Design Of Belt Shoes

The strap shoe is a special change of shoelace, which consists of two parts: the horizontal belt and the vertical belt.

The end of the strap is formed by a ring sleeve, and is connected with the inner ring sleeve to play a connecting role.

Because of the connection between the belt and the belt, the upper shoe has become a closed structure. Therefore, the shoe is essentially a full shoe.

Because of the strong foot holding ability of the strap shoe, it can also be designed with the female head last, which is not the other shallow shoes.

The length of the vertical band of the strap shoe can refer to the three shoelace positions of the shoe in the shallow area, the width of the belt is based on the width of the strip, the width of the total belt and the width of the strip are divided into golden section, and the width of the belt is slightly wider.

There are differences between Ding band and Ding Ding belt.

See the color picture L-21, this is a broken Ding belt shoes, Ding belt and shoe is connected.

The color picture L-23 is an integral belt shoe, and the belt is connected with the shoe.

The color picture L-22 is special, it is a product that combines the belt structure with the structure.

1. design of broken band shoes

As shown in figure 3-4-8, this is the imitation design of the color picture L-21.

 

The so-called break Ding belt refers to the structure of the belt and the shoe upper into two separate parts.

First, the position, width, length and the position of the shoe are determined on the back midline.

The EE in the picture is the width of the pverse band.

The vertical line of the back midline is passed through the E and E'points, and the pverse belt is designed according to the method of the design circle.

The width of the strip is 10 ~ 12mm.

The position of the belt is 1/2 at the angle between the extension line of the front middle line and the back midline, which is similar to the position of the broken tongue.

Then the 0 point is the center of the circle, and the radius of O'E'is used as the arc to cross the 1/2 angle line. The actual length E of the vertical band is determined.

The total width of the belt is about 1.5 times that of the horizontal band, and the width of the half side is 3/4 more than that of the horizontal strip. Since E points out the vertical line of the middle line of the belt, the width of the rear section is measured.

On the basis of the backend width, a strip width of 10 ~ 12mm and a processing quantity 5mm are extended backwards.

The return line mark is greater than the strip width 2mm.

The front end is extended on the basis of the rear end width, and is designed to intersect the shoe with the beautiful arc.

The front end of the arc is O'point.

The rest is designed with shoes around the round mouth.

Because the pverse band is connected with the belt, the shoe is sealed up, so the length of the belt is determined by the way of circular arc, that is, to take the angle of the horn, which is equivalent to the "drop tongue" after the tongue has been spoken before.

When it is stretched, the belt will rotate and rise, which will be exactly the same as the pverse band.

If you do not take the stilts, just take the length of the belt to design the belt. When the tension is done, the belt will shorten and pull the horizontal band, so that the pverse band can not be attached to the last.

2. the design of the whole belt shoe.

The so-called "Ding Ding" refers to the connection between the belt and the front Gang as a whole.

As shown in Fig. 3-4-9, first, the length and width of the strip, and the position and the length of the belt are determined on the back midline.

The location of the break is below the pverse band.

The width of the strip is 10 ~ 12mm.

 

The O'point is the center of the circle, and the O'E' length is the arc extending to the extension line of the back midline. The length of the belt is E "point".

According to the method of designing the broken tape, the width and total length of the back section and the processing mark were designed.

Make a circular arc on the basis of the width of the belt, and connect it with the shoe, and set the O'point on the arc.