Men's clothing stand collar parameter table making method and system and clothing stand collar

Abstract

The invention relates to a male clothes stand collar parameter table making method and system and a clothes stand collar, and the method comprises the following steps: S1, taking a basic collar height h as a starting level, taking a maximum collar height hmax as a highest level, dividing a plurality of levels of collar heights h, and determining a plurality of rear middle V chamfers A, a front impulse s and a neck line N corresponding to the plurality of levels of collar heights h; s2, determining a front collar height h < front >, a front collar lower opening angle C, a rear collar lower opening angle D and a collar lower opening circumference corresponding to each layer of collar height; and S3, formulating a male clothing stand collar parameter table and the like according to the data. According to the method, the stand collar design parameters including the front impulse, the rear middle V chamfer and the like can be rapidly determined directly according to the parameters such as the net collar line determined through screening through the established calculation model, meanwhile, the obtained stand collar design parameters can be rapidly adjusted according to actual needs, and the preparation efficiency, stability and quality are high.

Description

Technical Field

[0001] The invention belongs to the technical field of clothing design, and relates to a method and system for formulating a men's clothing stand-up collar parameter table, and a clothing stand-up collar. Background Art

[0002] With the improvement of living standards, people's demands for clothing styles are becoming more and more diverse. Stand-up collars are one of the common clothing parts. The change in the shape of men's stand-up collars is also part of the change in clothing styles, especially the change in the height of the stand-up collars. When satisfying the collar shape, the stand-up collar of clothing must take into account the functional needs of the human body, which puts higher requirements on the overall aesthetics and functionality of the stand-up collar.

[0003] In the prior art, the method for making a men's stand-up collar lacks linkage between the height of the stand-up collar and other parameters, and it is difficult to better control the matching relationship between the parameters of the stand-up collar, collar circumference, and chamfer angle. Due to the instability of the existing technical structure of the men's stand-up collar, it is easy to cause unreasonable and unbalanced collar openings, or the collar surface to twist and collapse, especially when the stand-up collar is higher. In addition, when the stand-up collar is higher, the stand-up collar is not only related to the neck, but also to the chin and head movements, so that the situation is more complicated and repeated modifications will occur. Summary of the invention

[0004] The purpose of the present invention is to provide a method for preparing a men's stand-up collar, so as to realize the efficient and high-quality rapid preparation of the men's stand-up collar. In addition, another purpose of the present invention is to provide a men's stand-up collar preparation system that can realize the above preparation method. In addition, the present invention also provides a stand-up collar garment obtained based on the above preparation method.

[0005] The purpose of the present invention can be achieved by the following technical solutions:

[0006] The first technical solution of the present invention provides a method for preparing a stand-up collar for men's clothing, comprising the following steps:

[0007] S1. Leading with the foundation 基础 For the starting level, the maximum collar height h max As the highest level, the collar height h is divided into several levels, and the rear middle chamfer angle A, the forward impact s, and the collar circumference N corresponding to the collar height h of the several levels are determined respectively;

[0008] S2. Determine the front collar height h corresponding to the collar height of each level according to the collar height h of each level 前 , according to the back middle crouching angle A of each level, determine the front collar lower opening angle C and the back collar lower opening angle D corresponding to the back middle crouching angle of each level, and according to the front impulse s of each level and the back middle crouching angle A corresponding to each level, determine the corresponding collar lower opening circumference of each level;

[0009] S4. Formulate a men's stand-up collar parameter table based on the above data;

[0010] Among them, the rear mid-crown chamfer A, the forward impulse s, and the collar circumference N first determine the basic collar height h 基础 The corresponding foundation rear mid-angle chamfer A0 and maximum collar height h max Corresponding rear center chamfer A max 、Basic collar height h 基础 The minimum value of the corresponding forward impulse s0, the minimum value of the corresponding forward impulse s of the maximum collar height max , the minimum value of the collar circumference N corresponding to the basic collar height and the minimum value of the collar circumference N corresponding to the maximum collar height, and then determine the basic rear center chamfer A, forward impulse s and collar circumference N corresponding to the collar height h of other levels.

[0011] Furthermore, the calculation process of the base rear mid-fall chamfer A corresponding to the collar height h of each other level is as follows:

[0012] Among them, A0 is the base rear mid-angle chamfer corresponding to the base collar height, A max The rear mid-rise chamfer corresponding to the maximum collar height;

[0013] The calculation process of the forward impulse s corresponding to the collar height h of other levels is:

[0014] Among them, s0 is the minimum value of the forward impulse corresponding to the basic collar height, s max is the minimum value of the forward impulse corresponding to the maximum collar height;

[0015] The calculation process of the collar circumference N corresponding to the collar height h of other levels is:

[0016] N0=N 净 +1, Among them, N0 is the basic height h 基础 The corresponding minimum value of the collar, h max is the maximum collar height, N max The maximum collar height h max The corresponding minimum value of the collar circumference.

[0017] Furthermore, the front collar height h corresponding to the collar height of each level 前 The calculation process is:

[0018] h 前 =h-Δh, where Δh is the difference value;

[0019] The calculation process of the front collar lower opening angle C corresponding to the rear middle chamfer of each level is as follows:

[0020] Where, E is the shoulder slope;

[0021] The calculation process of the back collar lower opening angle D corresponding to the back middle chamfer of each level is as follows:

[0022]

[0023] The calculation process of the forward impulse s of each level or the corresponding back center chamfer A of each level is as follows:

[0024] F=2(Y+Z1), N=2(X+Z2), where Z1 and Z2 are equal, so Y represents the first length of the collar circumference, Z1 represents the second length of the collar circumference, Z2 represents the second length of the collar circumference, and X represents the first length of the collar circumference.

[0025] Furthermore, the maximum collar height h max The corresponding minimum collar size N max =N 头 +R 松量 +Δh 斜量 , R 松量 =2πr, where R 松量 is the radius of the back collar, r is the width of the back collar from the neck, Δh 斜量 It is the height difference between the front and rear collar slopes.

[0026] Furthermore, the basic collar height h 基础 The corresponding basic back center chamfer angle A0 is set according to the forward tilt angle of the back neck of the human body; the maximum collar height h max Corresponding rear center chamfer A max The side angle of the stand-up collar is similar to the shape of the human head and neck and can be set up upright.

[0027] Furthermore, the difference value Δh is 0.4-0.6.

[0028] Furthermore, the minimum value s0 of the forward impulse corresponding to the basic collar height is greater than or equal to 0;

[0029] The minimum value s of the forward impulse corresponding to the maximum collar height max The acquisition process is:

[0030] Over the basic collar height h 基础 The corresponding collar mouth is perpendicular to the horizontal plane and the straight line L1 is drawn, then s max It is the straight-line distance from the chin to the straight line L1.

[0031] Furthermore, the calculation process of the first length Y of the collar circumference is:

[0032] Y = h·cotA;

[0033] The calculation process of the first collar length X is: Among them, A represents the back center chamfer, h represents the collar height, s represents the forward thrust, and B represents the side angle of the front collar.

[0034] The second technical solution of the present invention is to provide a men's stand-up collar configuration system, which is used to implement any of the above-mentioned configuration methods, and the configuration system includes:

[0035] The level division module is used to classify the basic level h 基础 For the starting level, the maximum collar height h max As the highest level, the collar height h is divided into several levels, and the rear middle chamfer angle A, the forward impact s, and the collar circumference N corresponding to the collar height h of the several levels are determined respectively;

[0036] The parameter determination module is used to determine the front collar height h corresponding to the collar height of each layer according to the collar height h of each layer. 前 , according to the back middle crouching angle A of each level, determine the front collar lower opening angle C and the back collar lower opening angle D corresponding to the back middle crouching angle of each level, and according to the front impulse s of each level and the back middle crouching angle A corresponding to each level, determine the corresponding collar lower opening circumference of each level;

[0037] A table formulation module is used to formulate a men's stand-up collar parameter table based on the above data;

[0038] Among them, the rear mid-crown chamfer A, the forward impulse s, and the collar circumference N first determine the basic collar height h 基础 The corresponding foundation rear mid-angle chamfer A0 and maximum collar height h max Corresponding rear center chamfer A max 、Basic collar height h 基础 The minimum value of the corresponding forward impulse s0, the minimum value of the corresponding forward impulse s of the maximum collar height max , the minimum value of the collar circumference N corresponding to the basic collar height and the minimum value of the collar circumference N corresponding to the maximum collar height, and then determine the basic rear center chamfer A, forward impulse s and collar circumference N corresponding to the collar height h of other levels.

[0039] The third technical solution of the present invention is to provide a stand-up collar for clothing, and the stand-up collar is configured by adopting a men's stand-up collar parameter table formulated by any of the formulation methods described above.

[0040] Compared with the prior art, the present invention can quickly determine the stand-up collar design parameters including forward impulse, rear center chamfer, etc., directly according to the parameters such as net collar circumference determined by screening through the established calculation model. At the same time, the obtained stand-up collar design parameters can also be quickly adjusted according to actual needs, with high preparation efficiency, stability and quality. BRIEF DESCRIPTION OF THE DRAWINGS

[0041] Figure 1 It is a schematic diagram of the standing collar from the minimum collar height to the maximum collar height;

[0042] Figure 2is the top view cross section of the forward impulse;

[0043] Figure 3 This is a schematic diagram of a 1 / 2 collar;

[0044] Figure 4 This is a comprehensive parameter table for the stand-up collar model. DETAILED DESCRIPTION

[0045] The present invention is described in detail below in conjunction with the accompanying drawings and specific embodiments. This embodiment is implemented based on the technical solution of the present invention, and provides a detailed implementation method and specific operation process, but the protection scope of the present invention is not limited to the following embodiments.

[0046] In the following implementation modes or examples, if there is no special description of the functional modules or structures, it means that they are all conventional modules or conventional structures used in the art to realize the corresponding functions.

[0047] Since the preparation of the existing men's clothing stand-up collar is very complicated, it is easy to cause problems such as unstable and unreasonable quality of the prepared stand-up collar and repeated modifications. Therefore, the present invention first provides a preparation method for the men's clothing stand-up collar, comprising the following steps:

[0048] S1. Leading with the foundation 基础 For the starting level, the maximum collar height h max As the highest level, the collar height h is divided into several levels, and the rear middle chamfer angle A, the forward impact s, and the collar circumference N corresponding to the collar height h of the several levels are determined respectively;

[0049] S2. Determine the front collar height h corresponding to the collar height of each level according to the collar height h of each level 前 , according to the back middle crouching angle A of each level, determine the front collar lower opening angle C and the back collar lower opening angle D corresponding to the back middle crouching angle of each level, and according to the front impulse s of each level and the back middle crouching angle A corresponding to each level, determine the corresponding collar lower opening circumference of each level;

[0050] S4. Formulate a men's stand-up collar parameter table based on the above data;

[0051] Among them, the rear mid-crown chamfer A, the forward impulse s, and the collar circumference N first determine the basic collar height h 基础 The corresponding foundation rear mid-angle chamfer A0 and maximum collar height h max Corresponding rear center chamfer A max 、Basic collar height h 基础 The minimum value of the corresponding forward impulse s0, the minimum value of the corresponding forward impulse s of the maximum collar height max , the minimum value of the collar circumference N corresponding to the basic collar height and the minimum value of the collar circumference N corresponding to the maximum collar height, and then determine the basic rear center chamfer A, forward impulse s and collar circumference N corresponding to the collar height h of other levels.

[0052] The preparation method of the present invention is mainly used to quickly design and obtain the design parameters of the stand-up collar suitable for the target object. In the preparation process of the existing men's stand-up collar, it is easy to have unreasonable stand-up collar preparation, unstable quality, and repeated modifications. The preparation method of the men's stand-up collar of the present invention can be based on the established calculation model, simply by screening out the target object's adaptive net collar circumference, etc., to determine the basic collar height and the maximum collar height range, thereby quickly determining the design parameters of the stand-up collar. In addition, when the parameters of the designed stand-up collar model do not meet the actual needs, they can also be quickly adjusted through the calculation model.

[0053] In a specific implementation manner, the calculation process of the base rear mid-fall chamfer A corresponding to the collar height h of each other level is as follows:

[0054] Among them, A0 is the base rear mid-angle chamfer corresponding to the base collar height, A max The rear mid-rise chamfer corresponding to the maximum collar height;

[0055] The calculation process of the forward impulse s corresponding to the collar height h of other levels is:

[0056] Among them, s0 is the minimum value of the forward impulse corresponding to the basic collar height, s max is the minimum value of the forward impulse corresponding to the maximum collar height;

[0057] The calculation process of the collar circumference N corresponding to the collar height h of other levels is:

[0058] N0=N 净 +1, Among them, N0 is the basic height h 基础 The corresponding minimum value of the collar, h max is the maximum collar height, N max The maximum collar height h max The corresponding minimum value of the collar circumference.

[0059] In some specific embodiments, the net collar N 净 , head height h 头 、Head circumference N 头 Based on historical reference data of the target object;

[0060] The basic collar height h 基础 Obtained by direct setting, for example, directly obtained based on historical experience data.

[0061] In a specific implementation manner, the front collar height h corresponding to the collar height of each level 前 The calculation process is:

[0062] h 前=h-Δh, where Δh is the difference value;

[0063] The calculation process of the front collar lower opening angle C corresponding to the rear middle chamfer of each level is as follows:

[0064] Wherein, E is the shoulder slope; in some specific implementations, the shoulder slope E is determined according to historical experience data, and the shoulder slope is a horizontal line drawn from the shoulder and neck points, and the angle between the horizontal line and the shoulder slope is the degree of the shoulder slope, for example: the national standard shoulder slope is 18°;

[0065] The calculation process of the back collar lower opening angle D corresponding to the back middle chamfer of each level is as follows:

[0066]

[0067] The calculation process of the forward impulse s of each level or the corresponding back center chamfer A of each level is as follows:

[0068] F=2(Y+Z1), N=2(X+Z2), where Z1 and Z2 are equal, so Y represents the first length of the collar circumference, Z1 represents the second length of the collar circumference, Z2 represents the second length of the collar circumference, and X represents the first length of the collar circumference.

[0069] In some specific embodiments, the difference value Δh is 0.4-0.6, preferably 0.5.

[0070] In some specific embodiments, the maximum collar height h max The corresponding minimum collar size N max =N 头 +R 松量 +Δh 斜量 , R 松量 =2πr, where R 松量 is the radius of the back collar, r is the width of the back collar from the neck, Δh 斜量 is the height difference between the front and rear collar slopes. 斜量 These are all known setting values. Generally speaking, the width of the back collar from the neck is at least 1 cm to facilitate the movement of the neck.

[0071] In some specific embodiments, the basic collar height h 基础 The corresponding basic rear mid-angle chamfer A0 is set according to historical experience data, for example, according to the forward tilt angle of the back neck of the human body, which is generally not more than 30°; in addition, according to historical experience, the maximum collar height h max Corresponding rear center chamfer A maxThe setting needs to make the side angle of the stand-up collar similar to the connection between the human head and neck and can stand up naturally. After many historical data, the data is between [-2, 2] compared to the vertical direction.

[0072] In some specific implementations, as the collar height increases, the stand-up collar is not only related to the neck, but also to the chin and head movements. In order to prevent the collar height from affecting the head movement, the front collar needs to be able to contain the movement trajectory of the chin. Therefore, the stand-up collar forward impulse is set. Generally, the minimum forward impulse s0 corresponding to the basic collar height is greater than or equal to 0, which can be obtained by direct setting;

[0073] The minimum value s of the forward impulse corresponding to the maximum collar height max The acquisition process is:

[0074] Over the basic collar height h 基础 The corresponding collar mouth is perpendicular to the horizontal plane and the straight line L1 is drawn, then s max It is the straight-line distance from the chin to the straight line L1, that is, the distance from the chin to L1. The normal medical data is 5-8cm, preferably 5cm.

[0075] In some specific implementations, the calculation process of the first length Y of the collar circumference is: Y=h·cotA; the calculation process of the first length X of the collar circumference is: Among them, A represents the back center chamfer, h represents the collar height, s represents the forward thrust, and B represents the side angle of the front collar.

[0076] In addition, in some embodiments, the present invention further provides a men's stand-up collar preparation system, which is used to implement any of the above preparation methods, and the preparation system includes:

[0077] The level division module is used to classify the basic level h 基础 For the starting level, the maximum collar height h max As the highest level, the collar height h is divided into several levels, and the rear middle chamfer angle A, the forward impact s, and the collar circumference N corresponding to the collar height h of the several levels are determined respectively;

[0078] The parameter determination module is used to determine the front collar height h corresponding to the collar height of each layer according to the collar height h of each layer. 前 , according to the back middle crouching angle A of each level, determine the front collar lower opening angle C and the back collar lower opening angle D corresponding to the back middle crouching angle of each level, and according to the front impulse s of each level and the back middle crouching angle A corresponding to each level, determine the corresponding collar lower opening circumference of each level;

[0079] A table formulation module is used to formulate a men's stand-up collar parameter table based on the above data;

[0080] Among them, the rear mid-crown chamfer A, the forward impulse s, and the collar circumference N first determine the basic collar height h基础 The corresponding foundation rear mid-angle chamfer A0 and maximum collar height h max Corresponding rear center chamfer A max 、Basic collar height h 基础 The minimum value of the corresponding forward impulse s0, the minimum value of the corresponding forward impulse s of the maximum collar height max , the minimum value of the collar circumference N corresponding to the basic collar height and the minimum value of the collar circumference N corresponding to the maximum collar height, and then determine the basic rear center chamfer A, forward impulse s and collar circumference N corresponding to the collar height h of other levels.

[0081] The third technical solution of the present invention is to provide a standing collar for clothing, by configuring the standing collar by adopting a men's standing collar parameter table formulated by any of the formulation methods described above.

[0082] The above embodiments may be implemented individually or in any combination of two or more.

[0083] In order to better reflect the advantages of the present invention in the stand-up collar configuration process, the above implementation mode is described in more detail below in conjunction with specific embodiments.

[0084] Embodiment 1:

[0085] like Figure 4 As shown, take an adult male with a height of 175 / 96B (height / chest circumference and body type) as an example, where 175 represents height, 96 represents chest circumference, B represents body type, and the head circumference of an adult male is N. 头 It is about 53-60cm, take 58cm, head height h 头 26cm, net collar circumference N 净 Based on this, first set the basic collar height h 基础 3cm (measured at the neck circumference), based on the net collar circumference of 39cm N 净 Corresponding head height h of 26cm 头 , determine the net collar N 净 The corresponding maximum collar height h max 1 / 2 of the head height h 头 , that is, 13cm, then the collar height h of a 39cm net collar circumference is set to a range of 3 to 13cm; without considering the thickness factor, determine the basic collar height h 基础 and maximum collar height h max The corresponding collar circumference N, where the basic collar height h 基础 The corresponding minimum collar circumference is N0, which is equal to the net collar circumference plus 1, that is, 40cm, and the maximum collar height is h max The minimum value of the corresponding collar is N max, which is equal to the head circumference plus the radius looseness plus the height difference of the front and back collar slopes. The radius looseness is about 6cm, and the height difference of the front and back collar slopes is about 2cm. That is, the minimum collar circumference corresponding to the maximum collar height is about 66cm. Therefore, in the basic collar height h 基础 To the maximum collar height h max Within the range, for each unit increase in collar height h, the minimum collar circumference increases by: (minimum collar circumference corresponding to maximum collar height - minimum collar circumference corresponding to basic collar height) / (maximum collar height - basic collar height), that is, (66-40) / (13-3) = 2.6. Therefore, for collar heights between 3 and 13 cm, the minimum collar circumference ranges from 40 to 66 cm. For every 1 cm increase in collar height of 3 cm, the collar circumference increases by at least 2.6 cm. The corresponding calculation process of collar circumference N is: The method for determining the radius is as follows: the distance r between the back neck and the back neck is at least 1 cm to facilitate the movement of the neck, and the radius R 松量 =2πr, so the radius is about 6cm.

[0086] Determine the basic back center chamfer angle A0 corresponding to the basic collar height of 3cm. The basic back center chamfer angle is the angle at which the back of the human neck tilts forward, which is about 28°. Determine the back center chamfer angle A corresponding to the maximum collar height of 13cm. max In order to make the side angle of the stand-up collar similar to the connection between the human head and neck and stand up naturally, the maximum collar height corresponds to the back middle chamfer A max The range is [-2, 2], preferably -2°. Therefore, within the range from the basic collar height to the maximum collar height, the amount of reduction of the back center chamfer of the standing collar for each unit increase in collar height is: (basic back center chamfer - back center chamfer) / (maximum collar height - basic collar height), that is, [28-(-2)] / (13-3)=3. Therefore, between 3 and 13 cm collar height, the back center chamfer changes in the range of 28 to -2. On the basis of 3 cm collar height, for every 1 cm increase in height, the back center chamfer decreases by 3°, that is, the calculation process of the corresponding back center chamfer A is: Thereby determining the size of each rear middle chamfer corresponding to each collar height.

[0087] The opening angle of the front collar bottom opening = (90-the back center chamfer corresponding to the current collar height / 2-the basic back center chamfer / 2-the shoulder slope) / 2, so the back center chamfer corresponding to the 3cm collar height is 28, the basic back center chamfer is 28, the average shoulder slope angle of adult men is about 23 degrees, when making clothes, the value is 22 degrees, leaving 1 degree for shoulder lifting, so the shoulder slope E is 22, so the front collar bottom opening angle corresponding to the 3cm collar height is 20°; the back center chamfer corresponding to the 4cm collar height is 25, the basic back center chamfer is 28, the shoulder slope is about 22, so the front collar bottom opening angle corresponding to the 4cm collar height is 20.75°; therefore, between 3 and 13cm collar heights, for every 1cm increase in the 3cm collar height, the front collar bottom opening angle C changes with the change of the back center chamfer A corresponding to the current collar height, and the specific calculation formula is:

[0088]

[0089] The opening angle of the back collar is (basic back center chamfer - back center chamfer corresponding to the current collar height) / 4. Therefore, the back center chamfer corresponding to a 3cm collar height is 28, the basic back center chamfer is 28, and the back collar opening angle corresponding to a 3cm collar height is 0°; the back center chamfer corresponding to a 4cm collar height is 25, the basic back center chamfer is 28, and the back collar opening angle corresponding to a 4cm collar height is 0.75°. Therefore, between 3 and 13cm collar heights, for every 1cm increase in collar height based on a 3cm collar height, the back collar opening angle D changes with the change in the back center chamfer corresponding to the current collar height. The specific calculation formula is:

[0090] As the collar height increases, the stand-up collar is not only related to the neck, but also to the chin and head movements. In order to prevent the collar height from affecting the head movement when it is too high, the front collar needs to be able to contain the movement trajectory of the chin. Therefore, the stand-up collar forward impulse s is set. The minimum forward impulse corresponding to the basic collar height is set as the basic forward impulse s0. Since the height of 3cm will not affect the chin, the exemplary basic forward impulse is set to 0. A straight line L1 is drawn perpendicular to the horizontal plane through the collar mouth corresponding to the basic collar height. The minimum forward impulse corresponding to the maximum collar height is determined as the straight-line distance from the chin to the straight line L1, which is generally 5-8cm, preferably 5cm, which can increase the elliptical radius of the front collar by about 6cm. Therefore, within the range from basic collar height to maximum collar height, the increase in the forward impulse for each unit increase in collar height is: (minimum forward impulse corresponding to maximum collar height - basic forward impulse) / (maximum collar height - basic collar height), that is, (5-0) / (13-3) = 0.5 cm. Therefore, between 3 and 13 cm collar height, the forward impulse ranges from 0 to 5. For every 1 cm increase in collar height of 3 cm, the forward impulse increases by 0.5 cm. Thus, the forward impulse s corresponding to each collar height is determined, as shown in the figure below: Figure 2 , the specific calculation formula is:

[0091]

[0092] Each front collar height is the corresponding collar height minus the difference, and the difference includes 0.4-0.6, preferably 0.5.

[0093] The collar circumference F is related to the front thrust and the rear mid-angle chamfer (reference Figure 3 ): F = 2(Y + Z1), N = 2(X + Z2), where Z1 and Z2 are equal, so Y represents the first length of the collar circumference, Z1 represents the second length of the collar circumference, Z2 represents the second length of the collar circumference, and X represents the first length of the collar circumference. The calculation process of the first length of the collar circumference Y is: Y=h·cotA; the calculation process of the first length of the collar circumference X is: Among them, A represents the back center chamfer, h represents the collar height, s represents the forward momentum, and B represents the side angle of the front collar.

[0094] (Can be adjusted at will, no quantitative relationship with other parameters).

[0095] In this way, based on the specific target object and the collar height h, a series of the above-mentioned front collar height h can be obtained. 前 , back center chamfer A, forward impulse s, collar circumference N, front collar lower opening angle C, back collar lower opening angle D, etc., as shown in Table 1. At the same time, a men's stand-up collar can be formulated based on this parameter. When the collar height h does not meet the actual needs, it can be quickly adjusted. Specifically, in the manual design, the connecting lines of the endpoints and key points of the two adjacent stand-up collars according to the actual required collar height h are connected into lines according to proportional values, thus completing the required stand-up collar configuration.

[0096] The above description of the embodiments is to facilitate the understanding and use of the invention by those skilled in the art. It is obvious that those skilled in the art can easily make various modifications to these embodiments and apply the general principles described herein to other embodiments without creative work. Therefore, the present invention is not limited to the above embodiments, and improvements and modifications made by those skilled in the art based on the disclosure of the present invention without departing from the scope of the present invention should be within the scope of protection of the present invention.

Claims

1. A method for formulating a men's stand-up collar parameter table, characterized in that: The following steps are involved: S1. Leading with the foundation 基础 For the starting level, the maximum collar height h max As the highest level, the collar height h is divided into several levels, and the rear middle chamfer angle A, the forward impact s, and the collar circumference N corresponding to the collar height h of the several levels are determined respectively; S2. Determine the front collar height h corresponding to the collar height of each level according to the collar height h of each level 前 , according to the back middle crouching angle A of each level, determine the front collar lower opening angle C and the back collar lower opening angle D corresponding to the back middle crouching angle of each level, and according to the front impulse s of each level and the back middle crouching angle A corresponding to each level, determine the corresponding collar lower opening circumference of each level; S4. Formulate a men's stand-up collar parameter table based on the above data; Among them, the rear mid-crown chamfer A, the forward impulse s, and the collar circumference N first determine the basic collar height h 基础 The corresponding foundation rear mid-angle chamfer A0 and maximum collar height h max Corresponding rear center chamfer A max 、Basic collar height h 基础 The minimum value of the corresponding forward impulse s0, the minimum value of the corresponding forward impulse s of the maximum collar height max , the minimum value of the collar circumference N corresponding to the basic collar height and the minimum value of the collar circumference N corresponding to the maximum collar height, and then determine the basic rear center chamfer A, forward impulse s and collar circumference N corresponding to the collar height h of other levels.

2. The method for formulating a men's stand-up collar parameter table according to claim 1, characterized in that: The calculation process of the foundation rear mid-fall chamfer A corresponding to the collar height h of other levels is: Among them, A0 is the base rear mid-angle chamfer corresponding to the base collar height, A max The rear mid-rise chamfer corresponding to the maximum collar height; The calculation process of the forward impulse s corresponding to the collar height h of other levels is: Among them, s0 is the minimum value of the forward impulse corresponding to the basic collar height, s max is the minimum value of the forward impulse corresponding to the maximum collar height; The calculation process of the collar circumference N corresponding to the collar height h of other levels is: N0=N 净 +1, Among them, N0 is the basic height h 基础 The corresponding minimum value of the collar, h max is the maximum collar height, N max The maximum collar height h max The corresponding minimum value of the collar circumference.

3. The method for formulating a men's stand-up collar parameter table according to claim 1, characterized in that: The front collar height h corresponding to the collar height of each level 前 The calculation process is: h 前 =h-Δh, where Δh is the difference value; The calculation process of the front collar lower opening angle C corresponding to the rear middle chamfer of each level is as follows: Where, E is the shoulder slope; The calculation process of the back collar lower opening angle D corresponding to the back middle chamfer of each level is as follows: The calculation process of the forward impulse s of each level or the corresponding back center chamfer A of each level is as follows: F=2(Y+Z1), N=2(X+Z2), where Z1 and Z2 are equal, so Y represents the first length of the collar circumference, Z1 represents the second length of the collar circumference, Z2 represents the second length of the collar circumference, and X represents the first length of the collar circumference.

4. The method for formulating a men's stand-up collar parameter table according to claim 2, characterized in that: The maximum collar height h max The corresponding minimum collar size N max =N 头 +R 松量 +Δh 斜量 , R 松量 =2πr, where R 松量 is the radius of the back collar, r is the width of the back collar from the neck, Δh 斜量 It is the height difference between the front and rear collar slopes.

5. The method for formulating a men's stand-up collar parameter table according to claim 2, characterized in that: The basic collar height h 基础 The corresponding basic back center chamfer angle A0 is set according to the forward tilt angle of the back neck of the human body; the maximum collar height h max Corresponding rear center chamfer A max The side angle of the stand-up collar is similar to the shape of the human head and neck and can be set up upright.

6. The method for formulating a men's stand-up collar parameter table according to claim 3, characterized in that: The difference value Δh is 0.4-0.

6.

7. The method for formulating a men's stand-up collar parameter table according to claim 1, characterized in that: The minimum value s0 of the forward impulse corresponding to the basic collar height is greater than or equal to 0; The minimum value s of the forward impulse corresponding to the maximum collar height max The acquisition process is: Over the basic collar height h 基础 The corresponding collar mouth is perpendicular to the horizontal plane and the straight line L1 is drawn, then s max It is the straight-line distance from the chin to the straight line L1.

8. The method for formulating a men's stand-up collar parameter table according to claim 1, characterized in that: The calculation process of the first length Y of the collar circumference is: Y = h·cotA; The calculation process of the first collar length X is: Among them, A represents the back center chamfer, h represents the collar height, s represents the forward thrust, and B represents the side angle of the front collar.

9. A system for making a men's stand-up collar, used to implement the method according to any one of claims 1 to 8, characterized in that: The dispensing system includes: The level division module is used to classify the basic level h 基础 For the starting level, the maximum collar height h max As the highest level, the collar height h is divided into several levels, and the rear middle chamfer angle A, the forward impact s, and the collar circumference N corresponding to the collar height h of the several levels are determined respectively; The parameter determination module is used to determine the front collar height h corresponding to the collar height of each layer according to the collar height h of each layer. 前 , according to the back middle crouching angle A of each level, determine the front collar lower opening angle C and the back collar lower opening angle D corresponding to the back middle crouching angle of each level, and according to the front impulse s of each level and the back middle crouching angle A corresponding to each level, determine the corresponding collar lower opening circumference of each level; A table formulation module is used to formulate a men's stand-up collar parameter table based on the above data; Among them, the rear mid-crown chamfer A, the forward impulse s, and the collar circumference N first determine the basic collar height h 基础 The corresponding foundation rear mid-angle chamfer A0 and maximum collar height h max Corresponding rear center chamfer A max 、Basic collar height h 基础 The minimum value of the corresponding forward impulse s0, the minimum value of the corresponding forward impulse s of the maximum collar height max , the minimum value of the collar circumference N corresponding to the basic collar height and the minimum value of the collar circumference N corresponding to the maximum collar height, and then determine the basic rear center chamfer A, forward impulse s and collar circumference N corresponding to the collar height h of other levels.

10. A standing collar for clothing, configured by using a men's clothing standing collar parameter table formulated by the formulation method according to any one of claims 1 to 8.

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