A brassiere having a side-wing and a bra cup is disclosed. The bra cup has a cup portion and a flange portion attached to the side-wing. The flange potion includes a flange disposed at an inner side of the bra cup, and an outer layer being disposed at an outer side of the bra cup and coupled to the flange. Further, a portion of the side-wing is disposed between the outer layer and the flange, and is attached to the outer layer by using at least one thread line. The at least one thread line is disposed on the outer side of the bra cup. Further, the inner side of the bra cup is devoid of thread line.

A method of making a support garment, comprising: (a) receiving, into a computing system, a 3D image of a human body portion; (b) generating in said computing system an initial virtual 3D model of a support garment in a configuration corresponding to said 3D image, said garment having an outer surface, an inner (body facing) surface, and a thickness dimension therebetween, (c) generating from said initial virtual 3D model a flattening virtual 3D model of said support garment in said computing system, the flattened virtual model in a configuration for additive manufacturing thereof with either said outer surface or said inner surface adhered to a generally planar build platform; and (d) identifying a first zone of either said initial or said flattened virtual 3D model; (e) modifying (before or after step (c), preferably after step (c)) said first zone of said virtual 3D model to comprise a perforated sheet.

A method of making a support garment, comprising: (a) receiving, into a computing system, a 3D image of a human body portion; (b) generating in said computing system an initial virtual 3D model of a support garment in a configuration corresponding to said 3D image, said garment having an outer surface, an inner (body facing) surface, and a thickness dimension therebetween, (c) generating from said initial virtual 3D model a flattening virtual 3D model of said support garment in said computing system, the flattened virtual model in a configuration for additive manufacturing thereof with either said outer surface or said inner surface adhered to a generally planar build platform; and (d) identifying a first zone of either said initial or said flattened virtual 3D model; (e) modifying (before or after step (c), preferably after step (c)) said first zone of said virtual 3D model to comprise a perforated sheet.

The present invention provides a bra with a wide under band hem and a manufacturing method thereof. The bra comprises cups, a center front, back wings and an under band hem; the under band hem is of a continuous strip-shaped structure; the under band hem has positioning lines; the lower edges of the cups are connected to the under band hem along the positioning lines; and the under band hem is not connected to the cups in an area where the under band hem and the cups are relatively overlapped, so that interlayers are formed between the under band hem and the cups, and the interlayers are used for accommodating part of breast fat. According to the bra with a wide under band hem and the manufacturing method thereof provided by the present invention, the bra is simple in structure, comfortable to wear, and good in supporting stability and shaping effect, and the problems of stuffiness and airtightness of the bra and the curling and eversion of the under band hem can be effectively avoided.

The present invention provides a bra with a wide under band hem and a manufacturing method thereof. The bra comprises cups, a center front, back wings and an under band hem; the under band hem is of a continuous strip-shaped structure; the under band hem has positioning lines; the lower edges of the cups are connected to the under band hem along the positioning lines; and the under band hem is not connected to the cups in an area where the under band hem and the cups are relatively overlapped, so that interlayers are formed between the under band hem and the cups, and the interlayers are used for accommodating part of breast fat. According to the bra with a wide under band hem and the manufacturing method thereof provided by the present invention, the bra is simple in structure, comfortable to wear, and good in supporting stability and shaping effect, and the problems of stuffiness and airtightness of the bra and the curling and eversion of the under band hem can be effectively avoided.

The invention disclosed a high-elastic, lightweight and comfortable underwear and a production process thereof, comprising underwear inner-layer and underwear outer-layer, wherein elastomeric strips are provided between the underwear inner-layer and underwear outer-layer. The production process comprises the following steps: 1) printing the elastomeric strip shapes; 2) pressing elastomeric strips; 3) cutting residual material; 4) finishing garment. Compared to the prior, the invention has the following advantageous effects: the invention is with simple structure and easy to manufacture, the invention can provide sufficient support and sufficient binding force for users while the skin is not be squeezed, the elastomeric strips can replace traditional rubber bands, steel rings, stabilized yarn, and etc, which has high-quality support performance to achieve shaping effect, and has excellent elasticity and resilience to facilitate design and manufacture with no worries of size, moreover, the invention is washable and not easy to deform.

A bra is provided in the form of a base structure having a front portion, the front portion including a first cup, a second cup, and a center portion disposed therebetween. A first plurality of elongated elements is coupled to the base structure and are arranged in a substantially parallel manner. A second plurality of elongated elements is also coupled to the base structure. Each elongated element of the second plurality of elongated elements further includes an upper portion, and each upper portion the elongated elements of the second plurality of elongated elements is positioned within or proximate to the center portion of the bra to form a reinforcement zone. In addition, the first plurality of elongated elements at least partially overlies the second plurality of elongated elements.

The present disclosure generally relates to a cradle structure (200) for forming a garment cup in a garment. The cradle structure (200) comprises: a fabric layer (210) comprising a cradle centre region (212) and a cradle peripheral region (214) surrounding the cradle centre region (212); a polymer peripheral layer (220) formed on the cradle peripheral region (214) for stiffening the cradle peripheral region (214) to enhance support of a user's breast wearing the garment cup; and a polymer band layer (230) joined to the cradle peripheral region (214) below the cradle centre region (212) for elasticizing the cradle structure (200) to fit the garment on the user, wherein the cradle structure (200) is shaped to volumize the cradle centre region (212) and accommodate different shapes (240) of the garment cup.

A brassiere includes a first wing and a second wing, each wing including a first end and a second end, a closure including a first closure portion provided on the first end of the first wing and a second closure portion provided on the first end of the second wing, and a pair of cups, a first cup connected to the second end of the first wing, and a second cup connected to the second end of the second wing. Each cup includes an inner contour shaped to substantially match a breast to receive the breast, and an outer contour having a diameter size larger than the inner volume and falling material provided between the inner contour and the outer contour in medial, lateral and lower points of each of the cups to fill in the space between the breast root and the larger diameter of the cup, whereby minimal pressure is exerted on the breast or breast root. A gore is connected to each of the first cup and the second cup, between the first cup and the second cup.

A brassiere includes a first wing and a second wing, each wing including a first end and a second end, a closure including a first closure portion provided on the first end of the first wing and a second closure portion provided on the first end of the second wing, and a pair of cups, a first cup connected to the second end of the first wing, and a second cup connected to the second end of the second wing. Each cup includes an inner contour shaped to substantially match a breast to receive the breast, and an outer contour having a diameter size larger than the inner volume and falling material provided between the inner contour and the outer contour in medial, lateral and lower points of each of the cups to fill in the space between the breast root and the larger diameter of the cup, whereby minimal pressure is exerted on the breast or breast root. A gore is connected to each of the first cup and the second cup, between the first cup and the second cup.