KR101819175B1 - Shape information extract member for online custom shoe making - Google Patents

Abstract

The present invention relates to a footwear information extracting member for on-line custom shoe production, wherein the footwear information extracting member for on-line custom shoe production is a simple footwear information extracting member for on- A pair of cover boxes 10 having an integral structure in order to reduce the shipping cost with a small single structure while having a structure that can be recycled by replacing only the extraction foam as a consumable item, A footprint memory foam 20, and a tape measure kit 30.

Description

Shape information extract member for online custom shoe making [

The present invention relates to footwear type information extraction members for on-line custom shoe production, and more particularly, to a footwear information extraction member for on-line custom shoe making, which is capable of precisely and simultaneously extracting footwear information of a customized footwear supplier, The present invention relates to a footwear information extraction member for on-line custom shoe production, which is capable of reducing the loss of extracted information, and having a structure that can be recycled by replacing only the extraction foam as a consumable item,

As the population with unique and unique foot type, unstructured footsteps, high heeled shoes and wearing shoes that are not fit to the wearer is deformed and the various types of footprints such as elephant foot and knife are increasing, the preference of personalized shoes gradually It is getting higher. However, due to the characteristic of customized shoes production, it is a problem to purchase the ready-made shoes which do not fit the user's footsteps due to the troublesome problems of directly visiting footwear shops and providing footprint information.

Accordingly, in the conventional technique disclosed in Japanese Patent Application Laid-Open No. 2002-0060515, when a foot is inserted between first, second and third sampling units in which a residual filling material is embedded and a constant pressure is applied, This is a prelude.

However, in the prior art, since the second and third harvesting parts are provided on both ends of the first sampling part so as to collect the soles of the foot sole and the foot pedestal, and two pairs must be provided in order to collect both feet, The burden is large, and the shipment price rise is inevitable especially by the increase of the round trip shipping.

In addition, the second and third rewind portions for collecting the stepped foot type have to be folded by pressing the back of the foot type person directly. At this time, the user is not only expanded the deformable residual filler while flowing, The accuracy of the footprint information extraction is degraded. As a result, there is a problem in that footwear users must collect footwear with a pair of auxiliary users who assist in footprint information extraction.

In addition, if a space is formed between the first and second and third collecting parts, it leads to poor footing. Therefore, it is impossible to recycle through replacement of residual filler and workability due to precision manufacturing. There was serious violence.

SUMMARY OF THE INVENTION Accordingly, the present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a method and apparatus for accurately and simultaneously extracting footwear type information of a customized shoes purchaser, which is received online including a homepage, And it is an object of the present invention to provide a footwear information extracting member for on-line custom shoe production which is capable of replacing only an extraction foam as a consumable item and having a recyclable structure and reducing a shipping cost by a small single structure.

To achieve this object, a feature of the present invention is that a footprint storage foam (20) is provided in a receiving groove (12) of a cover box (10), the cover box (10) And the folded storage grooves 12 are formed so as to be closed while facing each other with the folding line 11 as a reference, and the footprint storage foam 20 is formed so that the user steps on both feet together And a tape measure kit 30 for extracting both side foot circumference type information and being formed by the user's body weight and being included in the cover box 10 and extracting foot ball and foot size information, And a configuration in which it is configured such that

At this time, the footprint storage foam 20 is formed to have a thickness of 10 to 25 mm, and is configured to extract information on both sides of the foot of less than 25 mm on the basis of the sole.

The accommodating groove 12 is formed to be larger than the longitudinal size of the foot shape memory foam 20 so that a space gap 14 is formed between the foot shape memory foam 20 and the accommodating groove 12, Is characterized in that the elastic piece 40 is inserted and the foot shape memory foam 20 is fixed in position.

The elastic piece 40 is formed by bending a sheet of paper including the corrugated cardboard in a "C" shape to sandwich the pair of expanding pieces 42 in the downward direction, And a storage space 44 is formed between the side expanding pieces 42 while a fixing force of the foot mold storage foam 20 is generated.

If the ball size value is larger than the value corresponding to 10% of the total foot length extracted from the footprint memory foam 20 or is smaller than 3%, it is judged to be a plump leg type. If the ball size value is 3 to 6% smaller, And if it is smaller than 6%, it is judged to be a thin foot type, and a last (Last) foot form tool is determined based on the foot type determination result.

In addition, when the cover box 10 is folded with respect to the folding line 11, the cover box 10 is formed with an enlarged surface 16 in which the rim of the cover box 10, which is in contact with each other, , The surface contact line is taped or the cover box (10) is accommodated in the tubular envelope box (50) to constitute the packaging box (100).

According to the present invention, the foot circumference and bottom foot type information are extracted through the foot type memory foam, and foot ball and foot foot size are separately measured by the tape measure kit, so that even if the foot type foam is thinly formed to a thickness of 10 to 25 mm The foot type information of both sides of the purchaser can be accurately grasped, and as a result, the size and size of the foot type memory foam can be reduced to reduce the handling and the shipping cost.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram generally showing a footprint information extracting member for on-line custom shoe making according to an embodiment of the present invention; FIG.
FIGS. 2 to 3 are diagrams showing a footprint storage form of a footwear information extraction member for on-line custom shoe production according to an embodiment of the present invention;
FIG. 4 is a view illustrating a tape measure kit of a footwear information extraction member for on-line custom shoe production according to an embodiment of the present invention; FIG.
FIG. 5 is a view showing an elastic piece of a footwear type information extracting member for on-line custom shoe making according to an embodiment of the present invention; FIG.
FIG. 6 is a block diagram showing an extended surface of a footprint information extracting member for on-line custom shoe making according to an embodiment of the present invention; FIG.
FIG. 7 is a view showing a shell box of a footwear information extracting member for on-line custom shoe making according to an embodiment of the present invention; FIG.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

The present invention relates to a footwear information extracting member for on-line custom shoe production, wherein the footwear information extracting member for on-line custom shoe production is a simple footwear information extracting member for on- A pair of cover boxes 10 having an integral structure in order to reduce the shipping cost with a small single structure while having a structure that can be recycled by replacing only the extraction foam as a consumable item, A footprint memory foam 20, and a tape measure kit 30.

When a customized footwear order is received online including a homepage, a shopping mall, and a telephone communication, the foot shape extracting member according to the present invention is sent to a purchaser to extract both foot type information and receive it again, It accurately detects unusual features including protrusions, thin feet (blades) and thick feet (elephant feet), and improves the quality of custom shoes without requiring the customer to visit the shoe store directly.

At this time, the foot shape extracting member is provided with a foot shape memory foam 20 in the receiving groove 12 of the cover box 10, and the cover box 10 has a pair of symmetrical positions with respect to the fold line 11 And the folding receiving grooves 12 are formed so as to be closed with each other facing each other on the folding line 11, and the footing memory foam 20 is formed so as to be parallel to the pair so that the user steps on both feet together And is configured to be formed by the user's body weight to extract both side foot type information.

In this case, the cover box 10 is formed as a box in which a receiving groove 12 is formed therein including a paper box, a synthetic resin box, and a wooden box. In FIG. 1, And the pair of cover boxes 10 are connected to the folding line 11 to be opened and closed. That is, when the pair of cover boxes 10 are formed in the same shape and are expanded to form 180 degrees as shown in FIG. 1 (a), the upper surface of the receiving groove 12 is seated on the floor with the upper surface thereof being opened, When the folding line 11 is folded on the basis of the folding line 11 as shown in FIG. 1 (b), the frame lines of the cover box 10 contact each other to close the receiving groove 12.

 The foot mold storage foam 20 installed in the accommodating groove 12 emits a foot mold storage foam 20 as a foam (for example, BABYPRINT Trittschaum product) used for a gypsum mold, The portion to which the writing pressure is applied is not restored but is held in a depressed state to extract the foot circumference and bottom foot type information as shown in FIG.

At this time, the pair of footprint storage foams 20 are accommodated in a pair of cover boxes 10, and when the cover box 10 is spread at 180 degrees, a pair of footprint storage foams 20 are arranged in parallel, The memory foam 20 is disposed at the same interval as the pair of the cover boxes 10. When the entire width of the pair of footprint storage foams 20 laid side by side as shown in Fig. 3 is maintained wide, It is most advantageous to improve the accuracy of footprint information extraction and to reduce the material cost by constructing the entire width within 40 cm because an error occurs in the footprint information extraction while excessively spreading.

At this time, the footprint storage foam 20 is formed to have a thickness of 10 to 25 mm, and is configured to extract information on both side foot circumference of a foot of less than 25 mm on the basis of the foot. When the foot base form 20 is formed to be less than 10 mm in thickness, it is difficult to extract information on the widest part of the foot circumference. If the foot base form 20 is more than 25 mm, the footwear 20 is excessively consumed. It is preferable that the thickness of the footprint memory foam 20 is 20 mm and the foot circumference type information of the base of foot 18 mm is extracted because the footprint memory foam 20 breaks or is depressed to lower information extraction precision.

In addition, a tape measure kit (30) included in the cover box (10) for extracting foot ball and foot size information is provided. The tape measure kit 30 is enclosed between the pair of cover boxes 10 and is provided to the purchaser. At this time, along with the tape measure kit 10, a guide for precisely guiding and recording the foot and foot position to be measured by the purchaser is attached .

As shown in FIG. 4, the tape measure kit 30 measures the widest football size below the toe and then measures the highest foot size under the ankle. The measured value is described in the guide.

As the footwear and footstool sizes are separately measured by the tape measure kit 30, even if the footwear storage foam 20 is thinly formed to a thickness of 10 to 25 mm, the footwear information of the purchaser can be accurately grasped, 20) is reduced in size and reduced in handling and shipping costs.

If the ballbone peripheral size value extracted by the tape measure kit 30 is larger than a value corresponding to 10% of the total foot length extracted from the footprint storage foam 20, or smaller than 3%, it is judged to be a plumpy footprint, (3 to 6%) is determined to be a basic type, and if it is smaller than 6%, it is determined to be a thin foot type, and a last (last) foot shape tool is determined based on the foot type determination result. For example, if the football is 270 mm in circumference, 270 mm in the football is judged to be a plumpy footprint (elephant foot) under the condition that the footwear is determined to be 270 mm based on the information extracted from the footprint memory form. And if the circumference size of the foot ball is 250 mm, it is judged to be a thin foot type (calf). Based on the determined foot type, the type corresponding to the customer's foot type is determined in the 270 mm size last line.

Then, the overlay layer is subjected to a smoothing process by attaching a cork-like overlay layer to the last surface. At this time, the overlay layer is determined based on the circumference of the foot mold foam 20 and the bottom mold curve, .

The accommodating groove 12 is formed to be larger than the longitudinal size of the foot shape memory foam 20 so that a space gap 14 is formed between the foot shape memory foam 20 and the accommodating groove 12, The resilient piece 40 is inserted and the position of the foot shape memory foam 20 is fixed. The cover box 10 can not be expected to have a high accuracy in the size of the receiving groove 12 due to the characteristic of being formed in the form of a paper box in consideration of the manufacturing cost and workability, (12).

5, the size of the footprint memory foam 20 is reduced to a loose fit tolerance, and the size of the footprint memory foam 20 in the lengthwise direction is smaller than the size of the footprint memory foam 20. [ 10 to 50 mm so as to form the space gap 14 when inserted into the receiving groove 12. The elastic piece 40 is inserted into the space gap 14 so as to prevent the foot shape memory foam 20 from flowing.

Since the shape memory foam 20 has a simple structure in which the shape memory foam 20 is fixed by the elastic pieces 40, damage is prevented during the installation work of the footwear storage foam 20, and after the use of the disposable footprint memory foam 20 There is an advantage that the cover box 10 can be repeatedly used by simply replacing the elastic piece 40 with the new footprint memory foam 20 in such a manner that the elastic piece 40 is separated. Meanwhile, since the footprint memory foam 20 is provided, the footprint memory foam 20 having the footprint information of the purchaser is provided, and the footprint memory foam 20 is mounted on a copying machine and copied to a paper sheet to measure foot circumference dimensions. At this time, There is an advantage that the work process is performed quickly.

At this time, the elastic piece 40 is formed by bending the paper sheet including the corrugated cardboard into a 'C' shape so as to sandwich the pair of expanding pieces 42 in a downward direction, A storage space 44 is formed between the both side expanding pieces 42 while a fixing force is generated by the foot shape memory foam 20. Since the resilient piece 40 is in surface contact with the enlarged piece 42 of the corrugated cardboard so as to be resiliently supported, damage and deformation of the footprint storage foam 20 due to the local pressing force is prevented. In particular, So that the manufacturing cost can be reduced due to the simple structure. Also, since the storage space is formed between the pair of expanding pieces 42, the tape is used as the tape measure kit 30 and the guide storage space.

In addition, when the cover box 10 is folded with respect to the folding line 11, the cover box 10 is formed with an enlarged surface 16 in which the rim of the cover box 10, which is in contact with each other, , A surface contact line is taped or the cover box 10 is accommodated in the tubular envelope box 50 to constitute the packaging box 100. 6, both side edges of the inlet side of the cover box 10 extending at both ends of the folding line 11 at right angles are folded in a " C " shape so as to form an enlarged surface 16 having an air- Are provided such that the pair of cover boxes 10 are in surface contact with each other at positions corresponding to each other.

When the pair of cover boxes 10 are folded on the basis of the folding line 11, the extended faces 16 are in wide contact with each other, and the durability is improved by the multi-fold paper supporting structure of the 'C' Even if an external force is applied during the delivery of the cover box 10, the footprint storage foam 20 inserted in the receiving recess 12 is safely protected. In particular, with the improved durability of the cover box 10, (b), the package box 100 is formed by taping the surface contact lines, thereby greatly reducing the packaging and shipping costs.

7 shows a state in which the packaging box 100 is formed by inserting a pair of cover boxes 10 folded with respect to the folding line 11 into a rectangular tube-shaped outer box 50 having both ends opened, On the surface of the outer box 50, a display portion for printing mutual characters is formed.

10: cover box 20: footprint memory foam
30: tape measure kit 40: elastic piece

Claims (6)

A footprint storage foam (20) is provided in the receiving groove (12) of the cover box (10)
The pair of cover boxes 10 are integrally arranged at symmetrical positions with respect to the folding line 11 and are formed so that the folding receiving grooves 12 face each other with respect to the folding line 11,
The footprint storage foam 20 is arranged to be parallel to a pair so that the user steps on both feet together and is formed by the user's body weight to extract both foot circumference type information,
And a tape measure kit (30) included in the cover box (10) for extracting football and foot size information,
The accommodating groove 12 is formed to be larger than the longitudinal size of the foot shape memory foam 20 so that a space gap 14 is formed between the foot shape memory foam 20 and the accommodating groove 12,
The 'C' -shaped elastic piece 40 is inserted into the space gap 14 to fix the foot shape memory foam 20,
And a storage space (44) is formed in the 'C' -shaped elastic piece (40). The method according to claim 1,
Wherein the footprint memory foam (20) is formed to have a thickness of 10 to 25 mm and is configured to extract both side foot circumference type information of less than 25 mm in the foot reference. delete The method according to claim 1,
The elastic piece 40 is formed by bending a sheet of paper including corrugated cardboard into a "C" shape so as to fit a pair of expanding pieces 42 in a downward direction, And a storage space (44) is formed between the side expanding pieces (42) while the memory foam (20) fixing force is generated. The method according to claim 1,
If the peripheral size of the football is smaller than the value corresponding to 10% of the total foot length extracted from the footprint memory foam 20 or smaller than 3%, it is judged to be a plumpy footprint. If the football ball size is 3% to 6% And determining a final step as a foot shape tool on the basis of the result of the foot shape determination, when the foot shape information is smaller than 6%. The method according to claim 1,
When the cover box 10 is folded with respect to the folding line 11, the cover box 10 is formed with an enlarged surface 16 in which the rim of the cover box 10, which is in contact with each other, Wherein the packing box (100) is formed by taping the contact lines.

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