JP2021509839A - Smart wardrobe control method and smart wardrobe - Google Patents

Abstract

The present invention discloses a method for controlling a smart wardrobe and a smart wardrobe. Each piece of clothing pre-loaded in the wardrobe is provided with a clothing identification tag. The smart wardrobe includes an identification device and a control device. The identification device reads the only tag information of the identification tag, and the control device analyzes the clothing information based on the first rule. The first rule includes a correspondence between unique tag information and clothing information. By expanding the storage content that can be expressed by the identification tag by using the correspondence between the information, the medium of the clothing information even if the identification tag does not store the clothing information / is not stored in a predetermined format. Can be and is effectively identified. [Selection diagram] Fig. 1

Description

The present invention belongs to the field of smart wardrobe, and specifically relates to a smart wardrobe control method and a smart wardrobe.

The smart wardrobe can acquire clothing information stored in advance by identifying an electronic tag provided on the clothing. However, in practical applications, many clothing items in a user's home are not equipped with RFID electronic tags. Alternatively, since the clothing information in the electronic tag does not adopt a code tag in a fixed format, the identification device cannot identify the clothing information, which is inconvenient to use. In addition, by installing a clothing information writing device, the user can directly write to the electronic tag after converting the clothing information edited by himself / herself into a code in a fixed format using the clothing information writing device. Become. As a result, the next time the clothing is identified, the clothing information can be directly acquired from the information stored in the electronic tag.

However, in the actual market, clothing information is stored in electronic tags on articles, and some data cannot be written. In addition, clothing information in a fixed format is not stored in the electronic tag, and identification by the control device may not be possible.

In view of the above, the present invention is proposed.

The technical problem to be solved by the present invention is that clothing information is not stored by eliminating defects in the prior art and expanding the stored contents that can be expressed by the identification tag by using the correspondence between the information. / To provide a smart wardrobe control method and a smart wardrobe that can be a medium for clothing information and are effectively identified even if the identification tag is not stored in a predetermined format.

In order to achieve the above object, the following technical plan is used in the present invention.

This is a clothing management method for a smart wardrobe, and a clothing identification tag is provided on each clothing that is pre-loaded in the wardrobe. The smart wardrobe includes an identification device and a control device. The identification device reads the only tag information of the identification tag, and the control device analyzes the clothing information based on the first rule. The first rule includes a correspondence between unique tag information and clothing information.

Further, the only tag information includes the only code in the world, and the first rule includes the correspondence between the only code in the world and clothing information. The control device acquires clothing information corresponding to the tag information, which is the only one in the world, based on the correspondence.

Further, the identification tag is a graphic code including only tag information, and the identification device acquires the corresponding unique tag information by scanning the graphic code.

Preferably, the graphic code is a QR code (registered trademark) or a barcode.

Further, the identification tag is an electronic tag, and the only tag information is stored inside. By reading the electronic tag, the identification device acquires the only tag information stored inside.

Preferably, the identification device includes an RFID reader. The only tag information is the TID number of the electronic tag, and the first rule includes the correspondence between the TID number and the clothing information. The control device controls the RFID reader to read the TID number of the electronic tag and acquire the corresponding clothing information based on the first rule.

Further, the smart wardrobe includes an information storage device that communicates and connects with the control device. The information storage device stores the clothing information of the clothing corresponding to the unique tag information and / or the unique tag information.

Preferably, the first rule is stored in the information storage device. At the time of analysis, the control device is connected to the information storage device, transmits the only tag information identified by the identification device to the information storage device, and acquires clothing information corresponding to the only tag from the information storage device. To do.

Further, the identification tag includes a clothing information code storage area in which the clothing information code is stored. The smart wardrobe preferentially reads the data stored in the storage area and analyzes the clothing information using the second rule. Then, if the analysis is successful, the washing program is acquired based on the clothing information, but if the analysis is unsuccessful, the only tag information of the identification tag is acquired and the clothing is acquired based on the first rule. Analyze the information. The second rule means to analyze the clothing information included in the clothing information code based on a predetermined analysis rule.

Further, the clothing information code in the identification tag is written in a predetermined format, and the second rule includes a predetermined analysis rule. The control device analyzes the clothing information code into identifiable clothing information based on the predetermined analysis rule.

Further, when analyzing the clothing information based on the second rule, the control device determines whether or not the clothing information in the identification tag is written in a predetermined format, and in the case of the predetermined format, It is read as it is and the clothing information is analyzed, but if it is not in a predetermined format, the control device analyzes the clothing information using the first rule based on the only tag information of the identification tag.

Preferably, when the control device fails to analyze the clothing information based on the first rule, the control device edits the corresponding clothing information for the user with respect to the unique tag information, and edits the unique tag information with the user. It is presented to associate the clothing information with the above and add it to the first rule. As a result, the next time the clothing is identified, the clothing information edited by the user is acquired based on the first rule.

Preferably, the smart wardrobe includes a display device that communicates with the control device and displays clothing information on the display device.

Preferably, the clothing information is clothing attribute information that affects the washing parameters, and includes clothing color information and / or clothing material information and / or clothing type information.

Further, the identification device is installed in the smart wardrobe, identifies the identification tag of each garment before the garment is put into the smart wardrobe, and analyzes the garment information of the garment by the control device.

Further, the smart wardrobe includes a plurality of accommodation spaces, and the identification device is installed in each accommodation space. The identification device simultaneously identifies all clothing identification tags in the accommodation space in which it is installed by a wireless scanning method. In addition, the control device analyzes the clothing information of all the clothing in the accommodation space.

A method of controlling a smart wardrobe, wherein the smart wardrobe includes a clothing storage device, an identification device and a control device. The control method includes the following.

The identification device identifies the garment identification tag in the garment storage device and reads the only tag information of the identification tag. The control device analyzes the clothing information of the clothing in the wardrobe based on the first rule. The first rule includes a correspondence between unique tag information and clothing information.

The control device acquires the clothing conditions of the user and proposes clothing that satisfies the clothing conditions by data analysis processing of the clothing information of the clothing in the wardrobe based on the clothing conditions.

The control device acquires clothing satisfying the clothing condition by analyzing the clothing information of the clothing in the wardrobe based on the clothing condition, and proposes at least one coordination plan based on the coordination rule.

Preferably, the coordination rule includes a clothing material coordination rule, a clothing type coordination rule, a color coordination rule, a style coordination rule, and a fashion trend coordination rule. The garment information includes suitable attendance scenes, suitable seasons for wearing, suitable weather for wearing, types of garments, and materials for garments. The clothing conditions include attendance scenes, appropriate seasons, appropriate weather, and appropriate temperatures.

Clothing-type coordination rules include outerwear and pants coordination, outerwear and skirt coordination, dresses, and skirt-style setups.

After proposing at least one coordination plan based on the coordination rule, the control device acquires the coordination plan selected by the user, analyzes the user's clothing preference, and then based on the user's clothing preference. Optimize the proposed coordination plan.

Preferably, the control device determines the user's clothing preference based on the selection probability of the coordination plan by the user, and preferentially proposes the coordination plan having a high selection probability by the user.

More preferably, when proposing a coordination plan, the control device sorts the plurality of coordination plans in descending order based on the selection probability of the user and proposes the coordination plan to the user.

The smart wardrobe further includes a communication module, and the control device uses the communication module to acquire new clothing information. The control device advises the user on selection and purchase by proposing a new piece of clothing that suits the user's clothing preference based on the user's clothing preference.

Preferably, when there is no coordination plan in the smart wardrobe that satisfies the clothing conditions, the control device utilizes the new clothing information acquired by the communication module to propose a new clothing that suits the user's clothing preference. , Advise users on selection and purchase.

The only tag information includes the only code in the world, and the first rule includes the correspondence between the only code in the world and clothing information. The identification device acquires the only tag information in the world of clothing in the wardrobe. The control device acquires clothing information based on the only tag in the world, and proposes clothing satisfying the clothing conditions by data analysis processing of the clothing information based on the clothing conditions.

Preferably, the identification tag is a graphic code containing only the tag information, and the identification device acquires the corresponding unique tag information by scanning the graphic code.

More preferably, the graphic code is a QR code or a barcode.

The identification tag is an electronic tag, and the only tag information is stored inside. By reading the electronic tag, the identification device acquires the only tag information stored inside.

Preferably, the identification device includes an RFID reader. The only tag information is the TID number of the electronic tag, and the first rule includes the correspondence between the TID number and the clothing information. The control device controls the RFID reader to read the TID number of the electronic tag and acquire the corresponding clothing information based on the first rule.

The identification tag includes a storage area for the clothing information code. The identification device preferentially reads the data stored in the storage area and analyzes the clothing information using the second rule. Then, if the analysis is successful, the clothing information of the clothing is acquired, but if the analysis is unsuccessful, the only tag information of the identification tag is acquired and the clothing information is analyzed based on the first rule. ..

The second rule means to analyze the clothing information included in the clothing information code based on a predetermined analysis rule.

Preferably, the garment information code in the identification tag is written in a predetermined format, and the second rule includes a predetermined analysis rule. The control device analyzes the clothing information code into identifiable clothing information based on the predetermined analysis rule.

More preferably, when analyzing the clothing information based on the second rule, the control device determines whether or not the clothing information in the identification tag is written in a predetermined format. Then, in the case of a predetermined format, it is read as it is and the clothing information is analyzed, but if it is not in the predetermined format, the control device analyzes the clothing information using the first rule based on the only tag information of the identification tag. ..

When the control device fails to analyze the clothing information based on the first rule, the control device edits the corresponding clothing information for the user with respect to the unique tag information, and also edits the unique tag information and the clothing information edited by the user. Is associated and presented to be added to the first rule. As a result, the next time the analysis is performed, the clothing information edited by the user is acquired based on the first rule.

If the control device fails to analyze the clothing information based on the first rule and the second rule, the control device edits the corresponding clothing information for the clothing to the user and assigns the clothing number 1 to each clothing. Present them to be associated one by one. The control device forms an unidentifiable clothing database by storing the clothing number and the clothing information in association with each other. As a result, in the next analysis, the control device acquires the information input / selected by the user and calls the clothing information of the clothing from the unidentifiable clothing database.

Preferably, the garment number is a user-edited number. Alternatively, the clothing number is a number that is automatically generated after the control device acquires the clothing information edited by the user.

A method of controlling a smart wardrobe, the smart wardrobe includes a clothing storage device, an identification device, and a control device, and the clothing storage device is provided with a plurality of clothing storage areas. The control method includes the following.

When the control device acquires the clothing condition of the user, the identification device identifies the clothing identification tag in the clothing storage device. When the control device acquires the corresponding clothing information, the control device acquires the corresponding clothing storage area based on the clothing information. In addition, by data analysis processing of clothing information based on the clothing conditions, clothing satisfying the clothing conditions is proposed and a clothing storage area of the corresponding clothing is acquired.

In addition, it includes the following steps:

When the identification device identifies the identification tag provided on the garment, the control device acquires the corresponding garment information, proposes the corresponding garment storage area based on the garment information, and proposes to store the corresponding garment storage area here.

When the control device acquires the clothing condition of the user, the identification device identifies the clothing identification tag in the clothing storage device. When the control device acquires the corresponding clothing information, the control device acquires the corresponding clothing storage area based on the clothing information. Moreover, by data analysis processing of the clothing information based on the clothing condition, the clothing satisfying the clothing condition is proposed, and the clothing storage area where the clothing is located in the clothing proposal is displayed.

Preferably, the garment information includes the type of garment, the material of the garment, the appropriate attendance scene, the appropriate wearing season, and the appropriate wearing weather, and the clothing conditions include the attendance scene, the appropriate season, and the appropriate weather. , Appropriate temperature is included.

Further, the garment storage area is partitioned based on the type of garment. The control device proposes a corresponding garment storage area based on the type of garment and proposes to store it here. After acquiring the clothing conditions of the user, the control device acquires the clothing storage area in which the corresponding clothing is located based on the type of clothing.

Alternatively, the garment storage area is partitioned based on function. The control device proposes a corresponding garment storage area based on the material of the garment and proposes to store it here. After acquiring the clothing conditions of the user, the control device acquires the clothing storage area in which the corresponding clothing is located based on the material of the clothing.

Preferably, the garment storage area partitioned based on function includes a ventilation storage area, a dry storage area, a sterilization storage area, an iron storage area, and an insect repellent storage area.

The garment storage area partitioned based on the type of garment includes an outer storage area, an underwear storage area, a suit storage area, a skirt storage area, a pants storage area, and an outerwear storage area.

The control device acquires clothing satisfying the clothing condition by collating the clothing information of the clothing in the clothing storage device based on the clothing condition, and proposes at least one coordination plan based on the coordination rule, and also Display the clothing storage area where the clothing in the coordination plan is located.

Preferably, the control device proposes at least one coordination plan based on the coordination rule, acquires the coordination plan selected by the user, and displays the clothing storage area where the clothing in the coordination plan selected by the user is located. To do.

More preferably, the coordination rule includes a clothing material coordination rule, a clothing type coordination rule, a color coordination rule, a style coordination rule, and a trendy trend coordination rule.

Clothing-type coordination rules include outerwear and pants coordination, outerwear and skirt coordination, dresses, and skirt-style setups.

The control device analyzes the user's clothing preference based on the coordination plan selected by the user from the plurality of coordination plans, and optimizes the coordination plan subsequently proposed based on the user's clothing preference.

Preferably, the control device analyzes the user's clothing preference based on the selection probability of the coordination plan by the user, and preferentially proposes the coordination plan having a high selection probability by the user.

More preferably, the control device sorts the plurality of coordination plans in descending order based on the user's selection probability and proposes them to the user.

The smart wardrobe further includes a communication module, and the control device uses the communication module to acquire new clothing information. The control device advises the user on selection and purchase by proposing a new piece of clothing that suits the user's clothing preference based on the user's clothing preference.

Preferably, when there is no coordination plan that satisfies the clothing condition in the clothing storage device, the control device uses the new clothing information acquired by the communication module to propose a new clothing that suits the user's clothing preference. , Advise users on selection and purchase.

The method by which the control device acquires clothing information includes:

The identification device identifies the garment identification tag in the garment storage device and reads the only tag information of the identification tag. The control device analyzes the clothing information based on the first rule. The first rule includes a correspondence between unique tag information and clothing information.

Preferably, the only tag information includes the only code in the world, and the first rule includes the correspondence between the only code in the world and clothing information. The identification device acquires the only tag information in the world of the clothes in the clothes storage device, and the control device analyzes the clothes information based on the first rule.

Preferably, the identification tag is a graphic code containing only the tag information, and the identification device acquires the corresponding unique tag information by scanning the graphic code.

Preferably, the graphic code is a QR code or a barcode.

The identification tag is an electronic tag, and the only tag information is stored inside. By reading the electronic tag, the identification device acquires the only tag information stored inside.

Preferably, the identification device includes an RFID reader. The only tag information is the TID number of the electronic tag, and the first rule includes the correspondence between the TID number and the clothing information. The RFID reader reads the TID number of the electronic tag, and the control device acquires the corresponding clothing information based on the first rule.

The identification tag includes a storage area for the clothing information code. The identification device preferentially reads the data stored in the storage area and analyzes the clothing information using the second rule. Then, if the analysis is successful, the clothing information of the clothing is acquired, but if the analysis is unsuccessful, the only tag information of the identification tag is acquired and the clothing information is analyzed based on the first rule. ..

The second rule means to analyze the clothing information included in the clothing information code based on a predetermined analysis rule.

Preferably, the garment information code in the identification tag is written in a predetermined format, and the second rule includes a predetermined analysis rule. The control device analyzes the clothing information code into identifiable clothing information based on the predetermined analysis rule.

More preferably, when analyzing the clothing information based on the second rule, the control device determines whether or not the clothing information in the identification tag is written in a predetermined format. Then, in the case of a predetermined format, it is read as it is and the clothing information is analyzed, but if it is not in the predetermined format, the control device analyzes the clothing information using the first rule based on the only tag information of the identification tag. ..

When the control device fails to analyze the clothing information based on the first rule, the control device edits the corresponding clothing information for the user with respect to the unique tag information, and also edits the unique tag information and the clothing information edited by the user. Is associated and presented to be added to the first rule. As a result, the next time the analysis is performed, the clothing information edited by the user is acquired based on the first rule.

A smart wardrobe using the above control method is provided.

By using the above technical plan, the present invention has the following beneficial effects as compared with the prior art.

According to the present invention, the clothing information is not stored / is not stored in a predetermined format by expanding the storage content that can be expressed by the identification tag by utilizing the correspondence between the information. Can also be a medium for clothing information and can be effectively identified.

According to the method of acquiring the corresponding unique tag information using the graphic code in the present invention, and then acquiring the complete clothing information from the correspondence relationship between the unique tag information and the specific clothing information. The smart use of these clothing tags can be easily extended.

When the clothing information code is stored in the identification tag, the clothing information is preferentially acquired by analyzing using the second rule based on the clothing information code. Further, when the control device fails to analyze the clothing information according to the second rule, the control device further analyzes the clothing information using the first rule. That is, the compatibility between the new clothing information storage method according to the present invention and the conventional information storage method using electronic tags is fully considered. Therefore, it is possible to solve the problem of analyzing clothing information having different clothing information storage mechanisms with the same system. This makes it possible to acquire clothing information by identifying both the identification tag in which the clothing information code is stored and the identification tag in which the clothing information code is not stored.

In the storage method using the clothing information and the identification tag in the present invention, since the information storage device which is the "third party" is used, it is possible to easily acquire or edit the clothing information through the terminal. Therefore, all the information corresponding to the conventional identification tag is directly stored in the identification tag, and the harmful effect that the content cannot be edited by the user is eliminated. Therefore, the smart function based on RFID is further expanded. Is possible.

The clothing identification device in the present invention is fixed to the smart wardrobe and can identify the identification tag of each clothing before putting the clothing in the smart wardrobe. Alternatively, the identification tags installed in each accommodation space simultaneously identify the identification tags of all the clothes accommodated in the accommodation space. According to this, since the identification speed of clothing information is further improved, it is suitable for the use of a smart wardrobe containing a large amount of clothing.

In the garment management method of the smart wardrobe of the present invention, the smart wardrobe realizes quick identification or editing of the garment information of the garment identification tag. As a result, clothing is smartly used based on clothing information, which provides even greater potential.

The control device acquires clothing information based on the unique tag information of the identification tag. As a result, since the clothing information corresponding to various different identification tags is acquired, the problem that the clothing information cannot be acquired from the identification tag in which the clothing information is not stored is avoided.

Based on the clothing condition, the control device proposes clothing that satisfies the clothing condition by performing data analysis processing on the clothing information acquired from the only tag information. This saves the user time in coordinating the garment, making it even easier to use.

According to the present invention, the clothing information is not stored / is not stored in a predetermined format by expanding the storage content that can be expressed by the identification tag by utilizing the correspondence between the information. Can also be a medium for clothing information and can be effectively identified.

When the clothing information cannot be analyzed by either the first rule or the second rule, the user edits the clothing information, acquires the clothing number, and identifies the clothing information by storing the clothing information in association with each other. Form an impossible clothing database. The control device acquires clothing information of the clothing based on the information selected / input by the user. As a result, even if there is clothing that cannot be individually identified, the clothing information of the clothing can be called from the unidentifiable clothing database to be involved in the smart proposal of the coordination plan.

The control device proposes clothes based on the clothes information and acquires the clothes storage area of the clothes. Therefore, the user can easily search for clothes from the acquired clothes storage area, which further saves time. In addition, since the control device proposes a coordination plan based on clothing information, the time required for the user to coordinate is saved, and the user experience is improved.

Hereinafter, specific embodiments of the present invention will be described in more detail in combination with the drawings.

FIG. 1 is a preferred logic chart of the smart wardrobe garment management method of the present invention. FIG. 2 is a diagram showing a preferable smart wardrobe structure in the garment management method of the smart wardrobe of the present invention. FIG. 3 is a diagram showing another preferred smart wardrobe structure in the garment management method of the smart wardrobe of the present invention. FIG. 4 is a flowchart of the control method of the present invention. FIG. 5 is a flowchart of a smart wardrobe control method in the present invention. FIG. 6 is a flowchart of a process of acquiring clothing information by the smart wardrobe control method of the present invention.

In order to clarify the purpose, technical plan, and advantages of the examples of the present invention, the technical plans of the examples will be described clearly and concisely by combining the drawings of the examples of the present invention. The following examples are for explaining the present invention and do not limit the scope of the present invention.

As shown in FIGS. 1 to 3, the present invention discloses a smart wardrobe control method including a clothing management method. In the clothing management method, a clothing identification tag is provided on each clothing that is preliminarily placed in the wardrobe. The smart wardrobe includes an identification device 2 and a control device. The identification device 2 reads the only tag information of the identification tag, and the control device analyzes the clothing information based on the first rule. The first rule includes a correspondence between unique tag information and clothing information. By expanding the storage content that can be expressed by the identification tag by using the correspondence between the information, the medium of the clothing information even if the identification tag does not store the clothing information / is not stored in a predetermined format. Can be and is effectively identified.

This embodiment provides a method of managing clothing in a smart wardrobe. In this method, a garment identification tag is provided on each garment that is preliminarily placed in the wardrobe. The smart wardrobe includes an identification device and a control device. The identification device reads the only tag information of the identification tag, and the control device analyzes the clothing information based on the first rule. The first rule includes a correspondence between unique tag information and clothing information.

In the above plan, the smart wardrobe acquires clothing information based on the sole tag information of the identification tag. As a result, clothing information corresponding to various different identification tags can be acquired, and the stored contents that can be expressed by the identification tags are expanded. Therefore, even an identification tag in which clothing information is not stored / stored in a predetermined format can be a medium for clothing information and is effectively identified.

Preferably, the unique tag information is unique information stored in the identification tag and indicating the unique individuality of the identification tag.

Preferably, the only tag information includes the only code in the world, and the first rule includes the correspondence between the only code in the world and clothing information. The control device acquires clothing information corresponding to the tag information, which is the only one in the world, based on the correspondence.

In the above plan, since the only tag information contains the only code in the world, it is possible to effectively prevent the acquisition of incorrect clothing information by identification.

Preferably, the identification tag is a graphic code containing only the tag information, and the identification device acquires the corresponding unique tag information by scanning the graphic code.

In the above plan, preferably, the identification tag is a small tag sewn on clothing, and the graphic code is printed on the tag. In the process of washing, the identification device scans the graphic code to obtain the corresponding unique tag information.

Preferably, the graphic code is a QR code or a barcode.

Preferably, the identification tag is an electronic tag, and the only tag information is stored inside. By reading the identification tag, the identification device acquires the only tag information stored inside.

Preferably, the identification tag is an RFID electronic tag and the identification device includes an RFID reader. Further, the only tag information is the TID number of the RFID electronic tag, and the first rule includes the correspondence between the TID number and the clothing information. The control device controls the RFID reader to read the TID number of the RFID electronic tag and acquire the corresponding clothing information based on the first rule.

The smart wardrobe further includes an information storage device that communicates and connects with the control device. The information storage device stores the clothing information of the clothing corresponding to the unique tag information and / or the unique tag information.

Preferably, the first rule is stored in the information storage device. At the time of analysis, the control device is connected to the information storage device, transmits the only tag information identified by the identification device to the information storage device, and acquires clothing information corresponding to the only tag from the information storage device. To do.

Preferably, the information storage device is a cloud server, and the first rule is stored in the cloud server. At the time of analysis, the control device is connected to the cloud server and transmits the only identified tag information to the cloud server to analyze the clothing information and acquire the analyzed clothing information from the cloud server.

In the above plan, the security of data is guaranteed by storing the first rule in the cloud server, so that it is suitable for use in the IoT smart wardrobe. It is also convenient for the control device to acquire the corresponding clothing information.

In this embodiment, the identification tag includes a clothing information code storage area in which a clothing information code is stored. The smart wardrobe preferentially reads the data stored in the storage area and analyzes the clothing information using the second rule. Then, if the analysis is successful, the washing program is acquired based on the clothing information, but if the analysis is unsuccessful, the only tag information of the identification tag is acquired and the clothing is acquired based on the first rule. Analyze the information. The second rule means to analyze the clothing information included in the clothing information code based on a predetermined analysis rule.

In the above plan, when the clothing information code is stored in the identification tag, the clothing information is preferentially acquired by analyzing using the second rule based on the clothing information code. If the control device fails to analyze the clothing information according to the second rule, the control device further analyzes the clothing information using the first rule. This makes it possible to acquire clothing information by identifying both the identification tag in which the clothing information code is stored and the identification tag in which the clothing information code is not stored. By expanding the storage content that can be expressed by the identification tag by using the correspondence between the information, the medium of the clothing information even if the identification tag does not store the clothing information / is not stored in a predetermined format. Can be and is effectively identified.

Preferably, the garment information code in the identification tag is written in a predetermined format, and the second rule includes a predetermined analysis rule. The control device analyzes the clothing information code into identifiable clothing information based on the predetermined analysis rule.

When analyzing the clothing information based on the second rule, the control device determines whether or not the clothing information in the identification tag is written in a predetermined format. Then, in the case of a predetermined format, it is read as it is and the clothing information is analyzed. On the other hand, if it is not in a predetermined format, the control device analyzes the clothing information using the first rule based on the unique tag information of the identification tag.

Preferably, when the control device fails to analyze the clothing information based on the second rule, the case where the clothing information code cannot be analyzed or the case where the incorrect clothing information is analyzed is included. If the control device cannot analyze the clothing information code according to the second rule, or if the incorrect clothing information is analyzed, the identification device reads the only tag information of the identification tag, and the first rule is applied. Control to acquire the corresponding clothing information based on.

Preferably, when the control device fails to analyze the clothing information based on the first rule, the control device edits the corresponding clothing information for the user with respect to the unique tag information, and edits the unique tag information with the user. It is presented to associate the clothing information with the above and add it to the first rule. As a result, the next time the clothing is identified, the clothing information edited by the user is acquired based on the first rule. Preferably, the smart wardrobe includes a display device that communicates with the control device and displays clothing information on the display device. Preferably, the clothing information is clothing attribute information that affects the washing parameters, and includes clothing color information and / or clothing material information and / or clothing type information.

As shown in FIG. 2, in the smart wardrobe 1 of the present embodiment, the identification device 2 is installed in the smart wardrobe 1 and identifies each clothing identification tag before the clothing is put into the smart wardrobe 1. At the same time, the wardrobe information of the wardrobe is analyzed by the control device.

With reference to FIG. 1, which shows a preferred logic chart of the smart wardrobe garment management method in this embodiment, the method comprises the following steps.

S1: The identification device reads the clothing information code stored in the identification tag, and the control device analyzes the clothing information code using the second rule.

S2: The control device determines whether or not the analysis is successful, and if it succeeds, it acquires the analyzed clothing information as it is and proceeds to step S6, but if it is not successful, it proceeds to step S3.

S3: The control device controls the identification device to read the unique tag information of the identification tag and analyze the corresponding clothing information based on the first rule.

S4: The control device determines whether or not the analysis was successful, and if it succeeds, it acquires the analyzed clothing information as it is and proceeds to step S6. Present to edit the corresponding clothing information for the tag information of.

S5: The control device controls to add the correspondence between the only tag information and the clothing information edited by the user to the first rule.

S6: The control device acquires the washing program based on the clothing information.

In this embodiment, the installation and identification method of the identification device in the first embodiment will be supplemented. As shown in FIG. 3, the smart wardrobe 1 of the present embodiment includes a plurality of accommodation spaces 3, and the identification device 2 is installed in each accommodation space 3. The identification device 2 simultaneously identifies identification tags of all clothes in the accommodation space 3 in which the identification device 2 is installed by a wireless scanning method. In addition, the clothing information of all the clothing in the accommodation space 3 is analyzed by the control device. According to this method, since the identification speed of clothing information is further improved, it is suitable for the use of a smart wardrobe containing a large amount of clothing.

In the third embodiment, based on the first or second embodiment, the editing control of the clothing information in the clothing management method of the smart wardrobe will be disclosed in more detail. The control device controls the identification device to read the only tag information of the identification tag, and the clothing information editing device (preferably a terminal portable to the user such as a smartphone) is the only one by the user. Controls to receive clothing information editing operations for tag information. Further, by processing the clothing information edited by the user, a clothing information code in a predetermined format is generated, and the only tag information is associated with the corresponding clothing information code in the predetermined format. Control to add to the rules of.

Preferably, the clothing information input by the user is clothing information that is freely edited, and the control device acquires the attribute information of the clothing by extracting keywords from the clothing information edited by the user, and also obtains the attribute information of the clothing. Convert the information into a clothing information code in a given format.

Preferably, in the process in which the control device generates a garment information code in a predetermined format, each garment attribute information is acquired by extracting a keyword from the garment information edited by the user, and each garment attribute information is obtained according to a predetermined rule. Convert to the specified code. Moreover, by combining each predetermined code in series, the clothing information code of the predetermined format is formed.

Preferably, the control device extracts the material attribute information of the clothing, the color attribute information of the clothing, the type attribute information of the clothing, the standard attribute information of the clothing, and the manufacturer attribute information of the clothing from the clothing information edited by the user. Each attribute information is converted into a predetermined material information code, color information code, type information code, standard information code, and manufacturer information code according to the rules of. In addition, the clothing information code of the predetermined format is formed by combining the information codes in series in a predetermined order and format, and is added to the first rule.

Preferably, if the identification tag is identified and the clothing information is edited and stored and then again identified by the identification device, the control device is based on the only tag information identified by the identification device. Acquires the corresponding clothing information code, and analyzes the identifiable clothing information using a predetermined analysis rule (same as the second rule of the first embodiment). That is, in this embodiment, the clothing information code stored in the identification tag and the clothing information code of a predetermined format generated by processing the clothing information edited by the user by the control device or the clothing information editing device. Is stored in the same rules and formats. As a result, when analyzing the clothing information, the clothing information is analyzed according to the same analysis rule (that is, the second rule).

Preferably, when the control device analyzes identifiable clothing information using a predetermined analysis rule (second rule), it has a predetermined format based on the length format in the predetermined analysis rule. The clothing information code is divided into a plurality of subcodes, and each subcode is analyzed into the corresponding clothing attribute information.

Preferably, the identification tag includes a storage area for storing clothing information, and the storage area stores a clothing information code of a predetermined format. The control device controls the identification device to read the clothing information code of a predetermined format directly from the storage area. Alternatively, the control device controls the identification device to read the unique tag information of the identification tag and indirectly acquire the corresponding predetermined form of clothing information code according to the first rule. After that, the control device analyzes the identifiable clothing information based on a predetermined analysis rule (second rule).

Preferably, the control device controls the discriminating device to preferentially read the storage area and use a second rule to analyze the data stored in the storage area. Then, if the analysis is successful, the control is terminated, but if it is not successful, the identification device further reads the only tag information and acquires a clothing information code in a predetermined format according to the first rule. At the same time, the second rule is used to control the analysis of the clothing information code of the predetermined format.

Preferably, when the control device cannot acquire the clothing information code of a predetermined format according to the first rule, the control device edits the clothing information for the only tag information for the user and the clothing information edited by the user. Is to be processed to obtain a clothing information code in a predetermined format and presented to be stored in the first rule.

A method of controlling a smart wardrobe including a clothing storage device, an identification device and a control device, including the following.

The identification device identifies the garment identification tag in the garment storage device and reads the only tag information of the identification tag. The control device analyzes the clothing information of the clothing in the wardrobe based on the first rule. The first rule includes a correspondence between unique tag information and clothing information.

The control device acquires the clothing conditions of the user and proposes clothing that satisfies the clothing conditions by data analysis processing of the clothing information of the clothing in the wardrobe based on the clothing conditions.

In the above plan, the control device acquires clothing information based on the only tag information of the identification tag. As a result, the clothing information corresponding to various different identification tags can be acquired, so that the problem that the clothing information cannot be acquired from the identification tag in which the clothing information is not stored can be avoided. Further, the control device acquires the clothing information based on the only tag information of the identification tag, and data-analyzes the clothing information of the clothing in the wardrobe based on the clothing condition to satisfy the clothing condition. Suggest clothing. As a result, smart clothing is proposed to the user, which makes people's lives more convenient and helps them to select appropriate clothing. It also saves a lot of time for the user to select clothing.

Further, the control device acquires clothing satisfying the clothing condition by analyzing the clothing information of the clothing in the wardrobe based on the clothing condition, and proposes at least one coordination plan based on the coordination rule.

The control device first selects appropriate clothing based on the clothing conditions, and then proposes a coordination plan based on the wearing rules, so that the control device is further made smarter. For example, clothing A suitable for summer clothes, outerwear, cotton linen, and banquets, and clothing B suitable for summer clothes, skirts, silk, and banquets are proposed.

When the user enters the appropriate information for the banquet, the controller gets the only tag information for the clothing in the smart wardrobe. Then, based on the first rule, the control device analyzes the clothing information of clothing A that is suitable for summer clothes, outerwear, cotton linen, and banquets, and the clothing information of clothing B that is suitable for summer clothes, skirts, silk, and banquets. To do. In addition, when clothing A and clothing B are selected based on the condition that they are suitable for a banquet, a coordination plan of A + B is acquired and proposed to the user based on the coordination rule of matching the skirt with the jacket.

Preferably, the coordination rule includes a clothing material coordination rule, a clothing type coordination rule, a color coordination rule, a style coordination rule, and a fashion trend coordination rule.

The garment information includes suitable attendance scenes, suitable seasons for wearing, suitable weather for wearing, types of garments, and materials for garments.

The clothing conditions include attendance scenes, appropriate seasons, appropriate weather, and appropriate temperatures.

Clothing-type coordination rules include outerwear and pants coordination, outerwear and skirt coordination, dresses, and skirt-style setups.

Further, the control device proposes at least one coordination plan based on the coordination rule, then acquires the coordination plan selected by the user, and analyzes the user's clothing preference. In addition, the coordination plan proposed thereafter is optimized based on the user's clothing preference.

Preferably, the control device determines the user's clothing preference based on the selection probability of the coordination plan by the user, and preferentially proposes the coordination plan having a high selection probability by the user.

When analyzing a user's clothing preferences based on the user's choice, for example, when the user selects sportswear many times, it is analyzed that the user prefers sports fashion, and the next time a proposal is made, Meet the needs of users by coordinating a large amount of selected sports clothing.

More preferably, when proposing a coordination plan, the control device sorts the plurality of coordination plans in descending order based on the selection probability of the user and proposes the coordination plan to the user.

By placing the type that the user prefers in the priority position so that the user can easily select it, the user is made more friendly.

Further, the smart wardrobe includes a communication module, and the control device uses the communication module to acquire new clothing information. In addition, the control device advises the user on selection and purchase by proposing new clothing that matches the user's clothing preference based on the user's clothing preference.

Based on the user's clothing preference, the installed communication module proposes new clothing to the user and advises the selection and purchase, which is convenient for the user.

Such a new clothing purchase proposal method is particularly suitable when there is no coordination plan in the smart wardrobe that satisfies the clothing conditions. The control device uses the new clothing information acquired by the communication module to propose new clothing that suits the user's clothing preference, thereby advising the user on selection and purchase. This saves time for the user to select and purchase clothing, making life more convenient and speedy.

In this embodiment, the process of acquiring clothing information from the only tag information in Example 4 is further limited. The only tag information includes the only code in the world, and the first rule includes the correspondence between the only code in the world and clothing information. The identification device acquires the only tag information in the world of clothing in the wardrobe. Further, the control device acquires clothing information based on the only tag in the world, and proposes clothing satisfying the clothing conditions by data analysis processing of the clothing information based on the clothing conditions.

In the above plan, the control device acquires clothing information based on the only tag information of the identification tag. As a result, the clothing information corresponding to various different identification tags can be acquired, so that the problem that the clothing information cannot be acquired from the identification tag in which the clothing information is not stored can be avoided.

In the above plan, since the only tag information contains the only code in the world, it is possible to effectively prevent the acquisition of incorrect clothing information by identification.

Preferably, the identification tag is a graphic code containing only the tag information, and the identification device acquires the corresponding unique tag information by scanning the graphic code.

In the above plan, preferably, the identification tag is a small tag sewn on clothing, and the graphic code is printed on the tag. The identification device scans the graphic code to obtain the corresponding unique tag information.

More preferably, the graphic code is a QR code or a barcode.

Further, the identification tag is an electronic tag, and the only tag information is stored inside. By reading the electronic tag, the identification device acquires the only tag information stored inside.

Preferably, the identification device includes an RFID reader. The only tag information is the TID number of the electronic tag, and the first rule includes the correspondence between the TID number and the clothing information. The control device controls the RFID reader to read the TID number of the electronic tag and acquire the corresponding clothing information based on the first rule.

Preferably, the smart wardrobe further includes a terminal. The identification device is provided in the clothing storage device or terminal, and the control device is provided in the clothing storage device or terminal. The clothes storage device and the terminal are communicated and connected via a cloud server. Further, the first rule is stored in the clothing storage device / terminal / cloud server.

The terminal is wirelessly connected to the clothing storage device. The terminal is used to remotely control the clothing storage device. When the first rule is stored in the terminal, the identification device identifies the only tag information and then sends it to the terminal. When the terminal receives the unique tag information, it analyzes it based on the first rule and transmits the analysis result to the clothing storage device. In addition, the control device proposes clothing that satisfies the clothing conditions by performing data analysis processing of clothing information of the clothing in the clothing storage device based on the clothing conditions.

Preferably, the first rule is stored in the cloud server. After the only tag information is identified, the control device is connected to the cloud server and transmits the identified unique tag information to the cloud server to analyze the clothing information and analyze the analyzed clothing information to the cloud server. Get from.

In the above plan, the security of data is guaranteed by storing the first rule in the cloud server, so that it is suitable for use in the IoT smart wardrobe. Moreover, it is convenient for smart acquisition of clothing information by a terminal and a smart wardrobe.

Further, the identification tag includes a storage area of the clothing information code. The identification device preferentially reads the data stored in the storage area and analyzes the clothing information using the second rule. Then, if the analysis is successful, the clothing information of the clothing is acquired, but if the analysis is unsuccessful, the only tag information of the identification tag is acquired and the clothing information is analyzed based on the first rule. ..

The second rule means to analyze the clothing information included in the clothing information code based on a predetermined analysis rule.

In the above plan, when the clothing information code is stored in the identification tag, the clothing information is preferentially acquired by analyzing using the second rule based on the clothing information code. If the control device fails to analyze the clothing information according to the second rule, the control device further analyzes the clothing information using the first rule. This makes it possible to acquire clothing information by identifying both the identification tag in which the clothing information code is stored and the identification tag in which the clothing information code is not stored.

Preferably, the garment information code in the identification tag is written in a predetermined format, and the second rule includes a predetermined analysis rule. The control device analyzes the clothing information code into identifiable clothing information based on the predetermined analysis rule.

More preferably, when analyzing the clothing information based on the second rule, the control device determines whether or not the clothing information in the identification tag is written in a predetermined format. Then, in the case of a predetermined format, it is read as it is and the clothing information is analyzed. On the other hand, if it is not in a predetermined format, the control device analyzes the clothing information using the first rule based on the unique tag information of the identification tag.

When the control device fails to analyze the clothing information based on the first rule, the control device edits the corresponding clothing information for the user with respect to the unique tag information, and also edits the unique tag information and the clothing information edited by the user. Is associated and presented to be added to the first rule. As a result, the next time the analysis is performed, the clothing information edited by the user is acquired based on the first rule.

Preferably, the terminal includes an information editing device used by the user to edit the corresponding clothing information or input the information. The user may freely edit the clothing information, or the terminal may control the user to edit the clothing information according to a predetermined format.

See FIG. 4, which shows a preferred method of controlling a smart wardrobe. The method includes the following steps.

S1: The identification device reads the clothing information code stored in the identification tag, and the control device analyzes the clothing information code using the second rule.

S2: The control device determines whether or not the analysis is successful, and if it succeeds, it acquires the analyzed clothing information as it is and proceeds to step S6, but if it is not successful, it proceeds to step S3.

S3: The control device controls the identification device to read the unique tag information of the identification tag and analyze the corresponding clothing information based on the first rule.

S4: The control device determines whether or not the analysis was successful, and if it succeeds, it acquires the analyzed clothing information as it is and proceeds to step S6. Present to edit the corresponding clothing information for the tag information of.

S5: The control device controls to add the correspondence between the only tag information and the clothing information edited by the user to the first rule.

S6: The control device acquires the clothing condition and proposes the clothing satisfying the clothing condition by data analysis processing of the clothing information of the clothing in the wardrobe based on the clothing condition.

Further, if the control device fails to analyze the clothing information based on the first rule and the second rule, the control device edits the corresponding clothing information for the clothing to the user and gives the clothing number to each clothing. Are presented to be associated one by one. The control device forms an unidentifiable clothing database by storing the clothing number and the clothing information in association with each other. As a result, in the next analysis, the control device acquires the information input / selected by the user and calls the clothing information of the clothing from the unidentifiable clothing database.

When the clothing information cannot be analyzed by either the first rule or the second rule, the user edits the clothing information, acquires the clothing number, and identifies the clothing information by storing the clothing information in association with each other. Form an impossible clothing database. The control device acquires clothing information of the clothing based on the information selected / input by the user. As a result, even if there is clothing that cannot be individually identified, the clothing information of the clothing can be called from the unidentifiable clothing database to be involved in the smart proposal of the coordination plan.

Preferably, the information input / selected by the user acquired by the information editing device includes clothing depiction information / clothing information / clothing information / clothing number corresponding to the clothing information. The control device calls the clothing information of the corresponding clothing from the unidentifiable clothing database based on the clothing description information / clothing information / clothing information / clothing number.

Plan 1: When the identification device identifies the clothing again, the information editing device acquires the clothing information input by the user. Further, the control device calls the clothing information of the corresponding clothing from the unidentifiable clothing database based on the clothing information input by the user. The clothing information may include a plurality of clothing attribute information.

For example, it is assumed that the clothing information of clothing A is 100% cotton, white, shirt, and Heilan Home (HLA). When the identification device identifies the garment A again, the identification device presents the user to input information into the information editing device. When the user inputs the shirt and HLA into the information editing device, the control device calls the clothing information (white, shirt, HLA) of the clothing A from the unidentifiable clothing database.

Option 2: When the identification device identifies the clothing again, the information editing device acquires the clothing description information input by the user. Further, the control device calls the clothing information of the corresponding clothing from the unidentifiable clothing database based on the clothing description information input by the user.

Specifically, when the identification device identifies the clothing again, the information editing device acquires the clothing description information input by the user. The control device acquires at least one clothing information by extracting a keyword from the clothing description information, and calls the clothing information of the corresponding clothing from the unidentifiable clothing database based on the input clothing information.

In the above plan, the user does not need to input the clothing information accurately, and the control device can extract the keyword based on the clothing description information and acquire the clothing information simply by inputting the clothing description information. is there. The method is smarter and easier to use.

For example, when the user inputs "white HLA clothing", the control device calls the clothing information corresponding to clothing A from the unidentifiable clothing database by extracting "white" and "HLA" as keywords. Can be done.

Plan 3: The information editing device is set with options for clothing information in a predetermined format. When the identification device identifies the garment again, the information editing device acquires the garment information selected by the user. Further, the control device calls the clothing information of the clothing corresponding to the clothing information selected by the user from the unidentifiable clothing database based on the clothing information selected by the user.

Since the user can select the clothing information based on the clothing information options in a predetermined format set in the information editing device, the time and labor are further saved.

Plan 4: When the identification device identifies the garment again, the information editing device acquires the garment number input / selected by the user. Further, the control device calls the clothing information of the clothing corresponding to the clothing number from the unidentifiable clothing database based on the clothing number input / selected by the user.

The method of inputting the clothing number to acquire the clothing information of the clothing is more direct and speedy. However, it is a little troublesome for the user because he / she has to remember the clothing number of the unidentifiable clothing. In order to solve this problem, the user may not have to remember the clothing number by marking the clothing number on the clothing.

The clothing number can be obtained by the following method.

First method: When the identification device identifies the identification tag provided on the garment and no information is obtained, the information editing device receives the garment information and the garment number edited by the user. Further, the control device stores the clothing information and the input clothing number in the unidentifiable clothing database in association with each other.

Second method: The information editing device receives the clothing information edited by the user and generates the clothing number of the clothing. Further, the control device stores the clothing information and the generated clothing number in the unidentifiable clothing database in association with each other.

Option 5: If the discriminating device re-identifies the garment, the control device recalls all the data in the unidentifiable garment database. In addition, the information editing device acquires clothing information of the clothing selected by the user from all the data.

When the controller calls all the data in the unidentifiable clothing database, the user selects clothing information to call from the unidentifiable clothing database. However, if there are too many unidentifiable clothing, such a method is a little cumbersome.

Furthermore, if the identification device identifies the identification tag provided on the clothing but cannot obtain the unique tag information and clothing information of the identification tag, it is determined that the identification device cannot acquire any information from the identification tag. To do.

Specifically, when the identification device identifies the clothing identification tag, the control device first determines whether or not the identification device can acquire the clothing information on the identification tag. Then, if it cannot be acquired, the identification device determines whether or not the only tag information on the identification tag can be acquired, and if it cannot be acquired, the identification device cannot acquire any information from the identification tag. Is determined.

In this embodiment, based on Examples 4 and 5, the editing control of clothing information in the smart wardrobe control method will be disclosed in more detail. The smart wardrobe further includes a clothing information editing device. The identification device reads the only tag information of the identification tag, and the clothing information editing device (preferably a terminal portable to the user such as a smartphone) is an operation for editing the clothing information by the user with respect to the only tag information. To receive. Further, by processing the clothing information edited by the user, a clothing information code in a predetermined format is generated, and the only tag information is associated with the corresponding clothing information code in the predetermined format. Control to add to the rules of.

Preferably, the clothing information input by the user is clothing information that is freely edited, and the control device acquires the clothing information of the clothing by extracting keywords from the clothing information edited by the user, and the clothing of the clothing. Convert the information into a clothing information code in a given format.

Preferably, in the process in which the control device generates the clothing information code of a predetermined format, each clothing information is acquired by extracting a keyword from the clothing information edited by the user, and each clothing information is predetermined according to a predetermined rule. Convert to code. Moreover, by combining each predetermined code in series, the clothing information code of the predetermined format is formed.

Preferably, the control device extracts clothing material information, clothing color information, clothing type information, clothing standard information, and clothing manufacturer information from the clothing information edited by the user, and each clothing according to a predetermined rule. The information is converted into a predetermined material information code, color information code, type information code, standard information code, and manufacturer information code, respectively. In addition, the clothing information code of the predetermined format is formed by combining the information codes in series in a predetermined order and format, and is added to the first rule.

Preferably, if the identification tag is identified and the clothing information is edited and stored and then again identified by the identification device, the control device is based on the only tag information identified by the identification device, according to the first rule. The corresponding clothing information code is acquired, and the identifiable clothing information is analyzed using a predetermined analysis rule (second rule). That is, in this embodiment, the clothing information code stored in the identification tag and the clothing information code of a predetermined format generated by processing the clothing information edited by the user by the control device or the clothing information editing device. Is stored in the same rules and formats. As a result, when analyzing the clothing information, the clothing information is analyzed according to the same analysis rule (that is, the second rule).

Preferably, when the control device analyzes identifiable clothing information using a predetermined analysis rule (second rule), it has a predetermined format based on the length format in the predetermined analysis rule. The clothing information code is divided into a plurality of subcodes, and each subcode is analyzed into the corresponding clothing information.

Preferably, the identification tag includes a storage area for storing clothing information, and the storage area stores a clothing information code of a predetermined format. The control device controls the identification device to read the clothing information code of a predetermined format directly from the storage area. Alternatively, the control device controls the identification device to read the unique tag information of the identification tag and indirectly acquire the corresponding predetermined form of clothing information code according to the first rule. After that, the control device analyzes the identifiable clothing information based on a predetermined analysis rule (second rule).

Preferably, the control device controls the discriminating device to preferentially read the storage area and use a second rule to analyze the data stored in the storage area. Then, if the analysis is successful, the control is terminated, but if it is not successful, the identification device further reads the only tag information and acquires a clothing information code in a predetermined format according to the first rule. At the same time, the second rule is used to control the analysis of the clothing information code of the predetermined format.

Preferably, when the control device cannot acquire the clothing information code of a predetermined format according to the first rule, the control device edits the clothing information for the only tag information for the user and the clothing information edited by the user. Is to be processed to obtain a clothing information code in a predetermined format and presented to be stored in the first rule.

A method of controlling a smart wardrobe including a clothing storage device, an identification device, and a control device, wherein the clothing storage device is provided with a plurality of clothing storage areas. The control method includes the following.

When the control device acquires the clothing condition of the user, the identification device identifies the clothing identification tag in the clothing storage device. When the control device acquires the corresponding clothing information, the control device acquires the corresponding clothing storage area based on the clothing information. In addition, by data analysis processing of clothing information based on the clothing conditions, clothing satisfying the clothing conditions is proposed and a clothing storage area of the corresponding clothing is acquired.

Since the control device proposes clothes based on the clothes information, the time required for the user to coordinate the clothes is saved. In addition, it will be smarter and the user experience will be better. Moreover, by acquiring the garment storage area of the garment, the user can easily find the garment in the smart wardrobe quickly, which further saves time.

Further, when the identification device identifies the identification tag provided on the clothing, the control device acquires the corresponding clothing information, proposes the corresponding clothing storage area based on the clothing information, and proposes to store the corresponding clothing storage area here.

When the control device acquires the clothing condition of the user, the identification device identifies the clothing identification tag in the clothing storage device. When the control device acquires the corresponding clothing information, the control device acquires the corresponding clothing storage area based on the clothing information. Moreover, by data analysis processing of the clothing information based on the clothing condition, the clothing satisfying the clothing condition is proposed, and the clothing storage area where the clothing is located in the clothing proposal is displayed.

Since the control device proposes the corresponding clothing storage area based on the clothing information, the user can easily store the clothing area separately. Further, since the control device proposes clothes based on the clothes information after acquiring the clothes conditions of the user, and also proposes the clothes storage area where the clothes are located in the clothes proposal, the user can easily take out the clothes.

Preferably, the garment information includes the type of garment, the material of the garment, the appropriate attendance scene, the appropriate wearing season, and the appropriate wearing weather. The clothing conditions include attendance scenes, appropriate seasons, appropriate weather, and appropriate temperatures.

Plan 1: The clothing storage area is partitioned based on the type of clothing. The control device proposes a corresponding garment storage area based on the type of garment and proposes to store it here. In addition, the control device acquires the clothing storage area in which the corresponding clothing is located, based on the type of clothing, after acquiring the clothing conditions of the user.

Types of clothing include outerwear, underwear, suits, skirts, pants, and outerwear. Correspondingly, the clothing storage area includes an outer storage area, an underwear storage area, a suit storage area, a skirt storage area, a pants storage area, and a jacket storage area.

For example, when the garment A is a jacket, a shirt, cotton linen, HLA, or a banquet scene, the control device has a garment accommodating area corresponding to the garment accommodating area based on the type of garment, and the garment A is a jacket. Propose to be accommodated in the containment area. Further, after acquiring the clothing conditions of the user, the control device acquires that the clothing accommodating area of the clothing A is the outerwear accommodating area based on the type of clothing. Therefore, the user may search for the clothing from the jacket storage area.

Plan 2: The garment storage area is partitioned based on function. The control device proposes a corresponding garment storage area based on the material of the garment and proposes to store it here. In addition, the control device acquires the clothing storage area in which the corresponding clothing is located based on the material of the clothing after acquiring the clothing conditions of the user.

The garment storage area partitioned based on the function includes a ventilation storage area, a dry storage area, a sterilization storage area, an iron storage area, and an insect repellent storage area.

Further, the control device acquires clothing satisfying the clothing condition by collating the clothing information of the clothing in the clothing storage device based on the clothing condition, and proposes at least one coordination plan based on the coordination rule. .. In addition, the clothing storage area where the clothing is located in the coordination plan is displayed.

The coordination rule includes a clothing material coordination rule, a clothing type coordination rule, a color coordination rule, a style coordination rule, and a trendy trend coordination rule.

When the clothing A is a summer clothes, a shirt, cotton linen, and a banquet scene, and the clothing B is a summer clothes, a skirt, silk, and a banquet scene, when the user inputs the banquet scene, the control device collates the acquired clothing information. Then, clothing A and clothing B are selected. In addition, according to the coordination rule that a skirt can be coordinated for a jacket, Plan A + B is proposed, and the clothing storage area of clothing A is the jacket storage area, and the clothing storage area of clothing B is the skirt storage area. Display that there is. Therefore, the user may take out the clothes from the outerwear accommodating area and the skirt accommodating area, respectively.

Preferably, the control device proposes at least one coordination plan based on the coordination rule, acquires the coordination plan selected by the user, and displays the clothing storage area where the clothing in the coordination plan selected by the user is located. To do. In this case, since only the clothing storage area where the clothing in the coordination plan selected by the user is located is displayed, it becomes simple and clear.

The control device analyzes the user's clothing preference based on the coordination plan selected by the user from the plurality of coordination plans. In addition, the coordination plan proposed thereafter is optimized based on the user's clothing preference.

By analyzing the user's clothing preferences based on the user's selection and optimizing the coordination plan proposed after that, it becomes even smarter. This makes subsequent proposals closer to the needs of the user, making it even easier to use.

Further, the control device analyzes the user's clothing preference based on the selection probability of the coordination plan by the user, and preferentially proposes the coordination plan having a high selection probability by the user.

By analyzing the user's clothing preference based on the selection probability of the coordination plan by the user, the user's clothing preference can be acquired more accurately.

Further, the control device sorts the plurality of coordination plans in descending order based on the user's selection probability and proposes them to the user.

By preferentially displaying clothing with a high probability of selection by the user, it becomes easier for the user to select clothing.

The smart wardrobe further includes a communication module, and the control device uses the communication module to acquire new clothing information. In addition, the control device advises the user on selection and purchase by proposing new clothing that matches the user's clothing preference based on the user's clothing preference.

Since the control device proposes a new clothing to the user by using the communication module based on the clothing preference of the user, the time for the user to select the clothing is saved. Therefore, it will be smarter and the user experience will be better.

Furthermore, if there is no coordination plan that satisfies the clothing conditions in the clothing storage device, the control device uses the new clothing information acquired by the communication module to propose new clothing that suits the user's clothing preference. Advise users on selection and purchase.

As shown in FIG. 5, the smart wardrobe control method includes the following steps.

S1: When the identification device identifies the identification tag provided on the clothing, the control device acquires the corresponding clothing information, proposes the corresponding clothing storage area based on the type of clothing, and proposes to store the clothing here. ..

S2: When the control device acquires the clothing condition of the user, the identification device identifies the clothing identification tag in the clothing storage device, and the control device acquires the corresponding clothing information.

S3: The corresponding clothing storage area is acquired based on the type of clothing, and the clothing information satisfying the clothing conditions is acquired by data analysis processing of the clothing information based on the clothing conditions.

S4: The coordination plan is proposed based on the coordination rule, and the clothing storage area where the clothing in the coordination plan is located is displayed.

In this embodiment, Example 7 is further limited. The method of acquiring clothing information by the control device includes the following. That is, the identification device identifies the clothing identification tag in the clothing storage device and reads the only tag information of the identification tag. The control device analyzes the clothing information based on the first rule. The first rule includes a correspondence between unique tag information and clothing information.

In the above plan, the control device acquires clothing information based on the only tag information of the identification tag. As a result, the clothing information corresponding to various different identification tags can be acquired, so that the problem that the clothing information cannot be acquired from the identification tag in which the clothing information is not stored can be avoided. Further, the clothing information corresponding to the unique tag information is analyzed based on the first rule, and the clothing storage area where the corresponding clothing is located is proposed based on the clothing information. At this time, a clothing storage area in the clothing storage device is obtained. In addition, after the user obtains the clothing proposal, the clothing storage area where the clothing in the clothing proposal is located is displayed. This facilitates retrieval by the user and saves the user time.

The only tag information includes the only code in the world, and the first rule includes the correspondence between the only code in the world and clothing information. The identification device acquires the only tag information in the world of clothing in the wardrobe. Further, the control device acquires clothing information based on the only tag in the world, and proposes clothing satisfying the clothing conditions by data analysis processing of the clothing information based on the clothing conditions.

In the above plan, since the only tag information contains the only code in the world, it is possible to effectively prevent the acquisition of incorrect clothing information by identification.

Preferably, the identification tag is a graphic code containing only the tag information, and the identification device acquires the corresponding unique tag information by scanning the graphic code.

In the above plan, preferably, the identification tag is a small tag sewn on clothing, and the graphic code is printed on the tag. The identification device scans the graphic code to obtain the corresponding unique tag information.

More preferably, the graphic code is a QR code or a barcode.

Further, the identification tag is an electronic tag, and the only tag information is stored inside. By reading the electronic tag, the identification device acquires the only tag information stored inside.

Preferably, the identification device includes an RFID reader. The only tag information is the TID number of the electronic tag, and the first rule includes the correspondence between the TID number and the clothing information. The control device controls the RFID reader to read the TID number of the electronic tag and acquire the corresponding clothing information based on the first rule.

Preferably, the smart wardrobe further includes a terminal. The identification device is provided in the clothing storage device or terminal, and the control device is provided in the clothing storage device or terminal. The clothes storage device and the terminal are communicated and connected via a cloud server. Further, the first rule is stored in the clothing storage device / terminal / cloud server.

The terminal is wirelessly connected to the clothing storage device. The terminal is used to remotely control the clothing storage device. When the first rule is stored in the terminal, the identification device identifies the only tag information and then sends it to the terminal. When the terminal receives the unique tag information, it analyzes it based on the first rule and transmits the analysis result to the clothing storage device. In addition, the control device proposes clothing that satisfies the clothing conditions by performing data analysis processing of clothing information of the clothing in the clothing storage device based on the clothing conditions.

Preferably, the first rule is stored in the cloud server. After the only tag information is identified, the control device is connected to the cloud server and transmits the identified unique tag information to the cloud server to analyze the clothing information and analyze the analyzed clothing information to the cloud server. Get from.

In the above plan, the security of data is guaranteed by storing the first rule in the cloud server, so that it is suitable for use in the IoT smart wardrobe. Moreover, it is convenient for smart acquisition of clothing information by a terminal and a smart wardrobe.

Further, the identification tag includes a storage area of the clothing information code. The identification device preferentially reads the data stored in the storage area and analyzes the clothing information using the second rule. Then, if the analysis is successful, the clothing information of the clothing is acquired, but if the analysis is unsuccessful, the only tag information of the identification tag is acquired and the clothing information is analyzed based on the first rule. ..

The second rule means to analyze the clothing information included in the clothing information code based on a predetermined analysis rule.

In the above plan, when the clothing information code is stored in the identification tag, the clothing information is preferentially acquired by analyzing using the second rule based on the clothing information code. If the control device fails to analyze the clothing information according to the second rule, the control device further analyzes the clothing information using the first rule. This makes it possible to acquire clothing information by identifying both the identification tag in which the clothing information code is stored and the identification tag in which the clothing information code is not stored.

Preferably, the garment information code in the identification tag is written in a predetermined format, and the second rule includes a predetermined analysis rule. The control device analyzes the clothing information code into identifiable clothing information based on the predetermined analysis rule.

When analyzing the clothing information based on the second rule, the control device determines whether or not the clothing information in the identification tag is written in a predetermined format. Then, in the case of a predetermined format, it is read as it is and the clothing information is analyzed. On the other hand, if it is not in a predetermined format, the control device analyzes the clothing information using the first rule based on the unique tag information of the identification tag.

When the control device fails to analyze the clothing information based on the first rule, the control device edits the corresponding clothing information for the user with respect to the unique tag information, and also edits the unique tag information and the clothing information edited by the user. Is associated and presented to be added to the first rule. As a result, the next time the analysis is performed, the clothing information edited by the user is acquired based on the first rule.

Preferably, the terminal includes an information editing device used by the user to edit the corresponding clothing information or input the information. The user may freely edit the clothing information, or the terminal may control the user to edit the clothing information according to a predetermined format.

As shown in FIG. 6, the smart wardrobe control method includes the following steps.

S1: The identification device reads the clothing information code stored in the identification tag, and the control device analyzes the clothing information code using the second rule.

S2: The control device determines whether or not the analysis is successful, and if it succeeds, it acquires the analyzed clothing information as it is and proceeds to step S6, but if it is not successful, it proceeds to step S3.

S3: The control device controls the identification device to read the unique tag information of the identification tag and analyze the corresponding clothing information based on the first rule.

S4: The control device determines whether or not the analysis was successful, and if it succeeds, it acquires the analyzed clothing information as it is and proceeds to step S6. Present to edit the corresponding clothing information for the tag information of.

S5: The control device controls to add the correspondence between the only tag information and the clothing information edited by the user to the first rule.

S6: The control device acquires clothing conditions and data-analyzes the clothing information of the clothing in the wardrobe based on the clothing conditions to propose clothing that satisfies the clothing conditions and a clothing storage area in which the clothing is located. Is displayed.

Further, if the control device fails to analyze the clothing information based on the first rule and the second rule, the control device edits the corresponding clothing information for the clothing to the user and gives the clothing number to each clothing. Are presented to be associated one by one. The control device forms an unidentifiable clothing database by storing the clothing number and the clothing information in association with each other. As a result, in the next analysis, the control device acquires the information input / selected by the user and calls the clothing information of the clothing from the unidentifiable clothing database.

When the clothing information cannot be analyzed by either the first rule or the second rule, the user edits the clothing information, acquires the clothing number, and stores the clothing information and the clothing number in association with each other to prevent identification. Form a possible clothing database. The control device acquires clothing information of the clothing based on the information selected / input by the user. As a result, even if there is clothing that cannot be individually identified, the clothing information of the clothing can be called from the unidentifiable clothing database to be involved in the smart proposal of the coordination plan.

Preferably, the information input / selected by the user acquired by the information editing device includes the clothing number corresponding to the clothing description information / clothing information / clothing information. The control device calls the clothing information of the corresponding clothing from the unidentifiable clothing database based on the clothing description information / clothing information / clothing number.

Plan 1: When the identification device identifies the clothing again, the information editing device acquires the clothing information input by the user. Further, the control device calls the clothing information of the corresponding clothing from the unidentifiable clothing database based on the clothing information input by the user.

For example, it is assumed that the clothing information of clothing A is 100% cotton, white, shirt, and Heilan Home (HLA). When the identification device identifies the garment A again, the identification device presents the user to input information into the information editing device. When the user inputs the shirt and HLA into the information editing device, the control device calls the clothing information (white, shirt, HLA) of the clothing A from the unidentifiable clothing database.

Option 2: When the identification device identifies the clothing again, the information editing device acquires the clothing description information input by the user. Further, the control device calls the clothing information of the corresponding clothing from the unidentifiable clothing database based on the clothing description information input by the user.

Specifically, when the identification device identifies the clothing again, the information editing device acquires the clothing description information input by the user. The control device acquires at least one clothing information by extracting a keyword from the clothing description information, and calls the clothing information of the corresponding clothing from the unidentifiable clothing database based on the input clothing information.

In the above plan, the user does not need to input the clothing information accurately, and the control device can extract the keyword based on the clothing description information and acquire the clothing information simply by inputting the clothing description information. is there. The method is smarter and easier to use.

For example, when the user inputs "white HLA clothing", the control device calls the clothing information corresponding to clothing A from the unidentifiable clothing database by extracting "white" and "HLA" as keywords. Can be done.

Plan 3: The information editing device is set with options for clothing information in a predetermined format. When the identification device identifies the garment again, the information editing device acquires the garment information selected by the user. Further, the control device calls the clothing information of the clothing corresponding to the clothing information selected by the user from the unidentifiable clothing database based on the clothing information selected by the user.

Since the user can select the clothing information based on the clothing information options in a predetermined format set in the information editing device, the time and labor are further saved.

Plan 4: When the identification device identifies the garment again, the information editing device acquires the garment number input / selected by the user. Further, the control device calls the clothing information of the clothing corresponding to the clothing number from the unidentifiable clothing database based on the clothing number input / selected by the user.

The method of inputting the clothing number to acquire the clothing information of the clothing is more direct and speedy. However, it is a little troublesome for the user because he / she has to remember the clothing number of the unidentifiable clothing. In order to solve this problem, the user may not have to remember the clothing number by marking the clothing number on the clothing.

The clothing number can be obtained by the following method.

First method: When the identification device identifies the identification tag provided on the garment and no information is obtained, the information editing device receives the garment information and the garment number edited by the user. Further, the control device stores the clothing information and the input clothing number in the unidentifiable clothing database in association with each other.

Second method: The information editing device receives the clothing information edited by the user and generates the clothing number of the clothing. Further, the control device stores the clothing information and the generated clothing number in the unidentifiable clothing database in association with each other.

Option 5: If the discriminating device re-identifies the garment, the control device recalls all the data in the unidentifiable garment database. In addition, the information editing device acquires clothing information of the clothing selected by the user from all the data.

When the controller calls all the data in the unidentifiable clothing database, the user selects clothing information to call from the unidentifiable clothing database. However, if there are too many unidentifiable clothing, such a method is a little cumbersome.

Further, if the identification device cannot obtain the unique tag information and clothing information of the identification tag even if the identification tag is provided on the clothing, it is determined that the identification device cannot acquire any information from the identification tag. ..

Specifically, when the identification device identifies the clothing identification tag, the control device first determines whether or not the identification device can acquire the clothing information on the identification tag. Then, if it cannot be acquired, the identification device determines whether or not the only tag information on the identification tag can be acquired, and if it cannot be acquired, the identification device cannot acquire any information from the identification tag. Is determined.

In this embodiment, based on Examples 7 and 8, the editing control of clothing information in the smart wardrobe control method will be disclosed in more detail. The smart wardrobe further includes a clothing information editing device. The identification device reads the only tag information of the identification tag, and the clothing information editing device (preferably a terminal portable to the user such as a smartphone) is an operation for editing the clothing information by the user with respect to the only tag information. To receive. Further, by processing the clothing information edited by the user, a clothing information code in a predetermined format is generated, and the only tag information is associated with the corresponding clothing information code in the predetermined format. Control to add to the rules of.

Preferably, the clothing information input by the user is clothing information that is freely edited, and the control device acquires the clothing information of the clothing by extracting keywords from the clothing information edited by the user, and the clothing of the clothing. Convert the information into a clothing information code in a given format.

Preferably, in the process in which the control device generates the clothing information code of a predetermined format, each clothing information is acquired by extracting a keyword from the clothing information edited by the user, and each clothing information is predetermined according to a predetermined rule. Convert to code. Moreover, by combining each predetermined code in series, the clothing information code of the predetermined format is formed.

Preferably, the control device extracts clothing material information, clothing color information, clothing type information, clothing standard information, and clothing manufacturer information from the clothing information edited by the user, and each clothing according to a predetermined rule. The information is converted into a predetermined material information code, color information code, type information code, standard information code, and manufacturer information code, respectively. In addition, the clothing information code of the predetermined format is formed by combining the information codes in series in a predetermined order and format, and is added to the first rule.

Preferably, if the identification tag is identified and the clothing information is edited and stored and then again identified by the identification device, the control device is based on the only tag information identified by the identification device, according to the first rule. The corresponding clothing information code is acquired, and the identifiable clothing information is analyzed using a predetermined analysis rule (second rule). That is, in this embodiment, the clothing information code stored in the identification tag and the clothing information code of a predetermined format generated by processing the clothing information edited by the user by the control device or the clothing information editing device. Is stored in the same rules and formats. As a result, when analyzing the clothing information, the clothing information is analyzed according to the same analysis rule (that is, the second rule).

Preferably, when the control device analyzes identifiable clothing information using a predetermined analysis rule (second rule), it has a predetermined format based on the length format in the predetermined analysis rule. The clothing information code is divided into a plurality of subcodes, and each subcode is analyzed into the corresponding clothing information.

Preferably, the identification tag includes a storage area for storing clothing information, and the storage area stores a clothing information code of a predetermined format. The control device controls the identification device to read the clothing information code of a predetermined format directly from the storage area. Alternatively, the control device controls the identification device to read the unique tag information of the identification tag and indirectly acquire the corresponding predetermined form of clothing information code according to the first rule. After that, the control device analyzes the identifiable clothing information based on a predetermined analysis rule (second rule).

Preferably, the control device controls the discriminating device to preferentially read the storage area and use a second rule to analyze the data stored in the storage area. Then, if the analysis is successful, the control is terminated, but if it is not successful, the identification device further reads the only tag information and acquires a clothing information code in a predetermined format according to the first rule. At the same time, the second rule is used to control the analysis of the clothing information code of the predetermined format.

Preferably, when the control device cannot acquire the clothing information code of a predetermined format according to the first rule, the control device edits the clothing information for the only tag information for the user and the clothing information edited by the user. Is to be processed to obtain a clothing information code in a predetermined format and presented to be stored in the first rule.

In this embodiment, the garment storage area and the garment storage process of Example 7 are further limited. The clothes storage device of this embodiment is provided with a plurality of clothes storage areas. In addition, these garment storage areas have different functions and / or installation methods. The garment storage areas of different functions and / or installation methods are more advantageous for storing any kind of garment, and the garment can be kept in good condition even if the storage period is extended. After acquiring the clothing information, the smart wardrobe of this embodiment can be scientifically proposed to be stored in an appropriate clothing storage area according to the difference in the attributes of the clothing. Therefore, it becomes easy for the user to quickly store the clothes, and it is also advantageous for the maintenance of the clothes. This improves the user experience.

The identification device and the control device may be provided independently, or one or both of them may be integrated in the clothing storage device or may be integrated in the mobile terminal for easy management.

Further, the garment storage area in the garment storage device includes a main storage area. The control device extracts the main clothing information based on the acquired clothing information, and proposes a main storage area corresponding to the main clothing information.

The garment storage area is subdivided and includes the main storage area. A plurality of different containment environments are formed in the main containment area, and different devices are provided to be more suitable for accommodating clothing having different attributes. In the process of storing clothes, the influence of each attribute of clothes varies greatly. For example, clothing manufacturer information and brand information do not have a large effect on the desired storage environment, but the material, design, or type of clothing is very important for the selection of the storage environment. Therefore, after acquiring all clothing information of clothing, the control device preferentially proposes the corresponding main storage area based on the main attribute information of clothing in accordance with a predetermined rule, thereby providing a basis for clothing maintenance and long-term storage. I will provide a.

Preferably, the main containment area is partitioned based on the function of the area. Preferably, the main garment storage area includes a ventilation storage area, a dry storage area, a sterilization storage area, an iron storage area, an insect repellent storage area, and further other storage areas such as an aromatic storage area and a temperature controlled storage area. May include.

In order to realize the function of each main accommodation area, different devices are mainly installed depending on the difference in the main accommodation area. For example, the ventilation / ventilation device is in the ventilation storage area, the drying / heat drying device, humidity detection device, etc. are in the drying storage area, the disinfection sterilization device, flora detection device, etc. are in the sterilization storage area, and the iron storage area is An ironing device or the like is provided in the insect-proof storage area, an insect-proof agent, an insect-proof device or the like, an fragrance storage area is provided with an fragrance agent or the like, and a temperature control storage area is provided with a temperature detection device or the like.

Only one function of each main accommodation area may be set, or a plurality of measures may be combined and set. When there are multiple functions in the main accommodation area, the intensities of the multiple functions may be set to be equal, or one function may be the main function and supplemented by other functions to have the main function. The purpose of realizing a plurality of other functions may be achieved. For example, when a ventilation device and an insect repellent device are provided in the main accommodation area, the accommodation area has a ventilation function and an insect repellent function. In addition, the ventilation function may be the main, and the insect repellent function may be supplemented. The control device extracts the main clothing information based on the acquired attribute information of the clothing, and proposes the main accommodation area corresponding to the main clothing information according to a predetermined rule and priority.

Alternatively, in other alternatives, the main containment area is partitioned based on the type of clothing. Preferably, the main storage area includes an outer storage area, an underwear storage area, a suit storage area, a skirt storage area, a pants storage area, and an outerwear storage area.

After the tag on the garment is identified, the controller proposes to obtain garment information of the same type or design and contain it in the same containment area. As a result, the user can acquire the corresponding accommodation area simply by scanning the identification tag without having to take the trouble of classifying by himself / herself. Therefore, the user can easily find the corresponding main containment area when accommodating or removing the garment. Also, in a further plan, each main containment area further includes a sub-accommodation area. The control device acquires the main attribute information based on the acquired clothing information, proposes the main accommodation area, and then proposes the sub accommodation area corresponding to the attribute information based on the sub clothing information.

The main attribute information of clothing determines important factors that affect the containment environment. Based on this, the sub-attribute information of clothing also affects the accommodation state of clothing. For example, the ventilation of the storage environment of clothes is good and mold does not occur, but when the clothes are folded and stored, the folds greatly affect the appearance and wearability of the clothes depending on the clothes. Alternatively, the occurrence of color transfer with other clothing also affects the containment of the clothing. In order to solve this problem, the control device of the present plan acquires the main attribute information based on the acquired clothing information, proposes the main accommodation area, and then responds to the attribute information based on the sub clothing information. Propose a sub-accommodation area. This makes it possible to further obtain a more suitable and optimal storage environment for the garment, thereby not only guaranteeing that the garment is not damaged, but also maximizing the appearance of the garment.

Specifically, the sub-accommodation area has a function of a corresponding main accommodating area, and is further subdivided based on the attribute information of clothing.

Preferably, the sub-accommodation area is a suspension area for hanging and accommodating clothing, a folding area for folding and accommodating clothing, a light / dark area for avoiding color transfer of clothing, or other classification. Includes area by. This avoids the problem that creases and color transfer of clothing affect the appearance.

More preferably, the folding area further includes a single-layer folding area for folding and accommodating one piece of clothing, and a multi-layer folding area for folding and stacking a plurality of clothing items. As a result, the garment that dislikes pressure can be accommodated independently, thereby ensuring that the garment is not pressed or deformed.

In a further plan, the garment information includes garment material information, color information, type information, standard information, and manufacturer information. The accommodation area proposed by the controller based on the main garment information has a higher priority than the sub garment information.

Preferably, the main garment information includes material information and / or color information and / or type information, and more preferably material information. Further, the sub-clothing information includes material information and / or color information and / or type information, and more preferably includes type information.

If the clothes are not properly stored, mold, worm-eaten or corrosion become serious due to the difference in the material, and the problem of damaging the clothes is very likely to occur. In addition, the problem of color transfer is likely to occur depending on the shade of color of clothing. Moreover, the type (ie, design and material) also has a great influence on the susceptibility of creases to clothing. Therefore, the material information and / or the color information and / or the type information is divided into the main clothing information or the sub clothing information. In addition, the manufacturer further sets the storage area of the garment storage device based on the local environment in which the product is sold or produced or other influential factors, and proposes the main garment information or the sub garment information referred to by the storage area. .. As a result, the clothes can be stored in the optimum storage environment.

For convenience of explanation, two concrete measures are proposed in this embodiment.

Plan 1: When the identification device of the garment processing system identifies the identification tag provided on the garment, the control device acquires the attribute information of the garment and proposes the corresponding main accommodation area based on the material information of the garment. Then, next, the sub-accommodation area is proposed based on the color information or the type information.

The material of clothing is the most important factor affecting the service life and storage life of clothing. By proposing the main storage area according to the material of the garment, it is guaranteed that the garment will not be seriously damaged such as mold and corrosion. In addition, by proposing a sub-accommodation area based on color information or type information, it is possible to avoid the problem that color transfer, deformation, serious creases, etc. occur in clothing, which affects the wearability and appearance of clothing. ..

Preferably, as a more specific plan, the following may be performed. If it is determined that the material information of the garment is made of leather, it is accommodated in the ventilation storage area to avoid the situation where the leather garment is moldy or corroded in a closed and poorly ventilated environment. .. In addition, when it is determined that the material information is made of hair, it is stored in a dry storage area to prevent bacterial growth in clothing rich in protein. If it is determined that the material information is silk, it is stored in the insect repellent storage area to avoid worm-eaten. In addition, when it is determined that the material information is cotton linen, if the material is stored in the iron storage area, it becomes easier to flatten and maintain the clothes.

Preferably, when the color information of the garment is determined to be light color, it is stored in the light color region, and when the color information is determined to be dark color, it is stored in the dark color region. Avoid problems of color transfer, discoloration, and coloring due to the mixture of light-colored clothing. Alternatively, if it is determined that the clothing type information is required for suspension accommodation, it is accommodated in the suspension area, and if it is determined that the clothing type information is folding accommodation, it is accommodated in the folding area. For example, woolen coats need to be suspended, while fragile woolen knits are folded and accommodated.

Plan 2: When the identification device of the garment processing system identifies the identification tag provided on the garment, the control device acquires the attribute information of the garment and proposes the corresponding main accommodation area based on the type information of the garment. Then, next, the sub-accommodation area is proposed based on the color information or the material information.

Preferably, if the control device determines that the type or design of the garment is a coat or windbreaker, it is accommodated in the outer storage area, and if it is determined to be underwear, it is accommodated in the underwear storage area. If it is determined to be a suit, it is accommodated in the suit accommodating area, and if it is determined to be a dress, it is accommodated in the skirt accommodating area. If it is determined to be pants, it is accommodated in the pants accommodating area, and if it is determined to be a shirt or sweater, it is accommodated in the outerwear accommodating area.

Furthermore, if the color information of the clothing is determined to be light, it is stored in the light color region, and if the color information is determined to be dark, it is stored in the dark region. Avoid the problems of color transfer, discoloration, and coloring due to the mixture of clothing. Alternatively, for example, after the shirt or sweater has been housed in the outerwear storage area, the material is further determined. When it is determined that the garment is a sweater, it is accommodated in the folding area to avoid deformation. Further, when it is determined that the garment is a shirt, it is accommodated in the suspension area to prevent the shirt from being wrinkled and affecting the appearance.

The above is merely a preferred embodiment of the present invention and does not limit the present invention to any form. Although the present invention has been disclosed as described above by preferred embodiments, it is not intended to limit the present invention. To the extent that the technical plan of the present invention is not deviated, slight modifications or supplements made by those skilled in the art using the technical contents presented above are regarded as equivalently modified and equivalent examples, and all of them are the techniques of the present invention. It does not deviate from the contents of the plan. In addition, any simple modifications, equivalent modifications and supplements made to the above embodiments based on the technical essence of the present invention are within the scope of the plan of the present invention.

1 Smart wardrobe 2 Identification device 3 Containment space

Claims (30)

It ’s a smart wardrobe control method.
Each piece of clothing pre-loaded in the wardrobe is provided with a clothing identification tag, the smart wardrobe includes an identification device and a control device, which reads the only tag information of the identification tag and the control device. Is a method of analyzing clothing information based on the first rule, wherein the first rule includes a correspondence between the only tag information and the clothing information. The only tag information includes the only code in the world, the first rule includes the correspondence between the only code in the world and the clothing information, and the control device is a control device. The smart wardrobe control method according to claim 1, wherein clothing information corresponding to the only tag information in the world is acquired based on the correspondence relationship. The identification tag is a graphic code including the unique tag information, and the identification device acquires the corresponding unique tag information by scanning the graphic code.
Preferably, the smart wardrobe control method according to claim 1 or 2, wherein the graphic code is a QR code or a barcode. The identification tag is an electronic tag, and the only tag information is stored inside, and the identification device acquires the only tag information stored inside by reading the electronic tag.
Preferably, the identification device includes an RFID reader, the only tag information is the TID number of the electronic tag, and the first rule includes a correspondence between the TID number and the wardrobe information. The smart wardrobe according to claim 1, wherein the control device controls the RFID reader to read the TID number of the electronic tag and acquire the corresponding clothing information based on the first rule. Control method. The smart wardrobe further includes an information storage device that communicates and connects with the control device, and the information storage device stores the clothing information of the clothing corresponding to the unique tag information and / or the unique tag information. Being done
Preferably, the first rule is stored in the information storage device, and at the time of analysis, the control device is connected to the information storage device, and the only tag information identified by the identification device is the information. The smart wardrobe control method according to claim 4, wherein the information is transmitted to the storage device and clothing information corresponding to only one tag is acquired from the information storage device. The identification tag includes a storage area of the clothing information code in which the clothing information code is stored, and the smart wardrobe preferentially reads the data stored in the storage area, and the second rule. If the analysis is successful, the washing program is acquired based on the clothing information, but if the analysis is unsuccessful, the only tag information of the identification tag is acquired. The clothing information is analyzed based on the first rule, and the second rule is characterized in that the clothing information included in the clothing information code is analyzed based on a predetermined analysis rule. The smart wardrobe control method according to claim 1. The clothing information code in the identification tag is written in a predetermined format, the second rule includes a predetermined analysis rule, and the control device is based on the predetermined analysis rule. The smart wardrobe control method according to claim 6, wherein the information code is analyzed into identifiable clothing information. When analyzing the clothing information based on the second rule, the control device determines whether or not the clothing information in the identification tag is written in a predetermined format, and in the case of the predetermined format, It is read as it is and the clothing information is analyzed, but if it is not in a predetermined format, the control device analyzes the clothing information using the first rule based on the only tag information of the identification tag.
Preferably, when the control device fails to analyze the clothing information based on the first rule, the control device edits the corresponding clothing information with respect to the unique tag information for the user, and the unique tag information and the user. Presents the clothing information edited by the user to be added to the first rule in association with each other, and then when the clothing is identified, the clothing information edited by the user is acquired based on the first rule.
Preferably, the smart wardrobe includes a display device that communicates with the control device and displays clothing information on the display device.
Preferably, the clothing information is clothing attribute information that affects the washing parameters, and includes claim 6 or 7 including clothing color information and / or clothing material information and / or clothing type information. The described smart wardrobe control method. The identification device is installed in the smart wardrobe, identifies the identification tag of each garment before the garment is put into the smart wardrobe, and analyzes the garment information of the garment by the control device. The smart wardrobe control method according to any one of claims 1 to 8, wherein the smart wardrobe is controlled. The smart wardrobe includes a plurality of accommodation spaces, and the identification device is installed in each accommodation space, and the identification device wirelessly displays the identification tag of all clothing in the accommodation space in which the smart wardrobe is installed. The smart wardrobe control method according to any one of claims 4 to 8, wherein the control device simultaneously identifies the clothes by a scanning method and analyzes the clothes information of all the clothes in the accommodation space. A method of controlling a smart wardrobe that includes a clothing storage device, an identification device, and a control device.
The identification device identifies the garment identification tag in the garment storage device, reads the only tag information of the identification tag, and the control device is the garment information of the garment in the wardrobe based on the first rule. The first rule includes the correspondence between the only tag information and the clothing information.
The control device is characterized in that it acquires clothing conditions of a user and proposes clothing satisfying the clothing conditions by data analysis processing of clothing information of the clothing in the wardrobe based on the clothing conditions. .. The control device acquires clothing satisfying the clothing condition by analyzing clothing information of the clothing in the wardrobe based on the clothing condition, and proposes at least one coordination plan based on the coordination rule.
Preferably, the coordination rule includes a garment material coordination rule, a garment type coordination rule, a color coordination rule, a style coordination rule, and a trendy trend coordination rule, and the garment information includes appropriate attendance scenes and wearing. Claims that include suitable seasons, suitable weather, garment types, garment materials, and said garment conditions include attendance scenes, suitable seasons, suitable weather, and suitable temperatures. Item 11. The smart wardrobe control method according to item 11. After proposing at least one coordination plan based on the coordination rule, the control device acquires the coordination plan selected by the user, analyzes the user's clothing preference, and based on the user's clothing preference. , Optimize the coordination plan proposed after that,
Preferably, the control device determines the user's clothing preference based on the selection probability of the coordination plan by the user, and preferentially proposes the coordination plan having a high selection probability by the user.
More preferably, the control device according to claim 12, wherein when proposing the coordination plan, the plurality of coordination plans are sorted in descending order based on the selection probability of the user and proposed to the user. How to control the smart wardrobe. The smart wardrobe further includes a communication module, the control device uses the communication module to acquire new clothing information, and the control device suits the user's clothing preference based on the user's clothing preference. By proposing new clothing, we advise users on selection and purchase,
Preferably, when the coordination plan satisfying the clothing condition does not exist in the smart wardrobe, the control device utilizes the new clothing information acquired by the communication module to suit the user's clothing preference. The smart wardrobe control method according to claim 13, wherein the user is advised to make a selection and purchase by proposing. The unique tag information includes a unique code in the world, and the first rule includes a correspondence between the unique code in the world and clothing information. By acquiring the world's only tag information of clothing in the wardrobe, the control device acquires clothing information based on the world's only tag, and data-analyzes the clothing information based on the clothing condition. , Propose clothing that meets the above clothing conditions,
Preferably, the identification tag is a graphic code containing the unique tag information, and the identification device obtains the corresponding unique tag information by scanning the graphic code.
More preferably, the smart wardrobe control method according to any one of claims 11 to 14, wherein the graphic code is a QR code or a barcode. The identification tag is an electronic tag, and the only tag information is stored inside, and the identification device acquires the only tag information stored inside by reading the electronic tag.
Preferably, the identification device includes an RFID reader, the only tag information is the TID number of the electronic tag, and the first rule includes a correspondence between the TID number and the wardrobe information. Any one of claims 11 to 15, wherein the control device controls the RFID reader to read the TID number of the electronic tag and acquire the corresponding clothing information based on the first rule. The smart wardrobe control method described in the section. The identification tag includes a storage area of the clothing information code, and the identification device preferentially reads the data stored in the storage area, analyzes the clothing information using the second rule, and analyzes the clothing information. If the analysis is successful, the clothing information of the clothing is acquired, but if the analysis is unsuccessful, the only tag information of the identification tag is acquired and the clothing information is analyzed based on the first rule. And
The second rule means to analyze the clothing information included in the clothing information code based on a predetermined analysis rule.
Preferably, the clothing information code in the identification tag is written in a predetermined format, the second rule includes a predetermined analysis rule, and the control device is based on the predetermined analysis rule. , The clothing information code is analyzed into identifiable clothing information,
More preferably, when analyzing the garment information based on the second rule, the control device determines whether or not the garment information in the identification tag is written in a predetermined format, and has a predetermined format. In the case, it is read as it is and the clothing information is analyzed, but if it is not in a predetermined format, the control device analyzes the clothing information using the first rule based on the only tag information of the identification tag. The smart wardrobe control method according to any one of claims 11 to 16. When the control device fails to analyze the clothing information based on the first rule, the control device edits the corresponding clothing information for the user with respect to the unique tag information, and edits the clothing information with the unique tag information. The eleventh claim is characterized in that the clothing information is presented to be associated with the first rule and added to the first rule, and when the next analysis is performed, the clothing information edited by the user is acquired based on the first rule. The smart wardrobe control method according to any one of 17 to 17. When the control device fails in both the analysis of the clothing information based on the first rule and the second rule, the control device edits the corresponding clothing information for the clothing to the user and clothing for each clothing. The control device presents the numbers to be associated one by one, and the control device forms an indistinguishable clothing database by associating and storing the clothing number and the clothing information. Acquires the information entered / selected by, and calls the clothing information of the clothing from the unidentifiable clothing database.
Preferably, the garment number is a user-edited number
Alternatively, the smart according to any one of claims 11 to 18, wherein the wardrobe number is a number automatically generated after the control device acquires the wardrobe information edited by the user. How to control the wardrobe. A control method for a smart wardrobe, wherein the smart wardrobe includes a clothing storage device, an identification device, and a control device, and the clothing storage device is provided with a plurality of clothing storage areas.
When the control device acquires the clothing condition of the user, the identification device identifies the clothing identification tag in the clothing storage device, and when the control device acquires the corresponding clothing information, the corresponding clothing information is used as the corresponding clothing information. By acquiring a clothing storage area and performing data analysis processing of clothing information based on the clothing conditions, it is possible to propose clothing that satisfies the clothing conditions and to acquire the clothing storage area of the corresponding clothing. How to. When the identification device identifies the identification tag provided on the clothing, the control device acquires the corresponding clothing information, proposes the corresponding clothing storage area based on the clothing information, and proposes to store the clothing storage area here. And
When the control device acquires the clothing condition of the user, the identification device identifies the identification tag of the clothing in the clothing storage device, and when the control device acquires the corresponding clothing information, the identification device responds based on the clothing information. By acquiring the clothing storage area to be used and data-analyzing the clothing information based on the clothing conditions, the clothing satisfying the clothing conditions is proposed, and the clothing accommodation in which the clothing in the clothing proposal is located is located. Display the area and
Preferably, the garment information includes the type of garment, the material of the garment, the appropriate attendance scene, the appropriate wearing season, and the appropriate wearing weather, and the garment conditions include the attendance scene, the appropriate season, and the appropriate weather. The smart wardrobe control method according to claim 20, wherein an appropriate temperature is included. The garment accommodating area is partitioned based on the type of garment, the control device proposes the corresponding garment accommodating area based on the type of garment, and proposes to accommodate the garment accommodating area. After acquiring the clothing condition, the clothing storage area where the corresponding clothing is located is acquired based on the type of clothing, or
Alternatively, the garment accommodating area is partitioned based on function, the control device proposes the corresponding garment accommodating area based on the material of the garment, and proposes to accommodate the garment accommodating area, and the control device is used by the user. After acquiring the clothing conditions, the clothing storage area where the corresponding clothing is located is acquired based on the material of the clothing.
Preferably, the garment storage area partitioned on the basis of function includes a ventilation storage area, a dry storage area, a sterilization storage area, an iron storage area, and an insect repellent storage area.
21. The garment accommodating area partitioned based on the type of garment includes an outer accommodating area, an underwear accommodating area, a suit accommodating area, a skirt accommodating area, a pants accommodating area, and an outerwear accommodating area. How to control the smart wardrobe described in. The control device acquires clothing satisfying the clothing condition by collating the clothing information of the clothing in the clothing storage device based on the clothing condition, and proposes at least one coordination plan based on the coordination rule. And, the clothing storage area where the clothing in the coordination plan is located is displayed.
Preferably, the control device proposes at least one of the coordination plans based on the coordination rule, acquires the coordination plan selected by the user, and locates the clothing in the coordination plan selected by the user. Display the clothing storage area
More preferably, the coordination rule includes a clothing material coordination rule, a clothing type coordination rule, a clothing material coordination rule, a clothing type coordination rule, a color coordination rule, a style coordination rule, and a trendy trend coordination rule. The method for controlling a smart wardrobe according to claim 20 or 21. The control device analyzes the user's clothing preference based on the coordination plan selected by the user from a plurality of coordination plans, and optimizes the coordination plan subsequently proposed based on the user's clothing preference. ,
Preferably, the control device analyzes the user's clothing preference based on the selection probability of the coordination plan by the user, and preferentially proposes the coordination plan having a high selection probability by the user.
More preferably, the smart wardrobe control method according to claim 22 or 23, wherein the control device sorts the plurality of coordination plans in descending order based on the user's selection probability and proposes the coordination plan to the user. The smart wardrobe further includes a communication module, the control device uses the communication module to acquire new clothing information, and the control device suits the user's clothing preference based on the user's clothing preference. By proposing new clothing, we advise users on selection and purchase,
Preferably, when there is no coordination plan satisfying the wardrobe condition in the wardrobe storage device, the control device uses the new garment information acquired by the communication module to select a new garment that suits the user's wardrobe preference. The smart wardrobe control method according to any one of claims 20 to 24, which comprises advising the user on selection and purchase by proposing. As a method for the control device to acquire clothing information,
The identification device identifies the identification tag of the garment in the garment storage device, reads the only tag information of the identification tag, and the control device analyzes the garment information based on the first rule. The first rule includes the correspondence between the only tag information and clothing information.
Preferably, the only tag information includes the only code in the world, and the first rule includes the correspondence between the only code in the world and the clothing information, and the identification. The device acquires the only tag information in the world of clothing in the clothing storage device, and the control device analyzes the clothing information based on the first rule.
Preferably, the identification tag is a graphic code containing the unique tag information, and the identification device obtains the corresponding unique tag information by scanning the graphic code.
Preferably, the smart wardrobe control method according to any one of claims 20 to 25, wherein the graphic code is a QR code or a barcode. The identification tag is an electronic tag, and the only tag information is stored inside, and the identification device acquires the only tag information stored inside by reading the electronic tag.
Preferably, the identification device includes an RFID reader, the only tag information is the TID number of the electronic tag, and the first rule includes a correspondence between the TID number and the wardrobe information. The invention according to any one of claims 20 to 26, wherein the RFID reader reads the TID number of the electronic tag, and the control device acquires the corresponding clothing information based on the first rule. How to control your smart wardrobe. The identification tag includes a storage area of the clothing information code, and the identification device preferentially reads the data stored in the storage area, analyzes the clothing information using the second rule, and analyzes the clothing information. If it succeeds, the clothing information of the clothing is acquired, but if the analysis fails, the only tag information of the identification tag is acquired and the clothing information is analyzed based on the first rule. ,
The second rule means to analyze the clothing information included in the clothing information code based on a predetermined analysis rule.
Preferably, the clothing information code in the identification tag is written in a predetermined format, the second rule includes a predetermined analysis rule, and the control device is based on the predetermined analysis rule. , The clothing information code is analyzed into identifiable clothing information,
More preferably, when analyzing the garment information based on the second rule, the control device determines whether or not the garment information in the identification tag is written in a predetermined format, and has a predetermined format. In the case, it is read as it is and the clothing information is analyzed, but if it is not in a predetermined format, the control device analyzes the clothing information using the first rule based on the only tag information of the identification tag. The smart wardrobe control method according to any one of claims 24 to 27. When the control device fails to analyze the clothing information based on the first rule, the control device edits the corresponding clothing information for the user with respect to the unique tag information, and edits the clothing information with the unique tag information. 20. Claim 20 characterized in that the clothing information is presented to be associated with the first rule and added to the first rule, and when the next analysis is performed, the clothing information edited by the user is acquired based on the first rule. The method for controlling a smart wardrobe according to any one of items to 28. A smart wardrobe using the control method according to any one of claims 1 to 29.

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