CN206695475U - Intelligent refrigerator system - Google Patents

Abstract

The utility model discloses an intelligence refrigerator system, intelligence refrigerator system can preserve the edible material that the user bought, this intelligence refrigerator system includes a body at least, an at least storage frame, a receiving and dispatching host computer, an at least storage box, an at least transmission unit and a monitor cell, this intelligence refrigerator system is by the user according to eating the frozen or refrigerated classification of material needs, the delivery staff puts into the data, the staff puts into the storage box according to the demand edible material, convey to appointed storage space by the transmission unit and deposit and monitor its shelf life and relevant information with the monitor cell, when shelf life will expire, effectively link to user's action communication device with the high in the clouds, reach community's sharing refrigerator device in order to solve the puzzlement that eats material save, the edible new freshness of protection edible material and solve advantages such as the trouble of cooking material.

Description

Smart Refrigerator System

technical field

The utility model relates to an intelligent refrigerator system, in particular to a remote food management system capable of monitoring and reminding users of the freshness of frozen or refrigerated food.

Background technique

By the way, due to the popularization of smart phones and cloud technology, the electrical products that are often used in daily life have gradually developed to be associated with smart phones, allowing users to easily use handheld smart phones to control smart devices through the cloud. Household appliances; smart refrigerators are developed based on these factors. Smart refrigerators are mainly equipped with camera lenses inside the refrigerator. The smart refrigerator of the company can provide images inside the refrigerator for users' reference. However, users cannot effectively judge the freshness and shelf life of ingredients.

Today, with the development of industry and commerce, most of the families are double-income families. While busy with work, they seldom have lunch when they return home. Therefore, they often buy vegetables and put them in the refrigerator without using them. can be discarded; many studies have developed a valet cooking mechanism in order to solve this problem, such as the "cooking management system and computer execution method thereof" of Taiwan Patent No. I482114, which is an example, wherein the patent identifies a A customer and an order for a product for the customer. Based at least on a comparison of the current data with temporal data related to a previous product request, the cuisine management system identifies customers associated with the previous product request that occurred within a default time frame. The food management system can display the identification word of the identified customer on a display. In response to determining that the identifier of the special customer has been selected, based at least on customer data related to the special customer, the cooking management system automatically causes a cooking device to prepare a product for the special customer; however, this patent is only a simple The à la carte cooking system cooks ingredients for customers, but it is still unable to effectively detect the shelf life of ingredients; therefore, how to provide a refrigerator system shared by multiple users through innovative hardware design, and further detect each user The storage period of the ingredients stored in the refrigerator and the corresponding notice to the user to deal with, indeed achieve the advantages of the community shared refrigerator device to solve the problem of food preservation, protect the freshness of the food, and solve the trouble of cooking the food. It is still the refrigerator system. Issues that developers and researchers in related industries and other related industries need to continue to work hard to overcome and solve.

Utility model content

The technical problem solved by the utility model is to provide a smart refrigerator system, the purpose of which is to provide a remote food management system that can monitor and remind the user of the freshness of frozen or refrigerated food. The purchased food materials need to be frozen or refrigerated, and then delivered to the staff and entered into the data. After the staff put the food materials into the storage box according to the needs, the transmission unit sends them to the designated storage space for storage, and the monitoring unit monitors their shelf life And related information, and when the storage period is about to expire, it will be effectively connected to the user's mobile communication device through the cloud, so as to warn the user about the storage period of the ingredients and provide relevant processing and cooking solutions, and indeed force the user to take out the ingredients and replace them Customer cooking or donating ingredients and other solutions, and achieve the community shared refrigerator device to solve the problem of food preservation, protect the freshness of food, and solve the trouble of cooking food and other advantages.

The technical means adopted in the utility model are as follows.

A smart refrigerator system is proposed, capable of storing at least one food material purchased by a user. The smart refrigerator system includes at least one body, and a first accommodating space is opened inside; at least one storage shelf is accommodated in the first accommodating space. In the space, the storage rack is separated by a plurality of storage spaces; a transceiver host is arranged at the outer end of the body; at least one storage box is provided with a second storage space for storing the food material inside. The outer end of the storage box is affixed with a barcode for storing the information of the ingredients, wherein the storage box is sent to the designated storage space for storage through the transceiver host; at least one transmission unit can transport the storage box to the designated storage shelf In the storage space; and a monitoring unit, including at least one central control module with a built-in transmission module, and at least one image capture module electrically connected to the central control module, the image capture module is arranged on An erection rod at the front end of the storage rack is used to read the barcode information stored on the storage box in the storage space, and transmit the barcode information to the central control module, and the central control module then The barcode information and a plurality of processing information are transmitted from the transmission module to the cloud, and then transmitted to an application program (Application, APP) in a mobile communication device held by the user through the cloud.

The smart refrigerator system described above, wherein the main body is in one of three-dimensional or planar forms.

The smart refrigerator system described above, wherein the storage space is one of transparent or translucent.

The smart refrigerator system described above, wherein the storage space is one of refrigerated or frozen, normal temperature or low temperature, or a combination of two or more.

According to the smart refrigerator system mentioned above, at least two tracks can be further arranged under the storage shelf.

In the above-mentioned smart refrigerator system, the lower end of the storage shelf is provided with a plurality of slide rails corresponding to the track, so that the storage shelf slides on the track through the slide rails.

The smart refrigerator system described above, wherein the storage box is one of transparent or translucent.

The smart refrigerator system above, wherein the ingredient information includes at least one type of ingredient, quantity, purchase time or shelf life, or a combination of two or more.

In the smart refrigerator system mentioned above, the image capturing module is a video camera.

In the smart refrigerator system described above, the image capture module is one of fixed or mobile.

In the above-mentioned smart refrigerator system, each of the image capturing modules is correspondingly fixed at the outer end of each of the storage spaces to capture the barcode information on the storage box in each of the storage spaces.

In the above-mentioned smart refrigerator system, wherein the image capturing module slides back and forth on the erecting pole to capture the barcode information on the storage box in the storage space.

In the above-mentioned smart refrigerator system, the processing information can be modified or read by the user after selection through the interface of the application program, and stored in a cloud server.

In the above-mentioned smart refrigerator system, the processing information includes at least one option of food information, food image, retrieval notice, valet cooking, recipe or donation, or a combination of two or more.

The smart refrigerator system described above, wherein the transmission unit is arranged at the outer end of the storage shelf, and the transmission unit includes a main conveying rod connected to the transceiver host, at least one transverse conveying rod arranged at the front end of the storage shelf, a longitudinal conveying rod connecting the transverse conveying rod and the main conveying rod, and a mechanical arm moving on the main conveying rod, the transverse conveying rod, and the longitudinal conveying rod, wherein the mechanical arm moves the storage box Transfer to the designated storage space via the main conveying rod, the longitudinal conveying rod, and the transverse conveying rod.

In the smart refrigerator system described above, the transmission unit is disposed at the outer end of the storage shelf, and the transmission unit is further provided with at least one track and a robot arm moving on the track.

In the above-mentioned smart refrigerator system, wherein the track is provided with the robot arm, the storage box can be conveyed up and down via the track robot arm.

In the above-mentioned smart refrigerator system, after the storage box is transported to a designated place via the transport unit, it is transported and placed in the storage space by a mechanical arm.

In the smart refrigerator system mentioned above, the transport unit is further provided with a transporter for transporting the storage box.

In the smart refrigerator system mentioned above, the transmitter can be provided with at least one sensing device in a traveling area.

In the smart refrigerator system mentioned above, the image capture module is a camera with a track.

In the smart refrigerator system mentioned above, the image capture module is provided with a first sensing device.

In the smart refrigerator system mentioned above, the image capture module is provided with a second sensing device.

The technical effect produced by the utility model: the smart refrigerator system of the utility model is classified by the user according to the category of the purchased ingredients to be frozen or refrigerated, and delivered to the staff and the data is entered, and the staff puts the ingredients into After the storage box is stored, it is sent by the transmission unit to the designated storage space for storage, and the storage period and related information are monitored by the monitoring unit, and when the storage period expires, it is effectively connected to the user's mobile communication device through the cloud to warn the user of the relevant information. The shelf life of ingredients and the provision of related processing and cooking solutions can indeed achieve solutions such as forcing users to take out ingredients, cooking on behalf of customers, or donating ingredients, and achieve a shared refrigerator device in the community to solve the problem of food preservation and protect the freshness of ingredients. , and the advantages of solving the trouble of cooking ingredients; in addition, the smart refrigerator system of the present invention provides all residents in a community or a building with a built-in refrigerator system with a plurality of storage spaces. The smart refrigerator system can be purchased according to the The types and requirements of food materials provide different storage temperatures for their use, and there is no need to set up refrigerators in the homes of the respective residents, which indeed achieves the purpose of resource sharing and energy saving.

Description of drawings

FIG. 1 is a three-dimensional structural schematic diagram of a preferred embodiment of the smart refrigerator system of the present invention.

Fig. 2 is a three-dimensional structural schematic diagram of a second preferred embodiment of the smart refrigerator system of the present invention.

FIG. 3 is a schematic diagram of a storage box of a preferred embodiment of the smart refrigerator system of the present invention.

Fig. 4 is a front view of the system structure of a preferred embodiment of the smart refrigerator system of the present invention.

Fig. 5 is a top view of the system structure of the second preferred embodiment of the smart refrigerator system of the present invention.

Fig. 6 is a schematic diagram of the arrangement of the transmission unit in the third preferred embodiment of the smart refrigerator system of the present invention.

Fig. 7 is a schematic diagram of setting of a cooking area in a preferred embodiment of the smart refrigerator system of the present invention.

FIG. 8 is a schematic diagram showing the configuration of the image capture module of the fourth preferred embodiment of the smart refrigerator system of the present invention.

FIG. 9 is a schematic diagram of cloud connection in a preferred embodiment of the smart refrigerator system of the present invention.

FIG. 10 is a schematic diagram of a mobile communication device of a preferred embodiment of the smart refrigerator system of the present invention.

Description of figure number:

1 Smart refrigerator system

11 body

111 The first storage space

12 storage racks

121 storage space

122 erection pole

13 transceiver host

14 storage box

141 Second Storage Space

142 barcode

15 transmission unit

151 main delivery rod

152 Transverse conveying rod

153 Longitudinal conveying rod

154 robotic arm

16 monitoring unit

161 Image capture module

162 central control module

1621 Transport Module

17 tracks

18 cooking area

2 ingredients

3 Mobile communication device

31 apps

311 Processing information

32 controllers

33 communication device

34 monitors

4 cloud server

5 clouds.

detailed description

First, please refer to FIG. 1 , which is a three-dimensional structural schematic diagram of a preferred embodiment of the smart refrigerator system of the present invention, wherein the smart refrigerator system 1 of the present invention provides a plurality of users to store at least one food material 2 purchased, The smart refrigerator system 1 at least includes:

A main body 11 has a first accommodating space 111 inside; in addition, the main body 11 is in one of three-dimensional or plane forms; in a preferred embodiment of the present utility model, the main body 11 is a three-dimensional the state of

At least one storage rack 12 is accommodated in the first accommodating space 111, and the storage rack 12 is formed by separating a plurality of storage spaces 121; in addition, the storage space 121 is one of transparent or translucent form; moreover, the storage space 121 is one of refrigerated or frozen or normal temperature or low temperature, or a combination of both; in a preferred embodiment of the utility model, the first accommodating space 111 is provided with two storage shelves 12, and each storage shelf 12 is formed by stacking 20 transparent storage spaces 121, wherein each storage space 121 is an independent space with an independent temperature, such as but It is not limited to a refrigerated space with a higher temperature or a refrigerated space with a lower temperature; please also refer to FIG. Two rails 17 can be further provided below, and the lower end of the storage rack 12 is provided with a plurality of slide rails (not shown in the drawings) corresponding to the rails 17, so that the storage rack 12 can be placed on the storage rack 12 through the slide rails. Slide on track 17;

A transceiver host 13 is arranged on the outer end of the body 11; in a preferred embodiment of the utility model, the transceiver host 13 is arranged on the outer end of the body 11, and the transceiver host 13 is configured with at least one Workers (not shown in the drawings) to assist in collecting the ingredients 2 that the user wants to store in the smart refrigerator system 1 of the present utility model;

At least one storage box 14 has a second accommodating space 141 (as shown in FIG. 3 ) for storing the food material 2 inside, and a barcode 142 for storing the information of the food material 2 is attached to the outer end of the storage box 14 (as shown in FIG. 3 ). 3), wherein the storage box 14 is transmitted to the designated storage space 121 via the transceiver host 13 for storage; in addition, the storage box 14 is one of transparent or translucent; moreover, the food material 2 The information includes one or a combination of the type, quantity, purchase time or shelf life of the food material 2; please refer to Figure 3, which is a preferred embodiment of the smart refrigerator system of the present invention The schematic diagram of the storage box, wherein the storage box 14 presented in a transparent state has a second storage space 141 for accommodating the food 2 inside, and a barcode 142 for storing the information of the food 2 is pasted on the outer surface, wherein the food 2 The information includes the type, quantity, purchase time or shelf life of the food material 2. When the user hands over the food material 2 to be stored in the smart refrigerator system 1 of the present invention to the staff at the transceiver host 13, the staff will send The food material 2 is placed in the second accommodating space 141 of the storage box 14, and relevant information such as the type, quantity, purchase time or shelf life of the food material 2 is entered into the barcode 142, and then in the smart refrigerator system 1 According to the characteristics of the material 2 to be stored, select the storage space 121 for storage such as refrigerated or frozen or room temperature or low temperature. For example, if the material 2 is fresh fruits and vegetables, you must choose the refrigerated storage space 121 for storage. Duck and fish must be stored in the frozen storage space 121;

At least one transmission unit 15 is capable of transporting the storage box 14 to the designated storage space 121 of the storage rack 12; in a preferred implementation of the present utility model, the transmission unit 15 is arranged outside the storage rack 12 At the end, the transmission unit 15 includes a main transport rod 151 connected to the transceiver host 13, at least one transverse transport bar 152 arranged at the front end of the storage rack 12, and a transverse transport bar 152 connected to the main transport bar 151. Longitudinal conveying rod 153, and a mechanical arm 154 that moves on the main conveying rod 151, the horizontal conveying rod 152, and the longitudinal conveying rod 153, wherein the mechanical arm 154 passes the storage box 14 through the main conveying rod 151, The longitudinal conveying rod 153 and the horizontal conveying rod 152 are conveyed to the designated storage space 121 for storage; please refer to Fig. 4 and Fig. 5 together, which are the system structure of a preferred embodiment of the smart refrigerator system of the present invention. view, and a top view of the system structure, wherein the first accommodating space 111 is provided with two storage racks 12, and each of the outer ends of the storage racks 12 is provided with a transmission unit 15, and the transmission unit 15 includes a main delivery rod 151, four equally spaced horizontal transport rods 152, a vertical transport rod 153, and a mechanical arm 154, wherein the main transport rod 151 connects the transceiver host 13 with the longitudinal transport rod 153, and the longitudinal transport rod 153 is connected again The transverse conveying rod 152, and the transverse conveying rod 152 is arranged at the front end of each storage space 121, so that the mechanical arm 154 can move between the main conveying rod 151, the longitudinal conveying rod 153, and the transverse conveying rod 152 Move back and forth to transfer the storage box 14 located in the transceiver host 13 to a specific storage space 121; please refer to FIG. 6 again, which is a schematic diagram of the transmission unit of the three preferred embodiments of the smart refrigerator system of the present invention, wherein The smart refrigerator system 1 is only provided with a horizontal conveying rod 152 at the bottom of the storage shelf 12, and the longitudinal conveying rod 153 is connected to the mechanical arm 154 and can operate back and forth on the horizontal conveying rod 152, and the longitudinal conveying rod 153 The mechanical arm 154 is a telescoping rod in the form of oil pressure, and the mechanical arm 154 can effectively move according to the position of the storage space 121 where the storage box 14 is to be placed, so as to place the storage box 14 .

In yet another preferred embodiment of the present utility model (not shown in the figure), wherein the transmission unit is arranged on the outer end of the storage rack, the transmission unit is further provided with at least one track and a mechanical arm moving on the track , wherein the track is provided with the robotic arm, which enables the storage box to be conveyed up and down by the robotic arm of the track, wherein the storage box is transported to the designated place via the transport unit, and then transported and placed in the storage space by the robotic arm ; Mainly for the storage box to achieve the transmission function of simple structure and fast movement through the track under the mechanical arm.

Furthermore, another preferred embodiment of the present utility model (not shown in the figure), wherein the transport unit is further provided with a transporter, which is mainly used to transport the storage box, wherein the transporter can be set in a traveling area There is at least one sensing device, for example: in the area formed from point A to point B, the sensing device is provided at intervals, so that the transmitter can identify the direction, distance and position of progress through the sensing device, so that the transmission The device is not limited by the environment, and can also achieve stable transmission performance; and

A monitoring unit 16 includes a central control module (not shown) with a built-in transmission module (not shown), and at least one image capture module 161 electrically connected to the central control module, The image capture module 161 is arranged on the erecting rod 122 at the front end of the storage rack 12, and is used to read the barcode 142 information stored on the storage box 14 in the storage space 121, and transmit the barcode 142 information to The central control module, the central control module then transmits the barcode 142 information and a plurality of processing information (not shown in the figure) to the application in the mobile communication device 3 held by the user via the cloud from the transmission module Program 31; In addition, the image capture module 161 is a video camera; moreover, the image capture module 161 is one of fixed or mobile; in another preferred embodiment of the present invention (not shown in the figure), wherein the image capture module can also be a camera with a track, wherein the image capture module is provided with a first sensing device, wherein the image capture module is provided with a second sensor device, enabling the image capture module to achieve self-propelled monitoring or follow the default route formed by the sensing device through the first sensing device and the second sensing device, and to achieve effective monitoring and management; in addition, the plurality of An image capture module 161 is correspondingly fixed at the outer end of the storage space 121 to capture the barcode 142 information on the storage box 14 in the storage space 121; moreover, the image capture module 161 slides back and forth on the erection pole 122 to retrieve the barcode 142 information on the storage box 14 in the storage space 121; where the processing information is for the user to modify or read the processing information after selecting through the interface of the application program 31 information, and store it in a cloud server (not shown in the figure); in addition, the processing information includes one of the options or A combination of the two or more; in a preferred embodiment of the present invention, an image capture module 161 presented in the form of a camera is provided corresponding to the outer end of the storage space 121, wherein the image capture module 161 is used to read the barcode 142 information on the storage box 14 stored in the corresponding storage space 121, and transmit the barcode 142 information to the central control module electrically connected with it. When the stored ingredients 2 are about to expire, the central control module transmits the barcode 142 information and a plurality of processing information to the application program 31 in the mobile communication device 3 of the user through the built-in transmission module , where the processing information transmitted by the central control module is for the user to modify or read the processing information after selecting through the interface of the application program 31, and store it in a cloud server (not shown in the figure) ; and the processing information includes a combination of ingredient information, ingredient image, retrieval notice, valet cooking, recipe or donation for the user to choose how to handle the ingredient 2; please refer to Figure 7 together, For the utility model intelligent refrigerator system A schematic diagram of the setting of the cooking area in a preferred embodiment, wherein if the user selects the valet cooking option, the cooking area 18 attached to the utility model will cook the food material 2 according to the needs of the user; however, it must It should be noted that the above-mentioned types of processing information are for convenience of explanation, and are not limited by the present invention, and those skilled in the art should know that different types of processing information are just different processing methods for the food material 2, It will not affect the actual implementation of the utility model; please refer to FIG. 8 again, which is a schematic diagram of the image capture module setup of the four preferred embodiments of the smart refrigerator system of the utility model, wherein each erection rod 122 is only provided with An image capture module 161 presented in the form of a camera, the image capture module 161 is controlled by an electrically connected central control module 162 to move to the storage space 121 where the storage box 14 is stored to read the stored The barcode 142 information of the box 14; refer to Fig. 9 and Fig. 10 together, which is a schematic diagram of the cloud connection of a preferred embodiment of the smart refrigerator system of the present invention, and a schematic diagram of the mobile communication device, wherein the smart refrigerator system of the present invention The refrigerator system 1 mainly stores the stored food material 2 information in a cloud server 4 or transmits it to a mobile communication device 3 of the user through the cloud 5, and the image capture module 161 is used to read the corresponding The barcode 142 information on the storage box 14 stored in the storage space 121, and the barcode 142 information is transmitted to the central control module 162 electrically connected to the storage space 121. If the food material 2 stored in the storage box 14 will be stored When the deadline, the central control module 162 transmits the barcode 142 information and a plurality of processing information 311 to the application program 31 in the mobile communication device 3 of the user through the built-in transmission module 1621, wherein the central The processing information 311 transmitted by the control module 162 is for the user to modify or read the processing information 311 after selecting through the interface of the application program 31, and store it in the cloud server 4; and the mobile communication device 3 includes an application program 31, a controller 32, a communication device 33, and a display 34, etc., mainly through the application program 31 of the mobile communication device 3 to display the processing information 311, so that it can provide users with various Different options are used to process ingredients, so as to avoid problems such as waste caused by expired ingredients.

It can be seen from the above description of implementation that, compared with the prior art and products, the utility model has the following advantages.

1. The smart refrigerator system of the present utility model allows the user to classify the purchased ingredients according to the category of frozen or refrigerated, and deliver them to the staff and enter the data. After the staff puts the ingredients into the storage box according to the needs, the transmission unit Send it to the designated storage space for storage and use the monitoring unit to monitor its shelf life and related information, and when the shelf life is about to expire, it will be effectively connected to the user's mobile communication device through the cloud to alert the user about the shelf life of the ingredients and provide relevant information The processing and cooking plan can indeed achieve solutions such as forcing users to take out ingredients, cooking on behalf of customers, or donating ingredients, and achieve a shared refrigerator device in the community to solve the problem of food preservation, protect the freshness of food, and solve the trouble of cooking ingredients and other advantages.

2. The smart refrigerator system of the present utility model can be used by all residents of a community or a building through a refrigerator system with multiple storage spaces built in. The smart refrigerator system can provide different storage temperatures according to the types and needs of the ingredients purchased by the residents. With its use, there is no need to set up refrigerators in the homes of the respective households for use, and indeed achieve the purpose of resource sharing and energy saving.

Claims (10)

1. A smart refrigerator system capable of storing at least one food material (2) purchased by a user, characterized in that the smart refrigerator system (1) at least includes: A body (11), inside which is provided a first accommodating space (111); At least one storage rack (12) is accommodated in the first accommodating space (111), and the storage rack (12) is formed by separating a plurality of storage spaces (121); A transceiver host (13), arranged at the outer end of the body (11); At least one storage box (14), which is provided with a second accommodating space (141) for storing the food material (2), the outer end of the storage box (14) is pasted with a barcode ( 142), wherein the storage box (14) is sent to the designated storage space (121) via the transceiver host (13) for storage; at least one transport unit (15), capable of transporting the storage box (14) to the designated storage space (121) of the storage shelf (12); and A monitoring unit (16), including at least one central control module (162) with a built-in transmission module (1621), and at least one image capture module (161) electrically connected to the central control module (162) ), the image capture module (161) is set on an erection rod (122) at the front end of the storage shelf (12) to read the storage box (14) stored in the storage space (121) The barcode (142) information on the above, and the barcode (142) information is transmitted to the central control module (162), and the central control module (162) then combines the barcode (142) information with a plurality of processing information ( 311) is transmitted to the cloud (5) by the transmission module (1621), and transmitted to an application program (31) in a mobile communication device (3) held by the user via the cloud (5). 2. The smart refrigerator system according to claim 1, characterized in that the storage space (121) is one of refrigerated or frozen or normal temperature or a combination of both. 3. The intelligent refrigerator system according to claim 1, characterized in that at least two tracks (17) are arranged below the storage shelf (12); wherein the lower end of the storage shelf (12) corresponds to the track (17) A plurality of slide rails are provided so that the storage rack (12) slides on the track (17) through the slide rails. 4. The smart refrigerator system according to claim 1, characterized in that, the image capture module (161) is a video camera; and the image capture module (161) is either fixed or mobile Sample. 5. The smart refrigerator system according to claim 4, characterized in that, each of the image capture modules (161) is correspondingly fixed at the outer end of each of the storage spaces (121), so as to capture each of the storage spaces This bar code (142) information on this storage box (14) in (121). 6. The smart refrigerator system according to claim 4, characterized in that, the image capturing module (161) slides back and forth on the erecting rod (122) to capture the images in each storage space (121) The barcode (142) information on the storage box (14). 7. The smart refrigerator system according to claim 4, characterized in that, the image capture module (161) is a camera that forms a track; wherein the image capture module (161) is provided with a first sensor device and a second sensing device. 8. The intelligent refrigerator system according to claim 1, characterized in that, the transmission unit (15) is arranged at the outer end of the storage rack (12), and the transmission unit (15) includes a host (13) connected to the transceiver ), at least one transverse transport bar (152) arranged at the front end of the storage rack (12), a longitudinal transport bar connecting the transverse transport bar (152) and the main transport bar (151) (153), and a mechanical arm (154) that moves on the main conveying rod (151), the transverse conveying rod (152), and the longitudinal conveying rod (153), wherein the mechanical arm (154) will The storage box (14) is transported to the designated storage space (121) for storage via the main conveying rod (151), the longitudinal conveying rod (153), and the transverse conveying rod (152). 9. The intelligent refrigerator system according to claim 1, characterized in that, the transmission unit (15) is arranged on the outer end of the storage shelf (12), and the transmission unit (15) is provided with at least one track and on the A mechanical arm (154) moving on the track; wherein the track is provided with the mechanical arm (154), enabling the storage box (14) to be conveyed up and down through the mechanical arm (154) of the track; the storage box passes through the After the transport unit (15) is transported to the designated place, it is transported and placed in the storage space (121) by the mechanical arm (154). 10. The smart refrigerator system according to claim 1, characterized in that, the transport unit (15) is provided with a transporter for transporting the storage box (14); wherein the transporter can be set in a traveling area There is at least one sensing device.