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CN-122008679-A - Compound machine for processing window shades

CN122008679ACN 122008679 ACN122008679 ACN 122008679ACN-122008679-A

Abstract

The invention discloses a compounding machine for processing a window shade, which relates to the technical field of window shade manufacturing and comprises a compounding machine main body, wherein an unreeling workpiece and a reeling workpiece are correspondingly assembled on two sides of the compounding machine main body, a guide driving module is assembled in the compounding machine main body, a rolling adjusting component I is arranged in the compounding machine main body, the rolling adjusting component I comprises a pressing round roller I and a supporting round roller I, different window shade raw materials are conveyed through the unreeling workpiece and then enter the compounding machine main body in a preliminary bonding mode through guidance of the guide driving module, and a vertically staggered two-way rolling frame of the rolling adjusting component I is used for reconstructing rolling logic of compounding the window shade on the whole.

Inventors

  • CHEN WEILIN
  • Lan Tiaorong
  • Wu dashun
  • LIU GUANGSHU

Assignees

  • 浙江联佰合利科技股份有限公司

Dates

Publication Date
20260512
Application Date
20260410

Claims (10)

  1. 1. The compound machine for processing the window shades is used for carrying out compound treatment on different window shade raw materials (13), and comprises a compound machine main body (1), wherein an unreeling workpiece (11) and a reeling workpiece (12) are correspondingly assembled on two sides of the compound machine main body (1), and a guide driving module (2) is assembled in the compound machine main body (1), and the compound machine is characterized in that a rolling adjusting component I (3) is arranged in the compound machine main body (1), the rolling adjusting component I (3) comprises a pressing round roller I (31) and a supporting round roller I (33), different window shade raw materials (13) are conveyed through the unreeling workpiece (11) and then enter the inside of the compound machine main body (1) in a preliminary laminating mode through the guide driving module (2), the laminated window shade raw materials (13) pass through between the pressing round roller I (31) and the supporting round roller I (33), the laminated window shade raw materials (13) are firstly subjected to upper rolling through the pressing round roller I (31), and then the laminated window shade raw materials (13) after preliminary rolling through the supporting round roller I (31) are subjected to upper and lower cross rolling.
  2. 2. The composite machine for processing window shades according to claim 1, wherein the unwinding workpiece (11) has a duplex unwinding structure and is used for conveying two different window shade raw materials (13) simultaneously, wherein the upper layer of the conveyed window shade raw materials (13) is a decorative fabric, the lower layer of the conveyed window shade raw materials (13) is a lining, the two different window shade raw materials (13) are kept in vertical alignment in the conveying process, the winding workpiece (12) is arranged opposite to the unwinding workpiece (11) and is used for collecting the window shade raw materials (13) after the internal pre-pressing lamination of the composite machine main body (1) is completed, and the window shade raw materials are wound into coiled materials.
  3. 3. The combination machine for processing window shades according to claim 1, wherein the guiding driving module (2) comprises a guiding bracket (21) for guiding two window shade raw materials (13) to be aligned, the guiding bracket (21) is rotationally connected to the inner wall of the combination machine body (1), the inside of the combination machine body (1) is also rotationally and symmetrically connected with a steering guide roller (22), the steering guide roller (22) close to the first pressing round roller (31) is used for assisting the attached window shade raw materials (13) to complete steering conveying, the window shade raw materials smoothly enter a rolling area of the first rolling adjusting assembly (3), the steering guide roller (22) close to the first supporting round roller (33) is used for assisting the combined rolled window shade raw materials (13) to complete steering conveying, the window shade raw materials are smoothly conveyed towards the rolled workpiece (12), and the inside of the combination machine body (1) is also provided with a driving piece (23).
  4. 4. The composite machine for processing window shades according to claim 1, wherein the outer peripheral shell of the first pressing roller (31) is made of silica gel or polyurethane PU material, and the whole of the first supporting roller (33) is a hard steel roller.
  5. 5. The combination machine for processing window shades according to claim 1, wherein the first rolling adjustment assembly (3) further comprises a first pressing auxiliary roller (32) and a first supporting auxiliary roller (34), the first pressing round roller (31) and the first pressing auxiliary roller (32) are arranged in a staggered manner along the conveying direction of the window shade raw material (13), and the first supporting round roller (33) and the first supporting auxiliary roller (34) are arranged in a staggered manner along the conveying direction of the window shade raw material (13).
  6. 6. The compound machine for processing the window shade according to claim 1, wherein an upper layer transmission member (35) is arranged between the first pressing round roller (31) and the first supporting auxiliary roller (34), the upper layer transmission member (35) comprises two upper layer rollers, the two upper layer rollers are respectively and fixedly connected to the outer walls of the ends of the first pressing round roller (31) and the first supporting auxiliary roller (34), an upper layer belt is connected between the upper layer rollers in a transmission manner, a lower layer transmission member (36) is arranged between the first supporting round roller (33) and the first supporting auxiliary roller (32), the lower layer transmission member (36) comprises two lower layer rollers, the two lower layer rollers are respectively and fixedly connected to the outer walls of the ends of the first supporting round roller (33) and the first supporting auxiliary roller (32), the lower layer rollers are in transmission connection with a lower layer belt, the first pressing round roller (31) and the first supporting auxiliary roller (34) rotate at the same speed in the same direction through the upper layer belt in a synchronous transmission manner, and the first supporting round roller (33) and the first supporting auxiliary roller (32) rotate at the same speed through the lower layer belt in the synchronous transmission manner.
  7. 7. The compound machine for processing the window shade of claim 1, wherein a second rolling adjusting assembly (4) is arranged in the compound machine body (1), the second rolling adjusting assembly (4) comprises a second pressing round roller (41), a second supporting round roller (43), a second pressing auxiliary roller (42) and a second supporting auxiliary roller (44), the second pressing round roller (41) and the second pressing auxiliary roller (42) are in vertical inclined parallel corresponding arrangement, the second supporting round roller (43) and the second supporting auxiliary roller (44) are in vertical inclined parallel corresponding arrangement, and the two roller sets are sequentially arranged along the conveying direction of the window shade raw material (13) to realize continuous rolling fit.
  8. 8. The combination machine for processing window shades of claim 7, wherein a plurality of trapezoid bulges are uniformly and fixedly connected to the outer wall of the second pressing round roller (41), soft shells made of silica gel or polyurethane PU materials are fixedly connected to the short side end faces of the trapezoid bulges, and the long side end faces of the trapezoid bulges are fixedly connected with the roller body of the second pressing round roller (41).
  9. 9. The combination machine for processing window shades of claim 7, wherein the second rolling adjusting assembly (4) further comprises a linkage circular shaft (46), a linkage transmission piece (45) is arranged between the second pressing circular roller (41) and the linkage circular shaft (46), the linkage transmission piece (45) comprises two linkage rollers, the two linkage rollers are respectively and fixedly connected to the outer walls of the ends of the second pressing circular roller (41) and the linkage circular shaft (46), and a linkage belt is in transmission connection between the linkage rollers.
  10. 10. The combination machine for processing window shades according to claim 9, wherein the outer wall of the linkage circular shaft (46) is fixedly connected with a cambered surface lug, and the cambered surface lug is positioned on the conveying path of the window shade raw material (13).

Description

Compound machine for processing window shades Technical Field The invention relates to the technical field of curtain manufacturing, in particular to a compound machine for processing a window shade. Background The compound machine for processing the window shade is core equipment for realizing high-efficiency compounding of decorative fabrics and lining fabrics to form a window shade finished product, and the rolling precision, the fabric protection capability and the compounding fastness of the compound machine directly determine the appearance quality, the light shading performance and the service life of the window shade, and is a key link for restricting the large-scale production of the high-end window shade. The current curtain processing industry faces a severe technical challenge that on one hand, requirements of the consumer market on the appearance texture and durability of the curtain are continuously improved, a compounding machine is required to avoid scratching, wrinkling and delamination of fabrics in high-speed production, and on the other hand, under the customized production trend, the suitability of equipment is provided by the combination of fabrics with different thicknesses and materials, otherwise, the defective rate is increased, and the production efficiency and the cost control are affected. At present, in the field of window shade processing compounding, the following defects still exist in the prior art when the window shade processing compounding is specifically used: Firstly, the fabric protection and pressure transmission capability of the existing rolling assembly are difficult to be compatible, the traditional structure of a single driving hard roller and a driven soft roller is adopted in main stream equipment, the soft roller is only used as a passive pressure applying piece, the pressure distribution cannot be actively regulated, the upper layer decoration fabric (especially printing and jacquard fabric) is scratched and roll marks are easily formed due to local hard pressing, the appearance integrity is damaged, meanwhile, the hard roller is used as a sole driving roller, the pressure transmission depends on fabric friction, the slippage of the lower layer lining cloth and dislocation of an adhesive surface are easily formed, the compound fastness is insufficient, the delamination rate after water washing is 8% -12%, the reworking cost is increased, the durability of a product is seriously affected, in addition, the traditional roller set is arranged in parallel and opposite direction, the step-by-step pressure application cannot be realized, glue overflows easily due to one-step high pressure, the surface of the fabric is polluted, and the qualification rate of the finished product is further reduced. Secondly, the existing transmission system is insufficient in synchronism and linkage, the upper roller set and the lower roller set of the existing equipment are in independent driving or single power transmission modes, fabric stretching and wrinkling are easy to occur due to the fact that rotating speed difference is easy to occur, particularly in a wide (more than or equal to 3 m) production scene, the problem that transmission of the edge part and the middle part is asynchronous is more remarkable, in addition, although part of equipment is provided with an auxiliary roller set, linkage transmission is not formed between the auxiliary roller set and a main press roller, auxiliary roller idling or lagging is easy to occur, fabric wrinkling cannot be effectively smoothed, and improvement of composite flatness is restricted. The gradient pressurizing and flexible adapting capability of the existing secondary composite component is lacking, the existing secondary main pressure roller is of a smooth cylindrical structure, the rolling pressure is constant in the whole process, the gradient effect of 'light pressure first and heavy pressure second' cannot be formed, insufficient glue infiltration or excessive pressurized deformation of the fabric is easily caused, meanwhile, the roller surface is single in material, the protection requirements of different fabrics cannot be met, and the risk of scratching the vulnerable fabrics such as silk and chiffon is high. In view of the above, the present invention provides a compound machine for processing window shades, which overcomes and ameliorates the deficiencies in the prior art. Disclosure of Invention In order to solve the technical problems, the invention provides a compound machine for processing a window shade, which aims to solve the technical problems in the background art. The invention adopts the technical scheme that the compound machine for processing the window curtain comprises a compound machine main body, wherein unreeling workpieces and reeling workpieces are correspondingly assembled on two sides of the compound machine main body, a guide driving module is assembled in the compound machine main body, a rolling