Claims:We Claim:
1. A pill apportioning system, a pill allocator comprising of:

a. A body an apportioning port in the body to administer medication from the body
b. A PC processor upheld by the body.
2. The pill apportioning system of claim 1, wherein the body includes a top, the top arranged to associate with a pill vial.
3. The pill apportioning system of claim 2, wherein the top houses the PC processor and the administering port.
4. The pill apportioning system of claim 2, wherein the body further includes the pill vial.
5. The pill apportioning system of claim 4, wherein the pill vial is an empty chamber.
6. The pill apportioning system of claim 1, wherein a correspondence component designed to encourage correspondence between the PC processor and a registering system or a figuring gadget.
, Description:Technical Field of the Invention:
The technical field of the invention is System and Method for pertains to the field of pill dispensers, and more particularly, to a tamper-proof pill dispenser apparatus and system.
Background of the Invention:
A variety of pill dispensers exist to dispense medicine in the form of pills, capsules, tablets, and others (all herein referred to as “pills”). Many have mechanisms that make it difficult for infants, toddlers, and small children to access the potentially dangerous medicine inside. Other pill dispensers have schedules to help individuals stay on schedule taking the medicine. Still other pill dispensers attempt to prevent access by keeping the dispenser locked until it is deemed to be time to ingest the medicine, at which time the dispenser unlocks, allowing an individual access to the medicine. None of these pill dispensers prevents unfettered access to the stash of pills inside the pill dispenser, which can be dangerous and problematic with patients or individuals who are addicted to the medicine being administered, who might have cognitive degeneration or impairment such that they forget their dosage, or who might have other unscrupulous motives to access the stash of medicine.
Additional conventional secure pill dispensers are locked and automatically dispense medicine at times deemed to be appropriate for ingesting the medicine. These pill dispensers can be broken, unlocked, or stolen, and the medicine inside accessed in bulk, and/or by individuals not intended to receive the medicine, unbeknownst to authorities or medical professionals.

Object of the Invention
A object of the present invention is “smart”, secure pill dispenser and pill dispensing system can record and report patient behaviour as it relates to administration of medicine outside the direct care of a doctor, in order to reduce or prevent medicine abuse, over-use, under-use, and misuse, and to facilitate proper medicine administration to a patient outside the direct supervision of a doctor.
Summary of the Invention
In an embodiment of the invention, a pill dispensing system includes a pill dispenser, which includes a body, a dispensing port in the body to dispense medicine from the body, and a computer processor supported by the body.
In an embodiment, a pill dispensing system includes a dispensing system platform and a pill dispenser configured to communicate with the dispensing system platform. The dispensing system platform includes an administrator module having a central database and an administrator portal configured for system administrator access.
In an embodiment, a computer system for dispensing prescription medication comprises a plurality of computers, each computer of the plurality of computers comprising at least one processor, one or more memories, one or more computer readable storage media having program instructions executable by the computer to perform the program instructions comprising: prompting, by a first of the plurality of computers, an input of an electronic prescription order and a treatment instruction; sending, by the first of the plurality of computers, the prescription order and the treatment instruction to a second computer of the plurality of computers; correlating and recording, by the second of the plurality of computers, a pill dispenser identifier and prescription information; and prompting, by a third computer of the plurality of computers, activation of the pill dispenser. In an embodiment, a pill dispenser key device includes a body housing a processor, a memory, and a communication element, the processor, the memory, and the communication element configured to communicate a digital key to a pill dispenser.
Brief Description of Drawings:
FIG. 1 is a flowchart embodiment of a method of a present invention
Detailed Description of Invention:
In the accompanying description, reference is made to the going with drawings that structure a section thereof, and in which is appeared by method for outline explicit model embodiments in which the present lessons might be polished. These embodiments are portrayed in adequate detail to empower those gifted in the craftsmanship to rehearse the present lessons and it is to be comprehended that different embodiments might be used and that changes might be made without leaving from the extent of the present lessons. The accompanying description is, along these lines, only excellent.
Unveiled is an alter safe pill administering system which can be incorporated with business to business electronic restorative records ("EMR") or electronic wellbeing records ("EHR"), for use by patients, doctors, insurance agencies, pharmaceutical organizations, and government offices. The system means to decrease physician endorsed sedate maltreatment, quiet nonadherence, overdose, under-portion, professionally prescribed medication dealing, and their related impacts. The system can meddle with, or break, the cycle that prompts physician recommended medicate manhandle and can forestall the advancement of enslavement inclinations in patients by reliably giving just specialist affirmed measurements adds up to a particular patient. The pill-apportioning system can be utilized at whatever point patients are endorsed controlled substances (for example Calendar II medications, for example, narcotics, energizers, anxiolytics, and antidepressants) or different substances where serious doctor checking would be advantageous (e.g., treatment of constant infections, treatment of terminal sicknesses, treatment of emotional well-being issues, and organization of anti-toxins, among others).
Fig. 1 outlines a pill administering system, including a pill container, a gadget key, and an apportioning system stage, as per an embodiment. The pill container can be loaded up with medication by a drug specialist, at the course of a patient's primary care physician. The allocator key can be utilized to bolt and open the pill container so as to fill the gadget with medication. Specialists, drug specialists, insurance agency delegates, patients, or others can cooperate with the pill allocator legitimately, or in a roundabout way by getting to the administering system stage through different entryways, including a specialist gateway, a drug specialist entryway, a patient gateway, and so forth.
The pill gadget can be arranged with the capacity to record quiet discussion and conduct information, and the capacity to report this information to the patient's primary care physician, just as to insurance agencies or other determined people or substances. Right now, mediation can be given to forestall abuse, misuse, and dependence on Schedule II physician endorsed prescriptions. Messing with the pill distributor can likewise be distinguished and announced.
If there should be an occurrence of a breakdown that forestalls programmed administering, a crisis, mechanical apportioning catch can open and enact the allocator port. The apportioning catch can be arranged to be discouraged or in any case bolted and jump out or in any case become dynamic for utilize just when the pill allocator imparts a sign demonstrating the pill gadget can't administer a dose of medication.
At the same time, the sign lights can enlighten or potentially the speaker can emanate a perceptible marker.
On account of a pill jam in the pill container that would square further pills from being administered through the gadget port, the top can open from the vial with the goal that the patient can disengage the top from the vial. The crisis apportioning button and additionally the opening of the top from the vial can be debilitated for medication for which bombed organization is non-perilous, and empowered for drugs that are time touchy, and for which bombed organization can be dangerous. Enactment of the crisis administering catch can sidestep character check by the biometric identifier. The crisis apportioning catch can likewise be utilized as the principle administering method for patients who are not ready to utilize the biometric identifier, who can't self-direct medication, as well as who require outsider treatment help.
The pill container can be arranged with the end goal that if a patient not approved to utilize the crisis apportioning button as the essential administering method utilizes the crisis apportioning button, the pill gadget as well as the administering system stage can require the patient to give motivation to utilizing the crisis button by choosing a choice gave by the apportioning system stage. This data can be made accessible to the two doctors and the patient's medical coverage supplier for additional activity.

Other than through the administering port, the main access to the inside hole (not appeared) is by opening and expelling the top from the vial. The top can be opened from the base electronically by a computerized key. The advanced key might be given to choose medicinal experts, for example, drug specialists.
The computerized key can be given by the allocator key gadget. Fig. 1 represents the allocator key gadget, which can likewise incorporate a processor, a memory, and a correspondence component, as delineated in Fig.1. The processor, memory, and correspondence component give ability to the container key gadget to process program directions, store data, and speak with a system or other figuring gadget. In like manner, the allocator key gadget can speak with the pill distributor and the administering system stage.
Alluding to Fig. 1, the container key gadget can be arranged to get the pill distributor, for example, in repository, molded compatibly with the top to get the top. A solitary container is appeared in the showed allocator key gadget; however any down to earth number of repositories can be remembered for a solitary distributor key gadget. Correspondingly, the state of the allocator key gadget is appeared as that for the most part of a circle, which isn't planned to be restricting.
A first scanner can be situated in the container, situated with the end goal that when the top is put in the repository, the principal scanner can peruse a standardized identification or other kind of code check capable or coherent situated on the top consequently utilizing a filtering gadget. For straightforwardness, thus, a wide range of sweep capable or clear codes are alluded to as standardized tags. Any data related with the standardized tag can be put away in the memory and additionally conveyed to the pill container, the apportioning system stage, another system utilized by the drug specialist, or different systems or PCs. For instance, data to distinguish and inventory the specific pill allocator can be gathered by the container key gadget right now. Each top can be doled out a particular and novel alphanumeric code, for instance, and whenever the top is set in the repository of the distributor key gadget, the allocator key gadget and the administering system stage can know this one of a kind code and correctly which pill container is in the allocator key gadget.
The allocator key gadget can likewise incorporate a subsequent scanner to peruse standardized tags. The subsequent scanner can be designed to peruse similar kinds of standardized identifications that the primary scanner 81 peruses, or various sorts of standardized identifications. The subsequent scanner is situated in an area generally helpful for a drug specialist to examine a standardized identification appended (e.g., by the drug specialist when filling a solution) to a side of the pill distributor. The standardized identification can compare to data identified with the patient and the remedy, for example, yet not constrained to medication type and amount.
The data recovered by the primary scanner or the subsequent scanner can be shown a showcase. The showcase can be any presently known or future-created lighting up screen, for example, a touchscreen, a LED, and OLED, and so forth. The presentation can likewise show alerts, promotions, or takes note. The showcase can show a notification that another solution has shown up, or potentially show the remedy request, or some other data put away by or got by the distributor key gadget.