A seamless bra machine

Abstract

The present invention discloses a seamless bra machine, which is provided with 6 workstations, and is convenient for processing seamless bra fabric placed on a fabric carrier plate into a seamless bra finished product through processes such as hot pressing, cup punching, bonding, etc., and realizes a mechanized processing process, which is beneficial to improving processing efficiency and has good practicality. During specific implementation, only one person is required to operate, which is beneficial to saving personnel costs; in addition, the setting of the circulating workstation line is convenient for the carrier plate to be placed on the hollow seat with the fabric carrier plate for cyclic movement under the action of a power mechanism, so that after completing the processing of a seamless bra, the worker does not need to transfer the fabric carrier plate, which is beneficial to saving manpower.

Description

Technical Field

[0001] The invention relates to a seamless bra machine. Background Art

[0002] At present, the existing seamless bras are hot-melt bonded on multiple machines by dispensing glue. The scattered mechanical equipment affects the processing efficiency and requires a number of personnel, which is not conducive to reducing labor costs.

[0003] Therefore, how to overcome the above-mentioned defects has become an important issue to be solved urgently by those skilled in the art. Summary of the invention

[0004] The present invention overcomes the shortcomings of the above-mentioned technology and provides a seamless bra machine.

[0005] To achieve the above object, the present invention adopts the following technical solutions:

[0006] A seamless bra machine comprises a frame 1, on which a circulating station line 11 is provided, a carrier plate placement hollow seat 12 for moving on the circulating station line 11, and a power mechanism 13 for driving the carrier plate placement hollow seat 12 to move on the circulating station line 11, the carrier plate placement hollow seat 12 is used for placing a cloth carrier plate 2 provided with a plurality of avoidance holes / slots thereon, the circulating station line 11 is sequentially provided with a first station 111, a second station 112, a third station 113, a fourth station 114, a fifth station 115, and a sixth station 116, the first station 111 is provided with a first lifting and rotating mechanism 3 for lifting the cloth carrier plate 2 from bottom to top and rotating it horizontally 180 degrees and then placing it back on the carrier plate placement hollow seat 12, the second station 112 is provided with a first lifting and rotating mechanism 3 for lifting the cloth carrier plate 2 from bottom to top and rotating it horizontally 180 degrees and then placing it back on the carrier plate placement hollow seat 12, the second station 112 is provided with a first lifting and rotating mechanism 3 for lifting the cloth carrier plate 2 from top to bottom on both sides of the strap part of the seamless bra cloth on the cloth carrier plate 2 The third station 113 is provided with a hot pressing and forming mechanism 4 for hot pressing and shaping the side edges, the third station 113 is provided with a hot pressing and bonding mechanism 5 for hot pressing and bonding the cup part of the seamless bra fabric after hot pressing and bonding on the fabric carrier 2 from top to bottom, the fourth station 114 is provided with a second lifting and rotating mechanism 6 for lifting the fabric carrier 2 from bottom to top and rotating it 180 degrees horizontally and then placing it back on the carrier plate placement hollow seat 12, and a cold pressing and cooling mechanism 7 for cold pressing and cooling the seamless bra fabric returned to the fabric carrier 2 from top to bottom, the fifth station 115 is provided with a hot pressing and cup punching mechanism 8 for cooperating up and down to hot press and punch cups for the seamless bra fabric after cold pressing on the fabric carrier 2, and the sixth station 116 is provided with a hot pressing and bonding mechanism 9 for correspondingly hot pressing and bonding the two side edges of the cup part of the seamless bra fabric after cup punching on the fabric carrier 2 with the two side edges of the strap part.

[0007] Preferably, the first lifting and rotating mechanism 3 and the second lifting and rotating mechanism 6 are respectively provided with a first lifting cylinder 361, an upper seat 362 driven by the first lifting cylinder 361, a first rotating cylinder 363 arranged on the upper seat 362, and a first bracket 364 driven by the first rotating cylinder 363 for driving the cloth carrier plate 2 to move.

[0008] Preferably, the hot pressing and shaping mechanism 4 includes a second transverse cylinder 41, a second movable seat 42 driven by the second transverse cylinder 41, and two second vertical cylinders 43 arranged on both sides of the movement direction of the second movable seat 42, and the lower end of each second vertical cylinder 43 is driven and connected to a second hot pressing body 44 for hot pressing and shaping the edges of the shoulder straps of the seamless bra fabric on the fabric carrier plate 2 from top to bottom.

[0009] Preferably, the heat-pressing and laminating mechanism 5 comprises a third vertical cylinder 51 and a third heat-pressing body 52 driven by the third vertical cylinder 51 for heat-pressing and laminating the cup parts of the plurality of layers of seamless bra fabrics after heat-pressing and setting from top to bottom.

[0010] Preferably, the cold pressing and cooling mechanism 7 includes a fourth vertical cylinder 71 and a fourth cold pressing body 72 driven by the fourth vertical cylinder 71 for cold pressing and cooling the seamless bra fabric after hot pressing and bonding from top to bottom.

[0011] Preferably, the hot-pressing cup-punching mechanism 8 includes a fifth vertical cylinder 81 located on the upper side, two stamping columns 82 driven by the fifth vertical cylinder 81 for hot stamping the cup part of the seamless bra fabric after cold pressing and cooling from top to bottom, a sixth vertical cylinder 83 located on the lower side, and two grooves 84 driven by the sixth vertical cylinder 83 for moving from bottom to top to facilitate cooperation with the two stamping columns 82 for punching cups.

[0012] Preferably, the heat-pressing bonding mechanism 9 includes a middle pressing and edge turning-up component 91 for pressing the middle area of ​​the cup portion and turning up its two side edges from bottom to top, a turning-up and bringing together component 92 for turning up the strap portion from bottom to top onto the cup portion so as to make the two side edges of the cup portion correspond to the two side edges of the strap portion, and a heat-pressing bonding component 93 for heat-pressing and bonding the two side edges of the cup portion and the two side edges of the strap portion together accordingly.

[0013] Preferably, the middle pressing down and edge flipping component 91 includes a tenth vertical cylinder 911 and a sixth movable seat 912 driven by the tenth vertical cylinder 911, the sixth movable seat 912 is provided with a sixth pressing plate 913 for pressing the middle area of ​​the cup from top to bottom and two side movable pressing rods 914 for pressing the two side edges of the cup from top to bottom respectively, the outer surface of the movable pressing rod 914 is sticky, and the sixth movable seat 912 is also provided with a sixth rotating cylinder 915 for driving the movable pressing rod 914 to rotate so as to flip the two side edges of the cup from bottom to top; the flipping and approaching component 92 includes a seventh rotating cylinder 921 and a sixth movable seat 912 driven by the seventh rotating cylinder 921 for placing the hollow seat 12 from the carrier plate through The seventh arm 922 avoids the holes / slots on the arm to flip the strap part onto the cup part so that the two side edges of the cup part correspond to the two side edges of the strap part; the hot pressing bonding assembly 93 includes an eighth rotating cylinder 931, an eighth movable seat 932 driven by the eighth rotating cylinder 931, an eighth pressing cylinder 933 arranged on the eighth movable seat 932, an eighth pressing plate 934 driven by the eighth pressing cylinder 933 for pressing from top to bottom toward the middle area of ​​the cup part and the strap part, and ninth pressing cylinders 935 on both sides arranged on the eighth movable seat 932 and located on both sides of the eighth pressing plate 934, each of the ninth pressing cylinders 935 drives a ninth hot pressing piece 936 connected to press from top to bottom toward the two side edges of the cup part and the strap part.

[0014] Preferably, the sixth station 116 is also provided with a robot 10 for taking out the seamless bra that has been heat-pressed and bonded.

[0015] Compared with the prior art, the present invention has the following beneficial effects:

[0016] 1. The seamless bra machine of this case is equipped with 6 workstations, which is convenient for processing the seamless bra fabric placed on the fabric carrier plate into a seamless bra finished product through processes such as hot pressing, cup punching, and bonding. The mechanized processing process is beneficial to improving processing efficiency and has good practicality. Only one person is required to operate it during specific implementation, which is beneficial to saving personnel costs; in addition, the setting of the circulating workstation line is convenient for the hollow seat for placing the carrier plate to move cyclically with the fabric carrier plate under the action of the power mechanism. In this way, after completing the processing of a seamless bra, the worker does not need to transfer the fabric carrier plate, which is beneficial to saving manpower.

[0017] 2. In this case, two second vertical cylinders are arranged on both sides of the movement direction of the second movable seat, which is convenient for first hot pressing and shaping the two side edges of the seamless bra fabric, so as to facilitate the subsequent further hot pressing and bonding of the seamless bra fabric; in addition, the arrangement of the second horizontal cylinder is convenient for driving the second movable seat to move horizontally as needed, and hot pressing and shaping different positions of the edge of the seamless bra fabric through the second hot pressing body, which has good practicality.

[0018] 3. The setting of the cold pressing and cooling mechanism described in this case facilitates the rapid cooling of the seamless bra fabric that is in an extremely hot state after being processed by the hot pressing and bonding mechanism, so as to facilitate the subsequent hot pressing and cup punching.

[0019] 4. The setting of the middle pressing down and edge flipping up components in this case makes it easy to press the middle of the cup and flip up the two side edges of the cup from bottom to top. Combined with the setting of flipping and approaching components to flip up the strap part to the cup part, the two side edges of the cup part correspond to the two side edges of the strap part, and no convex edges will appear on both sides of the finished seamless bra after the edges are bonded, which is very practical. BRIEF DESCRIPTION OF THE DRAWINGS

[0020] Figure 1 This is one of the structural diagrams of this case.

[0021] Figure 2 This is the second structural diagram of this case.

[0022] Figure 3 It is a structural diagram of the first lifting and rotating mechanism and the second lifting and rotating mechanism of this case.

[0023] Figure 4 It is a structural diagram of the hot pressing and shaping mechanism of this case.

[0024] Figure 5 It is a structural diagram of the hot pressing bonding mechanism of this case.

[0025] Figure 6 It is a structural diagram of the cold pressure cooling mechanism of this case.

[0026] Figure 7 This is one of the structural diagrams of the hot pressing cup punching mechanism in this case.

[0027] Figure 8 This is the second structural diagram of the hot pressing cup punching mechanism in this case.

[0028] Fig. 9 It is a structural diagram of the middle pressing and edge turning-up components and the hot pressing bonding components of this case.

[0029] Fig.10 This is one of the structural diagrams of the flip-close assembly in this case.

[0030] Fig.11 This is the second structural diagram of the flip-close assembly in this case.

[0031] Fig.12 It is a structural diagram of a fabric carrier placed on a carrier plate hollow seat in this case, wherein the fabric carrier is provided with a plurality of avoidance holes / slots. DETAILED DESCRIPTION

[0032] The features of the present invention and other related features are further described in detail below through embodiments to facilitate understanding by those skilled in the art:

[0033] like Figures 1 to 12 As shown, a layout structure of a seamless bra machine includes a frame 1, on which a circulating station line 11 is provided, a carrier plate placement hollow seat 12 for moving on the circulating station line 11, and a power mechanism 13 for driving the carrier plate placement hollow seat 12 to move on the circulating station line 11, the carrier plate placement hollow seat 12 is used for positioning and placing a fabric carrier plate 2 provided with a plurality of avoidance holes / slots thereon, the circulating station line 11 is sequentially provided with a first station 111, a second station 112, a third station 113, a fourth station 114, a fifth station 115, and a sixth station 116, the first station 111 is provided with a first lifting and rotating mechanism 3 for lifting the fabric carrier plate 2 from bottom to top and rotating it horizontally 180 degrees and then placing it back on the carrier plate placement hollow seat 12, the second station 112 is provided with a first lifting and rotating mechanism 3 for rotating the seamless bra fabric on the fabric carrier plate 2 from top to bottom The hot pressing and shaping mechanism 4 for hot pressing and shaping the edges of the shoulder strap part, the third station 113 is provided with a hot pressing and bonding mechanism 5 for hot pressing and bonding the cup part of the seamless bra fabric after hot pressing and bonding on the fabric carrier 2 from top to bottom, the fourth station 114 is provided with a second lifting and rotating mechanism 6 for lifting the fabric carrier 2 from bottom to top and rotating it horizontally 180 degrees and then placing it back on the carrier plate placement hollow seat 12, and a cold pressing and cooling mechanism 7 for cold pressing and cooling the seamless bra fabric returned to the fabric carrier 2 from top to bottom, the fifth station 115 is provided with a hot pressing and cup punching mechanism 8 for cooperating up and down to hot press and punch cups for the seamless bra fabric after cold pressing on the fabric carrier 2, and the sixth station 116 is provided with a hot pressing and bonding mechanism 9 for hot pressing and bonding the edges of the cup part of the seamless bra fabric after cup punching on the fabric carrier 2 to the edges of the shoulder strap part accordingly.

[0034] As described above, the seamless bra fabric to be processed in this case includes cup fabric and strap fabric, and the outer contours have been cut separately. When laying the materials, the cup fabric and the strap fabric are placed in corresponding areas on the fabric carrier 2 respectively, wherein the cup fabric can be composed of multiple layers stacked together.

[0035] As described above, the seamless bra machine in this case is equipped with 6 workstations, which is convenient for processing the seamless bra fabric placed on the fabric carrier plate 2 into a seamless bra finished product through processes such as hot pressing, cup punching, and bonding. The mechanized processing process is beneficial to improving processing efficiency and has good practicality. Only one person is required to operate it during specific implementation, which is beneficial to saving personnel costs. In addition, the setting of the circulating workstation line 11 is convenient for the carrier plate to place the hollow seat 12 with the fabric carrier plate 2 for circulating movement under the action of the power mechanism 13. In this way, after completing the processing of a seamless bra, the worker does not need to transfer the fabric carrier plate 2, which is beneficial to saving manpower.

[0036] As described above, in a specific implementation, the first lifting and rotating mechanism 3 and the second lifting and rotating mechanism 6 are respectively provided with a first lifting cylinder 361, an upper seat 362 driven by the first lifting cylinder 361, a first rotating cylinder 363 arranged on the upper seat 362, and a first bracket 364 driven by the first rotating cylinder 363 for driving the cloth carrier plate 2 to move.

[0037] As described above, in a specific implementation, the hot pressing and shaping mechanism 4 includes a second transverse cylinder 41, a second movable seat 42 driven by the second transverse cylinder 41, and two second vertical cylinders 43 arranged on both sides of the movement direction of the second movable seat 42. The lower end of each second vertical cylinder 43 is driven and connected to a second hot pressing body 44 for hot pressing and shaping the edges of the shoulder straps of the seamless bra fabric on the fabric carrier plate 2 from top to bottom.

[0038] As described above, in this case, the two second vertical cylinders 43 are arranged on both sides of the movement direction of the second movable seat 42, which is convenient for first hot pressing and shaping the two side edges of the seamless bra fabric, so as to facilitate the subsequent further hot pressing and bonding of the seamless bra fabric; in addition, the setting of the second horizontal cylinder 41 is convenient for driving the second movable seat 42 to move horizontally as needed, and hot pressing and shaping different positions of the edge of the seamless bra fabric through the second hot pressing body 44, which has good practicality.

[0039] As described above, in specific implementation, the heat pressing and laminating mechanism 5 includes a third vertical cylinder 51 and a third heat pressing body 52 driven by the third vertical cylinder 51 for heat pressing and laminating the cup parts of several layers of seamless bra fabric after heat pressing and setting from top to bottom.

[0040] As described above, in a specific implementation, the cold pressing and cooling mechanism 7 includes a fourth vertical cylinder 71 and a fourth cold pressing body 72 driven by the fourth vertical cylinder 71 for cold pressing and cooling the seamless bra fabric after hot pressing and bonding from top to bottom.

[0041] As described above, the provision of the cold pressing and cooling mechanism 7 in this case facilitates rapid cooling of the seamless bra fabric in an extremely hot state after being processed by the hot pressing and bonding mechanism 5, so as to facilitate the subsequent hot pressing and cup punching.

[0042] As described above, during implementation, a water channel may be provided in the fourth cold pressing body 72 to facilitate the flow of cold water for cooling.

[0043] As described above, in a specific implementation, the hot-pressing cup punching mechanism 8 includes a fifth vertical cylinder 81 located on the upper side, two stamping columns 82 driven by the fifth vertical cylinder 81 for hot stamping the cup part of the seamless bra fabric after cold pressing and cooling from top to bottom, a sixth vertical cylinder 83 located on the lower side, and two grooves 84 driven by the sixth vertical cylinder 83 for moving from bottom to top to facilitate cooperation with the two stamping columns 82 for punching cups.

[0044] As described above, in a specific implementation, the heat-pressing bonding mechanism 9 includes a middle pressing and edge turning-up component 91 for pressing the middle area of ​​the cup portion and turning up its two side edges from bottom to top, a turning-up and bringing together component 92 for turning up the shoulder strap portion from bottom to top onto the cup portion so as to make the two side edges of the cup portion correspond to the two side edges of the shoulder strap portion, and a heat-pressing bonding component 93 for heat-pressing and bonding the two side edges of the cup portion to the two side edges of the shoulder strap portion accordingly.

[0045] As described above, the setting of the middle pressing down and edge flipping up component 91 in this case makes it easy to press the middle of the cup and flip up the two side edges of the cup from bottom to top, combined with the setting of flipping and approaching component 92 to flip the strap part up to the cup part, so that the two side edges of the cup part correspond to the two side edges of the strap part, and there will be no convex edges on both sides of the finished seamless bra after the edges are bonded, which has good practicality.

[0046] As described above, during the specific implementation, the middle pressing down and edge flipping assembly 91 includes a tenth vertical cylinder 911, a sixth movable seat 912 driven by the tenth vertical cylinder 911, the sixth movable seat 912 is provided with a sixth pressing plate 913 for pressing the middle area of ​​the cup from top to bottom and two side movable pressing rods 914 for pressing the two side edges of the cup from top to bottom respectively, the outer surface of the movable pressing rod 914 is sticky, and the sixth movable seat 912 is also provided with a sixth rotating cylinder 915 for driving the movable pressing rod 914 to rotate so as to flip the two side edges of the cup from bottom to top; the flipping and approaching assembly 92 includes a seventh rotating cylinder 921, a sixth movable seat 912 driven by the seventh rotating cylinder 921 for placing the hollow seat 1 from the carrier plate The seventh arm 922 is used to turn the strap portion onto the cup portion through the avoidance hole / slot thereon so as to make the two side edges of the cup portion correspond to the two side edges of the strap portion; the hot pressing bonding assembly 93 includes an eighth rotating cylinder 931, an eighth movable seat 932 driven by the eighth rotating cylinder 931, an eighth pressing cylinder 933 disposed on the eighth movable seat 932, an eighth pressing plate 934 driven by the eighth pressing cylinder 933 to press from top to bottom toward the middle area of ​​the cup portion and the strap portion, and nine pressing cylinders 935 on both sides disposed on the eighth movable seat 932 and located on both sides of the eighth pressing plate 934, each of the ninth pressing cylinders 935 is driven to be connected to a ninth hot pressing member 936 for pressing from top to bottom toward the two side edges of the cup portion and the strap portion.

[0047] As described above, in the specific implementation, the sixth station 116 is also provided with a robot 10 for taking out the seamless bra that has been heat-pressed and bonded. In this way, workers do not need to take out the seamless bra that has been heat-pressed and bonded from the sixth station 116 separately, which is practical.

[0048] As mentioned above, this case protects a seamless bra machine, and all technical solutions that are identical or similar to the structure of this case should be deemed to fall within the protection scope of this case.

Claims

1. A seamless bra machine, characterized in that The invention comprises a frame (1), the frame (1) being provided with a circulating workstation line (11), a carrier plate placement hollow seat (12) for moving on the circulating workstation line (11), and a power mechanism (13) for driving the carrier plate placement hollow seat (12) to move on the circulating workstation line (11), the carrier plate placement hollow seat (12) being used for placing a cloth carrier plate (2) provided with a plurality of avoidance holes / slots thereon, the circulating workstation line (11) being provided with a first workstation ( 111), a second station (112), a third station (113), a fourth station (114), a fifth station (115), and a sixth station (116), wherein the first station (111) is provided with a first lifting and rotating mechanism (3) for lifting the fabric carrier plate (2) from bottom to top and rotating it horizontally 180 degrees and then placing it back on the carrier plate placement hollow seat (12), and the second station (112) is provided with a backing for rotating the seamless bra fabric on the fabric carrier plate (2) from top to bottom. The heat pressing and shaping mechanism (4) is used to heat press and shape the edges of the belt part on both sides; the third station (113) is provided with a heat pressing and bonding mechanism (5) for heat pressing and bonding the cup part of the seamless bra fabric after heat pressing and bonding on the fabric carrier plate (2) from top to bottom; the fourth station (114) is provided with a second lifting and rotating mechanism (6) for lifting the fabric carrier plate (2) from bottom to top and rotating it horizontally 180 degrees and then placing it back on the carrier plate placement hollow seat (12); and a heat pressing and bonding mechanism (5) for heat pressing and bonding the cup part of the seamless bra fabric after heat pressing and bonding on the fabric carrier plate (2) from top to bottom. A cold pressing and cooling mechanism (7) is provided at the fifth station (115) for cold pressing and cooling the seamless bra fabric on the fabric carrier (2); a hot pressing and cup punching mechanism (8) is provided at the fifth station (115) for cooperating with each other to hot press and punch cups for the seamless bra fabric after cold pressing on the fabric carrier (2); and a hot pressing and bonding mechanism (9) is provided at the sixth station (116) for hot pressing and bonding the edges of the cup part of the seamless bra fabric after cup punching on the fabric carrier (2) to the edges of the strap part of the cup part correspondingly; The heat-pressing and shaping mechanism (4) comprises a second transverse cylinder (41), a second movable seat (42) driven by the second transverse cylinder (41), and two second vertical cylinders (43) arranged on both sides of the moving direction of the second movable seat (42), and the lower end of each second vertical cylinder (43) is drivingly connected to a second heat-pressing body (44) for heat-pressing and shaping the edges of the back straps of the seamless bra fabric on the fabric carrier plate (2) from top to bottom; The cold pressing and cooling mechanism (7) comprises a fourth vertical cylinder (71) and a fourth cold pressing body (72) driven by the fourth vertical cylinder (71) and used for cold pressing and cooling the seamless bra fabric after hot pressing and bonding from top to bottom; The heat-pressing bonding mechanism (9) comprises a middle-portion pressing and edge-lifting assembly (91) for pressing the middle region of the cup portion and lifting its two side edges from bottom to top, a lifting and approaching assembly (92) for lifting the shoulder strap portion from bottom to top onto the cup portion so as to make the two side edges of the cup portion correspond to the two side edges of the shoulder strap portion, and a heat-pressing bonding assembly (93) for heat-pressing and bonding the two side edges of the cup portion and the two side edges of the shoulder strap portion together; The middle pressing and edge turning-up assembly (91) comprises a tenth vertical cylinder (911), a sixth movable seat (912) driven by the tenth vertical cylinder (911), the sixth movable seat (912) being provided with a sixth pressing plate (913) for pressing the middle area of ​​the cup from top to bottom and two movable pressing rods (914) for pressing the two side edges of the cup from top to bottom respectively, the outer surface of the movable pressing rod (914) being sticky, and the sixth movable seat (912) being provided with a sixth rotating cylinder (915) for driving the movable pressing rod (914) to rotate so as to turn the two side edges of the cup from bottom to top; the turning-up and approaching assembly (92) comprises a seventh rotating cylinder (921), a sixth movable seat (912) driven by the seventh rotating cylinder (921) for placing the hollow seat (12) from the carrier plate through the sixth pressing plate (913), and a sixth rotating cylinder (915) for driving the hollow seat (12) from the carrier plate through the sixth movable seat (912). The seventh arm (922) is used to turn the strap part onto the cup part by avoiding the hole / slot on the upper side so as to make the two side edges of the cup part correspond to the two side edges of the strap part; the hot pressing bonding component (93) includes an eighth rotating cylinder (931), an eighth movable seat (932) driven by the eighth rotating cylinder (931), an eighth pressing cylinder (933) arranged on the eighth movable seat (932), an eighth pressing plate (934) driven by the eighth pressing cylinder (933) for pressing from top to bottom toward the middle area of ​​the cup part and the strap part, and nine pressing cylinders (935) on both sides arranged on the eighth movable seat (932) and located on both sides of the eighth pressing plate (934), each of the ninth pressing cylinders (935) is driven and connected to a ninth hot pressing piece (936) for pressing from top to bottom toward the two side edges of the cup part and the strap part.

2. A seamless bra machine according to claim 1, characterized in that The first lifting and rotating mechanism (3) and the second lifting and rotating mechanism (6) are respectively provided with a first lifting cylinder (361), an upper seat (362) driven by the first lifting cylinder (361), a first rotating cylinder (363) arranged on the upper seat (362), and a first bracket (364) driven by the first rotating cylinder (363) and used for driving the cloth carrier plate (2) to move.

3. A seamless bra machine according to claim 1, characterized in that The heat-pressing and laminating mechanism (5) comprises a third vertical cylinder (51) and a third heat-pressing body (52) driven by the third vertical cylinder (51) for heat-pressing and laminating the cup parts of the plurality of layers of seamless bra fabrics after heat-pressing and setting from top to bottom.

4. A seamless bra machine according to claim 1, characterized in that The hot-pressing cup punching mechanism (8) comprises a fifth vertical cylinder (81) located on the upper side, two punching columns (82) driven by the fifth vertical cylinder (81) for hot-punching the cup portion of the seamless bra fabric after cold pressing and cooling from top to bottom, a sixth vertical cylinder (83) located on the lower side, and two mold grooves (84) driven by the sixth vertical cylinder (83) for moving from bottom to top so as to cooperate with the two punching columns (82) to punch the cup.

5. A seamless bra machine according to any one of claims 1 to 4, characterized in that The sixth workstation (116) is also provided with a robot (10) for taking out the seamless bra that has been heat-pressed and bonded.

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