WO2022204775A1 - Système et dispositif d'acquisition et de présentation de données par lecture optique de données de produits d'intérêt avec soumission immédiate et analyse croisée avec des données paramétrées au moyen d'une interface d'utilisateur et processus effectué par ledit système - Google Patents

Système et dispositif d'acquisition et de présentation de données par lecture optique de données de produits d'intérêt avec soumission immédiate et analyse croisée avec des données paramétrées au moyen d'une interface d'utilisateur et processus effectué par ledit système Download PDF

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Publication number
WO2022204775A1
WO2022204775A1 PCT/BR2022/050114 BR2022050114W WO2022204775A1 WO 2022204775 A1 WO2022204775 A1 WO 2022204775A1 BR 2022050114 W BR2022050114 W BR 2022050114W WO 2022204775 A1 WO2022204775 A1 WO 2022204775A1
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WO
WIPO (PCT)
Prior art keywords
interest
consumer
product
information
application software
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PCT/BR2022/050114
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English (en)
Portuguese (pt)
Inventor
Mario NICOLI FILHO
Original Assignee
Nicoli Filho Mario
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
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Publication date
Priority claimed from BR102021006419A external-priority patent/BR102021006419A2/pt
Priority claimed from BR132021025929A external-priority patent/BR132021025929E2/pt
Priority claimed from BR132021025934A external-priority patent/BR132021025934E2/pt
Priority claimed from BR132021026547A external-priority patent/BR132021026547E2/pt
Application filed by Nicoli Filho Mario filed Critical Nicoli Filho Mario
Publication of WO2022204775A1 publication Critical patent/WO2022204775A1/fr

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Classifications

    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce
    • G—PHYSICS
    • G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
    • G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
    • G16H20/00—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance
    • G16H20/10—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance relating to drugs or medications, e.g. for ensuring correct administration to patients

Definitions

  • [2] - Service can be defined as the set of activities performed by a company to respond to customer expectations and needs. Therefore, the service is defined as being an intangible good;
  • [3] - Product can be defined as what has been manufactured or produced. Over the years, a product is understood to be a tangible good, resulting from the production process, which can be passed from one person to another;
  • [4] - Packaging it is a container or material that surrounds and stores products for a certain period, to protect and guarantee the useful life, enabling distribution;
  • [7] in a first aspect of the present invention is any drug and/or medicine and/or medication, or even food supplement, among others, whose commercial offer must have a package insert, where this obligation is protected by ANVISA;
  • the packaging and its label must convey all relevant information about the product, contributing to its use. suitable and safe. They must contain mandatory information established by re-solutions published by each agency.
  • the means of identification will preferably be a Data Matrix type code, the conventional bar code and the more contemporary QRcode, among others.
  • [16] - Medicine are all the resources used to cure or relieve pain, discomfort or illness, its concept being broader than that of medicines.
  • Non-exhaustive examples of remedies include analgesic, amphetamine, antacid, antibiotic, antidote, aspirin and barbiturate.
  • Every medicine is a medicine, but not every medicine is a medicine, and the classification of medicines is divided into three different categories, namely: reference, similar and generic;
  • - Food supplements are preparations intended to complement the diet and provide nutrients, such as mineral vitamins, fiber, fatty acids or amino acids, which may be lacking or cannot be consumed in sufficient quantities in a person's diet.
  • Food supplements for bodybuilding are used by practitioners of physical activity, most commonly in bodybuilders, providing essential nutrients such as proteins, carbohydrates, minerals, vitamins, etc.;
  • [20] - Patient for the purposes of the present invention, it is the human patient. It could also be the animal patient;
  • [21] - Consumer for the purposes of the present invention is the one who buys, consumes or acquires any production or consumption good;
  • [22] - Package insert is a document included in the packaging of a medicine that provides information about that medicine and its use. For prescription drugs, inclusion is technical, providing information to physicians on how to prescribe the drug.
  • Package inserts for prescription drugs usually include a separate document called a "patient package insert" with information written in plain language and intended for the end user; the person who will take the drug or give it to someone else, such as a minor. Brochures for over-the-counter medications are also written simply;
  • [24] - Dosage it is the way to use drugs and/or medicines and/or medications and/or food supplements, that is, the number of times and the amount of medication to be used each day, which varies according to function of the patient, the disease being treated and the type of medication used by the patient;
  • [25] - Anamnesis it is characterized by being the "subjective examination" that a health professional performs with their patients, basically consisting of the interview being conducted by medical or health professionals. nursing during a consultation, where patient information, clinical parameters, personal and family history of the patient are acquired;
  • the identifier means will preferably be a Data Matrix type code, the conventional bar code (EAN) and the more contemporary QRcode, as well as the use of conventional printing or in Braille the name of the active ingredient;
  • QR Code presents the same list of applications listed for the conventional bar code, with the advantage of presenting faster reading of the code and identification of the product read, in the case of the present invention, the code identification printed on the packaging of a product of interest. Its nomenclature derives from the English acronym “Quick Response”, rapid response in Portuguese is a variation of the conventional bar code, in the form of a two-dimensional pixel code (it does not provide for the use of alphabetic or numerical references).
  • EAN Barcode for products
  • barcode is a type of means of identifying product consumption, more suitable to be applied to larger products, where its nomenclature comes from the acronym of the English language “barcode”, being a graphical representation of numeric or alphanumeric data. It is commonly used in several areas, from industry to commerce and services.
  • the EAN standard (English language acronym for “European Article Number, which in free translation can be understood as “European Article Number”) is conceptually a product identification code, which has all the important information of a commodity, such as manufacturer, country of origin, product model and check digit.
  • Active ingredient conceptually it can be understood as the molecule (natural or synthetic) responsible for the therapeutic effect obtained by a particular drug.
  • an active ingredient we can mention Dipyrone and Omeprazole, among others.
  • [31] - Data Matrix Code it is the most appropriate type of product consumption identifier of specification for the present invention, being a more accurate type of QRcode code, with application focused on small items, as in the case of a miniature package of a product of interest, of the present invention patent. It has the ability to encode fifty characters into a 2 or 3 mm readable symbol and the fact that the code can be read with only a 20% contrast ratio.
  • Data Matrix code is scalable, with commercial applications with images as small as 300 micrometers (laser etched on a 600 micrometer silicon device) and as large as a 1 meter square.
  • the information to be encoded can be text or numeric data.
  • the usual data size is from a few bytes to 1556 bytes.
  • the length of the encoded data depends on the number of cells in the array. Error correction codes are often used to increase reliability: even if one or more cells are damaged, making them unreadable, the message can still be read.
  • Matrix can store up to 2335 alphanumeric characters. Depending on the encoding used, a light cell represents a “0” and a dark cell is a “1” or vice versa.
  • Every data matrix is composed of two adjacent solid "L”-shaped edges (called a “locator pattern”) and two other edges that consist of alternating “cells” or modules of dark and light (called a “pattern pattern”). timing”). Within these borders are rows and columns of cells that encode information.
  • the locator pattern is used to locate and orient the symbol, while the time pattern provides a count of the number of rows and columns in the symbol. As more data is encoded in the symbol, the number of cells (rows and columns) increases.
  • Each code is unique. Symbol sizes range from 10 c 10 to 144 x 144 in the new ECC 200 version and from 9 c 9 to 49 x 49 in the old ECC 000 - 140 version;
  • [32] - Braille System it is a writing and reading process based on 64 embossed symbols, resulting from the combination of up to six dots arranged in two columns of three dots each. You can represent both letters, numbers and punctuation marks;
  • - Code reader the decoding (reading) of data from a QRcode, DATA Matrix or even barcode is performed by a type of scanner - the barcode reader, which emits a red ray that travels through all the bars.
  • the data captured in this optical reader is understood by the computer, which in turn converts it into human-readable letters or numbers.
  • WebService English term for Web server is software responsible for accepting HTTP requests from clients, usually browsers, and serving them with HTTP responses, optionally including data, which are usually web pages, such as HTML documents with embedded objects (images, etc.) or a computer running a program that provides the functionality described above;
  • app application or application (abbreviated, app), is software designed to perform a group of functions, tasks or coordinated activities for the benefit of the user;
  • [46] - Parameterization it can be translated as the definition of parameters, insertion of something in patterns, models, where for the purposes of the present invention the parameterization is related to the scope of information that must be provided for the commercialization of products of interest, being that the manufacturing information and specific information for each product are defined by parameters (notably instructions for use, safety, maintenance, etc.);
  • the present invention can be adapted, keeping the same inventive concept for interpretation, specifically for end users, in reading and recognizing instructions contained in specification, installation and/or use manuals. all sorts of industrial products.
  • [55] - edible products packets of rice, beans and pasta, sugar, salt, coffee, flour, margarine, cornmeal, pasta, seasonings, sauces, sweets, coffee and related products;
  • [59] - home appliances refrigerator, fridge, freezer, stove, hood, microwave oven, coffee maker, toaster, blender or mixer, dishwasher, washing machine, clothes dryer, humidifiers/ air purifiers, fans, air conditioning, and the like;
  • [60] - electronics audio (home theater, mini and micro system, cell phones, etc.); cameras, camcorders, projectors, CD player, blue ray), Televisions, monitors;
  • [61] - small appliances for the kitchen (mixers, drinking fountains, coffee makers, kettles, juicers, centrifuges, grill, sandwich makers, blenders, food processors, electric grinders, electric cookers, toasters); for laundry (ironing boards, vacuum cleaners, clothes washer and dryer, floor polishers,);
  • - IT computers, office equipment, printers and accessories, notebooks, tablets, peripherals (keyboards, mice, webcam, external HD, monitors, routers and the like);
  • [65] - jewelry watches, jewelry, pens, key chains, articles in general;
  • - clothing outerwear, shorts, shoes, t-shirts, jackets, wallets, belts, bags, caps, backpacks,
  • - furniture sofas, tables, chairs, cabinets, etc.
  • the present invention finds special utility for those with visual and/or hearing impairments, where reading even Braille codes is replaced by sound message guidance.
  • the introduction of the object of the present invention meets the ecologically correct and sustainability issue, as it minimizes and even eliminates the need to print medication leaflets or instruction manuals for industrialized products, to the blatant benefit of the point from an ecological point of view and also with a strong impact on the reduction of production costs of the products, notably in relation to the costs of inputs directly related to obtaining package inserts or manuals that are no longer printed.
  • object of the present invention can go beyond the field of medicines, being adapted to a list of products.
  • the present invention patent refers to a label with a leaflet or superimposed booklet, which was provided to be simpler, at a lower cost than the usual similar and method of manufacture, belonging to the field of self-adhesive articles; said label understood, essentially: by label body; by a layer of pressure-sensitive adhesive bonded to the rear face of the body; by a layer of printing arranged on the front face of the body and which forms the label itself; and by leaflet or booklet, superimposed and fixed to the body; a plurality of labels with leaflet or superimposed booklet are originally glued to a liner, forming a ribbon of labels with leaflet or superimposed booklet that is supplied in reel, and in the present invention a device for fixing and opening and closing the leaflet or booklet on the body, essentially comprising: a release strip, located transversely in an intermediate position on the anterior face of the body and which is uncovered along the edge of the leaflet or booklet; by a strip of adhesive, located next to the edge of the body and which permanently glues the edge of the lower section
  • D4 Document of Brazilian patent PI 1002546-4 published on 03/27/2012 with title SNAPSHOT WITH ARRANGEMENT FOR PACKAGING INSERT BOOKLET, WITH CLOSING, OPENING AND RECLOSING SYSTEM teaches a booklet composed of a cover and inner pages previously printed and folded together by means of creases, forming a package insert with information about various products packed in packages.
  • the booklet is applied to the package and closed by a ribbon in the form of a strip, which is permanently glued on its inner portion with definitive glue along the free edge of the booklet cover, but is resealably adhered to its outer portion.
  • the handle portion is pulled, making the ribbon, through its external portion with resealable glue, detach from the base surface and, through its internal portion, adhered by definitive glue along the edge of the booklet cover, loading -a to enable the drawing of the inner sheets articulated by creases, opening the booklet for the reading of the leaflet allowing successive re-closing in handling without impregnation of glue on the user's fingers, avoiding damage to the resolution of the printed material, allowing its consultation during use of the product contained in the package.
  • a drug leaflet comprises a series of sheets preferably made of paper, each of which has at least one graphic representation relating to a drug; the sheets are fixed together in a corresponding joining zone and, before being inserted into the boxes containing the medicines, they are folded by means of multiple parallel folds, with the possibility of their combination with an additional perpendicular (transverse) fold; and
  • Figure .1 is an illustrative representation of a products of interest in the form of a drug. Medicine, medication or supplement in a package, with an identifying means;
  • Figure .2 is an illustrative representation in the form of a block diagram of the architecture of the inventive integrated system showing its functional modules;
  • Figure .3 is an illustrative representation in the form of a block diagram of the functional devices that make the inventive integrated system feasible, further evidencing the flow of the inventive system's operational logic.
  • Figure .4 is an illustrative representation of a package of a product of interest, notably a drug, showing the means to identify the active ingredient, such as: EAN code, printing of the active ingredient in a conventional way and in Braille;
  • Figure .5 is an illustrative representation in enlarged view of an EAN code, showing its structure and functionality;
  • Figure .6 is an illustrative representation of the architecture of an alternative way of realizing the drug package insert data recognition system directly between the consumer of interest and the medication data management center with a voice interface, highlighting its actors and functional modules;
  • Figure .7 is an illustrative representation of the iteration relationship between actors and functional modules of the first embodiment of the drug package insert data recognition system directly between the consumer of interest and the medicine data management center ments with interface through voice, showing actors and respective functional modules;
  • Figure .8 is an illustrative representation of the architecture of an alternative way of realizing the drug package insert data recognition system directly between the consumer of interest and the medication data management center with an interface through voice, highlighting its actors considering the “service provider” actor and functional modules;
  • Figure .9 is an illustrative representation of the iteration relationship between actors and functional modules of the second embodiment of the drug package insert data recognition system directly between the consumer of interest and the medicine data management center ments with interface through voice, highlighting its actors considering the actor “service provider” and functional modules;
  • Figure .10 is an illustrative representation in the form of a flowchart of the operating process of the package insert data recognition system medication directly between the consumer of interest and the medication data management center with voice interface,
  • Figure .11 is an illustrative representation in the form of a block diagram, representing the list of products of interest, having as a paradigm the scope of sections of the International Patent Classification - IPC;
  • Figure .12 is an illustrative representation in the form of a block diagram of the actors considered by the inventive system and their interrelationship;
  • Figure .13 is an illustrative representation in the form of a block diagram of the actors considered by the inventive system and their interrelationship as well as the devices added to them so that their operation is feasible;
  • Figure .14 is an illustrative representation in the form of a block diagram of the architecture of the parameterized communication and general data management system of products of interest to its consumer of interest, showing its functional modules, the actors involved in each module and the operational flow; and
  • Figure .15 is an illustrative representation in the form of a block diagram pertinent to the mapping of the information provided on the products of interest, namely, general manufacturing information and information on the specifics of each product, information that is present in the medium identifier of the product of interest printed on its packaging, label and even on its own body.
  • Figure .16 is an illustrative representation in the form of a block diagram pertinent to the possible forms of presentation to the consumer of interest, of general manufacturing information and information about specifics of each product, in sound form or graphic interface, information that is present in the means of identifying the product of interest printed on its packaging, label and even on its own body;
  • Figure .17 is an illustrative representation of the system-consumer friendly communication interface of interest, notably for the visually impaired consumer;
  • Figure .18 is an illustrative representation of the system-consumer friendly communication interface of interest, notably for consumers without visual impairment;
  • Figure .19 is an illustrative representation of the user-friendly system-consumer communication interface of interest, notably for consumers without visual impairment, with the interaction to define and initialize the language of interest;
  • Figure .20 is an illustrative representation of the condition of a product of interest that has a position marker printed in Braille code, or the like, which has the identifying means printed on its side, suitable for the consumer of interest with Visual impairment;
  • Figure .21 is an illustrative representation of the condition of a product of interest printed only with the identifier, suitable for the consumer of interest without visual impairment;
  • Figure .22 is an illustrative representation of a friendly form of iteration for consumers of interest without visual impairment, where alternatively they can have access to manufacturing and mainly specific information, through the graphical interface of a television set.
  • QRCode Reading System with the Product of interest as a drug, medicine, medication or supplements:
  • IP information medium
  • Manufacturer of the product of interest is the one that puts into production specific batches of the product of interest (Med), where at the end, it holds the production information (batch, manufacture, expiration date) and drug leaflet, as well as printing the identifying means (Mi);
  • P3 can be understood as a point of sale - POS, of the product of interest (Med). These are pharmacies or related establishments (in the case of food supplements), which can be physical stores (conventional) and even virtual stores (e-commerce; B2B, etc.);
  • Inventive relationship system architecture [144] As illustrated in Figure .2, it is basically formed by sharing and processing information at different levels (technological, personal and professional) between the functional modules, as follows:
  • Module creation of the information medium is responsible for defining the “encrypted” information of each identifier (Mi), which must be specific for each product of interest (Med );
  • Module manufacturing of the product of interest (Mod.2): production of specific batches of the product of interest (Med), where at the end, it holds the production information (batch, manufacturing, expiration date) and of the medication leaflet, as well as printing the identifying means (Mi);
  • Module loading drug leaflet information (Mod.5): where the Patient/consumer actor (P4) feeds the application software (App) with data from the drug leaflet of the product of interest (Med), presented in the language used by the patient/consumer (P4);
  • Information medium developer consists of an application software (Sw1) that receives inputs of specific information about the product of interest (Med) to be manufactured by the actor Manufacturer of the product of interest (P2), for the generation of the half-identifying identifier (Mi), through a code generator, and sending it to the same actor, where this communication between them takes place through a Web-Service (www);
  • Manufacturer of the product of interest (P2): manufacturer of lots of products of interest (Med), such as drugs, medicines, medicines or even food supplements for packaging, which in turn receives the impression of the identifier (Mi) generated and received from the Developer of the information medium (P1), through WebService (www), where the batch obtained is sent via transport (Tr) to the distributor/dealer ( P3);
  • Patient/final consumer proceeds to download the application software (App), where he has access to the “patient/consumer area”, where he initially defines his domain language, with the function of to preliminarily receive patient/consumer anamnesis information (P4) and then capture the information from the identifier (Mi) printed on the packaging (Cx) of the product of interest (Med), for further analysis and use guidance, and this one has a data entry menu provided with a usability feature (user friendly), notably for predicting the emission of audible and/or luminous warning signals;
  • Health professional downloads the application software (App), where he has access to the “doctor/nutritionist area” with the function of receiving information about the correct use of health care products. interest (Med) in the Patient/end consumer (P4);
  • the application software processes the information received from the manufacturer of the product of interest (P2) and virtually generates the identifier (Mi) for the batch of products of interest (Med); and
  • the application software crosses information from the anamnesis data (An) of the patient/consumer actor (P4) versus the data from the defining drug leaflet in the pain identifier (Mi), identifying parameters of use like:
  • the application software creates the warning routine (sound and/or light) of release/restriction and dosage of use of the product of interest (Med);
  • the application software sends through the cellular device (Cel) to the patient/consumer actor (P4) a first alert (audible or light) of release/restriction of use of the product of interest (Med), in your domain language;
  • the alert of release/restriction of use of the product of interest may be related to the identification by the application software (App), that the use of the product of interest ( Med), in this case, a particular drug “X”, may not be indicated due to the use of other drugs ⁇ ”, “Z”, etc., whose iteration is not recommended.
  • the application software sends through the cellular device (Cel) to the patient/consumer actor (P4) a second alert (audible or light) in their domain language, at each moment of use of the product of interest (Med), defined in the drug dosage appropriate to the patient/consumer actor profile (P4);
  • the application software sends through the cellular device (Cel) to the patient/consumer actor (P4) a third alert (audible or light) in their domain language, so that it is given low use of the dose of the product of interest (Med) for the moment of use corresponding to the second alert; and
  • the patient/consumer actor (P4) will proceed with the access. Identification and guidance on the use of a drug. For example
  • the application software asks the patient/consumer actor (P4) by means of a sound message to choose one of the options, by means of a voice command:
  • the application software asks the patient/consumer actor (P4) by means of a sound message to choose one of the options, by means of a voice command:
  • the product of interest is a drug (MED), presented inside a package (EMB), whose external phase presents at least the product identifying elements:
  • DB database for storage of manufacturing information and specific information on the product of interest, in this case drug of interest (MED).
  • This database (DB) can be physical and/or in the cloud;
  • - telephony device can be fixed, cellular, and with conventional telephony service or VOIP type, among others).
  • MED Medication
  • packaging containing at least one of the identifying means (PA1) and/or (PA2) and/or code (EAN);
  • Step .E1 The consumer of interest (At2), already in possession of the medication (MED) goes to the telephone device (TEL), which can be a conventional or cell phone device, and accesses the service number via telephone; [237] Step .E2 The telephone service asks for a voice command and/or display on the telephone device (TEL) so that the consumer of interest (At2), with or without sensory impairment, chooses the type of means of information to access the leaflet, through the alternatives:
  • Step .E3 The consumer of interest (At2) informs the drug of interest (MED):
  • the system requests that the name of the active ingredient be spoken, conventionally printed (PA1) or printed in Braille (PA2), in the case of consumers of interest without disabilities and with visual impairments, respectively.
  • PA1 conventionally printed
  • PA2 printed in Braille
  • the consumer says the name of the active ingredient “ALOPURINOL”;
  • option “2” for EAN code enter the 13 digits of the respective code, which is a valid option for consumers without disabilities and with visual impairments respectively (in this case the digits must be printed in Braille).
  • the system identifies in the information of the 13 specific digits for the active principle “ALOPURINOL”
  • Step .E4 The system recognizes the drug of interest (MED) and the telephone service asks the consumer of interest (At2) about the form of presentation of the drug (MED), with the options:
  • Step .E5 Define the drug information type, where the The system recognizes the form of presentation of the drug of interest (MED) and the service via telephone asks the consumer of interest (At2) about which drug information (MED) he wants to receive with the options (for example):
  • Step .E6 The telephone device (TEL) sends the chosen option to the system manager (At1 );
  • Step .E7 The system recognizes the chosen option, and searches the database (BD) of the system manager module (At1) for the information requested for the drug of interest;
  • Step .E8 The system sends the information to the application software (SW1) which transmits it to the telephone set (TEL); and
  • Step .E9 The telephone device (TEL) informs the consumer of interest (At2) by voice command, the requested information about the drug of interest (MED).
  • QRCode Reading System with the Product of interest as a wide range of products:
  • a product of interest may have more than one manufacturer of interest (At1); [261] - Distributor/Reseller of interest (At2), who can distribute and market the same product of interest supplied by different manufacturers of interest (At1);
  • DB Database for storing information (Im), either manufacturing information (Im 1 ) and specific information (Im2) of the product of interest (Pi) manufactured by the manufacturer of interest (At1).
  • This database (DB) can be physical and/or in the cloud.
  • App application software for communication management between the system manager (At4) and the manufacturer of interest (At1) and information communication manager (Im), either manufacturing information (Im1 ) and information (Im2) of the product of interest (Pi), whether in written and/or spoken and/or visual form.
  • Application software is supported by technology - API - Application Programming Interface or "Application Programming Interface", a set of programming routines and standards for accessing a software application or web-based platform.
  • - Database for storing information (Im), either manufacturing information (Im 1 ) and specific information (Im2) of the product of interest (Pi) manufactured and made available by the manufacturer of interest (At1).
  • This database can be physical and/or in the cloud.
  • - Distribution/Resale module (m3): commercialization through physical stores (conventional) and even virtual stores (e-commerce; B2B, et3.c.) of the product of interest (Pi) to be purchased by the consumer actor of interest (At3), whose actor is the distributor/dealer (At2);
  • - Sensory status module (m4) with a function to define the “sense status”, which is performed by touching the screen (in the case of normal, deaf and/or mute status), or by command voice (in the case of status as a blind user), where local application software (Swl) of the system manager module (m1), receives from the remote application software (Swl) and/or (App) of the actor the distributor/reseller (At2 ) and/or consumer actor of interest (At3) respectively, processing the information of the contracted products of interest (Pi) in written and/or sound and/or visual form, sending it back to the remote application software (Swl) , for each access module of the respective actors (At2) and (At3) the information of interest, that is, manufacturing information (Im1), such as batch, manufacturing, expiration date) and specific information (Im2) from the point of view of specification; [296] - Language definition module (m5): where local application software (Swl) of the system manager module
  • the manufacturer of interest (At1) defines which catalog products (Pc) are participating as products of interest (Pi) that integrate the parameterized communication and general data management system/process to be made available to the consumer of interest (At3);
  • the system manager (At4) registers and stores in a database (BD) the list of products of interest (Pi) with the respective data of the means identifiers (Mi) containing manufacturing information ( Im1) and specific information (Im2) of the product of interest (Pi) of the manufacturer of interest (At1);
  • the system manager (At4) makes available to the distributor/dealer (At2), the means of identification (mi) of the products of interest (Pi) defined by the manufacturer of interest (At1); [310] - Step .3
  • the distributor/dealer (At2) accesses the application software (Swl) to recognize the product of interest (Pi) and initializes its language of interest (Id) making the manufacturing information available ( Im1) and specific information (Im2) of the product of interest (Pi) of the manufacturer of interest (At1);
  • the system manager (At4) translates into the language of interest (Id) the manufacturing information (Im1 ) and specific information (Im2) of the product of interest (Pi) of the manufacturer of interest (At1 );
  • the system manager (At4) sends the manufacturing information (Im1) and specific information (Im2) of the product of interest (Pi) of the manufacturer of interest (At1) already in the language of interest (ID ) for the application software (Swl) of the distributor/dealer (At2);
  • the distributor/dealer (At2) for a particular product of interest (Pi) of the manufacturer of interest (At1 ) accesses its manufacturing information (Im1) and specific information (Im2), to inform and/or guide the consumer of interest (At3) who purchases the product of interest (Pi);
  • the distributor/reseller (At2) guides the consumer of interest (At3) who purchases the product of interest (Pi) from the manufacturer of interest (Pi) to purchase the application software on their cell phone (Cel) (App) recognition of the product of interest (Pi);
  • Step .1 The consumer of interest (At3) acquires the application software (App) on his cell phone (Cel) to communicate with the application software (Swl) of the system manager (At4);
  • the application software asks the consumer of interest (At3) about their “sense status”, through writing on the screen (in the case of normal and/or muted status) or by voice command (in the case of status as a blind user) and also by video (in the case of status as a deaf user);
  • the consumer of interest responds to the application software (App) about his “sense status”, by touching the screen (in the case of normal and/or mute and/or deaf status), or by voice command (in the case of status as a blind and/or deaf user);
  • the consumer of interest (At3) accesses the application software (App) to recognize the product of interest (Pi) through a friendly interface (text, voice command or video) and performs the initialization , from its language of interest (Id) to the availability of manufacturing information (Im1) and specific information (Im2) of the product of interest (Pi) of the manufacturer of interest (At1);
  • the system manager (At4) translates the manufacturing information (Im1) and specific information into the language of interest (Id) (Im2) of the product of interest (Pi) of the manufacturer of interest (At1);
  • the system manager (At4) sends the manufacturing information (Im1) and specific information (Im2) of the product of interest (Pi) of the manufacturer of interest (At1) already in the language of interest (ID ) for the application software (App) of the consumer of interest (At3);
  • the application software (App) identifies in the identifier (Mi) of the product of interest (Pi) the manufacturing information (Im1) and specific information (Im2) of the product of interest (Pi) of the manufacturer of interest (At1 ) already in the language of interest (ID); see figure .15; and
  • the application software (App) Based on the identifier (Mi) the application software (App) provides the consumer of interest (At3) with manufacturing information (Im1) and specific information (Im2) of the product of interest (Pi), of the manufacturer of interest (At1) already in the language of interest (ID) through a means of communication corresponding to the “sense status” previously defined by the consumer of interest (At3), that is, by means of writing on screen and/or sign sound and/or video.
  • QRCode Reading System with the Product of interest as being a wide range of products.com input and output data for consumers of interest with visual and/or hearing impairments and/or consumers of interest with illiteracy: [332] 4. a. In the light of the actors of the inventive system
  • [348] an application software (Swl) for managing communication between system manager (At4), distributor/dealer (At2) and consumer (At3);
  • [350] - Database (BD) for storing information (Im), either manufacturing information (Im 1 ) and specific information (Im2) of the product of interest (Pi) manufactured by the manufacturer of interest (At1).
  • This database (DB) can be physical and/or in the cloud.
  • a computer which should preferably be a cellular device (Cel);
  • TV Television set
  • [358] an application software (App) for managing communication between the system manager (At4) and the manufacturer of interest (At1) and information communication manager (Im), either manufacturing information (Im1 ) and information specific (Im2) of the product of interest (Pi), with a communication interface already in written and/or spoken and/or visual form, the latter in the form of video presentations with scenes that reproduce the LIBRAS language;
  • App application software for managing communication between the system manager (At4) and the manufacturer of interest (At1) and information communication manager (Im), either manufacturing information (Im1 ) and information specific (Im2) of the product of interest (Pi), with a communication interface already in written and/or spoken and/or visual form, the latter in the form of video presentations with scenes that reproduce the LIBRAS language;
  • [362] an application software (Swl) for managing communication with the manufacturer of interest (At1), distributor/dealer (At2) and consumer (At3).
  • Im1 ) and specific (Im2) of the product of interest (Pi) of the manufacturer of interest (At1) there are also routines for handling this information, notably:
  • - Database for storing information (Im), either manufacturing information (Im1) and specific information (Im2) of the product of interest (Pi) manufactured and made available by the manufacturer of interest (At1).
  • This database can be physical and/or in the cloud.
  • the manufacturing information (Im1 ) and specific information (Im2) of the product of interest (Pi) are generated according to the meaning status of the consumer of interest (At3) in the different classifications, either in written form and/ or spoken and/or visual, the latter in the form of video presentations with scenes that reproduce the language of LI BRAS.
  • - Distribution/Resale module (m3): commercialization through physical stores (conventional) and even virtual stores (e-commerce; B2B, etc.) of the product of interest (Pi) to be purchased by the consumer actor of interest (At3), has the distributor/dealer as actor (At2);
  • - Language definition module (m4) where local application software (Swl) of the system manager module (m1), receives from the remote application software (Swl) and/or (App) the definition of the domain language, either the manufacturer of interest (At1) and/or the distributor/reseller of interest (At2) and/or the consumer of interest (At3), processing the information on the contracted products of interest (Pi) in the language(s) (s) selected ⁇ ), sending in return to the remote application software (Swl), for each access module of the respective actors (At1), (At2) and (At3) the information of interest, that is, the information (Im1 ), such as batch, manufacturing, expiration date) and specific information (Im2) from the point of view of specification, use, maintenance, safety, among others.
  • the information (Im1 ) such as batch, manufacturing, expiration date
  • Im2 specific information
  • the system manager module (m1 ) receives this information from the remote application software (Swl) and/or (App), proceeding with the processing of information from the interest (Pi) with visual information being made available in the form of video presentations with scenes that reproduce the LIBRAS language representative of their condition, sending in return to the remote application software (Swl), to the consumer actor's access module of interest (At3) the information of interest, that is, the manufacturing information (Im1), such as batch, manufacturing, validity) and specific information (Im2) from the point of view of specification, use, maintenance, safety, among others.
  • the manufacturing information Im1
  • Im2 specific information
  • the manufacturing information (Im1 ) and specific information (Im2) of the product of interest (Pi) are generated according to the meaning status of the consumer of interest (At3) in the different classifications, either in written form and/ or spoken and/or visual, the latter being, in the case of the consumer of interest (At3) being a consumer with hearing impairment (At34), in the form of presentation of videos with scenes that reproduce the language of LIBRAS, as well as such information is generated according to the language of interest (ID);
  • Step .3 “Initialization” of the user-friendly interface, where:
  • the consumer of interest (At3) accesses the application software (App) to recognize the product of interest (Pi) through a friendly interface, that is, voice interface (Aud) for the visually impaired consumer of interest (At33) or graphical interface (Vis) for the visually impaired consumer of interest (At34) and has access via display (Dy) from the cell phone (Cel) to the list of language options, in the form of self-explanatory icons, preferably as the representation of the flags of the countries that represent the languages of interest (ID), see figure .18;
  • Step .5 “Initialization” of the language of interest, where:
  • the application software (App) of the cell phone (Cel) proceeds to “initialize” the system (Sis) for the language of interest (ID) through a specific video interface, where the standard (Im1 ) and specific (Im2) information of the product of interest (Pi), see figure .15, are presented with representative videos of the information that emphasize the representative language movements from LIBRAS to the language of interest (ID); [396] - Step .6
  • the system manager (At4) translates the manufacturing information (Im1) and specific information (Im2) of the product of interest (Pi) into the language of interest (Id);
  • the system manager (At4) sends the manufacturing information (Im1) and specific information (Im2) of the product of interest (Pi) already in the language of interest (ID) and in the user-friendly interface to the application software (App) of the consumer of interest (At3);
  • the application software identifies in the identifier (Mi) of the product of interest (Pi) the manufacturing information (Im1) and specific information (Im2) of the product of interest (Pi) already in the language of interest (ID) and with the “initialization of the user-friendly interface for its meaning status, that is, the information will be provided by sound; and
  • the application software provides the visually impaired consumer of interest (At33) through sound and in the language of interest (ID) the information of manufacturing (Im1) and specific information (Im2) of the product of interest (Pi), of the manufacturer of interest (At1);
  • the consumer of interest without visual impairment which can be the literate consumer with no impairment of senses (At31) or non-literate consumer without impairment of sense (At32) or even consumer with hearing impairment (At34), making use of a scanner-type reader (Lmi), specifically the cell phone camera (Cel), proceeds to capture the image of the identifier (Mi) of the product of interest (Pi), see figure .21 ;
  • the application software identifies in the identifier (Mi) of the product of interest (Pi) the manufacturing information (Im1) and specific information (Im2) of the product of interest (Pi) already in the language of interest (ID) and with the “initialization of the user-friendly interface for its status of consumer sense of interest (At3) without visual impairment, that is, the information will be provided through videos, conventional or specific, in the graphical interface of the cell phone (Cel); and
  • the application software provides the consumer of interest (At3) without visual impairment; through videos already adapted to the language of interest (ID), manufacturing information (Im1 ) and specific information (Im2) of the product of interest (Pi), of the manufacturer of interest (At1).
  • Figure .22 is an illustrative representation of a user-friendly form of iteration for consumers of interest (At3), notably without visual impairment, where alternatively they can have access to manufacturing information (Im1 ) and mainly specific (Im2), through the graphic interface of a television set (TV), making use of the SMAT TV technology embedded in this type of device.
  • At3 manufacturing information
  • Im2 manufacturing information
  • Im2 mainly specific
  • TV television set

Abstract

La présente invention concerne un système intégré de lecture d'informations à large spectre de produits d'intérêt, notamment de produits dont la réglementation par des agences de régulation et/ou des instituts de mesure qui demandent la présentation sur leur emballage et/ou étiquettes et/ou encore sur le corps du produit, de telles informations étant comprises comme paramétrables au niveau de la fabrication et de la spécification, rendant éligibles les produits d'intérêt au système paramétré. Dans ce but, est créé un système formé des modules fonctionnels: module de création du moyen d'information; module de fabrication du produit d'intérêt; module de distribution/revente; module de rapport de données d'anamnèse; module de chargement d'informations de notice médicale; module de croisement de données et de définition de l'utilisation du produit d'intérêt; module d'utilisation du produit d'intérêt et module de surveillance par un professionnel de santé. L'invention concerne aussi un système de lecture d'informations à large spectre de produits d'intérêt dans lequel sont paramétrées également des informations par rapport aux états des sens du consommateur d'intérêt ainsi que sa langue d'intérêt de manière que les informations sont présentées au consommateur d'intérêt d'une meilleure manière répondant à ses besoins.
PCT/BR2022/050114 2021-04-01 2022-03-30 Système et dispositif d'acquisition et de présentation de données par lecture optique de données de produits d'intérêt avec soumission immédiate et analyse croisée avec des données paramétrées au moyen d'une interface d'utilisateur et processus effectué par ledit système WO2022204775A1 (fr)

Applications Claiming Priority (8)

Application Number Priority Date Filing Date Title
BRBR1020210064196 2021-04-01
BR102021006419A BR102021006419A2 (pt) 2021-04-01 2021-04-01 Sistema integrado e processo de aquisição por leitura de identificador do tipo qrcode (ou correlato) de dados de bula medicamentosa de um produto de interesse com imediata submissão e análise cruzada com dados de anamnese do paci-ente/consumidor, na definição de impedimento ou não de seu uso e definição de posologia, com avisos sonoros a esse paciente/consumidor
BRBR1320210259298 2021-12-21
BRBR1320210259344 2021-12-21
BR132021025929A BR132021025929E2 (pt) 2021-12-21 2021-12-21 Sistema/dispositivos parametrizado de comunicação e gestão de dados gerais de produtos de interesse com seu consumidor de interesse e seu processo de operação
BR132021025934A BR132021025934E2 (pt) 2021-12-21 2021-12-21 Aperfeiçoamento aplicado em interface de comunicação entre consumidor de interesse e sistema/dispositivos parametrizado de comunicação e gestão de dados gerais de produtos de interesse e seu processo de operação
BR132021026547A BR132021026547E2 (pt) 2021-12-27 2021-12-27 Sistema de reconhecimento de dados de bula medicamentosa de forma direta entre consumidor de interesse e central de gestão de dados de medicamentos com interface por meio de voz, seus dispositivos e seu processo operacional
BRBR1320210265476 2021-12-27

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Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US7805319B2 (en) * 2001-10-17 2010-09-28 Ellen Badinelli Systems and methods for a consumer to determine food/medicine interactions
US20170006161A9 (en) * 2013-03-15 2017-01-05 Genesys Telecommunications Laboratories, Inc. Intelligent automated agent for a contact center
US20170128326A1 (en) * 2013-03-14 2017-05-11 The Research Foundation For The State University Of New York Home medication manager
US10038783B2 (en) * 2016-08-31 2018-07-31 Genesys Telecommunications Laboratories, Inc. System and method for handling interactions with individuals with physical impairments

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US7805319B2 (en) * 2001-10-17 2010-09-28 Ellen Badinelli Systems and methods for a consumer to determine food/medicine interactions
US20170128326A1 (en) * 2013-03-14 2017-05-11 The Research Foundation For The State University Of New York Home medication manager
US20170006161A9 (en) * 2013-03-15 2017-01-05 Genesys Telecommunications Laboratories, Inc. Intelligent automated agent for a contact center
US10038783B2 (en) * 2016-08-31 2018-07-31 Genesys Telecommunications Laboratories, Inc. System and method for handling interactions with individuals with physical impairments

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