KR102263599B1 - A method for providing customized shoes based on the user experience feedback - Google Patents

Abstract

The present invention relates to a shoe providing method for providing customized shoes based on a user experience, and more particularly, to a server based on at least one of a user's shoe purchase information, first information, second information, and user interest information. Alternatively, it is a shoe providing method of transmitting recommended shoe option information to two applications, and providing customized shoes by manufacturing a user-customized shoe based on the shoe information selected by the user and the user information.

Description

{A METHOD FOR PROVIDING CUSTOMIZED SHOES BASED ON THE USER EXPERIENCE FEEDBACK}

The present invention relates to a shoe providing method for providing customized shoes based on user experience.

In general, shoes are worn when a person engages in outdoor activities, and various aspects such as performance of shoes vary depending on the physical characteristics and various performances of the person wearing the shoes. And most people wear and use shoes that are standardized in factories as ready-made products, not shoes tailored to the feet of the users who use them. However, there is a problem in that it is difficult to find a shoe suitable for the user's foot because the shape of the foot is different for each person, the walking method, the walking method, and the worn part of the shoe sole are all different.

Therefore, people make custom-made shoes suitable for their feet, but there is a hassle of having to visit a store to measure the size and shape of the foot, and even if the actual measurement is performed, even the user's walking information is reflected to the user. It is not possible to provide optimized customized shoes.

Conventionally, as prior art documents related thereto, technologies such as Republic of Korea Patent Publication No. 2001-0014702 ("Customized Shoe Custom Made Sales System and Custom Shoe Custom Made Sales Method", Feb. 26, 2001, hereinafter referred to as 'prior literature') include A technology for receiving, manufacturing, and selling custom shoes is disclosed.

According to the prior literature, there is disclosed a technology of custom-made and sold shoes tailored to each user, but it is possible to manufacture customized shoes limited only to the shape of each user's feet, and the shoes according to the condition of the individual feet and the walking method are disclosed. There is a problem that it cannot be custom-made in consideration of functionality and design, and there is a problem that it takes a lot of time and an economical cost is a burden in order to produce a customized shoe.

Unexamined Patent Publication No. 2001-0014702 (“Customized Shoe Custom-made Sales System and Custom Shoe Custom-made Sales Method”, Feb. 26, 2001)

The present invention has been devised to solve the above problems, and an object of the present invention is to automatically obtain information about user experience, and based on the information, provide a method of guiding optimized shoes and necessary information to the user based on the information. is in providing.

In a shoe providing method according to an embodiment of the present invention, a shoe providing method for providing customized shoes based on a user experience, the server comprising: a) receiving the user's identification information from a first application; b) identifying the user based on the received user identification information; c) generating first information including shoe information in use based on the shoe purchase information stored in the server for the identified user; d) generating second information including shoe use experience information that is information about shoe use experience stored in the server for the identified user; e) generating recommended shoe option information by analyzing the user's shoe use state based on the first information and the second information; and f) providing the recommended shoe option information to the user; It is characterized in that it includes.

In addition, the server is f) After the step, g) receiving the user's order information from the first application; h) paying for shoes based on the user order information; i) generating shoe manufacturing information for manufacturing customized shoes based on at least one of the user order information, the first information, the second information, and user interest information stored in the server; j) transmitting the shoe manufacturing information to the shoe manufacturing device; and k) requesting to send the shoes manufactured by the shoe manufacturing device to an address based on the user order information; It is characterized in that it includes.

In addition, the shoe is characterized in that it includes a sensor module including at least one or more sensors.

In addition, the server, l) receiving the user's shoe use experience information measured in a first predetermined period by the sensor module from the user's second application in a predetermined second period, encrypting and storing; m) generating shoe state estimation information estimating the state of the shoe currently being used based on the user's purchase information and the shoe use experience information; and n) in a third predetermined period, generating a user message based on at least one of the shoe use experience information and the shoe state estimation information, and transmitting it to the first application by transmitting the message to the user; It further includes, wherein the first to third periods are variable, the second period is equal to or longer than the first period, and the third period is equal to or longer than the second period.

In addition, the server receives, o) information based on at least one of the first or second application usage history of the user and other application usage information installed in the terminal in which the first or second application is installed from the first or second application, and , further comprising the step of generating and updating user interest information based on the received information, and in step c), recommended shoe option information for the first information based on the information further including the user interest information It is characterized by creating

In addition, the shoe use experience information, identification information of the shoe, pressure, temperature, humidity, number of steps provided by the sensor module, walking form, heart rate, activity amount, location of at least any one of measurement information and the sensor module It characterized in that it includes at least one of the status information of the power supply for supplying power.

In addition, in step m), the server m-1) determining whether the sensor module is faulty based on at least one of the measurement information included in the shoe use experience information and the state information of the power supply unit ; m-2) When it is determined that the sensor module is normal, the shoe condition estimation information is calculated as a plurality of condition levels from a good level to a replacement required level based on the amount of change in the measurement information over time and the use history of the shoes to do; and m-3) when it is determined that the sensor module is defective, calculating the shoe condition estimation information as a level closer to the replacement required level than the good level.

In addition, the user message includes information on the replacement cycle of the shoe, information on whether the sensor module is faulty, information on whether the sensor module needs maintenance of the power supply, user's walking habit, user's health information, activity amount, heart rate, similar shoes It is characterized in that it includes at least one or more of the sale information.

In addition, the recommended shoe option information, the type of shoes, material, breathability, elasticity, shape, characterized in that it includes at least one of the type and number of sensors included in the sensor module.

In addition, the shoe manufacturing information is characterized in that it includes at least one of information on the type, color, material, shape, dimension, thickness, hardness, and manufacturing method of the sub-parts constituting the shoe.

Also, the shoe manufacturing information may further include at least one of a type of an upper and a thickness of a sole.

In addition, in step c), the server, when the shoe purchase information is not stored in the server, transmits a preference questionnaire to the first application, and receives the result of the preference questionnaire from the first application, , It is characterized in that the recommended shoe option information for the first information is generated based on the result of the preference questionnaire.

In addition, the preference questionnaire is characterized in that it includes at least one of the color, design, category, material, and elasticity of the shoe.

In addition, the sensor module is characterized in that it operates when the shoes are worn.

In addition, between the steps j) and k), the shoe manufacturing apparatus may include: p-1) a weaving step of weaving the upper to the user based on the shoe manufacturing information using a 3D weaving machine; p-2) a setting fixing step of setting and fixing the woven upper at a predetermined first temperature; and p-3) attaching and fixing a sole selected based on the shoe manufacturing information to the upper at a second predetermined temperature, wherein the predetermined first temperature is the predetermined second temperature. characterized by higher.

In addition, in step p-1), the shoe manufacturing apparatus, characterized in that the upper weave in a circular knitting weaving method.

In addition, after step p-2), at least a part of the sensor module is characterized in that it further comprises the step of installing the shoe.

In addition, the sole, characterized in that it includes at least a portion of the sensors included in the sensor module.

In addition, the sensor module is characterized in that at least one or more of a position of a sensor of the sensor module, a type of a sensor, and the number of sensors is changed according to the user's shoe use experience information.

In addition, the sole is characterized in that the material of the sole and the hardness of the sole are manufactured differently according to the shoe manufacturing information.

According to the present invention, there is an effect that the server and the first application can transmit and receive each other and provide customized shoes to the user based on the user experience without the user having to convey the user's satisfaction or dissatisfaction.

In addition, according to the present invention, since the shoe includes at least one sensor and transmits the sensing information to the server, it is possible to provide the most suitable shoe to the user when repurchasing according to the sensing information.

In addition, according to the present invention, since the shoe is a shoe including a sensor module including at least one sensor, it is possible to provide the most suitable shoe to the user when repurchasing according to the sensing information.

In addition, according to the present invention, the server receives information based on at least one of the user's application use history, the user's Internet use history, and other application information installed in the terminal where the application is installed, and based on the information above, recommended shoe option information , the server has the effect of being able to recommend customized shoes to the user by identifying the user's preferred interests.

In addition, according to the present invention, the server can help the user to be convenient while using the shoes, including the step of determining whether the sensor module is malfunctioning, and the user can immediately know the fact that the sensor module is malfunctioning. This has the effect of being able to receive accurate measurement information after replacing the sensor module.

In addition, according to the present invention, based on the shoe use experience information and the shoe condition estimation information, the server receives the user's health information and shoe replacement time information to the application to help the user's convenience, It has the effect of increasing sales.

In addition, according to the present invention, the server transmits the preference questionnaire to the user's application and receives the result of the preference questionnaire from the application, thereby providing recommended shoe option information suitable for the user through the preference questionnaire.

1 is an overall flowchart of a method for providing shoes according to an embodiment of the present invention.
Figure 2 is a flow chart of the sales service of the shoe providing method according to an embodiment of the present invention.
3 is a flowchart of a feedback service of a method of providing shoes according to an embodiment of the present invention.
4 is a flowchart of a shoe manufacturing method according to an embodiment of the present invention.

Hereinafter, the technical idea of the present invention will be described in more detail with reference to the accompanying drawings. Prior to this, the terms or words used in the present specification and claims should not be construed as being limited to conventional or dictionary meanings, and the inventor should properly understand the concept of the term in order to best describe his invention. Based on the principle that it can be defined, it should be interpreted as meaning and concept consistent with the technical idea of the present invention.

Therefore, the configuration shown in the embodiments and drawings described in the present specification is only the most preferred embodiment of the present invention and does not represent all of the technical spirit of the present invention, so at the time of the present application, various It should be understood that there may be variations.

Hereinafter, the technical idea of the present invention will be described in more detail with reference to the accompanying drawings. Since the accompanying drawings are merely examples shown to explain the technical idea of the present invention in more detail, the technical idea of the present invention is not limited to the form of the accompanying drawings.

1 is a view showing an overall flowchart of a method for providing shoes according to an embodiment of the present invention. As shown in FIG. 1 , the method of providing shoes according to an embodiment of the present invention may include steps a) to p).

First, the shoe providing method according to an embodiment of the present invention includes the first application 200 and the second application 300 and the first application 200 and the second application 300 that can be connected to a terminal of a user who wants customized shoes, that is, wants to purchase customized shoes. The first application 200 and the second application 300 and the server 100 for transmitting and receiving over a network to provide customized shoes, and a shoe manufacturing device 400 that is connected to the server 100 to produce customized shoes. can be configured.

In this case, the user's terminal is preferably a wired/wireless communication device that can be connected over a network, such as a PC, a mobile phone, a smart watch, or a tablet PC, and the first application 200 and the second application 300 perform the same operation. It can be installed in a terminal or shoes.

In addition, it is preferable that the first application 200 and the second application 300 are performed by the same or different performers. In more detail, in one embodiment, the first application 200 is a mobile phone, and the second application may be installed in a mobile phone or PC or tablet PC. Preferably, the first application and the second application are It can run in the same application on the same device or on different devices.

In step a), the server 100 receives the user's shoe purchase information, and receives the user's identification information and shoe purchase information from the first application 200 .

Also, step b) is a step in which the server 100 identifies a user, and the server 100 identifies the user based on the user identification information received in step a).

In addition, step c) is a step in which the server 100 generates first information. Based on the shoe purchase information stored in the server for the user identified in step b), the first step including information on shoes in use. 1 Create information.

In addition, step d) is a step of generating second information, and generates second information including shoe use experience information, which is information about a shoe use trial stored in the server for the identified user. The second information is information applicable only to a user who has experience using shoes, and corresponds to a case where a user with user purchase information purchases again.

In addition, step e) is a step in which the server 100 generates recommended shoe option information. Based on the first information and the second information, the user's shoe use state is analyzed to generate recommended shoe option information optimized for the user. do.

In addition, step f) is a step in which the server 100 provides the recommended shoe option information to the user, and the recommended shoe option information generated based on the user identification information, the first information, and the second information. to help users choose the most suitable custom shoes for them.

In addition, step g) is a step in which the server 100 receives the user's order information from the first application 200, wherein the server 100 receives information and recommendations for shoes selected by the user after step f). The user's order information including shoe option information is received from the first application 200 .

In addition, step h) is a step in which the server 100 pays the cost, and pays the cost of shoes based on the user order information received in step g).

In addition, step i) is a step in which the server 100 generates shoe manufacturing information, and generates shoe manufacturing information for manufacturing user-customized shoes based on the user order information. The shoe manufacturing information includes the user order information, the first information, the second information, and user interest information.

In addition, step j) is a step in which the server 100 transmits the shoe manufacturing information to the shoe manufacturing device 400 .

In addition, step k) is a step of requesting the server 100 to send the shoes manufactured by the shoe manufacturing device 400 to an address based on the user order information.

In addition, step l) is a step in which the server 100 receives and stores the user's shoe use experience information by the second application 300, and the user's shoe use measured by the sensor module in a first predetermined cycle Experience information is received from the user's second application 300 at a predetermined second cycle, encrypted and stored.

Due to this feature, there is an effect of preventing the leakage of shoe use experience information, which is the user's personal information, and, due to the feature of storing in the second cycle instead of the first cycle, the minimum time required for encryption, etc. is allowed longer There is an effect that can be done. In particular, it should be noted that, when shoes are sold in large quantities, it is important to secure the computing power of the server, so this effect cannot be ignored.

In addition, step m) is a step in which the server 100 generates shoe state estimation information, and the state of the shoe currently being used based on the user's purchase information and the shoe use experience information received in step l). Generates shoe state estimation information estimating .

Due to this feature, it is possible to prevent the problem that the user does not recognize the need or time to replace the shoe. In the case of aging, breakdown, or abnormality of the shoes, in particular, children, the elderly, etc. may have problems such as sprained ankles, walking habits or deterioration of joints, and the present invention has an effect of preventing such problems.

Furthermore, even if it is not the aging of the shoe, if the server does not receive the user's shoe use experience information due to an abnormality in the sensor included in the shoe, in that it is generally difficult for the user to know whether the sensor is abnormal, the user can An inappropriate situation may occur where you cannot use shoes containing a sensor purchased at a cost, and the present invention has the effect of preventing the above problems from occurring by monitoring the state of the sensor module, the state of power supply, etc. have. In addition, the present invention may be characterized in that the case where power is not supplied to the sensor module intentionally, such as long-term non-use of shoes, and the case where power is not supplied to a part of the sensor module. Accordingly, there is an effect that it is possible to prevent the user from giving inconvenience to the user by erroneously detecting whether the sensor module is abnormal or the power supply is abnormal, or from reducing the reliability of the user's shoes.

In addition, step n) is a step in which the server 100 generates a user message, in a predetermined third cycle, by generating a user message based on at least one of the shoe use experience information and the shoe condition estimation information, It is transmitted to the first application 200 or the second application 300 .

In addition, step o) is a step in which the server 100 generates and updates user interest information, the user's first or second application use history, the user's Internet use history, and the terminal in which the first or second application is installed Receiving information based on at least one of the other application information installed in the first or second application, and generating and updating user interest information based on the received information.

In addition, step p) is performed between steps j) and k), and relates to a method of manufacturing the customized shoe in the shoe manufacturing apparatus 400, wherein step p-1) is a weaving step, and p- Step 2) is the setting fixing step, and step p-3) is the brushing step.

Here, the shoe of the present invention is preferably a shoe including a sensor module including at least one sensor, of course, the present invention is not limited thereto, and the shoe may be variously changed in addition to the shoe.

Steps a) to p) in FIGS. 2 to 4 will be described in more detail below.

2 is a flowchart illustrating a sales service of a method for providing shoes according to an embodiment of the present invention. As shown in FIG. 2 , the sales service of the method for providing shoes according to an embodiment of the present invention may include steps a) to k).

First, in step a), the server 100 receives the user's identification information from the first application 200 . There are cases in which the user is registered with the server 100, and there are cases in which the user is not registered. When the user is registered in the server 100, it is preferable to receive the previously stored identification information of the user, and when not registered in the server 100, it is preferable to receive the identification information of the new user.

After performing step a), step b) is performed, and step b) identifies the user based on the user identification information received in step a), where in the server 100 The identification of the user is distinguished using identification information of each of a plurality of users. In this case, the identification information may be ID information of a user, fingerprint recognition information of a registered user, voice information of a user, iris recognition information of a user, and the like.

After performing step b), step c) is performed, and step c) is used by the server 100 based on the shoe purchase information stored in the server for the user identified in step b). It contains information about the shoes in progress. Here, the shoe purchase information is purchase information including the type, name, and model name of the shoe purchased by the user, and the first information is received from the first application 200 . Receives and stores information on shoes in use so that the user can use shoes supplemented with shoes currently in use when repurchasing, including information on shoes being used by the user.

After performing step c), step d) is performed, and step d) includes second information including shoe use experience information, which is information about shoe use experience stored in the server for the identified user. create The second information is the shoe use experience information, and is information on using the shoe based on the shoe use experience information measured by the sensor module included in the shoe used by the user.

After performing step d), step e) is performed, and step e) is a step in which the server 100 generates recommended shoe option information, wherein the server 100 includes the first information and the Based on the second information, the user's shoe use state is analyzed to generate the recommended shoe option information optimized for the user. Step e) has an effect of recommending customized shoes to the user to help the user purchase the most optimized shoes.

After performing step e), step f) is performed, and in step f), the server 100 transmits the recommended shoe option information generated in step f) to the first application 200 . and transmit it to the user. When the user receives the recommended shoe option information through the first application 200, if there is no desired information in the recommended shoe option information, the purchase intention information of step a) is again transferred to the first application 200 It is preferable to transmit to the server 100 through the server 100, and the server 100 to re-deliver the recommended shoe option information excluding information previously included in the recommended shoe option information to the first application 200 .

In addition, in an embodiment of a method of delivering the recommended shoe option information to the user, when the server 100 authenticates the user identification information to the first application 200, the screen of the first application 200 A method of notifying the recommended shoe option information, a method in which the server 100 transmits the recommended shoe option information to the e-mail of the user stored in the server 100, the server 100 is the first application 200 ), there is a method of giving a notification to the terminal in which the first application 200 is installed to know the recommended shoe option information through a push notification, and through this, the user can easily select the most suitable shoe for the recommended shoe option. It has the effect of knowing through information.

Here, when the user's information is not stored in the server 100 , the server 100 transmits a preference questionnaire to the first application 200 , and the preference questionnaire from the first application 200 . , and may generate recommended shoe option information for the first information based on the result of the preference questionnaire. Since the preference questionnaire can generate the recommended shoe option information including at least one of color, design, category (type), material, and elasticity of the shoe, it can recommend the recommended shoe option information to the user more effectively There is an advantage that

After performing step f), step g) is performed, and in step g), the server 100 sends the user's order information including shoe information selected by the user and recommended shoe option information to the first It is received from the application 200 . In other words, the user may order shoes using the recommended shoe option information transmitted by the server 100 , but may order shoes using shoe information other than the recommended shoe option information. The recommended shoe option information includes at least one of a type, material, breathability, shape, type, and number of sensors included in the sensor module. With this feature, by using the recommended shoe option information, which is detailed option information set based on various information, there is an effect of improving user satisfaction.

After performing step g), step h) is performed, and in step h), the server 100 pays for the shoes ordered by the user based on the user order information. The server 100 pays the cost of the shoes, generates user payment information based on the payment information, and transmits it to the first application 200 . The user payment information is a cost to be paid by the user, and it is preferable that the user pays the cost and then performs the following step i).

After performing step h), step i) is performed, and in step i), the server 100 generates shoe manufacturing information for manufacturing customized shoes based on the user order information. The shoe manufacturing information includes the user order information, the first information, the second information, and the user interest information, and the user order information is shoe information selected by the user.

In addition, the shoe manufacturing information includes at least one of information on the type, color, material, shape, dimension, thickness, hardness, and manufacturing method of sub-parts constituting the shoe. In addition, the shoe manufacturing information further includes at least one of the type of the upper of the shoe and the thickness of the sole. Here, the sub-parts according to an embodiment of the present invention are sub-parts included in the shoe including the sensor module, and may be an accessory of the shoe, such as a lace, a button, or a zipper.

In addition, since the shoes are not sold by accumulating stock, but are made based on the user order information whenever an order for customized shoes to suit individual users comes in, the stock of shoes manufactured and sold at the same time as the order is increased. This has the effect of reducing the economic cost burden.

After performing step i), step j) is performed, and in step j), the server 100 transmits the shoe manufacturing information to the shoe manufacturing apparatus 400 . A method of manufacturing a customized shoe in FIG. 4 below to produce a customized shoe suitable for the user by transmitting the shoe manufacturing information to the shoe manufacturing device 400 will be described in more detail.

After performing step j), step k) is performed, and in step k), the server 100 sends the shoes manufactured by the shoe manufacturing apparatus 400 to an address based on the user order information. do. In more detail, when the server 100 receives the information that the customized shoes are completed from the shoe manufacturing device 400, the customized shoes can be sent to the address stored by the user based on the user order information. have. Since the server 100 is connected to the shoe manufacturing apparatus 400 over a network, it can transmit and receive in real time, so that it is possible to quickly manufacture shoes and provide the customized shoes to the user.

3 is a flowchart illustrating a feedback service of a method for providing shoes according to an embodiment of the present invention. As shown in FIG. 3 , the feedback service of the method for providing shoes according to an embodiment of the present invention may include steps l) to o).

According to an embodiment of the present invention, the shoe is preferably a shoe including the sensor module including at least one or more of the sensors, and the sensor module may be operated when the shoe is worn.

In step l), the server 100 receives the user's shoe use experience information measured by the sensor module in a first predetermined period from the user's second application 300 in a predetermined second period, and encrypts to save Here, the first application 200 and the second application 300 are the same, and all steps shown in FIG. 2 may be included in the second application 300 as well.

In more detail, the sensor module included in the customized shoe and the second application 300 are connected, and all sensing information measured by the sensor module is received by the second application 300, and the server ( 100) receives from the second application 300 at a predetermined second cycle. Here, the user's shoe use experience information includes measurement information of at least any one of identification information of the shoe, pressure, temperature, humidity, number of steps, walking form, heart rate, activity amount, and location provided by the sensor module, and the sensor module and at least one of status information of a power supply unit for supplying power to the . In addition, since the user's shoe use experience information is information that the user currently uses shoes, it is continuously updated information.

In other words, in the first predetermined period, the server 100 measures the user's shoe use experience information in real time by the sensor module, and in the second predetermined period, the server 100 measures the shoes The user experience information is received from the second application 300, encrypted and stored.

The user's shoe use experience information measures the first predetermined cycle in real time so that a shoe most suitable for the user can be accurately manufactured with a lot of data, and the predetermined second cycle is equal to or equal to the first predetermined cycle could be longer In more detail, since the measurement in the first predetermined period must be performed in real time, the period may be short, but the predetermined second period for storing the measured value may be the same as or longer than the first period.

After performing step l), step m) is performed, and in step m), the server 100 estimates the state of the shoe currently being used based on the user's purchase information and the shoe use experience information. One shoe condition estimation information is generated.

More specifically, the shoe state estimation information estimates the state of the shoe currently being used by the user based on a history of purchases by the user and information on using the shoe. Below, steps m-1), m-2), and m-3) will be described as one embodiment of the information for estimating the state of the shoe, and the server 100 causes the failure of the sensor module. How to determine whether or not

Step m) includes the steps m-1), m-2), and m-3) in which a method for allowing the server 100 to determine whether the sensor module is faulty is disclosed.

In step m-1), the server 100 determines whether the sensor module is faulty based on at least one of measurement information included in the shoe use experience information and state information of the power supply unit. Here, the measurement information may be the sensing information of the shoe transmitted from the sensor module to the first or second application 200 or 300, and the power supply may be a battery or a generator. It is preferable to determine whether the sensor module is malfunctioning by doubting the state of the power supply of the sensor module when the error deviation of the value of the measurement information is large or the measurement is not performed.

In step m-2), when the server 100 determines that the sensor module is normal, the shoe condition estimation information is calculated from a good level based on the amount of change in the measurement information over time and the use history of the shoe. It is counted in multiple status levels up to the replacement required level. In more detail, the good level is numerical information when the sensor module is normal, and the replacement required level is numerical information when replacement is required when the sensor module is abnormal, and the server 100 determines that the sensor module is normal. It is preferable to calculate the shoe condition estimation information in a plurality of condition levels from a good level to a replacement required level when it is determined that the

In step m-3), when the server 100 determines that the sensor module is defective, the shoe condition estimation information is calculated as a level closer to the replacement required level than the good level. In other words, when the server 100 determines that the sensor module is faulty, it is preferable to calculate a level close to the replacement required level because replacement of the sensor module is required. When it is determined that the sensor module is defective, the server 100 transmits information guiding the abnormality of the sensor module to the first or second applications 200 and 300 so that the user can check it.

After performing step m), step n) is performed, and step n) generates the user message based on at least one of the shoe use experience information and the shoe condition estimation information at a predetermined third cycle. to transmit to the first application 200 or the second application 300 to deliver to the user. The user message may include information on the replacement cycle of the shoes, information on whether the sensor module is faulty, information on whether the sensor module needs maintenance of the power supply, a user's walking habit, health information of the user, activity amount, heart rate, sale of similar shoes and at least one or more of information. Here, the maintenance of the power supply of the sensor module may be battery replacement. In addition, it is preferable that the user message be notified of information according to a cycle preset in the first application or the second application, and in some cases, the user message is preferably notified along with a sound effect. In addition, the first to third periods may vary according to a setting, and it is preferable that the second period is equal to or longer than the first period, and the third period is equal to or longer than the second period.

In step o), the server 100 includes at least one of the user's first application or second application use history, the user's Internet use history, and other application information installed in the terminal in which the first application or the second application is installed. The method further includes receiving information based on one from the first or second application, and generating and updating user interest information based on the received information, wherein step o) is applied to the first application or the second application. It is preferable to perform in real time from the time the user information is received.

In addition, in one embodiment, in order to recommend shoes more optimized for the recommended shoe option information, step o) includes user identification information for the user identified in step c), the shoe purchase information, the user interest Based on at least one of the information, it is possible to generate recommended shoe option information for the first information including the shoe information in use.

More specifically, in step o), the server 100 receives other application information installed in the terminal in which the first application or the second application is installed in order to provide customized shoes suitable for the user by identifying the user's interests. and user interest information can be created and updated based on this. However, in order to perform step o), the server 100 must receive the user's usage history information usage consent information from the first application or the second application 200,300 to perform it, and without the user's consent information, data It is desirable not to be able to collect

4 is a flowchart illustrating a shoe manufacturing method according to an embodiment of the present invention. As shown in FIG. 4 , the method of manufacturing a shoe of the method of providing a shoe according to an embodiment of the present invention may include the step p-1), the step p-2), and the step p-3).

Step p-1), step p-2), and step p-3) are between steps j) and k), and step p-1) uses a 3D weaving machine to store the shoe manufacturing information. It is a weaving step of weaving the upper to the user-customized basis. It is preferable that the shoe manufacturing apparatus 400 weave the upper in a circular knitting weaving method. The circular knit weaving method is one of the sewing methods for knitting in a cylindrical shape, and is a method of making a fabric with better air permeability than plain fabrics. When using the circular knitting weaving method, there is an effect that can quickly and quickly manufacture the upper of the user-customized shoe.

Step p-2) is a setting fixing step of setting and fixing the upper woven in step p-1) at the predetermined first temperature. By mounting a fixing mechanism in the hole of the woven upper, the shape of the shoe is held and the setting is fixed using heat and moisture at a predetermined first temperature. Here, the predetermined first temperature is a temperature for setting and fixing the upper, and is preferably 100 degrees to 400 degrees or less.

Step p-3) is a sole attachment step of attaching and fixing a sole selected based on the shoe manufacturing information to the upper at a predetermined second temperature. After step p-2), the method further includes the step of installing at least a portion of the sensor module to the shoe. Here, the sole includes an outsole and an insole. And the predetermined second temperature is a temperature for attaching a brush, and is preferably 100 degrees or less. The predetermined second temperature is preferably a predetermined temperature at which the sensor will not be damaged in order to prevent the sensor attached to the brush from breaking down or from being damaged when the brush is attached. Accordingly, the predetermined first temperature is preferably higher than the predetermined second temperature.

In step p-3), when the sole is separately purchased from the outside and attached and fixed to the upper, a sensor may be separately attached, and when the sole is manufactured using the shoe manufacturing apparatus 400, the sole includes at least a part of the sensors included in the sensor module, and may manufacture a sole material and a hardness of the sole differently according to the shoe manufacturing information, and the sensor module may be included in any one part of the shoe. In addition, the sensor module includes at least one of a pressure sensor, a humidity sensor, a temperature sensor, an acceleration sensor, a speed sensor, a position sensor, a heart rate sensor, and a step measurement sensor, and according to the user's shoe use experience information, At least one of a position of a sensor, a type of a sensor, and the number of sensors may be changed.

The pressure sensor of the shoe according to an embodiment of the present invention can measure which part of the sole surface of the user is walking with its weight biased, and the pressure sensor can be installed by supplementing the relatively high pressure when repurchasing. And by making the sole thicker, it is possible to prevent only a part of the shoe from being worn out. In addition, the humidity sensor and the temperature sensor can measure the humidity and temperature of the inside of the shoe, so that when repurchasing, the material of the upper, the type, and the thickness of the thread can be changed to maintain the health of the user's feet. In addition, the acceleration sensor and the speed sensor measure the user's speed, and since friction with the floor is high in the case of a user who walks quickly, the thickness of the sole is thickened when repurchasing, so even the friction between the shoe and the floor can be less damaged than the previous shoes. It has the effect of complementing it. Subsequently, the position sensor has an effect of recognizing the position of the elderly, such as a child or the elderly, and the heart rate sensor has an effect that a user with a heart disease or disease can use it usefully. In addition, the step measuring sensor has an effect of allowing a user to correct a walking method to a user who needs correction in a normal walking method.

As described above, in the present invention, specific matters such as specific components and the like and limited embodiment drawings have been described, but these are only provided to help a more general understanding of the present invention, and the present invention is not limited to the above one embodiment. No, various modifications and variations are possible from these descriptions by those of ordinary skill in the art to which the present invention pertains.

Therefore, the spirit of the present invention should not be limited to the described embodiments, and not only the claims described below, but also all those with equivalent or equivalent modifications to the claims will be said to belong to the scope of the spirit of the present invention. .

100 : server
200: first application
300: second application
400: shoe making device

Claims (20)

In the shoe providing method for providing customized shoes based on user experience,
server,
a) receiving the user's identification information from a first application;
b) identifying the user based on the received user identification information;
c) generating first information including shoe information in use based on the shoe purchase information stored in the server for the identified user;
d) generating second information including shoe use experience information that is information about shoe use experience stored in the server for the identified user;
e) generating recommended shoe option information by analyzing the user's shoe use state based on the first information and the second information; and
f) providing the recommended shoe option information to the user;
The shoe includes a sensor module including at least one sensor,
the server,
l) receiving, through a second application, the user's shoe use experience information measured in a first predetermined period by the sensor module in a second predetermined period, and encrypting and storing the information;
m) generating shoe state estimation information estimating the state of the shoe currently being used based on the user's purchase information and the shoe use experience information; and
n) in a third predetermined period, generating a user message based on at least one of the shoe use experience information and the shoe state estimation information and transmitting it to the first application to deliver it to the user; further comprising,
The first to third periods are variable, wherein the first period is made in real time, the second period is longer than the first period, and the third period is equal to or longer than the second period,
The shoe use experience information includes at least one measurement information of identification information of the shoe, pressure, temperature, humidity, number of steps, walking form, heart rate, activity amount, and location provided by the sensor module, and power to the sensor module. At least one of the status information of the power supply to supply
M-1) determining whether the sensor module is faulty based on at least one of the measurement information included in the shoe use experience information and the state information of the power supply;
M-2) When it is determined that the sensor module is normal, the shoe condition estimation information is calculated as a plurality of condition levels from a good level to a replacement required level based on the amount of change in the measurement information over time and the use history of the shoes to do; and
m-3) when it is determined that the sensor module is malfunctioning, calculating the shoe condition estimation information as a level closer to the replacement required level than the good level.
The method of claim 1,
the server,
f) above After step,
g) receiving the user's order information from the first application;
h) paying for shoes based on the user order information;
i) generating shoe manufacturing information for manufacturing customized shoes based on at least one of the user order information, the first information, the second information, and user interest information stored in the server;
j) transmitting the shoe manufacturing information to the shoe manufacturing device; and
k) requesting to send the shoes manufactured by the shoe manufacturing device to an address based on the user order information; A method of providing shoes comprising a.
delete delete The method of claim 1,
the server,
o) Receive information based on at least one of the first or second application usage history of the user and other application usage information installed in the terminal on which the first or second application is installed, from the first or second application, and receive the received information Further comprising the step of generating and updating user interest information based on,
In step c),
Shoes providing method, characterized in that for generating the recommended shoe option information for the first information based on the information further including the user interest information.
delete delete 3. The method of claim 2,
The user message is
At least one of the shoe replacement cycle notification information, the sensor module failure information, the sensor module power supply maintenance required information, the user's walking habit, the user's health information, the activity amount, the heart rate, and the sale information of similar shoes A method of providing shoes comprising a.
The method of claim 1,
The recommended shoe option information is,
The shoe providing method, characterized in that it comprises at least one of the type, material, breathability, elasticity, shape, the type and number of sensors included in the sensor module.
The method of claim 1,
The shoe manufacturing information is,
The shoe providing method, characterized in that it includes at least one of information on the type, color, material, shape, dimension, thickness, hardness, and manufacturing method of sub-parts constituting the shoe.
11. The method of claim 10,
The shoe manufacturing information is,
The method of providing shoes, characterized in that it further comprises at least one of a type of an upper and a thickness of a sole.
The method of claim 1,
In step c),
the server,
If the shoe purchase information is not stored in the server,
Sending a preference questionnaire to the first application, receiving a result of the preference questionnaire from the first application, and generating recommended shoe option information for the first information based on the result of the preference questionnaire How to provide shoes.
13. The method of claim 12,
The preference questionnaire,
The shoe providing method, characterized in that it comprises at least one of the color, design, category, material, and elasticity of the shoe.
The method of claim 1,
The sensor module is
A method of providing a shoe, characterized in that it is operated when the shoe is worn.
3. The method of claim 2,
Between steps j) and k),
The shoe making device,
p-1) a weaving step of weaving the upper to the user based on the shoe manufacturing information using a 3D weaving machine;
p-2) a setting fixing step of setting and fixing the woven upper at a predetermined first temperature; and
p-3) a sole attaching step of attaching and fixing a sole selected based on the shoe manufacturing information to the upper at a predetermined second temperature;
The predetermined first temperature is higher than the predetermined second temperature.
16. The method of claim 15,
In step p-1),
The shoe making device,
A method of providing a shoe, characterized in that the upper is woven in a circular knit weave method.
16. The method of claim 15,
After step p-2),
The method of providing shoes, characterized in that it further comprises the step of installing at least a portion of the sensor module to the shoe.
16. The method of claim 15,
The brush is
A method of providing shoes, characterized in that it includes at least some of the sensors included in the sensor module.
16. The method of claim 15,
The sensor module is
A method of providing shoes, characterized in that at least one of a position of a sensor of the sensor module, a type of a sensor, and the number of sensors varies according to the user's shoe use experience information.
16. The method of claim 15,
The brush is
A method of providing a shoe, characterized in that the sole material and the hardness of the sole are manufactured differently according to the shoe manufacturing information.

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