阅读说明：本技术 一种具有塑胸牵条的挺胸衬 (Chest-lifting lining with chest-shaping pulling strip ) 是由 曹桢 徐庆 周斌 何先撑 陆云锋 樊乐 于 2021-07-06 设计创作，主要内容包括：具有塑胸牵条的挺胸衬,其包括第二层黑炭衬、胸绒,所述第二层黑炭衬包括上段和下段,上段和下段拼接而成,胸绒对应第二层黑炭衬上段和下段的拼接缝处设置胸部塑型条,所述胸部塑形条的位置与胸围线一致。本发明的优点在于：通过增加塑胸条,使挺胸衬既能塑造凸显胸部形状又能保持胸部有一定伸缩空间。(The chest-lift lining with the chest molding pull strip comprises a second layer of black carbon lining and chest velvet, wherein the second layer of black carbon lining comprises an upper section and a lower section, the upper section and the lower section are spliced to form the chest velvet, the chest molding strip is arranged at the splicing seam of the chest velvet corresponding to the upper section and the lower section of the second layer of black carbon lining, and the position of the chest molding strip is consistent with the chest surrounding line. The invention has the advantages that: by adding the chest molding strip, the chest support lining can mold the shape of the protruding chest and keep the chest to have a certain telescopic space.)

1. The chest-raising lining with the chest molding pull strip comprises a second layer of black carbon lining and chest velvet, and is characterized in that the second layer of black carbon lining comprises an upper section and a lower section which are spliced to form the chest velvet, the chest molding strip is arranged at the splicing seam of the chest velvet corresponding to the upper section and the lower section of the second layer of black carbon lining, and the position of the chest molding strip is consistent with the chest surrounding line.

2. The chest support lining with chest molding stay of claim 1, wherein: the chest plastic strip is 45-degree oblique strip, the width is 1.2-2 cm, and the material adopts plain weave all cotton or polyester cotton cloth with the gram weight of 90-110 g.

3. The chest support lining with chest molding stay of claim 1, wherein: the chest molding strip is sewed to the other end from one end of the turnup line of the splicing seam of the second layer of the black carbon lining.

4. The three-dimensional shaping sewing clamp for the chest part of the chest lift and the chest insert according to claim 1, 2 or 3, wherein: and the left side and the right side of the splicing seam of the second layer of the black carbon lining are respectively provided with a dart road opening, and the middle part of the splicing seam forms a two-dart spacing section.

5. The three-dimensional shaping sewing clamp for the chest part of the chest lift and the chest insert according to claim 1, 2 or 3, wherein: and a cut at one end and a cut at the other end which are involutory with the splicing seam are made on the chest velvet.

6. The three-dimensional shaping sewing clamp for the chest part of the chest lift and the chest insert according to claim 1, 2 or 3, wherein: the turnup line plastic strip is added and is symmetrically arranged along the turnup line by taking the chest plastic strip as the center.

7. The three-dimensional shaping sewing clamp for the chest part of the chest lifter according to claim 6, which is characterized in that: the lapel line plastic strip is 15-degree oblique strips, the width is 0.6-1 cm, the length is 10-12 cm, and plain all cotton or polyester cotton cloth with the gram weight of 90-110 g is adopted as the material.

Technical Field

The invention relates to a chest-lift lining.

Background

The function of the bust-supporting lining is to support the bust of the clothes to make the bust stiff, smooth and full, fit the bust of a human body and achieve the effect of 'fat' of the bust in the red upper process. The "fat" of the chest refers to the condition that the chest is full and not full, protruding and not rising, and the chest is to be upright with a blocky feeling.

The types of the existing chest support linings are roughly divided into three types, namely a full-wool lining chest support lining, a half-wool lining chest support lining and an adhesive lining chest support lining, for example, fig. 1 is a full-wool lining chest support lining 6, fig. 2 is an adhesive lining chest support lining 7, and fig. 3 is a half-wool lining chest support lining 8. 6.1 on the full-wool lining chest-supporting lining 6 is a chest-supporting lining quilting stitching thread, 7.1 on the adhesive lining chest-supporting lining 7 is a chest-supporting lining quilting stitching thread, and 8.1 on the half-wool lining chest-supporting lining 8 is a chest-supporting lining quilting stitching thread.

The chest support lining of the existing western-style clothes adopts a chest and waist saving structure, for example, the chest support lining which is disclosed by Chinese patent document CN208850714U and is more stable to shoulder impact amount of shoulders, and the chest savings of a plurality of layers of black carbon linings are all overlapped at points which are saved, so that the chest is easy to bulge spherically, which is not the method which best accords with the fat situation. The traditional chest support lining is designed at the position of the circular arc of the chest waist saved to the side seam side, the section of the chest support lining is drawn, shortened and fixed to highlight the chest, but the chest is fixed by the method without the room for expansion change. Therefore, it is very important to find a chest-lift liner which can not only shape the protruding chest but also keep the chest to have a certain expansion space.

Disclosure of Invention

The technical problem to be solved by the invention is to overcome the defects in the prior art and provide a chest support lining with chest-shaping pulling strips, so that the chest support lining can not only shape the prominent chest shape, but also keep a certain expansion space for the chest.

The technical scheme adopted by the invention for solving the problems is as follows:

the chest-raising lining with the chest molding pull strip comprises a second layer of black carbon lining and chest velvet, and is characterized in that the second layer of black carbon lining comprises an upper section and a lower section which are spliced to form the chest velvet, the chest molding strip is arranged at the splicing seam of the chest velvet corresponding to the upper section and the lower section of the second layer of black carbon lining, and the position of the chest molding strip is consistent with the chest surrounding line.

Preferably, the chest plastic strip is a 45-degree oblique strip, the width is 1.2-2 cm, and the material adopts plain all cotton or polyester cotton cloth with the gram weight of 90-110 g.

Preferably, the chest molding strip is sewed to the other end from the lapel line end of the second layer black carbon lining splicing seam.

Preferably, the left side and the right side of the splicing seam of the second layer of the black carbon lining are respectively provided with a province opening, and a spacing section with two provinces and points is formed in the middle, so that the single-point protrusion of the chest and waist provinces is changed into a double-point protrusion, the single-point spherical protrusion is converted into a block protrusion with a flat middle, the body shape characteristics of a human body are met, and the requirement of fatness is met.

Preferably, one end of the chest velvet is provided with a cut and the other end of the chest velvet is provided with a cut which is matched with the splicing seam, so that the chest shaping strip can be conveniently sewn.

Preferably, the turnup line plastic strip is additionally arranged, and the turnup line plastic strip is symmetrically arranged along the turnup line by taking the chest plastic strip as the center.

Preferably, the lapel line plastic strip is a 15-degree oblique strip, the width is 0.6-1 cm, the length is 10-12 cm, and the material is plain all cotton or polyester cotton cloth with the gram weight of 90-110 g.

Compared with the prior art, the invention has the advantages that: by adding the chest molding strip, the chest support lining can mold the shape of the protruding chest and keep the chest to have a certain telescopic space.

Drawings

Fig. 1 is a schematic view of a prior art full wool lining chest support.

Fig. 2 is a schematic view of a prior art half wool lining chest support.

Fig. 3 is a schematic view of a conventional adhesive interlining support chest interlining.

Fig. 4 is a schematic structural view of a half wool lining chest support with chest molding straps according to an embodiment of the present invention, with the chest pile turned over.

Fig. 5 is a schematic structural diagram of a first layer of black carbon lining of a half wool lining chest stiffening lining with chest molding guy straps according to an embodiment of the invention.

Fig. 6 is a schematic structural diagram of the half wool lining chest stiffening lining with chest molding pulling strips of the embodiment of the invention when the second layer of black carbon lining is turned over.

Fig. 7 is a schematic structural diagram of a half wool lining chest support with chest molding tie according to an embodiment of the present invention.

Fig. 8 is a schematic structural diagram of a second layer of black carbon lining of a half wool lining chest stiffening liner with chest molding guy bars according to an embodiment of the invention.

Fig. 9 is a schematic structural diagram of the chest velvet of the half-wool lining chest support with the chest stretch strips according to the embodiment of the invention.

Figure 10 is a schematic view of a full hair interlining chest stuffer with chest molding bars according to another embodiment of the invention.

Figure 11 is a schematic representation of an adhesive backed stiffening liner with chest molding pull strips according to yet another embodiment of the present invention.

Detailed Description

The invention is further explained by the embodiment in the following with the attached drawings.

The existing chest support lining comprises three types: the three types of straight chest linings basically comprise three to five layers which comprise a second layer of black carbon lining and chest velvet, as shown in figure 1, a full-wool lining straight chest lining 1.1, a half-wool lining straight chest lining 1.2, a half-wool lining straight chest lining 2, a bonding lining straight chest lining 1.3 and a half-wool lining straight chest lining 3, as shown in figure 3.

The chest support lining with the chest shaping pulling strip of the invention is described in detail by taking a half wool lining chest support lining 1.2 as an example.

The chest support lining with the chest molding draw bar comprises a first layer of black carbon lining 1, a second layer of black carbon lining 2, a ponytail lining 3 and chest velvet 4, and is shown in figure 4.

The first layer of black carbon lining 1 is provided with a shoulder and neck bending part 5 and a shoulder and neck bending part 5.1, and is sewed by a triangular needle 11; the first layer of the black carbon lining 1 has a thoracolumbar spine 9 and is sewed by a triangular needle 11, which is shown in figures 5 and 6.

As shown in fig. 4, the second layer of black carbon lining 2 is composed of a second layer of black carbon lining upper section 2.1 and a second layer of black carbon lining lower section 2.2, the second layer of black carbon lining upper section 2.1 is provided with a straight collar horizontal province 6 and a straight collar horizontal province laying cloth 6.1, and is sewed by a triangular needle 11; the second layer black carbon lining upper section 2.1 and the second layer black carbon lining lower section 2.2 are spliced by a triangular needle 11, the splicing seam is 7, and the second layer black carbon lining upper section 2.1 is provided with an armhole transverse broken seam 8.

The third layer of horsetail lining 3 is also provided with an armhole transverse slit 8.

The fourth layer of the chest velvet is sewn with the third layer of the horsetail interlining, the second layer of the black carbon interlining upper section 2.1, the second layer of the black carbon interlining lower section 2.2 and the first layer of the black carbon interlining 1 through triangular needles 11 and quilting cut lines 10.

As shown in fig. 8, the splicing seam 7 specifically includes: when the line segment 2.12-2.13 of the second layer black carbon lining upper segment 2.1 and the line segment 2.22-2.23 of the second layer black carbon lining lower segment are superposed together, the line segment 2.11-2.12 and the line segment 2.22-2.21 form a provincial road opening, the line segment 2.14-2.13 and the line segment 2.23-2.24 also form a provincial road opening, and the middle line segment 2.12-2.13 and the line segment 2.22-2.23 form a spacing segment of two provincial points, so that the single-point protrusion of the thoracolumbar region is changed into a double-point protrusion, the single-point spherical protrusion is converted into a block protrusion with a flat middle part, the body shape characteristics of a human body are met, and the fat requirement is met.

The middle part of the splicing seam 7 is consistent with the chest circumference line, so that the purpose of design is to meet the horizontal circumference of the chest circumference of a human body, and the purpose of design is to ensure that the upper cut piece and the lower cut piece at the joint part are consistent in performance, stable and good in involution property and consistent in left-right tension after being sewn by a triangular needle fluffing sewing machine.

A cut 15 and another cut 16 are made on the fourth layer of the chest velvet, wherein the cut is matched with the splicing seam 7, and the figure is 8.

A chest molding strip 13 and a turnbuckle line molding strip 14 are sewn on the four-layer sewed chest support lining, as shown in figure 7.

The chest molding strip 13 is added on the existing chest support lining, the molding strip 13 is required to be a 45-degree oblique strip, the width is 1.2-2 cm, and the material is plain all cotton or polyester cotton cloth with the gram weight of 90-110 g. The purpose of the 45-degree inclined strip adopted by the plastic strip 13 is that the 45-degree inclined strip has the largest resilience force after being stretched and stretched, and simultaneously has the tension force, and the stretched strip and the stiff chest interlining are sewn to enable the stiff chest interlining to curl towards one surface of the plastic strip and keep the appropriate tension force. The width of the molding strip 13 is 1.2-2 cm because the resilience force of the oblique strip is weaker when the width is less than 1.2cm, and the quality is reduced because the molding strip is embedded into the chest velvet to cause obvious marks on the bust lining when the resilience force stretching amount is too large. When the width of the molding strip 13 is larger than 2cm, the radial degree of the socket curl of the chest support liner can be reduced, so that the quality can be reduced, and therefore the molding strip 13 is designed to be a 45-degree oblique strip with the width of 1.2-2 cm.

The chest plastic strip 13 is made of plain all cotton or polyester cotton with the gram weight of 90-110 g, and the material has high adhesion degree with the chest velvet, low cost and high adhesion degree with the bust lining with the thickness of 90-110 g.

The chest plastic strip 13 is sewn from one end 13.1 to the other end 13.2 of the splicing seam 7, the direction from 13.1 to 13.2 is adopted because the lapel line at the side 13.1 is fixed by a triangular needle, the direction of the side 13.2 is relatively open, and if the quilting cut line 10 causes the allowance and the unevenness among the lining cloths, the surplus and the unevenness can be smoothed out towards the oxter side 13.2 in the sewing process of the plastic strip 13.

The height of the chest shaping strip 13 is consistent with the chest circumference line, so that the chest shaping strip can conform to the circumference of the chest of a human body, and the chest support lining is more fit with the human body.

The first black carbon lining 1, the second black carbon lining 2 and the fourth layer of chest velvet 4 are added together according to material properties and thickness, and the shrinkage amount is designed to be 1-2 cm according to different product specifications.

During drawing and shrinking, firstly, the breast velvet edge 15 at the turnbuckle line is lifted, the molding strip 13.1 is aligned with the breast velvet edge 15 in the middle, after needle falling, the molding strip 13 is flatly placed along the splicing seam 7 to the breast velvet shearing opening 16 at the other end without being pulled and loosened to the side edge of the first layer of the black carbon lining 1, then one pen point of a double-ended pen with a preset interval (the interval is the designed drawing and shrinking amount) is aligned with the joint of the side edge of the first layer of the black carbon lining and the molding strip 13.2, the other pen point marks a mark line on the molding strip 13.2, then the molding strip is stretched, the mark line drawn on the molding strip is aligned with the side edge of the first layer of the black carbon lining, a flatcar is drawn and sewed for one line 13.3, and finally, two side edges of the molding strip 13 are respectively drawn for one line 13.4 and 13.5 according to a seam allowance of 0.15 cm. The three transverse stay wires of the plastic strip 13 can improve the latitudinal nesting and rolling naturalness of the chest support liner, and the quality is more stable. After the pull-string is pulled, the chest support lining is naturally rolled along the plastic strip 13 to form the fat situation, but the 45-degree oblique strip has a certain resilience, so that the fat situation is more natural due to the plastic and shape keeping effects. The design of the chest shaping strip ensures that the chest support lining does not need to be fixed by a chest strip at the arc part from the armhole to the chest waist, so that the part has certain looseness and can be better attached to a human body.

The plastic strip 13 is made of plain all cotton or polyester cotton with a weight of 90-110 g because the material has high adhesion degree with the breast velvet and low cost, and the thickness of 90-110 g has high adhesion degree with the bust lining.

The turnbuckle line chest plastic strip 14 is additionally arranged, the plastic strip 14 is a 15-degree oblique strip, the width is 0.6-1 cm, the length is 10-12 cm, and the material is plain all cotton or polyester cotton cloth with the gram weight of 90-110 g.

The purpose of adopting the lapel line plastic strip 14 is to enhance the shaping of the chest and prevent the lapel line from being opened after being dressed, so that the lapel line is more fit with the human body.

The purpose of adopting the 15-degree inclined strip for the turnup line plastic strip 14 is that the 15-degree inclined strip has large tension and slightly takes the rebound tension, and the folded line of the black carbon lining can be gathered together and slightly takes the rebound tension after the strip is stretched and stitched with the black carbon lining.

The width of 0.6-1 cm is adopted for the lapel line plastic strip 14 because the tension of the oblique strip is weak when the width is less than 0.6cm, and the impression is easily generated on the lapel line when the width is more than 1cm, so that the quality is reduced, and therefore the plastic strip 14 in the embodiment is designed into a 15-degree oblique strip with the width of 0.6-1 cm.

The two ends 14.1 and 14.2 of the lapel line plastic strip 14 are symmetrically arranged along the lapel line by taking the upper side and the lower side of the plastic strip 13 as the center, the height of the plastic strip 14 is designed at the position, which aims to be just above the starting point of the chest skimming, namely the starting point of the breast slope of a human body, the position is easy to generate lapel line opening symptoms, and the quality problem of lapel opening can be reduced by drawing and shrinking the lapel line for stiffening the chest lining through the plastic strip 14.

During manufacturing, the plastic strip 13 can be sewn by marking with a double-end marking pen with designed 0.3cm shrinkage amount, only one line 14.3 and 14.4 are sewn at two sides of the plastic strip, and the folded head is turned down after shrinkage, so that the breast is naturally plump.

Similarly, the full-wool lining chest support liner can be changed in the second layer of black carbon lining and chest velvet like the half-wool lining chest support liner to obtain the full-wool lining chest support liner with the chest molding tie bar, as shown in fig. 10. The adhesive interlining rib-lift liner can also be changed in the second layer of black carbon interlining and breast velvet like a half-wool interlining rib-lift liner to obtain the adhesive interlining rib-lift liner with the chest molding pull strip, which is shown in figure 11.