KR20130034250A

KR20130034250A - Insole production system

Info

Publication number: KR20130034250A
Application number: KR1020110098155A
Authority: KR
Inventors: 김훈
Original assignee: 주식회사 에이치비티
Priority date: 2011-09-28
Filing date: 2011-09-28
Publication date: 2013-04-05

Abstract

PURPOSE: An insole manufacture system is provided to predict foot musculoskeletal change by digitalizing form and location of cubic insole before insole manufacture. CONSTITUTION: An insole manufacture system successively practices a step of generating and storing an image of foot with a 3D scanner; a step of storing and measuring foot pressure; a step of determining foot related disease based on data of the steps; a step of designing insole based on data of the steps; a step of manufacturing insole by transmitting the designed insole data to CNC; a step of building insole data according to the foot image and grafting this to application for smart phone; and a step of selectively purchasing insole fitted to oneself from the application. [Reference numerals] (AA) Generating a foot image with a 3D scanner; (BB) Storing the foot image; (CC) Measuring a foot pressure; (DD) Storing the foot pressure; (EE) Determining foot related diseases; (FF) Designing insole customized insole for the foot image; (GG) CNC transmitting insole data; (HH) Manufacturing an insole in a CNC; (II) Transferring to a customer; (JJ) Establishing insole data; (KK) Grafting an application for a smart phone; (LL) Selecting a proper insole through online by the customer;

Description

Insole production system

The present invention relates to an insole manufacturing system, and more specifically, pressure and foot pressure applied to the foot by developing a 3D foot measurement device for manufacturing an insole suitable for individual pathological symptoms and characteristics of the human body and purchasing optimal shoes. It is possible to predict the musculoskeletal changes related to the foot by quantifying the shape and position of the three-dimensional insole before making the insole by securing the analog measuring device that can know only the shape of the insole. The present invention relates to an insole manufacturing system that provides a 3D-type measurement device and data providing software.

Insoles are generally made of foam, such as ethyl-vinyl-acetate or polyurethane. The material properties of the foam may be sports properties. For example, a softer, more resilient foam may be chosen for running, a harder, more viscous foam may be chosen for cycling, or a viscous foam may be chosen for golf. In this particular embodiment, these activities are used to select either a “dynamic” or “static” insole base. In other words, the customer's choice for walking, running, or golf allows the system to select a dynamic insole base, while the choice of cycle, skate, and ski allows the system to select a static insole base.

However, if there is a problem in the structure and shape of the insole, imbalances and inconsistencies occur not only in the foot itself but also in the whole body, such as the ankle, knee, lower extremity, hip and waist. Since each part of our body is connected together like a chain (upright chain structure), various pains and signs appear in different parts of the body sequentially.

In view of this, most medical insoles are manufactured in the home-made industry, and they are produced by injecting plaster or on plastic foam to obtain the shape of the patient's foot, and then insoles are manufactured as they are.

Currently, the foot type measuring device used in Korea is mostly 2D measurement, and the measuring device used in ASICS is the only 3D measuring device. S / W of these devices are all biased to analysis, and there is no program for prescribing proper foot assist based on the analysis results. Only artificial analysis is possible due to the thickness and volume of the analyzer. The reason is that there is no medical knowledge and biomedical analysis concept to understand the cause and development mechanism of the foot disease of the patient.

INFOOT of I-Ware of Japan is capable of 3D measurement and the shape and size of the foot can be expressed in images or texts, but it only has a function of measurement. Through flat foot, normal foot shows two types of classification, there is no correction prescription for this. In addition, the foot pressure analyzer of RS-scan of Belgium shows foot pressure using various analysis programs and shows the presence or absence of varus / valgus of the forefoot. Although RS-scan's foot correction recommends a prescription to return to bare feet, disagreements are divided and thickness (2.5cm) makes it difficult to walk naturally.

Korean Laid-Open Patent No. 2010-0087090 has proposed a method of measuring the image of the foot in 3D and producing an insole based on this to deliver to the customer. However, there is no function of analyzing and prescribing the disease of the foot, and there is no way to construct and utilize the image of the foot as data, so there is a limit to technology activation.

The present invention was developed in view of the conventional problems, and an object of the present invention is to develop a 3D-type measuring device for manufacturing an insole suitable for individual pathological symptoms and characteristics of the human body and purchasing optimal shoes, and then applying it to the foot. It secures analogue measuring device that knows only the pressure and the shape of the foot, and predicts the musculoskeletal changes related to the foot by quantifying the shape and position of the three-dimensional insole before manufacturing the insole. It is to provide an insole manufacturing system that provides a 3D type measurement device and data providing software that can present.

To this end, the present invention comprises the steps of generating an image of the foot with a 3D scanner and storing it; Measuring foot pressure of the foot and storing it; Determining a foot-related disease based on the data of the steps; Designing an insole based on the data of the steps; And there is a feature consisting of the step of manufacturing the insole by transmitting the designed insole data to the CNC.

According to the present invention, it is applicable to various technical fields through data accumulation for foot health and health-related R & D through measurement of the foot type, and the global competitiveness of customized functional insoles by the development of IT fusion foot measuring device and insole manufacturing system It is possible to design and manufacture a high level of customized functional insoles, as well as to manufacture foot soles for the production of customized functional shoes, and recommend the best shoes through the application of smartphones using measured foot data. It is possible.

In addition, with the early introduction of domestic insole manufacturing system, it can meet the localization requirements for medicinal and medical equipment import emulsification (FTA), and obtain accurate data on foot type, so that it is possible to manufacture insoles quickly and more accurately. It is accessible and provides basic data for induction prescription through analysis of measured data. Through this, it can predict progress and prognosis, and share information among hospitals, manufacturers and users. In addition, medical diagnostic data and IT development can be utilized to improve the diagnosis and treatment technology of calibration instruments, and to develop general insole measuring devices, which can be applied to other calibrators. There is this.

The market expands with the expansion of early diagnosis and the raising of consciousness level, and the development of general purpose equipment and internet-based information sharing enable the competitiveness of high quality medical services and the cost saving effect The introduction of a production system early on schedule has the effect of securing technological competitiveness.

1 is a flow chart of an insole manufacturing system of one embodiment of the present invention

According to the present invention, there is a step of generating an image of a foot through a 3D scanner and storing it. Through this, we develop and quantify the items for the quantification of the foot type. It also includes measuring foot pressure and storing it. Through this, the degree of pressure and distribution of critical parts in the insole manufacturing are quantified. And then prescribing a foot related disease. In this step, the evaluation items after the foot type measurement are quantified, the insole thickness, durability, and applicability with the body are quantified, and the measured foot shape data are graphically displayed and displayed on the monitor.

There is also a step in the optimization design to build insoles tailored to individual measurements. The insole is transformed to fit the sole data converted into 3D data. In this process, the insole is designed to fit the user's foot by calculating the arch and length of the sole, and designing the insole for the shoe by modifying and arranging the insole boundary according to the shape of the shoe. The insole shape creation / modification step provides various additional functions such as insole deformation, data alignment, insole outline modification according to shoe shape, sole arch analysis, and length measurement to transform insole into various shapes.

After considering the scalability, insole data is stored in the format for the compatible processing with the measurement data using the program and the designed insole data is completed when the insole is manufactured in a CNC system such as CAD / CAM. And deliver it to the consumer.

In addition, through the steps of digitizing the insole data for shoe recommendations for each type of foot and building them as insole data according to the image of the foot, it provides a shoe search and recommendation system based on the measured data.

It combines the shape of an individual's foot with the shape of a shoe, and combines it with an application for smartphones to easily check the foot shape data anytime, anywhere, and compare with ready-made shoes. to provide.

Claims

Generating an image of a foot with a 3D scanner and storing it; Measuring foot pressure of the foot and storing it; Determining a foot-related disease based on the data of the steps; Designing an insole based on the data of the steps; And
Insole manufacturing system comprising the steps of manufacturing the insole by transmitting the designed insole data to the CNC.

The method of claim 1,
Constructing insole data according to the image of the foot and grafting the same into an application for a smartphone; And
Insole manufacturing system comprising the step of selecting and purchasing the insoles suitable for them in the application.