阅读说明：本技术 智能搅拌机及利用其的信息提供系统 (Intelligent stirring machine and information providing system using same ) 是由 高尚郁 于 2020-05-06 设计创作，主要内容包括：本发明的一个实施例涉及一种智能搅拌机及利用其的信息提供系统,本发明的一个实施例公开了一种智能搅拌机,包括：本体部,其内部设置有驱动马达；容器部,其可拆卸地结合于所述本体部的上部,向内部投入食材；把手部,其形成于所述容器部的外周面；覆盖部,其可拆卸地结合于所述容器部的上部；重量检测部,其设置于所述本体部的上部,用于检测投入到容器部的内部的食材的重量；信息输入输出部,其显示所述重量检测部的检测结果,接收用户输入的食材信息及人数信息；控制部,其根据重量检测部的检测结果,确认所述食材的状态并控制搅拌机的驱动。(An embodiment of the present invention relates to an intelligent mixer and an information providing system using the same, and discloses an intelligent mixer, including: a body part in which a driving motor is provided; a container part detachably coupled to an upper part of the body part and into which food materials are introduced; a handle portion formed on an outer peripheral surface of the container portion; a covering part detachably coupled to an upper part of the container part; a weight detecting part which is arranged on the upper part of the main body part and is used for detecting the weight of the food material thrown into the container part; an information input/output unit for displaying the detection result of the weight detection unit and receiving the food material information and the number information input by the user; and a control unit for confirming the state of the food material and controlling the drive of the blender according to the detection result of the weight detection unit.)

1. An intelligent mixer, comprising:

a body part in which a driving motor is provided;

a container part detachably coupled to an upper part of the body part and into which food materials are put;

a handle portion formed on an outer peripheral surface of the container portion;

a covering part detachably coupled to an upper part of the container part;

a weight detecting part which is arranged on the upper part of the main body part and is used for detecting the weight of the food material thrown into the container part;

an information input/output unit for displaying the detection result of the weight detection unit and receiving the food material information and the number information input by the user;

a control part for confirming the state of the food material and controlling the driving of the blender according to the detection result of the weight detection part,

the control part is used for controlling the operation of the motor,

comprises a storage unit for storing weight information of food materials, reference recipe information and existing recipe information using the food materials, information on the number of people who use the reference recipe information and the existing recipe information, and calorie information for each information,

the food material recommendation program is controlled by running a preset recipe recommendation program, the information of the food materials and the recommended recipe information using the information are extracted and displayed by the information input and output part,

the information input/output unit includes: a main material weight information input/output unit that displays the weight of the main material measured by the weight detection unit; a blending weight information input/output unit for displaying the proper blending weight of the auxiliary material calculated based on the actually measured main material according to the proper weight blending calculation formula of the recommended recipe auxiliary material; an auxiliary material weight information input/output unit that displays the actually measured weight of the auxiliary material; a different information input/output unit for displaying data related to the selected recommended recipe,

the proper weight ratio can be adjusted in stages through the operation of the control part, the actual weight ratio of the main material (fruits or vegetables) and the auxiliary material (milk, yoghourt and other auxiliary materials corresponding to the main material) is applied to the existing weight ratio calculation formula, a new weight ratio calculation formula is calculated, the new weight ratio calculation formula is additionally stored, the stored new weight ratio calculation formula is used for calculating the blending weight of other materials which are carried out next,

the control unit is provided with a plurality of setting buttons for connecting to each component, storing data or inputting various setting items, the setting buttons including: an on/off power supply unit that controls a power supply; a zero point part which initializes the state of the weight detection part before the material is measured; a calculation unit that calculates the weight of the auxiliary material corresponding to the measured actual weight of the main material; a proportion adjusting part for adjusting and selecting the weight proportion of the materials according to stages, maintaining the standard proportion same with the basic weight proportion, or adjusting the weight of one material; an eliminating section that eliminates a previous state so that the metering of the material can be restarted; a memory unit for applying the actual weight ratio of the main material and the auxiliary material applied this time to an existing weight ratio calculation formula, calculating a new calculation formula, and memorizing the new calculation formula; a cancel button for canceling all input items; and a character input unit into which a number, characters, and the like for data management can be input; an information extraction unit that extracts recommended recipe information for each piece of information using a food material; the other data exchange part can exchange and upgrade with the computer as the medium.

2. The intelligent mixer of claim 1 wherein,

the control part is used for controlling the operation of the motor,

also comprises a communication part for receiving and sending data with an external terminal,

transmitting and receiving weight information of the food material, reference recipe information and existing recipe information using the food material, person count comparison usage information regarding the reference recipe information and the existing recipe information, calorie information for each information, and recommended recipe information.

3. An information providing system, comprising:

the intelligent mixer of claim 1 or 2; and

and the user terminal is connected with the intelligent mixer by operating a preset information providing program, receives the food material information, the number information and the weight information related to the food material information from the intelligent mixer, extracts and displays each piece of information related to the food materials and recommended recipe information using the information, or transmits the information to the intelligent mixer.

4. The information providing system according to claim 3, wherein the user terminal comprises:

the connection module is connected with the intelligent mixer through a wireless communication network by running a preset information providing program;

an authentication module for performing a login operation of a user who requests a connection through the connection module;

a database storing information providing programs for operating the system, recipes, calorie information, user information, mixture intake experience information;

the database management module updates or accesses the data of the database according to the control signal;

a recommended information providing module for providing calorie information of a mixture of the food material and the food material based on the input of the food material information, the person information and the weight information of the user logged in through the authentication module or receiving the respective information from the smart mixer, and providing recommended recipe information based on the information of the database; and

and the system control module controls the connection module and the authentication module for user connection and authentication, and controls the processing and updating operation of data required by the operation of the whole system through the database management module.

5. The information providing system according to claim 4, wherein the database includes:

a food material recipe database that stores an average recipe about an arbitrary food material;

a food material database storing calorie information per unit weight (1g) regarding various food materials;

a user information database storing information for authentication of a user and information including health and taste of the user;

and the user ingestion experience database is used for storing the mixture ingestion experience information of each user along with the updated and registered food material information ingested by the user.

Technical Field

One embodiment of the present invention relates to an intelligent mixer and an information providing system using the same.

Background

Generally, electric mixers are used very usefully in households, restaurants, offices, and other places to pulverize main materials such as vegetables and fruits and then provide fruit juice in the form of a mixture of milk, yogurt, and other additives as auxiliary materials.

The electric mixer includes: a mixer body in which a drive motor is built; a stirring cup having a storage part for storing a predetermined fruit or vegetable; and a grinding blade which is provided inside the stirring cup and is driven by a driving motor to grind the contents (fruits and vegetables).

The finish of the juice using such an electric mixer is determined according to whether the user mixes vegetables or fruits, milk or yogurt, and other additives in an appropriate ratio so as to meet the characteristics of the materials and the eating quality of the diners.

Therefore, even if the same electric mixer is used, if the contents differ depending on the user, that is, if the ratio of the fruit and vegetable, milk, and other additives is not constant, the taste of the juice varies.

However, the conventional juice supply method using the electric mixer has a problem that the blending materials are arbitrarily measured according to the experience value of the user or visually, and thus there is a difference in the blending ratio unless a skilled specialist is concerned, and juice having the same taste cannot be supplied.

Prior art documents

(patent document 0001) registration patent publication No. 10-1071536 (publication No.: 2011.10.14)

(patent document 0002) laid-open patent publication No. 10-2009-0124704 (published: 2009.12.03)

Disclosure of Invention

An embodiment of the present invention provides an intelligent mixer and an information providing system using the same, which can provide optimization to a user by accurately measuring a recipe weight of a mixture for mixing food and calculating calories per unit (gram) based on the measured weight, thereby satisfying the user's taste and improving convenience.

According to one embodiment of the invention, the intelligent mixer comprises: a body part in which a driving motor is provided; a container part detachably coupled to an upper part of the body part and into which food materials are put; a handle portion formed on an outer peripheral surface of the container portion; a covering part detachably coupled to an upper part of the container part; a weight detecting part which is arranged on the upper part of the main body part and is used for detecting the weight of the food material thrown into the container part; an information input/output unit for displaying the detection result of the weight detection unit and receiving the food material information and the number information input by the user; and a control unit for confirming a state of the food material and controlling driving of the mixer according to a detection result of the weight detection unit, wherein the control unit includes a storage unit for storing weight information of the food material, reference recipe information and existing recipe information using the food material, information on a number of people in the reference recipe information and the existing recipe information, calorie information for each information, and the like, and performs control by operating a preset recipe recommendation program, and extracts each information of the food material and recommended recipe information using the information and displays the information through the information input/output unit.

The control part further includes a communication part for transmitting and receiving data to and from an external terminal, and receiving and transmitting weight information of the food material, reference recipe information and existing recipe information using the food material, information on a number of people who uses the reference recipe information and the existing recipe information, calorie information for each information, and recommended recipe information.

Further, an information providing system according to another embodiment of the present invention may include: an intelligent stirrer; and a user terminal connected to the intelligent mixer by operating a preset information providing program, receiving the food material information, the number of people and the weight information related to the food material information from the intelligent mixer, extracting and displaying each information related to the food material and recommended recipe information using the information, or transmitting the information to the intelligent mixer.

The user terminal may include: the connection module is connected with the intelligent mixer through a wireless communication network by running a preset information providing program; an authentication module for performing a login operation of a user who requests a connection through the connection module; a database storing information for running the system (information providing programs, recipes, calorie information, user information, mix intake experience); the database management module updates or accesses the data of the database according to the control signal; a recommended information providing module for providing calorie information of a mixture of the food material and the food material based on the input of the food material information, the person information and the weight information of the user who logs in through the authentication module or receiving the respective information from the smart mixer, and providing recommended recipe information based on the information of the database; and the system control module controls the connection module and the authentication module for user connection and authentication, and controls the processing and updating operation of data required by the operation of the whole system through the database management module.

The database may include: a food material recipe Database (DB) that stores an average recipe concerning an arbitrary food material; a food material Database (DB) storing calorie information per unit weight (1g) regarding various food materials; a user information Database (DB) storing information for authentication of a user and information including health and taste of the user; and a user intake history Database (DB) for storing the mixture intake history information of each user along with the updated information of the registered food materials ingested by the users.

According to the intelligent mixer and the information providing system using the same of the embodiment of the present invention, the recipe weight of the mixture is accurately measured with respect to the mixed food, and calories per unit (gram) are calculated based on the measured weight, thereby providing optimization to the user, so that the user's preference can be satisfied and convenience can be improved.

Further, an embodiment of the present invention can simultaneously manage tastes and influence and continuously make a mixture eating according to an inherent recipe by simultaneously calculating and providing inherent recipe tastes and calories.

Drawings

FIG. 1 is a diagram illustrating an intelligent blender according to one embodiment of the present invention.

Fig. 2 is a diagram showing an information providing system according to another embodiment of the present invention.

Fig. 3 is a sequence diagram for explaining the operation of the intelligent mixer and the information providing system using the same according to one embodiment of the present invention.

Description of the reference symbols

100: body portion 200: container part

300: the handle part 400: covering part

500: information input/output unit 600: weight detecting part

700: the control unit 1000: user terminal

1100: the connection module 1200: authentication module

1300: the database 1400: management module

1500: recommendation information providing module 1600: control module

Detailed Description

The terms used in the specification are briefly described to specifically explain the present invention.

Terms used in the present invention are selected from general terms that are widely used at present as much as possible in consideration of functions of the present invention, but are different according to intentions and examples of those skilled in the art, appearance of new technology, and the like. In addition, in a specific case where there is a term arbitrarily selected by the applicant, the meaning thereof is described in detail in the description section of the corresponding invention. Therefore, the terms used in the present invention are not names of simple terms, but should be defined based on the meanings of the terms and the entire contents of the present invention.

When a certain component is described as being "included" in a certain portion throughout the specification, it means that other components are not excluded and may be included unless otherwise stated. Note that the terms "… section", "… module" and the like in the specification mean a unit that processes at least one function or operation, and they can be realized by hardware or software, or by a combination of hardware and software.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that a person having ordinary knowledge in the art to which the present invention pertains can easily carry out the embodiments of the present invention. However, the present invention can be realized in various forms, and is not limited to the embodiments described herein. In order to clearly explain the present invention, portions not related to the explanation in the drawings are omitted, and like reference numerals are given to like portions throughout the entire specification.

FIG. 1 is a diagram illustrating an intelligent blender according to one embodiment of the present invention.

As shown in fig. 1, the intelligent mixer according to one embodiment of the present invention includes a main body 100, a container 200, a handle 300, a cover 400, an information input/output unit 500, a weight detection unit 600, and a control unit 700 as a device for pulverizing and preparing all edible food including vegetables, fruits, and the like in the intelligent mixer.

The present invention is characterized in that a load cell (load cell) for detecting the weight of the food material is provided at the inner bottom of the main body 100 of the intelligent mixer.

The main body 100 forms a lower portion of the intelligent mixer, and an operation portion including a driving motor is provided therein. The entire structure of the main body 100 is the same as or similar to that of a conventional agitator.

The container portion 200 is detachably coupled to an upper portion of the body portion 100. The food is charged into the container portion 200, and the food charged into the container portion 200 is pulverized and juiced by the control of the control portion 700, which will be described later.

The grip portion 300 is formed on the outer peripheral surface of the container portion 200. The user can easily hold the container portion 200 by the handle portion 300.

The cover part 400 is detachably coupled to the upper portion of the container part 200. When the food material put into the container part 200 is crushed, the cover part 400 prevents the food material from being separated to the outside of the intelligent mixer and prevents foreign materials from flowing into the food material.

The information input/output unit 500 displays the detection result of the weight detection unit, and receives the food material information and the person information input by the user. The information input/output unit 500 is provided in a touchable display form such as an LCD, an LED, and an OLED to display the detection result of the weight detection unit 600, the food information and the person information, and various menu items.

In order for the control unit 700 to display the weight detected by the weight detection unit 600, the information input/output unit 500 includes: a main material weight information input/output unit that displays the weight of the main material measured by the weight detection unit 600; a blending weight information input/output unit for displaying the proper blending weight of the auxiliary material calculated based on the actually measured main material according to the proper weight blending calculation formula of the recommended recipe auxiliary material; an auxiliary material weight information input/output unit that displays the actually measured weight of the auxiliary material; a different information input/output unit that displays data related to the selected recommended recipe; and the like.

The weight detecting unit 600 is provided at an upper portion of the main body 100 and detects the weight of the food material put into the container 200.

Although not necessarily limited thereto, the weight detecting portion 600 may be composed of a pressure sensor.

The weight detecting unit 600 may be configured by a load cell (load cell) that detects the weight by generating an electric signal in proportion to the deformation of the elastic body according to the load, or a weight-electromagnetic force balancing unit (weight-electromagnetic force balancing unit) that balances the electric detection according to the displacement of the load with the electromagnetic force to detect the weight, and if the weight of the food can be measured, either of them may be used.

The control unit 700 checks the state of the food and controls the driving of the mixer based on the detection results of the information input/output unit 500 and the weight detection unit 600.

In other words, the control unit 700 controls the information input/output unit 500 to display the weight of the food material based on the signal detected by the weight detection unit 600, and controls the information input/output unit 500 to display the weight of the food material, the reference recipe information and the existing recipe information using the food material, the number-of-people comparison usage information regarding the reference recipe information and the existing recipe information, and the calorie information of each information by executing a preset recipe recommendation program, and extracts each information regarding the food material and the recommended recipe information using the information from a storage unit storing the weight information of the food material, the reference recipe information and the existing recipe information using the food material, and the like.

The control unit 700 is configured to compare the weight of the main ingredient displayed on the information input/output unit 500 and the blending ratio of one or the other auxiliary ingredient to be blended with the stored data and calculate the weight, and output data values corresponding to various blending ratios through the information input/output unit 500 or output data values corresponding to the calculated proper blending weight and the like through a separate digital display device such as an LCD or an LED.

The control unit 700 inputs data relating to the appropriate weight ratio calculation formula for each material in advance, and can selectively use the appropriate weight ratio calculation formula for the selected material.

At this time, the appropriate weight ratio may be adjusted in stages according to the operation of the control part 700, the actual weight ratio of the main material (fruit or vegetable) and the auxiliary material (milk, yogurt, or other auxiliary material corresponding to the main material) may be applied to the existing weight ratio calculation formula as needed, a new weight ratio calculation formula may be calculated, and the new weight ratio calculation formula may be additionally stored, and the stored new weight ratio calculation formula may be used for the calculation of the subsequent blending weight of another material.

Further, the control part 700 includes a storage part (not shown) that stores weight information of the food material, reference recipe information and existing recipe information using the food material, person count comparison usage information on the reference recipe information and the existing recipe information, calorie information for each information, and the like.

For example, the storage unit is provided at a lower portion of the cover 400 in order to provide weight information of the pulverized food material, reference recipe information and existing recipe information of the used food material, information on the number of people who compare the usage amount with respect to the reference recipe information and the existing recipe information, and calorie information with respect to each information according to a signal of the control unit 700.

The storage unit stores weight data of the container unit 200 before the food is input. That is, since the weight data of the container portion 200 is stored, the weight of the food material currently charged in the container portion 200 is calculated by subtracting the stored initial weight of the container portion 200 from the weight detected by the weight detecting portion 600.

The storage unit stores driving speed data of a driving motor mounted on the intelligent mixer and driving time data of the driving motor according to the weight of the food material put into the container unit 200. For example, when the weight of the food material put into the container portion 200 is 1 kg, the driving time is 1 minute, and when the weight is 500 g, the driving time is 30 seconds, etc., the food material is stored in a look-up table (look-up table) form, and the data not stored is calculated by interpolation.

Further, the control section 700 includes a communication section (not shown) for transmitting and receiving data with an external terminal.

At this time, the communication unit transmits and receives weight information of the food material, reference recipe information and existing recipe information for using the food material, person count comparison usage information on the reference recipe information and the existing recipe information, calorie information for each information, and recommended recipe information.

The communication unit converts the signal stored in the memory unit into a digital signal and transmits the digital signal to the information input/output unit 500. The information input/output unit 500 displays the weight information of the food material stored in the storage unit, the reference recipe information and the current recipe information of the food material to be used, the number-of-people comparison dose information on the reference recipe information and the current recipe information, and the calorie information for each information through the communication unit, so that the user can confirm the weight, calorie, and recipe information of the food material and the mixture using the food material desired by the user with the naked eyes, thereby improving the reliability.

The control unit 700 is provided with a plurality of setting buttons (not shown) connected to the respective components, and stores data or inputs various setting items.

The setting button is provided with a plurality of buttons: an on/off power supply unit that controls a power supply; a zero point part that initializes the state of the weight detecting part 600 before the material is measured; a calculation unit that calculates the weight of the auxiliary material corresponding to the measured weight of the main material; a proportion adjusting part for adjusting and selecting the weight proportion of the materials according to stages, maintaining the standard proportion same with the basic weight proportion, or adjusting the weight of one material; an eliminating section that eliminates a previous state so that the metering of the material can be restarted; a memory unit for applying the actual weight ratio of the main material and the auxiliary material applied this time to an existing weight ratio calculation formula, calculating a new calculation formula, and memorizing the new calculation formula; a cancel button for canceling all input items; and a character input unit into which a number, characters, and the like for data management can be input; an information extraction unit that extracts recommended recipe information for each piece of information using a food material; and another data exchange part (USB PORT) for exchanging and upgrading data with computer as medium.

In addition, the control part 700 is provided with another data exchange part (USB PORT) which can exchange and update with each other using a computer as a medium, and can download data or transmit data to a desired place through the internet only when necessary, so that even if the user has a healthy juice or other mixture of a special purpose, the trouble or inconvenience of additionally purchasing or carrying the electric blender and moving can be eliminated.

Further, the control unit 700 includes: a bluetooth module which is close to a plurality of users and can deal with the situation of using, constantly sends out bluetooth signals, is in wireless connection with a user terminal positioned in a first distance range of the intelligent mixer, receives the key value of a first user from an external terminal, and outputs control signals to the external terminal when the authentication of the received key value of the first user is completed; and the human body perception sensor is used for perceiving a user within a second distance range which is closer to the intelligent stirring machine than the first distance range, and outputting a perception signal of the user to the Bluetooth module.

At this time, the user terminal includes a user application, the user application is wirelessly connected to the bluetooth module within a first distance range, and if the user application is located within a third distance range between the first distance range and the second distance range, a pre-stored user key value is provided to the bluetooth module.

Further, the bluetooth module performs an authentication process for a user key value received from a user application if receiving a user perception signal, measures an interval between a time when the user key value is received from the user application and a time when the user perception signal is received, and does not perform the authentication process if the measured time interval is shorter than a preset reference time interval, thereby inertially securing and ensuring a distance between a user used for the smart mixer and a time when a drive should be prepared for the mixer matching the distance is started, or a mixer use history or a recipe inherent to each user, regardless of an ambient environment, a season, weather, a mobile phone manufacturer, a model, and the like, and solving an operation preparation error of the smart mixer that may be generated by two or more users.

Thus, the intelligent mixer of the present invention can correctly measure the recipe weight of the mixture for the mixed food, calculate calories per unit (gram) based on the measured weight, optimize the user so as to satisfy the user's taste and improve convenience, simultaneously manage the taste and influence by simultaneously calculating and providing the inherent recipe taste and calories, and continuously make and eat the mixture according to the inherent recipe.

Fig. 2 is a diagram showing an information providing system according to another embodiment of the present invention.

As shown in fig. 2, an information providing system according to an embodiment of the present invention includes: an intelligent blender as shown in FIG. 1; and a user terminal 1000 connected to the intelligent mixer by operating a preset information providing program, receiving the food material information, the number of people, and the weight information of the food material information from the intelligent mixer, extracting and displaying each information of the food material and recommended recipe information using the information, or transmitting the information to the intelligent mixer.

The user terminal 1000 may be implemented by a computer or wireless communication device that may be connected to the intelligent mixer via a network and executing applications. Here, the computer may include, for example, a navigation, a notebook with a WEB Browser (WEB Browser), a desktop, a laptop, and the like. At this time, at least one user terminal 1000 may be implemented as a terminal connected with a remote server or terminal through a network. The wireless Communication device may include all types of wireless Communication devices such as a navigation, Personal Communication System (PCS), Global System for Mobile Communications (GSM), Personal Digital Cellular (PDC), Personal Handyphone System (PHS), Personal Digital Assistant (PDA), International Mobile Telecommunications (IMT), Code Division Multiple Access (CDMA) 2000, W-Code Division Multiple Access (W-CDMA), W-Code Division Multiple Access (W-Code Division Multiple Access), wireless broadband handheld Internet terminal (wibroadb), smart phone (smart phone), Tablet smart (Tablet), and Tablet (PC), as devices for securing portability and mobility.

More specifically, the user terminal 1000 includes: a connection module 1100 connected to the intelligent mixer through a wireless communication network by operating a preset information providing program; an authentication module 1200 for performing a login operation of a user who requests a connection through the connection module 1100; a database 1300 storing information for running the system (information providing program, recipe, calorie information, user information, mixture intake experience); a database management module 1400 that updates or accesses data of the database 1300 according to the control signal; a recommended information providing module 1500 for inputting the food material information, the person information, and the weight information through the user logged in through the authentication module 1200, or if receiving the respective information from the smart mixer, providing calorie information of a mixture of the food material and the food material based on the same, and providing recommended recipe information based on the information of the database 1300; a system control module 1600, which controls the connection module 1100 and the authentication module 1200 for user connection and authentication, controls the processing and updating operations of data required for the operation of the entire system through the database management module 1400.

At this time, although not shown, the database 1300 may include: a food material recipe Database (DB) that stores an average recipe concerning an arbitrary food material; a food material Database (DB) storing calorie information per unit weight (1g) regarding various food materials; a user information Database (DB) storing information for authentication of a user and information including health and taste of the user; and a user intake history Database (DB) for storing the mixture intake history information of each user along with the updated information of the registered food materials ingested by the users.

Fig. 3 is a sequence diagram for explaining the operation of the intelligent mixer and the information providing system using the same according to one embodiment of the present invention.

As shown in fig. 3, according to the information providing system using the intelligent mixer according to the embodiment of the present invention, first, the container unit 200 is assembled to the upper side of the intelligent mixer main body 100, and the weight detecting unit 600 detects the weight of the container unit 200 and displays the weight on the information input/output unit 500. At this time, the weight of the container portion 200 measured by the weight detecting portion 600 is simply the self weight in a state where the content, i.e., the material is not charged, and therefore the weight should be excluded.

Therefore, in order to delete the measured self weight of the container unit 200, the setting button of the control unit 700 is operated to initialize the scale of the weight detecting unit 600 to zero (0).

If the state of the weight detecting part 600 is initialized, a first material (the first material of fig. 3), for example, one main material selected among fruits or vegetables, is put into the inside of the container part 200.

As a predetermined main material is charged into the container part 200, the weight detecting part 600 detects the weight of the main material, displays the measured weight of the corresponding main material by a numerical value of a unit (kg, g) through the information input/output part 500, and informs the user of the weight.

Therefore, the user determines the amount of the main ingredient by comparing the weight of the main ingredient displayed through the information input/output unit 500, and terminates the input of the main ingredient if the amount is inputted.

In this way, the actual measured weight value of the weight of the main material displayed on the information input/output unit 500 is fixed to the main material information input/output unit 500 using the setting button of the control unit 700.

Then, according to the setting value set in the information input output part 500, the control part 700 extracts each information of the main material and the recommended recipe information using the information with respect to the corresponding weight value-related data by running a preset recipe recommendation program (or the control part 700 compares the corresponding weight value-related data and calculates the weight of the auxiliary material achieving the preferred ratio of the measured weight according to the weight ratio calculation formula according to the setting value set in the information input output part 500) and displays it through the information input output part 500, or by running a preset information providing program, the user terminal 1000 may be connected and receive and display each information on the first material and the recommended recipe information using the information from the user terminal 1000.

At this time, the control unit 700 performs control of extracting each information of the food material and recommended recipe information using the information by executing a preset recipe recommendation program, displaying the extracted information and the recommended recipe information through the information input/output unit 500, or transmitting weight information of the food material, reference recipe information and existing recipe information using the food material, population comparison usage information regarding the reference recipe information and the existing recipe information, calorie information and recommended recipe information for each information to an application program of the user terminal according to a user's selection, and receiving calorie information of a mixture of the provided food material and the food material and recommended recipe information based on the extracted information from the user terminal.

The information input/output unit 500 displays the detection result of the weight detection unit 600, and receives the food material information and the number of people information input by the user.

At this time, the user performs the same process as the process of inputting/detecting/storing the main ingredient with respect to the auxiliary ingredients (the second auxiliary ingredients of fig. 3) included in the recommended recipe information, and finally stirs the mixture.

The number of the auxiliary materials may be at least one.

In addition, the smart mixer or the application installed in the user terminal 1000 according to the present invention generates a new, recommended recipe, which is information corresponding to each food material, from the recipe data stored in each storage unit and the database by using a Deep Learning (Deep Learning) method. Here, the recipe data stored in each storage unit and the database becomes a Learning mode (model of Learning) of Learning by the deep Learning method.

In addition, the recommended recipes may be designed so that a user's preference can be used to select and decide whether to modify a new recipe.

The above description is merely one embodiment for implementing the intelligent mixer according to the present invention and the information providing system using the same, and the present invention is not limited to the above embodiment, but various modifications can be made by those having ordinary knowledge in the technical field to which the present invention pertains without departing from the gist of the present invention, and the technical spirit of the present invention is within the scope of various modifications.