KR102478632B1 - 3D Printed CBD Inclusive Object and Its Operating System - Google Patents

Abstract

The present invention relates to a printing operating system of a 3D object containing CBD, and the 3D printing operating system of the present invention includes coffee, juice, syrup, sauce, ice cream, yogurt, chocolate, cookies, candy, etc. containing CBD. Products using fluids such as candles (scented candles), soaps, cosmetics, and oils are printed and provided in various shapes to suit consumers’ preferences, but quantitative control is possible and verified to ensure that the CBD content legally permitted by country is obtained. This provides a printing operation method for 3D objects that can be used.
The 3D printing operating system 500 of the present invention is a teleport that can remotely diagnose and deliver drugs such as CBD at the same time in non-face-to-face contact in emergencies such as the epidemic of coronavirus (eg, COVID-19) or various infectious diseases. By applying the drug delivery method of the teleportation concept, it can be a useful CBD use/delivery method for many users suffering from tic disorders, sleep disorders, pediatric epilepsy, and pain relief of various diseases.

Description

3D object including CBD and its printing operating system {3D Printed CBD Inclusive Object and Its Operating System}

The present invention relates to a 3D printing system, and more particularly, to a system for providing a product using a fluid such as food containing CBD (Cannabidiol) by 3D printing.

In the global market, the craze for CBD, which removes the hallucinogenic component THC (Delta - 9 - tetrahydrocannabinol) from cannabis, has begun to blow. CBD is one of the cannabinoids contained in the cannabis plant. Many plants naturally have it, but only a very limited number of medicinal plants, including hemp, contain CBD. THC has the main psychotropic component of the cannabis plant, and CBD and THC have similar chemical structures but are structurally different in arrangement. is being accepted as According to related studies, CBD is good for inflammation and neuropathic pain, and THC is good for cramps and cramps-related pain, but it has side effects that lead to hallucinations, so it should be added in very small amounts and should be managed. THC is evaluated as a dangerous drug that can get an immediate response when taken and has long-term cognitive side effects. However, CBD is being created in strains with different ratios of CBD to THC to minimize the psychologically active side effects opposite to the psychoactive effect of THC. Unlike CBD, THC is classified as a dangerous drug, and measures for management are required. Already, 31 states in the United States, Canada, Australia, New Zealand, and EU countries allow CBD at tobacco and alcohol levels for medical use of CBD and, by extension, for recreational use in products containing reduced or low levels of THC in the general population. country is increasing. This interest is being newly attempted in the field of food according to people's interest in smoking and patches. Starting with the state of Colorado in the US in April 2019, it is spreading internationally in celebration of Weed Day.

However, in application to the food field, it is necessary to improve the content control of CBD, user's confirmation of it, and individual intake method.

Therefore, the present invention has been made to solve the above-described problems, and an object of the present invention is to treat food or candles such as coffee, juice, syrup, sauce, ice cream, yogurt, chocolate, cookies, candy, etc. containing CBD (scented candles). ), soaps, cosmetics, and oils, etc., printed in various shapes to suit consumers' tastes, and provided, but quantitatively controlled and verifiable 3D printing to have CBD content legally allowed by country It is to provide an operating system.

First, to summarize the features of the present invention, the 3D printing operating system according to one aspect of the present invention for achieving the above object determines whether to allow the service for corresponding user information or expert prescription information according to a request from a user terminal Authentication unit for performing user authentication to; The CBD content related information calculated on the basis of the user information or expert prescription information is transmitted to the user terminal, and the work data including the CBD content related information is transmitted from the user terminal to a remote 3D printer through the network to achieve fluid CBD notification unit for controlling printing to produce an object having a corresponding CBD content by using; a communication support unit supporting exchange of bidirectional remote communication information including voice or text between an expert terminal and the user terminal while the 3D printer manufactures the object; And managing the history of the use and effect of the CBD-containing object produced by the 3D printer corresponding to the cause symptom for each user in a database, and analyzing the use and effect of the CBD-containing object of a specific user or users for each cause symptom according to statistical requirements and an interface unit for providing statistical information.

For the user authentication, the authentication unit checks and authenticates whether the user identification information included in the request and the user information or expert prescription information match, and performs additional authentication through communication with the management institution server.

The CBD notification unit may transmit, as the CBD content-related information, information including a weight ratio occupied by CBD in a fluid for producing a corresponding object or a volume of the fluid when the CBD content is a previously known fluid.

In the fluid for manufacturing the object, the CBD may be included in an amount of 0.001 wt% to 95.0 wt%.

THC may be included in an amount of 0.0 wt% to 10.0 wt% in the fluid for manufacturing the corresponding object.

The communication support unit, as the interactive remote communication information, refers to the database, extracts a description of the use and effect of the CBD-containing object corresponding to the user's corresponding causative symptom, and provides it to the user terminal, and provides it to the expert terminal and the It is possible to support bi-directional exchange of query response information about the user's symptom improvement state between user terminals.

The 3D printer includes a printer mechanism for discharging material through a nozzle of a discharge unit coupled to the xy movable unit according to a control signal; a control device for generating the control signal so that the printer mechanism manufactures an object on a bed in which a warm or cold insulator is installed according to the job data ordered through the user terminal; And a camera for obtaining an image of the production process of the object, wherein the control device executes the work data in conjunction with the user terminal according to the relaying of the CBD notification unit of the platform on the network, and the user terminal Provides a real-time image of the manufacturing process of the object, controls to provide analysis information on the manufacturing process of the object from the interface unit of the platform to the user terminal in real time, and controls the control command received from the user terminal Accordingly, it is possible to control any one or more of x-axis or y-axis movement of the discharge unit, z-axis movement of the bed, change of discharge material, and operation stop.

The control device controls the movement of the discharge unit according to digital data for input information such as pictures, designs, photos, letters, or handwritten or drawn information as the work data, so that the CBD-containing fluid is passed through the discharge unit onto the bed. The object may be manufactured by discharging or additionally discharging to a predetermined lower structure.

A fluid supply unit for supplying the CBD-containing fluid through the discharge unit may be further included, and the discharge unit may discharge the CBD-containing fluid through a nozzle in a Piston Type Extrusion (PTE) or Screw Type Extrusion (STE) method.

The material of the fluid feeder for supplying the CBD-containing fluid through the discharge part and the fluid receiving means from the fluid feeder to the nozzle are made of plastic, so that loss of CBD on the moving path of the CBD-containing fluid can be prevented.

In the 3D printer, the CBD-containing fluid used to manufacture the object is obtained by a supercritical carbon dioxide extraction method and may include animal or vegetable fat for a predetermined micelle or reverse micelle action.

In the 3D printer, the object may be manufactured using a CBD-containing fluid on the coffee in which foam is formed on the coffee having a predetermined thickness or more.

In the 3D printer, the object, which is food, can be produced using a CBD-containing fluid on top of other food.

In the 3D printer, the object may be manufactured using a CBD-containing fluid on the food on which a heat transfer blocking layer of a predetermined thickness or more is formed on the food.

In addition, a 3D printing operating method in a cloud operating platform according to another aspect of the present invention includes performing user authentication to determine whether to allow service for corresponding user information or expert prescription information according to a request from a user terminal; The CBD content related information calculated on the basis of the user information or expert prescription information is transmitted to the user terminal, and the work data including the CBD content related information is transmitted from the user terminal to a remote 3D printer through the network to achieve fluid Controlling printing to produce an object having a corresponding CBD content using; supporting exchange of interactive remote communication information including voice or text between an expert terminal and the user terminal while the 3D printer is manufacturing the object; And managing the history of the use and effect of the CBD-containing object produced by the 3D printer corresponding to the cause symptom for each user in a database, and analyzing the use and effect of the CBD-containing object of a specific user or users for each cause symptom according to statistical requirements and providing statistical information.

The object containing the CBD may include food, candle, soap, cosmetic or oil.

According to the 3D printing operating system according to the present invention, food or candles (scented candles), soap, cosmetics, oil Products using such fluids are printed and provided in a variety of shapes to suit consumers' tastes, but have quantitative control and verifiable effects so that they have the legally allowed CBD content for each country. For example, when putting the CBD ingredient with the possibility of misuse and abuse into food, etc., using the IoT (Internet of things) system in the 3D printer, users and administrators can use CBD effectively and quantitatively, and prevent duplicate intake. It is possible to share and manage information such as the maximum amount of CBD used by users, administrators, and families according to the environment, and add quantitatively to fluids rather than absorbing and taking an inaccurate amount with a patch or eyedropper. Thus, unnecessary misunderstanding and rejection in the process of inputting to the elderly or children are alleviated, and it is easy to grasp the exact amount. In other words, in conjunction with the IoT system, the CBD-containing fluid can be verified at the production site of the 3D object, and in particular, information transmission and control so that CBD is contained in quantity even in remote locations, such as underprivileged classes such as children or the elderly or between countries and regions. is possible, and the control of the government, etc. can be carried out smoothly.

In addition, you can print and eat CBD-added food whenever and wherever you want, and the information is stored in the cloud server, so that people who agree to read the information, such as doctors, pharmacists, and family members, follow the recommendations of experts. It is possible to block situations in which CBD can be misused and abused, and focus on the function of health functional food, not a drug. In addition, information on repeatedly ingested food and corresponding feedback information is provided through the panel mounted during the printing time. Even if the amount can be consumed per day according to the doctor's prescription, there is a risk of misuse and abuse if consumed at one time. CBD food culture can be formed. In addition, you can eat normally without being conscious of others' eyes or hiding it, and you can be freed from the mental pressure that comes from controlling yourself.

In addition, the present invention is applied as a platform in the field of collecting data for application to the causative symptoms and medical statistics in the process of initial delivery, intake, follow-up management, and free diffusion of foods containing CBD components. It can be the only way to do it, that is, the initial entry according to the first management, data analysis and global environmental changes for it, a tool that collects a lot of data at the stage until full acceptance, and food form compared to injections or patches. By ingestion, it is possible to reduce rejection and easily obtain and provide meaningful data for application to the causative symptoms and medical statistics.

The accompanying drawings, which are included as part of the detailed description to aid understanding of the present invention, provide examples of the present invention and explain the technical idea of the present invention together with the detailed description.
1 is an example of a 3D printing technique of food (eg, coffee).
2 is another example (eg, sauce) of a food 3D printing technique.
3 is a diagram for explaining a 3D printing operating system according to an embodiment of the present invention.
Figure 4 is a flow chart for explaining the operation of the 3D printing operating system according to an embodiment of the present invention.
5 is a view for explaining an example of a 3D printer according to an embodiment of the present invention.
6 is an example of the fluid discharge amount over time of the SLD (Single-line Design) printing method of the present invention.
7 is an example of a 3D object produced by SLD (Single-line Design) printing of the STE ejection method of the present invention.
8 is an example of a 3D object produced by SLD (Single-line Design) printing of the PTE ejection method of the present invention.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings. At this time, the same components in each drawing are represented by the same reference numerals as possible. In addition, detailed descriptions of already known functions and/or configurations will be omitted. In the following description, parts necessary for understanding operations according to various embodiments will be mainly described, and descriptions of elements that may obscure the gist of the description will be omitted. Also, some elements in the drawings may be exaggerated, omitted, or schematically illustrated. The size of each component does not entirely reflect the actual size, and therefore, the contents described herein are not limited by the relative size or spacing of the components drawn in each drawing.

In describing the embodiments of the present invention, if it is determined that the detailed description of the known technology related to the present invention may unnecessarily obscure the subject matter of the present invention, the detailed description will be omitted. In addition, terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to the intention or custom of a user or operator. Therefore, the definition should be made based on the contents throughout this specification. Terms used in the detailed description are only for describing the embodiments of the present invention, and should not be limiting. Unless expressly used otherwise, singular forms of expression include plural forms. In this description, expressions such as "comprising" or "comprising" are intended to indicate any characteristic, number, step, operation, element, portion or combination thereof, one or more other than those described. It should not be construed to exclude the existence or possibility of any other feature, number, step, operation, element, part or combination thereof. In addition, terms such as first and second may be used to describe various components, but the components are not limited by the terms, and the terms are used for the purpose of distinguishing one component from another. used only as

First, an overview of a method for manufacturing a product using fluids such as food, candles (scented candles), soaps, cosmetics, and oils containing CBD (Cannabidiol) using the 3D printing technique of the present invention will be described.

CBD (Cannabidiol, cannabidiol) is represented by the chemical formula C ₂₁ H ₃₀ O ₂ and has a molecular weight of 314.4617 g/mol. CBD can be extracted from the cannabis plant and can contain less than 0.3% by weight of Delta - 9 - tetrahydrocannabinol (THC). In 2016, Prof. Kim Nam-soo, the inventor of the present invention, showed Carl's Jr that food using 3D printing was possible at the Memphis headquarters. After that, interest in CBD surged, and Carl's Jr produced hamburgers made with CBD-added sauce and ham-based CBD oil. On April 20, 2019, the 4/20 Weed Day burger was released for the first time with CBD. However, this requires a lot of improvement in the content control of CBD, user confirmation, and individual intake method, and 3D printing techniques that can solve this problem have not been applied at all. As shown in FIGS. 1 and 2, CBD was added to coffee or sauce using a 3D printing technique and proceeded in New Mexico. It was confirmed that printing was successful.

Regarding the maximum amount of CBD contained in each individual food added in the present invention and whether or not it contains THC, the present invention uses CBD-containing substances legally allowed by country to suit the taste of consumers through food, etc. It is provided in a unique shape according to quantitative control, and its effects, ingredients, and pathological application beyond legal limits are not included in the present invention.

For example, in Korea, CBD, which is known to be effective for childhood epilepsy, has been causing many incidents, such as parents of children suffering from childhood epilepsy illegally importing hemp. Cannabidiol oil, which has been available for prescription in Korea since March 12, 2019, gave hope to those who were expecting the development of a new anticonvulsant and their families. In Korea, hemp has been classified as an oil that requires careful calculation of usage. It is extremely limited only to the types of medicines, and CBD oil and hemp extracts, which were illegally purchased and used by families of patients suffering from epilepsy, rheumatism, insomnia, cancer, and Parkinson's, cannot be imported and used as they are now. The reason for this is that officials from the Ministry of Food and Drug Safety in Korea cannot rule out the possibility of misuse and abuse, and only use medicines made on scientific basis. The present invention is to propose a system and method for manufacturing products using fluids such as food, candles (scented candles), soaps, cosmetics, and oils containing CBD in countries where the law allows the use of CBD.

In the United States, it is expected that CBD-related products will rapidly grow into a market of 20 trillion won by 2025, as the related states actively break away from the frame of drugs and receive attention as pharmaceuticals and health functional foods.

While the US Congress has legalized hemp farming and sales nationwide, the FDA now makes it illegal under federal law to add CBD to food to be sold, as noted above. However, in the near future, it was announced that CBD-infused foods would be allowed to be sold in diluted form, and state and city legislators are making their own rules, with federal and state governments moving in the direction of eventually allowing CBD-infused foods. The world is expected to change at a rapid pace.

In the case of the United States, as described above, companies using food and beverages have not successfully adapted to the early stage of the CBD market due to unclear regulations under state and federal laws, and this part is expected to become a new dispute between countries and regions. expected As a result, compared to applications developed mainly in Canada, Australia, New Zealand, and Europe, the growth rate of CBD in the United States, Japan, China, and Korea is slow. However, ultimately, the application of marijuana, which has relatively low addictiveness and dependence on violence compared to alcohol and tobacco, and CBD, which removes THC that causes hallucinations, will be legalized, and will be used in the medical field as a new tranquilizer, muscle relaxant, insomnia, and pain reliever, as well as in the general public. It is expected to be applied to the field of obsession and stress relief. The present invention can be applied as a platform in the field of collecting data for application to the causative symptoms and medical statistics in the process of initial delivery, intake, follow-up management, and free diffusion of foods containing CBD components. hopefully that will be the only way

As CBD extracts become more and more popular worldwide, more than 20,000 clinical trials and studies are conducted, mainly in Canada and Australia, where treatment helps with diseases including chronic pain such as anxiety, post-traumatic stress disorder, and Parkinson's. In addition to these studies, new attempts have begun to directly consume CBD, or to inject CBD into patches, intravenous injections, skin, cornea, lips, etc., and intake with food. In the end, even if these legislative elements are in progress, in order to overcome the relatively stigma and misperception that it is a drug, tools to collect a lot of data in the stages of initial entry through initial management, data analysis and global environmental changes for it, and full acceptance, and Compared to injections or patches, the present invention will be able to make a significant contribution as a method of obtaining meaningful data while reducing rejection by taking it in the form of food.

As such, in the present invention, a system for managing individual information only for authorized persons through interaction with WiFi and cloud installed in the 3D printer is installed, which is a patented equipment of Biomedical 3D Printing Co., Ltd. It is stored in an encrypted cloud server that is inaccessible to those who are not allowed by using it. If necessary, this process can be omitted if everything is fully legalized for CBD. In the future, we plan to introduce a system of telemedicine that verifies the effect of the component and the exact amount at the time desired by the consumer through the food intake method, and administers the customized component considering the limit of one-time administration of CBD. Suggests how to popularize as part of common food rather than medicine.

As an example, as a method for treating insomnia by analyzing food components, an individual can consume something containing CBD at the top of a cup containing decaffeinated coffee in the state of ingredients for making the food so as to take a dose on the way home from work. The step of measuring and applying the amount of CBD present, the step of preparing the applied material for printing on a 3D printer (e.g., a printer to which Biomedical 3D Printing Co., Ltd.'s patented 3D printer operating system technology is applied), how much is in the material The stage of communication between experts (doctors/pharmacists, etc.) and users (patients/families, etc.) on whether CBD is present and what effects can be expected, results such as the user's condition in real time through sound or subtitles from experts Acquisition steps are combined, and as a result, it is possible to customize and optimize the method of manufacturing health functional food prepared by quantitatively controlling the intake amount of CBD. Accordingly, it can be applied as a method capable of monitoring how the final sleep process is improved.

In addition, the cooking method of such CBD-added food changes according to the progress of the order, and CBD is not added so that it is not known whether CBD has been added, except for those who have ordered or have to consume beverages or foods with CBD added according to the prescription. It can be provided the same as unpasteurized food, and this feature can also be used for comparative analysis of drug effect data by placebo effect through comparative experiments without actually adding CBD by agreement between the user and the supplier. .

In the present invention, the printer is controlled on a cloud, that is, a network. All data is organized on the cloud, and the design, video, or printing data we need for printing can be collected and stored in the cloud. In addition, if you use the cloud, you can control the conditions of the printer, such as starting and ending printing from anywhere at the time you want. In other words, data is analyzed based on camera, nozzle, temperature sensor, and number of equipment operation for food printing status and printer status in the cloud, and higher quality results can be produced based on the conditions of the optimally printed case. . In addition, the designed printing file can be distributed to designated printers in the cloud through a personal mobile phone app or website, and managed to be printed.

The operating system or operating system may identify a problem based on the operating state or number of printer equipment or printing cases and camera recordings collected in the cloud and specify a solution in order to cope with a printer failure. Therefore, if the food 3D printer with the above-mentioned supplementary points is actually used, the food 3D printing industry will be activated, where sophisticated and safe 3D structures made of more diverse materials can be eaten anywhere without time limits.

Hereinafter, when describing the 3D printing operating system 500 according to an embodiment of the present invention, the (3D) printer 100 of the present invention prints objects such as food, candles (scented candles), soap, cosmetics, and oil. It is described as an example, but is not limited thereto, and the technology of the present invention can be used for objects such as food, candles (scented candles), soap, cosmetics, and oil, as well as various types of 3D, 2.5D, 2D objects, etc. It is clear in advance that it can be applied to printing.

3 is a diagram for explaining a 3D printing operating system 500 according to an embodiment of the present invention.

Referring to FIG. 3, the 3D printing operating system 500 according to an embodiment of the present invention includes one or more 3D printers 100 capable of interlocking on a network, a server-type cloud operating platform 200, and a plurality of terminals 300 ). The terminal 300 includes a terminal of a user who wants to consume CBD or a terminal of a professional such as a doctor/pharmacist.

In the present invention, the 3D printer 100 prints and creates objects such as food, candles (scented candles), soap, cosmetics, oil, etc. in 2D (Dimension), 2.5D or 3D form using a fluid containing CBD. CBD may be contained in an amount of 0.001 wt% to 95.0 wt% in the fluid for object production, and at this time, THC may be contained in an amount of 0.0 wt% to 10.0 wt% in the fluid. As will be described below, 3D printing means 3D printing when moving the x, y, and z axes, which are orthogonal coordinate axes, and 2D printing means when moving x, y axes, and hamburgers, steaks, tacos, Subjects, patterns, letters, sentences, logos, Alternatively, a case in which an object in the form of a caricature is additionally realized may correspond to 2.5D printing.

Here, the network for linking between the 3D printer 100, the cloud operating platform 200, and a plurality of terminals 300 includes wired Internet communication, wireless Internet communication such as WiFi and WiBro, mobile communication such as WCDMA and LTE, and the like. , it may be a network supporting wired communication or wireless communication.

The terminal 300 includes a wireless terminal such as a smart phone, a wearable device capable of making voice/video phone calls, a tablet PC, a notebook PC, and the like, and may also include a wired terminal such as a desktop PC and other communication-only terminals depending on the case. . The terminal 300 may be equipped with an application capable of Internet of Things (IoT) in order to receive the 3D printer operation-related service of the present invention.

The cloud operating platform 200 manages subscription information for users receiving the 3D printer operation related service of the present invention through the terminal 300, and provides various controls between the terminal 300 and the 3D printer 100 or necessary information. transmission and reception of can be relayed. According to the relay of the cloud operating platform 200, users, their families, or experts such as doctors and pharmacists remotely use the 3D printer 100 or bed 10 using the terminal 300 equipped with an application equipped with an IoT function. ) can be manipulated (x, y, or z-axis movement, etc.), and printing of the 3D object can be controlled by transmitting work data of a desired design. The 3D printer 100 moves the x-axis or y-axis of the ejection unit (see 85 and 95 in FIG. 5) or moves the z-axis of the bed 10 according to the control command received from the terminal 300, and ejects the material (CBD It is possible to control the change or stop of operation of a fluid containing a liquid), provide a real-time image of the production process of the object to the terminal 300, and provide food or candles from the cloud operating platform 200 to the terminal 300. It can also be controlled to provide real-time analysis information on the manufacturing process of objects such as (scented candles), soap, cosmetics, and oil.

In addition, the cloud operating platform 200 provides information on 3D objects printed and produced by a plurality of 3D printers 100 on the network, for example, the number of printing operations for each printer, work data and printing cases (eg, (including design, materials, etc.), images of object production processes, frequently asked questions and solutions, or information on consumer preferences are managed in the database 250, and the information in the database 250 is transferred to the terminal 300. It can also be provided so that it can be referred to when ordering printing of objects. For example, it is possible to analyze data such as design and material for a 3D object to be printed and produced based on accumulated information of information about 3D objects in a plurality of 3D printers 100, and to determine consumer preference, Corresponding schematized information may be provided to the terminal 300 . In addition, based on such accumulated information, the cloud operating platform 200 analyzes big data on future strategic service sales, company operations, and the safety status of equipment such as the 3D printer housing device 100, so as to advertise directly on the spot. It can also provide meaningful analysis results applicable to advertising contracts with companies.

Although objects such as food, candles (scented candles), soap, cosmetics, and oil may be printed by directly inputting work data around the 3D printer 100, as 3D work data transmitted from the terminal 300, drawing, design, By controlling the movement of the ejection part of the 3D printer 100 according to digital data for photos, texts, or information written or drawn by hand, the corresponding object for the shape of the subject, pattern, letter, sentence, logo, or caricature is controlled. can be printed. At this time, during the printing production of the object, the control device 120 of the 3D printer 100 obtains an image of the manufacturing process of the object obtained through a camera installed inside the housing 150 (eg, around the nozzle of the discharge unit, etc.) may be provided to the terminal 300 in real time.

As such, in the present invention, by operating the cloud operating platform 200 on the network to support the IoT, remote control and printing are possible even when far from the terminal 300 using mobile functions, and equipment such as 3D printers and consumer situations can be directly analyzed and responded to on the spot. In addition, a system in which pre-orders are made in advance through a terminal 300 on a network such as the Internet through a video, etc., or ordered products are printed on a printer and automatically stored, and after automatic payment by a password, etc. on a keypad or terminal, directly pick up without the help of a clerk. may make this possible. In addition, in the present invention, by using the 3D printer 100 operated by such an operating system 500, the xy movable part 111 or the fluid of the piston discharge movable part 112 coupled to the xy movable part 111 detachable thereto By printing objects such as food, candles (scented candles), soap, cosmetics, oil, etc. by the discharge units 85 and 95, the accuracy of acquiring the object can be improved, and it is possible to keep warm and cold, and to print the object from the 3D printer 100. made it easy to separate. For example, nozzles are connected to ends of the fluid discharge units 85 and 95 through a reducer, and the control device 120 of the 3D printer 100 controls the fluid by the piston of the piston pump moving unit 112. By controlling the ejection of the object, it is possible to control the production of the object with repeatable uniformity to have ±0.5% precision compared to the target weight.

In particular, as shown in FIG. 3, the cloud operating platform 200 of the present invention may include an authentication unit 210, a CBD notification unit 220, a communication support unit 230, an interface unit 240, and a database 250. there is.

Hereinafter, the operation of the 3D printing operating system 500 including the cloud operating platform 200 according to an embodiment of the present invention will be described with reference to the flowchart of FIG. 4 .

First, the user terminal 300 may be equipped with an application capable of Internet of Things (IoT) in order to receive a 3D printer operation related service of the present invention. The user executes an application on the user terminal 300, and through the application screen (eg, menu, icon, etc.), health-related functional objects, for example, nervous stability, muscle relaxation, insomnia, pain relief, epilepsy, rheumatism, cancer, and Hamburgers, steaks, tacos, pizza, cakes, ice cream, coffee, juice, yogurt, chocolates, cookies, candy, pretzels, pasta, syrups, sauces, including liquids containing CBD, as objects for helping or treating skins, etc. Objects such as food, candles (eg, scented candles made using essential oil containing CBD), soap, cosmetics, and oil may be selected (S110).

The user selects such a health-related functional object through the application screen of the user terminal 300, and then inputs a request for CBD content related information through a menu, icon, etc., so that it is transmitted to the cloud operating platform 200 (S120). ).

In the cloud operating platform 200, the authentication unit 210 refers to the database 250 according to a request from the user terminal 300 (eg, ID, password, user identification information such as contact information is included) and corresponding user information ( Ex., ID, password, contact information, cause symptoms, etc.) or expert prescription information (eg, doctor/pharmacist, etc. expert's prescription image or text information, etc.) Performs user authentication to determine whether to allow the service. For example, for the user authentication, the authentication unit 210 may use user identification information (eg, ID, password, contact information, etc.) included in the request from the user terminal 300 and user information (eg, ID, password, contact information, etc.) of the database 250. , ID, password, contact information, cause symptoms, etc.) or expert prescription information (e.g., doctor/pharmacist, etc. prescription image, or text information, etc.) by checking and authenticating a predetermined match, and if authentication is successful, CBD It is allowed to use the production service of 3D objects such as food, candles (scented candles), soap, cosmetics, oil, etc. by the containing fluid. In some cases, for the user authentication, the authentication unit 210 may perform additional authentication through communication with the management institution server. For example, the management institution may be an external institution, such as the government that controls CBD usage, a government-affiliated institution, or a private institution authorized by the government, and may operate a server for authentication, and the certification unit 210 may provide a public certificate, etc. Authentication in the management authority server can be passed using a predetermined certificate.

After such user authentication is performed, in the cloud operating platform 200, the CBD notification unit 220 provides user information (eg, ID, password, contact information, cause symptom, etc.) or expert prescription information (eg, doctor/pharmacist, etc.) The CBD content related information calculated based on the expert's prescription image, text information, etc.) is transmitted to the user terminal 300, and the work data including the CBD content related information is transmitted from the user terminal 300 remotely through the network. Control to transmit to the 3D printer 100 of (S130). Accordingly, the 3D printer 100 uses a fluid containing CBD to produce an object having a corresponding CBD content (S140). Here, the information related to the CBD content may be information including the weight ratio (wt%) of CBD in the fluid for manufacturing the object, or the volume of the fluid when the CBD content is known in advance.

The 3D printer 100 uses a CBD-containing fluid according to the work data including the CBD content-related information, hamburgers, steaks, tacos, pizza, cakes, ice cream, coffee, juice, yogurt, chocolate, cookies, candy, While making pretzels, pasta, etc., or decorating syrup, sauce, etc. on them to produce food, or manufacturing objects such as candles (scented candles), soap, cosmetics, oil, etc., the communication support unit 230 is a 3D printer (100 Based on camera image information from ), data is provided to the expert terminal and the user terminal to display the manufacturing process of the corresponding object on the screen, and bi-directional remote communication including voice or text between the expert terminal 300 and the user terminal 300 is provided. Exchange of communication information may be supported (S150). The communication support unit 230 refers to the database 250 as the two-way remote communication information, and the corresponding causative symptom of the user (eg, nervous stability, muscle relaxation, insomnia, pain, epilepsy, rheumatism, cancer, Parkinson's disease, etc.) A description of the use and effect of the CBD-containing object corresponding to (eg, description of promotional materials, prescriptions, precautions, etc.) is extracted and provided to the user terminal 300, and between the expert terminal and the user terminal about the user's symptom improvement status Q&A information can be exchanged in both directions to support monitoring.

The interface unit 240 accumulates data by managing the use and effect history of the CBD-containing object produced by the 3D printer 100 corresponding to the cause symptom for each user in the database 250 (S160).

The interface unit 240 may provide statistical information by analyzing the use and effect of a specific user or users' CBD-containing object for each causative symptom according to a statistical request through an expert terminal and a user terminal (S170). For example, according to the number of intakes (e.g., 5 days, 10 days, a month, etc. when ingested 3 times a day) according to the CBD content contained in objects such as food, candles (scented candles), soaps, cosmetics, oils, etc. Statistical information such as effects (e.g., high, medium, low, etc.) can be provided. Statistical information may be presented graphically in a bar graph or the like.

Hereinafter, the 3D printer 100 according to an embodiment of the present invention will be described in more detail with reference to FIG. 5 .

5 is a diagram for explaining an example of a 3D printer 100 according to an embodiment of the present invention.

Referring to FIG. 5 , the 3D printer 100 according to an embodiment of the present invention includes a control device 120, one or more fluid suppliers 160 and 170, a printer mechanism 110, a sanitary film 130, Or, it includes a cooling appliance 135 and a camera 136 . The printer mechanism 110 installed on the upper side of the housing 150 by the support 115 includes an xy movable unit 111 including a discharge unit 95 detachable through a coupling member 90, and a coupling member 80 ) and a piston pump movable part 112 including a detachable discharge part 85 through. In addition, the 3D printer 100 has a z-axis drive unit 70 on the bottom side of the housing 150 for forming objects such as food, candles (scented candles), soap, cosmetics, and oil thereon, and a detachable bed 10 Including, the bed 10 corresponds to a z-axis movable unit that is moved in the z-axis direction by a z-axis driving unit 70 such as an actuator. Since the xy movable unit 111 and the piston pump movable unit 112 are detachable, one or more can be selectively installed and used according to the type or property of the material for forming the object to be printed.

Although not shown in the drawing, an openable door may be provided on one side wall of the housing 150, the door may be closed during printing, and the door may be opened to take out an object when printing is completed. Such a door may be automatically controlled by the control device 120 .

The fluid feeders 160 and 170 are pressurizing devices for a fluid material containing CBD, such as an extruder, a piston printer, a churros extruder, or a mono pump, and the fluid feeders 160 and 170 are PTE (Piston Type Extrusion) Alternatively, the fluid may be discharged through an end nozzle in the form of STE (Screw Type Extrusion). The fluid supply units 160 and 170 may be properly installed on the upper side of the inside of the housing 150, or may be properly installed on the ceiling side of a building as shown in the drawing.

The nozzle ends, which are pressurized fluid discharge parts of the fluid supply units 160 and 170, are independently connected to each other through respective coupling members 171 to each discharge unit 95. A pipe (pipe, hose, tube, etc.) 172 may be connected with As shown in the drawing, the nozzle ends of the fluid suppliers 160 and 170 are combined in one tube and connected to one discharge part 95 through one coupling member 171 (pipe, hose, tube, etc.) 172 may be connected with The pipe 172 between the coupling member 171 and the coupling member 90 is a discharge unit 95 or a discharge unit 85 of the piston pump movable unit 112 according to the x, y axis movement control of the xy movable unit 111 ) can be made of a flexible tube so that it can move freely as x and y axes are moved.

According to the x, y axis movement control of the control device 120, the discharge part 95 or the discharge part 85 of the piston pump moving part 112 can be moved in the x, y axis (front, rear, left and right directions), and the control device ( According to the z-axis movement control of 120, the bed 10 may be moved in the z-axis direction by the z-axis driving unit 70.

During the printing operation according to the x/y-axis movement control of the 3D printer 100 and the z-axis movement control of the bed 10, the fluid pressurized by the pressure of the fluid supply units 160 and 170 is supplied and the discharge unit 95 The fluid is discharged on the bed 10 through the end nozzle of the, and the discharge portion 85 of the piston pump movable part 112 is PTE (Piston Type Extrusion) to the movement of the piston that applies pressure to the fluid contained in the cylinder container. The fluid may be discharged onto the bed 10 through the nozzle, or the discharge unit 85 may discharge the fluid through the nozzle by the rotation of the screw for discharging the fluid contained in the container in the form of STE (Screw Type Extrusion). It is also possible to discharge onto the bed 10.

In addition, the nozzle may be connected to the end of each discharge part 85 or 95 through a reducer, and the end of the nozzle may be combined in various tip shapes such as an angled tip or an angled tip. Accordingly, the control device 120 controls the discharge of the fluid by the piston of the piston pump movable unit 112 to control the production of the object with repeated uniformity to have ±0.5% accuracy compared to the target weight.

When an already partially completed object or the like is placed on the bed 10, or when another substrate such as paper or an already partially completed object is placed on the corresponding position without the bed 10, the structure (CBD It is also possible to print by discharging the above fluid made of liquid or other fluids (including food materials and all movable materials other than food materials) to the upper part of a lower structure containing or not containing. During printing, the height of the bed 10 is adjusted by the z-axis driving unit 70 while moving from a high position to a low position, or while moving up and down, so that a 3D object made of multiple layers can be obtained. In addition, when the bed 10 is detached or the bed 10 is not operated in the z-axis, the bed 10 or a part of the object is already completed on the bed 10 instead of a multi-layer object (or a predetermined It is possible to print a 2D or 2.5D object formed by ejecting one layer).

The controller 120 is in charge of the overall control of the 3D printer 100, such as the fluid feeders 160 and 170 and the printer mechanism 110, and the printer mechanism 110 according to work data including CBD content related information. A control signal may be generated to produce an object on the bed 10 on which the warming or cooling mechanism 25 is installed. According to the control signal of the control device 120, any one or more of the discharge part 95 coupled to the xy movable part 111 or the discharge part 85 coupled to the piston pump movable part 112 mounted on the xy movable part 111 The fluid can be discharged through the nozzle.

The bed 10 may have a form in which a warming or cooling mechanism 25 is mounted between the two substrates 11 and 12 . The mechanical object 25 can be applied to a case where it is necessary to maintain the shape of an object being printed without being distorted by using liquid nitrogen, dry ice, or a Peltier cold plate. Alternatively, the appliance 25 may be made of a heating plate capable of generating heat up to a predetermined temperature (eg, 100 degrees), and may be applied to keep the object to be printed warm and not cool.

In addition, as will be described below, a warming or cooling appliance 135 may also be included on the lower side of the sanitary membrane 130 . In addition, a warming or cooling mechanism 135 may be disposed around the discharge parts 85 and 95 . The warming or cooling appliance 135 may be an oven, a freezer, or the like.

The temperature of the warming or cooling devices 25 and 135 can be adjusted according to the control of the control device 120, and in particular, the viscosity of the discharged fluid can be adjusted by adjusting the temperature of the discharge units 85 and 95 accordingly. This is possible, so that the flowable fluid having a wide viscosity range from high viscosity to low viscosity can be discharged through the discharge units 85 and 95 to be printed.

The sanitary film 130 has a predetermined slope (eg, toward the housing) from the side surface of the discharge part 95 coupled to the xy movable part 111 and the discharge part 85 coupled to the piston pump movable part 112 to the wall of the housing 150. It is made of a flexible material so as to completely separate the space above and below the housing to have a downward slope). The sanitary membrane 130 may be gently folded and unfolded according to the movement of the discharge parts 85 and 95 along the x or y axis, or may be in the form of an elastic bellows, paper filter, or the like, or made of a material such as rubber. However, other types of mode barriers or separators are possible.

The sanitary film 130 prevents harmful substances, dust or impurities generated from the upper part of the mechanical operation from falling to the object, and prevents food dust or food debris from being blown away and attached to the mechanical part and then falling to the object later. Thus, it is possible to provide a clean object without hygiene problems. Since the sanitary membrane 130 slopes down from the discharge parts 85 and 95 to the side wall of the housing 150, harmful substances, dust, impurities, or food debris falling from above are naturally collected and separated from the edge of the sanitary membrane 130. Emission can be made easy.

The 3D printer 100 according to an embodiment of the present invention may further include a camera 136 for obtaining an image of a manufacturing process of an object using the printer mechanism 110 . The camera 136 may be installed under the sanitary film 130, for example, around the nozzles of the discharge units 85 and 95, and the control device 120 of the 3D printer 100 during object printing production Image (eg, video, still image, etc.) information on the manufacturing process of the object acquired through the camera 136 installed together can be provided to the terminals 300 or the cloud operating platform 200 in real time.

As such, in the present invention, the control device 120 interworks with the terminal 300 according to the relay of the CBD notification unit 220 of the cloud operating platform 200 on the network, and the work data ordered through the terminal 300 (eg , drawing, design, photograph, text, or handwritten or drawn information) can be executed. The terminal 300 processes pictures, designs, photos, texts, or handwritten or drawn information input by a user using a preloaded application, and transmits the digital data to the control device 120. . The control device 120 performs x/y-axis movement control of the 3D printer 100 and z-axis movement control of the bed 10 in order to produce an object for the received work data. During the printing operation according to the x, y, and z-axis movement control, the fluid pressurized by the pressure of the fluid feeders 160 and 170 is supplied and the fluid is discharged onto the bed 10 through the end nozzle of the discharge unit 95 And, the discharge unit 85 coupled to the piston pump movable unit 112 can discharge the fluid onto the bed 10 through the nozzle by the movement of the piston applying pressure to the fluid contained in the cylinder container. In the case where an object or the like that has already been partially completed is placed, printing may be performed by discharging the above-described fluid made of liquid or fluid material on the upper part of a lower structure such as food. The manufacturing process of the object may include a finishing process of coating using a fluid such as sugar water.

In addition, the piston pump movable unit 112 may include a heating device that heats the solid state material contained in the cylinder container under the control of the control device 120 . At this time, materials that are solid at room temperature, such as chocolate, sugar, or cheese, are melted by the heating mechanism, so that the discharging part 85 of the piston pump movable part 112 melts the material through the nozzle at the lower part of the sanitary film 130 as above. Can be discharged onto the bed (10). At this time, the discharged material is cooled and solidified using the cooling mechanism 25 of the bed 10 or the cooling mechanism 135 installed below the sanitary membrane 130 at the bottom of the sanitary membrane 130, and the corresponding object may be formed there is.

The control device 120 may be implemented with hardware such as a semiconductor processor, software such as an application program, or a combination thereof in order to provide the overall printing service.

The control device 120 that executes the ordered job data as described above may provide the expert/user terminal 300 with an image of the manufacturing process of the object obtained from the camera 136 in real time. Also, during such a printing operation, the control device 120 may control the interface unit 240 of the platform 200 to provide the analysis information on the manufacturing process of the corresponding object to the terminal 300 in real time.

The control device 120 includes an image of the manufacturing process of the object, actuator (or motor) information (eg, operating state, speed, etc.) driving the movement of the x, y, and z axes, and one or more information installed in the housing 150. Information including one or more of temperature sensor information (eg, operating state, temperature, etc.), the number of printing operations, or object production environment information (eg, fluid ejection path, fluid ejection speed, ejection thickness, etc.) (200), the interface unit 240 of the cloud operating platform 200 refers to this, the x / y-axis movement speed of the discharge units 85 and 95, or the movement of the bed 10 in the z-axis The analysis information including the speed, the discharge pressure of the discharge units 85 and 95, the thickness of the object, or the temperature may be provided to the terminal 300, and the terminal 300 may be controlled to generate a control command. .

Accordingly, the user checks the progress of the printing by checking the video, analysis information, etc. for the manufacturing process of the object, and if it is necessary to modify the manufacturing process, change the fluid, or stop the operation, the necessary control is required through the terminal 300. command can be sent. The control device 120 moves the discharge units 85 and 95 in the x-axis or the y-axis, moves the bed 10 in the z-axis, changes the discharge material, or operates according to the control command received from the terminal 300. You can control pauses, etc. For example, the change of the discharge material may be performed by selectively operating the discharge units 85 and 95 or by selecting a device to be operated among the plurality of fluid suppliers 160 and 170 .

As described above, the cloud operating platform 200 provides information on 3D objects printed and manufactured by a plurality of 3D printers 100 on the network, for example, the number of printing operations for each printer, work data and printing Cases (including design, material, etc.), images of object production processes, frequently asked questions and solutions, information on consumer preferences, etc. are managed in the database 250, and the information in the database 250 is stored in the terminal. It may be provided as 300 to refer to when ordering printing of an object. The consumer's preference or taste may be for one or more printers that print a predetermined object among a plurality of printers on the network, and accordingly, the cloud operating platform 200 transmits information about the preferred printers to the terminal ( 300), printing can be made in a printer designated by the user when ordering printing of an object. For example, it is possible to analyze data such as design and material for a 3D object to be printed and produced based on accumulated information of information about 3D objects in a plurality of 3D printers 100, and to determine consumer preference, Corresponding schematized information may be provided to the terminal 300 . In addition, based on such accumulated information, the cloud operating platform 200 analyzes big data on future strategic service sales, company operations, and the safety status of equipment such as the 3D printer housing device 100, so as to advertise directly on the spot. It can also provide meaningful analysis results applicable to advertising contracts with companies.

On the other hand, the control device 120 controls the movement of the discharge parts 85 and 95 according to the digital data for the information input by drawing, design, photograph, text, or handwritten or drawn as the above work data, On the bed 10 or on the paper on the bed 10, an object in the form of a corresponding subject, pattern, letter, sentence, logo, or caricature is realized, especially in the SLD (Single-line Design) method Accordingly, it is possible to realize the production of an object composed of continuous fluid lines without interruption by continuous printing of fluid through the discharge units 85 and 95. The fluid discharged through the discharge parts 85 and 95 is a liquid or other liquidity for making hamburgers, steaks, tacos, pizza, cakes, ice cream, coffee, juice, yogurt, chocolate, cookies, candy, pretzels, pasta, etc. Various fluid materials, such as food fluids such as syrups and sauces for decoration on materials or substructures made thereof, or fluids for manufacturing industrial or household objects such as candles (scented candles), soaps, cosmetics, and oils can be It is desirable not to apply additional vacuum packaging or other treatments to preserve material freshness and save printing time.

The SLD (Single-line Design) printing method as above reduces the printing time and reduces the time for the material to react with the air. Using this platform relay-type non-face-to-face contact printing technology, it is possible to print while adjusting the freshness of food containing CBD, especially by controlling the viscosity to 12,000 Pa·s. Applying SLD to the PTE method of the efficient fluid feeders 160 and 170 / discharge part 85 that accurately controls a small amount of food ingredients can be effective in rapidly printing CBD that is sensitive to temperature and chemical reactions. When using SLD technology for high-viscosity food materials, the nozzles (heads) of the discharge parts (85, 95) are one of the most important factors in controlling the amount of final CBD by creating a continuous line that is not broken during printing for reasons such as overlapping space . SLD is applied to improve the accuracy and printing efficiency of CBD content in high-viscosity materials and to preserve artistic value. When using liquid food, the precise amount of CBD content can be controlled by forming a superior material that can express itself through a single seamless line. The pressure and movement speed of the PTE/STE-type discharge parts 85 and 95 applied to the material were adjusted so that the shape of the SLD design could be printed in a short time under optimal discharge conditions.

The fluid discharged through the discharge parts 85 and 95, for example, high viscosity food material may be discharged in a force range of 5 to 50 N, and HP (Hagen-Poiseuille) as shown in [Equation 1] By controlling the discharge flow according to the equation, it is possible to provide objects made by 3D printing of thixotropic foods. where q _w is the mass flow rate (g/s), r is the inner radius of the nozzle (m), ΔP is the pressure drop (Pa), ρ is the density of the food material (g/cm ³ ), and μ is dynamic fluid viscosity (Pa s) and L is the nozzle length (m).

[Equation 1]

6 is an example of the fluid discharge amount over time of the SLD (Single-line Design) printing method of the present invention. 6, A) printing of a logo (Cafe Box Delight logo) using Choco-Pudding, B) printing of a symbol (UT Austin emblem) using minced beef, C) printing of rain using ketchup , D) Pelican printing using CBD-infused ketchup.

7 is an example of a 3D object produced by SLD (Single-line Design) printing of the STE ejection method of the present invention. 7, A) 3D chocolate chips, B) 3D chocolate pudding, C) 3D ice cream, D) 2D yogurt, E) 2D yogurt, F) cookie-dough, G) cookie-dough ), G) Cookie Dough, H) Cookie Dough, I) Pizza Dough, J) Pizza Dough, K) Pizza Dough, L) Cookie Dough show Here, names such as different shapes are cases where the head speed is different.

8 is an example of a 3D object produced by SLD (Single-line Design) printing of the PTE ejection method of the present invention. In FIG. 8, M) a flower pattern printed with chicken-containing sauce on bread, N) an animal pattern printed with beef-containing sauce on bread, O) a horizontal/vertical line pattern printed with beef-containing sauce and avocado-containing sauce on bread, P ) Shows the printing of a hamburger decorated with cheese, chicken, and mayonnaise on wheat bread.

In this way, the 3D printing operating system 500 of the present invention, in case of emergencies such as corona virus (eg, COVID-19) or the epidemic of various infectious diseases, remotely diagnoses and simultaneously delivers drugs such as CBD in non-face-to-face contact The drug delivery method of the teleportation concept that can deliver (3D object delivery by relaying the server) was applied.

As described above, in the cloud operating platform 200, the CBD notification unit 220 is user information (eg, ID, password, contact information, causative symptoms, etc.) or expert prescription information (eg, doctor / pharmacist, etc. expert's prescription CBD content related information calculated based on image or text information) is transmitted to the user terminal 300, and the user terminal 300 transmits work data including the CBD content related information to a remote 3D printer through a network. Control to transmit to (100) (S130). Accordingly, the 3D printer 100 uses a fluid containing CBD to produce an object having a corresponding CBD content according to the CBD content related information (S140). Here, the information related to the CBD content may be information including the weight ratio (wt%) of CBD in the fluid for manufacturing the object, or the volume of the fluid when the CBD content is known in advance.

Additionally, in order to increase the absorption rate of CBD in the body through the teleport transfer of the CBD-containing 3D object in the 3D printing operating system 500 of the present invention, the CBD-containing fluid discharged through the discharge units 85 and 95 is an appropriate amount of animal fat or vegetable fat can be included so that micelles or inverse micelles action can be achieved. Such an appropriate amount of animal fat or vegetable fat creates a process of creating lipophilic and hydrophilic parts by micelle or reverse micellar action on CBD, so that it is smoothly protected from gastric acid attack in the stomach, and accordingly, the absorption rate of CBD in the body It was confirmed that it can increase from 4 times to a maximum of 14 times. In addition, since the fluid discharged through the discharge units 85 and 95 contains CBD, the CBD contained in the fluid may be adsorbed to the container and the amount may change, so that the fluid is supplied by the fluid supply unit 160, 170 / discharge unit 85 ) to all the fluid receiving means (fluid supply (160, 170), discharge unit 85, discharge unit 95, tubes connected to the discharge unit 95) on the fluid movement path until discharged through the nozzle ( Pipes, hoses, tubes, etc.) 172, nozzles, etc.) are preferably made of plastic that does not adsorb CBD to prevent CBD loss.

For example, the CBD-containing fluid containing an appropriate amount of animal fat or vegetable fat can be prepared using a supercritical carbon dioxide (CO2) extraction method. As an example, a supercritical carbon dioxide extraction method in which co-solvents such as water, ethanol, acetone, fatty oil, and glycerin are used in food ingredients such as meat, beef, pork, and vegetables Controls the amount of animal or vegetable fat Thus, micellar or reverse micellar action can be achieved.

In addition, it is reported that oxidation, decomposition and progress of CBD by air are rapid as the temperature rises. Therefore, when CBD-containing food is delivered in this way, it is sensitive to oxidation in the air, and in particular, the higher the temperature, the faster the destruction of CBD occurs. For example, when printing an object such as a picture using the CBD-containing fluid on coffee, the CBD absorption rate in the body can be increased if the foam is thicker than a predetermined thickness to prevent heat transfer. That is, before printing an object using the CBD-containing fluid on food at a predetermined temperature or higher (eg, 50 ° C. or higher) including coffee, foam using the food (eg, coffee dripping is used to make a foam of a predetermined thickness or more). After forming a heat transfer blocking layer using other foods (e.g., spreading salad such as onion and cabbage over a predetermined thickness as a heat transfer blocking layer before printing ketchup, a CBD-containing fluid, on warm pizza) , printing can be made.

In addition, by printing an object using a CBD-containing fluid at room temperature on food directly on another food as above, loss or destruction of CBD can be reduced, and oxidation time can be reduced by printing in a short time. When objects using CBD-containing fluids are packaged in beverage cans, CBD loss due to surface adsorption may occur, so printing objects using CBD-containing fluids directly on other foods can reduce CBD loss or destruction.

In this way, the 3D printing operating system 500 of the present invention, in case of emergencies such as corona virus (eg, COVID-19) or the epidemic of various infectious diseases, remotely diagnoses and simultaneously delivers drugs such as CBD in non-face-to-face contact By applying the drug delivery method of the teleportation concept that can transmit 3D objects by relaying the server, aside from being in clinical trials, tic disorder, sleep disorder, pediatric epilepsy, pain relief of various diseases It can be a useful CBD use/delivery method for many users suffering from back problems. In addition to general food, the 3D printing operating system 500 of the present invention can produce the shape of a CBD-containing object in various foods according to the user's taste, such as coffee, salad, cake, ice cream, as well as beer, wine, makgeolli, etc. CBD-containing food and the like can be provided by the printing method.

As described above, according to the 3D printing operating system 500 of the present invention, food or candles such as coffee, juice, syrup, sauce, ice cream, yogurt, chocolate, cookies, candy, pretzels, pasta containing CBD (scented candles) ), soaps, cosmetics, oils, etc. are printed and provided in a variety of shapes and with unique shapes to suit consumer preferences, but quantitative control is possible to ensure that the CBD content legally allowed by country is available and the effect is verifiable. there is. For example, when putting the CBD ingredient with the possibility of misuse and abuse into food, etc., using the IoT (Internet of things) system in the 3D printer, users and administrators can use CBD effectively and quantitatively, and prevent duplicate intake. It is possible to share and manage information such as the maximum amount of CBD used by users, administrators, and families according to the environment, and add quantitatively to fluids rather than absorbing and taking an inaccurate amount with a patch or eyedropper. Thus, unnecessary misunderstanding and rejection in the process of inputting to the elderly or children are alleviated, and it is easy to grasp the exact amount. In other words, in conjunction with the IoT system, the CBD-containing fluid can be verified at the production site of the 3D object, and in particular, information transmission and control so that CBD is contained in quantity even in remote locations, such as underprivileged classes such as children or the elderly or between countries and regions. is possible, and the control of the government, etc. can be carried out smoothly.

In addition, you can print and eat CBD-added food whenever and wherever you want, and the information is stored in the cloud server, so that people who agree to read the information, such as doctors, pharmacists, and family members, follow the recommendation of experts. It is possible to block situations in which CBD can be misused and abused, and focus on the function of health functional food, not a drug. In addition, information on repeatedly ingested food and corresponding feedback information is provided through the panel mounted during the printing time. Even if the amount can be consumed per day according to the doctor's prescription, there is a risk of misuse and abuse if consumed at one time. CBD food culture can be formed. In addition, you can eat normally without being conscious of others' eyes or hiding it, and you can be freed from the mental pressure that comes from controlling yourself.

In addition, the present invention is applied as a platform in the field of collecting data for application to the causative symptoms and medical statistics in the process of initial delivery, intake, follow-up management, and free diffusion of foods containing CBD components. It can be the only way to do it, that is, the initial entry according to the first management, data analysis and global environmental changes for it, a tool that collects a lot of data at the stage until full acceptance, and food form compared to injections or patches. By ingestion, it is possible to reduce rejection and easily obtain and provide meaningful data for application to the causative symptoms and medical statistics.

The cloud operating platform 200 according to an embodiment of the present invention may be implemented as hardware, software, or a combination thereof. For example, it may be implemented as a computing system having at least one processor for performing the above functions. Such a computing system may include at least one processor, memory, user interface input device, user interface output device, storage, and network interface connected through a bus. The processor may be a central processing unit (CPU) or a semiconductor device that processes instructions stored in memory and/or storage. Memory and storage may include various types of volatile or non-volatile storage media. For example, memory may include read only memory (ROM) and random access memory (RAM).

Accordingly, the steps of a method or algorithm described in connection with the embodiments disclosed herein may be directly implemented as a hardware, a software module, or a combination of the two executed by the above processor. A software module may reside in a storage medium (ie, memory and/or storage) such as RAM memory, flash memory, ROM memory, EPROM memory, EEPROM memory, registers, hard disk, a removable disk, a CD-ROM. An exemplary storage medium is coupled to the processor, and the processor can read information from, and write information to, the storage medium. Alternatively, the storage medium may be integral with the processor. The processor and storage medium may reside within an application specific integrated circuit (ASIC). An ASIC may reside within a user terminal. Alternatively, the processor and storage medium may reside as separate components within a user terminal.

In addition, the functions used for processing input and output data such as the 3D printing operating system 500 and the cloud operating platform 200 according to an embodiment of the present invention are stored in a computer-readable recording medium such as a computer. It can be implemented as a code, and it can be implemented to input, output, and display data or information necessary for function execution by combining such a recording medium and a device such as a computer. The computer-readable recording medium includes all types of recording devices in which data that can be read by a computer system is stored. Examples of computer-readable recording media include storage media such as ROM, RAM, CD-ROM, magnetic tape, floppy disk, optical data storage device, hard disk, and removable storage device. In addition, computer-readable recording media can be distributed in computer systems connected by a network (eg, Internet, mobile communication network, etc.) to store computer-readable codes in a distributed manner, and can be executed through a network.

As described above, the present invention has been described by specific details such as specific components and limited embodiments and drawings, but these are provided to help a more general understanding of the present invention, and the present invention is not limited to the above embodiments. , Those skilled in the art in the field to which the present invention belongs will be able to make various modifications and variations without departing from the essential characteristics of the present invention. Therefore, the spirit of the present invention should not be limited to the described embodiments, and all technical ideas having modifications equivalent or equivalent to these claims as well as the claims to be described later are included in the scope of the present invention. should be interpreted as

3D printer(100)
Cloud Operating Platform (200)
Terminal (300)
authentication unit 210
CBD notification department (220)
Communication support department (230)
interface unit 240
Database(250)

Claims (16)

an authentication unit performing user authentication to determine whether or not to allow service for corresponding user information or expert prescription information according to a request from a user terminal;
The CBD content related information calculated on the basis of the user information or expert prescription information is transmitted to the user terminal, and the work data including the CBD content related information is transmitted from the user terminal to a remote 3D printer through the network to achieve fluid CBD notification unit for controlling printing to produce an object having a corresponding CBD content by using;
a communication support unit supporting exchange of bidirectional remote communication information including voice or text between an expert terminal and the user terminal while the 3D printer manufactures the object; and
The history of the use and effect of the CBD-containing object produced by the 3D printer corresponding to the cause symptom for each user is managed in a database, and the use and effect of the CBD-containing object of a specific user or users for each cause symptom are analyzed according to statistical requirements Including an interface unit that provides statistical information,
The CBD notification unit, as the CBD content related information, transmits information including the weight ratio occupied by CBD in the fluid for producing the object, or the volume of the fluid when the CBD content is a previously known fluid,
The 3D printer includes a printer mechanism for discharging material through a nozzle of a discharge unit coupled to the movable unit according to a control signal; And a control device for generating the control signal so that the printer mechanism produces an object on a bed in which a warming or cooling mechanism is installed according to the work data ordered through the user terminal, the control device comprising a platform on the network Executing the work data in conjunction with the user terminal according to the relaying of the CBD notification unit of,
The material of the fluid feeder for supplying the CBD-containing fluid through the discharge part and the fluid receiving means from the fluid feeder to the nozzle are made of plastic configured not to adsorb CBD, so that the CBD on the moving path of the CBD-containing fluid prevent loss;
Using the 3D printer to produce the object using a CBD-containing fluid, but containing the CBD on coffee or other food at 50 ° C. or higher where a heat transfer blocking layer of a predetermined thickness or more is formed to prevent destruction of the CBD by temperature Manufacture the object, which is food, using a fluid.
A 3D printing operating system for producing the object using the fluid containing 0.001 wt% to 95.0 wt% of CBD and 0.0 wt% to 10.0 wt% of THC. According to claim 1,
The authentication unit, for the user authentication, confirms and authenticates whether the user identification information included in the request and the user information or expert prescription information match, and performs additional authentication through communication with a management institution server. 3D printing operating system. delete delete delete According to claim 1,
The communication support unit, as the interactive remote communication information, refers to the database, extracts a description of the use and effect of the CBD-containing object corresponding to the user's corresponding causative symptom, and provides it to the user terminal, and provides it to the expert terminal and the A 3D printing operating system characterized in that it supports exchange of query and response information on the user's symptom improvement status between user terminals in both directions. According to claim 1,
The 3D printer further includes a camera for obtaining an image of the manufacturing process of the object,
The control device controls to provide an image of the manufacturing process of the object to the user terminal in real time, and to provide analysis information on the manufacturing process of the object from the interface unit of the platform to the user terminal in real time. 3D printing operating system, characterized in that for controlling any one or more of the x-axis or y-axis movement of the discharge unit, the z-axis movement of the bed, the change of the discharge material, and the operation stop according to the control command received from the user terminal. According to claim 1,
The control device controls the movement of the discharge unit according to digital data for input information such as pictures, designs, photos, letters, or handwritten or drawn information as the work data, so that the CBD-containing fluid is passed through the discharge unit onto the bed. A 3D printing operating system characterized in that the object is produced by ejecting or additionally ejecting to a predetermined lower structure. According to claim 1,
Further comprising a fluid supplier for supplying a CBD-containing fluid through the discharge unit, wherein the discharge unit discharges the CBD-containing fluid through a nozzle in a Piston Type Extrusion (PTE) or Screw Type Extrusion (STE) method. 3D printing operating system. delete According to claim 1,
In the 3D printer, the CBD-containing fluid used in the production of the object is obtained by a supercritical carbon dioxide extraction method and contains animal or vegetable fat for a predetermined micelle or reverse micellar action. 3D printing operating system. delete delete delete delete According to claim 1,
The object containing the CBD, 3D printing operating system including food, candle, soap, cosmetics or oil.

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