MXPA97003571A - Tablet dispenser for variable beginning enel - Google Patents

Abstract

The present invention relates to a tablet dispenser for dispensing a regimen of pills in a designated sequence, characterized in that it comprises, as a first element, a flat support having a tablet dispensing aperture, a surrounding wall portion defining an interior in the form of a cup, and an axis of rotation, as a second element, a rotating knob having periodicity indicators, means for connecting to the flat support for movement about the axis of rotation, and means for advancing the ratchet, as a third element , a package of tablets for containing the tablets of the regimen in individual collapsible cavities with frangible lid, the cavities arranged circularly around a hole for dispensing from the opening when rotated about the axis of rotation, the packing of tablets having second rotary means for connect to the rotary knob when it is extended through the hole, and as a fourth element, means to avoid loading the package of tablets in the flat support, except in a predetermined orientation

Description

TABLET DISPENSER PARR VARIABLE BEGINNING ON THE DAY F ta > ol J. i- 1 tud ot. a question was answered in the form of the document, No. 0 08 /? 82,.?, r-p / filed on July 9, 1994,. 'Mulada' Variable Day 'j'ar-i 1 at > lo-. I)? S? In < -.er ",.

FIELD OF THE INVENTION l "st invoric on so I refer to a" st "or ina" compose it to) f) dispenser of ble'as substance Unerd or «, J reu i .-«. r that? uo < Je ada t par. i a < om on O n sbio «Jo dj.a a prescriptive diet regime of a woman, I provide a tantrist-dispensing equipment, a pack of tablets adapted to supply - if it is a drug dispenser. - Reliable methods surt jr Ib the Tablet Dispenser of Ja in in inv methods for a nr-t i * ai '? n req aen i> resc ri? o de? ne «I 1 • .amen < or using e) * istema «1? spensader d tablets« Je li invention.

BACKGROUND OF THE INVENTION Or frequently prescribed drugs and pharmaceutical preparations for patients based on a time-related or scheduled dispensation, examples of tablets or pills that are prescribed in a peri-regimen. Established doctors include a tablet or pills adapted for oral t-ion use for birth control, to regulate blood pressure, to regulate blood levels, as antibiotics, and to treat a variety of o-, Such long-term regimens are usually temporary for preventive medicine (for example, blood pressure regulation or natural control) or for the treatment of chronic conditions. Which require a relatively long therapy course The amount of drug provided in a preparation The pharmaceutical form in solid form such as a tablet or pill is inherently contoured, so that each tablet contains a fixed amount of dosage and there is little or no confusion as to the amount to be taken. Frequently, if they do not invest, the variability in the The pharmacist admi nistration is attributable to the patient's id ng, forgetfulness and / or confusion as to whether or not he has taken a tablet at the prescribed time and regimen. This problem can be compounded when the dosage has to be repeated daily a number of times or when multiple medications are prescribed or when the medications are to be taken during a long course of therapy that can extend from weeks to years. This problem may be applicable to most of all patients, including those with advanced disease, chronically ill patients (who may be in a weakened state), and active persons who are obliged to take long-term treatment courses such as racepc on or hormone replacement therapy. As a result of the problems of confusion, uncertainty or forgetfulness, a patient can actually take more or less of the prescribed regimen of two drugs that is indicated, thereby altering the course of prescribed treatment. . To ensure maximum effectiveness of the prescribed medication, it is advisable to provide a dispenser that helps the patient adhere to the prescribed time schedule for dosing, either one day, multiple daily doses or two less frequent doses. Tablets and tablet devices are known for dispensing solid form pharmaceutical preparations, such as tablets or pills, according to a time-related sequence. Examples of said tablet dispenser are described in US Pat. No., lfa5, io9, which provides a dispenser1 that allows a user to take a tablet on a prescribed basis, for example, on a daily basis, which has an indicator denoting the days of the week, Description of this patent is incorporated herein by reference. In this device there is no provision available to allow a person to previously set a specific day of the week in which she must take the first designated pill from a series of different pills, from a mot \ that >; -ea simple and efficient. For example, if an indicator mechanism is not adjustable and it is previously established that it is required to take the first pill, of a regimen made of different pills, on a particular day of the week, as on Sunday,,. The user is presided over by the Junes, the user will be at risk for a period of time, from Monday to the following Sunday. A possible solution to this problem is the production of seven different thinkers covering the beginning of the day of the week, however it is impractical. Other patents such as the Patents of the L..U. Nos. 4,915,256, .646, ^ 36 V 4,667,045 describe different pill thinkers that provide a daily indicator that can designate the period in which the < ~ - particular pills and can be fixed previously to start the regimen on any day selected by the user. Although such pill dispensers achieve a convenient purpose of providing any beginning of a prescribed regimen with means to the pills to be dispensed on a given day, these are not entirely practical for different reasons. These devices can be complicated to use or difficult to refill. For example, you can '< ®r difficult to understand and unnatural for a user to turn against dex * - rorotatop or a circular dispenser of pills; a multiple-step sounding, which can be mistakenly out of sequence, could lead to confusion or frustration and / or a non-moving packing, which does not provide a designated initial pill in the starting position The purpose of the invention is to provide a unique design for dispensing tablets that is simple and intuitive to use, easily resurfactable by the patient / consumer and relatively on a trial basis. In addition, the present invention is intended to provide a dispensing system that can provide a prescribed regimen of pills in a manner consistent with an at-grade level of "-onf lance". , providing at the same time a starting characteristic on any day., Additional objects and advantages of the invention are established in part in the description that if and in part will be evident to from the description, or can be learned with the practice of the invention. The objects and advantages of the invention are realized and obtained by means of the devices, combinations and methods particularly established in the attached indications.

BRIEF DESCRIPTION OF THE INVENTION To achieve the objects and ?? The present invention provides a tablet dispensing component system comprising, as a first component, a rotating uni-directional substance, which is circular in shape and which has indicators of the invention, which is embodied in the present invention. The rotating perilla is surrounded by a grooved valance which comprises a plurality of separate notches subst anced alike in a uni form, a second component comprising a substantially flat support having a single aperture. tablet dispenser and a raised wall portion projecting from the masonry to form an inner cup portion A third component comprises a central axis means which is coupled and fi on the flat support. which the rotating perilla is attached directly to the flat support A second coupling means is provided comprising means of Unirectional stops to form a functional system with the rotary knob to rotate umirectionally between the rotary perilla in a circular manner around the middle of the central. The rotary knob and the flat support or the central axis means have unidirectional retaining means comprising a plurality of detent stops corresponding to a single space or notch of the ranged border. In preferred embodiments, the retainer means comprises a retainer tract and spring fingers for positive engagement in the rail to provide each retainer stop. E71 lane and fingers can be located on the rotary knob and the central e or the flat support. For example, the rail may be located on the rotary knob and the spring fingers located under the rotary knob on the flat support or the rail may be located on the middle of the center and the spring tongues located on the 1 irator The fourth component of the system comprises a separate and returnable tablet pack adapted to be mounted on the rotating perilla with means for positively coupling the ranged valance so that the two components rotate in unison. of tablets purchased a plurality of tablet-effective cavities each containing a tablet disposed -substantially circularly around the package.The separation of the cavities of tablets corresponds to each stop of the detent means, whereby a new tablet is placed on the tablet dispensing opening by the positive coupling of each stop on the slotted rotary knob. the tablet cavities are covered with a frangible membrane that is interposed between the cavities and the individual table dispensing opening < Jel support. A tablet is dispensed from the package by crushing the cavity that coincides with the opening thereby urging the tablet to rupture membrane and pass through the opening. The crushable tablet cavities are formed pair-to accommodate- tablets substantially circular, not circular- or capi eta. In preferred modals, the tablet package is fixed to a substantially rigid or hard platform piece that comprises a plurality of tablet openings corresponding to the cavities of the tablet. , r > r-tablet and one or more, pr-ef in lilely two, bushing appendages inside the same for adjusting po tively and attaching the trimmed border. In preferred embodiments of the tablet dispenser of the invention, the substantial onf or flat support and the inner cup portion-, formed by wall portions that rise 5 from the base of the flat support, is provided with means to retain the package of tablets and par-a infer rabado of the package of tablet on position by coupling a first piece of the unidirectional and rotating finger pin. The tablet packaging is removable from the supporting media at the end of a full turn of the finger rotating knob. In a particularly preferred embodiment, the rotary knob comprises a calendar ring that is rotationally rotatable around the fixed center in a dextrogenic direction where the slotted valance is attached to the rotating ring portion thereof. The fixed central unit preferably has an indicator mark - on the same axis with the individual tablet dispenser opening of the flat support component. In preferred embodiments of the invention, the tablet packing has at least two projection breaks to positively engage at least 2 notches in the slotted valance when adjusted over the rotary knob. In fashionable modals, ready cup cavities are formed to accommodate tablets of - > rz for-rna substantially circular, not circular or in the form of a capí eta.

In a particularly preferred embodiment of the invention, the flat substratum support is adapted with means for receiving, orienting and locking the packaging of the tablets by providing at least 2, preferably 2, ridges extending inwards, protruding from the elevated wall portion thereof, the shape and orientation of the ridges correspond to at least 2, preferably 3, complementary gaps in the tablet packaging, thus allowing reception of the tablet pack on the flat support in a single initial position of tablet orientation around the flat support. A designated tablet is placed above the tablet dispensing aperture in the initial tablet position and the tablet package is tapped on the base upon dispensing the initial tablet followed by a single advance of the calendar rotary knob, thereby the tablet packaging overlaps the ridges below and thus remains in position. Therefore, the tablet packaging is not desirably or repeatable until a full turn of the knob returns to the tablet package to the tablet's initial position. In preferred embodiments, the ridges are disposed separately. , preferably asymmetrically to prevent the reception of the package in the substantially flat support and the uncoupling, unloading or removal of the tablet carrier from the support substantially in any position other than the initial position of the carrier. tablets In addition, the inwardly extending flanges are preferably arranged, shaped or threaded to receive or disengage = e with the complementary grooved tablet packings only in the initial position of the tablets. bn preferred embodiments of the invention system the rotary knob is marked with at least one group of 7 days of the week whereby each of the marks is oriented towards a single position of the tablet in the tablet packaging corresponding to an indicated day of the week when coupled to the flat support portion. A single tablet corresponding to an indicated day of the week is loaded onto the individual dispensing table of the flat support portion at each advance of the positive coupling of the rotating calendar knob until the next day of the week. The rotating calendar knob is preferably provided with days of the week in at least 2 groups of 7 images on the rotary knob. Therefore, any setting of the calendar knob in relation to the mark or indicia may constitute a pre-set start-up setting for the package. In preferred embodiments, the tablet dispensing system com- prises a cap or cover portion that fits over the support base to provide a compact sealed package. Preferably, the lid and the support include slow interlock means for coupling the compact package into a J 1 closed position when it is not in use. In other embodiments of the invention, medicament or an AS tablet dispensing device is provided for the administration of a particular medicinal regimen comprising a tablet dispenser that is filled with the prescribed medication in a prescribed prescribed setting previously compliant. In the periodic administration text indicated, in particularly preferred embodiments, the medicament is an oral contraceptive or hormone replacement therapy medicament provided in a prescribed regimen. In another form of equipment, the tablet package is presented as a separate component of the dispenser container, drawing attention to the refill characteristics of the system. The present invention also provides a method for administering a prescribed regimen of medicament to the tablets that it comprises to use a tablet dispensing system of the invention, whereby the tablets deployed therein and the orientation of the days of the week for Each tablet position, are adapted to a prescribed regime. Preferably, the prescribed regimen provides an oral contraceptive or hormone replacement therapy. The present invention also provides a tablet package adapted to receive and use in the tablet dispensing system of the invention which may be provided for refilling the dispensing system of the tablets.

In addition, a method for supplying - < > refurbishing the tablet dispensing system of the invention which comprises the step of aligning at least 2 complementary recesses in the tablet package with at least two '', inwardly extending ridges protruding from the elevated wall portion. of the substrate support Flat surface of the tablet dispenser; and placing a package of tablets in the substantially flat support. In other modalities, an assortment method is provided of the dispensing system of tablets of the invention comprising the steps of rotating the rotary knob sea-each with the days of the week to align the desired start day of the week with the initial position of the tablet; the alignment of at least 2 complementary holes in the packing of tablets with at least 2 ridges extending to the lower protruding from the raised par-ed portion of the flattened substan tial r-oporfe; and placing the tablet pack on the substantially flat support. In other modalities, subsequent steps are provided to dispense the initial tablet located at the starting position of tablets and by rotating the rotary knob one stop toward the next day to positively collect the tablet package in the board dispenser, preventing < on it the uncoupling of the packing until a turn is completed '15 full of rotary knob. In another embodiment, the tablet pack is held in the loading position by means of a mobile retention index on the flat support "Jel system for dispensing tablets. In other embodiments, the housing of the device is connected to the rigid platform by means of a plura lity of poles attached to the platform, threaded through holes in the housing, and turned into a rivet. The platform is designed to be divided by removal of the tablet housing making it non-functional for reut 11 and separable I > to ra rec i ru 1 ac i on. In another embodiment of the invention, there is provided a system of tablet dispenser components comprising: A circular tablet packet comprising a plurality of collapsible cavities of sequentially arranged tablets, each containing a tablet disposed sub-annularly in a circular fashion around the packaging in which the tablet packaging comprises at least 2 notches separately asymmetrically around the fien extorna of the circular ring package; A basic support comprising a dispensing opening of a single tablet in the same and at least two flanges which are configured, disensioned and oriented p >to receive the tablet package in only one positively coupled position therewith, thereby providing a designated tablet packing tablet over the single tablet dispensing aperture; A half pair rotates the circular tablet packet around the base stand around a portion of the central axis located in the holder of the spoon and guides the tablets into the tablet cavities provided. of the tablet packaging on the dispensing opening of 5 tablets; Y . { means for positively coupling the package of tablets in the base support by the initial dispensing of a tablet from the tablet package and rotation of the tablet package to move the next cavity of tablets 10 arranged sequentially on the tablet dispensing aperture. In another embodiment of the invention, a tablet dispensing system is provided for dispensing a tablet regimen in a designed sequence that compresses a first element, a flat holder having a dispensing aperture of a single tablet in it. and a portion of surrounding wall erected thereon, defining a cup-shaped interior; As a second element, a pivot connected to the center of the flat support defining an e e; As an element, a rotating knob that has a superior surface with maritime indicators of maturity - on the same correspondence or tablets, a couple of means to be applied to apply rotating force, and a nr - central bore of the center to encircle the pivot; As a fourth element, a connection means is used to connect the rotary knob ". oaxia The flat support; As a fifth element, a means for intermittent uni-directional advancement of the perilla about the e coincident correspondingly with the aperture and the periodicity indicators; As a sex element, a circular tablet pack comprising a housing containing the tablets in a plurality of frangibly capped tablet recesses disposed circularly around the package at a radial distance corresponding to the distance of the opening from the y-axis has a central hole directed to encircle the rotary knob; As a seventh element, a pair means to orient the package of tablets towards the flat support, whereby the first tablet is located on the opening and the disorientation of the package of tablets to the flat support is prevented; and As an eighth element, a second connecting means for connecting the tablet pack to the rotary knob by loading onto the flat holder for any initial determination of the knob so that the rotating force applied to the knob is transferred to the package. Tablets providing the way in which the package "tablets .vanza provoking with it that each tablet of the regime is presented in the designated order, accompanied with the corresponding indicator of periodicity and coinciding with the means of advance L () unidirectional inmiters, and the aberHna with the purpose of dispensing a single tablet at a time from the tablet dispenser, cplasf indo the cavity apLastable of tablets located on the same ma and driving the tablet through the lid tr frangible in and towards the aber- tura. The invention also provides a tablet package adapted for placement in the tablet dispensing system of the invention. In preferred embodiments (Jas, the tablet package comprises a hole in < u center and notches in its JO external periphery that are confi ured, sized and oriented to be placed on a bi support for the packing of tablets whose support comprises a central knob and protruding ridges that are complementary to the orifice and grooves of the tablet packaging, respectively, With this, he The tablet packaging is received on the base support in a convenient orientation by supplying a designated tablet packing tablet over a single tablet dispensing device in the base support of the tablet dispensing system. The invention also provides an intuitive tablet dispensing equipment and components to dispense a legion of solid dosage preparations in a designated sequence, which comprises: As a first element, a container; 25 As a second element, a resuscitation carrier that houses the solid dosed preparations in a laden arrangement loaded in the container, the carrier of the product presented separately by reliable injection introduces a resuscitatory catheter.; As a third element, a reliable means of dispensing i ndivi duaiern e The solid metered preparations of the refill carrier; and As a fourth element, a group of time-regulating indicators, appropriate for the course of therapy and in correspondence with the dosi fi ed preparations taken into account and plan, fixed to, and coincided with, the reservoir carrier. do. In an alternative embodiment of the package (eg tablets), the platform piece of the rigid food of previous modes is avoided by providing an internal structure to the package of tablets.With the application of heat and force, the edge of the periphery is rolled up to form - a tube-like ring thereby providing a vertical element to resist bending The means for rotatingly connecting the tablet pack to the rotary knob are provided in a manner similar to the above embodiments, except that the appendix of coupling and characteristics of the holes are formed in a middle part by the inner edge of the packing of tablets surrounding the rotating knob. 1Ü BRIEF DESCRIPTION OF THE DRAWINGS Figures 1-5 and 6-13 illustrate "the distinct modalities of the present invention. Figure 1 is a view in \ - > er < ? QcA? goes from a tablet dispenser embodying the present invention with the slotted valance and tablet platform provided in a detached view; Figure 2 is a side view of the tablet dispenser in a closed position. Figure 3 is a plan view of the cup-like support portion of the dispenser with the tablet pack provided in a detached view. Figure 4 is a cross-sectional view of Figure 4 with the disclosed tablet dispenser in a closed position. FIG. 5 is a sectional view of the separated section of FIG. 4 with a tablet dispenser provided as if it were in a closed position. Figure ñ is a perspective view of a tablet dispenser incorporating the present invention in a closed position. Figure 7 is a perspective view of the tablet dispenser in an open position with a tablet pack (refill unit) placed for loading. Figure 8 is a perspective view separated from J (. tablet dispenser and tablet packaging (unit of resur't gone). Figure ("is a cross-sectional view taken along Line 9- of Figure 6 with the tablet dispenser shown in a closed position." Figures 10 and 11 show details of the finger mechanism of the tablet dispenser. Figure 12 is a perspective view of the tablet pack (refill unit) which is adapted for insertion into the pill dispenser of the invention with a detached view (the bubble ring will show the tablet packaging platform. Figure 13 is a perspective view of a tablet packaging platform on which a bubble ring containing tablets can be shown Figure 14 is a top plan view of the tablet packaging platform Figure 15 is a view separate from the open dispenser showing alternative embodiments for the packaging of tablets and the rotary knob Figure 15 is a top plan view * of the packaging of tablets Figure 15. Figure 17 is a sectional view of the package of tablets of Figure 15; and Figure 18 is a partial bottom plan view of the tablet package of Figure 1 7. 2 (1 DETAILED DESCRIPTION OF LRS PREFERRED MODALITIES phor-a is referred to in detail ^ preferred embodiments of the invention. '< and illustrate examples of two modalities preterred in the appended figures and are described in detail below with reference to said figures and the numbers provided therein. Referring now to Figures 1-5, a first preferred embodiment of the invention is described in further detail. Figure 1 is a perspective view of a bottle dispenser 1 incorporating the tablet dispensing system of the present invention. The tablet dispenser 1 comprises, as a component, a rotating unidirectional substi-anellial circular knob 3 which is surrounded by a slotted valance (which comprises a plurality of notches 11 separates the substance equally unevenly. 1 comprises a flat surface 2 and a cylindrical wall 4. A portion of the cylindrical wall 4 can be provided with ridges! 34 in a patter of protuberances; it increases the manual grip of the rotary knob 2. The rotary knob 2 is mounted on a second component, which is the base 5 comprising a substantially flat support, which has a single tablet dispensing opening 3, and an elevation wall 8 which extends from the flat support fair (3. I The rotating perilla 3 is attached to the flat support 2L by means of coupling around a twist. Figure imgb0001 which is an axis of central axis 7 around which said rotary knob 3 can rotate in a circular shape. The fixed central axis means 7 have a flat tip 14 and 5 include an indicator in the form of a high index 15 which is aligned with an angular flange 17, initial or current tablet position 97 and a corresponding day of administration 1 2 printed on the flat surface 2 of the rotary knob 3. The tablet dispenser shown in figure 1 comprises a fourth component which is a separate and removable tablet pack 19 which is adapted to fit on the rotary knob 3 with reliable means to positively engage the slotted valance 9 on the ism so that the two components rotate in unison . The packaging of tablets separated and includes a rigid platform 24 and an essentially flexible bubble ring 25 on which tablets 99 are provided in collapsible cavities of tablets 21. 111 tablet packaging 19 comprises a plurality of stable -pile cavities of tablet 21, each containing one tablet 99 substantially disposed in a circular fashion around the package whereby the separation of the tablet cavities 21 corresponds to each stop of the finger means, whereby a new tab Lefa 99 re-places the tablet dispensing aperture 13 by the positive coupling of • r > r each stop on the finger rotating knob 3. The tablet cavities 21 are covered with a membrane r > frangible 22 (best seen in FIG. 4) which is sealed with the bubble ring 25 and interposed between the tablets 99 in the cav? tablet jades 21 and a single tablet dispenser aber. The stiff or hard 24 comprises a plurality of tablet openings 23 which are substantially aligned with each tablet cavity 21. A tablet 99 is dispensed from the tablet dispenser l by crushing the tablet cavity 21 which matches the dispensing aperture of a single tablet 13, thereby forcing the tablet to break a frangible membrane 22 and passing through openings 23 and 13 (as seen in Figure 4). The rigid platform 24 and the flexible bubble ring 26 are held together by joining means (e.g. rubber, ultrasonic welding or picketing). The base 5 has a raised wall 8 extending from the flat support 6 to form a cup-shaped interior space in which the rotary knob 3 and the tablet packaging 1 are housed. The base 5 comprises at least two 16 flanges extending inwardly, projecting from the raised wall portion 8 towards the means "central axis 7. The shape and orientation of the flanges 16 correspond to at least two complementary holes 18 in the packaging of tablets 19 allowing reception and packaging of tablets 19 on the flat support 6, whereby a first tablet designated 97 is located above the tablet position 98 which is indicated by an angular edge 17. The angular edge-17 can coincide (with the shoulders J6 corresponding to holes). Supplements 20 and L8 of the package of tablets L9 will provide for the reception of the package of tablets 19 on the flat support 6. The packing of tablets 19 is opened on the base 5 with only advancement of the rotary knob of calendar 3 with the which portion of the rigid fixture 24 is tucked under the inwardly extending flanges 16 and 17. The tablet pack is not removable or removable until a full turn of the pe FIG. 3 returns the tablet pack 19 to the initial position of tablet 98. A projection lever 32 is provided, diametrically opposite the angle flange 17, as discussed in greater detail below in the description of FIG. tablets also comprises a cover101 which, together with the base 5, protects the contents of the dispenser from damage by impact and porgr light, particularly when the base and cover material is of such density and opacity as to filter degrading wavelengths of light. and to protect < The content of the concurrent physical damage dispenser 1 normal use. A bolt post 103 extends toward the base 5 from the cover 10J, the bolt post 103 comprises an interior hook 131 and an exterior lever 13? .. When the cover 101 is closed on the base 5, the bolt post J03 passes through a bolt seat opening 133 in a cavity below the bolt seat 105 thereby jumping the inner spring 131 under the inner surface of the bolt seat 105 and splicing the lever outward 132 i the surface < * u? epor of the bolt seat. The bolt seat 105 is connected to the base 5 by means of torsion arms 134 so that the bolt lever 135 protrudes from the base. To open the dispenser, the latch lever 135 is driven upwardly thereby lifting the lever 132 outwards while simultaneously rotating the seat opening J 3": n uncoupling the interior hook-131, resulting in the ajar of the cover spring. Fig. 2 is a side view of a tablet dispenser 1 in a closed position on which the cover 101 is closed over the base JOS on the pierced surface 5. Fig. 3 is a plan view of the The support portion is attached to the base of the thinking base 5 with the bubble ring 26 provided in a detached view showing many of the components described in Figure 1 above. A notch 20 in the tablet pack 19 in the current tablet digestion position 97 allows the tablet pack to be placed on the angle indicator reboi 17. The top part of the rotary knob 3 is dizzy with 7 days of the river repeated for 4 weeks or 28 days of admission 12. c > e show JO finger spring detents by shading lines on the edges of the rotating shaft 3. An indicator (Optional day 15 is'. > > Z located in the high part of the fixed cent cent axis 7 and indicates the current day 12 in the current dispensing position 97 of pills and is aligned with the angular indicator-1 ?. The rotating blade 3 has a slotted valance 9 and a flat upper surface 2 connected by a cylindrical wall 4. The top surface 2 is printed with days of administration J of a number corresponding to the number of cavities of tablets 21 and such. so that the days are matched with the tabs 99 arranged in the tablet cavities 21 as well as the positions of Linguete (not shown). The cavities of tablet 21 and Jas tablets 99 disposed therein are in sequence so that they progress dextrogirantly continuously without interruption. The slotted border 9 is edged with notches 1J of a number corresponding to the positions of pills and linearly aligned with the finger system and the tablets 99. Bushing appendixes 110 of the tab packing 19 are shown in engagement with notches 11 of. the valance slot a. This castellated appendage coupling causes the packing of tablets 19 to intertwine and rotate in unison with the slotted valance 9 of the rotary knob 3. A retaining tab 31 is attached to the wall portion that rises 0 Sopnte plane? and suspends the packaging of tablets 19 when the tablet packaging is inserted on the tablet dispenser t thereby adding a safety feature for the loading position in 2h where the shoulders J5 and the holes 18 are in "line of deviation. The raised portion 0 of the flat support 6 is provided with slots 34 to allow articulation of the retaining tab 31 when the tablet packaging 19 is pressed in position. The finger lever 32 is provided to facilitate removal of the tablet pack. Figure 4 is a detached view taken along line 4-4 of Figure 3 with a pack of pills shown in a closed position. A first pair of hinge posts 140 depend on the cover and are interspersed with a second pair of post. of hinge l '+ O attached to the raised wall portion 8 to form a hinge between the cover and the base when the pin 109 is screwed into four aligned holes 108 of the two pairs of hinge posts. Cover 101 performs the function, together with the base 5, to protect the contents of the dispenser from damage by impact and degradation by light, and c is one configured to cover about one-third of the enclosed volume. seat 105 are in a closed coupled position Figure 5 is a separate detached view taken along line 4-4 of Figure 3 with a tablet dispenser provided in a closed position. which includes a central shaft portion 7, is adjusted with a jump in the base unit 5a by means of friction covers 51. The base unit 5a and friction posts 53 of the unit of - ( insert 5b. the inner portions of the notches 11 of the rimmed flange 9 couple two or more protruding lugs of the packing of tablets 19, on moving such a coupling of the packing of tablets 19 moves with the rotating floss 3, thus rotating the package of tablets 19 and tablets 99 contained therein along its circular path around the dispenser and deploy sequence! .in a single tablet 99 on the tablet dispensing opening 13 on each stopper 'Je inguete (Je Ja rotating knob of fingers 3. The base insert 5b also contains finger spring detectors LO located ciro? larrnent and arranged symmetrically around the symmetry ee and tangonially in ascending inclination from the floor plane, rising in a clockwise direction. in the sim- ilar axis it provides a central axis axis 7 for rotary connecting the rotary knob 2 through 3 posts. flexible beams 87 that suspend a retaining lip 88 in the inner diameter of the rotating knob 3. The retaining posts 07 and the flanges 88 allow the rotary knob 3 to be deflected during assembly and then formed into a rotating assembly. The bottom of the slotted valance 9 contains a circular finger tray R1 with i ampas er i ale with a dextrogram tendency of a number corresponding to the number of tablet cavities 21, aligned with the L2 days, the 99 tablets and the base opening 13 The vertical ramps 83 in the dextrogram direction travel over, lower and engage the finger retainers (Je spring of the Liase) providing discrete position of the tablets 99 over the base opening 13 and in alignment with the following 12 days • while preventing recoil in the direction of levogy r .. Referring to Figures 1 and 3, the tablet dispenser of the invention can be operated as follows: to fill the tablet dispenser 1 with the packing (Je tablets 19, the user rotates the rotary knob 1 to align the current or desired start or the initial day of the week 112 with the angled flange 17 and the indicator on the form of index 15. The user then places the package of J tablets at base 5 by aligning the complementary holes 18 of the packing of tablets 19 with l oe. J6 extending rims of the base 5 and the angular flange 17 with the complementary recess 20 and adjusting the packing of tablets 19 on the side 5 and the appendix. The support 31. FJ packing of the tablets 19 is pressed on the supporting appendix. J and in base 5 to insert the tablet packaging 19. The bushing appendices 110 of the tablet pack 19 are thus oriented for assembly with the slotted skirt 9 for rotary operation. After dispensing the first tablet 99, the user rotates to the rotary knob 3, so that the specific mark 12, indicating ei '.ni' ', second day in which a tablet should be swallowed, is in alignment with the index 17 (this also aligns the tablet, .which corresponds to that particular day, < record with the opening 13 in the flat support fi). When it is time to take the next tablet 99, the user presses down on the collapsible cavity 21 thus inducing the tablet 99 to break 5 the frangible membrane 2? and pass through the corresponding tablet aperture 23 On the platform 24 and then through the opening 13 in the flat support 6, the subsequent collection is retained, the retaining rail 81 in cooperation with the fingers 10, invisible to the user, controls the rotation of the way each tablet passes incrementalmento on and in register with the opening. This procedure continues until the supply of tabboards is finished, where the user simply removes the empty tablet pack and replaces it with a new tab pack that comes with a supply L5 full of tablets filling in this way the tablet dispenser. Referring now to Figures 13 to 13, a second preterm embodiment of the invention will be described on the basis. Figure 6 shows the tablet dispenser 200 in a closed position where a cover 202 is on the upper part of a flat support 201. Figure 7 shows the tablet thinker comprising a tablet dispenser 200 and a 'r > r circuLar 205 tablet packaging. The tablet dispenser comprises a piano support 201, a cover 202, and a rotary knob 203 rotatably fixed in the flat holder by the pivot 204, thus providing a rotational axis pair the rotary knob, the cover and the base are connected in the hinge 206. The recitation of the hinge structure is similar to that previously described. The circular tablet pack 205 contains a rate or range of tablets or fullers 207 illustrated at a count of 28 (shown partially). At the time of loading, the circular tablet pack is connected to the rotary knob, so that the torsion applied to the perilla rotates each tablet 207 of the circular tablet pack to < On a tablet dispenser opening 200 located on the flat support 201, thereby providing means for a selected tab to exit the dispenser of the intars. In the exploded view of Figure 0, the flat support 201 is bound by a portion of surrounding wall "Erect of the same" A cylindrical wall portion 2J0 is fixed to the center support in the center. a flat surface 211 mounted on and overlapped on a cylindrical stem 212 providing a support means The overlap defines a lower surface 223, best illustrated in Figure 10, which forms the base for a circular detent rail 224. Fl external diameter of the stem 212 is from MIME to cause a friction fit with the internal surface 247 of the cylindrical wall portion 210 when assembled therein. A means of orientation for the pivot is provided by Jl One or two vents 21"extending from the cylindrical wall portion 210 that nest within the four complementary slots 212 at the base of the stem 212 when assembled. The slots are provided with jog channels 215 to guide the slots in position during assembly. The securing means LA is provided by circumferential corrugations 216 on the stem 2J and pointed corrugations arranged in a complementary manner 217 on the infernal surface 247, the series of opposing corrugations interlacing when the pivot 204 is pressed into the cylindrical wall pore 210 causing the deviation of the series. The flat support "surrounding the par-ed portion 209 supports two round flanges 225 and an index flange 226, which extend inwardly with space below. He The index flange, positioned adjacent the opening 208, provides a means for indicating * the position of the hard opening and after the ear of the circular tablet pack-205. The surrounding wall portion 209 also supports an appendix support 227 fixed to a slot portion "Ja (not shown) of the wall that fits over the package * - of tablets 205 during loading to retain it afterwards. The support tab 227 has a flange portion 228, best shown in FIG. 9, functioning reliably to support the tablet package in place-in the flat sounder-and a flat inclined portion (not shown). 'j? providing a means to lift the structure to one side during loading. The outer surface of the surrounding wall portion 209 contains a trench gap 29, "0 located at a point diagonally opposite the hinge 206, which cooperates in a trailing appendix 230 in the cover, best shown in Figure 9, to provide a locking means 5 when the tablet dispenser is closed. the rotating perilla 203 has an upper surface 248 supported by a cylindrical wall < .? 249 and has a central hole 218. The central hole is of sufficient dimension to surround the pivot stem 212 when LO the flat upper surface of pivot 21 1 is nested inside the recess 246 which is linked by an internal cylindrical wall 219 that extends downwards from the inner diameter of the upper surface 216. Four spring fingers 220 extends towards the inside. from the bottom board * of the internal cylindrical wall, defining the floor of the hollow 24b. The "spring" tongues comprise 4 precision-arranged spring arms 221 which end in 4 finger detents 22, which in turn provide an upward deflection deflected by the spring arms from the base points. that are in a common circle that corresponds to the retaining lane '24 (see figure 10). When the pivot 204 is seated in the cylindrical wall portion 210 < - the flat support 201 which passes through the central hole 218 of the rotating knob 203, thus providing connectors with ei ') t flat support, finger pads 22? they are closed with the retaining rail 224, thus forming a medium t for advancing not intermittent direction of the rotary knob, the fingers and the rail have a position - = > rest, best shown- in figure 11, defining a stop ope. The slip side 232 of the detent provides dextro-rotary advancement of the rotary bolt 203 and the supporting side 223 limits movement in the left-hand direction. The number of stop limits correspond to the number of tablets 207 in the regime. The stops are in fixed alignment with the flat support 201 and, in particular, with the dispensing opening 208 by means of the radial veins 2J 3. The interposition of the components is best shown in the cut-away view of the figure. 9. A slotted skirt 231 extends outwardly from the lower edge of the outer cylindrical wall 249. The slots also correspond to the number of tablets 207 of the tablet package 205 and are in register, linked by the spring fingers 220, with the stops c -.n the retainer rail 224 (Figure 10) and, in association, with the dispensing aperture 208. The periodicity indicators 251, such as days of the week, are printed or engraved on top of the flat surface 248 of the rotary knob 203, in register also with the stops of the retaining rail A mark of the indicator 233 is printed or engraved simply on the flat surface 211 of the pivot 204 in fixed registration with the aperture. a of dispensing 208, providing, in cooperation with the periodicity indicators, a means to indicate by name (eg, day of the week) the position of the retent corresponding to the opening. The knots 234 formed at the upper outer edge of the rotating knob 203 thus providing a means for holding when twisting is applied to the manual lip 1 mount. The circular tablet pack 205 comprises a tablet housing 235 and a rigid skeleton structure 236. The tablet housing contains the tablets 20? between a layer of flexible material having collapsible tablet cavities 237, such as thermoformed PVC film, and a frangible lid, such as aluminum, sealed below. The tablet housing 235 is configured as a donut and is pierced with two pilot holes 238 adjacent to the internal diameter. During assembly, the pilot holes are screwed onto the posts 239 fixed to the inserts 240 in the rigid skeleton structure 235. The posts are then driven in a normal manner thus unifying the structure of the rigid skeleton with the tablet housing 235 for forming the complete tablet pack 205. After use, the spent tablet housing can be separated from the rigid skeleton structure for the purpose of recirculating materials by pulling the tablet housing away from the rigid skeleton structure thus breaking the connecting structure of the appendages 40 in the fragile collars 241, which are otherwise strenuous when combined with the tablet housing 235. The rigid skeletal structure 236 has openings 242 of a number that is approximately the number of the table. They are ready to fall into each crushing tablet cavity 237 of the tablet housing 235 when are oriented by the pilot holes 238. A tablet 207 is dispensed by applying manual pressure to a collapsible tablet cavity thus driving the tablet 207 through the frangifile film and the supporting aperture? .. The circular tablet packaging ' 205 is provided with two round cuts 243 and a cut of index 244 complementary in size, shape, and design, respeely, to the round rims 225 and the index rim 226 attached to the flat support 201. The index cut 244 corresponds to a first designated tablet of the regime. The corners 243 and 244, in cooperation with flanges 5 and 226 allow loading of the circular tablet pack 205 into the tablet dispenser 200 only in an initial orientation thus providing a designated first tablet in the dispensing aperture 208 fi initial dispensation. A connector means is provided by the appendages 240 of the rigid skeleton structure 236 which are integrally configured to be secured with the slotted skirt 231 of the rotary knob 203. DI moment of advancement of the next tablet toward the opening 208 by rotation of the rotary knob, the peripheral rail 245 ^ the rigid skeleton structure 236 passes below the flanges 225 and 226 through the space below thereby ensuring the circular tablet packing 205 inside (Jel tablet dispenser 200. 3 b Because the design or geometry of the cuts and flanges allows a coupling only on the load position, the safety arrangement is maintained until the advance ends a circle return to the initial position. The circular tablet pack 205 can then be removed, and the tablet dispenser 200 can be filled with a fresh tablet load by means of a new tablet pack. Figure 12 is a perspective view of the tablet pack (filling unit) which is adapted for insertion into the pill dispenser of the invention with a cut-away view of the bubble ring showing the shelf of the tablet pack. Figures 13 and 14 are perspective views of a tablet packaging platform where a bubble ring containing tablets can be mounted. The circular platform 'substially comprises a rigid skeleton structure 236 having posts 239 in' = •! inner diameter the bracings are fixed to the appendages 240. The appendages 240 are connected to the rigid skeletal structure 236 by means of fragile collars 241. The rigid skeletal structure 236 has openings 242 fiara that pass the tablets, and has cuts or slots 243 and 244 which are adapted to cor-rs-on the edges in the tablet dispenser for positive and correct placement of the tablet packaging in the tablet dispensing system. While the material to the elements of the i / The dispenser of tablets is left to choice and compatibility, generally, with the functions of the dispenser, the rotary knob, the means of < "Central core, support base, rigid platform and cover are made of plastic, preferably plastic materials such as general purpose polystyrene, molded by injection, conveniently in the con fi guraei. desired, at the same time providing sufficient rigidity, and durability for continuous, frequent and repeatable use of the dispenser. - The base, base, and calender components can be injection molded in high impact polystyrene (HTPS). Days of the week are printed on the upper calender surface, and the mark of the indicator 15 is given light by means of printing, the method will be printed either by hot stamping or by pad printing. Three components can be pre-assembled and submerged as a unit As previously mentioned, the packed packing of the tablet pack 19 has crushed cavities made of plastic. , and inasmuch as they contain the tablets, it is preferable that the dispenser be compact enough to fit in the palm (With the user's hand. Typically, the diameter of the circular platform that has twenty-eight (28) openings therein is approximately 7.6 crn, while the support is slightly larger.The mixed filler body consists of a polystyrene injection molded platform. medium impact irene (MTPr?) and a blistered unit containing the pills, the platform and the ampoule are united in a fixed orientation. The ampoule may comprise polyvinyl chloride (PVC) film which is thermoformed in cavities for receive the tablets or pills before laminating the aluminum cover, and subsequently cut with the die The sheet from the band, in accordance with the well-known manufacturing procedures, In this way, a dispenser of tab-cards for dispensing tablets has been provided or pharmaceutical preparations in solid form, siní Jares, in accordance with a related time regime where the user of the ism is informed simply of the moment the tablet should be ingested, thus eliminating the confusion and confusion (which can often accompany the absorption of such pharmaceutical preparations and following the prescribed dosage regimes. The scope of the present invention is not limited by the description, examples and uses suggested herein and modifications can be made -, distancing from the intended scope and spirit of the invention. For example, other components may be added to the dispenser including additional stop mechanisms to make packaging more resistant to children or to fermentation or additional aesthetic features including embossing or packaging colorization. The dispenser can also easily be adapted for different languages of dose days by application of an adhesive label on the label.

Calendered knob The dispenser can also be adopted twice over the time (slips providing a.in. or pm markings in addition to the "Jias de la semana." In addition, the rims on the base of the tablet dispenser and the slots on the The packing of tablets can be interchanged by providing an extended cavity in the base to accept a grooved tablet packet.The present invention can also be used to provide a dispenser of vitamins, minerals, or vitamins and lenses. Referring now to Figures 15 to 18, an alternative tablet packaging adaptable to both preferred embodiments of the invention will be described in more detail, Figure 15 is an exploded view of a tablet dispenser * that is similar to the tablet dispenser 200 of Figure 7, except that a rotary knob 301 has been modified to receive a tablet pack to the 30th tablet. The 302 tablet package is shown The figures in FIGS. 16 to 18 are better. The packing of tablets 302 is different from the packing of tablets 205 of FIG. 7 and the packing of tablets 19 of FIG. L, in a "ustant" manner, as follows: means for connecting rotatively are provided by inherent structural elements *** instead of by * an added rigid component, such as that of the rigid skeleton structure 236 of figure 8. The Jes are killed which form the housings of The tablet is assumed to be definable, so that a configuration can be permanently induced through the application of heat and force. The hardening is provided by a rolled edge 303 of the building materials on the outer periphery, as shown in FIG. shows best in Figure 17. The ripple of the edge is downward, so that a tubular characteristic is formed below circumferonially of the package of tablets as shown in Figure 18. This characteristic tubular type provides a travel surface for the packaging of tablets 302 as it rotates on the dispenser (Je tablets 300 at the same time also providing reliable space for the materials disposed in the act of dispensing tablets from the packaging of tablets. Two round cuts 304 and an index cut 305 are cut at the periphery of the tablet pack 302, as shown best in FIG. 16, to provide the unique orientation system (fu corresponds to round cuts 243 and OA). Q of index 244, respectively, of Figure 8. Referring to Figure 16, the tablet pack 302 has a central hole 306 that is surrounded by cut-out teeth 307 having a plurality corresponding to the number of pills in the regimen. The cut-out teeth 307 are supported by a lower edge 308 on the rotary knob 301 when the tablet pack 302 is inserted into the tablet dispenser 300 and around the rotating knob, as shown in FIG. 15. FIG. equal plurality of projections i ecorf 109, which are arranged around (Je Ja peplLa rotating in the part -upepor of the flange of inferior 308, provide complementary geometry for the teeth trimmed 307 and logr in the connection with them by the interposition of characteristics. Since the '02 tablet package lacks some rigidity in the center, a greater number of interconnections between the tablet pack and the rotary knob 301 is desirable. The cut-out teeth 307 and the cut projections 309 are cooperatively arranged with the system. Thus, any presetting of the rotary knob 301 results in a correct initial orientation of the tablet package 302 for the tablet dispenser 300. As illustrated above, the application of the dispenser of The medical and clinical uses can be achieved by any clinical, medical and pharmaceutical method and technique as they are known to those experts in the art. In this way, the purpose of the present invention is to cover the modifications and variations of this invention, as long as they are within the scope of the appended claims and their equivalents.

Claims (1)

1. NOVELTY OF THE INVENTION CLAIMS 1. A tablet dispenser for dispensing a regimen of pills in a designated sequence, comprising: as a first element, a flat holder having a tablet dispensing aperture, a portion of the surrounding network that defines an interior * of cup shape, and a rotation axis; LO as a second element, a rotary knob having periodicity indicators, reliable rotary means to connect to the flat support for movement on the axis of rotation, and means for advancement of retention; as a third element, a package of tablets to contain the tablets of the regimen in 1. 5 individual flattened cavities with frangible cap, cavities disposed ci rcu Lamiente on a hole to dispense * from the opening when they are rotated on the axis of rotation, the packing of tablets having second rotary means to connect to the rotary knob when 20 is extended through the hole; and as a fourth element, reliable means of preventing the loading of the package of tablets into the flat support except in a predetermined orientation. 2.- Fl dispenser * conforming tablets with claim L, further characterized because the means for , r > r- prevent- The misoriented load comprises a plurality of ridges flown from the portion of surrounding wall, the flanges coupled to the complementary cor- t.es in the package of tablets for diversion in one orientation, the packing of Tablets having the property of stiffness provided by means of hardening to prevent forgeable load when it is misoriented. 3. The tablet dispenser according to claim 2, further characterized in that the means for hardening are provided by a formation of the tablet pack to provide a vertical element that resists bending. 4. The tablet dispenser according to claim 3, further characterized in that the vertical element is one or more continuous circular ribs essentially. 5. The tablet dispenser according to claim 3, further characterized in that the verical element is an edge roller forming a tubular structure at the fairground. 6. FJ tablet dispenser according to claim 1, further characterized in that the second pair-to-connect means are a plurality of appendages and recesses disposed between the edge of the hole and the rotating knob, so that the rotary knob any pre-opentation in register with the means for advancement of check. 7. A tablet dispenser for dispensing a regimen of pills in a designated sequence, comprising: as a first element, a blood donor (having an individual opening for dispensing tablets therein and a portion of the same). network that surrounds in the interior of the interior a cup-shaped interior, as a second element, a pivot connected to the center of the flat support defining an axis, as a third element, a rotating surface having an upper surface with indicators of pepocity marked on it in correspondence with the tablets, means to hold by means of it to apply rotary force, and a hole in the center made to the size to surround the pivot, as a fourth element, first connector means to connect rotatively the rotary knob coaxially to the flat support, as a fifth element, means for intermittent non-directional advancement (ie the knob near the ee with registration corresponding to the aperture and the ind. pepocity indicators; co or a sixth element, a package of tablets comprising a housing Which has a flexible periphery and containing the tablets in a plurality of cavities which are packed frangibly arranged circulating around the packing at a radial distance corresponding to the distance of the opening from the axis, the housing having a hole in the center made to the size to surround the peni The turntable; As a seventh element, means for orienting the packaging of tablets to the pLano support, so that the first tablet is located on the opening in such a way that the bad orientation of the tablet packaging to the flat support is prevented; as an eighth element, second means to connect the tablet pack to the rotary knob at the time of loading * on the flat support for any initial adjustment of the knob, so that the rotational force applied to the cloth is transferred to the package. tablets thus providing the way in which the packaging of tablets is advanced, the applied force causing each tablet of the scheme to be presented in the designated order and in accompaniment with the corresponding indicator of ability for the opening, with registration in the same provided by means of intermittent non-intermittent advancement, for the purpose of dispensing an individual tablet at a time from the tablet dispenser, dispensing occurs by crushing the collapsible tablet cavity placed thereon and urging the tablet through the lid. frangible in and through the opening. 8. The tablet dispenser according to claim 7, further characterized by means of indicating the location of the visible aperture during and after the loading of the package of + accessible if providing a fixed registration point. 9. The tablet dispenser according to claim 1, further characterized in that it comprises means for retaining the package of tablets in the flat support and in continuous connection with the rotary perilla. 10. The tablet dispenser according to claim 7, further characterized in that it comprises a cover that covers the tablet dispenser. 11. The tablet dispenser according to claim 10, further characterized in that the cover is hinged in the flat support and secured in a closed position by means of a locking means. 12. The tablet dispenser according to claim 7, further characterized in that the pivot comprises a stationary flat surface raised on the piano support by means of reliable support, which projects through a through hole of the knob. rotating after assembly in it. 13. The tablet dispenser according to claim 12, further characterized in that the means for supporting comprise a stem "having reliable means to orient the stationary flat surface of the pivot to the flat support, and thus to the means for indicating, and having also means for securing the stem with rigidity to the flat support. 14. The tablet dispenser according to claim 13, further characterized in that the means for securing comprise a cylindrical wall portion fixed to the flat support in s? Center and contained within the hole of the rotary knob when it is assembled, it will receive the pivot stem with friction adjustment to the inner surface of the wall ci 1 ndp ca. 15. The tablet dispenser according to claim 14, further characterized in that the means for orienting the stem comprise a plurality of radial veins K 7. They extend inward from the cylindrical wall portion that nests within complementary grooves in the base of the stem when it is assembled. 16. The tablet dispenser according to claim 13, further characterized in that the first connector means comprises an overlap of a lower surface to the stationary flat surface of the pivot and a plurality of spring fingers in the dex rogira direction based on the bottom part * of a second internal cylindrical wall which serves to separate the spring fingers under the inner edge of the upper surface of the rotary knob, thus forming a gap, the second inner cylindrical wall surrounding the stationary flat pivot surface interposed in the hollow and placed in relation thereto in assembly by an external cylindrical wall essentially elevating the upper surface to a point of contact in relation to the spring fingers and the stationary flat surface of the pivot when lowered into the flat support. 1 7. - The tablet dispenser according to claim 16, further characterized in that the means for intermittent non-directional advancement of the rotary knob comprise the plurality of spring fingers in the dextro-direction direction flown for an upward deflection and arranged to engage with a rail of They are held in the dextrogram direction formed on the lower surface of the stationary flat surface (Jel pivot, with protruding geometry and hollow of a conventional design, and in register with the pointer indicators and the means to indicate, the interaction of the components, The fingers are urged downward by the rotation of the retaining rail on the sliding face surfaces of the spring tongues, the spring fingers subsequently separating the protrusions and springing back into the recesses of the retaining rail. thus interrupting the rotation if necessary, locating positively the i l l revolving, and securing against thrust in a left-handed direction through interference of the front support surfaces of the spring fingers and the protrusions of the retainer rail. 18. The tablet dispenser according to claim 17, further characterized in that the method for assembling the flat support, the rotary knob, and the pivot, comprises the steps of placing the rotary knob on the center of the flat support, Orient the pivot to the flat support with the means to pair the pivot, and connect the pivot to the flat support with the means to secure the stem after having coaxially inserted the stationary flat surface of pivot into the recess formed by the second internal cylindrical fiared of the rotary knob thus establishing the overlap of the spring fingers and the adjustment of the spring fingers and retaining lane for cooperation between them. 19. The tablet dispenser according to claim 12, further characterized in that the indicating means comprise a mark placed on the stationary flat surface of the pivot in the opening position thus facilitating visual alignment with the pepocity indicator corresponding to the position of opening. 20. - The tablet dispenser according to claim 7, further characterized in that the means for orienting the packing of tablets comprise a plurality of flanges (they extend inwardly of the surrounding fiared portion of the flat support coupled with complementary cuts in the periphery of the tablet packaging, the ridges having less space for rotation of the tablet packaging, the ridges also having sufficient separation to thwart the loading of the tablet packaging by entangling the periphery below the ridges without proper alignment by means for hardening so as to prevent the forgeable load of the tablet packaging without aligning the edges and cuts, the proper alignment of the characteristics allowing deviation and consequent reception of the package of conceables in the flat support, the deviation of the flanges and cuts occurring in the orientation of the tablet preferred co or result of the means for coupling only the flange and cut pairs. 21. The tablet dispenser according to claim 20, further characterized in that the means for hardening comprise an edge roller of the periphery of the tablet package thus forming a tubular rim essentially to provide structure that resists bending. 22. - The tablet dispenser according to claim 20, further characterized in that the pair-to-pack means only comprise different shapes for the flange and cut-off fasteners, so that only one orientation results in a coupling. 23. The tablet dispenser according to claim 20, further characterized in that the means for coupling only comprise different sizes for the flange and cut torques, so that it only leaves an orientation in a coupling .. 24.- The tablet dispenser according to claim 20, further characterized in that the means for coupling-only comprise an asymmetric spatial arrangement of the pairs, so that results in only one orientation in a coupling, 25.- Fl tablet dispenser according to claim 20, further characterized in that a second means for indicating- comprises one of the ridges located adjacent to the The opening, the flange having only an index shape. 26.- FJ tablet dispenser according to claim 7, further characterized in that the second means for connecting- comprises shared working geometries between the rotary knob and the tablet packing, so that any pre-selected registration of the knob is allowed. rotating 27. - Tablet dispenser according to claim 26, further characterized in that the working geometries comprise at least one appendix that extends into the hole of the tablet packaging and the number of complementary recesses corresponding to the number of tablets in the tablet. regime arranged on the periphery of the rotary knob, so that the registration of the tablets with the opening is maintained. 28. - The tablet dispenser according to claim 26, further characterized in that the trimming geometries comprise the number of appendages corresponding to the number of tablets in the regime arranged to circumvent the hole of the tablet packaging and at least one of the complementary recesses in the periphery of the rotating knob, so that the registration of the tablets with the opening is maintained. 29. The tablet dispenser according to claim 27, further characterized in that the appendages and recesses are inverted in relation to the packing of tablets and rotating perilla. 30. The tablet dispenser according to claim 8, further characterized in that the means for retaining comprise a plurality of flanges extending inward from the surrounding par-ed portion of the flat support to provide clear space, the flanges coupled with the complementary cuts in the periphery of the tablet pack thus providing unique orientation during assembly, the ridges also overlapping the peria of the tablet pack for each position of the intermittent non-directional advance means different from the initial position. 31. The tablet dispenser according to claim 7, further characterized by the fact that the tablet packaging is removed and re-filled with a fresh tablet packaging thus providing for a reusable dispenser, extended in use through multiple fillings. 32. The tablet dispenser according to claim 7, further characterized because the penocit indicators are the days of the week. 33. The tablet dispenser according to claim 32, further characterized by the method of loading with selection of a preferred day of departure comprising the steps of removing the previously loaded tablet dispenser, rotating the rotary knob until the day (Jeseado is aligned with the indicating means and assembles the tablet packaging with registration of the first tablet designated for the desired day 34 - Fl tablet dispenser according to claim 7, further characterized in that the securing means comprise an edge formed by the intersection of the upper surface with an external cylindrical fiared essentially elevating the edge to an accessible height 35 ..- A tablet dispenser \ >to dispense a pilot regime in a designated sequence, "omprondiendo: as a first element, a flat support that has a tablet dispensing aperture, a portion of surrounding wall that defines a cup-shaped interior, and a spin ee; as a second element, a rotary knob having indicators of periodicity, reliable rotary means to connect to the flat support for movement on the axis of rotation, and means for advancing the retention; a third element, a packing of tabs to contain the tablets in the individual collapsible cavities with frangible lid, the cavities disposed oily on a reliable hole dispensing from the opening when they are rotated on the axis of rotation, the packing of tablets having second rotating means for connecting to the rotary knob when it is extended through the hole, the packing of tablets also having a hardened fairground formed by rolling the edge in the tubular structure, and a fourth chrome, means for preventing The loading of the tablet package, interactive with the hardened periphery, on the flat support except in a predetermined orientation 36. A tablet package adapted for reception and use according to claim 35, characterized in addition to the materials flexible (construction) end with a rolled edge on the periphery thus providing rigidity and crushing to the structure. 37.- The packing of tablets according to claim 36, further characterized in that the flexible materials are a plastic that can be formed into heat laminated in an aluminum in a common blister construction in the mold. 38.- A method to wind the edge of the packaging of conformi tablets < The resonance falls on ion 37, further characterized by comprising the steps of bending and exiting the edge in a heated, non-eminently male or at an essentially perpendicular altitude setting and striking the edge with another die heated in a manner to force the edge in a ripple inwards.