CN214655945U

CN214655945U - Cloth is tailor and is beaten integrative device of book

Info

Publication number: CN214655945U
Application number: CN202120434049.3U
Authority: CN
Inventors: 杨伟; 褚颖
Original assignee: Zhejiang Jinchan Hometextile Garments Co ltd
Current assignee: Zhejiang Jinchan Hometextile Garments Co ltd
Priority date: 2021-02-26
Filing date: 2021-02-26
Publication date: 2021-11-09
Anticipated expiration: 2031-02-26

Abstract

The utility model discloses a cloth cutting and rolling integrated device, which comprises a frame base, a cutting frame and a cloth rolling mechanism, wherein the two frame bases are arranged in parallel, a cloth conveyer belt mechanism is arranged between the two frame bases, the upper end surfaces of the two frame bases are both provided with a cutting frame moving guide rail, the cutting frame is movably arranged on the two cutting frame moving guide rails, a laser cutting machine head is movably arranged on a cutting machine frame, the left end of the frame base is arranged as a cloth feeding end, the right end of the frame base is arranged as a cloth discharging end, the cloth discharging end is provided with a cloth leveling component and a cloth supporting disc, the cloth leveling component is arranged above the cloth supporting disc, the cloth rolling mechanism is arranged near the cloth discharging end, the utility model has reasonable layout, the cutting equipment can cut and form the cloth according to the required specification, the utility model has the cloth supporting disc, the shorter cloth can be directly taken away from the cloth supporting disc, the cloth with long length can be output to the cloth rolling mechanism to be directly rolled, greatly improves the cutting and rolling integrated operation efficiency.

Description

Cloth is tailor and is beaten integrative device of book

Technical Field

The utility model belongs to the technical field of the cloth processing equipment technique and specifically relates to a cloth is tailor and is beaten a roll integrative device is related to.

Background

The cloth is processed continuously when being processed, the produced length is very long, the cloth can be rolled and stored after being cut into different specification lengths according to the order requirement, the existing cloth cutting and rolling equipment works separately, the cloth needs to be cut on a cutting machine firstly, and then the cut cloth is transported to the rolling equipment to be rolled, and the production efficiency is not high under the production mode.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to overcome above-mentioned prior art not enough, provide a cloth is tailor and is beaten a roll integrative device.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

the utility model provides a cloth is tailor and is beaten integrative device of book, includes the frame base, tailors the frame, the cloth is beaten and is rolled up the mechanism, two frame base parallel arrangement, two install cloth conveyer belt mechanism between the frame base, two all install on the frame base up end and tailor a movable guide, two tailor a movable guide parallel arrangement, it installs on two frame movable guide to tailor the frame removal, it installs the laser and tailors the aircraft nose to tailor in the frame removal, frame base left end is established to last cloth end, frame base right-hand member is established to the cloth outlet, the cloth outlet is installed cloth and is leveled the subassembly, holds in the palm the cloth dish, the cloth is leveled the subassembly and is adorned in holding in the palm cloth dish top, the cloth is beaten the book mechanism and is close to the cloth outlet and installs.

The cloth conveyer belt mechanism includes that drive roller, cloth conveying driving roller, cloth conveying motor are carried to the cloth, drive roller, cloth conveying driving roller are carried to the cloth and are rotated and install between two frame bases, the drive roller is carried to the cloth is installed at the cloth outlet end, the cloth is carried the driving roller and is installed at last cloth end, the winding has the steel mesh conveyer belt on drive roller, the cloth conveying driving roller, pass through the transmission of steel mesh conveyer belt between the driving roller, the cloth conveying motor is installed on frame base lateral wall, the cloth is carried the drive roller and is linked to each other with the transmission of cloth conveying motor.

The laser cutting machine is characterized in that a cutting frame moving motor is arranged on the cutting machine frame, the cutting frame moving motor drives the cutting machine frame to move on a cutting frame moving guide rail, and the laser cutting machine head moves along the length direction of the cutting machine frame.

The cloth leveling component comprises a leveling roller mounting plate and two leveling roller mounting plates which are connected to two rack bases respectively, wherein the leveling roller mounting plates are arranged in parallel, two leveling rollers are rotatably mounted between the leveling roller mounting plates, and a gap is reserved between the two leveling rollers.

The cloth rolling mechanism comprises a rolling frame moving guide rail, a rolling roller mounting frame, rolling rollers, a rolling motor mounting frame, a rolling motor, a rolling roller sliding driving cylinder and a rolling roller moving cylinder mounting seat, wherein the two rolling frame moving guide rails are arranged in parallel, a plurality of sliding bases are mounted at the bottom of the rolling roller mounting frame, the size of each sliding base is matched with that of the rolling frame moving guide rail, the rolling roller mounting frame is movably mounted on the two rolling frame moving guide rails through the sliding bases, two rotating shaft frame mounting plates which are arranged in parallel are arranged on the rolling roller mounting frame, a rotating shaft mounting groove is formed in each rotating shaft frame mounting plate, a wear-resistant sleeve is mounted on each rotating shaft mounting groove, the two ends of each rolling roller are connected with a rotating shaft, each rolling roller is mounted on the rolling roller mounting frame through the corresponding rotating shaft, and one of the rotating shafts is provided with a polygonal transmission part, beat a roll motor fixed mounting and on beating a roll motor mounting bracket, beat to install on the motor output shaft of rolling up and beat a roll transmission cover, beat to roll up the transmission cover and install towards polygon transmission side, beat and be equipped with polygon transmission hole in the roll transmission cover, polygon transmission hole size matches mutually with polygon transmission, two beat the roll and slide and drive actuating cylinder symmetry and install in beating a roll roller mounting bracket both sides, it slides and drive actuating cylinder afterbody and all fix respectively on beating roll roller moving cylinder mount pad to beat the roll roller, two sides of beating roll roller mounting bracket all are connected with and beat roll roller drive plate, two beat the roll and slide and drive actuating cylinder piston rod and beat roll roller drive plate and be connected with two respectively, it slides and drive actuating cylinder drive and beat roll roller mounting bracket and remove to beat the roll roller.

The utility model has the advantages that: the utility model discloses rationally distributed, tailor equipment and can tailor the shaping with the cloth according to the required specification, the utility model discloses the design has the cloth supporting plate, and shorter cloth can be followed the cloth supporting plate and directly takied away, and the long cloth of length can be exported the cloth and beat a roll mechanism and directly beat a book, has greatly improved and has tailor, has beaten a roll integrative operating efficiency.

Drawings

Fig. 1 is a side view of the present invention;

fig. 2 is a front view of the present invention;

FIG. 3 is a schematic transmission diagram of the cloth conveying belt mechanism of the present invention;

FIG. 4 is a top view structural diagram of the cloth rolling mechanism of the present invention;

FIG. 5 is a side view structural diagram of the cloth rolling mechanism of the present invention;

fig. 6 is a schematic structural view of the rotating shaft bracket mounting plate of the present invention.

In the figure: the cloth cutting machine comprises a frame base 1, a cutting frame moving guide rail 11, a cloth feeding end 12, a cloth discharging end 13, a cloth conveying belt mechanism 2, a cloth conveying driving roller 21, a cloth conveying driving roller 22, a steel mesh conveying belt 23, a cloth conveying motor 24, a cutting frame 3, a laser cutting head 31, a cutting frame moving motor 32, a cloth leveling component 4, a leveling roller mounting plate 41, a leveling roller 42, a cloth supporting disc 5, a cloth rolling mechanism 6, a rolling frame moving guide rail 61, a rolling roller mounting frame 62, a sliding base 621, a rotating shaft mounting plate 622, a rotating shaft mounting groove 623, a wear-resisting sleeve 624, a rolling roller sliding driving plate 625, a rolling roller 63, a rotating shaft 631, a polygonal transmission part 632, a rolling motor mounting frame 64, a rolling motor 65, a rolling transmission sleeve 66, a polygonal transmission hole 661, a rolling roller sliding driving cylinder 67 and a rolling roller moving cylinder mounting seat 68.

Detailed Description

The present invention will be further described with reference to the accompanying drawings and specific embodiments, wherein the descriptions of "left", "right", etc. in the present invention all refer to fig. 1 as the reference direction:

as shown in figures 1-6, a cloth cutting and rolling integrated device comprises a frame base 1, a cutting frame 3 and a cloth rolling mechanism 6, wherein the two frame bases 1 are arranged in parallel, a cloth conveying belt mechanism 2 is arranged between the two frame bases 1, the cloth conveying belt mechanism 2 is used for conveying cloth to perform cutting operation, cutting frame moving guide rails 11 are arranged on the upper end surfaces of the two frame bases 1, the two cutting frame moving guide rails 11 are arranged in parallel, the cutting frame 3 is movably arranged on the two cutting frame moving guide rails 11, a laser cutting head 31 is movably arranged on the cutting frame 3, the laser cutting head 31 is used for cutting the cloth, the arrow heads in figures 1 and 2 show the cloth conveying direction, the left end of the frame base 1 is arranged as an upper cloth end 12, the right end of the frame base 1 is arranged as a cloth outlet end 13, the cloth outlet end 13 is provided with a cloth leveling component 4 and a cloth supporting disc 5, the cloth leveling assembly 4 is arranged above the cloth supporting disc 5, the cloth rolling mechanism 6 is arranged close to the cloth outlet end 13, the cloth after being cut is leveled and then falls onto the cloth supporting disc 5, the cloth with short length is directly taken off, and the cloth with long length enters the subsequent cloth rolling mechanism 6 to be rolled.

Cloth conveyer belt mechanism 2 includes cloth transport drive roller 21, driving roller 22 is carried to the cloth, cloth conveyor motor 24, drive roller 21 is carried to the cloth, driving roller 22 is carried to the cloth rotates and installs between two frame bases 1, the cloth is carried drive roller 21 and is installed at cloth outlet 13, driving roller 22 is carried to the cloth and is installed at last cloth end 12, drive roller 21 is carried to the cloth, the winding has steel mesh conveyer belt 23 on the cloth transport driving roller 22, drive roller 21 is carried to the cloth, the cloth is carried and is passed through steel mesh conveyer belt 23 transmission between the driving roller 22, cloth conveyor motor 24 installs on frame bases 1 lateral wall, driving roller 21 is carried to the cloth links to each other with 24 transmissions of cloth conveyor motor, the utility model discloses a conveyer belt is made to the wire net, the wire net texture is soft, can the circulation transmission, adopt the steel simultaneously, can not harm under the laser that the cloth was cuted. The contact area of the steel wire mesh and the cloth is large, the friction force is large, and the transmission stability of the cloth is facilitated.

The cutting frame 3 is provided with the cutting frame moving motor 32, the cutting frame moving motor 32 drives the cutting frame 3 to move on the cutting frame moving guide rail 11, and the laser cutting head 31 moves along the length direction of the cutting frame 3, so that the laser cutting head 31 has X, Y axis omnidirectional movement function and omnidirectional cutting function.

The cloth levelly and smoothly subassembly 4 is including levelling the roller mounting panel 41, two levelling roller mounting panels 41 are connected respectively on two frame bases 1, two levelling roller mounting panel 41 parallel arrangement, rotate between two levelling roller mounting panels 41 and install two levelling rollers 42, leave the clearance between two levelling rollers 41, the cloth drops on cloth levelly and smoothly subassembly 4 after tailorring, the operation of leveling is carried out through the clearance between two levelling rollers 41, level the pincher trees on the cloth, the cloth after leveling drops and holds in the palm interim transfer storage on cloth dish 5.

The cloth rolling mechanism 6 comprises a rolling frame moving guide rail 61, a rolling roller mounting frame 62, a rolling roller 63, a rolling motor mounting frame 64, a rolling motor 65, a rolling roller sliding driving cylinder 67 and a rolling roller moving cylinder mounting seat 68, wherein the two rolling frame moving guide rails 61 are arranged in parallel, a plurality of sliding bases 621 are arranged at the bottom of the rolling roller mounting frame 62, the size of each sliding base 621 is matched with that of the rolling frame moving guide rail 61, the rolling roller mounting frame 62 is movably mounted on the two rolling frame moving guide rails 61 through the sliding bases 621, two rotating shaft frame mounting plates 622 which are arranged in parallel are arranged on the rolling roller mounting frame 62, a rotating shaft mounting groove 623 is formed in each rotating shaft frame mounting plate 622, a wear-resistant sleeve 624 is arranged on each rotating shaft mounting groove 623, when the rolling roller 63 rotates to roll cloth, the cloth can rub against the wear-resistant sleeve 624, if the wear-resistant sleeve 624 is not added, the rotating shaft mounting grooves 623 can be damaged, and the rolling roller mounting frame 62 is scrapped, the wear-resistant sleeve 624 is arranged, after the wear-resistant sleeve 624 is worn seriously, the wear-resistant sleeve 624 can be directly replaced, the two ends of the rolling roller 63 are connected with the rotating shafts 631, the rolling roller 63 is erected on the rolling roller mounting frame 62 through the rotating shafts 631, the rotating shafts 631 of the rolling roller 63 are directly inserted from the opening at the upper end of the rotating shaft mounting groove 623, the rolling roller 63 can be conveniently disassembled and assembled under the structure, a polygonal transmission part 632 is arranged on one of the rotating shafts 631, the rolling motor 65 is fixedly arranged on the rolling motor mounting frame 64, the rolling transmission sleeve 66 is arranged on the output shaft of the rolling motor 65, the rolling transmission sleeve 66 is arranged towards the polygonal transmission part 632, a polygonal transmission hole 661 is arranged in the rolling transmission sleeve 66, the size of the polygonal transmission hole 661 is matched with that of the polygonal transmission part 632, after the polygonal transmission part 632 is inserted into the polygonal transmission hole 661, the rolling motor 65 can drive the rolling roller 63 to rotate, the cloth is rolled, the two rolling roller sliding driving cylinders 67 are symmetrically arranged at two sides of the rolling roller mounting frame 62, the tail parts of the rolling roller sliding driving cylinders 67 are respectively fixed on the rolling roller moving cylinder mounting seat 68, the two side surfaces of the rolling roller mounting frame 62 are connected with the rolling roller sliding driving plates 625, the piston rods of the two rolling roller sliding driving cylinders 67 are respectively connected with the two rolling roller sliding driving plates 625, the rolling roller sliding driving cylinders 67 drive the rolling roller mounting frame 62 to move, when the rolling roller sliding driving cylinders 67 drive the rolling roller mounting frame 62 to move towards the rolling motor 65, the polygonal transmission part 632 is inserted into the rolling transmission sleeve 66, the rolling roller 63 is driven by the rolling motor 65 to roll, after the rolling operation is completed, the rolling roller sliding driving cylinders 67 reversely drive the rolling roller 62 to move, the polygonal transmission part mounting frame 632 is separated from the rolling transmission sleeve 66, at this moment, the cloth after being rolled can be conveniently taken out, and the new rolling roller 63 is replaced.

The above description is only for the preferred embodiment of the present invention, and is not intended to limit the present invention, and any modifications, equivalent replacements, improvements, etc. made within the spirit and principle of the present invention should be included within the protection scope of the present invention.

Claims

1. The utility model provides an integrative device is beaten to cloth is tailor, beats a roll mechanism (6), its characterized in that including frame base (1), cutter frame (3), cloth: the two rack bases (1) are arranged in parallel, a cloth conveying belt mechanism (2) is arranged between the two rack bases (1), the upper end surfaces of the two rack bases (1) are both provided with cutting rack moving guide rails (11), the two cutting rack moving guide rails (11) are arranged in parallel, the cutting machine frame (3) is movably arranged on two cutting frame moving guide rails (11), a laser cutting machine head (31) is movably arranged on the cutting machine frame (3), the left end of the machine frame base (1) is provided with an upper cloth end (12), the right end of the frame base (1) is provided with a cloth outlet end (13), the cloth outlet end (13) is provided with a cloth leveling component (4) and a cloth supporting disc (5), the cloth leveling component (4) is arranged above the cloth supporting disc (5), and the cloth rolling mechanism (6) is arranged close to the cloth outlet end (13).

2. A cloth cutting and rolling integrated device as claimed in claim 1, wherein: the cloth conveying belt mechanism (2) comprises a cloth conveying driving roller (21), a cloth conveying driving roller (22) and a cloth conveying motor (24), the cloth conveying driving roller (21) and the cloth conveying driving roller (22) are rotatably arranged between the two frame bases (1), the cloth conveying driving roller (21) is arranged at the cloth outlet end (13), the cloth conveying driving roller (22) is arranged at the upper cloth end (12), a steel mesh conveying belt (23) is wound on the cloth conveying driving roller (21) and the cloth conveying driving roller (22), the cloth conveying driving roller (21) and the cloth conveying driving roller (22) are driven by a steel mesh conveying belt (23), the cloth conveying motor (24) is arranged on the side wall of the frame base (1), the cloth conveying driving roller (21) is in transmission connection with a cloth conveying motor (24).

3. A cloth cutting and rolling integrated device as claimed in claim 1, wherein: install on the cutting machine frame (3) and cut out a frame moving motor (32), cut out frame moving motor (32) drive cutting machine frame (3) and remove on cutting out frame moving guide (11), the aircraft nose (31) are cut out to laser moves along cutting machine frame (3) length direction.

4. A cloth cutting and rolling integrated device as claimed in claim 1, wherein: cloth levelly and smoothly subassembly (4) is including leveling roller mounting panel (41), two level roller mounting panel (41) are connected respectively on two frame bases (1), two level roller mounting panel (41) parallel arrangement, two rotate between leveling roller mounting panel (41) and install two leveling roller (42), leave the clearance between two leveling roller (42).

5. A cloth cutting and rolling integrated device as claimed in claim 1, wherein: the cloth rolling mechanism (6) comprises rolling frame moving guide rails (61), a rolling roller mounting frame (62), rolling rollers (63), a rolling motor mounting frame (64), a rolling motor (65), a rolling roller sliding driving cylinder (67) and a rolling roller moving cylinder mounting seat (68), wherein the rolling frame moving guide rails (61) are arranged in parallel, a plurality of sliding bases (621) are installed at the bottom of the rolling roller mounting frame (62), the size of each sliding base (621) is matched with the rolling frame moving guide rails (61), the rolling roller mounting frame (62) is movably installed on the two rolling frame moving guide rails (61) through the sliding bases (621), two rotating shaft frame mounting plates (622) which are arranged in parallel are arranged on the rolling roller mounting frame (62), a rotating shaft mounting groove (623) is formed in the rotating shaft frame mounting plate (622), and a wear-resistant sleeve (624) is installed on the rotating shaft mounting groove (623), roll up roller (63) both ends and all be connected with rotation axis (631), roll up roller (63) erect the dress through rotation axis (631) and on roll up roller mounting bracket (62), one of them be equipped with polygon transmission portion (632) on rotation axis (631), roll up motor (65) fixed mounting on rolling up motor mounting bracket (64), it installs on motor (65) output shaft and rolls up drive sleeve (66) to roll up, roll up drive sleeve (66) and incline the installation towards polygon transmission portion (632), it is equipped with polygon transmission hole (661) in drive sleeve (66) to roll up, polygon transmission hole (661) size and polygon transmission portion (632) phase-match, two roll up roller slides and drives actuating cylinder (67) symmetry and installs in roll up roller mounting bracket (62) both sides, roll up roller slides and drives actuating cylinder (67) afterbody and all fixes respectively on rolling up roller and moves actuating cylinder mount pad (68), two sides of the winding roller mounting frame (62) are connected with a winding roller sliding drive plate (625), two the winding roller sliding drive cylinder (67) piston rod is respectively connected with two winding roller sliding drive plates (625), and the winding roller sliding drive cylinder (67) drives the winding roller mounting frame (62) to move.