JP3045724B1 - Manufacturing method and measuring tool for custom tabi - Google Patents

Abstract

An object of the present invention is to easily measure the length of a plurality of points of a user's last and provide a tabi that fits the foot. A heel of a foot is aligned with an arc-shaped vertical line (solid line) 2a around the heel printed on a pattern on which the sole of the foot is placed, and the contour of the foot is copied and written. Fill in the points,
The length 2 from the tip of the thumb and the second finger to the end of the vertical line 2a around the heel is measured, and then the length C of the thumb, the length D of the second finger, and the length of the toe around the toe of the foot E, the length of the circumference of all fingers F, the height of the top of the instep, the length G around the arch, the length H around the curve of the ankle and the instep from the rising part of the heel , And two or three ankle circumferences I, J, and K at a predetermined distance from the floor, and sewing the tabi from the tabi cloth based on the measured values.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for manufacturing a custom tabi when manufacturing a tabi according to the order (order) of each person, and relates to a measuring instrument for measuring the circumference of a foot used in the method.

[0002]

2. Description of the Related Art Various methods have been proposed for a long time to produce a tabi suitable for an individual's foot. In general, the circumference of the foot, the height of the instep, and the size of the area around the ankle are usually measured by tabi artisans. For example,
Japanese Unexamined Patent Application Publication No. 8-5779 and Japanese Utility Model Publication No. 2-30403 are known, but all of them have to be very troublesome.

[0003]

The footprints of individuals are various and various. In particular, there are many footprints deformed due to hallux valgus, which are often present in women, and the footprint of the second finger is longer than the thumb. Due to differences in length, etc., it was difficult to find a souvenir shop that manufactures socks that fit perfectly with the feet. That is, the dimensions of the foot length and the foot width are not sufficient, and some people are cramped or have not obtained a tabi that fits their feet. 2-30403
In the method described in Japanese Patent Application Laid-Open Publication No. H10-260, the dimensions around the instep are measured, but this alone is insufficient and causes unsightly wrinkles when worn.

[0004] It is an object of the present invention to provide a method for manufacturing a custom tabi so that a tabi suitable for a foot can be manufactured by itself in a simple manner. Further, the object of the present invention is to prepare a measure such as a ruler without using a provided pattern, easily around the instep, around the toe, around the heel from the bulge end to the upper dimension of the instep, the ankle circumference, etc. It is an object of the present invention to provide a method for accurately manufacturing a custom tabi using a measuring tool provided with a score line capable of measuring the thickness.

[0005]

According to the present invention, a vertical line around the heel drawn by a writing tool that is vertically set in contact with the heel surface is fitted to an arc-shaped curve printed on a pattern on which the sole is placed. In the same manner, write the outline of the bottom surface of the foot with the writing implement up, write the intersection between the toe of the thumb and the second finger, and write the length A from the tip of the thumb to the end of the vertical line around the heel. Measure the length B from the tip to the heel circumference vertical line end, the length L from the intersection between the toes to the heel circumference vertical line end,
The length around the tie of the toe of the foot, the length around the most bulged part of the outer surface of each of the ties of the thumb and the little finger,
With the upper part of the instep at the top, the length around the arch, the length from the rising part of the heel to the curve between the ankle and the instep, and the two or three ankle circumferences separated by a predetermined distance from the floor Can be achieved by sewing and manufacturing a tabi from a tabi cloth based on these measured values.

[0006] The problem is to print a vertical line 2a around the heel drawn by a writing tool that stands upright in contact with the peripheral surface of the heel when the foot sole is placed on the surface of a sheet-like pattern,
An outline of the foot is drawn by a writing instrument inclined at about 60 degrees with respect to this vertical line, an arc-shaped contact line 2 of the heel is printed, and along the tangent line contacting the bulging end of the heel circumference vertical line 2a. The fold line 3 provided is printed, and a scale 7 is provided to display the distance from the heel fold line 3 of the heel circumference vertical line 2a to the tip of the finger, while extending vertically from the fold line 3 of the pattern paper and extending vertically. The folding piece 6 to be folded up is provided with scales 7a for indicating the distance from the folding line, and along these scales 7, 7a, cuts or through windows on the foot side parallel to both sides and parallel to the folding piece 6 side. It is characterized by comprising a single sheet provided with a plurality of notches or through-holes, for example, a plurality of through-holes for a four-layer goby (normal size) and five through-holes at a predetermined distance from the folding line. This can be achieved with a custom tabi meter.

[0007] One or two cut-out ruler scales are printed on the front and back surfaces of the sheet, or the arc-shaped vertical line 2a around the heel, the contact line 2, the folding line 3, and the scale on the foot side. The above problem can also be achieved by a measuring tool which prints the scale 7a and the scale 7a on the folded side and uses the front side for measurement of the right foot and the back side for measurement of the left foot.

In addition, a vertical line 2a around the heel drawn by a writing tool that is vertically set in contact with the heel peripheral surface is printed on an arc-shaped curve printed on a pattern on which the sole surface is placed on a sheet. The outline of the foot was drawn by a writing instrument inclined at about 60 degrees with respect to the line, the arc-shaped contact line 2 of the heel was printed, and provided along the tangent line contacting the bulging end of the vertical line 2a around the heel. The fold line 3 is printed and the heel circumference vertical line 2a is printed.
A scale 7a for indicating the distance from the fold line 3 to the tip of the finger, and a scale 7a for indicating the distance from the fold line 3 on a folded piece 6 of the pattern extending from the fold line 3 and vertically folded. Along these graduations 7, 7a, a cut or through window on the side of the foot parallel to both sides or a pair of cuts or through windows parallel to the side of the folded piece 6, for example, for four sheets Size) and a single sheet provided with a plurality of through-holes for five goby at a predetermined distance from the fold line 3, and the foot is aligned with the arc-shaped vertical line 2a around the heel on the sheet. The heel of the foot is placed, and a flat writing instrument applied to the side of the foot is moved along the contour of the bottom of the foot to draw a last on the sheet.
Measure the distance to the tip of the finger to determine the length of each, then, the length from the intersection between the toes of the thumb and the second finger to the fold line 3 of the heel, and attach the toes of the toes Measure the circumference, insert a flexible ruler into the notch or through-hole in the pair on the side of the foot of the sheet, and move the ruler along the cut in order to attach the thumb and the little finger. The length around the most bulged part of the outer surface of each part, the high point of the instep is the top, the circumference around the arch is measured, and the ruler is removed from the cut or through window on the foot side, Insert the ruler into a pair of cuts or through windows near the heel on the fold side, measure the length around the curve of the ankle and the instep from the rising part of the heel, and then at a predetermined distance from the floor Insert a ruler into two or three pairs of cuts Measure the circumference of the ankle at these locations (measure for 4 goby (normal size) or 5 gohazu), take a tabi cloth based on the measured values of these lengths, and from this tabi cloth The above object can be achieved by a custom tabi measuring method for sewing sewing.

[0009] The object is achieved in an arc-shaped curve printed on paper for placing the plantar surface on sheet over preparative heel about a vertical line 2a drawn by writing tool upright in contact with the heel periphery of the invention And the outline of the foot is drawn with a writing instrument inclined at about 60 degrees with respect to this vertical line, the arc-shaped contact line 2 of the heel is printed, and the bulging end of the vertical line 2a around the heel is contacted. And a scale 7 for printing a fold line 3 provided along a tangent to the heel, and indicating a distance from the heel fold line 3 of the heel circumference vertical line 2a to the tip of the finger. A fold 7 extending from the fold 6 and vertically folded is provided with a scale 7a for indicating the distance from the fold line.
Along the side 7a, a cut or through window on the side of the foot parallel to both sides and a pair of cuts or through windows parallel to the side of the folded piece 6, for example, a through hole for 4 (standard size) and 5 through holes. A plurality of windows provided at a position separated by a predetermined distance from the folding line 3, a length of a distance from the folding line 3 of the heel to a tip of the thumb and the second finger, and a distance between the thumb and the second finger. The length from the intersection between the toes to the fold line 3, the length of the toe around the thumb of the foot, the length around the most bulged portion of the outer surface of each of the toe of the thumb and the little finger, and the foot The height around the arch, the length around the curved line between the ankle and the instep from the rising part of the heel, and the two or three ankle circumferences at a predetermined distance from the floor A measurement location explanation section that explains the location to be measured and how to draw the outline of the foot Fill the footprint duplicate description unit that describes the the notch or measurement method described section for explaining a method of measuring the ruler Te inserted City <br/> in through the window of each measurement point, the dimensional value measured This can be easily achieved by using a custom tabi order sheet characterized by having an entry section and a ruler section having a cut-out scale printed thereon.

The method for manufacturing a custom tabi according to the present invention measures the circumference of the line connecting the circumference of the thumb and the circumference of the finger, which has not been given much importance in the past, and the line connecting the top of the instep to the top of the heel. The tabi that fits the foot most can be sewn and manufactured. The vertical line around the heel of the present invention is a curve drawn on the pattern in which the foot is placed on a ground surface such as a pattern, the writing implement is set up vertically and is in contact with the peripheral surface of the heel, and
A curve drawn by inserting the tip of the writing implement into the sole of the foot at an angle of about 60 degrees with respect to this vertical line and drawing the contour of the foot is defined as a tangent line.

[0011]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A method for manufacturing a custom tabi according to the present invention will be described based on an embodiment shown in the drawings. FIG.
FIG. 2 is a plan view of a measuring tool used in the method for manufacturing a custom tabi according to the present invention. FIG. 2 is a schematic explanatory view showing locations where the circumference of the foot is measured. FIG. 3 is a schematic explanatory view showing a method of measuring the circumference of the foot. FIG. 4 is an entry form according to an embodiment in which a measurement value by the measurement tool of the present invention is entered. FIG. 5 shows an entry form according to another embodiment based on the classification of footprints. 6 and 7 are plan views of an embodiment of an order slip for left and right feet used in the method for manufacturing a custom tabi according to the present invention.

An arc-shaped vertical line 2a (solid line) around the heel conforming to the shape of the heel is printed on the pattern 1 of the tabi so that the heel bulge surface is aligned with the vertical line 2a around the heel and placed on the heel. The vertical line 2a around the heel is drawn by a small-thick, flat writing tool that stands vertically in contact with the bulging surface of the heel. A tangent line in contact with the bulging end of the vertical line 2a around the heel is vertically printed on the pattern 1 as a fold line 3 for folding the heel, and is further extended in the direction of the toe to indicate the distance from the fold line 3. 7
And about 15 cm from the fold line 3 to the opposite side
A scale 7a indicating the distance of the fold line 3 from the contact 4 is attached to the folded piece 6 extended.

On both sides of the scale 7 of the pattern 1, parallel cuts or windows 8, 8 for inserting a measure such as a ruler are provided.
Is provided. On the other hand, the vertical line 2a around the heel is
A notch 9 parallel to the part contacting the vicinity of the end of the notch;
Cut or pass through about 11 cm or through window 11 and about 14 c
A notch or through window 12 is provided near m. The notches or through-windows 10 and 11 shown in the drawing are for four-layer goby (normal size), and 10 and 12 are for five-layer goby.

A method for manufacturing a custom tabi using the measuring instrument of the present invention will be described. In manufacturing the tabi of the present invention, it is necessary to measure the length of the foot and the length of the thumb and the second finger. That is, as shown in FIG. 1, the length A from the contact point 4 of the vertical line 2a around the heel of the heel folding line 3 to the tip of the thumb, and the length from the contact point 4 of the vertical line 2a around the heel to the tip of the second finger. B: Measure the length L from the contact point 4 of the vertical line 2a around the heel to the intersection between the toe of the thumb and the second finger, and calculate the length of the thumb and the second finger. Fill in place. Next, as shown in FIG. 2, the places where the circumference of the required foot is measured are as shown in FIG. 2 around the thumb E and around the most bulged portion of the outer surface of each of the attachment portions of the thumb and the little finger (the attachment of the finger). F), around the arch connecting the top of the instep to the arch of the sole, around the heel connecting the ankle and the instep from the rising part of the heel, around the heel I, around the ankle I, around 4 koji J, K around five kohaze.

A specific method for manufacturing a tabi is a pattern 1
Draw a contour of the bottom of the foot by placing the foot with the vertical line 2a around the heel on the arc-shaped curve (solid line). At this time, a flat writing instrument with a small thickness is preferable. 6
The contour of the foot contact surface can be drawn (dotted line) at an angle of about 0 degrees. The length of the foot is measured using this footprint. In addition, since the contour of the heel portion is significantly different between the contact line 2 (dotted line) and the vertical line 2a around the heel (solid line), a writing instrument is applied to the bulge of the heel, and the heel is raised vertically to conform to the contour of the foot. Move the writing tool along the drawing and measure the length A from the tip of the thumb to the contact 4 of the vertical line 2a around the heel and the length B from the tip of the second finger (the index finger) to the contact 4 of the heel. And ask for the length of the foot. Next, the length L from the intersection between the toes of the thumb and the second finger to the contact point 4 of the heel is measured to determine the length of each finger. Record these measured values in the form. When a ruler 5 provided on the periphery of the pattern 1 and which can be cut and printed is used as a measure, the ruler 5 can be cut and used.

First, the circumference of the thumb is measured using the ruler 5. Next, as shown in FIG.
Is inserted into the cuts 8, 8,... Provided in parallel to the pattern 1 (see FIG. 3b), moved to the toe side, and the ruler 5 is slightly shifted to the heel side so that the outside of the thumb and little finger parts is removed. Measure the foot circumference F and the arch G around the most bulged portion of the side surface. Each measured value is entered in the table shown in FIG. Next, the ruler 5 is removed from the pattern 1 and inserted into the cut 9 to connect the ankle and the part in contact with the instep from the rising part of the heel and measure the heel circumference H. Similarly, insert the ruler 5 into the notch 10 at a position approximately 10 cm from the floor and insert it into the notch 11 around the ankle, and into the notch 11 at a position approximately 12 cm from the floor, and insert it into four notches 12 around the kohaze or 14 cm from the floor. After the insertion, the area around the five kohaze is measured, and the result is filled in the form shown in FIG.

As described above, the left and right feet are measured, and the measured values of the left and right foot circumferences are recorded in the respective entry forms, for example, the order form for the right foot in FIG. 6 and the order form for the left foot in FIG. Based on the recorded value, a sewing allowance is provided around the periphery, the fabric of the tabi is taken, and the tabi is manufactured by sewing. The order slips for the left and right feet are printed on the front and back, and the part of the line is printed in the same place. Only this part is cut out, put in an envelope, and mailed. The tabi made in this manner was comfortable to wear with no wrinkles on the surface when worn on the feet and fitted to the feet.

The measuring tool (pattern) used in the method for manufacturing a custom tabi according to the present invention, when ordering a tabi, each person measures each measuring point by himself and measures the dimensions as shown in FIG. 6 and FIG. You can order a tabi that fits your feet in a simple way by filling out a simple order slip and mailing the completed slip to a tabi shop or factory.

As a simple manufacturing method of the present invention, there are four types, a thin type, a standard type, a plump type and a loose type, according to the shape of the foot, and a specific size prepared in advance based on the length of the foot. The tabi cloth can be selected and sewn to produce a custom tabi. At this time, an order can be placed by a simple method by bringing or returning only the entry form shown in FIG.

[0020]

According to the method for manufacturing a custom tabi according to the present invention, the circumference of several feet can be measured by a convenient and simple method, and a tabi suitable for the right and left feet can be manufactured. Further, according to the measuring instrument of the present invention, each measuring point can be easily measured in a state where each person places his / her foot on the order slip shown in FIGS.

[Brief description of the drawings]

FIG. 1 is a plan view of a measuring tool used in a method for manufacturing a custom tabi according to the present invention.

FIG. 2 is a schematic explanatory view showing a place where the circumference of a foot is measured by the measuring instrument of the present invention.

FIG. 3 is a schematic explanatory view showing a method of measuring the circumference of a foot in the method for manufacturing a custom tabi according to the present invention. a is a diagram showing a state in which a ruler is inserted into a cutout or through window of a pattern, b is a diagram showing a method of measuring the circumference of a foot by a ruler, c is a state in which a ruler is inserted into each cut or through window of a folded piece of a pattern. And d is a diagram showing a method of measuring the circumference H of the heel and the circumference I of the ankle.

FIG. 4 is an entry form of the embodiment used in the present invention.

FIG. 5 is an entry form according to another embodiment according to the classification of the last used in manufacturing the tabi of the present invention.

FIG. 6 is a plan view of an embodiment of an order slip for a right foot used in the method for manufacturing a custom tabi according to the present invention.

FIG. 7 is a plan view of an embodiment of an order slip for a left foot according to the present invention.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Pattern paper 2 Contact line 2a Vertical line around heel 3 Fold line 4 Contact point 5 Ruler 6 Folded piece 7 Scale 8 Notch or pass-through H H around heel 9,10,11,12 Notch or pass-through I Around ankle J Around four kohaze Around K 5 kohaze

Claims (8)

(57) [Claims] 1. A heel vertical line drawn by a vertical writing tool in contact with the heel peripheral surface is aligned with an arc-shaped curve printed on a pattern on which the sole surface is placed, and the writing tool is similarly set up. Copy and write the outline of the bottom of the toe, write the intersection between the toes of the thumb and the second finger, length A from the tip of the thumb to the vertical edge of the heel circumference, the tip of the second finger to the vertical edge of the heel circumference The length B from the intersection between the toes to the end of the vertical line around the heel is measured, and then the length around the toe of the toe,
The length around the most bulged part of the outer side of the attachment part of the thumb and the little finger, the high point of the instep as the top, the circumference length passing through the arch, the ankle and the instep from the rising part of the heel Manufacturing a custom tabi, characterized by measuring the length around the curved line and two or three ankle dimensions at a predetermined distance from the floor, and sewing the tabi from the tabi cloth based on these measured values. Method. 2. At the time of the measurement of each part, the foot is classified into four types, a thin type, a standard type, a plump type, and a loose type according to the shape of the foot. 2. The tabi as claimed in claim 1, wherein the tabi is sewn from a tabi cloth of a predetermined size based on the length of the foot from the vertical edge around the heel to the tip of the thumb or the second finger. Tabi manufacturing method. 3. A heel circumference vertical line 2a drawn by a vertical writing tool in contact with the heel peripheral surface when the foot sole is placed on the surface of the sheet-like pattern is printed, and the vertical line is drawn with respect to this vertical line. The outline of the foot is drawn by a writing instrument inclined at about 60 degrees, the arc-shaped contact line 2 of the heel is printed, and the fold line 3 provided along the tangent line contacting the bulging end of the vertical line 2a around the heel is formed. A graduation 7 for printing and indicating the distance from the heel fold line 3 of the heel circumference vertical line 2a to the tip of the finger, and a fold 6 extending from the fold line 3 of the pattern and vertically folded up Is provided with a scale 7a for displaying the distance from the folding line,
Along these scales 7, 7a, a plurality of cuts or through-windows on the foot side parallel to both sides and a pair of cuts or through-windows parallel to the side of the folding piece 6 are provided at a position separated by a predetermined distance from the folding line. A custom socks measuring instrument characterized by comprising a single sheet provided. 4. The measuring instrument according to claim 3, wherein one or two cut-out scales are printed on both sides of the sheet. 5. An arc-shaped vertical line 2a around the heel, a contact line 2, a fold line 3, a scale 7 on the foot side, a scale 7a on the folded piece 6 side, etc. of a pattern on which the heel is placed, are printed on the front side. 5. The measuring instrument for a custom tabi according to claim 3, wherein the measuring tool is used for measuring a right foot and the rear side is measuring for a left foot. 6. A heel-perpendicular line 2a drawn by a writing tool which is vertically set in contact with the heel peripheral surface is printed on an arc-shaped curve printed on a pattern on which a sole surface is placed on a sheet. The outline of the foot was drawn by a writing instrument inclined at about 60 degrees with respect to the line, the arc-shaped contact line 2 of the heel was printed, and provided along the tangent line contacting the bulging end of the vertical line 2a around the heel. The fold line 3 is printed and the heel circumference vertical line 2a is printed.
A scale 7a for indicating the distance from the fold line 3 to the tip of the finger, and a scale 7a for indicating the distance from the fold line 3 on a folded piece 6 of the pattern extending from the fold line 3 and vertically folded. Along the scales 7 and 7a, a cut or through window on the foot side parallel to both sides and a pair of cuts or through windows parallel to the folded piece 6 side are provided at a predetermined distance from the folding line 3. Using a single sheet provided at a plurality of separated places, the heel of the foot is placed along the arc-shaped vertical line 2a around the heel of the sheet, and the flat writing implement applied to the side of the foot is put on the foot. Is moved along the contour of the bottom of the above to draw a footprint on the sheet, measure the distance from the fold line 3 to the tip of the thumb and the second finger to obtain the respective lengths, and then, Fold line 3 of the heel from the intersection between the toes with the second finger
And the length around the toe of the toe is measured, and a flexible ruler is inserted into the cut or through window of the pair on the foot side of the sheet, and the ruler is sequentially cut along the cut. While moving, measure the length around the most bulged part of the outer surface of each of the attached parts of the thumb and little finger, the high point of the instep as the top, measure the circumference length passing through the arch, and the foot side Remove the ruler from the notch or through window, insert the ruler into the pair of notches or through the window near the heel on the folded side, and measure the length around the curve of the ankle and instep from the rising part of the heel. Measure, then insert a ruler into two or three pairs of cuts or through windows at a predetermined distance from the floor to measure the ankle circumference at each location, and based on the measured values of each of these lengths, tabi socks Take the cloth mold, and from this tabi cloth Tailored socks method measurement and wherein the sewing manufacturing the bag. 7. A sheet over preparative over arcuate curve printed on paper for mounting a foot bottom surface, as well as printing the heel about a vertical line 2a drawn by writing tool upright in contact with the heel peripheral surface,
An outline of the foot is drawn by a writing instrument inclined at about 60 degrees with respect to this vertical line, an arc-shaped contact line 2 of the heel is printed, and along the tangent line contacting the bulging end of the heel circumference vertical line 2a. The fold line 3 provided is printed, and a scale 7 is provided to display the distance from the heel fold line 3 of the heel circumference vertical line 2a to the tip of the finger, while extending vertically from the fold line 3 of the pattern paper and extending vertically. The folding piece 6 to be folded up is provided with scales 7a for indicating the distance from the folding line, and along these scales 7, 7a, cuts or through windows on the foot side parallel to both sides and parallel to the folding piece 6 side. A measuring unit provided with a plurality of notches or through-holes at a predetermined distance from the folding line 3, a length of a distance from the folding line 3 of the heel to the tip of the thumb and the second finger, The length from the intersection between the toes with the second finger to the fold line 3, The length around the attachment of the thumb, the length around the most bulged part of the outer surface of each of the attachment parts of the thumb and the little finger, and the height of the instep as the top, the length around the arch, A measuring point explanation section explaining the length of the circumference passing through the curve between the ankle and the instep from the rising part of the heel, and two or three ankle circumferences at a predetermined distance from the floor, and a contour of the foot. and footprints duplicate description portion described how to draw transcribed, insert the ruler to the incision or through a window of each measurement point
A custom tabi order form, comprising: a measuring method explanation section for explaining a measuring method; an entry section for entering a measured dimension value; and a ruler section on which a cutable scale is printed. 8. The apparatus according to claim 1, wherein the measuring section, the measuring section explanation section, the footprint copying explanation section, the measuring method explanation section, the writing section and the ruler section are printed on both sides of one sheet for left and right feet. The custom tabi order slip according to claim 7.