Embroidering method for fluffy embroidery
An embroidery and fluffy technology, applied in the textile field, can solve the problems of not being able to reflect the sense of sight, the lack of vitality and vitality of the embroidery, and the inability to truly reflect the natural state of plants in nature.
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Embodiment 1
[0024] Choose black silk fabric as the base material, according to the method of long and short needle cross stitches, and make the angle between the direction of the needle and the base material form a 90-degree angle, use different colors of colored silk threads to embroider the green plants that exist in nature, and control them in an upward and upward direction. In the process of drawing the thread, the distance between the highest end of the thread and the bottom material is 0.3mm, which creates a natural feeling with a certain fluffy feeling and three-dimensional, natural vitality and vitality when viewed from the side.
Embodiment 2
[0026] When embroidering specific objects with edges such as buildings, the height difference between the uppermost plane of the specific image and the base material can be 15mm, thereby highlighting its three-dimensional effect, and the direction of needle application is at an acute angle with the base material. angle form.
Embodiment 3
[0028] When the specific objects in embroidery are flowerbeds of different heights arranged at different levels in nature, the height difference between the uppermost plane of the specific objects and the bottom material can be 8mm and 0.3mm mixed with each other, so as to have a more layered and close Natural feeling.
[0029] Through actual verification, it can be seen that when the method provided by the present invention is used to embroider different specific images, the purpose of expressing different specific images vividly can be achieved, vivid and specific, and has a stronger sense of sight.
[0030] Since the base material wants to show a three-dimensional feature, it must be formed to protrude from the plane where the base material is located. Therefore, the present invention specifically adjusts the application of each stitch by setting stitches that are higher than the plane where the base material is located. A height difference of 0.3-15mm is formed between the...
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