stored within relative to the medication alpha indicators on the device 10 . fig5 a shows the portable medication manager in plan view and fig5 b shows the portable medication manager in cross - sectional view with the lid 46 in place . fig5 c is a perspective view of a suitable carrying case for the portable medication manager , so that the medication manager may be conveniently carried in a purse , briefcase , glove compartment , etc . fig6 a shows a single row version of the portable medication manager , for persons who have been prescribed four or fewer medications . fig6 b is a perspective view of a carrying case for the single row portable medication manager , which is capable of being carried in a patient &# 39 ; s breast pocket , etc . as an alternative to utilizing the portable medication manager of fig4 - 6 , the patient may choose to continue using the standard pharmacy issue prescription vials and containers 55 ( fig7 a ), each of which may be identified by a pressure sensitive label 57 which can be applied to the container 55 . the letters appearing on pressure sensitive labels 57 correspond to the alpha indicators generated by the medicament control device 10 of the present invention . in the embodiment shown in fig8 the medicament regime control device 10 is shown in close proximity to a data transfer device 50 ( ie . smart box ), for . programming the device 10 with data input by the pharmacist . in this illustrated embodiment of the device 10 , the message bar 32 is omitted and the device 10 is provided with two rows of side - by - side individual displays . the display face is hexagonal in shape rather than rectangular , as in the embodiment of fig1 etc . the rectangular face is preferred , since additional space is thereby provided for greater legibility of medication nomenclature , additional rows of displays to accommodate greater numbers of medicaments and a message bar . fig9 shows a schematic arrangement of a data transfer device 50 ( ie . smart box ), for programming the medicament regime control device 10 . such a device is used by a pharmacist in conjunction with the pharmacy computer 52 to program appropriate information into the medicament regime control device , based on information provided by a physician on a prescription , and supplemented by information provided by the patient ( eg . patient &# 39 ; s initials , time patient awakes in morning , etc .). fig9 also contains a schematic block circuit diagram of the electronics housed within the medicament regime control device 10 for controlling the lcd display portion 14 and communicating with the data transfer device 50 . as seen therein , the electronics circuitry of the medicament control device 10 includes a microcontroller 51 which is programmable by the device 50 through input / output interface 76 . such connection may be a probe which plugs into a suitable socket formed in the casing of the device , but is preferably an infrared device for effecting wireless data transfer . the microcontroller 51 accesses data stored in eeprom memory 58 , and in response controls the display device 14 in the manner discussed above . the electronic components of device 10 are powered by a battery 100 . the data transfer device 50 interacts with the medicament regime control device 10 through the interface 76 via an internal input / output buffer 70 which communicates with a main processor board 72 , which receives power from a power supply 74 . data is fed into the data transfer device 50 from the pc 52 through a suitable connection such as rs - 232 port 56 . the overall sequence of programming the medicament control device 10 is as follows with reference to fig9 . firstly , a patient provides the pharmacist with one or more prescriptions to be filled , and provides the pharmacist with certain additional information such as the patient &# 39 ; s initials , any allergies , time of day when the patient awakens , etc . this additional information may be provided to the pharmacist via a questionnaire , orally , etc . the information from the patient as well as the prescription information are then entered into computer 52 , which as indicated above may be the standard pharmacy computer for maintaining information on patients and issuing prescriptions , etc ., or may be a stand alone lap top pc , etc . software running on computer 52 causes the input information to be appropriately stored , and generates data to the data transfer device 50 ( i . e . smart box ) via serial interface 56 . the main processor board 72 of data transfer device 50 receives and modifies the data received from pc 52 for transmission to the medicament control device 10 . more particularly , data transfer device 50 contains a replaceable read - only memory 53 ( referred to herein as a personality rom ), for translating the data received from pc 52 , irrespective of the protocol or format of the data generated by pc 52 ( i . e . ibm , apple macintosh , etc .) to a format suitable for transmission to the medicament control device 10 . the data so translated is output via data control link 76 ( i . e . preferably an infrared link ), through input / output buffer 70 , for receipt by the microcontroller 51 of medicament control device 10 . in this way , the medicament control device 10 is loaded with the relevant information concerning the patient &# 39 ; s initials , the time to start notifying the patient of the first prescription in a given day , the drug identification , how often the drug is to be taken , how many doses have been issued , and any cautions concerning whether the drug is to be taken with or without meals , etc . this data is stored in an internal data memory ( e . g . 736 by 4 bit memory ). although &# 39 ; shown provided with an external memory eeprom 58 , which is useful for development purposes , in the preferred embodiment of the invention microcontroller 51 is in the form of a ks57c2616 microcontroller manufactured by samsung electronics , which includes an internal 16k byte program memory which is permanently programmable . once the medicament control device 10 has been programmed by the pharmacist , the device begins operating in normal operating mode , as discussed in greater detail below with reference to fig1 . in the event of a requirement to re - fill one or more of the prescriptions that are being tracked by the medicament control device 10 of the present invention , the patient provides the pharmacist with his / her medicament regime control device 10 , the pharmacist then downloads data from the device 10 into the pharmacy pc 52 via data transfer device 50 ( i . e . data control link 76 and serial interface 56 are bi - directional ). the medicament regime control device 10 provides an indication as to which of the one or more prescriptions needs to be re - filled . in response , the software running on pc 52 accesses as the patient &# 39 ; s file , determines whether or not re - fill authorization has been provided , and if so , down - loads programming information to the device 10 via data transfer device 50 , as discussed above , for restarting the prescription regime ( i . e . notifying the patient when to take the re - filled prescription ( and any other prescriptions not yet finished ), number of doses , etc .). the actual creation of software for the pharmacy computer 52 and data transfer device 50 is believed to be well within with scope of a person skilled in the art . turning now to fig1 , a detailed schematic diagram is shown of the electronic circuity incorporated in the medicament regime control device 10 of the present invention . microcontroller 51 is preferably a ks57c2616 microcontroller manufactured by samsung electronics , as indicated above . the lcd display portion 14 conforms to the structure illustrated in fig1 . the microcontroller 51 and lcd display portion 14 are powered by a battery 100 , preferably in the form of a three volt lithium cell . a clock circuit 101 , including an approximately 32 khz crystal x1 , provides the necessary clock signal for operating microcontroller 51 . the piezo - electric device 38 , switches 22 , and infrared ( ir ) interface 76 are connected to the microcontroller 51 in a well known manner , as illustrated in fig1 . the pin connections between microcontroller 51 and lcd display portion 14 for this preferred embodiment , are indicated in appendix a to this disclosure , which also includes an indication which of the displays 24 , 26 , 28 , 30 and 32 ( fig1 a ) are activated by signal outputs from the microcontroller 51 . turning to fig1 , a flow chart is provided showing the normal operating mode of the medicament regime control device 10 of the present invention . after the device 10 has been programmed , the software flow begins ( i . e . step 110 ), and the time , date , and patient &# 39 ; s initials are displayed as indicated at step 111 ( fig3 a ). the device then accesses the microcontroller &# 39 ; s internal data memory and compares the programmed alarm times ( in the example of fig1 , only two medications a and b have been programmed ) with the present time ( step 112 ). in the event of no match , then the device checks the battery level at step 113 . if the battery level is sufficient , program flow returns to step 111 . if the battery level is low , the device alternates displays between lo - batry in step 114 ( fig3 j ) and renew mp in step 115 ( fig3 k ). this notifies the patient to return to the pharmacist to obtain a new programmed medicament regime control device 10 . in the event of a match between the current time and one of the programmed alarm times ( i . e . step 112 ), the piezo - electric alarm 38 is sounded at step 116 , the display generates the appropriate alpha indicator , dose and additional data at step 117 ( i . e . fig3 b , 3c , 3d , 3e , 3f , 3h and 3i ), in accordance with the information programmed into the internal data memory of microcontroller 51 . if the patient then depresses button 22 , the piezoelectric alarm 38 is silenced ( i . e . steps 118 and 119 ). if the button is not pressed , and an internal time out has not occurred ( say 5 minutes ), as indicated at step 120 , program flow returns to step 117 . if a time out has occurred , the alarm 38 is silenced and program flow returns to step 111 ( i . e . time / date mode ), as indicated at step 121 . after the alarm has been silenced at step 119 , the display of alpha indicator , dosage and additional data continues until the appropriate button 22 is pressed ( i . e . either a single button 22 being depressed twice , or the other button 22 being depressed in a two button embodiment ), as indicated at step 122 . if the button 22 is not depressed and no time out has occurred ( i . e . step 123 ), program flow returns to step 122 . if , however , a time out has occurred , then the device returns to time and date mode ( i . e . step 111 ) via step 124 . if the button 22 has been depressed at step 122 , indicating that the patient has taken the required dosage of medication , then the quantity ( qty ) as stored in the internal data memory is decremented ( i . e . step 125 ). if the decremented quantity is less than a predetermined value ( say 10 ), then the device 10 displays the re - fill message ( i . e . fig3 g , at step 127 ). if the decision at step 126 indicates that no re - fill is required , then the display returns to time and date mode via step 125 . turning now to the embodiments of fig1 , 13 , and 14 , various forms of carrying case are provided for the device 10 of the present invention . the rectangular carrying case of fig1 comprises a cover 130 and bezel 131 ( fig1 a ), the cover 130 being shown in greater detail with reference to fig1 b , comprising a pair of flanges 132 on the inside of which are disposed a pair of dimples 133 and pivots 134 adapted to engage corresponding slots 35 and holes 36 in the bezel 131 . an aperture 137 is provided as a key ring hole . the interconnection of cover 130 with bezel 131 , and its operation is shown in greater detail with reference to fig1 c . fig1 a , 13b and 13c show a spoon - shaped moulded plastic pendant 140 having a recess 141 with internal flanges to receive and hold the medicament regime control device 10 . fig1 a , 14b and 14c show the device 140 for use with a key fob . in fig1 a and 14a , the device 10 is shown in time / date mode , whereas in fig1 b , 14b , the device 10 is shown in alarm mode . in summary of this disclosure , the present invention provides a novel medicament regime control device and overall system of medication control which has significant advantages over the prior art , as enumerated herein . modifications are possible within the scope of this invention . __________________________________________________________________________drive name common name descriptionname id pin # name id pin # type location element__________________________________________________________________________connections to micro - processorseg 0 34 com 0 62 7 segment &# 34 ; a &# 34 ; aseg 1 33 com 0 62 7 segment &# 34 ; a &# 34 ; bseg 2 32 com 0 62 7 segment &# 34 ; a &# 34 ; cseg 3 31 com 0 62 7 segment &# 34 ; a &# 34 ; dseg 4 30 com 0 62 7 segment &# 34 ; a &# 34 ; eseg 5 29 com 0 62 7 segment &# 34 ; a &# 34 ; fseg 6 28 com 0 62 7 segment &# 34 ; a &# 34 ; gseg 0 34 com 1 63 7 segment &# 34 ; b &# 34 ; aseg 1 33 com 1 63 7 segment &# 34 ; b &# 34 ; bseg 2 32 com 1 63 7 segment &# 34 ; b &# 34 ; cseg 3 31 com 1 63 7 segment &# 34 ; b &# 34 ; dseg 4 30 com 1 63 7 segment &# 34 ; b &# 34 ; eseg 5 29 com 1 63 7 segment &# 34 ; b &# 34 ; fseg 6 28 com 1 63 7 segment &# 34 ; b &# 34 ; gseg 0 34 com 2 64 7 segment &# 34 ; c &# 34 ; aseg 1 33 com 2 64 7 segment &# 34 ; c &# 34 ; bseg 2 32 com 2 64 7 segment &# 34 ; c &# 34 ; cseg 3 31 com 2 64 7 segment &# 34 ; c &# 34 ; dseg 4 30 com 2 64 7 segment &# 34 ; c &# 34 ; eseg 5 29 com 2 64 7 segment &# 34 ; c &# 34 ; fseg 6 28 com 2 64 7 segment &# 34 ; c &# 34 ; gseg 0 34 com 3 65 7 segment &# 34 ; d &# 34 ; aseg 1 33 com 3 65 7 segment &# 34 ; d &# 34 ; bseg 2 32 com 3 65 7 segment &# 34 ; d &# 34 ; cseg 3 31 com 3 65 7 segment &# 34 ; d &# 34 ; dseg 4 30 com 3 65 7 segment &# 34 ; d &# 34 ; eseg 5 29 com 3 65 7 segment &# 34 ; d &# 34 ; fseg 6 28 com 3 65 7 segment &# 34 ; d &# 34 ; gseg 0 34 com 4 66 7 segment &# 34 ; j &# 34 ; aseg 1 33 com 4 66 7 segment &# 34 ; j &# 34 ; bseg 2 32 com 4 66 7 segment &# 34 ; j &# 34 ; cseg 3 31 com 4 66 7 segment &# 34 ; j &# 34 ; dseg 4 30 com 4 66 7 segment &# 34 ; j &# 34 ; eseg 5 29 com 4 66 7 segment &# 34 ; j &# 34 ; fseg 6 28 com 4 66 7 segment &# 34 ; j &# 34 ; gseg 0 34 com 5 67 7 segment &# 34 ; k &# 34 ; aseg 1 33 com 5 67 7 segment &# 34 ; k &# 34 ; bseg 2 32 com 5 67 7 segment &# 34 ; k &# 34 ; cseg 3 31 com 5 67 7 segment &# 34 ; k &# 34 ; dseg 4 30 com 5 67 7 segment &# 34 ; k &# 34 ; eseg 5 29 com 5 67 7 segment &# 34 ; k &# 34 ; fseg 6 28 com 5 67 7 segment &# 34 ; k &# 34 ; gmii - pins xlsseg 0 34 com 6 68 7 segment &# 34 ; l &# 34 ; aseg 1 33 com 6 68 7 segment &# 34 ; l &# 34 ; bseg 2 32 com 6 68 7 segment &# 34 ; l &# 34 ; cseg 3 31 com 6 68 7 segment &# 34 ; l &# 34 ; dseg 4 30 com 6 68 7 segment &# 34 ; l &# 34 ; eseg 5 29 com 6 68 7 segment &# 34 ; l &# 34 ; fseg 6 28 com 6 68 7 segment &# 34 ; l &# 34 ; gseg 0 34 com 7 69 7 segment &# 34 ; m &# 34 ; aseg 1 33 com 7 69 7 segment &# 34 ; m &# 34 ; bseg 2 32 com 7 69 7 segment &# 34 ; m &# 34 ; cseg 3 31 com 7 69 7 segment &# 34 ; m &# 34 ; dseg 4 30 com 7 69 7 segment &# 34 ; m &# 34 ; eseg 5 29 com 7 69 7 segment &# 34 ; m &# 34 ; fseg 6 28 com 7 69 7 segment &# 34 ; m &# 34 ; gseg 7 27 com 0 62 5 × 7 display char # 1 1seg 8 26 com 0 62 5 × 7 display char # 1 2seg 9 25 com 0 62 5 × 7 display char # 1 3seg 10 24 com 0 62 5 × 7 display char # 1 4seg 11 23 com 0 62 5 × 7 display char # 1 5seg 7 27 com 1 63 5 × 7 display char # 1 6seg 8 26 com 1 63 5 × 7 display char # 1 7seg 9 25 com 1 63 5 × 7 display char # 1 8seg 10 24 com 1 63 5 × 7 display char # 1 9seg 11 23 com 1 63 5 × 7 display char # 1 10seg 7 27 com 2 64 5 × 7 display char # 1 11seg 8 26 com 2 64 5 × 7 display char # 1 12seg 9 25 com 2 64 5 × 7 display char # 1 13seg 10 24 com 2 64 5 × 7 display char # 1 14seg 11 23 com 2 64 5 × 7 display char # 1 15seg 7 27 com 3 65 5 × 7 display char # 1 16seg 8 26 com 3 65 5 × 7 display char # 1 17seg 9 25 com 3 65 5 × 7 display char # 1 18seg 10 24 com 3 65 5 × 7 display char # 1 19seg 11 23 com 3 65 5 × 7 display char # 1 20seg 7 27 com 4 66 5 × 7 display char # 1 21seg 8 26 com 4 66 5 × 7 display char # 1 22seg 9 25 com 4 66 5 × 7 display char # 1 23seg 10 24 com 4 66 5 × 7 display char # 1 24seg 11 23 com 4 66 5 × 7 display char # 1 25seg 7 27 com 5 67 5 × 7 display char # 1 26seg 8 26 com 5 67 5 × 7 display char # 1 27seg 9 25 com 5 67 5 × 7 display char # 1 28seg 10 24 com 5 67 5 × 7 display char # 1 29seg 11 23 com 5 67 5 × 7 display char # 1 30seg 7 27 com 6 68 5 × 7 display char # 1 31seg 8 26 com 6 68 5 × 7 display char # 1 32seg 9 25 com 6 68 5 × 7 display char # 1 33seg 10 24 com 6 68 5 × 7 display char # 1 34seg 11 23 com 6 68 5 × 7 display char # 1 35seg 12 22 com 0 62 5 × 7 display char # 2 1seg 13 21 com 0 62 5 × 7 display char # 2 2seg 14 20 com 0 62 5 × 7 display char # 2 3seg 15 19 com 0 62 5 × 7 display char # 2 4seg 16 18 com 0 62 5 × 7 display char # 2 5seg 12 22 com 1 63 5 × 7 display char # 2 6seg 13 21 com 1 63 5 × 7 display char # 2 7seg 14 20 com 1 63 5 × 7 display char # 2 8seg 15 19 com 1 63 5 × 7 display char # 2 9seg 16 18 com 1 63 5 × 7 display char # 2 10seg 12 22 com 2 64 5 × 7 display char # 2 11seg 13 21 com 2 64 5 × 7 display char # 2 12seg 14 20 com 2 64 5 × 7 display char # 2 13seg 15 19 com 2 64 5 × 7 display char # 2 14seg 16 18 com 2 64 5 × 7 display char # 2 15seg 12 22 com 3 65 5 × 7 display char # 2 16seg 13 21 com 3 65 5 × 7 display char # 2 17seg 14 20 com 3 65 5 × 7 display char # 2 18seg 15 19 com 3 65 5 × 7 display char # 2 19seg 16 18 com 3 65 5 × 7 display char # 2 20seg 12 22 com 4 66 5 × 7 display char # 2 21seg 13 21 com 4 66 5 × 7 display char # 2 22seg 14 20 com 4 66 5 × 7 display char # 2 23seg 15 19 com 4 66 5 × 7 display char # 2 24seg 16 18 com 4 66 5 × 7 display char # 2 25seg 12 22 com 5 67 5 × 7 display char # 2 26seg 13 21 com 5 67 5 × 7 display char # 2 27seg 14 20 com 5 67 5 × 7 display char # 2 28seg 15 19 com 5 67 5 × 7 display char # 2 29seg 16 18 com 5 67 5 × 7 display char # 2 30seg 12 22 com 6 68 5 × 7 display char # 2 31seg 13 21 com 6 68 5 × 7 display char # 2 32seg 14 20 com 6 68 5 × 7 display char # 2 33seg 15 19 com 6 68 5 × 7 display char # 2 34seg 16 18 com 6 68 5 × 7 display char # 2 35seg 17 17 com 0 - 6 5 × 7 display char # 3 1seg 18 16 com 0 - 6 -- seg 19 15 com 0 - 6 ( this table -- seg 20 14 com 0 - 6 is reduced ) -- seg 21 13 com 0 - 6 35seg 22 12 com 0 - 6 5 × 7 display char # 4 1seg 23 11 com 0 - 6 -- seg 24 10 com 0 - 6 ( this table -- seg 25 9 com 0 - 6 is reduced ) -- seg 26 8 com 0 - 6 35seg 27 7 com 0 - 6 5 × 7 display char # 5 1seg 28 6 com 0 - 6 -- seg 29 5 com 0 - 6 ( this table -- seg 30 4 com 0 - 6 is reduced ) -- seg 31 3 com 0 - 6 35seg 32 2 com 0 - 6 5 × 7 display char # 6 1seg 33 1 com 0 - 6 -- seg 34 100 com 0 - 6 ( this table -- seg 35 99 com 0 - 6 is reduced ) -- seg 36 98 com 0 - 6 35seg 37 97 com 0 - 6 5 × 7 display char # 7 1seg 38 96 com 0 - 6 -- seg 39 95 com 0 - 6 ( this table -- seg 40 94 com 0 - 6 is reduced ) -- seg 41 93 com 0 - 6 35seg 42 92 com 0 - 6 5 × 7 display char # 8 1seg 43 90 com 0 - 6 -- seg 44 89 com 0 - 6 ( this table -- seg 45 88 com 0 - 6 is reduced ) -- seg 46 87 com 0 - 6 35seg 47 86 com 5 icon collinseg 48 85 com 5 icon slashseg 47 86 com 6 icon aseg 48 85 com 6 icon bseg 49 84 com 6 icon cseg 50 83 com 6 icon dseg 47 86 com 7 icon jseg 48 85 com 7 icon kseg 49 84 com 7 icon lseg 50 83 com 7 icon mseg 51 82 com 7 icon amseg 52 81 com 7 icon pm__________________________________________________________________________othe connectionsname pin # description__________________________________________________________________________vss 91 common groundvdd 40 drive voltagep1 0 / int 0 51 button contact 1p1 1 / int 1 52 button contact 2p1 2 / int 2 53 input from i / r rcvr . p2 2 / lcdsy 57 output to i / r xmtr . p0 3 / buz / ko 47 output to buzzerreset 46 reset controlxt in 44 32 khz xtl oscillator inxt out 45 32 khz xtl oscillator out__________________________________________________________________________all other pins not used or connected__________________________________________________________________________
a medication regime control device employs a plurality of liquid crystal displays controlled by a preprogrammed electronic circuit to display to a patient the number of doses of selected identified medications to be consumed at the time of display and any special instructions with respect thereto . the device acts as a watch and personal identifier between displays of the need to take medication .