CN107252144B

CN107252144B - Swimming suit mold cup capable of gathering auxiliary breast and preventing breast from pressing and processing method thereof

Info

Publication number: CN107252144B
Application number: CN201710703275.5A
Authority: CN
Inventors: 王建国
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-08-16
Filing date: 2017-08-16
Publication date: 2023-04-07
Anticipated expiration: 2037-08-16
Also published as: CN107252144A

Abstract

The invention relates to a swimming suit mold cup capable of gathering auxiliary breast and keeping auxiliary breast from pressing chest and a processing method thereof, and belongs to the technical field of swimming suit mold cups. The front projection of the swimming suit mold cup which gathers and gathers the accessory breast without pressing the chest is irregular and round, the upper part is a neckline, the right side is a cuff line and is in an arch shape, and the lower part is a cup bottom line and is in an arch shape; the upper division point of the neckline is positioned on the neckline, the length from the upper division point of the neckline to the heart point is a, the length from the upper division point of the neckline to the upper ear point is b, and a is 0.35 to 0.42 of b; the bowl separating line side branch point is positioned on the cuff line, the length from the bowl separating line side branch point to the lower ear point is c, the length from the bowl separating line side branch point to the clamping bend point is d, and c is 0.35-0.42 of d; the intersection point of the cup profile line, the cup high line and the bowl dividing line is a vertex. The invention gathers the chest, does not press the chest and has obvious effect of collecting the accessory breast; when the swimming suit is applied to the swimming suit, the wearing effect is beautiful and comfortable, and the health of human breasts is benefited; the processing method is convenient and fast, and the efficiency is greatly improved compared with the traditional method; the mold cups are symmetrical left and right, and the error is extremely small.

Description

Swimming suit mold cup capable of gathering auxiliary breast and preventing breast from pressing and processing method of swimming suit mold cup

Technical Field

The invention belongs to the technical field of swimsuit mold cups, and particularly relates to a swimsuit mold cup capable of gathering auxiliary breast and preventing breast from pressing and a processing method thereof.

Background

The highest point outside and the lowest point inside the mold cup of the swimsuit are collectively called as vertexes, and the positions of the vertexes do not have fixed data. The traditional model cup of the swimming suit has no fixed position interval for the vertex position and the curvature of the high line of the cup, the vertex position and the curvature are determined by a method based on feeling without the support of professional measuring tools and software equipment, and the model cup made in this way has no comfort. The result is that the swimming suit is worn without gathering, and the auxiliary breast is not retracted, the chest is pressed, and the cup is empty.

According to the traditional swimming suit mold cup manufacturing process, the design steps of the new version are as follows: 1. the left side and the right side of a mold cup are made of solid gypsum by a manual carving method, then the thickness and the shape of each position of the mold cup are manually taken, no professional measuring tool is used in the process, the manual operation is completely performed, the error is usually about 1 to 2mm, and the size and the radian of the left side and the right side of the mold cup made of a gypsum mold are completely asymmetric. 2. The method is characterized in that a manually-made gypsum mould is used as a prototype, a high-temperature liquid aluminum founding mode is adopted, and the shape of a mould cup is deformed again in the process of founding and drawing. 3. And after sand casting, polishing the rate die, removing the solidified aluminum with the thickness of 1 to 2mm by adopting a hand grinding wheel type, then performing rough polishing, and finally performing fine polishing.

Through the three steps, the vertex and the radian of the mold cup cannot be effectively measured and improved, the mold cup has great randomness, the mold cup is easy to be manufactured to cause asymmetry of the left mold cup and the right mold cup, the vertex of the mold cup is not combined with the nipple of the female breast at the left position, the right position, the upper position and the lower position, and as a result, the nipple cannot be correctly matched with the vertex position of the mold cup, if the vertex position deviates from the cuff direction, the mold cup does not gather the breast, if the vertex position deviates from the heart direction, the mold cup does not collect auxiliary breast, and if the vertex position deviates from the heart direction, the mold cup easily gets out of water during swimming. If the arc degree of the cup is too steep, the upper bust is not fully filled in the mold cup and is easy to get out of sight, and if the arc degree is too steep, the bust can be pressed on, so that breast ischemia is caused, and health is influenced.

According to data statistics, the production value of national swimsuit in 2015 is as high as 300 hundred million, and accounts for five sixths of the world. Under such large market demands, people have higher requirements on swimsuits, which are not only aimed at the swimming industry, but also become a fashionable symbol. Therefore, the requirements of people on the swimsuit are not only on the style and the design, but also more importantly, the swimsuit can show the curved beauty of women and is comfortable to wear, so that people can reach the most comfortable degree when playing water on vacation or doing swimming sports. At present, most of the domestic swimming suit mold cup enterprises imitate new products of the same industry in foreign countries, and the swimming suit mold cups which are really suitable for the Chinese people are not designed by combining the body types of the Chinese people, so that the mold cup market is relatively passive. Market research shows that a large part of female client groups are unsatisfactory for the cups of the same size and the cups are easy to be empty because the cups cannot gather and collect the auxiliary breast.

Disclosure of Invention

In order to solve the existing technical problems, the invention provides a swim-suit mold cup capable of gathering and gathering sub-breast without pressing chest and a processing method thereof, which can effectively solve the problems of incorrect vertex position and incorrect neckline radian of the mold cup, and achieve the most suitable wearing effect of the swim-suit mold cup by determining the neckline, the cup height line, the short-edge-long-edge ratio of the cup outline within the range of 0.35 to 0.42 and the radian of the mold cup vertex and the upper bowl, thereby fundamentally solving the problems of no gathering, no gathering and pressing chest, and the like.

The technical scheme adopted by the invention is as follows:

a swimming suit mold cup capable of gathering and collecting auxiliary breast without pressing chest comprises a neckline (1), cuff lines (2), a cup bottom line (3), a cup outline line (4), a cup high line (5), a bowl dividing line (6), a vertex (7), upper dividing points (8) of the neckline, side dividing points (9) of the bowl dividing line, a cup bottom midpoint (10), a chicken heart point (11), an upper ear point (12), a clamp bending point (13), an upper bowl (14), a lower bowl (15) and a lower ear point (16), wherein the front projection of the swimming suit mold cup capable of gathering and collecting auxiliary breast without pressing chest is irregular and circular, the upper part is the neckline (1) and is wavy, the right side is the cuff line (2) and is arched, and the lower part is the cup bottom line (3) and is arched; the connecting point of the cuff line (2) and the cup bottom line (3) is a bending point (13), and the included angle between the cuff line (2) and the cup bottom line (3) is 100-125 degrees; the central point of the cup bottom line (3) is the middle point (10) of the cup bottom; the connection point of the neckline (1) and the cup bottom line (3) is a heart point (11), and the connection section of the neckline (1) and the cup bottom line (3) is in a heart shape; the upper division point (8) of the neckline is positioned on the neckline (1), the length from the upper division point (8) of the neckline to the heart point (11) is a, the length from the upper division point (8) of the neckline to the upper ear point (12) is b, and a is 0.35-0.42 of b; the bowl dividing line side branch point (9) is positioned on the cuff line (2), the length from the bowl dividing line side branch point (9) to the lower ear loop point (16) is c, the length from the bowl dividing line side branch point (9) to the clamping bending point (13) is d, and c is 0.35-0.42 of d; the connecting line of the bending point (13) and the heart point (11) is a cup profile line (4), and the cup profile line (4) is in an arch shape and is arched towards the neckline; the connecting line of the upper division point (8) of the neckline and the middle point (10) of the cup bottom is a cup altitude line (5), and the cup altitude line (5) is in an arched shape and is arched outwards; a smooth curve connecting the chicken heart point (11) and the bowl dividing line side dividing point (9) is a bowl dividing line (6), and the intersection point of the cup profile line (4), the cup high line (5) and the bowl dividing line (6) is a vertex (7); the part above the bowl separating line (6) is an upper bowl (14), and the part below the bowl separating line (6) is a lower bowl (15); the width of the upper loop point (12) and the width of the lower loop point (16) are set to be 0-4 cm, and when the width of the upper loop point (12) and the width of the lower loop point (16) are set to be 0cm, the upper loop point (12) and the lower loop point (16) are overlapped to form a point; the proportion of the short side to the long side of the collar line (1), the cuff line (2) and the cup high line (5) is kept consistent, and the proportion range is 0.35-0.42.

A swimming suit mold cup capable of gathering auxiliary breast without pressing chest comprises the following processing steps: firstly, measuring the sizes of a collar line (1), a cuff line (2), a cup bottom line (3) and a cup high line of a conventional mold cup through a 3D scanner; secondly, importing the data acquired by scanning into three-dimensional modeling software, calculating accurate upper division points (8) of the neckline (1) with the proportion of the short side to the long side of 0.35-0.42 through a measuring tool of the software, connecting middle points (10) of the bottom of the cup through the upper division points (8) of the neckline, and projecting the obtained line on the mold cup to obtain a new cup height line (5); thirdly, calculating accurate bowl separating line side branch points (9) of the ratio of the short edge to the long edge of the cuff line (2) between 0.35 and 0.42 by using a software measuring tool, and taking a line connecting the chicken heart point (11) and the bowl separating line side branch points (9) along the curved surface of the mold cup as a bowl separating line (6); fourthly, calculating the position where the ratio of the short edge to the long edge on the new accurate cup height line (5) is 0.35-0.42 by using a software measuring tool, connecting a chicken heart point (11) with the position to a clamping bending point (13) along the curved surface of the mold cup, wherein the obtained line is a cup profile line (4), and the position where the cup height line (5), the bowl dividing line (6) and the cup profile line (4) are crossed is a mold cup vertex (7); fifthly, importing the obtained new data into three-dimensional modeling software, carrying out drawing and making programs, making a mould by using a numerical control processing center, and then heating and forming the sponge to make a mould cup; sixthly, horizontally and vertically decomposing a force Fa acting after the vertex (7') of the conventional mold cup deviates from the vertex (7) of the mold cup to obtain a force Fx and a force Fy, wherein the force Fx provides a gathering force for the heart point (11), fat under the armpit is driven to deviate 4-5 cm in the heart direction, and the force Fy provides an upward lifting force; the curvature is changed due to the fact that the position of the top point (7) deviates to the position of the heart point (11), so that the space of the upper bowl (14) is increased compared with that of a conventional mold cup, and the chest pressing situation cannot occur.

The invention has the beneficial effects that:

by the design that the vertex deviates towards the heart of the chicken, the effect of gathering the chest is very obvious, the chest is not pressed, the cup is not empty, and the armpit fat is driven to deviate from 4 to 5cm towards the heart of the chicken, so that the effect of collecting the side milk is achieved; when the swimming suit is applied to the swimming suit, the swimming suit is beautiful and comfortable to wear, prevents the breast from drooping and is beneficial to the health of the breasts of a human body; the processing method is convenient and fast, and the efficiency is greatly improved compared with the traditional method; the mold cups are symmetrical left and right, and the error is extremely small.

Drawings

The swimming suit mold cup for gathering auxiliary breast without pressing breast and the processing method thereof are further described with reference to the attached drawings:

fig. 1 is a schematic front projection view of a right side mold cup of the swimming suit mold cup for gathering auxiliary breast without pressing the chest.

Fig. 2 is a right side plan view of the present invention.

Fig. 3 is a schematic front view of the present invention.

Fig. 4 is a mechanical plan view of the present invention.

FIG. 5 is a schematic front projection view of the right mold cup of the present invention.

FIG. 6 is a schematic front projection view of the right mold cup of the present invention.

FIG. 7 is a schematic front view of the right mold cup of the present invention.

FIG. 8 is a schematic front projection view of the right mold cup of the present invention.

In the figure: 1 is a collar line; 2 is a cuff line; 3 is a cup bottom line; 4 is a cup profile; 5 is a cup height line; 6 is a bowl separating line; 7 is a vertex; 7' is the vertex of the conventional model cup; 8 is a division point on the neckline; 9 is a bowl dividing line side division point; 10 middle point of the cup bottom; 11 is the heart of a chicken; 12, placing a loop point; 13 is a pinch point; 14 is an upper bowl; 15 is a lower bowl; and 16 is the lower ear point.

Detailed Description

In order to further illustrate the present invention, the following detailed description of the present invention is made with reference to the accompanying drawings and examples, which should not be construed as limiting the scope of the present invention.

Examples

As shown in fig. 1-3, a swimming suit mold cup for gathering and gathering auxiliary breast without pressing chest comprises a neckline 1, a cuff line 2, a cup bottom line 3, a cup contour line 4, a cup height line 5, a bowl dividing line 6, a vertex 7, a neckline upper dividing point 8, a bowl dividing line side dividing point 9, a cup bottom midpoint 10, a chicken heart point 11, an upper earring point 12, a clamp bending point 13, an upper bowl 14, a lower bowl 15 and a lower earring point 16, wherein the front projection of the swimming suit mold cup for gathering and gathering auxiliary breast without pressing chest is irregular and circular, the upper part is the neckline 1 and is in a wave shape, the right side is the cuff line 2 and is in an arch shape, and the lower part is the cup bottom line 3 and is in an arch shape; the connecting point of the cuff line 2 and the cup bottom line 3 is a pinch point 13, and the included angle between the cuff line 2 and the cup bottom line 3) is 100-125 degrees; the central point of the cup bottom line 3 is the cup bottom midpoint 10; the connection point of the neckline 1 and the cup bottom line 3 is a heart point 11, and the connection section of the neckline 1 and the cup bottom line 3 is in a heart shape; the upper division point 8 of the neckline is positioned on the neckline 1, the length from the upper division point 8 of the neckline to the chick-heart point 11 is a, the length from the upper division point 8 of the neckline to the upper ear point 12 is b, and a is 0.35-0.42 of b; the bowl line side division point 9 is positioned on the cuff line 2, the length from the bowl line side division point 9 to the lower loop point 16 is c, the length from the bowl line side division point 9 to the clamp bending point 13 is d, and c is 0.35-0.42 of d; the connecting line of the clamping bending point 13 and the chicken heart point 11 is a cup profile line 4, and the cup profile line 4 is in an arch shape and is arched towards the neckline; the connecting line of the upper branch point 8 of the neckline and the middle point 10) of the cup bottom is a cup high line 5, and the cup high line 5) is in an arched shape and is arched outwards; a smooth curve connecting the chicken heart point 11 and the bowl dividing line side dividing point 9 is a bowl dividing line 6, and the intersection point of the cup profile line 4, the cup high line 5 and the bowl dividing line 6 is a vertex 7; the part above the bowl separating line 6 is an upper bowl 14, and the part below the bowl separating line 6 is a lower bowl 15; the widths of the upper loop point 12 and the lower loop point 16 are set to be 0-4 cm, and when the widths are set to be 0cm, the upper loop point 12 and the lower loop point 16 are superposed to form a point; the proportion of the short edges to the long edges on the neckline 1, the cuff line 2 and the cup high line 5 is kept consistent, and the proportion range is 0.35-0.42.

A swimming suit mold cup for gathering auxiliary breast without pressing chest comprises the following processing steps: firstly, measuring the sizes of a collar line 1, a cuff line 2, a cup bottom line 3 and a cup high line by a 3D scanner of a conventional mold cup; secondly, importing the data acquired by scanning into three-dimensional modeling software, calculating an accurate upper division point 8 of the collar line with the ratio of the short side to the long side of the collar line 1 between 0.35 and 0.42 through a measuring tool of the software, connecting a middle point 10 of the bottom of the cup through the upper division point 8 of the collar line, and projecting the obtained line on the mold cup to obtain a new cup altitude 5; thirdly, calculating accurate bowl dividing line side division points 9 with the ratio of the short edge to the long edge of the cuff line 2 being 0.35-0.42 by using a software measuring tool, wherein a line connecting the chicken heart point 11 and the bowl dividing line side division points 9 along the curved surface of the mold cup is a bowl dividing line 6; fourthly, calculating the position where the ratio of the short edge to the long edge on the new accurate cup height line 5 is 0.35-0.42 by using a software measuring tool, connecting the chicken center point 11 with the position to the clamp bending point 13 along the curved surface of the mold cup, wherein the obtained line is the cup profile line 4, and the position where the cup height line 5, the bowl separating line 6 and the cup profile line 4 are crossed is the mold cup vertex 7; fifthly, importing the obtained new data into three-dimensional modeling software, carrying out drawing and making programs, making a mould by using a numerical control machining center, and then heating and forming the sponge to make a mould cup; sixthly, horizontally and vertically decomposing a force Fa acting after the vertex 7' of the conventional mold cup deviates from the vertex 7 of the mold cup to obtain a force Fx and a force Fy, wherein the force Fx provides a gathering force to the heart point 11 of the chicken, fat under the armpit is driven to deviate 4-5 cm in the heart direction, and the force Fy provides an upward lifting force; the curvature caused by the position deviation of the vertex 7 to the heart point 11 changes, so that the space of the upper bowl 14 is increased compared with the conventional mold cup, and the chest pressing situation cannot occur.

Examples

As shown in fig. 4, 7' is the top of the conventional mold cup, the force Fa is horizontally and vertically decomposed to obtain forces Fx and Fy, the force Fx provides a gathering force to the heart of the chicken, and simultaneously drives the fat under the armpit to deviate 4 to 5cm in the heart direction of the chicken to play a role in gathering the milk; fy provides an upward lifting force that prevents the chest from drooping and does not empty the cup.

Examples

As shown in fig. 5, the neckline 1 is in a wave shape; the distance between the upper ear point 12 and the lower ear point 16 is 0, and the upper ear point and the lower ear point are superposed into a point; the rest is the same as described in example 1.

Examples

As shown in fig. 6, the neckline 1 is in a wave shape; the distance between the upper ear point 12 and the lower ear point 16 is 1.2cm; the rest is the same as described in example 1.

Examples

As shown in fig. 7, the neckline 1 is in a wave shape; the distance between the upper ear point 12 and the lower ear point 16 is 1cm; the rest is the same as described in example 1.

Examples

As shown in fig. 8, the neckline 1 is in a wave shape; the distance between the upper ear point 12 and the lower ear point 16 is 4cm; the rest is the same as described in example 1.

The foregoing is only a preferred embodiment of the present invention, and it should be noted that those skilled in the art can make various improvements and modifications without departing from the principle of the present invention, and these improvements and modifications should also be construed as the protection scope of the present invention.

Claims

1. The utility model provides a gather together and receive vice breast and do not press swimsuit mould cup of chest, includes neck line (1), cuff line (2), bottom of cup line (3), cup outline line (4), cup altitude (5), divide bowl line (6), summit (7), division point (8) on the neck line, divide bowl line side division point (9), bottom of cup mid point (10), heart point (11), go up auricle point (12), press from both sides turning point (13), go up bowl (14), bowl (15) and lower auricle point (16), its characterized in that: the front projection of the swimming suit mold cup which gathers and gathers the accessory breast without pressing the chest is irregular and round, the upper part is a neckline (1) which is wave-shaped, the right side is a cuff line (2) which is arc-shaped, and the lower part is a cup bottom line (3) which is arc-shaped; the connecting point of the cuff line (2) and the cup bottom line (3) is a bending point (13), and the included angle between the cuff line (2) and the cup bottom line (3) is 100-125 degrees; the central point of the cup bottom line (3) is the middle point (10) of the cup bottom; the connection point of the neckline (1) and the cup bottom line (3) is a heart point (11), and the connection section of the neckline (1) and the cup bottom line (3) is in a heart shape; the upper division point (8) of the neckline is positioned on the neckline (1), the length from the upper division point (8) of the neckline to the heart point (11) is a, the length from the upper division point (8) of the neckline to the upper ear point (12) is b, and a is 0.35-0.42 of b; the bowl dividing line side branch point (9) is positioned on the cuff line (2), the length from the bowl dividing line side branch point (9) to the lower ear loop point (16) is c, the length from the bowl dividing line side branch point (9) to the clamping bending point (13) is d, and c is 0.35-0.42 of d; the connecting line of the bending point (13) and the heart point (11) is a cup profile line (4), and the cup profile line (4) is in an arch shape and is arched towards the neckline; the connecting line of the upper division point (8) of the neckline and the middle point (10) of the cup bottom is a cup high line (5), and the cup high line (5) is in an arched shape and is arched outwards; a smooth curve connecting the chicken heart point (11) and the bowl dividing line side dividing point (9) is a bowl dividing line (6), and the intersection point of the cup profile line (4), the cup high line (5) and the bowl dividing line (6) is a vertex (7); the part above the bowl separating line (6) is an upper bowl (14), and the part below the bowl separating line (6) is a lower bowl (15); the width of the upper loop point (12) and the width of the lower loop point (16) are set to be 0-4 cm, and when the width of the upper loop point (12) and the width of the lower loop point (16) are set to be 0cm, the upper loop point (12) and the lower loop point (16) are overlapped to form a point; the proportion of the short edges and the long edges on the neckline (1), the cuff line (2) and the cup height line (5) is kept consistent, and the proportion range is 0.35-0.42.

2. A swimming pack mold cup for gathering auxiliary breast without pressing breast according to claim 1, wherein the processing method comprises the following steps: firstly, measuring the sizes of a collar line (1), a cuff line (2), a cup bottom line (3) and a cup high line of a conventional mold cup through a 3D scanner; secondly, importing the data acquired by scanning into three-dimensional modeling software, calculating accurate upper division points (8) of the neckline (1) with the ratio of the short side to the long side of 0.35-0.42 through a measuring tool of the software, connecting a middle point (10) of the bottom of the cup through the upper division points (8) of the neckline, and projecting the obtained line on the mold cup to obtain a new cup altitude (5); thirdly, calculating accurate bowl separating line side branch points (9) of the ratio of the short edge to the long edge of the cuff line (2) between 0.35 and 0.42 by using a software measuring tool, and taking a line connecting the chicken heart point (11) and the bowl separating line side branch points (9) along the curved surface of the mold cup as a bowl separating line (6); fourthly, calculating the position where the ratio of the short edge to the long edge on the new accurate cup height line (5) is 0.35-0.42 by using a software measuring tool, connecting a chicken heart point (11) with the position to a clamping bending point (13) along the curved surface of the mold cup, wherein the obtained line is a cup profile line (4), and the position where the cup height line (5), the bowl dividing line (6) and the cup profile line (4) are crossed is a mold cup vertex (7); fifthly, importing the obtained new data into three-dimensional modeling software, carrying out drawing and making programs, making a mould by using a numerical control processing center, and then heating and forming the sponge to make a mould cup; sixthly, horizontally and vertically decomposing a force Fa acting after the vertex (7') of the conventional mold cup deviates from the vertex (7) of the mold cup to obtain a force Fx and a force Fy, wherein the force Fx provides a gathering force to the heart point (11), fat under the armpit is driven to deviate 4-5 cm in the heart direction, and the force Fy provides an upward lifting force; the curvature is changed due to the fact that the position of the top point (7) deviates to the position of the heart point (11), so that the space of the upper bowl (14) is increased compared with that of a conventional mold cup, and the chest pressing situation cannot occur.